Skills contest "screen printer" knowledge assessment question bank
1. Single-choice question: (229 questions)
1. The four major printings of flat, convex, concave and hole are divided by ().
(A) Layout structure division (B) Printing pressure division (C) Different inks (D) Different printing materials
2. The printing methods used for relief printing, gravure printing and hole printing are ().
(A) Direct printing (B) Indirect printing (C) Direct and indirect combination (D) Digital printing
3. Which type of printing has the thickest ink layer, so the layers of the graphics are rich, the three-dimensional sense is strong, and the thickness feels.
(A) Letterpress printing (B) Lithography (C) Gravure printing (D) Screen printing
4. After removing the stretched screen from the stretcher, the next procedure to be performed is ().
(A) Brush and stick the mesh glue (B) Roughening treatment (C) Screen cleaning (D) Apply photosensitive glue
5. After screen printing and developing, the next process to be carried out is ()
(A) Printing (B) Revising (C) Drying (D) Printing
6. When printing on (), the screen distance between the screen and the substrate can be eliminated.
(A) Paper (B) Metal (C) Textile (D) Plastic
7. Among the four major printings, () has the smallest printing pressure:
(A) Letterpress printing (B) Lithography (C) Gravure printing (D) Screen printing
8. For fine screen printing products, generally use () silk screen.
(A) Plain weave (B) Twill weave (C) Strand weave (D) Multi-strand weave
9. It is () that produces the chaotic reflection of light when printing.
(A) Metal wire mesh (B) Yellow wire (C) White wire mesh (D) Polyester wire mesh
10. The mesh number of the wire mesh refers to the number of meshes or meshes of the wire mesh in ().
(A) Unit square (B) One square centimeter (C) One square decimetre (D) Unit length
11. The part of the dot range between 10 and 30% is the image ().
(A) Bright tone part (B) Mid tone part (C) Dark tone part (D) Any part
12. The higher the number of dots, the greater the number of dots contained in the unit area, and the tone reproduction will be ().
(A) The worse (B) The better (C) No change
13. The three primary colors of the color material are ().
(A) Yellow, magenta, cyan (B) Red, green, blue
(C) Red, orange, cyan (D) Red, blue, magenta
14. The three primary colors of shade are:
(A) Yellow, magenta, cyan (B) Red, green, blue
(C) Red, orange, cyan (D) Red, blue, yellow
15. () can completely and effectively remove the stains and shadows left by the screen.
(A) Screen cleaner (B) Stripping powder (C) Stripping paste (D) Ghost removal cream
16. The conversion relationship between the English system and the metric system is ().
(A) 1 inch = 2 cm (B) 1 inch = 2.54 cm
(C) 1 inch = 3.54 cm (D) 1 inch = 2.45 cm
17. The most commonly used material for squeegee today is ().
(A) Rubber (B) Aluminum alloy (C) Polyurethane (D) Wood
18. The ink will become thinner when it is stirred, and it will return to its original thick state after being left for a certain period of time. This reversible phenomenon is called ().
(A) Ink viscosity (B) Ink yield value (C) Ink thixotropy (D) Ink flow
19. When printing large areas of textile fabrics, () is generally used.
(A) Square head scraper (B) Round head scraper (C) Pointed scraper (D) Unilateral oblique scraper
20. The most suitable printing material for edge positioning method is ().
(A) Paper or plastic sheets (B) Textile materials (C) Curved containers (D) Irregular prints
21. () Ink requiring UV curing.
(A) Thermosetting ink (B) UV ink (C) Solvent-based ink (D) Water-based ink
22. In the four-color screen printing screen, the letters representing yellow, magenta, cyan, and black are ().
(A) K, G, B, Y (B) M, K, G, Y (C) B, Y, W, K (D) Y, M, C, K
23. In the mixing of color materials, yellow + magenta = () color.
(A) Blue (B) Red (C) Green (D) Purple
24. In the mixing of color materials, yellow + cyan = () color (A) blue (B) red (C) green (D) purple
25. In the mixing of color materials, magenta + cyan = () color (A) blue (B) red (C) green (D) purple
26. The adjustment range of the scraping angle should be generally between () degrees.
(A) 0 ° ~ 30 ° (B) 30 ° ~ 60 ° (C) 55 ° ~ 88 ° (D) 70 ° ~ 90 °
27. The hardness of the most commonly used squeegee in screen printing is generally () degree.
(A) 30 ° (B) 50 ° (C) 90 ° (D) 70 °
28. Printing is a technology that uses printing plates or other methods to transfer () graphic information to the substrate.
(A) On the original (B) The real thing (C) The positive picture (D) The negative picture
29. The light and dark levels of the mesh tone image depend on the change of (), reflecting the depth of the image.
(A) How much ink (B) Area of ​​each dot (C) Gray density (D) Printing pressure
30. The number of dot lines is the number of adjacent center lines contained in () called the number of dot lines.
(A) Point area (B) Unit length (C) One centimeter (D) One square centimeter
31. When any two patterns of periodic structure are superimposed together, a third type of periodic pattern will be generated. This pattern is called ().
(A) Image interference (B) Image misalignment (C) Moiré pattern (D) Distorted pattern
32. The effect of mixing two or more colored lights to show another colored light is called additive color effect, also known as ().
(A) Additive color method (B) Subtractive color method (C) Additive colorant method (D) Subtractive colorant method
33. The brightness of the color obtained by the addition (mixing) of the color materials decreases, so it is called ().
(A) Additive color method (B) Subtractive color method (C) Additive colorant method (D) Subtractive colorant method
34. () refers to the neutral gray produced in printing with the three primary color versions of yellow, magenta, and cyan according to different dot area ratios.
(A) Gray density (B) Gray density meter (C) Gray balance (D) Mid tone
35. () refers to the smallest image and interval size that can be printed, and is related to the resolution and screen parameters of the printed version.
(A) Fineness of screen version (B) Resolution of screen version (C) Through-hole ratio (D) Reproducibility of screen version
36. The angle between the printing surface and the scraper during the scraping movement is called ().
(A) Scraper angle (B) Scraper hardness (C) Scraper angle (D) Inclination
37. () is the interaction force between the stamps during the printing process.
(A) Printing angle (B) Printing pressure (C) Printing speed (D) Adhesion
38. The general ink thickness of screen printing can reach () microns.
(A) 12 ~ 15 (B) 3 ~ 10 (C) 30 ~ 100 (D) more than 300
39. The largest printing method for printing format is ().
(A) Flat printing (B) Screen printing (C) Letterpress (D) Screen printing
40. () is to tighten and fix the screen with a certain tension on the screen frame, as a support for screen printing. It is the first important process of screen printing,
(A) Stretching the net (B) Selecting the net (C) Sticking the net (D) Clearing the net
41. The percentage of mesh area in a unit area is called ().
(A) Mesh size (B) Thickness of screen (C) Over-inking rate of screen (D) Opening rate of screen
42. () Ray is an invisible radiant energy, eyes and skin will absorb its energy and be injured.
(A) Infrared (B) Ultraviolet (C) Thermal radiation (D) Thinner
43. The screen printing plate has two sides. During printing, the side bearing the ink and the squeegee is called ().
(A) Inked side (B) Scraped side (C) Printing side (D) Image side
44. The screen printing plate has two sides. When printing, () is in contact with the surface of the substrate.
(A) Inked side (B) Scraped side (C) Printing side (D) Image side
45. The length of the squeegee during printing should be greater than () cm on each side of the pattern.
(A) 1 (B) 3 (C) 5 (D) 6
46. ​​Except for special cases of textiles, flat substrates usually use () doctor blade.
(A) Flat head (B) Pointed head (C) Round head (D) Single bevel
47. Curved substrates usually use () scraper.
(A) Flat head (B) Pointed head (C) Round head (D) Single bevel
48. Generally, any medium that can reduce frictional resistance and lubricate is called ().
(A) Lubricant (B) Thinner (C) Blending agent (D) Thickener
49. The screen frame is the carrier of the screen used for screen printing. The most commonly used material of the current screen frame is ().
(A) Iron profile (B) Wooden profile (C) Aluminum alloy (D) Plastic
50. After the wire mesh is tightened, raise the worktable and hold up the wire frame to make a certain angle between the wire mesh and the upper end surface of the wire frame, so that the wire mesh and the bonding surface of the wire frame are in good contact, and then stick the wire mesh firmly This method of stretching the net is called ().
(A) Stretch the net directly (B) Stretch the net indirectly (C) Stretch the net positively (D) Stretch the net diagonally
51. At present, the screen printing plate is mostly produced by () plate-making method.
(A) Photosensitive (B) Manual (C) Drawing (D) Digital
52. The photosensitive plate-making method is to use ultraviolet light to make plates, and the light wave with wavelength below () is ultraviolet light,
(A) 200 nm (B) 400 nm (C) 500 nm (D) 700 nm
53. The light of () wavelength is the main sensitivity light shared by several kinds of photosensitive adhesives, which is called active light.
(A) 240 ~ 340nm (B) 340 ~ 440nm (C) 440 ~ 540nm (D) 540 ~ 640nm
54. In general, the negatives used for screen-sensitive photoengraving are used ().
(A) Anti-yin film (B) Anti-yin film (C) Positive Yin film (D) Positive Yang film
55. () The photoresist can be left alone at room temperature for up to two or three years and is still effective.
(A) Water-based (B) Oily (C) Two-component (D) Single leaf type
56. When the screen is coated with photosensitive glue and then dried, the drying temperature should be controlled at ().
(A) 20 ℃ (B) 30 ℃ (C) 40 ℃ (D) 50 ℃
57. () Means that there are many gray tones between black and white on the continuous adjustment original, that is, the gray value between black and white.
(A) density (B) contrast (C) tone (D) level
58. () refers to the density level of the lightest to darkest tone on the image.
(A) density (B) contrast (C) tone (D) level
59. The number of adjacent center lines accommodated in a unit length is called ().
(A) Number of dots (B) Angle of dots (C) Coverage of dots (D) Shape of dots
60. Color printing utilizes dots () to reproduce colors.
(A) Three primary colors of yellow, magenta, and cyan and black (B) Red, green, blue, and black
(C) Yellow, magenta, green and black (D) Cyan, yellow, red and black
61. () refers to the neutral gray produced in printing with the three primary color versions of yellow, magenta, and cyan according to different dot area ratios.
(A) Gray density (B) Gray (C) Gray balance (D) Neutral colors
62. The ink transmission of the screen printing machine is completed by ().
(A) Screen version (B) Scraper (C) Conveyor belt (D) Ink coating plate
63. The ink return plate is generally a metal scraper with a smooth bottom surface, and its width should be () scraper.
(A) slightly larger than (B) slightly smaller than (C) equal to (D) does not matter
64. The first element of safety is to provide employees with a good ().
(A) Equipment (B) Working environment (C) Lighting environment (D) Constant temperature environment
65. The minimum temperature at which the mixture of vapor and air after the flammable liquid is heated to its surface and the flame is in contact with the flame is called ().
(A) Burning limit (B) Flash point (C) Flash point (D) Melting point
66. The ISO14000 issued by the International Organization for Standardization (ISO) in 1996 is a series of () standards.
(A) Environmental management system (B) Production management system (C) Labor management system (D) Sanitation management system
67. The instrument used to measure the solid density of the product and the integral density of the dot is called (). .
(A) Spectrophotometer (B) Magnifier (C) Density meter (D) Optical microscope
68. The fixed side of the screen film on the screen frame (the screen frame and the screen are on the same plane) is the screen printing plate ().
(A) Printing surface (B) Squeegee surface (C) Scraper surface (D) Pattern surface
69. Single frame, simple print, only need to set () in the rule line.
(A) Cross rule line (B) Isolation line (C) Cutting line (D) Corner line
70. If there is dust on the screen printing plate, printing defects such as () will appear on the ink layer in the printed image area.
(A) Streak (B) Pinhole (C) Uneven ink color (D) Unable to print
71. PVC in commonly used plastics refers to ().
(A) Polyethylene (B) Polypropylene (C) Polystyrene (D) Polyvinyl chloride
72. PE in common plastic varieties refers to ().
(A) Polyethylene (B) Polypropylene (C) Polystyrene (D) Polyvinyl chloride
73. PP in commonly used plastics refers to ().
(A) Polyethylene (B) Polypropylene (C) Polystyrene (D) Polyvinyl chloride
74. PET in common plastic varieties refers to ().
(A) Polyethylene (B) Polypropylene (C) Polyester (D) Polyvinyl chloride
75. PC refers to () in commonly used plastic varieties.
(A) Polyethylene (B) Polypropylene (C) Polycarbonate (D) Polyvinyl chloride
76. Install the squeegee to the squeegee holder of the printing press. The midpoint of the squeegee should be aligned with the () of the printing plate.
(A) Left side (B) Center line (C) Right side (D) Front section
77. In manual overprinting, no matter which color version is printed, the same direction scraping should be maintained, because the opposite direction scraping will cause ().
(A) Doubled color registration error (B) Thick ink layer (C) Color deviation (D) Imprint
78. When the paper is dry, it is best to use () to avoid expansion and contraction due to heating and dimensional error.
(A) Hot air drying (B) Forced drying (C) Ultraviolet (D) Natural drying method
79. () After washing, it should be placed in a ventilated place for a period of time to evaporate the solvent on its surface, prevent swelling and deformation, and extend the service life.
(A) Squeegee (B) Ink coater (C) Screen (D) Printing machine
80. When observing reflective manuscripts or printed materials, the light source should be perpendicular to the sample surface, and the observation angle α is ().
(A) 15 ° (B) 22.5 ° (C) 45 ° (D) 75 °
81. Due to the influence of screen meshes, screen printing will cause the edges of pictures and text to appear ().
(A) Vertical stripe marks (B) Zigzag burrs (C) Uneven thickness of ink layer (D) Ink diffusion
82. Plastics are generally divided into plastic films and plastic sheets by thickness, and those with thickness less than () are films.
(A) 0.25mm (B) 0.15mm (C) 0.5mm (D) 1mm
83. Plastics are generally divided into plastic films and plastic plates by thickness, and those with a thickness between () are sheets.
(A) 0.25-1 mm (B) 0.15-0.5 mm (C) 0.5-1 mm (D) 1-1.5 mm
84. Among the textile substrates, the type with the highest environmental requirements is ().
(A) Sheets, quilts (B) Inner and outer clothing, children's clothing (C) Curtains, wall hangings (D) Flags, tourist souvenirs
85. The air pressure of the air compressor matched with the semi-automatic screen printing machine generally needs () atmospheric pressure when working normally.
(A) 4 (B) 5 (C) 6 (D) 7
86. The hardness of polyurethane scraper is generally between Shore () (A) 20 ° ~ 50 ° (B) 30 ° ~ 60 ° (C) 40 ° ~ 70 ° (D) 60 ° ~ 90 °
87. The length of the ink coating plate should be () the length of the ink scraping plate.
(A) greater than (B) less than (C) equal to (D) does n’t matter
88. After the first printing, if there is a second printing, the screen printing plate () must be cleaned.
(A) Edge banding tape (B) Residual ink (C) Photosensitive adhesive (D) Screen
89. The illumination conditions for observation and detection of transmission manuscripts are to use the light source D50 with a color temperature of ().
(A) 6503K (B) 5504K (C) 6504K (D) 5003K
90. When observing reflective originals or reflective prints, use the illuminant D65 with color temperature ().
(A) 6503K (B) 5504K (C) 6504K (D) 5003K
91. Ink color requirements for printed reproductions: the color should meet (), true, natural and rich.
(A) Original (B) Original color of ink (C) Ideal color (D) It does not matter
92. When checking the print quality, the print should be placed in () to observe.
(A) In front of the window (B) The sample stand (C) Under indoor lighting (D) It does n’t matter
93. In the definition of the printed image, () is to distinguish the difference between the image lines.
(A) Sharpness (B) Subtle contrast (C) Sensitivity (D) Resolution
94. In the definition of the printed image, () is the degree of virtuality of the outline boundary of the image hierarchy.
(A) Sharpness (B) Subtle contrast (C) Sensitivity (D) Resolution
95. In the sharpness of the printed image, () is the contrast between the light and dark levels.
(A) Sharpness (B) Subtle contrast (C) Sensitivity (D) Resolution
96. When testing the fastness of ink adhesion, () method is to divide the test sample into 100 square grids.
(A) Hardness pencil test method (B) Bending method (C) Sticking method (D) Dissolution method
97. () is a printed graphic carrier used to transfer ink to the substrate.
(A) Plate (B) Original (C) Film (D) Printing pressure
98. () is the imaging substance transferred to the substrate during the printing process.
(A) Plate (B) Original (C) Film (D) Ink
99. () refers to all kinds of substances that can accept ink or absorb color materials and present pictures and texts.
(A) Plate (B) Substrate (C) Film (D) Original
100. () That is, the printing plate is in the shape of a net, and the ink on the printing plate is printed from the through hole of the plate surface to the substrate under the pressure of the scraper.
(A) Screen printing (B) Letterpress printing (C) Gravure printing (D) Lithography
101. () refers to the distance between the screen surface and the bottom surface,
(A) Screen mesh number (B) Screen opening degree (C) Screen thickness (D) Screen opening ratio
102. When annotating screen data, such as: PET1000 150-27PW. "27" refers to the wire mesh ().
(A) Mesh mesh number (B) Wire mesh wire diameter (C) Wire mesh thickness (D) Wire mesh opening ratio
103. When annotating screen data, such as: PET1000 120-27PW. Among them, "120" refers to the wire mesh ().
(A) Mesh mesh number (B) Wire mesh wire diameter (C) Wire mesh thickness (D) Wire mesh opening ratio
104. Hand-stretched nets are a simple traditional way of stretched nets, usually applied to ().
(A) Aluminum alloy frame (B) Iron frame (C) Steel frame (D) Wooden frame
105. Hand-stretched nets are a simple traditional way of stretched nets, usually applied to ().
(A) Aluminum alloy frame (B) Iron frame (C) Steel frame (D) Wooden frame
106. For high precision requirements, especially in color tone printing, () must be used.
(A) Manual drafting (B) Laser hair release film (C) Sulfate paper photo (D) Laser printer output film
107. Apply the photoresist directly to the blank screen plate, so that both sides of the screen are coated with a layer of photoresist. After drying, the screen printing plate is made with the positive image of the original plate.
(A) Direct method (B) Indirect method (C) Direct method (D) Manual method
108. When applying photosensitive glue, the coating speed should not be too fast to avoid ().
(A) Coating traces (B) Broken wire mesh (C) Air bubbles (D) Too thick coating
109. Diazo photosensitive adhesive is developed with ().
(A) Solvent (B) Alcohol (C) Cleaning agent (D) Water
110. Nylon photosensitive adhesive is developed with ().
(A) Solvent (B) Alcohol (C) Cleaning agent (D) Water
111. The number of screens for screen printing is low, generally between () (A) 10-50 lines / in (B) 50-120 lines / in (C) 30-100 lines / in (D) 120 ~ 175 lines / in
112. The area of ​​a uniform color (ink layer) without change in shades is called ().
(A) Monochrome (B) Multi-color (C) Color block (D mesh tone
113. The tone of the screen expressed by the dot size is called ().
(A) Monochrome (B) Multi-color (C) Color block (D mesh tone
114. The ratio of the coverage area of ​​the outlet to the total area is called ().
(A) Dot coverage (B) Dot level (C) Dot line number (D Mesh adjustment
115. The part of the dot range from 70 to 90% is the image ().
(A) Bright tone part (B) Mid tone part (C) Dark tone part (D) Any part
116. The angle between the center line of the adjacent network point and the baseline is called ().
(A) Number of dots (B) Angle of dots (C) Shape of dots (D dot tone
117. The three primary color plates are often not ideal after being printed together, so you need to add one () to make up for the shortcomings.
(A) Yellow version (B) Magenta version (C) Cyan version (D Black version
118. () refers to the neutral gray produced in printing with the three primary color versions of yellow, magenta, and cyan according to different dot area ratios.
(A) Gray balance (B) Three primary colors (C) Saturation (D) Hue
119. The color of the printed matter is overprinted by different inks, and the color printing sequence in the overprint is called ().
(A) Color value (B) Add color (C) Color sequence (D) Hue
120. In the following 4 pictures, we can see the red () picture.
121. In the following 4 pictures, we can see the black () picture.
122. () refers to the smallest image and interval size that can be printed, and is related to the resolution and screen parameters of the printed version.
(A) Resolution (B) Sharpness (C) Reproducibility (D) Precision
123. () refers to the neatness of the edge of the layout image in both horizontal and vertical directions.
(A) Resolution (B) Sharpness (C) Reproducibility (D) Precision
124. When there is no sticker on the screen frame after the plate is made, you can confirm the color by comparing the color of the corresponding part on the original or the proof through the transparent part of the plate ().
(A) Type of screen (B) Page yield (C) Color plate (D) Type of ink
125. () is the accumulation of electrons on the surface of some non-conductive materials, which has a very high potential, and will burst and release as soon as conditions are met.
(A) Conductive phenomenon (B) Voltage (C) Electrode (D) Static phenomenon
126. Among the following substrates, () material has the most screen ink selection.
(A) Paper (B) Plastic (C) Metal (D) Textile
127. Among the following substrates, () materials have the most complicated screen ink selection.
(A) Paper (B) Plastic (C) Metal (D) Textile
128. In the following printing materials, the screen printing ink of () material cannot be UV drying ink.
(A) Paper (B) Plastic (C) Metal (D) Textile
129. In the following printing materials, () materials generally require high-temperature heat treatment after screen printing ink printing.
(A) Paper (B) Plastic (C) Glass (D) Textile
130. () is the main factor that determines the ink's transfer performance, blot fastness, penetration and gloss.
(A) Ink viscosity (B) Ink yield value (C) Ink thixotropy (D) Ink flow
131. The ability of ink to hinder its molecular movement under the influence of its own internal force is called ().
(A) Ink viscosity (B) Ink yield value (C) Ink thixotropy (D) Ink flow
132. () refers to the size of solid particles such as pigments and other fillers in the ink, and their degree of uniform distribution in the liquid binder.
(A) Ink viscosity (B) Ink fineness (C) Ink thixotropy (D) Ink flow
133. The unit of measurement for fineness is (), which is the diameter of some of the largest solid particles in the ink.
(A) Millimeters (mm) (B) Silk meters (dmm) (C) Micrometers (μm) (D) Nanometers (nm)
134. The adhesion (fixation fastness) of ink is determined by ().
(A) Color of ink (B) Fineness of ink (C) Dryness of ink (D) Surface tension of ink
135. () refers to how fast the ink film dries on the substrate after screen printing.
(A) Dryness of ink (B) Fluidity of ink (C) Adhesion of ink (D) Surface tension of ink
136. () refers to the degree of fastness between the ink and the substrate.
(A) Dryness of ink (B) Fluidity of ink (C) Adhesion of ink (D) Surface tension of ink
137. There is at least a blank area () between the inner edge of the screen frame and the two end points of the squeegee.
(A) 2cm (B) 5cm (C) 7cm (D) 12cm
138. When using belt or wheel type scraper, reduce heat accumulation and prevent rubber strip material ().
(A) Polymerization (B) Melting (C) Bending (D) Burr
139. When using a belt or wheel grinder, it is necessary to grind multiple times, and each time it should be ground off as much as possible ().
(A) more (B) less (C) does n’t matter
140. The ink scraper () should be kept during the manual grinding of the scraper.
(A) Front high back bottom (B) Back bottom front high (C) Vertical state (D) Bevel state
141. Do not use the squeegee immediately after polishing, at least place it () before use.
(A) 1 hour (B) 2 hours (C) 3 hours (D) 4 hours
142. The distance between the screen printing plate and the substrate is called (), which is a unique feature of screen printing itself.
(A) mesh (B) mesh (C) mesh distance (D) mesh regulation
143. Simply speaking, the larger the scraping angle α, the more the ink leakage ().
(A) More (B) Less (C) No change (D) Any amount is possible
144. Simply speaking, the smaller the scraping angle α, the greater the amount of ink leakage ().
(A) More (B) Less (C) No change (D) Any amount is possible
145. The angle α of the scratch angle is generally () degrees.
(A) 30 (B) 50 (C) 70 (D) 90
146. The greater the scraping speed of the wiper blade, the greater the resistance, and the greater the curvature of the wiper blade, the greater the angle of the wiper blade ().
. (A) Large (B) Small (C) No change (D) Possible
147. The above picture shows which positioning method ().
(A) Line positioning method (B) Punch positioning method (C) Edge positioning method (D) Film positioning method
148. The above picture shows which positioning method ().
(A) Line positioning method (B) Punch positioning method (C) Edge positioning method (D) Film positioning method
149. Irregular shapes or soft substrates, usually ().
(A) Line positioning method (B) Punch positioning method (C) Edge positioning method (D) Film positioning method
150. The positioning method usually used for the treadmill used in textile printing is ().
(A) Line positioning method (B) Backing positioning method (C) Edge positioning method (D) Film positioning method
151. During the printing process, when the viscosity of the ink is too small, () phenomenon will occur.
(A) Trachoma (B) Incomplete graphics (C) Ink diffusion (D) Ink color is not full
152. Use a scraper to scrape the ink onto the substrate through a screen printing plate. After drying, screen marks appear on the surface of the ink layer, which means ().
(A) High ink viscosity (B) Low ink viscosity (C) Normal ink viscosity (D) Uncertain
153. When the temperature in the printing workshop is high and the relative humidity is low, the solvent in the solvent-based ink will quickly evaporate, causing ().
(A) Screen damage (B) Screen blocking (C) Ink diffusion (D) Ink color cast
154. High humidity in the printing workshop will cause the water-based ink to evaporate at a slower rate, causing the substrate ().
(A) Damage (B) Ink thickening (C) Ink diffusion (D) Poor drying
155. () can not only dilute the ink, but also adjust the drying speed of the oil volume to prevent the ink from drying and blocking the network.
(A) Fast-drying agent (B) Slow-drying agent (C) Thickener (D) Foaming agent
156. Another function of slow drying agent is ().
(A) Increase drying speed (B) Increase ink layer thickness (C) Reduce line edge burrs (D) Increase ink layer brightness
157. When adding tackifier to the ink, the addition ratio cannot exceed () at most.
(A) 1% (B) 5% (C) 8% (D) 10%
158. () refers to placing the printed matter in the air without adding other drying equipment to complete the drying process.
(A)) Natural drying (B) Thermal radiation drying (C) Ultraviolet drying (D) Oxidation drying
159. () is to make the printed matter dry quickly by heat radiation or strong hot air circulation.
(A)) Natural drying (B) Thermal radiation drying (C) Ultraviolet drying (D) Oxidation drying
160. () After the irradiation of the ultraviolet dryer, the ink produces photopolymerization reaction to complete the curing of the ink.
(A)) Natural drying (B) Thermal radiation drying (C) Ultraviolet drying (D) Oxidation drying
161. The ink cured by UV light curing machine is ().
(A) Water-based ink (B) Solvent-based ink (C) Oxidized ink (D) Ultraviolet ink
162. The following picture illustrates what happens ().
(A) Horizontal overprint is not allowed (B) Vertical overprint is not allowed
(C) Overprint is not allowed in both horizontal and vertical directions (D) Overprint is accurate
163. The following picture illustrates what happens ().
(A) Horizontal overprint is not allowed (B) Vertical overprint is not allowed
(C) Overprint is not allowed in both horizontal and vertical directions (D) Overprint is accurate
164. The following picture illustrates what happens ().
(A) Horizontal overprint is not allowed (B) Vertical overprint is not allowed
(C) Overprint is not allowed in both horizontal and vertical directions (D) Overprint is accurate
165. In the printing process, the more colors mixed, the color ().
(A) Brighter (B) Darker (C) No change (D) Rich
166. The mesh tone control block actually refers to a mesh tone scale with a certain step change. Generally, () steps are set to check the reproduction of the image tone.
(A) 5 (B) 10 (C) 15 (D) 20
167. Which of the following graphics has the best wettability and is suitable for printing ().
(A) (B) (C)
168. () refers to ink that cannot be mixed with other colors.
(A) Standard inter-color ink (B) Standard double-color ink (C) Primary color ink (D) Various color inks
169. () refers to the color ink formed by equal mixing of any two primary color inks.
(A) Standard inter-color ink (B) Standard double-color ink (C) Primary color ink (D) Various color inks
170. () refers to the color ink formed by mixing any two intercolor inks or three primary color inks in different proportions.
(A) Standard inter-color ink (B) Standard double-color ink (C) Primary color ink (D) Various color inks
171. The rotation point of the inclined arm printing machine is at the rear, and the farther the front side of the printing blade is from the rotation point, the error will occur ().
(A)越大 (B) è¶Šå° (C) æ— å˜åŒ– (D)都有的能
172. 采用气动结构的åŠè‡ªåŠ¨ç½‘å°æœºä¸Šï¼Œåˆ®å¢¨æ¿çš„行程一般超出图案( )。
(A)1~3cm (B) 2~5cm (C) 8~15cm (D)10~20cm
173. åŠè‡ªåŠ¨ç½‘版å°åˆ·æœºå‡é™æœºæž„æ¯ä¸€æ¬¡åˆ°ä½ä¸å‡†ï¼Œä¼šé€ æˆï¼ˆ )的现象。
(A)油墨颜色ä¸å‡ (B) ä¸ç½‘ç ´æŸ (C) 套å°ä¸å‡† (D)没关系
174. 手动轮转å¼ç½‘å°æœºä¸»è¦çš„承å°æ料是( )。
(Aï¼‰çº¸å¼ ç±»æè´¨ (B) 塑料类æè´¨ (C) 金属类æè´¨ (D)纺织类æè´¨
175. 图ä¸1的部ä½è¡¨ç¤ºçš„是( )。
(A)承å°å¹³å° (B)网框平衡é…é‡
(C) 网版夹具 (D)承å°å°æ¨ªå‘è°ƒèŠ‚èžºæ “
176. 图ä¸2的部ä½è¡¨ç¤ºçš„是( )。
(A)承å°å¹³å° (B)网框平衡é…é‡
(C) 网版夹具 (D)承å°å°æ¨ªå‘è°ƒèŠ‚èžºæ “
177. 图ä¸4的部ä½è¡¨ç¤ºçš„是( )。
(A)承å°å¹³å° (B)网框平衡é…é‡
(C) 网版夹具 (D)承å°å°æ¨ªå‘è°ƒèŠ‚èžºæ “
178. å°åˆ·åœ†é”¥å½¢æˆ–圆柱形承å°ç‰©æ—¶éœ€è¦ç”¨ï¼ˆ )设备。
(A)åŠè‡ªåŠ¨å¹³é¢ç½‘å°æœº (B)平网曲é¢ç½‘å°æœº (C) 轮转网å°æœº (D)水平移动å¼ç½‘å°æœº
179. 圆柱形曲é¢ç½‘å°æœºåœ¨è¿è¡Œæ—¶ï¼ˆ )是é™æ¢ä¸åŠ¨çš„。
(A)网版 (B)承å°ç‰© (C) åˆ®å¢¨æ¿ ï¼ˆD)油墨
180. 对于å°åˆ·ç²¾åº¦è¦æ±‚较高的产å“,网è·åº”å°äºŽï¼ˆ )。
(A)1 mm (B)3 mm (C) 5mm (D)7 mm
181. 电å产å“å°åˆ·ï¼ˆå¸¸ç”¨ä¸é”ˆé’¢ç½‘),采用的网è·è¾ƒå°ï¼Œä¸€èˆ¬ä¸ºï¼ˆ )。
(A)0.1~0.2mm。 (B)0.3~0.4mm。 (C) 0.5~0.6mm。 (D)0.7~0.8mm。
182. 在网版å°åˆ·ä¸ï¼Œç½‘è·è¶Šå¤§ï¼Œç½‘版å˜å½¢ï¼ˆ )。
(A)没å˜åŒ– (B)都å¯èƒ½ (C)è¶Šå° ï¼ˆD)越大
183. é€šå¸¸æƒ…å†µä¸‹ï¼Œç½‘ç‰ˆçš„å¼ åŠ›å¯é€‰æ‹©åœ¨ï¼ˆ )指间。
(A)18~25Nï¼cm (B)15~18Nï¼cm (C) 13~15Nï¼cm (D)10~13Nï¼cm
184. 当承å°ç‰©è¡¨é¢ç²—ç³™ã€ä¸å¹³æ»‘时,应选择( )的刮æ¿ã€‚
(A)硬度高 (B)硬度低 (C)ç¡¬åº¦é€‚ä¸ ï¼ˆDï¼‰æ— æ‰€è°“
185. 如图所示:F1为刮æ¿ç§»åŠ¨åŠ›ï¼›F2 压å°åŠ›ï¼›F0为åˆåŠ›ï¼›& 为刮 å°è§’。 è‹¥&角越大,F2压å°åŠ›ä¼šï¼ˆ )。
(A)越大 (B)越å°
(C)都å¯èƒ½ (D)没å˜åŒ–
186. 刮墨æ¿ç†æƒ³çš„å°åˆ·åŽ‹åŠ›çŠ¶æ€æ˜¯ï¼Œå³åœ¨ä¿è¯å°åˆ·è´¨é‡çš„å‰æ下压力( )。
(Aï¼‰æœ€å° ï¼ˆB)最大 (C)é€‚ä¸ ï¼ˆDï¼‰æ— æ‰€è°“
187. ç½‘ç‰ˆçš„å¼ åŠ›ä¼šéšç€å°é‡çš„å¢žåŠ è€Œï¼ˆ )。
(Aï¼‰åŠ å¤§ (B)é™ä½Ž (C)æ— å˜åŒ– (Dï¼‰åŠ å¤§ã€é™ä½Žéƒ½å¯èƒ½
188. 纺织å“承å°ç‰©å®œé‡‡ç”¨ï¼ˆ )方å¼çƒ˜å¹²ã€‚
(A)自然干燥 (B)紫外线 (C)红外线 (D)å¹é£Ž
189. ( )干燥方å¼ä¼šäº§ç”Ÿè‡æ°§ã€‚
(A)自然干燥 (B)紫外线 (C)红外线 (D)å¹é£Ž
190. 套å°å›¾åƒä¸ï¼Œå„è‰²ç‰ˆçš„ç»·ç½‘å¼ åŠ›ä¸ä¸€æ ·ï¼Œä¼šé€ æˆï¼ˆ )。
(A)网è·ä¸ä¸€è‡´ (B)网框å˜å½¢ (C) 图åƒå¥—å°ä¸å‡† (D)å°åˆ·åŽ‹åŠ›ä¸ä¸€è‡´
191. åå°„å¼å¯†åº¦è®¡æ˜¯æµ‹é‡ï¼ˆ )的工具。
(Aï¼‰ç½‘ç‰ˆå¼ åŠ› (B)ä¸ç½‘目数 (C) ç½‘è· ï¼ˆD)颜色åå·®
192. åå°„å¼å¯†åº¦è®¡æµ‹é‡çš„å…‰å¦å¯†åº¦èŒƒå›´æ˜¯ï¼ˆ )。
(A)0.00~2.50 (B)2.50~5.00 (C) 5.00~7.50 (D)7.50~10.00
193. å³å›¾ä¸ºå¸¸ç”¨çš„æ›å…‰æµ‹è¯•ç‰‡ï¼Œå¦‚果用150秒时间对网版进行æ›å…‰ï¼Œå†²æ´—显影åŽï¼Œ0.7系数的图案最清晰,则最佳æ›å…‰æ—¶é—´åº”为( )秒。
(A)150 (B)105 (C) 75 (D)50
194.在用“沉水检测法â€æ£€æµ‹è–„膜亲墨性时,水膜在薄膜上åœç•™ï¼ˆ )以上,表明处ç†æ•ˆæžœä½³ã€‚
(A)3S (B)4S (C) 9S (D)12S
195. 网点底片在将绷好的网版上定ä½æ—¶ï¼Œå¯æ—‹è½¬åº•ç‰‡ï¼Œè§‚测( )产生。
(A)è„点 (Bï¼‰æ°´å° (C) 龟纹 (D)网点
196.在网目调网版å°åˆ·ä¸ï¼Œç½‘目数与网点数的比率在( )以上一般ä¸ä¼šäº§ç”Ÿé¾Ÿçº¹ã€‚
(A)2.0:1 (B)3.0:1 (C) 4.0:1 (D)6.0 :1
197. 在网目调网版å°åˆ·åˆ¶ç‰ˆä¸ï¼Œç›´æŽ¥ä¹³å‰‚的涂布厚度以( )为宜。
(A)3~5μm (B)5~8μm (C) 8~10μm (D)10~15μm
198. 当使用UV油墨å°åˆ·æ—¶ï¼Œç½‘版å°åˆ·é¢çš„乳剂层厚度ä¸åº”该超过( )μm。
(A)2 (B)3 (C)5 (D)8
199. 用膜厚仪测é‡ä¸ç½‘的厚度与网版涂布胶层的厚度,二者的( )为感光乳剂膜层厚度,
(A)和 (B)差 (C)乘积 (D)除数
200. 网å°è†œç‰ˆçš„粗糙度称为RZ, 以μm(微米)为å•ä½ï¼Œè€ŒRZ在( )μmæ—¶å¯åœ¨ä»»ä½•è¡¨é¢å¾—到良好的å°åˆ·æ•ˆæžœã€‚
(A)3~7 (B)7~10 (C) 10~15 (D)15~20
201. 图ä¸çš„粗糙度RZ值为( )。
(A)8 (B)12
(C) 20 (D)32
202. 三元尼龙感光膜需è¦ç”¨ï¼ˆ )显影。
(A)水 (B)环己酮 (C) 工业酒精 (D)醋酸ä¸é…¯
203. 一般网版å°åˆ·èƒ½å¤Ÿè¾¾åˆ°çš„网点色调范围在( )之间。
(A)0%~100% (B)10%~90% (C) 20%~80% (D)30%~70%
204. 实验表明,最å°çš„网点直径应是网ä¸ç›´å¾„的( )å€æ‰èƒ½å–得较好效果。
(A)1~2 (B)2~3 (C) 3~4 (D)5~7
205. 全自动滚ç’网å°æœºè¿›è¡Œå°åˆ·æ—¶ï¼Œç½‘版åšï¼ˆ )è¿åŠ¨ã€‚
(A)上下 (Bï¼‰ä¸Šä¸‹å·¦å³ (C) é™æ¢ä¸åŠ¨ (D)左å³
206. 在全自动滚ç’网å°æœºç¤ºæ„å›¾ä¸ 1代表的是( )。
(Aï¼‰åˆ®å¢¨æ¿ ï¼ˆB)托å°æ»šç’ (C) 网版 (D)承å°ç‰©
206. 在全自动滚ç’网å°æœºç¤ºæ„å›¾ä¸ 2代表的是( )。
(Aï¼‰åˆ®å¢¨æ¿ ï¼ˆB)托å°æ»šç’
(C) 网版 (D)承å°ç‰©
206. 在全自动滚ç’网å°æœºç¤ºæ„å›¾ä¸ 3代表的是( )。
(Aï¼‰åˆ®å¢¨æ¿ ï¼ˆB)托å°æ»šç’ (C) 网版 (D)承å°ç‰©
206. 在全自动滚ç’网å°æœºç¤ºæ„å›¾ä¸ 4代表的是( )。
(Aï¼‰åˆ®å¢¨æ¿ ï¼ˆB)托å°æ»šç’ (C) 网版 (D)承å°ç‰©
207. 与平å°ç½‘å°æœºç›¸æ¯”,滚ç’网å°æœºå¢žåŠ 了许多( )。
(A)自动化装置 (Bï¼‰åˆ®æ¿ (C) 网版 (D)气泵装置
208. 在全自动网å°æœºå·¥ä½œä¸ï¼Œçº¸å †ä¸Žåˆ†çº¸å¸å˜´ä¹‹é—´è·ç¦»å¤ªå¤§ä¼šé€ æˆï¼ˆ )
(A)æªå¼ æ•…éšœ (B)åŒå¼ æˆ–å¤šå¼ æ•…éšœ (C) ç©ºå¼ æ•…éšœ (D)åœæœºæ•…éšœ
209. 在全自动网å°æœºå·¥ä½œä¸ï¼Œå·¦å³åˆ†çº¸å¸å˜´ä¸Šä¸‹è¿åŠ¨ä¸ä¸€è‡´ä¼šé€ æˆï¼ˆ )。
(A)æªå¼ æ•…éšœ (B)åŒå¼ æˆ–å¤šå¼ æ•…éšœ (C) ç©ºå¼ æ•…éšœ (D)åœæœºæ•…éšœ
210. 在全自动网å°æœºå·¥ä½œä¸ï¼Œçº¸å¼ 没有æ¾é€åŠçº¸å¼ ç²˜è¿žä¼šé€ æˆï¼ˆ )。
(A)æªå¼ æ•…éšœ (B)åŒå¼ æˆ–å¤šå¼ æ•…éšœ (C) ç©ºå¼ æ•…éšœ (D)åœæœºæ•…éšœ
211. 全自动网å°æœºå®šä½éƒ¨ä»¶äº§ç”Ÿçš„故障,直接会导致å°åˆ·äº§å“的( )。
(A)墨层过厚 (Bï¼‰ç½‘ç‰ˆå¼ åŠ›ä¸‹é™ (C)åœæœºæ•…éšœ (D)套å°ä¸å‡†
212. 异型硬质物体网版å°åˆ·çš„定ä½ï¼Œä¸€èˆ¬æœ€å¸¸ç”¨çš„定ä½æ–¹æ³•æ˜¯ï¼ˆ )。
(Aï¼‰ä¸‰ç‚¹å®šä½ ï¼ˆB)销å”å®šä½ (C)æŠ•å½±å®šä½ ï¼ˆD)跑å°å®šä½
213. 四色网å°ä¸ç†æƒ³ï¼ˆæ£ç¡®çš„)色åºæŽ’列是( )。
(A)黄ã€é’ã€å“红ã€é»‘ (B)黑ã€é’ã€é»„ã€å“红
(C) é’ã€é»„ã€å“红ã€é»‘ (D)黑ã€å“红ã€é’ã€é»„
214. 在UV油墨的å°åˆ·è‰²åºä¸ï¼Œæœ€å…ˆå°åˆ·çš„颜色应当是( )色。
(A)黄 (B)黑 (C) é’ ï¼ˆD)å“红
215. 油墨在å å°æ—¶ï¼Œä½•æ—¶è¿›è¡Œç¬¬äºŒè‰²å°åˆ·æœ€å¥½ï¼ˆ )。
(A)第一色彻底干燥 (B)第一色还未干燥时
(C) åº•å±‚æ²¹å¢¨åˆšåˆšå›ºç€ ï¼ˆD)何时都行
216. 通过固化手段å¯ä»¥çž¬é—´å¹²ç‡¥çš„油墨是( )。
(A)溶剂型油墨 (B)水性油墨 (C) çƒå›ºæ²¹å¢¨ (D)UV油墨
217. 固化UV油墨时,输出功率è¦è¾¾åˆ°ï¼ˆ )。
(A)50W/cm (B)80W/cm (C) 120W/cm (D)160W/cm
218. 在测é‡æ²¹å¢¨çš„色相时,我们用到的测试仪器是( )。
(A)膜厚仪 (Bï¼‰å¼ åŠ›è®¡ (C) 投射密度计 (D)彩色å射密度计
219. 使用色彩å射密度计通过滤色片测定一ç§é¢œè‰²æ—¶ï¼Œå¦‚果密度为( ),说明颜色纯æ£ã€‚
(A)0 (B)100 (C) 1 (D)50
220. 在å°åˆ·è¿‡ç¨‹ä¸ï¼Œçº¸å¼ çš„å˜åŒ–å—( )的影å“最大。
(A)温湿度 (B)日照 (C) 拉伸 (D)åœæ”¾
221 çº¸å¼ çš„çº¤ç»´åˆ†ä¸ºæ¨ªå‘与纵å‘ï¼Œçº¸å¼ çºµå‘ã€æ¨ªå‘的膨胀与收缩( )。
(Aï¼‰ä¸€æ · (B)纵å‘å¤§äºŽæ¨ªå‘ (C) 横å‘å¤§äºŽçºµå‘ ï¼ˆD)都å¯èƒ½
222. å•å¼ 纸的网版å°åˆ·ï¼Œåˆ®æ¿çš„å°åˆ·æ–¹å‘åº”ä¸Žçº¸å¼ çš„ï¼ˆ )方å‘ä¿æŒä¸€è‡´ã€‚
(A)任何 (Bï¼‰çºµå‘ (C) 横å‘
223. ç†æƒ³çš„å°åˆ·è½¦é—´æ¸©åº¦åœ¨ï¼ˆ )之间。
(A)15°~18℃ (B)18°~22℃ (C) 25°~30℃ (D)30°~35℃
224. ç†æƒ³çš„å°åˆ·è½¦é—´ç›¸å¯¹æ¹¿åº¦åº¦åœ¨ï¼ˆ )之间。
(A)30%~40% (B)40%~50% (C) 60%~70% (D)80%~90%
225. 感光胶膜涂布过厚,在å°åˆ·çº¿æ¡å›¾æ¡ˆæ—¶ä¼šå‡ºçŽ°ï¼ˆ )。
(A)æ£å‘锯齿 (B)åå‘锯齿 (C) æ–线 (D)糊版
226. ( )是促使组织内的人们æœç€ä¸€ä¸ªå…±åŒçš„ç›®æ ‡è€ŒåŠªåŠ›çš„ä¸€ç§æ‰‹æ®µæˆ–方法ã€æŒ‡æŒ¥å’ŒæŽ§åˆ¶ç»„织的å调活动。
(A)指挥 (B)计划 (C) åè°ƒ (D)管ç†
227. å›½é™…æ ‡å‡†çš„ç®€ç§°æ˜¯ï¼ˆ )。
(A)ISO (B)GB (C) CY (D)WTO
228. å›½å®¶æ ‡å‡†çš„ç®€ç§°æ˜¯ï¼ˆ )。
(A)ISO (B)GB (C) CY (D)WTO
229. å°åˆ·æŠ€æœ¯æœ¯è¯ï¼ˆGB9851)ä¸æœ‰527æ¡æœ¯è¯ï¼Œå…¶ä¸ç½‘版å°åˆ·çš„相关术è¯ï¼ˆ )æ¡ï¼ˆA)8 (B)28 (C) 48 (D)88
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1. ä¼ ç»Ÿå°åˆ·çš„五大è¦ç´ 包括( )。
(A) 原稿 (B)å°åˆ·æœº (C)承å°ç‰© (D)å°åˆ·æ²¹å¢¨ (E)å°åˆ·åŽ‹åŠ›
(F) å°ç‰ˆ
2.网版å°åˆ·çš„æ¥éª¤åˆ†åŒ…括( )。
(A)å°å‰å‡†å¤‡ (B)å°ç‰ˆå®‰è£…åˆå®šä½ (C) 上油墨 (D)安装刮墨æ¿ï¼ˆE)æ£å¼å°åˆ· (F) å°å“干燥。
3. ( )颜色的三个特性是。
( A) 明度 ( B)é€æ˜Žåº¦ (C)色调 (D)饱和度。
4. ä¸å±žäºŽ5S管ç†æ³•æ˜¯ï¼ˆ )
(Aï¼‰æ•´ç† (B)(归纳)〠(C)清扫 (D)报告 (Eï¼‰ç´ å…»
5. ä¸ç½‘å°ç‰ˆçš„è´¨é‡è¦æ±‚包括( )。
(A)å†çŽ°æ€§ (B)模版的抗拉伸性 (C)脱膜性 (D)è€å°åŠ›
6. 网版å°åˆ·çš„污染主è¦æœ‰ï¼ˆ )。
(A)空气污染物 (B)水污染物 (C) 土壤污染 (D)固体污染物
7. 检测油墨附ç€ç‰¢åº¦çš„简å•æ–¹æ³•æœ‰ï¼ˆ )。
(A)粘æ法 (B) 水泡法 (C)硬度铅笔测试法 (D)弯折法。
8. 网å°å¢¨å±‚干燥的主è¦æ–¹æ³•æœ‰ï¼ˆ )。
(A)自然干燥 (B)çƒè¾å°„干燥 (C)冷å´æ³• (D)紫外线干燥
9. å°åˆ·å“è´¨é‡è¯„价的方法大致有( )三ç§ã€‚
(A) 主观评价法 (B) 客观评价法 (C)综åˆåˆ†æžæ³• (D)综åˆè¯„价法。
10. 对网å°äº§å“外观的è¦æ±‚è¦åšåˆ°ï¼ˆ )。
(A) 尺寸准确 (B)表é¢æ•´æ´ (Cï¼‰æ— æ˜Žæ˜¾è„污ã€æ®‹ç¼º (D)文å—å°åˆ·æ¸…晰完整
11. 油墨是一ç§å…·æœ‰ç²˜åº¦çš„æµä½“。油墨在自身内部作用力的影å“下,所产生的阻ç¢å…¶åˆ†åè¿åŠ¨çš„能力,称为油墨的( )。
(A) 内摩擦力 (B)粘度 (C)æµåŠ¨åº¦ (D)分散性
12. å°åˆ·æµ‹æŽ§æ¡æ˜¯ç”±ï¼ˆ )ç‰å·²çŸ¥ç‰¹å®šé¢ç§¯çš„å„ç§å‡ ä½•å›¾å½¢æµ‹æ ‡ç»„æˆçš„用以判æ–和控制晒版ã€æ‰“æ ·å’Œå°åˆ·æ—¶ä¿¡æ¯è½¬ç§»çš„一ç§å·¥å…·ã€‚
(A) 网点 (B)实地 (Cï¼‰æ–‡å— ï¼ˆD)线æ¡
13. 网版å°åˆ·é€‚用的å°åˆ·èŒƒå›´åŒ…括有( )。
(A) 书刊 (Bï¼‰çººç»‡å“ ï¼ˆCï¼‰æ ‡ç‰Œ (D)大型广告
14. 油墨按照其干燥形å¼å¯åˆ†ä¸ºï¼ˆ )型油墨。
(A) 挥å‘干燥 (B)油性干燥 (C)紫外线干燥 (D)渗é€å¹²ç‡¥
15. 网版å°åˆ·çš„特点有( )。
(A) æˆæœ¬ä½Žã€è§æ•ˆå¿« (B)版é¢æŸ”软ã€å°åŽ‹å° (C)墨层厚ã€è¦†ç›–力强 (D)å°åˆ·é€Ÿåº¦å¿«
16. 现代网版å°åˆ·ä¸æœ€ä¸ºå¸¸ç”¨çš„两ç§ä¸ç½‘是( )。
(A) 尼龙ä¸ç½‘ (B)绢网 (C)涤纶ä¸ç½‘ (D)ä¸é”ˆé’¢ä¸ç½‘
17. 回墨刮æ¿ç”±ï¼ˆ )æ料制æˆï¼Œ
(A)天然橡胶 (B)åˆæˆèšæ°¨é…¯ (C)薄ä¸é”ˆé’¢ (D)é“æ¿
18. 刮å°åˆ®æ¿ç”±ï¼ˆ )æ料制æˆã€‚
(A)天然橡胶 (B)åˆæˆèšæ°¨é…¯ (C)薄ä¸é”ˆé’¢ (D)é“æ¿
19. 解åƒåŠ›æ˜¯æŒ‡æŸç§ä¸ç½‘能够å¤åˆ¶çº¿æ¡å’Œç½‘点å°åˆ·å“的细微层次程度。它主è¦ç”±ï¼ˆ )ç‰å› ç´ å†³å®šã€‚
(A)ä¸ç½‘目数 (B)网ä¸ç›´å¾„ (C)ä¸ç½‘æè´¨ (D)ä¸ç½‘å¼€å”
20. 选择ä¸ç½‘的主è¦åŽŸåˆ™æ˜¯ï¼ˆ )。
(Aï¼‰æ ¹æ®æ‰¿å°ç‰©çš„类型 (Bï¼‰æ ¹æ®ä¸ç½‘çš„è€æ‹‰ä¼¸æ€§
(Cï¼‰æ ¹æ®å°åˆ·å“的精细è¦æ±‚ (Dï¼‰æ ¹æ®æ²¹å¢¨çš„特性
21. 绷网之å‰è¦å…ˆå¯¹ç½‘框进行( )处ç†ã€‚
(A)粗化 (B)拉伸 (C)浸泡 (D)除脂
22. ç›®å‰ï¼Œä¸ç½‘模版晒版æ›å…‰ç”¨çš„å…‰æºä¸»è¦é‡‡ç”¨ï¼ˆ )。
(A)金属å¤ç´ ç¯ ï¼ˆBï¼‰é«˜åŽ‹æ±žç¯ ï¼ˆCï¼‰è„‰å†²æ°™ç¯ ï¼ˆDï¼‰ç¢³ç´ å¼§å…‰ç¯
23. 现代网å°åˆ¶ç‰ˆçš„方法主è¦æœ‰ï¼ˆ )三ç§ã€‚
(A)直接法 (B)间接法 (Cï¼‰æ•°å— ï¼ˆD)直间法
24. 制作网版过程ä¸ï¼Œâ€œæ˜¾å½±â€ å·¥åºä¹‹å‰å’Œä¹‹åŽçš„å·¥åºåˆ†åˆ«æ˜¯ï¼ˆ )。
(A)涂布感光胶 (B)æ›å…‰ (C)修版 (D)干燥
25. 刮æ¿æ˜¯ç”¨æ¥åˆ®æŒ¤ç½‘版上的油墨,使之æ¼å°åœ¨æ‰¿å°é¢ä¸Šçš„工具,刮æ¿çš„功能有( )。
(A)填墨作用 (B)刮墨作用 (C)匀墨作用 (D)压å°ä½œç”¨
26. 网版å°åˆ·æœºç§ç±»ç¹å¤šï¼ŒæŒ‰è‡ªåŠ¨åŒ–程度分类å¯åˆ†ä¸ºï¼ˆ )。
(A)手动网å°æœº (B)多色网å°æœº (C)åŠè‡ªåŠ¨ç½‘å°æœº (D)自动网å°æœº
27. 下é¢å“ªç§è®¾å¤‡å±žäºŽç½‘版å°åˆ·è¾…助设备( )。
(Aï¼‰ç ‚è½®å¼ç£¨åˆ®æœº (B)多色网å°æœº (C)冲版机 (D)晒版机
28. ä¸ç½‘å°ç‰ˆçš„è´¨é‡è¦æ±‚体现在( )。
(A)å†çŽ°æ€§ (B)版膜的厚度 (C)脱膜性 (D)è€å°åŠ›
29. 油墨辅助剂包括( )。
(A)干燥剂 (B)稀释剂 (Cï¼‰å¢žç¨ å‰‚ (D)消泡剂
30. 网å°ç‰ˆç”±ï¼ˆ )组æˆã€‚
(A)网框 (B)ä¸ç½‘ (C)感光胶 (D)模版
31. 网å°ç‰ˆæœ‰ä¸¤ä¸ªé¢ï¼Œåˆ†åˆ«æ˜¯ï¼ˆ )。
(Aï¼‰åˆ®å¢¨é¢ ï¼ˆB)æ£é¢ (C)åé¢ ï¼ˆD)å°åˆ·é¢
32. 多幅拼图或å¤æ‚å°ä»¶æ—¶ï¼Œéœ€è¦è®¾ç½®ï¼ˆ )3ç§è§„矩线。
(A)åå—规矩线 (B)隔离线 (C)è£åˆ‡çº¿ (D)角线
33. 在ä¿å…»å°åˆ·è®¾å¤‡æ—¶ï¼Œæ¶¦æ»‘剂的作用是( )。
(A)控制摩擦 (B)å‡å°‘ç£¨æŸ ï¼ˆC)防æ¢é”ˆèš€ (D)å‡æŒ¯æ¶ˆæŒ¯
34. ä¸ç½‘å°åˆ·æœºçš„气路一般由( )组æˆã€‚
(A)气泵 (B)气管 (C)过滤器 (D)é…气阀
35. 把网版放入网版å°åˆ·æœºç‰ˆå¤¹å内,先ä¸å›ºå®šå°ç‰ˆï¼Œè€Œæ˜¯å…ˆï¼ˆ ),之åŽå†æ‹§ç´§ç‰ˆå¤¹å螺ä¸ã€‚
(Aï¼‰è®¾ç½®ç½‘è· ï¼ˆBï¼‰æ·»åŠ æ²¹å¢¨ (C)调节å°ç‰ˆå›¾æ–‡ä¸Žæ‰¿å°ç‰©çš„相对ä½ç½® (D)安装刮æ¿
36. 回墨刮æ¿ä¸€èˆ¬ç”¨è–„( 或 )或制æˆã€‚
(A)ä¸é”ˆé’¢ (Bï¼‰æœ¨æ¿ ï¼ˆC)é“æ¿ ï¼ˆD)塑料
37. 在进行曲é¢å°åˆ·æ—¶ï¼Œä¸€èˆ¬æƒ…况下,å‘生è¿åŠ¨çš„是( )。
(Aï¼‰åˆ®æ¿ ï¼ˆB)网版 (C)承å°ç‰© (D)覆墨æ¿
38. 检查å°åˆ·å“è´¨é‡æ—¶ï¼Œæ ‡å‡†ç…§æ˜Žä½“是D50å’ŒD65,分别代表色温为( )的典型日光。
(A)5500 K (B)5003K (C)6504K (D)6600 K
39. 与墨膜附ç€ç‰¢åº¦åŠæŒä¹…æ€§ç›¸å…³çš„å› ç´ æœ‰ï¼ˆ )ç‰ã€‚
(A)墨膜硬度 (B)è€æ‘©æ“¦æ€§ (C)è€ç£¨æŸæ€§ (D)è€æ°”候性
40. 在下列承å°ç‰©ä¸ï¼Œä¸€èˆ¬ï¼ˆ )ææ–™å°åŽæ²¹å¢¨éœ€è¦åŠ çƒå¤„ç†ã€‚
(A)金属 (B)玻璃 (C)PVC (D)纸å¼
41. 纸表é¢çš„清æ´å¤„ç†å¸¸ç”¨çš„物å“是( )。
(A)水 (B)æ´å‡€è½¯å¸ƒ (C)酒精 (D)å¹é£Žæœº
42. å¡‘æ–™ã€é‡‘属表é¢çš„清æ´å¤„ç†å¸¸ç”¨çš„物å“是( )。
(A)水 (B)æ´å‡€è½¯å¸ƒ (C)酒精 (D)å¹é£Žæœº
43. æ ¹æ®æ‰¿å°ç‰©çš„ç§ç±»ä¸åŒï¼Œå¸¸ç”¨æ²¹å¢¨çš„ç§ç±»å¯åˆ†ä¸ºï¼ˆ )。
(A)塑料 (B)金属 (Cï¼‰çººç»‡å“ ï¼ˆD)玻璃
44. æ ¹æ®å¹²ç‡¥å½¢å¼æ²¹å¢¨çš„ç§ç±»å¯åˆ†ä¸ºï¼ˆ )。
(A)挥å‘干燥型 (B)åŒç»„分å应型 (C)紫外线干燥型 (D)氧化èšåˆåž‹
45. 在åŠè‡ªåŠ¨ç½‘å°æœºä¸Šï¼Œåˆ®å¢¨è£…ç½®ä¸åŒ…å«ï¼ˆ )。
(Aï¼‰åˆ®å¢¨æ¿ ï¼ˆB)油墨 (C)夹æ¿åˆé¡µ (D)覆墨æ¿
46. 现今最常用的刮墨æ¿æ质是( )。
(A)èšæ°¨é…¯ (B)塑料 (C)天然橡胶 (D)é“æ¿
47. 回墨刮æ¿çš„作用是( )。
(A)将油墨刮回到刮å°åˆ®æ¿å·¥ä½œçš„起始ä½ç½® (B)防æ¢ç½‘å”内å°åˆ·æ²¹å¢¨å¹²ç‡¥
(C)防æ¢ç½‘å”å†…çš„æ²¹å¢¨æ¸—é€ ï¼ˆD)防æ¢ç½‘版上è½ä¸Šç°å°˜
48. åŠè‡ªåŠ¨ç½‘版å°åˆ·æœºï¼ˆ )动作是由机器完æˆçš„。
(A)安放承å°ç‰© (Bï¼‰åˆ®å° ï¼ˆC)回墨 (D)上墨
49. 测é‡å°åˆ·å“的大å°ï¼Œå¸¸ç”¨çš„测试工具有( )。
(A)直尺 (Bï¼‰ä¸‰è§’æ¿ ï¼ˆC)测长仪 (D)放大镜
50. å°åˆ·å›¾æ–‡å°ºå¯¸ä¸å‡†çš„主è¦åŽŸå› 有( )。
(A)网版尺寸ä¸å‡† (B)å°åˆ·æœºç²¾åº¦ä¸å¤Ÿ
(C)油墨粘度低以åŠæµåŠ¨æ€§è¿‡å¤§ (D)承å°æ料形状ä¸ä¸€è‡´æˆ–æ料收缩过大且ä¸ä¸€è‡´
51. å°åˆ·å“图åƒç»†èŠ‚清晰度包括哪( )三个方é¢çš„内容。
(A)分辨力 (B)油墨厚度 (C)æ•é”度 (D)细微åå·®
52. å”版是图文部分为通å”çš„å°ç‰ˆã€‚包括( )ç‰ã€‚
(A)誊写版 (B)镂空版 (C)PS版 (D)ä¸ç½‘版
53. è¦é¡ºåˆ©è¿›è¡Œç½‘版å°åˆ·ä½œä¸šæ¶‰åŠåˆ°å››ä¸ªè¦ç´ 是( )。
(Aï¼‰åˆ®å¢¨æ¿ ï¼ˆB)油墨 (C)承å°ç‰© (D)覆墨æ¿ï¼ˆE)å°ç‰ˆ
54. 网版å°åˆ·çš„å°å‰å‡†å¤‡åŒ…括( )。
(A)承å°ç‰©é™¤å°˜ã€é™¤é™ç”µ (B)清洗网版 (C)墨色调整 (D)网版脱膜
55. ä¸ç½‘çš„ä¸ä¸€èˆ¬æœ‰ï¼ˆ )ç‰ç»“æž„å½¢å¼ã€‚
(A)模压æˆåž‹ (B)å•è‚¡ (C)åŒè‚¡ (D)多股
56. ç»‡é€ ä¸ç½‘的方法有( )编织方法ç‰ã€‚
(A)平纹织 (Bï¼‰æ— çººå¸ƒ (C)斜纹织 (D)拧织(绞纹织)
57. 绷网方å¼ä¸»è¦æœ‰ï¼ˆ )。
(A)手工绷网 (B)机械绷网 (C)气动绷网 (D)气压绷网
58. 晒版是用接触æ›å…‰çš„方法把( 或 )的信æ¯è½¬ç§»åˆ°å°ç‰ˆä¸Šçš„过程。
(A)原稿 (B)阴图软片 (C)阳图软片 (D)感光胶
59. 感光胶一般分为( )。
(A)è€æº¶å‰‚åž‹ (B)éžæ°´éžæ²¹åž‹ (C)è€æ°´åž‹ (D)UV光固型
60. 制作网版的感光æ料分为( )两大类:
(A)乳剂型感光胶液 (B)PS金属版 (C)胶片型感光胶膜 (Dï¼‰æ ‘è„‚ç‰ˆ
61. 在制版过程ä¸ï¼ŒåŽšåº¦è®¡ä¸»è¦æµ‹é‡ï¼ˆ )的厚度。
(A)网纱 (B)网版 (C) 承å°ç‰© (D)胶片
62. ä¼ ç»ŸåŽŸç¨¿åˆ†ä¸ºï¼ˆ )两大类。
(A)图案原稿 (B)å射原稿 (C)é€å°„原稿 (D)照片原稿
63. 常用的网点形状有( )ç‰ã€‚
(A)圆形 (B)三角形 (C)方形 (D)æ¤åœ†å½¢
64. 网版å°åˆ·æœºçš„基本结构有( )。
(A)å°ç‰ˆè£…ç½® (B)å°åˆ·è£…ç½® (C)对版装置 (D)支撑装置
65. 网å°ç‰ˆçš„结构包括( )两个方é¢ã€‚
(A)ä¸ç½‘ (B)版基 (C)网框 (D)版膜
66. ä¸ç½‘å°åˆ·é¢çš„版膜厚度会影å“到å°è¿¹çš„( )。
(A)墨层厚度 (B)清晰度 (C)图案色彩 (D)墨层粘度
67. 通知书的主è¦å†…容应包括å°åˆ·å“å称ã€è§„æ ¼ï¼ˆ )以åŠå°åŽå¤„ç†æ–¹å¼ç‰é¡¹ç›®ã€‚
(A)承å°ç‰©ææ–™ (B)制版è¦æ±‚ (C)å°åˆ·æ²¹å¢¨ (D)质é‡è¦æ±‚
68. 生产通知å•åˆ¶ç‰ˆä»»åŠ¡ä¸åº”æ ‡æ˜Žçš„å†…å®¹åŒ…æ‹¬ï¼ˆ )ç‰ã€‚
(A)ä¸ç½‘åž‹å·ï¼ˆé¢œè‰²ï¼‰ (Bï¼‰ç»·ç½‘å¼ åŠ› (C)制版时间 (D)æ£ã€æ–œç»·ç½‘
69. 生产通知å•å°åˆ·ä»»åŠ¡ä¸åº”æ ‡æ˜Žçš„å†…å®¹åŒ…æ‹¬ï¼ˆ )ç‰ã€‚
(A)å°å¼ æ•° (Bï¼‰æ²¹å¢¨åž‹å· ï¼ˆC)å°åˆ·æ—¶é—´ (D)æ“作者
70. 生产通知å•å°åŽåŠ 工任务ä¸åº”æ ‡æ˜Žçš„å†…å®¹åŒ…æ‹¬ï¼ˆ )ç‰ã€‚
(Aï¼‰å¹²ç‡¥æ–¹å¼ ï¼ˆB)上光 (C)模切 (Dï¼‰åŠ å·¥æ—¶é—´
71. 在规范生产ä¸ï¼Œåœ¨åˆ¶ç‰ˆåŽåº”在长边网框边贴有å°ç‰ˆè¯†åˆ«æ ‡å¿—ä¸å¹²èƒ¶ï¼Œæ³¨æ˜Žï¼ˆ )。
(A)版别 (B)å°é‡ (C)色版颜色 (D)油墨ç§ç±»
72. 一套彩色ä¸ç½‘å°ç‰ˆè¦æ±‚是( )。
(A)网框尺寸è¦ç›¸åŒ (B)ä¸ç½‘目数和ä¸ç½‘æè´¨è¦ä¸€æ ·
(Cï¼‰ç»·ç½‘å¼ åŠ›å’Œä¸ç½‘版厚度è¦ä¸€è‡´ (D)晒版时间一致
73. 在网版å°åˆ·ä¸ï¼Œç”±é™ç”µå¼•èµ·çš„问题,主è¦è¡¨çŽ°ä¸ºï¼ˆ )。
(A)承å°æ料贴在一起,并且ä¸èƒ½åˆ†å¼€ (B)承å°æ料粘贴在ä¸ç½‘版的底部
(C)油墨墨层过厚 (D)网版上粘附尘土,形æˆæ²™çœ¼
74. 在网版å°åˆ·ä¸çŽ°åœ¨é€šç”¨çš„ã€åŸºæœ¬çš„控制é™ç”µæ–¹æ³•ä¸»è¦æœ‰ï¼ˆ ï¼‰å‡ ç§ã€‚
(A)适当æ高å°åˆ·è½¦é—´æ¸©æ¹¿åº¦ (B)增快å°åˆ·é€Ÿåº¦ï¼ˆC)采用接地线的方法 (D)使用抗é™ç”µå‰‚
75. 染料油墨是一类有色的有机化åˆç‰©ï¼ŒæŸ“料油墨基本组分由:( )三部分组æˆã€‚
(A))染料 (B)浆料 (C)助剂 (D)颜料
76. 颜料型织物å°èŠ±æ²¹å¢¨ä¿—称直接å°èŠ±æ²¹å¢¨ï¼Œä¸»è¦ç”±ï¼ˆ )ç‰ç»„æˆã€‚
(A))色浆 (B)é»åˆå‰‚ (C)交è”剂 (D)增调剂
77. 油墨的æµåŠ¨åº¦å¤§å°å¯¹å°åˆ·æœ‰è¾ƒå¤§çš„å½±å“,æµåŠ¨åº¦å¤§æ—¶ä¼šé€ æˆï¼ˆ )。
(A))å°ç½‘点模糊 (B)å°è¿¹æ˜“扩大 (C)网点会丢失 (D)线æ¡æ˜“ä¸æ–
78. 刮æ¿çš„压å°åŠ›è¿‡å¤§ä¼šä½¿ï¼ˆ )。
(A))刮æ¿å¼¯æ›²å˜å½¢ (B)下墨é‡å‡å° (C)刮æ¿å’Œä¸ç½‘å°ç‰ˆç£¨æŸ (D)图文更清晰
79. 温湿度的å˜åŒ–会引起å°åˆ·è½¦é—´çš„( )。
(A))承å°ç‰©ç¼©èƒ€ (B)油墨下墨性差 (C)油墨的干燥 (D)套å°ä¸å‡†
80. 网å°æ²¹å¢¨å¢¨å±‚干燥的主è¦æ–¹æ³•æœ‰ï¼ˆ )。
(A))自然干燥 (B)çƒè¾å°„干燥 (C)紫外线干燥 (D)氧化干燥
81. 网版å°åˆ·å¹²ç‡¥è®¾å¤‡çš„ç§ç±»æœ‰ï¼ˆ )。
(Aï¼‰ï¼‰ä¼ é€å¸¦å¼å¹²ç‡¥æœº (B)冷å‡å¼å¹²ç‡¥æœºï¼ˆC)箱型干燥机 (D)紫外光(UV)固化机
82. 网版å°åˆ·å°åŽåŠ 工工艺主è¦æœ‰ï¼ˆ )。
(Aï¼‰ï¼‰å‡¸å‡¹åŽ‹å° ï¼ˆBï¼‰çƒ«å° ï¼ˆC)UV上光 (D)模切
83. 测控æ¡æ˜¯ç”±ï¼ˆ )ç‰å·²çŸ¥ç‰¹å®šé¢ç§¯çš„å„ç§å‡ ä½•å›¾å½¢æµ‹æ ‡ç»„æˆçš„用以判æ–和控制晒版ã€æ‰“æ ·å’Œå°åˆ·æ—¶ä¿¡æ¯è½¬ç§»çš„一ç§å·¥å…·ã€‚
(A))网点 (B)黑白图形 (C)实地 (D)线æ¡
84. ç›®å‰ï¼Œå¯†åº¦è®¡åž‹å·å¾ˆå¤šï¼Œä¸€èˆ¬æ˜¯ä»¥å—æ¯ä»£è¡¨å¯†åº¦è®¡æ€§è´¨å’Œç‰¹ç‚¹ã€‚( )代表é€ã€å两用密度计;( )代表é€å°„密度计;( )代表å射密度计。
(A)TRD (B)TD (C)RD (D)DM
85. å°åˆ·å·¥è‰ºè®¾è®¡çš„主è¦å†…容主è¦åŒ…括( )。
(A)对原稿进行分类 (B)确定工åº
(C)选定åˆé€‚çš„çº¸å¼ ã€æ²¹å¢¨ (D)制定相应的技术措施
86. 下é¢å››ç§å¡‘æ–™æè´¨ä¸é‚£äº›ææ–™å› è¡¨é¢å¼ 力å°è€Œä¸å¥½å°åˆ·ï¼ˆ )。
(A)èšä¸™çƒ¯ï¼ˆPP) (B)èšæ°¯ä¹™çƒ¯ï¼ˆPVC) (C)èšä¹™çƒ¯ï¼ˆPE) (D)涤纶(èšé…¯ï¼‰
87. èšä¸™çƒ¯ã€èšä¹™çƒ¯å¡‘料表é¢å¤„ç†çš„方法有( )。
(Aï¼‰ç”µæ™•å¤„ç† ï¼ˆB)ç«ç„°å¤„ç†æœº (C)化å¦å¤„ç†æ³• (D)酒精擦æ‹æ³•
88. å°åˆ·ç½‘版应该符åˆå“ªäº›è¦æ±‚è¦æ±‚( )。
(A)图åƒç²¾åº¦é«˜ (B)膜版厚薄适当 (C)è€å°åŠ›è¦å¥½ (D)脱膜性è¦å¥½
89. è°ƒé…油墨的æ¥éª¤åŒ…括( )。
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91. 下列颜色ä¸å“ªäº›å±žäºŽåŽŸè‰²å¢¨ï¼ˆ )。
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92. 下列颜色ä¸å“ªäº›å±žäºŽé—´è‰²å¢¨ï¼ˆ )。
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94. 在下列油墨ä¸ï¼Œå“ªäº›å±žäºŽåŠŸèƒ½æ€§æ²¹å¢¨ï¼ˆ )。
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95. å½±å“油墨通过é‡çš„å› ç´ æœ‰ï¼ˆ )ç‰ã€‚
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96. å°åˆ·ä¸æ²¹å¢¨é€šè¿‡é‡å–决于( )。
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97. å°åˆ·é€Ÿåº¦å¯¹ï¼ˆ )有ç€æžä¸ºé‡è¦çš„å½±å“。
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98. 手动平网平é¢å°åˆ·æœºçš„主è¦ç»“构包括( )。
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99. åŠè‡ªåŠ¨å¹³é¢ç½‘版å°åˆ·æœºæŒ‰ç…§å…¶ç»“构主è¦åˆ†ä¸ºï¼ˆ )。
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100. 圆柱形曲é¢ç½‘å°æœºåœ¨å°åˆ·æ—¶ï¼ˆ )是在è¿åŠ¨çš„。
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101. 曲é¢ç½‘å°æœºè¿›è¡Œå¥—色å°åˆ·æ—¶ï¼Œå¿…é¡»åˆ¶é€ ï¼ˆ )。
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102. åŠè‡ªåŠ¨ã€è‡ªåŠ¨ç½‘å°æœºä¸Šï¼Œä¸€èˆ¬è®¾æœ‰å®šä½è£…置如( )。
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103. æ£ç¡®é€‰æ‹©ç½‘è·çš„å‚è€ƒå› ç´ æœ‰ï¼ˆ )ç‰ã€‚
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104. 刮æ¿é”度决定ç€è½¬ç§»åˆ°æ‰¿å°æ料上的油墨é‡ã€‚é”度越高,越适åˆï¼ˆ )图åƒçš„å°åˆ·ã€‚
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105. äº§ç”Ÿå µç½‘æ•…éšœçš„åŽŸå› æœ‰ï¼ˆ )
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106. 网版å°åˆ·é“ç‰ŒåŠ å·¥çš„å·¥è‰ºè®¾è®¡æœ‰ä¸‰é¡¹åŸºæœ¬åŽŸåˆ™æ˜¯ï¼ˆ )。
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107. 高分辨率的网点或细线å°å“应选择( )的ä¸ç½‘。
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108. 油墨é…色的基本è¦æ±‚包括( )ç‰ã€‚
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109. 新型的滚ç’å¼ç½‘å°è®¾å¤‡å…·æœ‰çš„特点是( )。
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110. 确定色åºçš„ä¸¤ä¸ªæ ¹æ®æ˜¯ï¼ˆ )。
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111. 若网版制作质é‡æ²¡æœ‰é—®é¢˜ï¼Œä½†å°åˆ·ä¸å‡ºçŽ°é”¯é½¿ï¼Œå…¶åŽŸå› 有( )
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112. 作为技师,在给其他员工进行培è®æ—¶ï¼Œå¸¸ç”¨çš„æ•™å¦æ–¹æ³•æœ‰ï¼ˆ )。
(A)讲授法 (B)讨论法 (C) 演示法 (Dï¼‰ç»ƒä¹ æ³•
113. æ“作技能的å¦ä¹ 大致å¯ä»¥åˆ†ä¸ºä¸‰ä¸ªé˜¶æ®µï¼Œå³ï¼ˆ )。
(A)认知阶段 (B)模仿阶段 (C) åå¤é˜¶æ®µ (D)熟练阶段
114. å°åˆ·çš„å·¥åºåˆ†ä¸ºï¼ˆ )三个环节。
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115. 技师è¦å‚与ä¼ä¸šçš„管ç†ï¼Œç®¡ç†çš„五项任务包括(
Vanity Table,White Dressing Table,Small Dressing Table,Kids Dressing Table
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