阅读说明：本技术 一种纱布辅助加装设备 (Gauze auxiliary installation equipment ) 是由 徐立静 尹权� 周淑 于 2019-10-12 设计创作，主要内容包括：本发明涉及一种纱布辅助加装设备,包括：下部机架、纱布卷、纱布卷轴、万向轮、导向架、开关磁力座、无杆气缸A、上部机架、无杆气缸B、夹紧装置A、夹紧装置B、热熔切刀,旨在自动将纱布加装到扎捆的一摞书芯的书脊表层上。两个所述夹紧装置B夹紧纱布,在两个所述无杆气缸B的带动下将纱布拉升覆盖在书脊表层上,之后两个所述夹紧装置A夹紧纱布将其绷直,所述无杆气缸A带动所述热熔切刀将纱布割断,从而实现纱布的自动辅助加装。本发明的有益效果是：快速高效,大大减少了劳动人员的工作强度,提升了生产效率。(The invention relates to a gauze auxiliary mounting device, which comprises: the lower part frame, gauze book, gauze spool, universal wheel, leading truck, switch magnetic base, rodless cylinder A, upper portion frame, rodless cylinder B, clamping device A, clamping device B, hot melt cutter, aim at install the gauze additional automatically on the spine top layer of a pile of book block of bundling. The two clamping devices B clamp the gauze, the gauze is pulled up to cover the surface layer of the spine under the driving of the two rodless cylinders B, then the two clamping devices A clamp the gauze to straighten the gauze, and the rodless cylinders A drive the hot-melting cutter to cut off the gauze, so that the automatic auxiliary installation of the gauze is realized. The invention has the beneficial effects that: high efficiency, the intensity of labour that has significantly reduced has promoted production efficiency.)

1. The utility model provides a gauze is supplementary installs equipment additional which characterized in that: the gauze cutting machine comprises a lower part rack (1), a gauze roll (2), a gauze scroll (3), universal wheels (4), a guide frame (5), a switch magnetic base (6), a rodless cylinder A (7), an upper part rack (8), a rodless cylinder B (9), a clamping device A (10), a clamping device B (11) and hot-melting cutters (12), wherein the lower part rack (1) is of a frame structure, the front side and the rear side inside the frame are respectively provided with a U-shaped structure, the upper surface of the frame is of a concave structure, the position of a gauze object to be additionally installed is favorably limited, the number of the universal wheels (4) is four, the four universal wheels (4) are installed at the four corners of the lower end of the lower part rack (1) through bolts, the number of the switch magnetic bases (6) is two, the two switch magnetic bases (6) are respectively installed at the front side and the rear side of the left end face of the lower part rack (1) in an, leading truck (5) are installed through two the actuation effect of switch magnetic force seat (6) is in the left side of lower part frame (1), gauze book (2) are passed through gauze spool (3) are installed the U type of lower part frame (1) is structural, rodless cylinder A (7) welded mounting be in lower part frame (1) upper surface concave structure inboard left end edge department, just rodless cylinder A (7) around the terminal surface with the terminal surface parallel and level around lower part frame (1), hot melt cutter (12) welded mounting be in on the slider of rodless cylinder A (7), upper portion frame (8) welded mounting be in the upside of lower part frame (1), just upper portion frame (8) terminal surface all around with lower part frame (1) terminal surface parallel and level all around, clamping device A (10) have two, two clamping device A (10) are installed respectively through the bolt the inboard of crossbeam left end around upper portion frame (8), rodless cylinder B (9) have two, two rodless cylinder B (9) welded mounting be in crossbeam lower extreme surface around upper portion frame (8) and with two landing leg medial surface parallel and level around the right side of upper portion frame (8), clamping device B (11) have two, two clamping device B (11) welded mounting respectively are two on the slider of rodless cylinder B (9).

2. The gauze-assisted attaching apparatus of claim 1, wherein: clamping device A (10) comprises lower clamping piece A (101), rubber pad A (102), the adjustable plug-type electro-magnet of stroke A (103), last clamping piece A (104), go up clamping piece A (104) be the F type for one side, the opposite side lower part is the structure of protrusion U type landing leg, the adjustable plug-type electro-magnet of stroke A (103) welded mounting in go up clamping piece A (104) U type landing leg upside and with go up clamping piece A (104) up end parallel and level, lower clamping piece A (101) is U type landing leg structure, lower clamping piece A (101) with the adjustable plug-type electro-magnet of stroke A (103) lower extreme is connected, rubber pad A (102) are the halfcylinder, rubber pad A (102) have four, four rubber pad A (102) are pasted clamping piece A (101) with on the U type landing leg of last clamping piece A (104) down.

3. The gauze-assisted attaching apparatus of claim 1, wherein: clamping device B (11) comprises lower clamping piece B (111), rubber pad B (112), the adjustable plug-type electro-magnet B of stroke (113), last clamping piece B (114), go up clamping piece B (114) and be the integrated configuration of rectangular plate and U type landing leg, the adjustable plug-type electro-magnet B of stroke (113) welded mounting in go up clamping piece B (114) U type landing leg upside and with go up clamping piece B (114) up terminal surface parallel and level, clamping piece B (111) is U type landing leg structure down, clamping piece B (111) with the adjustable plug-type electro-magnet B of stroke (113) lower extreme is connected down, rubber pad B (112) is the halfcylinder, rubber pad B (112) have four, four rubber pad B (112) paste clamping piece B (111) down with on the U type landing leg of last clamping piece B (114).

Technical Field

The invention relates to the technical field of printing equipment, in particular to gauze auxiliary additional equipment.

Background

In the binding of books in the printing industry, a binding mode is flat-binding and wire-locking binding, in the process flow, the book blocks are required to be assembled into a book in sequence, namely, the book blocks are assembled, then the book blocks are subjected to wire locking, flattening and bundling, and then gauze is adhered. The existing gauze adhering process is adhesive coating → gauze adding → adhesive coating, the process is time-consuming and labor-consuming, the efficiency is low, and the gauze aligning effect is poor in the process of adding artificial gauze. Therefore, the gauze auxiliary additional equipment has positive significance for improving the working efficiency and quality of the gauze adhering process.

Disclosure of Invention

The auxiliary gauze adding equipment provided by the invention realizes auxiliary gauze adding, and is characterized in that the automation of gauze adding, which is the second step in a gauze adhering process, is realized, the traditional adding mode of cutting gauze after manually stretching the gauze is replaced, the adding quality is improved, and the limitation of manual adding is eliminated. The technical scheme adopted by the invention is as follows: the utility model provides a gauze is supplementary installs equipment additional, includes lower part frame, gauze book, gauze spool, universal wheel, leading truck, switch magnetic base, no pole cylinder A, upper portion frame, no pole cylinder B, clamping device A, clamping device B, hot melt cutter, the lower part frame is frame construction, and both sides respectively have a U type structure around the frame is inside, and the upper surface is concave structure, is favorable to prescribing a limit to the position of waiting to install the gauze object additional, the universal wheel has four, four the universal wheel pass through the bolt install in lower part frame lower extreme four corners department, switch magnetic base has two, two switch magnetic base actuation respectively installs the front and back side of lower part frame left end face, and respectively with the front and back terminal surface parallel and level of lower part frame, the leading truck passes through two the actuation effect of switch magnetic base is installed the left side of lower part frame, the gauze roll is installed structurally in the U type of lower part frame through the gauze spool, rodless cylinder A welding installation is in the inboard left end edge department of concave structure of lower part frame upper surface, just rodless cylinder A's front and back terminal surface with the front and back terminal surface parallel and level of lower part frame, hot melt cutter welding installation is on rodless cylinder A's slider, upper portion frame welding installation is in the upside of lower part frame, just upper portion frame front and back left and right sides terminal surface with lower part frame front and back left and right side terminal surface parallel and level, clamping device A has two, two clamping device A installs respectively in the inboard of crossbeam left end around the upper portion frame through the bolt, rodless cylinder B has two, two rodless cylinder B welding installation be in crossbeam lower extreme surface around the upper portion frame and with two landing leg medial surface parallel and levels around the right side of upper portion frame, the two clamping devices B are respectively welded and installed on the sliding blocks of the two rodless cylinders B.

Clamping device A comprises lower clamping piece A, rubber pad A, the adjustable plug-type electro-magnet A of stroke, last clamping piece A, it is the structure that F type, opposite side lower part are protrusion U type landing leg to go up clamping piece A, the adjustable plug-type electro-magnet A welded mounting of stroke in go up clamping piece AU type landing leg upside and with go up clamping piece A up end parallel and level, clamping piece A is U type landing leg structure down, clamping piece A down with the adjustable plug-type electro-magnet A lower extreme of stroke is connected, rubber pad A is the halfcylinder, rubber pad A has four, four rubber pad A pastes clamping piece A down with on the U type landing leg of last clamping piece A.

Clamping device B comprises lower clamping piece B, rubber pad B, the adjustable plug-type electro-magnet B of stroke, last clamping piece B, it is the integrated structure of rectangular plate and U type landing leg to go up clamping piece B, the adjustable plug-type electro-magnet B welded mounting of stroke in go up clamping piece BU type landing leg upside and with go up clamping piece B up end parallel and level, clamping piece B is U type landing leg structure down, clamping piece B down with the adjustable plug-type electro-magnet B lower extreme of stroke is connected, rubber pad B is the halfcylinder, rubber pad B has four, four rubber pad B pastes clamping piece B down with on the U type landing leg of last clamping piece B.

The invention has the beneficial effects that: simple and practical, production efficiency is high, has broken away from the artifical limitation of installing additional when improving the gauze and installing additional quality.

The following describes embodiments of the present invention in further detail with reference to the accompanying drawings.

Drawings

FIG. 1 is a schematic view of the overall front axle measuring structure of the gauze auxiliary installing device of the present invention.

FIG. 2 is a schematic diagram of the overall rear axle measuring structure of the gauze auxiliary installing device of the present invention.

Fig. 3 is a schematic structural view of a guide frame of gauze auxiliary installation equipment.

Fig. 4 is a schematic structural diagram of a clamping device a of gauze auxiliary installation equipment in the invention.

Fig. 5 is a schematic view of an assembly structure of a rodless cylinder B and a clamping device B of the gauze auxiliary additional equipment.

Fig. 6 is a schematic structural view of a clamping device B of gauze auxiliary mounting equipment according to the invention.

In the figure: 1. the device comprises a lower frame 2, a gauze roll 3, a gauze scroll 4, a universal wheel 5, a guide frame 6, a switch magnetic base 7, a rodless cylinder A8, an upper frame 9, a rodless cylinder B10, a clamping device A11, a clamping device B12 and a hot-melting cutter

Detailed Description

Referring to fig. 1, 2, 3, 4, 5, 6 of the drawings, a gauze-assisted adding apparatus comprises: lower part frame (1), gauze book (2), gauze spool (3), universal wheel (4), leading truck (5), switch magnetic base (6), rodless cylinder A (7), upper portion frame (8), rodless cylinder B (9), clamping device A (10), clamping device B (11), hot melt cutter (12), lower part frame (1) is frame construction, and both sides respectively have a U type structure around the frame is inside, and the upper surface is concave structure, is favorable to prescribing a limit to the position of waiting to install the gauze object additional, universal wheel (4) have four, four universal wheel (4) pass through the bolt mounting in lower part frame (1) lower extreme four corners department, switch magnetic base (6) have two, two switch magnetic base (6) actuation respectively is installed in the front and back side of lower part frame (1) left end face, and separately with the front and back terminal surface parallel and level of lower part frame (1), leading truck (5) are installed through two the actuation effect of switch magnetic force seat (6) is in the left side of lower part frame (1), gauze book (2) are passed through gauze spool (3) are installed the U type of lower part frame (1) is structural, rodless cylinder A (7) welded mounting be in lower part frame (1) upper surface concave structure inboard left end edge department, just rodless cylinder A (7) around the terminal surface with the terminal surface parallel and level around lower part frame (1), hot melt cutter (12) welded mounting be in on the slider of rodless cylinder A (7), upper portion frame (8) welded mounting be in the upside of lower part frame (1), just upper portion frame (8) terminal surface all around with lower part frame (1) terminal surface parallel and level all around, clamping device A (10) have two, two clamping device A (10) are installed respectively through the bolt the inboard of crossbeam left end around upper portion frame (8), rodless cylinder B (9) have two, two rodless cylinder B (9) welded mounting be in crossbeam lower extreme surface around upper portion frame (8) and with two landing leg medial surface parallel and level around the right side of upper portion frame (8), clamping device B (11) have two, two clamping device B (11) welded mounting respectively are two on the slider of rodless cylinder B (9).

Clamping device A (10) comprises lower clamping piece A (101), rubber pad A (102), the adjustable plug-type electro-magnet of stroke A (103), last clamping piece A (104), go up clamping piece A (104) be the F type for one side, the opposite side lower part is the structure of protrusion U type landing leg, the adjustable plug-type electro-magnet of stroke A (103) welded mounting in go up clamping piece A (104) U type landing leg upside and with go up clamping piece A (104) up end parallel and level, lower clamping piece A (101) is U type landing leg structure, lower clamping piece A (101) with the adjustable plug-type electro-magnet of stroke A (103) lower extreme is connected, rubber pad A (102) are the halfcylinder, rubber pad A (102) have four, four rubber pad A (102) are pasted clamping piece A (101) with on the U type landing leg of last clamping piece A (104) down.

Clamping device B (11) comprises lower clamping piece B (111), rubber pad B (112), the adjustable plug-type electro-magnet B of stroke (113), last clamping piece B (114), go up clamping piece B (114) and be the integrated configuration of rectangular plate and U type landing leg, the adjustable plug-type electro-magnet B of stroke (113) welded mounting in go up clamping piece B (114) U type landing leg upside and with go up clamping piece B (114) up terminal surface parallel and level, clamping piece B (111) is U type landing leg structure down, clamping piece B (111) with the adjustable plug-type electro-magnet B of stroke (113) lower extreme is connected down, rubber pad B (112) is the halfcylinder, rubber pad B (112) have four, four rubber pad B (112) paste clamping piece B (111) down with on the U type landing leg of last clamping piece B (114).

In an initial state, the universal wheel (4) is utilized to move the equipment to a reasonable position and fix the equipment, the two switch magnetic bases (6) are turned off by pulling the knobs of the two switch magnetic bases (6), so that the attraction force disappears, the two switch magnetic bases (6) and the guide frame (5) are separated from the lower rack (1), the vertical height of the two switch magnetic bases (6) is adjusted to reach the reasonable position along the left end surface of the lower rack (1) according to the actual height of the bound book blocks, then the two switch magnetic bases (6) are turned on by pulling the knobs of the two switch magnetic bases (6) to be re-attracted on the left end surface of the lower rack (1), then the guide frame (5) is connected with the two switch magnetic bases (6) in an attraction manner, namely the vertical position adjustment of the guide frame (5) is completed (generally, the position is slightly higher than the surface of the bound book blocks), adjusting the stroke (the distance between an upper clamping piece U-shaped supporting leg and a lower clamping piece U-shaped supporting leg) of the stroke-adjustable push-pull electromagnet B (113) of the two clamping devices A (10) and the stroke-adjustable push-pull electromagnet B (11) of the two clamping devices B (11) to a reasonable range (adjusting the stroke of the telescopic rod after the electromagnet is electrified by adjusting the screwing depth of a nut at the top end of the telescopic rod of the electromagnet), wherein the adjustment range of the vertical direction position of the guide frame (5) is within the stroke range of the stroke-adjustable push-pull electromagnet A (103) and the stroke-adjustable push-pull electromagnet B (113), the gauze of the gauze roll (2) is pulled along the outer side of the guide frame (5) until the rightmost end of the upper end of the gauze roll, the slide block of the rodless cylinder A (7) is positioned at the innermost side, and the slide blocks of the two rodless cylinders B (9) are positioned at the, pressing an external controller button makes the two clamping devices A (10) in a gauze clamping state, and the two clamping devices B (11) in a gauze loosening state.

When gauze is needed to be adhered, the spine of the bundled book block is horizontally placed upwards in the concave structure on the upper surface of the lower rack (1) and is abutted against the right end face of the lower rack, an adhesive is manually coated, then an external controller button is pressed, the stroke-adjustable push-pull type electromagnets B (113) of the two clamping devices B (11) are electrified, the telescopic rods of the two clamping devices B (11) move upwards to drive the lower clamping piece B (111) to move upwards, the upper clamping piece B (114) is not moved, the two clamping devices B (11) clamp the gauze, the stroke-adjustable push-pull type electromagnets A (103) of the two clamping devices A (10) are powered off, the telescopic rods of the two clamping devices A (10) move downwards under the action of spring elasticity to drive the lower clamping piece A (101) to move downwards, the upper clamping piece A (104) is not moved, the two clamping devices A (10) loosen the gauze, and the two rodless cylinders B (9) move, the sliding blocks of the two rodless cylinders B (9) drive the two clamping devices B (11) to move rightwards so as to drive the gauze to move rightwards, when the sliding blocks of the two rodless cylinders B (9) drive the two clamping devices B (11) to reach the rightmost end, the two clamping devices A (10) act to clamp the gauze, the rodless cylinders A (7) act, the sliding blocks drive the hot-melting cutter (12) to move outwards to cut off the gauze and return to the initial state position, then the two clamping devices B (11) act to release the gauze so as to enable the gauze to fall off and cover the surface of the spine of the bundled book block, the sliding blocks of the two rodless cylinders B (9) act to drive the two clamping devices B (11) to return to the initial state position, so that an action cycle is completed, namely auxiliary loading of the gauze is completed, and then manual binder brushing is continued, and finishing the gauze adhering process.

And after the last bundled book block is taken down after the gauze sticking process is finished, continuously placing the spine of the next bundled book block upwards and horizontally in the concave structure on the upper surface of the lower rack (1) and tightly abutting against the right end face of the book block, manually brushing the binder, then pressing a button of an external controller, executing an action cycle, and continuously manually brushing the binder to finish the gauze sticking process.

The operation is repeated in a circulating way.