CN1508002A

CN1508002A - Apparatus for making solid detergent holder of film with grain

Info

Publication number: CN1508002A
Application number: CNA031555225A
Authority: CN
Inventors: K・V・巴克里斯纳; K·V·巴克里斯纳; 纳拉延; A·P·纳拉延; 布哈斯卡; S·R·布哈斯卡; 杉卡; V·J·杉卡
Original assignee: Johnson and Johnson GmbH
Current assignee: Johnson and Johnson GmbH
Priority date: 2002-05-07
Filing date: 2003-05-07
Publication date: 2004-06-30
Also published as: CA2427959A1; JP2004250095A; EP1386570A1; US20040009030A1; KR20030087573A; BR0302321A; AU2003204131A1

Abstract

Arrangement (1) for making textured film solid cleanser holders (160). A solid cleanser feed conveyor (2) is horizontally rotatably mounted on a first frame work (3) and provided with a plurality of spaced solid cleanser holding pockets. A film feeding unit comprising a film unwind top roll (5) and a film unwind bottom roll (6) are rotatably mounted on a stand (7) at the feed end (8) of the feed conveyor. A solid cleanser holder forming unit (31) is mounted on a second framework (35) which is located close to the discharge end (36) of the feed conveyor. A solid cleanser holder sealing unit (41), a solid cleanser holder cutting unit (59), a film scoring unit (84) and a horizontally rotatable waste film carrying conveyor (98) are mounted on the second frame work in tandem with the solid cleanser holder forming unit. A plurality of film tensioning rollers (100) and a plurality of film pulling units (100a, 100b, 100c, 100d) are provided in the path of the textured film. An intermittent differential drive unit is connected to the feed conveyor, contra-rotatable conveyors, film scoring unit, waste film carrying conveyor and film pulling units (Fig 1).

Description

A kind of manufacturing has the device of solid cleaning agent upholder of the film of texture

Technical field

The present invention relates to the device of solid cleaning agent upholder that a kind of manufacturing has the film of texture.

Background technology

The Application No. in June 13 calendar year 2001 is 09/503262 to relate to the film solid cleaning agent upholder that has texture and its manufacture method and using method thereof.The film solid cleaning agent upholder frame that has texture comprises solid cleaning agent, the film that has texture that solid cleaning agent is had at least a hole by one deck at least with structural change around.

Summary of the invention

The purpose of this invention is to provide the device of solid cleaning agent upholder that a kind of manufacturing has the film of texture.

Another object of the present invention provides a kind of device of solid cleaning agent upholder that edging has the film of texture of making.

According to the invention provides the device that a kind of manufacturing has the film solid cleaning agent upholder of texture, it comprises: but a solid cleaning agent feed belt conveyor that is installed in the parallel motion on first framework provides isolated solid cleaning agent along its length and supports bag; Film is given material unit, and it comprises the top roller of the film unwinding on the shelf of the material feeding end that is rotatably installed in the feed belt conveyor and the bottom roller of film unwinding; A solid cleaning agent upholder forming unit, it comprises that a pair of height is installed in the horizontal conter clockwise transmission belt conveyor on second framework at interval, it is positioned at the discharge end near the feed belt conveyor; The leftover bits and pieces film belt conveyor that is installed in a solid cleaning agent upholder sealing unit on second framework, solid cleaning agent upholder cutter unit, film indentation unit and parallel motion is positioned at after the solid cleaning agent upholder forming unit successively; Be provided at some memberane stress rollers, some packaging film feeding unit on the transmission passage of the film that has texture, differential driver element intermittently and feed belt conveyor, rotate counterclockwise belt conveyor, film indentation unit, leftover bits and pieces film belt conveyor and be connected with the packaging film feeding unit.

Application number is the identical meanings that has provided term " film that has texture " and " texture variations " in the specification sheets of 09/503262 US Patent.

Solid cleaning agent can be soap or Dirt removing block or decontamination bar in specification sheets.

Description of drawings

Below be the detailed description of invention, simultaneously with reference to accompanying drawing, accompanying drawing is:

Fig. 1 is the front elevation of the device of the manufacturing of the present invention film solid cleaning agent upholder that has texture;

Fig. 2 is the amplification front elevation of solid cleaning agent upholder sealing unit in Fig. 1 device;

Fig. 3 is the floating die plate of solid cleaning agent upholder sealing unit among Fig. 2 or the front elevation of fixed mould plate;

Fig. 4 is the amplification front elevation of solid cleaning agent upholder cutter unit in Fig. 1 device;

Fig. 5 is the front elevation of the movable punched-plate of solid cleaning agent upholder cutter unit among Fig. 4;

Fig. 6 is the enlarged view in X zone among Fig. 4;

Fig. 7 and Fig. 8 are the front elevation and the lateral plans of surperficial indentation unit in Fig. 1 device;

Fig. 9 and Figure 10 are the front elevation and the lateral plans of packaging film feeding unit in Fig. 1 device;

Figure 11 is the sketch of the equalizing gear unit of Fig. 1 device discontinuous;

Figure 12 leads to solid cleaning agent upholder sealing element unit and the cutter unit cylinder sketch that solenoidal operation comes the connection gas supply device of directional control valve with 25 in Fig. 1 device;

The various states of operation one circulation time star gear actuating device in Figure 13,14,15,16 and 17 displayed map, 1 device;

Figure 18 is the cross-sectional plane by the solid cleaning agent upholder of device manufacturing among Fig. 1.

The specific embodiment

As accompanying drawing 1 to shown in Figure 180, but device 1 comprises the feed belt conveyor 2 on first framework 3 of being installed in of parallel motion, provides isolated solid cleaning agent along its length and supports bag (Fig. 1).Each solid cleaning agent support bag comprises a pair of isolated vertical member 4 of installing along the length of feed belt conveyor.Film unwinding top roller 5 and film unwinding bottom roller 6 are rotatably installed on the shelf 7 of material feeding end 8 of feed belt conveyor.The axle of 9 and 10 expression film unwinding top rollers and film unwinding bottom roller.Solid cleaning agent upholder molded component 31 comprise a pair of can horizontal conter clockwise

transmission belt conveyor

32 and 33, its height is installed and is mounted at interval and is positioned near on the vertical stratification 34 of second framework 35 of the discharge end 36 of feed belt conveyor (Fig. 1).The top roller at material feeding end 37a on the conter clockwise transmission belt conveyor and discharge end 37b place and bottom roller are used 38a, 38b, 38c and 38d mark respectively.The axle of

roll

38a, 38b, 38c and 38d is used 39a, 39b, 39c and 39d mark respectively.First framework 3 provides flat sponson 40 at feed belt conveyor top discharge end 36 places, and it extends on the material feeding end 37a of conter clockwise transmission belt conveyor.Solid cleaning agent upholder sealing element 41 is installed on second framework 35, and it comprises first air cylinder 42 and reciprocating therein first piston 45 (Fig. 1 and Fig. 2) on the top, horizontal member 43 that is installed in first supporting construction 44.First piston bar 46 stretches out downwards from first air cylinder and passes the first supporting construction upper top horizontal member.47 and 48 marks are used in the air pressure casing wall of first air cylinder and the air intake on the piston wall and outlet respectively.The air pressure casing wall of first air cylinder comes directional control valve 49 to be connected with gas supply device with control cock 21 (Figure 12) with piston wall by leading to solenoidal operations with 25.5 ports a, b, c, d and the e mark of valve 49.The screw actuator of valve 49 50 marks.Floating die plate 51 is installed under first guide plate 52, and first guide plate is installed on the external part of first piston bar again, and it is by engaging up or down on the pilot bar 53 of first supporting construction with first guide plate, 52 bonded assembly linings 54.Fixed mould plate 55 is installed on the base plate 56 of first supporting construction, and it is aimed at the floating die plate.Floating die plate 51 and fixed mould plate 55 all are formed with the compression molding seat 57 corresponding to solid cleaning agent upholder size, and providing the electrical heating elements that is constituted by conductor 58 around the compression molding seat, it is connected with alternating current by temperature control equipment (not showing) and temperature control unit (not showing).Solid cleaning agent upholder cutter unit 59 is installed on second framework 35, and it comprises second air cylinder 60 and reciprocating therein second piston 63 (Fig. 1 and Fig. 4) on the top, horizontal member 61 that is installed in second supporting construction 62.Second piston rod 64 stretches out the top, horizontal member that passes second supporting construction downwards from second air cylinder.65 and 66 marks are used in the air pressure casing wall of second air cylinder and the air intake on the piston wall and outlet respectively.The air pressure casing wall of second air cylinder comes directional control valve 67 to be connected with gas supply device with control cock 21 (Figure 12) with piston wall by leading to solenoidal operations with 25.5 ports a, b, c, d and the e mark of valve 67.The screw actuator of valve 67 68 marks.Movable punched-plate 69 is installed under second guide plate 70, and second guide plate is fixed on the external part of second piston rod again and can slides up and down the pilot bar 71 that is engaged in second supporting construction by lining mounted thereto 72.Movable punched-plate has pair of holes 73, and it is defined in neck shape portion 74 (Fig. 6).75, the 75th, a pair of screw assembly, each moves in the hole that is installed in the screw assembly head to be suitable for connecting the shoulder 77 (Fig. 6) of neck shape portion.Retainer edge 78 is provided at the front side of punched-plate, itself and screw assembly edge threads engage.Film retainer edge is configured on the screw assembly and the tension spring between punched-plate and film retainer edge 79 keeps extruding.Fixed mould plate 80 is installed on the base plate 81 of second supporting construction, and it is arranged in rows with movable punched-plate.Movable punched-plate and fixed mould plate all be formed with than the floating die plate of solid cleaning agent upholder sealing unit and the compression molding seat in the fixed mould plate bigger die cavity 82 and corresponding to the edge of solid cleaning agent upholder or the profile of edging.The bottom of the die cavity 82 in the fixed mould plate 80 is opened wide.The open bottom 83 of second supporting construction is corresponding to the die cavity open bottom of fixed mould plate 80.Film indentation unit 84 is installed on second framework 35, and it comprises that a pair of first vertical rectangular slot 87 in the first vertical side plate 88 at a pair of interval in anvil roller 85, the three supporting constructions 89 supports axle 86 (Fig. 1,7 and 8) of the anvil roller that rotates.The bearing 90 of anvil roller axle is positioned at the bottom of the first vertical rectangular slot.Therefore, anvil roller keeps in position.Driven wheel 90a is installed on the end of axle 86.Disc cutter 91 strides across and contiguous anvil roller device.Disc cutter axle 92 and bearing 93 are installed in first diaphragm plate in the first vertical rectangular slot.Driven wheel 93a is installed on the end of disc cutter axle 92.Gear 90a and 93a be engaged with each other (Fig. 7).Bearing 93 is pushed by the tension spring 94 with first plus-minus screw, 95 adjacency, and the top, horizontal member 96 that described first plus-minus screw 95 passes the 4th supporting construction fixes, and is to join with bearing 93 screw threads.First plus-minus screw provides first lock nut 97.Gap between disc cutter and the anvil roller can move that plus-minus screw pushes or the compressive tension spring realizes moving down cutter adjustment by rotating and supporting tension spring downwards.Plus-minus screw is locked in suitable position by the nut that is supporting the 3rd supporting construction horizontal member.Parallel motion leftover bits and pieces film belt conveyor 98 is installed between a pair of vertical member 99 of second framework 35.Fig. 1 can only see in the vertical member, and another is after shown this.Solid cleaning agent upholder sealing unit, solid cleaning agent upholder cutter unit, film indentation unit and film belt conveyor and solid cleaning agent upholder molded component are arranged side by side successively.100 represent some memberane stress rollers.100a, 100b, 100c and 100d represent some packaging film feeding unit (Fig. 1).Packaging film feeding unit 100a is installed on the vertical stratification 34.Packaging

film feeding unit

100b, 100c and 100d are directly installed on second framework 35.Any one comprises a pair of horizontal reverse rollers 101 and 102 (Fig. 9 and Figure 10) that is in contact with one another and just places among packaging

film feeding unit

100a, 100b, 100c and the 100d.The axle 103 of lower rollers 101 is installed in the bearing 104, and its two ends are arranged in second perpendicular side plate, the 106 a pair of second vertical rectangular slots 105 at the 4th supporting construction 107 a pair of intervals.The bearing 104 of axle 103 is positioned at rectangular slot 105 bottoms.Therefore, lower rollers 101 keeps in position.Driven wheel 104a is installed in an end of axle 103.The axle 108 of upper roll 102 is installed in the bearing 109, and its two ends are positioned at the second vertical rectangular slot 105.Driven wheel 109a is installed in an end of axle 108.Gear 104a and 109a be engaged with each other (Fig. 9 and 10).110, the 110th, a pair of second plus-minus screw, their base contacts with bearing 109.The top, horizontal member 111 that second plus-minus screw 110 passes the 4th supporting construction fixes, and with bearing 109 threaded connections.Second plus-minus screw provides lock nut 112.Gap between upper roll and the lower rollers can move that second plus-minus screw pushes or the compressive tension spring is adjusted by rotating and supporting tension spring downwards.The nut of the horizontal member of second plus-minus screw by supporting the 4th supporting construction is locked in suitable position.Axle 114 marks of gear motor 113.6 star gear actuating devices 115 comprise star gear 116 (Geneva wheel) and star gear actuator 117.Axle 118 marks of star gear.6

grooves

119a, 119b, 119c, 119d, 119e and the 119f mark of star gear.Axle 120 marks of star gear actuator.The miniature gears of star gear actuator 121 marks.Sprocket 122 and 123 is installed on motor reel and the star gear shaft drive axis respectively and is connected with chain 124.Sprocket 122 and 123 ratio of number of teeth are 2: 3.Sprocket 125 is installed on the axle of star gear.Sprocket 126,127,128,129 and 130 is installed on the axle 39c of belt conveyor 33 top roll 38c.Sprocket 125 is connected with 128 usefulness chains 132.133 marks are drive roller shaft of feed belt conveyor 2.Sprocket 134 is installed on the drive roller shaft 133.Sprocket 126 is connected with 134 usefulness chains 135.Sprocket 136 is installed on the axle drive shaft 137 of packaging film feeding unit 100a.Sprocket 129 is connected with 136 usefulness chains 138.Sprocket 139 is installed on the axle drive shaft 140 of packaging film feeding unit 100b.Sprocket 130 is connected with 139 usefulness chains 141.Sprocket 142 and 143 is installed on the axle drive shaft 144 of packaging film feeding unit 100c.Sprocket 127 and 143 usefulness chains 145 interconnect.Sprocket 146,147 and 148 is installed on the axle drive shaft 149 of packaging film feeding unit 100d.Sprocket 142 and 146 usefulness chains 149 interconnect.Sprocket 150 is installed on the axle drive shaft 151 of leftover bits and pieces film belt conveyor 94.Sprocket 147 is connected with 150 usefulness chains 152.Sprocket 153 is installed on the axle drive shaft 154 of film indentation unit 84.Sprocket 148 is connected with 153 usefulness chains 155.Any one of sprocket 125 and sprocket 126 to 130,134 and the ratio of number of teeth of sprocket 136,139,142,143,146,147,148,150 and 153 be 1: 1.The ratio of number of teeth of gear 90a and 104a also is 1: 1.What below describe in detail is the operation of apparatus of the present invention in the one-period that valve 21 is held open.

When the half period of device operation began, the miniature gears 121 of star gear actuator 117 was positioned at the groove 119a opening (Figure 13) of star gear 116.Miniature gears 121 anticlockwise directions were removed shown in Figure 14 and 15 and are not had drive transfer to star gear 116 and solid cleaning agent feed belt conveyor 2 from groove 119a when the star gear actuator rotated, solid cleaning agent upholder forming unit 31 comprises conter clockwise

transmission belt conveyor

32 and 33, packaging

film feeding unit

100a, 100b, 100c and 100d, film indentation unit 84 and leftover bits and pieces film belt conveyor 98 are maintained fixed.Port b, the d of the valve 49 of solid cleaning agent sealing unit 41 links to each other with port a, e.Air admission piston wall and air enter atmosphere from the air pressure casing wall outflow of the air cylinder 42 of solid cleaning agent sealing unit 41.The piston 45 of air cylinder 42 moves towards fixed mould plate 55 downwards with floating die plate 51.Compression molding seat 57 in floating die plate 51 and the fixed mould plate 55 all is to be heated by the fax guiding element 58 around them.Floating die plate 51 close fixed mould plates 55 and fixed solid cleaning agent upholder are within the compression molding seat 57 and between the bottom and upper film of heat-sealing mouth together with the solid cleaning agent that centers on compression molding seat periphery.Port b, the d of the valve 67 of solid cleaning agent cutter unit links to each other with port a, e.Air admission piston wall and air enter atmosphere from the air pressure casing wall outflow of the air cylinder 60 of solid cleaning agent cutter unit.The piston 63 of air cylinder 60 moves towards fixed mould plate 80 downwards along punched-plate 69.Punched-plate 69 close pressuring templates 80 and fixed solid cleaning agent upholder are within the compression molding seat and between the cutting solid cleaning agent of compression molding seat periphery.In cutting and when bottom and top thin film are separated, the open bottom that solid cleaning agent upholder 160 passes die cavity 82 in the pressuring template 80 falls, corresponding to the open bottom 83 of the base plate 81 of supporting construction 62.Near pressuring template 80 and cutting and when film separates the solid cleaning agent upholder, retainer edge 78 extrusion film and fixed film under the tension spring effect make the cutting of solid cleaning agent upholder carry out easily in position at punched-plate 69.The retainer edge skids off and is fixed on the screw assembly 75 sliding on the punch because it is acted on by spring 79, and screw assembly movably is contained in the hole 73.When screw assembly is in its head adjacent shoulder of outside maximum position in the hole 73 screw assembly with regard to outside motion and therefore the retainer edge by shoulder 77 and by limited.The edging of the solid cleaning agent upholder that is formed by the seal point of solid cleaning agent upholder or the size at edge depend on the bigger periphery that die cavity is compared with the compression molding seat.When the half period of device operation finished, the miniature gears 121 of star gear actuator 117 was positioned at position shown in Figure 15.Miniature gears 121 will enter the groove 119f of star gear 116.Miniature gears 121 anticlockwise directions moved into the groove 119f (Figure 16) of star gear and move backward from the groove 119f of star gear and just make it be positioned at the groove 119f port of star gear as shown in figure 17 when the star gear actuator further rotated.To star gear it is clockwise rotated in this half period drive transfer.Therefore transmission is transported to solid cleaning agent feed belt conveyor 2, solid cleaning agent upholder molded component 31 comprises conter clockwise

transmission belt conveyor

32 and 33, packaging

film feeding unit

100a, 100b, 100c and 100d are on film indentation unit 84 and the leftover bits and pieces film belt conveyor 98.Transport forward by the feed belt conveyor feeding the solid cleaning agent of giving 158 by the material feeding end in a pair of isolated vertical member 4 formed bags from belt conveyor 2.Since the feed conveyer belt, the lower film 156 that the solid cleaning agent of the belt conveyor discharge end of charging enters the material feeding end 37a between the conter clockwise

transmission belt conveyor

32 and 33 on flat projection 40 by vertical member 4 promotions of advancing at solid cleaning agent 158 rear side places.Packaging

film feeding unit

100a and 100b rotate counterclockwise roller pulling bottom and upper film makes it to tighten.In solid cleaning agent upholder molded component 31, shaping upholder and process that lower film 156 conveying solid substance cleaning agents and upper film 156 cover the solid cleaning agent that is used for solid cleaning agent are fed forward between conter clockwise transmission belt conveyor 32 and 33.Have bottom and the upper film of inserting solid cleaning agent between its underpart and the upper film and enter into solid cleaning agent upholder sealing unit 41.Solid cleaning agent cutter unit 59 is pulled out and be transported to one at a time to the roller that rotates counterclockwise of the 100c of packaging film feeding unit bottom and upper film and from the sealed fixedly cleaning agent upholder of fixedly cleaning agent upholder sealing unit appearance.The roller that rotates counterclockwise of packaging film feeding unit 100d passes through film indentation unit 84 from solid cleaning agent cutter unit 59 tractive bottoms and upper film, here disc cutter 91 becomes two lengthwises with cutting of leftover bits and pieces film or indentation, is used as meshwork between the adjacent cut-out of film solid cleaning agent upholder in cutting and separately and keeps.The leftover bits and pieces film that appears at traction unit 100d is transported on the leftover bits and pieces film belt conveyor 98.Must time cutting and remove the leftover bits and pieces film from leftover bits and pieces film belt conveyor.Port b, the c of valve 49 link to each other with port a, d simultaneously.Air admission air pressure casing wall and air enter atmosphere from the piston wall outflow of the air cylinder 42 of solid cleaning agent sealing element 41.The piston 45 of air cylinder 42 moves upward to its original position.Port b, the c of valve 67 links to each other with port a, d.Air admission air pressure casing wall and air enter atmosphere from the piston wall outflow of the air cylinder 60 of solid cleaning agent cutting upholder unit 59.The piston 63 of air cylinder 60 moves upward to its original position.So far device is ready for the next operating cycle.

Owing to intermittently drive and solid cleaning agent be transported in the solid cleaning agent upholder forming unit in the device operating cycle, so between two solid cleaning agents of solid cleaning agent upholder molded component, remain with the gap.Temperature control apparatus detects the temperature of floating die plate and respective fixation pressuring template by temperature control equipment, and power supply is cut off when temperature surpasses the boundary of setting.The memberane stress roller makes film be in tensioned state.Lining makes guide plate and leads separately and keeps minimized friction so that the level and smooth up-and-down movement of guide plate between the plate stem.

Solid cleaning agent upholder forming unit, solid cleaning agent upholder sealing unit, solid cleaning agent upholder cutter unit, packaging film feeding unit, film indentation unit and solid cleaning agent bag can be not isostructures.Can have more than 4 packaging film feeding unit.Can replace air cylinder with hydraulic actuating cylinder.Leftover bits and pieces film belt conveyor and film indentation unit can make optional.Zhuan Zhi leftover bits and pieces film belt conveyor also can replace being used to transmit employed film in addition.The size of compression molding seat and die cavity and profile will depend on the size of solid cleaning agent and solid cleaning agent upholder and profile and change.Device also comprises solid cleaning agent feed parts.Can replace film unwinding roll, the film charging gear can be different.The present invention's variation like this should be done by recognizing and be interpreted as among in the present invention the scope.

Claims

1, a kind of manufacturing has the device of the film solid cleaning agent upholder of texture, and it comprises: but a solid cleaning agent feed belt conveyor that is installed in the parallel motion on first framework provides a plurality of isolated solid cleaning agent supporting straps along its length; Film is given material unit, and it comprises the top roller of the film unwinding on the shelf of the material feeding end that is rotatably installed in the feed belt conveyor and the bottom roller of film unwinding; A solid cleaning agent upholder forming unit, it comprises that a pair of height is installed in the horizontal conter clockwise transmission belt conveyor on second framework at interval, it is positioned at the discharge end near the feed belt conveyor; The leftover bits and pieces film belt conveyor that is installed in a solid cleaning agent upholder sealing unit on second framework, a solid cleaning agent upholder cutter unit, a film indentation unit and a parallel motion is positioned at after the solid cleaning agent upholder forming unit successively; Be provided at a plurality of memberane stress rollers, a plurality of packaging film feedings unit on the transmission passage of the film that has texture, differential driver element intermittently and feed belt conveyor, rotate counterclockwise belt conveyor, film indentation unit, leftover bits and pieces film belt conveyor and be connected with the packaging film feeding unit.

2, device according to claim 1, wherein each solid cleaning agent support bag comprises that the horizontal protrusion of the feed belt conveyor top discharge end of isolated vertical member that a pair of length along the feed belt conveyor is installed and first framework extends to the material feeding end of conter clockwise transmission belt conveyor.

3, device according to claim 1 and 2, wherein solid cleaning agent upholder sealing element comprises: be installed in first air cylinder and reciprocating therein first piston on the top, horizontal member of first supporting construction; The first piston bar stretches out downwards from first air cylinder and passes the first supporting construction upper top horizontal member, and the air pressure casing wall of first air cylinder comes directional control valve to be connected with gas supply device with piston wall by leading to solenoidal operations with 25; The floating die plate is installed under first guide plate, and first guide plate is installed on the external part of first piston bar again, and can slide up and down to engage on the pilot bar of first supporting construction; The fixed mould plate is installed on the base plate of first supporting construction, itself and floating die plate are arranged in rows, floating die plate and fixed mould plate all are formed with the compression molding seat corresponding to solid cleaning agent upholder size, and the electrical heating elements that is connected with the alternating current of being supplied with by temperature control equipment and temperature control apparatus is provided.

4, device according to claim 3, wherein electrical heating elements comprises the fax guiding element.

5, according to one of any described device of claim 1 to 4, wherein solid cleaning agent upholder cutter unit comprises: be installed in second second air cylinder and reciprocating therein second piston that supports on the top, horizontal member of tying, second piston rod stretches out the top, horizontal member that passes second supporting construction downwards from second air cylinder, and the air pressure casing wall of second air cylinder comes directional control valve to be connected with gas supply device with control cock with piston wall by leading to solenoidal operations with 25; Movable punched-plate is installed under the 3rd guide plate, described the 3rd guide plate is fixed on the external part of second piston rod again and can slides up and down the pilot bar that is engaged in second supporting construction, there is film retainer edge in movable punched-plate front, and film retainer edge is moved assembling by the tension spring extruding; Be installed in the fixed mould plate on the base plate of second supporting construction, it is arranged in rows with movable punched-plate, movable punched-plate and corresponding fixed mould plate all are formed with die cavity, this die cavity than in the floating die plate of solid cleaning agent upholder sealing unit and the fixed mould plate and the compression molding seat of the profile of registration solid cleaning agent edge or edging big, the bottom of the die cavity in the fixed mould plate is corresponding the opening wide in bottom that open wide and second supporting construction by the there.

6, device according to claim 5, wherein punched-plate has pair of holes, it is defined in neck, each screw in a pair of screw assembly moves in the hole that is installed in the screw assembly head being suitable for connecting the shoulder of neck shape portion, film retainer edge screw thread and screw assembly edge joint and to movable perforated plate extruding tension spring.

7, according to one of any described device of claim 1 to 6, wherein film indentation unit comprises: anvil roller, rotatable of the axle of anvil roller are held in a pair of first vertical rectangular slot in first perpendicular side plate at a pair of interval in the 3rd supporting construction; Disc cutter strides across with the adjacent support roll configuration and is installed on the adjustable for height turning cylinder, this adjustable for height turning cylinder is installed in first perpendicular side plate in the first vertical rectangular slot, disc cutter is guaranteed to pass the top, horizontal member of the 3rd supporting construction by the tension spring extruding in abutting connection with first plus-minus screw, and join with screw thread with it, first plus-minus screw provides lock nut.

8, according to one of any described device of claim 1 to 7, wherein each packaging film feeding unit all comprises: the roller that a pair of on even keel that is in contact with one another and just places can rotate counterclockwise, their axle is rotatably installed in the second vertical side plate at a pair of interval in the 4th supporting construction in a pair of second vertical rectangular slot, the axle of upper roll guarantees to pass the top, horizontal member of the 4th supporting construction by the second plus-minus screw adjustable height, and join with screw thread with it, the second plus-minus screw edge and being coupling of upper roll are touched, and second plus-minus screw provides lock nut.

9, according to one of any described device of claim 1 to 8, the differential drive gear of its discontinuous comprises by sprocket and chain and feed belt conveyor, conter clockwise transmission belt conveyor, film indentation unit, gear motor that leftover bits and pieces film belt conveyor links to each other with the packaging film feeding unit and gear and 6 star gear actuating devices, wherein the ratio of number of teeth of sprocket on the gear motor axle and the sprocket on the star gear shaft drive axis is 2: 3, sprocket on the gear motor axle and feed belt conveyor, conter clockwise transmission belt conveyor, film indentation unit, any one ratio of number of teeth is 1: 1 in the sprocket of leftover bits and pieces film belt conveyor and each packaging film feeding unit, and the gear on the film indentation unit shaft and the ratio of number of teeth of each traction unit are 1: 1.

10, a kind of device that is used to make the solid cleaning agent upholder of the surface film that has texture is explained in conjunction with Fig. 1 to 18 especially.