CN202185932U - Wide edge cutting machine for PVC (polyvinyl chloride) artificial leather floors and edge cutting mechanism thereof - Google Patents
Wide edge cutting machine for PVC (polyvinyl chloride) artificial leather floors and edge cutting mechanism thereof Download PDFInfo
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- CN202185932U CN202185932U CN2011200616636U CN201120061663U CN202185932U CN 202185932 U CN202185932 U CN 202185932U CN 2011200616636 U CN2011200616636 U CN 2011200616636U CN 201120061663 U CN201120061663 U CN 201120061663U CN 202185932 U CN202185932 U CN 202185932U
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Abstract
The utility model relates to a wide edge cutting machine for PVC (polyvinyl chloride) artificial leather floors and an edge cutting mechanism thereof. The wide edge cutting machine comprises the edge cutting mechanism which comprises a left disk cutter set and a right disk cutter set in abreast arrangement, each disk cutter set comprises two cutters axially extending leftwards and rightwards, and the two cutters of each disk cutter set are provided with opposite cutting edge end faces. The edge cutting mechanism further comprises a base, the cutters of at least one of the disk cutter sets are a first cutter and a second cutter respectively, the first cutter is directly or indirectly bilaterally limited to be rotatably assembled on the base, the second cutter is rotatably assembled on a position adjusting shaft which are assembled on the base through a lateral guide mechanism for guiding laterally and/or a vertical guide mechanism for guiding vertically, and an elastic locking mechanism enabling mutual pressing and attaching of the opposite cutting edge end faces of the first cutter and the second cutter is disposed between the position adjusting shaft and the base. The wide edge cutting machine for PVC artificial leather floors and the edge cutting mechanism thereof resolve the problem that transverse and vertical spacing of the cutting edges of the cutters in the same cutter set is nonadjustable.
Description
Technical field
The utility model relates to a kind of bead cutter and trimming mechanism thereof.
Background technology
For three-five layers of compounding machine of PVC; The minute surface artificial leather is to the subsides machine; The product of device fabrications such as artificial leather blowing oven; And split leather; The PVC slipmat; The PVC athletic floor; Direct products such as silicone band support methods latex foam; The book size of these products is in process of production all greater than the size of product standard and customer requirement; Need excision more than rim charge guarantee that the breadth width satisfies the specification of national standard and customer requirements; Its machine that cuts off is called bead cutter; According to Chinese patent 200910033092.2 disclosed a kind of " trimming mechanism of glass fabric "; This trimming mechanism comprises the driving shaft that the upper and lower sides that is arranged at the fabric plane is parallel to each other; The difference clutch disk cutterhead in the both sides of two driving shafts; Two pairs of cutting dives of fabric cloth width of cloth left and right sides interlace; Horizontal and the vertical spacing of every group of disk cutterhead can not free adjustment in the prior art; The horizontal spacing of every group of cutting disc can not free adjustment can cause when trimming mechanism long-time when in running order; The blade of two cutterheads of every group of cutting disc can not guarantee tightly to fit; Can cause cutting effect undesirable; The vertical spacing of the blade of two cutterheads of every group of cutting disc can not free adjustment can cause in the time need cutting the fabric of different-thickness; Need to shut down finishing, influence operating efficiency.
Summary of the invention
The purpose of the utility model is to provide a kind of trimming mechanism; With the horizontal spacing and/or the vertical nonadjustable problem of spacing of the blade of same group of cutterhead solving existing trimming mechanism, the purpose of the utility model also is to provide a kind of bead cutter that uses this trimming mechanism.
In order to address the above problem, the technical scheme of the trimming mechanism of the utility model is:
Trimming mechanism; Be set up in parallel two groups of cutting dives about comprising; Every group of cutting disc includes two cutterheads that pivot center extends along left and right directions; Two cutterheads of said same group of cutting disc have the blade end face that is oppositely arranged; Described trimming mechanism also comprises support; Two cutterheads in said wherein at least one group of cutting disc are respectively first; Second cutterhead; Rotating at the left and right directions upper limit that first cutterhead is direct or indirect is assemblied on the support; Second cutterhead rotates and is assemblied on the positioning axle; Said positioning axle is used for first through being assemblied on the support along the left and right sides guiding mechanism of left and right directions guiding and/or the vertical guiding mechanism guiding that vertically leads, being provided with between said positioning axle and the support; The blade end face that is oppositely arranged of second cutterhead compresses the elasticity retaining mechanism of applying each other.
Said positioning axle is assemblied on the support through left and right sides guiding mechanism and vertical guiding mechanism guiding; Said left and right sides guiding mechanism is that the axle sleeve of joining said positioning axle is worn in the slip that is provided with on the support, and said vertical guiding mechanism is the upright slide rail that vertically is slidingly matched with said axle sleeve.
A described positioning end away from second cutterhead is equipped with through screw thread can be along the axially movable regulating handle of positioning axle; The top is furnished with regulating spring between described regulating handle and the axle sleeve, and described regulating handle and regulating spring have constituted said elasticity retaining mechanism.
Described axle sleeve top is provided with and is used for the adjusting screw(rod) that it vertically moves, and described adjusting screw(rod) and shaft room are provided with the thrust member that is used to stop its relative motion vertically.
The technical scheme of the bead cutter in the utility model is:
A kind of bead cutter; Comprise trimming mechanism; About comprising, described trimming mechanism is set up in parallel two groups of cutting dives; Every group of cutting disc includes two cutterheads that pivot center extends along left and right directions; Two cutterheads of said same group of cutting disc have the blade end face that is oppositely arranged; Described trimming mechanism also comprises support; Two cutterheads in said wherein at least one group of cutting disc are respectively first; Second cutterhead; Rotating at the left and right directions upper limit that first cutterhead is direct or indirect is assemblied on the support; Second cutterhead rotates and is assemblied on the positioning axle; Said positioning axle is used for first through being assemblied on the support along the left and right sides guiding mechanism of left and right directions guiding and/or the vertical guiding mechanism guiding that vertically leads, being provided with between said positioning axle and the support; The blade end face that is oppositely arranged of second cutterhead compresses the elasticity retaining mechanism of applying each other.
Said positioning axle is assemblied on the support through left and right sides guiding mechanism and vertical guiding mechanism guiding; Said left and right sides guiding mechanism is that the axle sleeve of joining said positioning axle is worn in the slip that is provided with on the support, and said vertical guiding mechanism is the upright slide rail that vertically is slidingly matched with said axle sleeve.
A described positioning end away from second cutterhead is equipped with through screw thread can be along the axially movable regulating handle of positioning axle; The top is furnished with regulating spring between described regulating handle and the axle sleeve, and described regulating handle and regulating spring have constituted said elasticity retaining mechanism.
Described axle sleeve top is provided with and is used for the adjusting screw(rod) that it vertically moves, and described adjusting screw(rod) and shaft room are provided with the thrust member that is used to stop its relative motion vertically.
Described bead cutter comprises frame; Described bead cutter also comprises the conveying roller that assembles side by side along on the frame of the both sides of trimming mechanism throughput direction; Described conveying roller comprise be used for cloth along the guide roller of throughput direction guiding be used for the carrying roller of cloth along the throughput direction tensioning, described carrying roller rotates through roller carrier shaft and is assemblied on the frame.
Described every group of cutting disc below is used for the blanking conduit along being equipped with on the frame of the front side of throughput direction; Have the blanking port that is used for the blanking mobile phone on the side face of described blanking conduit, described trimming mechanism also comprises the hair-dryer that is communicated with and is used for blanking is discharged by the blanking conduit with the blanking conduit.
The beneficial effect of the utility model is: the utility model is through providing a kind of bead cutter and trimming mechanism thereof; The blade of two cutterheads of same group of cutting disc in the utility model is through leading along the left and right sides guiding mechanism of left and right directions guiding and/or the vertical guiding mechanism that vertically leads; Can realize the free adjustment that it is horizontal and/or vertical; And since the blade of two cutterheads of same group of cutting disc under the locking of elasticity retaining mechanism; The blade end face of two cutterhead tools is tightly fitted, and has increased the shearing force when shearing.
Description of drawings,
Fig. 1 is the structural representation of the utility model trimming mechanism embodiment;
Fig. 2 is the right view of Fig. 1;
Fig. 3 is the structural representation of the utility model bead cutter embodiment;
Fig. 4 is the left view of Fig. 3;
Fig. 5 is the vertical view of Fig. 3;
Fig. 6 is the structural representation of drainage line among Fig. 3;
Fig. 7 is the vertical view of Fig. 6;
Fig. 8 is the left view of Fig. 6.
The specific embodiment
Trimming mechanism embodiment is shown in Fig. 1 ~ 2: this trimming mechanism comprises frame 8, and described frame 8 upper edge left and right directions slidable fit arranged side by side has left cutter hub seat 11 and right cutter hub seat 46, and left and right directions is horizontal direction; Be provided with the leading screw that is used to regulate its relative motion between described left cutter hub seat 11 and the right cutter hub seat 46; Screw mechanism is equipped with one group of cutting disc on the described left cutter hub seat 11, is equipped with one group of cutting disc on the described right cutter hub seat 46; Every group of cutting disc includes two cutterheads that pivot center extends along left and right directions, and two cutterheads of same group of cutting disc have the blade end face that is oppositely arranged, and two cutterheads in said wherein at least one group of cutting disc are respectively first; Second cutterhead; Rotating at the left and right directions upper limit that first cutterhead is direct or indirect is assemblied on the support, and second cutterhead rotates and is assemblied on the axle of transposing, and said positioning axle is through being assemblied on the support along the left and right sides guiding mechanism of left and right directions guiding and/or the vertical guiding mechanism guiding that vertically leads; Be provided with between said positioning axle and the support and be used for first; The blade end face that is oppositely arranged of second cutterhead compresses the elasticity retaining mechanism of applying each other, and in the present embodiment, described two groups of cutting dives comprise upper left cutter 26 respectively; A left side is cutter 27 and upper right cutter 31 and bottom right cutter 30 down; Described first cutterhead is a left side cutter 27 and bottom right cutter 30 down; Described second cutterhead is upper left cutter 26 and upper right cutter 31, and cutter 27 rotates through left-hand rotation moving axis 13 and is assemblied on the described left cutter hub seat 11 under the described left side, is provided with a left side under the described left side between cutter 27 and the left-hand rotation moving axis 13 and descends cutter supporting seat 28; Described left-hand rotation moving axis 13 axially parallel with the direction of relative movement of 46 of right cutter hub seats with left cutter hub seat 11; Said left-hand rotation moving axis 13 is provided with the left-hand rotation moving axis power intake that is used for the power input away from an end of cutter under the left side 27, and left servomotor 12 provides rotational power for left-hand rotation moving axis 13, and the blade of described upper left cutter 26 is positioned at the side of the blade of a left side time cutter 27 towards right cutter hub seat 46; The left axle sleeve 17 that the left cutter hub seat 11 of cutter 27 tops is provided with left side positioning axle 14 and is used to install left side positioning axle under the said left side; Described left side positioning axle 14 axially parallel with the direction of relative movement of 46 of right cutter hub seats with left cutter hub seat 11, said positioning axle is assemblied on the support through left and right sides guiding mechanism and vertical guiding mechanism guiding, and 14 a slip inserting is transposed in described left axle sleeve 17 in an affiliated left side; Described upper left cutter 26 rotates through left side positioning axle bearing 24 with left shaft holder 25 and is assemblied on the left shaft holder 25; Described upper left cutter 26 is fixed on the described left shaft holder 25, and described left side positioning axle 14 is provided with and is used to realize left shaft holder 25; The axial synchronization-moving upper left cutter align member of upper left cutter 26 and left side positioning axle 14 edge left side positioning axle 14, in the present embodiment; Described upper left cutter align member comprises left gland 23 that is connected through screw and upper left cutter 26 and the inner ring surface structure that becomes stair-stepping left shaft holder 25; In other embodiment of the utility model, described upper left cutter align member can also be a locking nut, and described left side positioning axle 14 ends away from upper left cutter 26 are provided with can be along these left side positioning axle 14 axially movable left regulating handles 16; In the present embodiment; Described left side positioning axle 14 ends away from upper left cutter 26 are provided with left-hand thread and cooperate section, and described left regulating handle 16 realizes that through the threaded engagement with left side positioning axle 14 axial direction of this left side regulating handle 16 positioning axle 14 along a left side moves, in other embodiment of the utility model; Described left regulating handle 16 also can be realized its moving axially of axle 14 of transposing along a left side through finger setting; 17 tops of described left regulating handle 16 and left axle sleeve are furnished with left regulating spring 15, and described left regulating spring 15 is in compressive state at work, and described left regulating spring 15 has constituted left positioning member with left regulating handle 16; In other embodiment of the utility model; Described left side positioning member also can be the spring that is arranged at left side positioning axle bearing 25 and 11 of left cutter hub seats and is in extended state, in the present embodiment, and for avoiding 17 wearing and tearing of left regulating spring 15 and left axle sleeve; Be provided with the left spring base with described left regulating spring 15 and 17 of left axle sleeves; The upright slide rail slidable fit that described left axle sleeve 17 passes through vertically to be provided with is in the top of left cutter hub seat 11, and the top of described left axle sleeve is provided with and is used for the left adjusting screw(rod) 22 that left axle sleeve 17 vertically moves, and 17 of described left adjusting screw(rod) 22 and described left axle sleeves are provided with the left thrust member that is used to stop its relative motion vertically; In the present embodiment; The left screw rod gland 18 that described left thrust member comprises the left inverted T shape structure 19 of left adjusting screw(rod) 22 1 ends and cooperates with the thrust of inverted T shape structure and be connected with left axle sleeve 17, cutter hub seat 11 tops are provided with the left adjusting screw(rod) that is used for left adjusting screw(rod) 22 threaded engagement and cooperate section 20, and described left adjusting screw(rod) 22 is realized vertically mobile of left axle sleeve 17 through the threaded engagement with the left adjusting screw(rod) section of cooperating 20; The upper end of left side adjusting screw(rod) 22 is provided with left adjusting screw(rod) handwheel 21; Described left and right sides guiding mechanism is that the left axle sleeve 17 of joining said positioning axle is worn in the slip that is provided with on the support, and said vertical guiding mechanism is the upright slide rail that vertically is slidingly matched with said left axle sleeve 17, and described left regulating handle 16 has constituted said elasticity retaining mechanism with left regulating spring 15; Described in the present embodiment left and right sides guiding mechanism exists with vertical guiding mechanism simultaneously; In other embodiment of the utility model, described left and right sides guiding mechanism also can exist respectively with vertical guiding mechanism, and figure right-of-center in political views cutter hub seat 46 superstructures become to be symmetrical set with left cutter hub seat 11 superstructures; Do not doing detailed description here; In the course of work, a left side; The bottom right cutter is on a left side; Active rotation under the drive of right private clothes motor, a left side; Upper right cutter is a driven knife; On a left side; The frictional force of bottom right cutter drives down respectively and corresponding following cutter backward rotation; In the present embodiment, described leading screw; Screw mechanism comprises and is used to the left leading screw 9 of realizing that left cutter hub seat 11 along continuous straight runs move; Left side screw (not marking among the figure) and be used to the right leading screw 48 of realizing that right cutter hub seat 46 along continuous straight runs move; Right screw (not marking among the figure), described left screw and described left cutter hub seat 11 are connected; Described right screw and described right cutter hub seat 46 are connected; Described left leading screw 9 is coaxially set with described right leading screw 48, and described left leading screw 9 is provided with left screw gear 52 towards an end of right leading screw 48, and described right leading screw 48 is provided with right screw gear 50 towards an end of left leading screw 9; Also be provided with the polished rod axle 49 of the axially parallel of axial and left leading screw 9 on the described frame 8; Slidable fit is useful on the travelling gear 51 that left screw gear 52 and right screw gear 50 are in transmission connection on the described polished rod axle 49, and described polished rod axle 49 is provided with and is used to control the axially movable travelling gear locking member of travelling gear 51 along polished rod axle 49, in the present embodiment; Described travelling gear locking member is a taper bolt; Travelling gear locking member described in other embodiment of the utility model can also be a locking nut, and described left leading screw 9 is away from the left leading screw handwheel 10 that is provided with of an end of right leading screw 48, and described right leading screw 48 rotates away from an end of left screw mandrel 9 and is assemblied on the frame 8; Said polished rod axle 49 is provided with polished rod axle handwheel 47 away from an end of left leading screw 9; Part 29 is a left side cutter supporting seat down among the figure, and part 30 is the bottom right cutter, and part 31 is upper right cutter; Part 32 is the right bearing seat; Part 33 is right positioning axle bearing, and part 34 is right gland, and part 35 is right adjusting screw(rod); Part 36 is right adjusting screw(rod) handwheel; Part 37 is that right adjusting screw(rod) cooperates section, and part 38 is right inverted T shape structure, and part 39 is right screw rod gland; Part 40 is a right axle sleeve; Part 41 is right regulating handle, and part 42 is right regulating spring 1, and part 43 is right positioning axle; Part 44 is the right-hand rotation moving axis; Part 45 is right servomotor, a left side; A upper right cutter and a left side; The sword face of bottom right cutter is adjacent to respectively by a left side; Right regulating handle changes a left side; The pressure of right regulating spring is realized a left side; A upper right cutter and a left side; The depth of bottom right cutter blade contact is respectively by a left side; Right adjusting screw(rod) handwheel moves up and down adjustment; Change travelling gear 51 and left screw gear 52; The position of engagement of right screw gear 50 can realize that left cutter hub seat 11 and right cutter hub seat 46 move at the same time or separately.Comprise the right screw that left screw that left cutter hub seat bottom is connected and right cutter hub seat bottom are connected in leading screw, the screw mechanism described in novel other embodiment of this usefulness; Described left screw and right screw are regulated relative motion therebetween through same adjusting leading screw, and an end of said adjusting leading screw is provided with handwheel.
Bead cutter embodiment is shown in Fig. 3-8: this bead cutter comprises trimming mechanism; Described trimming mechanism is as as described in the embodiment; No longer do detailed description here; Described bead cutter also comprises the conveying roller that assembles side by side along on the frame of the both sides of trimming mechanism throughput direction; Described conveying roller comprise be used for cloth along the guide roller 2 of throughput direction guiding be used for the carrying roller 3 of cloth along the throughput direction tensioning; Described carrying roller 3 rotates by roller carrier shaft and is assemblied on the frame; In the present embodiment; Described carrying roller 3 has two; In other embodiment of the utility model; Carrying roller 3 can also be four, five etc.; Every group of cutting disc below is used for the blanking conduit along being equipped with on the frame of the front side of throughput direction; Have the blanking port 54 that is used for blanking on the side face of described blanking conduit; Described trimming mechanism also comprises the hair-dryer 4 that is communicated with and is used for blanking is discharged by the blanking conduit with the blanking conduit; In the present embodiment; The blanking conduit of described two groups of cutting dives below is vertical and horizontally disposed same drainage line 5 along throughput direction; Described blanking port 54 is opened on the last side face of drainage line 5 along the length direction of drainage line 5; Described hair-dryer 4 is arranged on the frame of said drainage line 5 one ends; In other embodiment of the utility model; Described hair-dryer 4 also can be located at the centre of drainage line 5; Described left blanking conduit and right blanking conduit also can be distinguished independent setting; And be connected with corresponding hair-dryer respectively, also can carry out blanking on the blanking port 54 and collect by funnel.
Claims (10)
1. trimming mechanism; Be set up in parallel two groups of cutting dives about comprising; Every group of cutting disc includes two cutterheads that pivot center extends along left and right directions; Two cutterheads of said same group of cutting disc have the blade end face that is oppositely arranged; It is characterized in that: described trimming mechanism also comprises support; Two cutterheads in said wherein at least one group of cutting disc are respectively first; Second cutterhead; Rotating at the left and right directions upper limit that first cutterhead is direct or indirect is assemblied on the support; Second cutterhead rotates and is assemblied on the positioning axle; Said positioning axle is used for first through being assemblied on the support along the left and right sides guiding mechanism of left and right directions guiding and/or the vertical guiding mechanism guiding that vertically leads, being provided with between said positioning axle and the support; The blade end face that is oppositely arranged of second cutterhead compresses the elasticity retaining mechanism of applying each other.
2. trimming mechanism according to claim 1; It is characterized in that: said positioning axle is assemblied on the support through left and right sides guiding mechanism and vertical guiding mechanism guiding; Said left and right sides guiding mechanism is that the axle sleeve of joining said positioning axle is worn in the slip that is provided with on the support, and said vertical guiding mechanism is the upright slide rail that vertically is slidingly matched with said axle sleeve.
3. trimming mechanism according to claim 2; It is characterized in that: a described positioning end away from second cutterhead is equipped with through screw thread can be along the axially movable regulating handle of positioning axle; The top is furnished with regulating spring between described regulating handle and the axle sleeve, and described regulating handle and regulating spring have constituted said elasticity retaining mechanism.
4. trimming mechanism according to claim 2 is characterized in that: described axle sleeve top is provided with and is used for the adjusting screw(rod) that it vertically moves, and described adjusting screw(rod) and shaft room are provided with the thrust member that is used to stop its relative motion vertically.
5. bead cutter; Comprise trimming mechanism; About comprising, described trimming mechanism is set up in parallel two groups of cutting dives; Every group of cutting disc includes two cutterheads that pivot center extends along left and right directions; Two cutterheads of said same group of cutting disc have the blade end face that is oppositely arranged; It is characterized in that: described trimming mechanism also comprises support; Two cutterheads in said wherein at least one group of cutting disc are respectively first; Second cutterhead; Rotating at the left and right directions upper limit that first cutterhead is direct or indirect is assemblied on the support; Second cutterhead rotates and is assemblied on the positioning axle; Said positioning axle is used for first through being assemblied on the support along the left and right sides guiding mechanism of left and right directions guiding and/or the vertical guiding mechanism guiding that vertically leads, being provided with between said positioning axle and the support; The blade end face that is oppositely arranged of second cutterhead compresses the elasticity retaining mechanism of applying each other.
6. bead cutter according to claim 5; It is characterized in that: said positioning axle is assemblied on the support through left and right sides guiding mechanism and vertical guiding mechanism guiding; Said left and right sides guiding mechanism is that the axle sleeve of joining said positioning axle is worn in the slip that is provided with on the support, and said vertical guiding mechanism is the upright slide rail that vertically is slidingly matched with said axle sleeve.
7. bead cutter according to claim 6; It is characterized in that: a described positioning end away from second cutterhead is equipped with through screw thread can be along the axially movable regulating handle of positioning axle; The top is furnished with regulating spring between described regulating handle and the axle sleeve, and described regulating handle and regulating spring have constituted said elasticity retaining mechanism.
8. bead cutter according to claim 6 is characterized in that: described axle sleeve top is provided with and is used for the adjusting screw(rod) that it vertically moves, and described adjusting screw(rod) and shaft room are provided with the thrust member that is used to stop its relative motion vertically.
9. bead cutter according to claim 5; It is characterized in that: described bead cutter comprises frame; Described bead cutter also comprises the conveying roller that assembles side by side along on the frame of the both sides of trimming mechanism throughput direction; Described conveying roller comprise be used for cloth along the guide roller of throughput direction guiding be used for the carrying roller of cloth along the throughput direction tensioning, described carrying roller rotates through roller carrier shaft and is assemblied on the frame.
10. bead cutter according to claim 5; It is characterized in that: described every group of cutting disc below is used for the blanking conduit along being equipped with on the frame of the front side of throughput direction; Have the blanking port that is used for the blanking collection on the side face of described blanking conduit, described trimming mechanism also comprises the hair-dryer that is communicated with and is used for blanking is discharged by the blanking conduit with the blanking conduit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200616636U CN202185932U (en) | 2011-03-10 | 2011-03-10 | Wide edge cutting machine for PVC (polyvinyl chloride) artificial leather floors and edge cutting mechanism thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200616636U CN202185932U (en) | 2011-03-10 | 2011-03-10 | Wide edge cutting machine for PVC (polyvinyl chloride) artificial leather floors and edge cutting mechanism thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202185932U true CN202185932U (en) | 2012-04-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011200616636U Expired - Fee Related CN202185932U (en) | 2011-03-10 | 2011-03-10 | Wide edge cutting machine for PVC (polyvinyl chloride) artificial leather floors and edge cutting mechanism thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202185932U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104339388A (en) * | 2014-09-14 | 2015-02-11 | 江阴市钢利自动化装备有限公司 | Thin film trimming machine of film-laminated plate |
| CN104626243A (en) * | 2015-01-26 | 2015-05-20 | 大连橡胶塑料机械股份有限公司 | Shear type electric cutter disc |
| CN105751316A (en) * | 2014-11-21 | 2016-07-13 | 邵武市泽诚机械有限公司 | Automatic cutting equipment capable of achieving equidistant cutting |
-
2011
- 2011-03-10 CN CN2011200616636U patent/CN202185932U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104339388A (en) * | 2014-09-14 | 2015-02-11 | 江阴市钢利自动化装备有限公司 | Thin film trimming machine of film-laminated plate |
| CN104339388B (en) * | 2014-09-14 | 2016-03-23 | 江阴市钢利自动化装备有限公司 | Film coated plate film trimming machine |
| CN105751316A (en) * | 2014-11-21 | 2016-07-13 | 邵武市泽诚机械有限公司 | Automatic cutting equipment capable of achieving equidistant cutting |
| CN104626243A (en) * | 2015-01-26 | 2015-05-20 | 大连橡胶塑料机械股份有限公司 | Shear type electric cutter disc |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120411 Termination date: 20140310 |