Imitation fur wool slitting machine

Abstract

The utility model discloses a fur-imitated fluff slitting machine, and belongs to the technical field of processing machinery of auxiliary clothing materials. Comprising a rack, an electrical control box is arranged on the upper portion of the rack, a PC controller is arranged in a cavity of the electrical control box, a control panel and a set of operation control switches are arranged on a front box plate of the control box, and a velvet strip upper and lower winding mechanism mounting frame is formed in the middle of the front side of the rack in the height direction; the upper slitting mechanism and the lower slitting mechanism are arranged on the electrical control box and are electrically connected with the PC controller; the upper fluff strip winding mechanism is arranged on the upper fluff strip winding mechanism mounting frame, and the lower fluff strip winding mechanism is arranged on the lower fluff strip winding mechanism mounting frame; the fluff strip winding guide roller driving mechanism is arranged on the left side of the lower part of the rack and is in transmission connection with the upper fluff strip winding mechanism and the lower fluff strip winding mechanism at the same time; and the velvet strip transition mechanism is arranged at the lower part of the front side of the rack. The slitting machine has the advantages of being high in slitting speed, high in efficiency and good in slitting quality, and labor resources are saved.

Description

Technical Field

[0001] The utility model belongs to the technical field of clothing auxiliary material processing machinery, and specifically relates to an imitation fur fleece slitting machine. Background Art

[0002] The aforementioned imitation fur velvet mainly refers to imitation fur woven with polyester and the like, which is an imitation fur product woven with synthetic fiber materials such as polyester, and is intended to imitate the noble and elegant appearance and texture of real fur. Since imitation fur velvet has a visual and tactile effect similar to real fur, it provides people with a good quality and low price choice, so that more people can enjoy the fashion effect similar to real fur. The aforementioned imitation fur velvet stripping is to divide the imitation fur velvet strip woven according to the width required by the process into two, for example, to divide the original 6cm imitation fur velvet strip into two imitation fur velvet strips, each 3cm wide. Specifically, according to the requirements of clothing manufacturers, such as according to the specific needs of producing shoes, hats, cloaks, scarves, etc., a single wide imitation fur velvet strip is divided into two equal widths or two imitation fur velvet strips.

[0003] The reason for implementing striping is that if the manufacturers of polyester products and other products directly weave the width of imitation fur velvet into the width required by clothing manufacturers, there will be the following problems: First, the production efficiency of polyester products, i.e. imitation fur velvet products, will be seriously affected; second, the time spent on producing the same number of imitation fur strips is long, resulting in high energy consumption, which is contrary to the energy-saving and energy-saving economic spirit advocated by the whole society; third, the comprehensive cost of imitation fur velvet strips will increase significantly, etc. Based on the above factors, but not limited to them, imitation fur velvet manufacturers usually weave it into two widths in advance. For example, when a 5cm wide imitation fur velvet strip is to be produced, it is woven into a width of 10cm, and the two are weakly connected by a connecting thread. After weaving is completed, it is distributed and wound onto the bobbin.

[0004] Since there is no automatic machine for slitting imitation fur velvet, workers can only slitting manually at another workstation to tear the aforementioned weak connecting wires by hand to form two independent imitation fur velvet strips. However, the slitting workers have high work intensity and relatively low efficiency. Utility Model Content

[0005] The task of the utility model is to provide an imitation fur velvet slitting machine which is helpful to automatically split the wide imitation fur velvet strip woven by the preceding knitted fabric production device into two narrow strips of the same width from the middle in the width direction and automatically roll the velvet on a bobbin, thereby increasing the slitting speed, saving precious labor resources and ensuring the slitting quality.

[0006] The task of the utility model is accomplished in this way: an imitation fur velvet slitting machine comprises a frame, an electrical control box is arranged on the upper part of the frame, a PC controller is arranged in the electrical control box cavity of the electrical control box, a control panel electrically connected to the electrical control box and a group of operation control switches are arranged on the front box plate of the electrical control box and on the left side of the front box plate of the control box, a velvet strip upper winding mechanism mounting frame and a velvet strip lower winding mechanism mounting frame located below the velvet strip upper winding mechanism mounting frame are formed in the middle of the front side in the height direction of the frame; an upper slitting mechanism and a lower slitting mechanism, the upper slitting mechanism and the lower slitting mechanism The velvet strip upper winding mechanism and the velvet strip lower winding mechanism are arranged on the velvet strip upper winding mechanism mounting frame, and the velvet strip lower winding mechanism is arranged on the velvet strip lower winding mechanism mounting frame; a velvet strip winding guide roller driving mechanism electrically connected to the PC controller, the velvet strip winding guide roller driving mechanism is arranged on the lower left side of the frame and is simultaneously connected to the velvet strip upper winding mechanism and the velvet strip lower winding mechanism in transmission; a velvet strip transition mechanism, which is arranged on the lower front side of the frame.

[0007] In a specific embodiment of the utility model, the upper striping mechanism includes an upper striping left motor, an upper striping right motor, an upper left striping wheel, an upper right striping wheel, an upper striping baffle and an upper velvet strip guiding hook. The upper striping left motor is arranged in a horizontal state at the left end of the electrical control box cavity of the electrical control box. The upper striping left motor is electrically connected to the PC controller and the upper striping left motor shaft of the upper striping left motor extends forward to the front of the front box plate of the control box. The upper striping right motor is arranged in a horizontal state at the right end of the electrical control box cavity of the electrical control box. The upper striping right motor is electrically connected to the PC controller and the upper striping left motor shaft of the upper striping left motor extends forward to the front of the front box plate of the control box. The PC controller is electrically connected and the upper stripe right motor shaft of the upper stripe right motor extends forward to the front of the control box front box plate, the upper left stripe wheel and the upper right stripe wheel are respectively fixed on the upper stripe left and right motor shafts at positions corresponding to the front of the control box front box plate, the upper stripe baffle is fixed to a pair of stripe baffle fixing frames by upper stripe baffle screws, and the pair of stripe baffle fixing frames are each fixed to the front side of the control box front box plate by stripe baffle fixing frame screws, the upper velvet strip guide hook is fixed to the upper end front side of the upper velvet strip guide hook fixing plate, and the upper velvet strip guide hook fixing plate is located at a pair of The position between the striping baffle fixing frame is fixed to the front box plate of the control box; the lower striping mechanism includes a lower striping left motor, a lower striping right motor, a lower left striping wheel, a lower right striping wheel, a lower striping baffle and a lower velvet strip guiding hook, the lower striping left motor is arranged in a horizontal state at the left end of the electrical control box cavity of the electrical control box at a position corresponding to the lower side of the upper striping left motor, the lower striping left motor is electrically connected to the PC controller and the lower striping left motor shaft of the lower striping left motor extends forward to the front of the front box plate of the control box, the lower striping right motor is arranged in a horizontal state corresponding to the lower side of the upper striping right motor The position below the machine is arranged in a horizontal state at the right end of the electrical control box cavity of the electrical control box, the lower striping right motor is electrically connected to the PC controller and the lower striping right motor shaft of the lower striping right motor extends forward to the front of the front box plate of the control box, the lower left striping wheel and the lower right striping wheel are respectively fixed on the lower striping left and right motor shafts at positions corresponding to the front of the front box plate of the control box, the lower striping baffle is fixed to the bottom of a pair of striping baffle fixing frames by lower striping baffle screws, and the lower velvet strip guide hook is fixed to the front center position of the lower part of the upper striping baffle in the length direction.

[0008] In another specific embodiment of the utility model, the upper left slitting wheel, the upper right slitting wheel, the lower left slitting wheel and the lower right slitting wheel are all plastic wheels, and the upper left slitting wheel is combined with an upper left slitting wheel friction layer on the surrounding surfaces of the wheel rim of the upper left slitting wheel, the upper right slitting wheel is combined with an upper right slitting wheel friction layer on the surrounding surfaces of the wheel rim of the upper right slitting wheel, the lower left slitting wheel is combined with a lower left slitting wheel friction layer on the surrounding surfaces of the wheel rim of the lower left slitting wheel, and the lower right slitting wheel is combined with a lower right slitting wheel friction layer on the surrounding surfaces of the wheel rim of the lower right slitting wheel; the space between the upper slitting baffle and the upper facing side of a pair of slitting baffle fixing frames constitutes an upper velvet strip interference-free cavity, and the space between the lower slitting baffle and the lower facing side of a pair of slitting baffle fixing frames constitutes a lower velvet strip interference-free cavity.

[0009] In another specific embodiment of the present invention, the upper stripe left motor, the upper stripe right motor, the lower stripe left motor and the lower stripe right motor are stepping motors or servo motors.

[0010] In another specific embodiment of the utility model, a left hollow wall panel of the frame is formed on the left side of the frame, and a right hollow wall panel of the frame is formed on the right side, and the left and right hollow wall panels of the frame correspond to each other on the left and right; the velvet strip upper winding mechanism mounting frame includes an upper winding roller frame mounting crossbeam, an upper guide strip roller shaft left supporting arm, an upper guide strip roller shaft middle supporting arm and an upper guide strip roller shaft right supporting arm, an upper winding roller frame mounting crossbeam is formed between the left and right hollow wall panels of the frame, and the upper guide strip roller shaft left supporting arm The upper guide roller shaft is fixed to the front side of the left hollow wall panel of the frame in a horizontal cantilever state, the middle support arm of the upper guide roller shaft is fixed to the front side of the middle column of the frame in a horizontal cantilever state, and the right support arm of the upper guide roller shaft is fixed to the front side of the right hollow wall panel of the frame in a horizontal cantilever state, wherein the left, middle and right support arms of the upper guide roller shaft are equal in length; the upper winding mechanism of the velvet strip is set with the upper winding drum frame mounting crossbeam, the left, middle and right support arms of the upper guide roller shaft as carriers; the lower winding mechanism of the velvet strip is fixed to the front side of the middle column of the frame in a horizontal cantilever state, and ... fixed to the front side of the middle column of the frame in a horizontal cantilever state, and the left, middle and right support arms of the upper guide roller shaft are equal in length; the upper winding mechanism of the velvet strip is fixed to the front side of the middle column of the frame in a horizontal cantilever state, and the left, middle and right support arms of the upper guide roller shaft are equal in length; the left, middle and right support arms of the upper guide roller shaft are equal in length; the left, middle and right support arms of the upper guide roller shaft are equal in length; the left, middle and right support arms of the upper guide roller shaft are equal in length; the left, middle and right support arms of the upper guide roller shaft are equal in length; the left, middle and right support arms of the upper guide roller shaft are equal in length; the left, middle and right support arms of the upper The winding mechanism mounting frame includes a lower winding drum frame mounting crossbeam, a lower guide roller shaft left supporting seat bracket, a lower guide roller shaft middle supporting arm and a lower guide roller shaft right supporting seat bracket. The lower winding drum frame mounting crossbeam is formed between the left and right hollow wall panels of the frame at a position corresponding to the lower side of the upper winding drum frame mounting crossbeam. The lower guide roller shaft left supporting seat bracket is formed at the lower part of the left hollow wall panel of the frame. The lower guide roller shaft middle supporting arm is formed at the lower side of the upper guide roller shaft middle supporting arm. The position is fixed on the front side of the middle column of the frame in a horizontal cantilever state, and the right support seat bracket of the lower guide roller is formed at the lower part of the right hollow wall panel of the frame, wherein the left support seat bracket of the lower guide roller, the middle support arm of the lower guide roller and the right support seat bracket of the lower guide roller are equal in length; the velvet strip lower winding mechanism is arranged with the lower winding drum frame mounting beam, the left support seat bracket of the lower guide roller, the middle support arm of the lower guide roller and the right support seat bracket of the lower guide roller as carriers.

[0011] In another specific embodiment of the present invention, the structure of the lower winding mechanism of the velvet strip is the same as the structure of the upper winding mechanism of the velvet strip, and the upper winding mechanism of the velvet strip includes an upper winding left roller frame, an upper winding right roller frame, an upper winding left roller, an upper winding right roller, an upper guide roller shaft, an upper left guide roller and an upper right guide roller. The upper winding left roller frame is composed of an upper roller frame cavity, and the rear side and the right end port of the upper roller frame cavity in the longitudinal direction are not closed. An upper winding left roller frame operating handle is arranged on the upper left end of the upper winding left roller frame, and an upper winding left roller clamping plate clamping device is arranged at the right end of the upper roller frame cavity, and an upper winding left roller frame torsion spring force device is arranged in the middle, and the upper winding left roller clamping plate clamping device includes a clamping bolt seat, The camshaft is connected to the left side of the upper roller frame through a hole in the center of the camshaft, and the camshaft is connected to the right side of the upper roller frame through a hole in the camshaft. The spring shaft is arranged at the rear end of a pair of torsion spring shaft horizontal supporting plates, and the shape of the torsion spring shaft articulated seat is ⊔-shaped, and a pair of torsion spring shaft articulated seat arms of the torsion spring shaft articulated seat are inserted on the torsion spring shaft, and the bottom of the torsion spring shaft articulated seat is fixed to the upper winding drum frame mounting beam through a pair of torsion spring shaft articulated seat fixing screws, and the torsion spring is sleeved on the torsion spring shaft, and the first torsion spring foot of the torsion spring is abutted on one of the pair of torsion spring shaft articulated seat arms located on the left, and the second torsion spring foot of the torsion spring is abutted on one of the pair of torsion spring shaft horizontal supporting plates located on the right. The structure of the upper winding right drum frame is the same as that of the upper winding left drum frame, and the left end of the upper winding left drum is supported on the left supporting seat of the upper winding left drum. The left support seat of the drum is rotatably matched with the left support seat bearing of the upper winding left drum, and the left support seat bearing of the upper winding left drum is fixed to the right side of the front end of the left support seat bearing fixing plate by the upper winding left drum left support seat bearing fixing screw, and the rear end of the left support seat bearing fixing plate is welded and fixed to the left end face of the upper winding left drum frame, and a left support seat bearing fixing plate supporting rod is fixed to the left end face of the upper winding left drum frame by the left support seat bearing fixing plate support rod screw on the left side of the rear end of the left support seat bearing fixing plate. The lower end of the left support seat bearing fixing plate supporting rod is constituted as a free cantilever end and is supported on the left support seat bearing fixing plate supporting rod seat. The left support seat bearing fixing plate supporting rod seat is fixed to the left end front side of the upper winding drum frame mounting cross beam.The right end of the upper left winding roller is supported on the right supporting seat of the upper left winding roller, and the right supporting seat of the upper left winding roller is rotatably matched with the right supporting seat bearing of the upper left winding roller, and the right supporting seat bearing of the upper left winding roller is fixed to the right side of the front end of the right supporting seat bearing fixing plate by the upper winding left roller right supporting seat bearing fixing screw arranged on the handle of the left supporting seat fixing plate, after passing through the screw clearance hole opened on the right supporting seat bearing fixing plate, and a spring screw is provided at the rear end of the right supporting seat bearing fixing plate and at the position corresponding to the right end port. The spring bolt passes through the clamping bolt through hole and the clamping spring from right to left in sequence, and the clamping bolt limiting nut is screwed on the spring bolt to limit the left end of the clamping spring, and the right end of the clamping spring is supported on the left side of the clamping bolt seat, and the structure of the upper winding right roller is exactly the same as that of the upper winding left roller, the left end of the upper guide roller shaft is rotatably supported on the upper side of the left supporting arm of the upper guide roller shaft through the left supporting bearing seat of the upper guide roller shaft, and the middle part is rotatably supported by the middle supporting bearing seat of the upper guide roller shaft The upper left guide roller is provided with a right end which is rotatably supported on the upper right support arm of the upper guide roller shaft by a right support bearing seat of the upper guide roller shaft, and the upper left guide roller is provided with a left end which is rotatably supported on the upper right support arm of the upper guide roller shaft by a right support bearing seat of the upper guide roller shaft. The upper left guide roller is provided with a right end which is rotatably supported on the upper right support arm of the upper guide roller shaft by a right support bearing seat of the upper guide roller shaft at a position corresponding to the lower part of the upper winding left roller. The surface on the upper left guide roller and located in the length direction of the upper left guide roller is provided with a surface which is used for reciprocating the imitation fur velvet strip which has been divided into strips left and right along the length direction of the upper left guide roller so as to be uniformly guided to the upper winding left roller The left guide roller has a velvet guide groove, and the upper right guide roller is arranged at the right end of the upper guide roller shaft at a position corresponding to the lower part of the upper winding right roller; the upper right guide roller and the surface located in the length direction of the upper right guide roller are formed with a velvet guide groove for the upper right guide roller for evenly guiding the imitation fur velvet strips that have been divided to the upper winding right roller by moving back and forth along the length direction of the upper right guide roller; the position of the velvet strip winding guide roller driving mechanism on the left support bracket of the lower guide roller shaft is located below the left end of the velvet strip lower winding mechanism.

[0012] In a more specific embodiment of the present invention, the velvet strip lower winding mechanism includes a lower guide strip roller shaft having the same setting mode and function as the upper guide strip roller shaft; the velvet strip winding guide strip roller driving mechanism includes a guide strip roller shaft driving motor, a guide strip roller shaft driving motor driving wheel, a guide strip roller shaft driving transmission belt, a guide strip roller shaft driving driven wheel, a lower guide strip roller shaft transition transmission wheel, an upper guide strip roller shaft driving wheel and a transition transmission belt, the guide strip roller shaft driving motor is electrically controlled and connected to the PC controller, and the guide strip roller shaft driving motor is arranged on the lower guide strip roller shaft left support seat with its guide strip roller shaft driving motor shaft facing left. The cam is mounted on a rack and is fixed to a motor seat located below the left end of the lower guide roller shaft. The guide roller shaft driving motor driving wheel is fixed to the guide roller shaft driving motor shaft. The guide roller shaft driving transmission belt has a lower end sleeved on the guide roller shaft driving motor driving wheel, and an upper end sleeved on the guide roller shaft driving driven wheel. The guide roller shaft driving driven wheel is fixed to the left end of the lower guide roller shaft, and a lower guide roller shaft transition transmission wheel is fixed to the right end of the lower guide roller shaft. The upper end of the transition transmission belt is sleeved on the upper guide roller shaft driving wheel, and the lower end is sleeved on the lower guide roller shaft transition transmission wheel. The upper guide roller shaft driving wheel is fixed to the right end of the upper guide roller shaft.

[0013] In a further specific embodiment of the present invention, the guide roller drive motor driving wheel, the guide roller drive driven wheel, the lower guide roller transition transmission wheel and the upper guide roller drive wheel are pulleys; the guide roller drive transmission belt and the transition transmission belt are transmission belts.

[0014] In yet another specific embodiment of the present invention, a lower guide roller shaft support seat cross beam is formed between the opposite sides of the front lower part of the lower guide roller shaft left support seat bracket and the lower guide roller shaft right support seat bracket, and the velvet strip transition mechanism is arranged on the front side of the lower guide roller shaft support seat cross beam.

[0015] The left guide wheel frame is rotatably arranged on the left side of the upper end of the left guide wheel frame through the guide wheel shaft of the left guide wheel frame, and the lower guide wheel of the left guide wheel frame is rotatably arranged on the right side of the lower end of the left guide wheel frame through the lower guide wheel shaft of the left guide wheel frame. The upper guide wheel of the right guide wheel frame is rotatably arranged on the left side of the upper end of the right guide wheel frame through the guide wheel shaft of the right guide wheel frame, and the lower guide wheel of the right guide wheel frame is rotatably arranged on the right side of the lower end of the right guide wheel frame through the lower guide wheel shaft of the right guide wheel frame.

[0016] The technical effect of the technical solution provided by the utility model is that: since a pair of imitation fur velvet strips to be stripped can be stripped simultaneously by upper and lower stripping mechanisms and then rolled up simultaneously by upper and lower strip rolling mechanisms, four imitation fur velvet strips with a width after stripping that is half of the width of the imitation fur velvet strips before stripping can be obtained at one time, the utility model has the advantages of fast stripping speed, high efficiency and good stripping quality, and since the stripping is completed by mechanical automation, precious labor resources can be saved. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] Figure 1 It is a structural diagram of the utility model;

[0018] Figure 2 for Figure 1 The schematic diagram of the installation of the upper and lower strip baffles, the strip baffle fixing frame and the upper velvet strip guide hook fixing plate is shown;

[0019] Figure 3 for Figure 1 The detailed structural diagram of the upper winding left roller frame and the upper winding roller of the velvet strip upper winding mechanism shown;

[0020] Figure 4 It is a schematic diagram of an application example of the utility model. DETAILED DESCRIPTION

[0021] In order to more clearly understand the technical essence and beneficial effects of the present invention, the applicant provides a detailed description in the form of embodiments below. However, the description of the embodiments is not a limitation on the present invention. Any equivalent changes made based on the concept of the present invention that are merely formal and not substantial should be regarded as within the scope of the technical solution of the present invention.

[0022] In the following description, all concepts related to up, down, left, right, front and back directions or orientations are based on Figure 1 The position state is taken as a reference, and therefore it cannot be understood as a special limitation on the technical solution provided by the utility model.

[0023] See also Figure 1, shows a frame 1, an electrical control box 11 is arranged at the upper part, i.e., the top of the frame 1, a PC controller 111 is arranged in the electrical control box cavity 115 of the electrical control box 11, a control panel 113 electrically connected to the electrical control box 11 and a group of operation control switches 114 are arranged on the front box plate 112 of the electrical control box 11 and on the left side of the front box plate 112 of the control box, a display screen 1131 is also provided on the control panel 113, the group of operation control switches 114 includes a power switch 1141, an upper stripping mechanism control button 1142 and a lower stripping mechanism control button 1143, and also includes a working status indicator light 1144, a velvet strip upper winding mechanism mounting frame 12 and a velvet strip lower winding mechanism mounting frame 13 located below the velvet strip upper winding mechanism mounting frame 12 are formed in the middle of the front side in the height direction of the frame 1; An upper stripping mechanism 2 and a lower stripping mechanism 3 are shown, and the upper stripping mechanism 2 and the lower stripping mechanism 3 are arranged on the aforementioned electrical control box 11 in a state of upper and lower correspondence with each other (that is, they are arranged with the electrical control box 11 as a carrier) and are electrically connected to the aforementioned PC controller 111; a velvet strip upper winding mechanism 4 and a velvet strip lower winding mechanism 5 are shown, which correspond to each other up and down, and the velvet strip upper winding mechanism 4 is arranged on the aforementioned velvet strip upper winding mechanism mounting frame 12, and the velvet strip lower winding mechanism 5 is arranged on the aforementioned velvet strip lower winding mechanism mounting frame 13; a velvet strip winding guide roller driving mechanism 6 electrically connected to the aforementioned PC controller 111 is shown, and the velvet strip winding guide roller driving mechanism 6 is arranged on the lower left side of the frame 1 and is simultaneously transmission-connected to the aforementioned velvet strip upper winding mechanism 4 and the velvet strip lower winding mechanism 5; a velvet strip transition mechanism 7 is shown, and the velvet strip transition mechanism 7 is arranged on the lower front side of the frame 1.

[0024] See you next time Figure 1 And combined with Figure 2The structure of the upper stripping mechanism 2 is preferably but not absolutely limited to the following: it includes an upper stripping left motor 21, an upper stripping right motor 22, an upper left stripping wheel 23, an upper right stripping wheel 24, an upper stripping baffle 25 and an upper velvet strip guiding hook 26, the upper stripping left motor 21 is arranged in a horizontal position at the left end of the electrical control box cavity 115 of the aforementioned electrical control box 11, the upper stripping left motor 21 is electrically connected to the aforementioned PC controller 111 and the upper stripping left motor shaft 211 of the upper stripping left motor 21 extends forward to the front of the aforementioned control box front box plate 112, that is, it protrudes in front of the control box front box plate 112, and the upper stripping right motor 22 is arranged in a horizontal position at the aforementioned electrical control The upper stripe right motor 22 is electrically connected to the PC controller 111 at the right end of the electrical control box cavity 115 of the box 11, and the upper stripe right motor shaft 221 of the upper stripe right motor 22 extends forward to the front of the control box front box plate 112, that is, it protrudes out of the front of the control box front box plate 112, and the upper left stripe wheel 23 and the upper right stripe wheel 24 are respectively fixed on the aforementioned upper stripe left and right motor shafts 211 and 221 at the position corresponding to the front of the control box front box plate 112, and the upper stripe baffle 25 is fixed to a pair of stripe baffle fixing frames 252 by upper stripe baffle screws 251, and the pair of stripe baffle fixing frames 252 are each fixed by stripe baffle fixing frame screws 2521 ( Figure 2 The upper velvet strip guide hook 26 is fixed to the front side of the control box front box plate 112, and the upper velvet strip guide hook fixing plate 261 is fixed to the front side of the upper end of the upper velvet strip guide hook fixing plate 261, and the upper velvet strip guide hook fixing plate 261 is fixed to the front box plate 112 of the control box at a position located between a pair of strip baffle fixing frames 252.

[0025] The lower stripping mechanism 3 comprises a lower stripping left motor 31, a lower stripping right motor 32, a lower left stripping wheel 33, a lower right stripping wheel 34, a lower stripping baffle 35 and a lower velvet strip guiding hook 36. The lower stripping left motor 31 is arranged in a horizontal position at the left end of the electrical control box cavity 115 of the electrical control box 11 at a position corresponding to the lower position of the upper stripping left motor 21. The lower stripping left motor 31 is electrically connected to the PC controller 111 and the lower stripping left motor shaft 311 of the lower stripping left motor 31 extends forward to the front of the front box plate 112 of the control box. The lower stripping right motor 32 is arranged in a horizontal position at a position corresponding to the lower position of the upper stripping right motor 22. Located at the right end of the electrical control box cavity 115 of the aforementioned electrical control box 11, the lower striping right motor 32 is electrically connected to the PC controller 111 and the lower striping right motor shaft 321 of the lower striping right motor 32 extends forward to the front of the control box front box plate 112, the lower left striping wheel 33 and the lower right striping wheel 34 are respectively fixed on the aforementioned lower striping left and right motor shafts 311 and 321 at positions corresponding to the front of the control box front box plate 112, the lower striping baffle 35 is fixed to the bottom of a pair of striping baffle fixing frames 252 by lower striping baffle screws 351, and the lower velvet strip guide hook 36 is fixed to the front center position of the lower part of the length direction of the aforementioned upper striping baffle 25.

[0026] See also Figure 2 And combined with Figure 1 The upper left slitting wheel 23, the upper right slitting wheel 24, the lower left slitting wheel 33 and the lower right slitting wheel 34 are all plastic wheels, and the upper left slitting wheel 23 has an upper left slitting wheel friction layer 231 on the surrounding surface of the wheel rim, i.e., the circumferential surface of the wheel rim (the same below), the upper right slitting wheel 24 has an upper right slitting wheel friction layer 241 on the surrounding surface of the wheel rim, the lower left slitting wheel 33 has a lower left slitting wheel friction layer 331 on the surrounding surface of the wheel rim, and the lower right slitting wheel 34 has a lower right slitting wheel friction layer 341 on the surrounding surface of the wheel rim. Figure 2 As shown, the space between the upper strip baffle 25 and the upper opposite sides of a pair of strip baffle fixing frames 252 constitutes an upper velvet strip interference-free cavity 27, and the space between the lower strip baffle 35 and the lower opposite sides of a pair of strip baffle fixing frames 252 constitutes a lower velvet strip interference-free cavity 37.

[0027] Since the imitation fur strips to be stripped need to pass through the upper and lower strips interference-free chambers 27 and 37, the imitation fur strips can be cut into strips by the upper and lower strips. Figure 4 The indication is fully understood, for example Figure 4 The first imitation fur strip 8 to be slit as shown passes through the upper left slitting wheel 23 and the upper right slitting wheel 24 at the position of the upper slitting interference-free cavity 27 after being separated. Figure 4The second imitation fur strip 9 to be stripped passes through the aforementioned lower left stripping wheel 33 and lower right stripping wheel 34 at the position of the lower strip interference-free cavity 37 after being separated.

[0028] In the present embodiment, the upper stripe left motor 21, the upper stripe right motor 22, the lower stripe left motor 31 and the lower stripe right motor 32 are stepper motors, but servo motors are not excluded.

[0029] See you next time Figure 1 The left side of the frame 1 is formed with a left hollow wall panel 14, and the right side is formed with a right hollow wall panel 15, and the left and right hollow wall panels 14 and 15 of the frame correspond to each other on the left and right; the above-mentioned velvet strip upper winding mechanism mounting frame 12 includes an upper winding roller frame mounting crossbeam 121, an upper guide roller shaft left supporting arm 122, an upper guide roller shaft middle supporting arm 123 and an upper guide roller shaft right supporting arm 124, the upper winding roller frame mounting crossbeam 121 is formed between the left and right hollow wall panels 14 and 15 of the frame, and the upper guide roller shaft left supporting arm 122 is fixed to the above-mentioned frame in a horizontal cantilever state. On the front side of the left hollow wall panel 14 of the frame, the middle support arm 123 of the upper guide roller is fixed on the front side of the middle column 16 of the frame 1 in a horizontal cantilever state, and the right support arm 124 of the upper guide roller is fixed on the front side of the right hollow wall panel 15 of the frame in a horizontal cantilever state, wherein the left, middle and right support arms 122, 123 and 124 of the upper guide roller are equal in length; the aforementioned velvet strip upper winding mechanism 4 is set with the aforementioned upper winding drum frame mounting crossbeam 121, the left, middle and right support arms 122, 123 and 124 of the upper guide roller as carriers; the aforementioned velvet strip lower winding mechanism is arranged The mounting frame 13 includes a lower winding drum frame mounting crossbeam 131, a lower guide roller shaft left support seat bracket 132, a lower guide roller shaft middle support arm 133 and a lower guide roller shaft right support seat bracket 134. The lower winding drum frame mounting crossbeam 131 is formed between the above-mentioned left and right hollow wall panels 14 and 15 of the frame at a position corresponding to the lower side of the upper winding drum frame mounting crossbeam 121. The lower guide roller shaft left support seat bracket 132 is formed at the lower part of the left hollow wall panel 14 of the frame. The lower guide roller shaft middle support arm 133 is formed at the lower side of the upper guide roller shaft middle support arm 123 corresponding to the lower side of the upper guide roller shaft middle support arm 123. The position is fixed on the front side of the middle column 16 of the frame 1 in a horizontal cantilever state, and the right support seat bracket 134 of the lower guide roller is formed at the lower part of the right hollow wall panel 15 of the frame, wherein the left support seat bracket 132 of the lower guide roller, the middle support arm 133 of the lower guide roller and the right support seat bracket 134 of the lower guide roller are equal in length; the above-mentioned velvet strip lower winding mechanism 5 is set with the above-mentioned lower winding drum frame mounting beam 131, the left support seat bracket 132 of the lower guide roller, the middle support arm 133 of the lower guide roller and the right support seat bracket 134 of the lower guide roller as carriers.

[0030] Please see the key Figure 1 and Figure 3, since the structure of the aforementioned velvet strip lower winding mechanism 5 is the same as that of the aforementioned velvet strip upper winding mechanism 4, the applicant will only explain the structure of the velvet strip upper winding mechanism 4 in detail below, and the velvet strip upper winding mechanism 4 includes an upper winding left roller frame 41, an upper winding right roller frame 42, an upper winding left roller 43, an upper winding right roller 44, an upper guide roller shaft 45, an upper left guide roller 46 and an upper right guide roller 47. The upper winding left roller frame 41 is formed with an upper roller frame cavity 411, and the rear side and the right end port 4125 of the upper roller frame cavity 411 in the longitudinal direction are not closed. An upper winding left roller frame operating handle 414 is arranged on the upper left end of the upper winding left roller frame 41, and an upper winding left roller frame operating handle 414 is arranged on the right end of the aforementioned upper roller frame cavity 411. The roller clamping plate clamping device 412 is provided with a torsion spring force device 413 for the upper winding left roller frame in the middle. The upper winding left roller clamping plate clamping device 412 includes a clamping bolt seat 4121, a clamping bolt stop rod 4122, a clamping spring 4123 and a clamping bolt limiting nut 4124. The clamping bolt seat 4121 is fixed to the right end of the upper roller frame cavity 411 in the aforementioned upper winding left roller frame 41, and a clamping bolt through hole 41211 is provided in the center position of the clamping bolt seat 4121, the clamping bolt stop rod 4122 is fixed to the aforementioned upper winding left roller frame 41 at a position corresponding to the right side of the clamping bolt seat 4121, and the clamping spring 4123 and the clamping bolt limiting nut 4124 are fixed to the aforementioned clamping bolt The position on the left side of the bolt passing through the hole 41211 corresponds to the right side of the clamping bolt seat 4121 from left to right. The aforementioned upper winding left roller frame torsion spring force device 413 includes a pair of torsion spring shaft horizontal support plates 4131, a torsion spring shaft 4132, a torsion spring 4133 and a torsion spring shaft articulated seat 4134. The front ends of the pair of torsion spring shaft horizontal support plates 4131 are fixed to the cavity wall of the upper roller frame cavity 411 in a horizontal cantilever state, and the rear ends constitute a horizontal cantilever end. The torsion spring shaft 4132 is arranged at the rear ends of the pair of torsion spring shaft horizontal support plates 4131. The torsion spring shaft articulated seat 4134 is in the shape of a ⊔, or more precisely, in the shape of an inverted ⊓. A pair of torsion spring shaft articulated seat arms 41341 of the torsion spring shaft articulated seat 4134 are inserted into the aforementioned torsion spring shaft 4132, and the bottom of the torsion spring shaft articulated seat 4134 is fixed to the aforementioned upper winding roller frame mounting crossbeam 121 through a pair of torsion spring shaft articulated seat fixing screws 41342, and the torsion spring 4133 is sleeved on the torsion spring shaft 4132, and the first torsion spring foot 41331 of the torsion spring 4133 is abutted on a torsion spring shaft articulated seat arm located on the left side of a pair of torsion spring shaft articulated seat arms 41341, and the second torsion spring foot 41332 of the torsion spring 4133 is abutted on a torsion spring shaft horizontal support plate located on the right side of the pair of torsion spring shaft horizontal support plates 4131. The structure of the upper winding right roller frame 42 is the same as that of the aforementioned upper winding left roller frame 41, and the left end of the upper winding left roller 43 is supported on the upper winding left roller left support seat 431.The left support seat 431 of the upper winding left roller is rotatably matched with the left support seat bearing 4311 of the upper winding left roller, and the left support seat bearing 4311 of the upper winding left roller is fixed to the front end right side of the left support seat bearing fixing plate 432 by the left support seat bearing fixing screw 43111 of the upper winding left roller, and the rear end left side of the left support seat bearing fixing plate 432 is fixed with a left support seat bearing fixing plate support rod 4321 through the left support seat bearing fixing plate support rod screw 43211 and the left end surface of the aforementioned upper winding left roller frame 41, and the lower end of the left support seat bearing fixing plate support rod 4321 is constituted as a free cantilever end and is supported on the left support seat bearing fixing plate support rod seat 43212 (, Figure 1 The left bearing seat bearing fixing plate support rod seat 43212 is fixed to the left front side of the upper winding drum frame mounting beam 121, by Figure 3As shown, a support rod notch 43123 is formed at the lower end of the left support seat bearing fixing plate support rod 4321, and the support rod notch 43123 cooperates with the notch matching cavity 43124 formed on the left support seat bearing fixing plate support rod seat 43212, and the right end of the upper winding left roller 43 is supported on the upper winding left roller right support seat 433, and the upper winding left roller right support seat 433 is rotatably matched with the upper winding left roller right support seat bearing 4331, and the upper winding left roller right support seat bearing 4331 is passed through the screw clearance hole opened on the right support seat bearing fixing plate 415 by the upper winding left roller right support seat bearing fixing screw 4341 arranged on the left support seat fixing plate handle 434. 4351 is fixed to the right side of the front end of the right support seat bearing fixing plate 435, and a spring bolt 4352 is provided at the rear end of the right support seat bearing fixing plate 435 and at a position corresponding to the aforementioned right end port 4125. The spring bolt 4352 passes through the aforementioned clamping bolt through hole 41211 and the clamping spring 4123 from right to left in sequence, and the aforementioned clamping bolt limiting nut 4124 is screwed on the spring bolt 4352 to limit the left end of the clamping spring 4123, and the right end of the clamping spring 4123 is supported on the left side surface of the clamping bolt seat 4121. The structure of the upper winding right roller 44 is exactly the same as that of the aforementioned upper winding left roller 43. The left end of the upper guide roller 45 is passed through the upper The left guide roller bearing seat 451 is rotatably supported on the upward side of the left support arm 122 of the aforementioned upper guide roller, and the middle part is rotatably supported on the upward side of the middle support arm 123 of the aforementioned upper guide roller through the middle support bearing seat 452 of the upper guide roller, and the right end of the upper guide roller 45 is rotatably supported on the upward side of the right support arm 124 of the aforementioned upper guide roller through the right support bearing seat 453 of the upper guide roller. The upper left guide roller 46 is arranged at the left end of the upper guide roller 45 at a position corresponding to the lower side of the aforementioned upper winding left roller 43, and the surface on the upper left guide roller 46 and located in the length direction of the upper left guide roller 46 is configured with a structure for moving the imitation fur velvet strips that have been completed in stripping along the upper left guide roller The upper left guide roller 46 reciprocates left and right in the length direction and evenly guides the upper left winding roller 43, and the upper right guide roller 47 is arranged at the right end of the upper guide roller shaft 45 at a position corresponding to the lower part of the upper winding right roller 44; the upper right guide roller 47 and the surface of the upper right guide roller 47 in the length direction are provided with an upper right guide roller velvet guide groove 471 for moving the imitation fur velvet strips that have been completed in strips back and forth along the length direction of the upper right guide roller 47 and evenly guiding them to the upper winding right roller 44, and the position of the velvet strip winding guide roller driving mechanism 6 on the left supporting seat bracket 132 of the aforementioned lower guide roller shaft is located below the left end of the aforementioned velvet strip lower winding mechanism 5.Due to the existence of the upper left and right guide roller guide grooves 461 and 471 on the upper left and right guide rollers 46 and 47, evenly wound pile strips can be obtained in the length direction of the upper left and right winding rollers 43 and 44.

[0031] Depend on Figure 3 As shown, due to the action of the torsion spring 4133 of the structural system of the upper winding left roller frame torsion spring force device 413 of the aforementioned upper winding left roller frame 41, the upper winding left roller frame 41 can force the upper winding left roller 43 to be in close contact with the aforementioned upper left guide roller 46. As the winding amount of the imitation fur velvet strips after stripping on the upper winding left roller 43 gradually increases, that is, as the diameter of the bobbin-like effect gradually increases, the torsion spring force of the torsion spring 4133 is gradually overcome. However, due to the action of the torsion spring 4133, the imitation fur velvet strips wound on the upper winding left roller 43 can always be in good contact with the upper left guide roller 46. After the separated (i.e., stripped) imitation fur velvet strips wound on the upper winding left roller 43 reach the amount required by the process, the empty upper winding left roller 43 needs to be replaced. When the upper left winding roller 43 is to be replaced in the stopped state, the online check-in staff will pull back (i.e. push back) the left roller frame operating handle 414 to make the upper left winding roller 43 and the imitation fur strips after being wound thereon move upward away from the left guide roller 46 (i.e. keep a distance from the left guide roller 46), that is, make the upper left winding roller 43 tilt upward. Then, the online staff will also pull the left support seat fixing plate handle 434 to the right (to Figure 1 The left support seat fixing plate handle 434 is used as an example to extend the right support seat bearing fixing plate 435 to an angle, and the rear end of the left support seat fixing plate handle 434 drives the front end of the right support seat bearing fixing plate 435 to extend to the right accordingly, so that the upper winding left roller right support seat 433 is withdrawn from the left cavity opening of the upper winding left roller cavity 437 of the upper winding left roller 43, and the imitation fur velvet strip still connected is cut off, and then the upper winding left roller 43 is taken away to the right and replaced by an empty upper winding left roller 43. Since the replacement operation mode of the upper winding right roller 44 is the same as that of the upper winding left roller 43, and the two winding rollers of the structural system of the velvet strip lower winding mechanism 5 are also the same as the upper winding left and right rollers 43, 44, the applicant will not repeat it.

[0032] As can be seen from the above description, the upper left and right winding rollers 43, 44, the lower left winding roller 52 and the lower right winding roller 53 are reusable turnover parts. For example, if the imitation fur strips wound on the upper left winding roller 43 are rewound and transferred to another coil, the empty upper left winding roller 43 can be reused. The same is true for the upper right winding roller 44 and the lower left and right winding rollers 52, 53, which will not be described in detail.

[0033] Please continue to see Figure 1The aforementioned velvet strip lower winding mechanism 5 includes a lower guide strip roller 51 having the same arrangement and function as the aforementioned upper guide strip roller 45. The left end of the lower guide strip roller 51 is rotatably supported on the upper part of the lower guide strip roller left support seat bracket 132 through a lower guide strip roller left support bearing seat 511. The middle part of the lower guide strip roller 51 is rotatably supported on the aforementioned lower guide strip roller middle support arm 133 through a lower guide strip roller middle support bearing seat 512. The right end of the guide strip roller is rotatably supported on the upper part of the lower guide strip roller right support seat bracket 134 through the lower guide strip roller right support bearing seat 513; the aforementioned velvet strip winding guide strip roller drive mechanism 6 includes a guide strip roller drive motor 61, a guide strip roller drive motor driving wheel 62, a guide strip roller drive transmission belt 63, a guide strip roller drive driven wheel 64, a lower guide strip roller transition transmission wheel 65, an upper guide strip roller drive wheel 66 and a transition transmission belt 67, and the guide strip roller drive motor 61 is connected to the guide strip roller drive motor 61. The guide roller drive motor 61 is electrically connected to the PC controller 111, and the guide roller drive motor 61 is arranged on the aforementioned lower guide roller left support seat bracket 132 with its guide roller drive motor shaft 611 facing left, and is fixed to the motor seat 612 (i.e., the motor fixing seat) located below the left end of the lower guide roller 51. The guide roller drive motor driving wheel 62 is fixed on the aforementioned guide roller drive motor shaft 611, and the lower end of the guide roller drive transmission belt 63 is sleeved on the guide roller drive motor shaft 611. The upper end of the transition transmission belt 67 is mounted on the upper guide roller driving wheel 66, and the lower end is mounted on the lower guide roller transition transmission wheel 65. The upper guide roller driving wheel 66 is fixed to the right end of the upper guide roller 45.

[0034] In this embodiment, the aforementioned guide roller drive motor active wheel 62, guide roller drive driven wheel 64, lower guide roller transition transmission wheel 65 and upper guide roller drive wheel 66 are pulleys; the aforementioned guide roller drive transmission belt 63 and transition transmission belt 67 are transmission belts.

[0035] When the operator presses the power switch 1141, the PC controller 111 gives a working instruction to the guide roller drive motor 61, so that the guide roller drive motor 61 enters the working state, and the guide roller drive motor shaft 611 drives the guide roller drive motor driving wheel 62, which drives the guide roller drive driven wheel 64 through the guide roller drive belt 63, and the guide roller drive driven wheel 64 drives the lower guide roller 51, which drives the lower guide roller 51. The lower guide roller shaft transition transmission wheel 65, and then the lower guide roller shaft transition transmission wheel 65 drives the upper guide roller shaft driving wheel 66 through the transition transmission belt 67, and the upper guide roller shaft driving wheel 66 drives the strip roller shaft 45. In the above-mentioned state, the lower left guide roller 54, which is equivalent to the upper left guide roller 46, and the lower right guide roller 55, which is equivalent to the upper right guide roller 47, which is set at the left end of the lower guide roller shaft 51, rotate with the lower guide roller shaft 51. At the same time, the upper left guide roller 46 and the upper right guide roller 47 also rotate with the upper guide roller shaft 45. When the above-mentioned velvet winding guide roller driving mechanism 6 is in the working state, the above-mentioned working state indicator light 1144 is turned on, and vice versa.

[0036] Depend on Figure 1 As shown, a lower guide roller support seat cross beam 135 is formed between the opposite sides of the front lower part of the aforementioned lower guide roller left support seat bracket 132 and the lower guide roller right support seat bracket 134, and the aforementioned velvet strip transition mechanism 7 is arranged on the front side of the lower guide roller support seat cross beam 135.

[0037] See you next time Figure 1 The aforementioned velvet strip transition mechanism 7 includes a left guide strip wheel frame 71, a right guide strip wheel frame 72, an upper guide wheel 73 of the left guide strip wheel frame, a lower guide wheel 74 of the left guide strip wheel frame, an upper guide wheel 75 of the right guide strip wheel frame, and a lower guide wheel 76 of the right guide strip wheel frame. The left guide strip wheel frame 71 is fixed to the left front end of the lower guide strip roller shaft support seat cross beam 135, the right guide strip wheel frame 72 is fixed to the right front end of the lower guide strip roller shaft support seat cross beam 135, and the upper guide wheel 73 of the left guide strip wheel frame is fixed to the left front end of the lower guide strip roller shaft support seat cross beam 135. The guide wheel shaft on the guide wheel frame is rotatably set on the upper left side of the left guide wheel frame 71, the lower guide wheel 74 of the left guide wheel frame is rotatably set on the lower right side of the left guide wheel frame 71 through the lower guide wheel shaft of the left guide wheel frame, the upper guide wheel 75 of the right guide wheel frame is rotatably set on the upper left side of the right guide wheel frame 72 through the upper guide wheel shaft of the right guide wheel frame, and the lower guide wheel 76 of the right guide wheel frame is rotatably set on the lower right side of the right guide wheel frame 72 through the lower guide wheel shaft of the right guide wheel frame.

[0038] Depend on Figure 1 As shown, the aforementioned left guide wheel frame 71 and right guide wheel frame 72 are each made of angle steel, that is, each of the angle steels with a cross-sectional shape tending to be inverted L-shaped. However, other equivalent materials and shapes thereof can also be used to replace the left and right guide wheel frames 71, 72.

[0039] See also Figure 4 , and combined with Figures 1 to 3 , the applicant briefly describes the use process of the utility model, Figure 4 The figure shows the first imitation fur strip 8 and the second imitation fur strip 9 which have not been slit. Usually, the first and second imitation fur strips 8 and 9 are slit at the same time. After slitting, four rolls are formed which are respectively wound on the upper left and right winding rollers 43 and 44, the lower left winding roller 52 and the lower right winding roller 53. Figure 4 The first imitation fur strip 8 to be divided is torn out (torn apart) by hand from the middle in the width direction to form two strips, and the starting end of one of the two strips is Figure 4 The path shown in the figure leads in sequence through the upper velvet strip guide hook 26, the left side of the upper velvet strip interference-free cavity 27, around the upper left slitting wheel friction layer 231 (around one circle) of the upper left slitting wheel 23, the upper guide wheel 73 of the left guide wheel frame, the upper left guide roller velvet strip guide groove 461 of the upper left guide roller 46, and the starting end is led to the upper left winding roller 43; the starting end of the other of the two strips is led in sequence through the right side of the upper velvet strip interference-free cavity 27, around the upper right slitting wheel friction layer 241 (around one circle) of the upper right slitting wheel 24, the upper guide wheel 75 of the right guide wheel frame, the upper right guide roller velvet strip guide groove 471 of the upper right guide roller 47, and the starting end is led to the upper right winding roller 44. Figure 4 The second imitation fur strip 9 to be divided is torn out (torn apart) by hand in advance to form two strips, and the starting end of one of the two strips is pressed Figure 4The path shown in the figure leads in sequence through the lower velvet strip guide hook 36, the left side of the lower velvet strip interference-free cavity 37, is wound around, that is, is wrapped around, the lower left slitting wheel 33 for one circle, the lower guide wheel 74 of the left guide wheel frame, the lower left guide roller velvet strip guide groove 541 of the lower left guide roller 54, and the starting end is led to the lower left winding roller 52; the starting end of the other of the two strips passes in sequence through the right side (right side) of the lower velvet strip interference-free cavity 37, is wrapped around, the lower right slitting wheel friction layer 341 of the lower right slitting wheel 34 for one circle, the lower guide wheel 76 of the right guide wheel frame, the lower right guide roller velvet strip guide groove 551 of the lower right guide roller 55, and the starting end is led to the lower right winding roller 53. Then press the upper stripping mechanism control button 1142 and the lower stripping mechanism control button 1143, take the upper stripping mechanism 2 as an example, when pressing the upper stripping mechanism control button 1142, the upper stripping left motor 21 works, and the upper left stripping wheel 23 is driven to rotate by the upper stripping left motor shaft 211, and the upper stripping right motor 22 works at the same time, and the upper right stripping wheel 24 is driven by the upper stripping right motor shaft 221, thereby entering the automatic stripping state. In this state, the aforementioned velvet strip winding guide roller drive mechanism 6 is in a working state, and the specific working process has been described above and will not be repeated here. Since the working form of the lower stripping mechanism 3 is the same as that of the upper stripping mechanism 2, the applicant only makes a brief description, such as the operator presses the lower stripping mechanism control button 1143, the lower stripping left and right motors 31, 32 work, and the lower left and right motor shafts 311, 321 drive the lower left and right stripping wheels 33, 34 respectively, thereby entering the automatic stripping state.

[0040] The applicant needs to explain that: in some cases, for example, when the amount of the first imitation fur velvet strips 8 or the second imitation fur velvet strips 9 provided by the current process is small, it is possible to use only the upper slitting mechanism 2 or the lower slitting mechanism 3. In addition, if a slitting mechanism is added on the basis of the existing upper and lower slitting mechanisms 2 and 3 and a velvet strip rolling mechanism is added on the basis of the upper and lower rolling mechanisms 4 and 5 according to the technical content disclosed in this application, then it should be regarded as an equivalent technical means and still belongs to the technical connotation scope disclosed in this application.

[0041] In summary, the technical solution provided by the utility model makes up for the shortcomings of the existing technology, successfully completes the invention task, and faithfully realizes the technical effects stated by the applicant in the technical effect column above.

Claims

1. A fur-like fleece slitting machine, characterized in that: The invention comprises a frame (1), an electrical control box (11) is arranged on the upper part of the frame (1), a PC controller (111) is arranged in the electrical control box cavity (115) of the electrical control box (11), a control panel (113) electrically connected to the electrical control box (11) and a group of operation control switches (114) are arranged on the left side of the control box front panel (112) of the electrical control box (11), a velvet strip upper winding mechanism mounting frame (12) and a velvet strip lower winding mechanism mounting frame (13) located below the velvet strip upper winding mechanism mounting frame (12) are formed in the middle part of the front side in the height direction of the frame (1); an upper stripping mechanism (2) and a lower stripping mechanism (3), the upper stripping mechanism (2) and the lower stripping mechanism (3) are connected to each other The upper and lower corresponding states are arranged on the electrical control box (11) and are electrically connected to the PC controller (111); an upper velvet winding mechanism (4) and a lower velvet winding mechanism (5) are arranged in correspondence with each other, the upper velvet winding mechanism (4) is arranged on the upper velvet winding mechanism mounting frame (12), and the lower velvet winding mechanism (5) is arranged on the lower velvet winding mechanism mounting frame (13); a velvet winding guide roller driving mechanism (6) electrically connected to the PC controller (111), the velvet winding guide roller driving mechanism (6) is arranged on the lower left side of the frame (1) and is simultaneously transmission-connected to the upper velvet winding mechanism (4) and the lower velvet winding mechanism (5); a velvet transition mechanism (7), the velvet transition mechanism (7) is arranged on the lower front side of the frame (1).

2. The imitation fur slitting machine according to claim 1, characterized in that: The upper stripping mechanism (2) comprises an upper stripping left motor (21), an upper stripping right motor (22), an upper left stripping wheel (23), an upper right stripping wheel (24), an upper stripping baffle (25) and an upper velvet strip guiding hook (26); the upper stripping left motor (21) is disposed in a horizontal position at the left end of an electrical control box cavity (115) of the electrical control box (11); the upper stripping left motor (21) is electrically connected to the PC controller (111) and the upper stripping left motor shaft (211) of the upper stripping left motor (21) extends forward to the front of the control box front panel (112); the upper stripping right motor (22) is disposed in a horizontal position at the right end of the electrical control box cavity (115) of the electrical control box (11); the upper stripping right motor (22) is electrically connected to the PC controller (111) and the upper stripping right motor (22) The upper strip right motor shaft (221) extends forward to the front of the control box front box plate (112); the upper left strip wheel (23) and the upper right strip wheel (24) are respectively fixed on the upper strip left and right motor shafts (211, 221) at positions corresponding to the front of the control box front box plate (112); the upper strip baffle (25) is fixed to a pair of strip baffle fixing frames (252) by means of upper strip baffle screws (251); and the pair of strip baffle fixing frames (252) are each fixed to the front side of the control box front box plate (112) by means of strip baffle fixing frame screws (2521); the upper velvet strip guide hook (26) is fixed to the upper front side of the upper velvet strip guide hook fixing plate (261); and the upper velvet strip guide hook fixing plate (261) is fixed to the control box front box plate (112) at a position between the pair of strip baffle fixing frames (252);The lower stripping mechanism (3) comprises a lower stripping left motor (31), a lower stripping right motor (32), a lower left stripping wheel (33), a lower right stripping wheel (34), a lower stripping baffle (35) and a lower velvet strip guiding hook (36); the lower stripping left motor (31) is disposed in a horizontal position at the left end of the electrical control box cavity (115) of the electrical control box (11) at a position corresponding to the lower side of the upper stripping left motor (21); the lower stripping left motor (31) is electrically connected to the PC controller (111) and the lower stripping left motor shaft (311) of the lower stripping left motor (31) extends forward to the front of the control box front panel (112); the lower stripping right motor (32) is disposed in a horizontal position at a position corresponding to the lower side of the upper stripping right motor (22) The lower striping right motor (32) is electrically connected to the PC controller (111) and the lower striping right motor shaft (321) of the lower striping right motor (32) extends forward to the front of the control box front box plate (112). The lower left striping wheel (33) and the lower right striping wheel (34) are respectively fixed on the lower striping left and right motor shafts (311, 321) at positions corresponding to the front of the control box front box plate (112). The lower striping baffle (35) is fixed to the lower part of a pair of striping baffle fixing frames (252) by means of lower striping baffle screws (351). The lower velvet strip guide hook (36) is fixed to the front center position of the lower part of the upper striping baffle (25) in the length direction.

3. The imitation fur slitting machine according to claim 2, characterized in that: The upper left slitting wheel (23), the upper right slitting wheel (24), the lower left slitting wheel (33) and the lower right slitting wheel (34) are all plastic wheels, and the upper left slitting wheel (23) is combined with an upper left slitting wheel friction layer (231) on the peripheral surface of the wheel rim, the upper right slitting wheel (24) is combined with an upper right slitting wheel friction layer (241) on the peripheral surface of the wheel rim, and the lower left slitting wheel (33) is combined with a lower left slitting wheel friction layer (241) on the peripheral surface of the wheel rim. A layer (331) is formed, and a lower right slitting wheel friction layer (341) is combined on the surrounding surfaces of the rim of the lower right slitting wheel (34); the space between the upper slitting baffle (25) and the upper sides of a pair of slitting baffle fixing frames (252) facing each other constitutes an upper velvet strip interference-free cavity (27), and the space between the lower slitting baffle (35) and the lower sides of a pair of slitting baffle fixing frames (252) facing each other constitutes a lower velvet strip interference-free cavity (37).

4. The imitation fur velvet slitting machine according to claim 2, characterized in that: The upper striping left motor (21), the upper striping right motor (22), the lower striping left motor (31) and the lower striping right motor (32) are stepping motors or servo motors.

5. The imitation fur slitting machine according to claim 1, characterized in that: A left hollow wall panel (14) is formed on the left side of the frame (1), and a right hollow wall panel (15) is formed on the right side of the frame, and the left and right hollow wall panels (14, 15) of the frame correspond to each other on the left and right sides; the velvet strip upper winding mechanism mounting frame (12) comprises an upper winding roller frame mounting crossbeam (121), an upper guide roller shaft left supporting arm (122), an upper guide roller shaft middle supporting arm (123) and an upper guide roller shaft right supporting arm (124), the upper winding roller frame mounting crossbeam (121) is formed between the left and right hollow wall panels (14, 15) of the frame, and the upper guide roller shaft left supporting arm (122) is fixed to the frame in a horizontal cantilever state. The upper guide roller shaft middle support arm (123) is fixed on the front side of the frame middle column (16) of the frame (1) in a horizontal cantilever state, and the upper guide roller shaft right support arm (124) is fixed on the front side of the frame right hollow wall panel (15) in a horizontal cantilever state, wherein the left, middle and right support arms (122, 123, 124) of the upper guide roller shaft are equal in length; the velvet strip upper winding mechanism (4) is arranged with the upper winding roller frame mounting crossbeam (121) and the upper guide roller shaft left, middle and right support arms (122, 123, 124) as carriers; the velvet strip lower winding mechanism mounting frame ( The invention relates to a machine frame comprising a lower winding roller frame mounting crossbeam (131), a lower guide roller shaft left support seat bracket (132), a lower guide roller shaft middle support arm (133) and a lower guide roller shaft right support seat bracket (134); the lower winding roller frame mounting crossbeam (131) is formed between the left and right hollow wall panels (14, 15) of the frame at a position corresponding to the lower part of the upper winding roller frame mounting crossbeam (121); the lower guide roller shaft left support seat bracket (132) is formed at the lower part of the left hollow wall panel (14) of the frame; the lower guide roller shaft middle support arm (133) is formed at a position corresponding to the lower part of the upper guide roller shaft middle support arm (123); The lower guide roller right support seat bracket (134) is arranged in a horizontal cantilever state and fixed on the front side of the middle column (16) of the frame (1); the lower guide roller right support seat bracket (134) is formed at the lower part of the right hollow wallboard (15) of the frame; wherein the lower guide roller left support seat bracket (132), the lower guide roller middle support arm (133) and the lower guide roller right support seat bracket (134) are of equal length; the velvet strip lower winding mechanism (5) is arranged with the lower winding drum frame mounting crossbeam (131), the lower guide roller left support seat bracket (132), the lower guide roller middle support arm (133) and the lower guide roller right support seat bracket (134) as carriers.

6. The imitation fur velvet slitting machine according to claim 5, characterized in that: The structure of the velvet strip lower winding mechanism (5) is the same as that of the velvet strip upper winding mechanism (4), and the velvet strip upper winding mechanism (4) comprises an upper winding left roller frame (41), an upper winding right roller frame (42), an upper winding left roller (43), an upper winding right roller (44), an upper guide roller shaft (45), an upper left guide roller (46) and an upper right guide roller (47). The upper winding left roller frame (41) is formed with an upper roller frame cavity (411), and the rear side and the right end port (4125) of the upper roller frame cavity (411) in the longitudinal direction are not closed. An upper winding left roller frame operating handle (414) is provided at the upper left end of the upper winding left roller frame (41), and an upper winding left roller frame operating handle (414) is provided at the right end of the upper roller frame cavity (411). The roller clamping plate clamping device (412) is provided with a torsion spring force device (413) for the upper winding left roller frame in the middle. The upper winding left roller clamping plate clamping device (412) comprises a clamping bolt seat (4121), a clamping bolt stop rod (4122), a clamping spring (4123) and a clamping bolt limiting nut (4124). The clamping bolt seat (4121) is fixed to the right end of the upper roller frame cavity (411) in the upper winding left roller frame (41), and a clamping bolt through hole (41211) is provided at the center position of the clamping bolt seat (4121). The clamping bolt stop rod (4122) is fixed to the upper winding left roller frame (41) at a position corresponding to the right side of the clamping bolt seat (4121). The clamping spring (4123) and the clamping bolt limiting nut (4124) are provided. The torsion spring force device (413) of the upper winding left roller frame comprises a pair of torsion spring shaft horizontal support plates (4131), a torsion spring shaft (4132), a torsion spring (4133) and a torsion spring shaft articulated seat (4134). The front ends of the pair of torsion spring shaft horizontal support plates (4131) are fixed to the cavity wall of the upper roller frame cavity (411) in a horizontal cantilever state, and the rear ends constitute a horizontal cantilever end. The torsion spring shaft (4132) is arranged at the rear ends of the pair of torsion spring shaft horizontal support plates (4131). The torsion spring shaft articulated seat (4134) is shaped like a letter "⊔". The torsion spring shaft articulated seat (4134) is shaped, a pair of torsion spring shaft articulated seat arms (41341) of the torsion spring shaft articulated seat (4134) are inserted into the torsion spring shaft (4132), and the bottom of the torsion spring shaft articulated seat (4134) is fixed to the upper winding drum frame mounting crossbeam (121) by a pair of torsion spring shaft articulated seat fixing screws (41342), and the torsion spring (4133) is sleeved on the torsion spring shaft (4132), and the first torsion spring foot (41331) of the torsion spring (4133) is abutted on a torsion spring shaft articulated seat arm located on the left side of the pair of torsion spring shaft articulated seat arms (41341), and the second torsion spring foot (41332) of the torsion spring (4133) is abutted on a torsion spring shaft horizontal support plate located on the right side of the pair of torsion spring shaft horizontal support plates (4131).The structure of the upper winding right roller frame (42) is the same as that of the upper winding left roller frame (41). The left end of the upper winding left roller (43) is supported on the left support seat (431) of the upper winding left roller. The left support seat (431) of the upper winding left roller is rotatably matched with the left support seat bearing (4311) of the upper winding left roller. The left support seat bearing (4311) of the upper winding left roller is fixed to the right side of the front end of the left support seat bearing fixing plate (432) by means of the upper winding left roller left support seat bearing fixing screw (43111). The rear end of the left support seat bearing fixing plate (432) is welded and fixed to the left end face of the upper winding left roller frame (41). A left support seat bearing fixing plate support rod (4321) is fixed to the left end surface of the upper winding left roller frame (41) through the fixing plate support rod screw (43211). The lower end of the left support seat bearing fixing plate support rod (4321) is configured as a free cantilever end and is supported on the left support seat bearing fixing plate support rod seat (43212). The left support seat bearing fixing plate support rod seat (43212) is fixed to the left end front side of the upper winding roller frame mounting cross beam (121). The right end of the upper winding left roller (43) is supported on the upper winding left roller right support seat (433). The upper winding left roller right support seat (433) is rotatably matched with the upper winding left roller right support seat bearing (4331). The right bearing seat fixing screw (4341) of the upper winding left roller on the left bearing seat fixing plate handle (434) is fixed to the right side of the front end of the right bearing seat fixing plate (435) after passing through the screw clearance hole (4351) provided on the right bearing seat fixing plate (435). A spring bolt (4352) is provided at the rear end of the right bearing seat fixing plate (435) and at a position corresponding to the right end port (4125). The spring bolt (4352) passes through the clamping bolt passing hole (41211) and the clamping spring (4123) from right to left in sequence, and the clamping bolt limiting nut (4124) is screwed on the spring bolt (4352) to clamp the clamping spring (4123). 23), and the right end of the clamping spring (4123) is supported on the left side of the clamping bolt seat (4121). The structure of the upper winding right roller (44) is exactly the same as the structure of the upper winding left roller (43). The left end of the upper guide roller (45) is rotatably supported on the upper side of the left support arm (122) of the upper guide roller through the left support bearing seat (451) of the upper guide roller, and the middle part is rotatably supported on the upper side of the middle support arm (123) of the upper guide roller through the middle support bearing seat (452) of the upper guide roller, and the right end of the upper guide roller (45) is rotatably supported on the upper side of the right support arm (124) of the upper guide roller through the right support bearing seat (453) of the upper guide roller.The upper left guide roller (46) is arranged at the left end of the upper guide roller shaft (45) at a position corresponding to the lower part of the upper winding left roller (43); the upper left guide roller (46) and the surface of the upper left guide roller (46) in the length direction thereof are provided with an upper left guide roller velvet guide groove (461) for guiding the imitation fur velvet strips which have been divided into strips to move back and forth left and right along the length direction of the upper left guide roller (46) and evenly to the upper winding left roller (43); the upper right guide roller (47) is arranged at a position corresponding to the lower part of the upper winding right roller (44); The position is arranged at the right end of the upper guide roller shaft (45); the upper right guide roller (47) and the surface located in the length direction of the upper right guide roller (47) is formed with an upper right guide roller velvet guide groove (471) for evenly guiding the imitation fur velvet strips that have been stripped to the upper right winding roller (44) by moving them back and forth along the length direction of the upper right guide roller (47); the velvet strip winding guide roller driving mechanism (6) is located on the lower guide roller shaft left support seat bracket (132) below the left end of the velvet strip lower winding mechanism (5).

7. The imitation fur slitting machine according to claim 6, characterized in that: The velvet strip lower winding mechanism (5) comprises a lower guide strip roller (51) which is arranged in the same manner and has the same function as the upper guide strip roller (45); the velvet strip winding guide strip roller driving mechanism (6) comprises a guide strip roller driving motor (61), a guide strip roller driving motor driving wheel (62), a guide strip roller driving transmission belt (63), a guide strip roller driving driven wheel (64), a lower guide strip roller transition transmission wheel (65), an upper guide strip roller driving wheel (66) and a transition transmission belt (67); the guide strip roller driving motor (61) is electrically controlled and connected to the PC controller (111); the guide strip roller driving motor (61) is arranged on the lower guide strip roller left support seat bracket (132) with its guide strip roller driving motor shaft (611) facing left and connected to the lower guide strip roller left support seat bracket (132) and the lower guide strip roller left support seat bracket (132) with its guide strip roller driving motor shaft (611) facing left. The motor seat (612) below the left end of the roller shaft (51) is fixed, the guide strip roller shaft driving motor driving wheel (62) is fixed on the guide strip roller shaft driving motor shaft (611), the lower end of the guide strip roller shaft driving transmission belt (63) is sleeved on the guide strip roller shaft driving motor driving wheel (62), and the upper end is sleeved on the guide strip roller shaft driving driven wheel (64), the guide strip roller shaft driving driven wheel (64) is fixed to the left end of the lower guide strip roller shaft (51), the lower guide strip roller shaft transition transmission wheel (65) is fixed to the right end of the lower guide strip roller shaft (51), the upper end of the transition transmission belt (67) is sleeved on the upper guide strip roller shaft driving wheel (66), and the lower end is sleeved on the lower guide strip roller shaft transition transmission wheel (65), and the upper guide strip roller shaft driving wheel (66) is fixed to the right end of the upper guide strip roller shaft (45).

8. The imitation fur slitting machine according to claim 7, characterized in that: The guide strip roller drive motor driving wheel (62), the guide strip roller drive driven wheel (64), the lower guide strip roller transition transmission wheel (65) and the upper guide strip roller drive wheel (66) are pulleys; the guide strip roller drive transmission belt (63) and the transition transmission belt (67) are transmission belts.

9. The imitation fur slitting machine according to claim 5, characterized in that: A lower guide roller shaft support seat crossbeam (135) is formed between the opposite sides of the front lower parts of the lower guide roller shaft left support seat bracket (132) and the lower guide roller shaft right support seat bracket (134), and the velvet strip transition mechanism (7) is arranged on the front side of the lower guide roller shaft support seat crossbeam (135).

10. The imitation fur slitting machine according to claim 9, characterized in that: The velvet strip transition mechanism (7) comprises a left guide strip wheel frame (71), a right guide strip wheel frame (72), an upper guide wheel (73) of the left guide strip wheel frame, a lower guide wheel (74) of the left guide strip wheel frame, an upper guide wheel (75) of the right guide strip wheel frame and a lower guide wheel (76) of the right guide strip wheel frame. The left guide strip wheel frame (71) is fixed to the left front end of the lower guide strip roller shaft support seat cross beam (135), the right guide strip wheel frame (72) is fixed to the right front end of the lower guide strip roller shaft support seat cross beam (135), and the upper guide wheel (73) of the left guide strip wheel frame is fixed to the right front end of the lower guide strip roller shaft support seat cross beam (135). ) is rotatably arranged on the upper left side of the left guide bar wheel frame (71) through the guide wheel shaft on the left guide bar wheel frame, the lower guide wheel (74) of the left guide bar wheel frame is rotatably arranged on the lower right side of the left guide bar wheel frame (71) through the lower guide wheel shaft of the left guide bar wheel frame, the upper guide wheel (75) of the right guide bar wheel frame is rotatably arranged on the upper left side of the right guide bar wheel frame (72) through the upper guide wheel shaft of the right guide bar wheel frame, and the lower guide wheel (76) of the right guide bar wheel frame is rotatably arranged on the lower right side of the right guide bar wheel frame (72) through the lower guide wheel shaft of the right guide bar wheel frame.

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