CN104925573A - Dialysis paper slitting device - Google Patents
Dialysis paper slitting device Download PDFInfo
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- CN104925573A CN104925573A CN201510310048.7A CN201510310048A CN104925573A CN 104925573 A CN104925573 A CN 104925573A CN 201510310048 A CN201510310048 A CN 201510310048A CN 104925573 A CN104925573 A CN 104925573A
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Abstract
The invention relates to a dialysis paper slitting device which comprises a bottom plate. A fixing plate is welded on the right side of the upper end face of the bottom plate, an upright V-shaped tension structure, an inverted V-shaped tension structure and two clamping rollers are sequentially arranged on the fixing plate from right to left, the upright V-shaped tension structure comprises three first tension rollers which are welded on the fixing plate in the form of an upright V-shaped structure, the inverted V-shaped tension structure comprises three second tension rollers which are welded on the fixing plate in the form of an inverted V-shaped structure, an automatic slitting device is placed in the middle of the upper end face of the bottom plate, an automatic winding device is placed on the left side of the upper end face of the bottom plate, and dialysis paper sequentially penetrates the three first tension rollers on the upright V-shaped tension structure, the three second tension rollers on the inverted V-shaped tension structure, the two clamping rollers and the automatic slitting device from right to left and is wound on a winding frame. On the premise of low cost, the dialysis paper can be rapidly and intermittently slit and wound, and the dialysis paper slitting device has the advantages of low cost, simplicity and convenience in operation, high working efficiency, wide applicable range and the like.
Description
Technical field
The present invention relates to medical dialyzing paper manufacturing technology field, particularly a kind of dialyzing paper cutting apparatus.
Background technology
Dialyzing paper is multiplex in medical sterilizing, and one side is high density polyethylene (HDPE), and be mainly used in the sterilizing of the blister plastic packaging of some the 3rd class medicine equipments than higher-end, the benefit of dialyzing paper to pass in and out steam, but waterproof, with capper involution during use.
The production technology of dialyzing paper mainly comprises wood pulp hydrolysis, lapping, roll-in, oven dry fine paper, rolling, seals, cuts and pack, and cut be dialyzing paper produce complete before one important process, be directly connected to the work efficiency of existing manufacturer bulk transport and packaging, due to existing dialyzing paper cutting apparatus substantially with dialyzing paper pipelining equipment together with selling, due to pipelining equipment complex structure, expensive price and complicated operation, general small-scale production company is difficult to buy.Therefore, according to the deficiencies in the prior art, be badly in need of a kind of dialyzing paper cutting apparatus with simple, easy and simple to handle, the with low cost and work efficiency advantages of higher of structure.
Summary of the invention
In order to solve the problem, the invention provides a kind of dialyzing paper cutting apparatus, solve the difficult problem that existing small-sized manufacturer is difficult to due to factors such as dialyzing paper pipelining equipment complex structure, expensive price and complicated operations buy, dialyzing paper fast speed interval can be realized cut and winding function under the prerequisite of low cost, there is the advantages such as with low cost, easy and simple to handle, work efficiency is high and applied widely.
To achieve these goals, the present invention realizes by the following technical solutions: a kind of dialyzing paper cutting apparatus, comprises base plate, is welded with adapter plate on the right side of the upper surface of described base plate, described adapter plate is turned left from the right side and is disposed with positive V-type tension structure, reverse V-shaped tension structure and two pinch rolls, described positive V-type tension structure comprises three idler rollers be welded in positive V-structure on adapter plate, positive V-type tension structure plays the function of a tensioning, described reverse V-shaped tension structure comprises three No. two idler rollers in reverse V-shaped structure welding on adapter plate, reverse V-shaped tension structure plays the function of twice tensioning, and tension effects is good, lay automatic cutting device in the middle part of the upper surface of described base plate, automatic cutting device can realize continuous print interval splitting function, automatic winder is laid on the left of the upper surface of described base plate, described automatic winder comprises the erecting frame that symmetry is placed in base plate both sides, be connected by two crossbeams between described two erecting frames, crossbeam plays the function connected with fixing two erecting frames, by bearing, a S. A. is installed between described two erecting frame upper ends, by key, winding stand is installed in the middle part of a described S. A., described S. A. one end is connected with winding motor by coupler, described winding motor is arranged on a stay bearing plate by motor cabinet, a described stay bearing plate is welded on erecting frame, described automatic winder is wound with dialyzing paper, described dialyzing paper is turned left from the right side and is passed three idler rollers positive V-type tension structure successively, three No. two idler rollers, two pinch rolls and the automatic cutting device on reverse V-shaped tension structure is wrapped on winding stand.
As a preferred technical solution of the present invention, the clearance distance between described two pinch rolls is 1mm to 3mm, can ensure that pinch roll is to the sufficient gripping power of dialyzing paper, has suitable tension force performance when making dialyzing paper enter into automatic cutting device.
During use, after winding motor is started working, winding motor drives a S. A. to rotate, a S. A. drives winding stand to rotate, winding stand starts to reel uniformly dialyzing paper, first dialyzing paper passes through three idler rollers on positive V-type tension structure, positive V-type tension structure carries out a tension adjustment to dialyzing paper, then dialyzing paper three No. two idler rollers on reverse V-shaped tension structure, reverse V-shaped tension structure carries out secondary tension adjustment to dialyzing paper, thus make dialyzing paper before cutting, have suitable tension force performance, then dialyzing paper is through two pinch rolls, two pinch rolls play clamping and regulate the effect of dialyzing paper height, a point tangent plane for dialyzing paper and automatic cutting device is made to be in same plane, ensure that automatic cutting device has suitable tension force performance when cutting dialyzing paper, dialyzing paper after automatic cutting device interval is cut constantly is wound on winding stand due to the propulsive effort of winding motor, achieve dialyzing paper fast speed interval to cut and winding function, structure of the present invention is simple, easy and simple to handle, with low cost, work efficiency is high, some small-sized manufacturers also have the ability to buy, applied widely.
As a preferred technical solution of the present invention, described automatic cutting device comprises symmetry and is placed in two bracing frames on base plate, and described two bracing frame upper surfaces are welded with transverse slat, and two bracing frames play the effect supporting transverse slat; Described transverse slat is symmetrically welded with four fore-sets along the central axis of transverse slat; Described four fore-set upper ends are provided with adapter plate by screw, to be located by connecting adapter plate by four fore-sets; Be provided with matrix folding frame in the middle part of described adapter plate, the concave part of matrix folding frame is used for cutting dialyzing paper; In the middle part of described transverse slat, bilateral symmetry is welded with two convex framves; Be symmetrically welded with two joint pins between described two convex framves, two joint pins play the effect connecting and fix two convex framves; By bearing, No. two S. A.s are installed between described two convex framves; Described No. two S. A. one end are connected with by coupler cuts motor; Described motor of cutting is arranged on No. two stay bearing plates by motor cabinet; Described No. two stay bearing plates are welded on convex frame; Irregular scrobicular ring is provided with in the middle part of described No. two S. A.s; Described irregular scrobicular ring lower end abutment cuts axle, is driven cut axle up-and-down movement by the specific profile shape of irregular scrobicular ring; Described lower end of cutting axle is welded with knife plate; The bilateral symmetry of described knife plate is provided with two expansion links; The upper cover of piston rod of described every root expansion link is equipped with limit spring, and limit spring plays spacing effect, and the upper end of every root expansion link is arranged on the lower surface of corresponding joint pin; The inwall of described every root joint pin is all welded with Z-type connecting rod; The end of described every root Z-type connecting rod is all welded with one directly slightly larger than the semicircle cylinder of cutting axle; The both sides of described each semicircle cylinder are all symmetrically welded with two hangers; Be symmetrically connected with two caging bolts between four hangers on described two semicircle cylinders, caging bolt plays the effect of connection two semicircle cylinders, and two semicircle cylinders play spacing effect of cutting axle, and making to cut axle can only move up and down in the vertical direction; Carving knife is symmetrically welded with in the middle part of the lower surface of described knife plate; The edge of a knife of described carving knife is corresponding on matrix folding frame, and carving knife cuts dialyzing paper in the continuous intermittence back and forth in matrix folding frame place.
As a preferred technical solution of the present invention, distance between described irregular scrobicular ring surface and No. two rotating shaft surface evenly reduces from top to bottom successively, when No. two S. A.s are in slew mode, be resisted against irregular scrobicular ring surface owing to cutting axle always, utilize the specific profile line of irregular scrobicular ring to make to cut axle and make vertical up and down movement two semicircle cylinder inside, thus make to cut axle drive carving knife at matrix folding frame place constantly back and forth intermittence cut dialyzing paper.
As a preferred technical solution of the present invention, the lateral dimension of described matrix folding frame is 1mm to 3mm, the speed of cutting, if the lateral dimension of matrix folding frame is excessive, so dialyzing paper is when cutting because downward point shear force meeting is toward lower recess, have impact on the efficiency and irregularity of cutting like this, therefore with regard to serious, less matrix folding frame lateral dimension is conducive to carving knife and cuts dialyzing paper uniformly, and work efficiency is high.
As a preferred technical solution of the present invention, the cross-sectional area of described carving knife reduces from top to bottom successively; The edge of a knife shape submission of described carving knife is for the zig-zag staggered, make carving knife that dialyzing paper is cut into zig-zag, but do not cut off, be convenient to the winding of cutting rear dialyzing paper, and this mode of cutting only needs manually to tear during point cut paper can separate adjacent two sections of dialyzing papers when people uses, easy and simple to handle, structure is simple, and work efficiency is high.
During use, when dialyzing paper enters into the adapter plate on automatic cutting device, cut motor to start working, cut driven by motor No. two S. A.s to rotate, be resisted against irregular scrobicular ring surface owing to cutting axle always, utilize the specific profile line of irregular scrobicular ring to make to cut axle and make vertical up and down movement two semicircle cylinder inside, cutting axle drives knife plate to be synchronized with the movement up and down, because knife plate both sides are provided with two expansion links, expansion link is arranged with limit spring, utilize the telescopicing performance of expansion link and the elasticity of limit spring to make carving knife carry out regular interval up and down at matrix folding frame place and cut dialyzing paper, structure is simple, with low cost, work efficiency is high, some small-sized manufacturers also have the ability to buy, applied widely.
Beneficial effect of the present invention is: the present invention compared to existing technology, structure is simple, easy and simple to handle, with low cost, work efficiency is high, the automatic cutting device of design utilizes the telescopicing performance of expansion link and the elasticity of limit spring to make carving knife carry out regular interval up and down at matrix folding frame place and cuts dialyzing paper, because the edge of a knife shape submission of carving knife is for the zig-zag staggered, make carving knife that dialyzing paper is cut into zig-zag, but do not cut off, winding stand can reel dialyzing paper rapidly and uniformly, dialyzing paper fast speed interval can be realized cut and winding function under the prerequisite of low cost, some little producers are made also to have the ability to buy, applied widely, solve existing small-sized manufacturer due to dialyzing paper pipelining equipment complex structure, the factor such as expensive price and complicated operation and be difficult to buy a difficult problem.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is structural representation of the present invention;
Fig. 2 is the structural representation of automatic cutting device of the present invention;
Fig. 3 is the partial enlarged drawing at I place in Fig. 2;
Fig. 4 is the full sectional view of automatic cutting device of the present invention;
Fig. 5 is that the A-A of Fig. 4 is to cutaway view.
Specific embodiment
The technological means realized to make the present invention, creation characteristic, reaching object and effect is easy to understand, below in conjunction with concrete diagram, setting forth the present invention further.It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can be combined with each other.
As shown in Figures 1 to 5, a kind of dialyzing paper cutting apparatus, comprises base plate 1, is welded with adapter plate 2 on the right side of the upper surface of described base plate 1, described adapter plate 2 is turned left from the right side and is disposed with positive V-type tension structure 3, reverse V-shaped tension structure 4 and two pinch rolls 5, described positive V-type tension structure 3 comprises the three idler roller 3a be welded in positive V-structure on adapter plate 1, positive V-type tension structure 3 plays the function of a tensioning, described reverse V-shaped tension structure 4 comprises three No. two idler roller 4a in reverse V-shaped structure welding on adapter plate 1, reverse V-shaped tension structure 4 plays the function of twice tensioning, and tension effects is good, lay automatic cutting device 6 in the middle part of the upper surface of described base plate 1, automatic cutting device 6 can realize continuous print interval splitting function, automatic winder 7 is laid on the left of the upper surface of described base plate 1, described automatic winder 7 comprises the erecting frame 71 that symmetry is placed in base plate 1 both sides, be connected by two crossbeams 72 between described two erecting frames 71, crossbeam 72 plays the function connected with fixing two erecting frames 71, by bearing, a S. A. 73 is installed between described two erecting frame 71 upper ends, by key, winding stand 74 is installed in the middle part of a described S. A. 73, described S. A. 3 one end is connected with winding motor 75 by coupler, described winding motor 75 is arranged on a stay bearing plate 76 by motor cabinet, a described stay bearing plate 76 is welded on erecting frame 71, described automatic winder 7 is wound with dialyzing paper 8, described dialyzing paper 8 is turned left from the right side and is passed three idler roller 3a positive V-type tension structure 3 successively, three No. two idler roller 4a, two pinch rolls 5 and the automatic cutting device 6 on reverse V-shaped tension structure 4 is wrapped on winding stand 74.
Clearance distance between described two pinch rolls 5 is 1mm to 3mm, can ensure pinch roll 5 pairs of dialyzing papers 8 gripping power fully, have suitable tension force performance when making dialyzing paper 8 enter into automatic cutting device 6.
During use, after winding motor 75 is started working, winding motor 75 drives a S. A. 73 to rotate, a S. A. 73 drives winding stand 74 to rotate, winding stand 74 starts the dialyzing paper 8 that reels uniformly, first dialyzing paper 8 passes through three idler roller 3a on positive V-type tension structure 3, positive V-type tension structure 3 pairs of dialyzing papers 8 carry out a tension adjustment, then dialyzing paper 8 three No. two idler roller 4a on reverse V-shaped tension structure 4, reverse V-shaped tension structure 4 pairs of dialyzing papers 8 carry out secondary tension adjustment, thus make dialyzing paper 8 before cutting, have suitable tension force performance, then dialyzing paper 8 is through two pinch rolls 5, two pinch rolls 5 play clamping and regulate the effect of dialyzing paper 8 height, dialyzing paper 8 is made to be in same plane with a point tangent plane for automatic cutting device 6, ensure that automatic cutting device 6 has suitable tension force performance when cutting dialyzing paper 8, dialyzing paper 8 after automatic cutting device 6 interval is cut constantly is wound on winding stand 74 due to the propulsive effort of winding motor 75, achieve dialyzing paper 8 fast speed interval to cut and winding function, structure of the present invention is simple, easy and simple to handle, with low cost, work efficiency is high, some small-sized manufacturers also have the ability to buy, applied widely.
Described automatic cutting device 6 comprises symmetry and is placed in two bracing frames 61 on base plate 1, and described two bracing frame 61 upper surfaces are welded with transverse slat 62, and two bracing frames 61 play the effect supporting transverse slat 62; Described transverse slat 62 is symmetrically welded with four fore-sets 63 along the central axis of transverse slat 62; Described four fore-set 63 upper ends are provided with adapter plate 64 by screw, to be located by connecting adapter plate 64 by four fore-sets 63; Be provided with matrix folding frame 64a in the middle part of described adapter plate 64, the concave part of matrix folding frame 64a is used for cutting dialyzing paper 8; In the middle part of described transverse slat 62, bilateral symmetry is welded with two convex framves 65; Be symmetrically welded with two joint pins, 66, two joint pins 66 between described two convex framves 65 and play the effect connecting and fix two convex framves 65; By bearing, No. two S. A.s 67 are installed between described two convex framves 65; Described No. two S. A. 67 one end are connected with by coupler cuts motor 68; Described motor 68 of cutting is arranged on No. two stay bearing plates 69 by motor cabinet; Described No. two stay bearing plates 69 are welded on convex frame 65; Irregular scrobicular ring 67a is provided with in the middle part of described No. two S. A.s 67; Described irregular scrobicular ring 67a lower end abutment cuts axle 610, is driven cut axle 610 up-and-down movement by the specific profile shape of irregular scrobicular ring 67a; Described lower end of cutting axle 610 is welded with knife plate 611; The bilateral symmetry of described knife plate 611 is provided with two expansion links 612; The upper cover of piston rod of described every root expansion link 612 is equipped with limit spring 613, and limit spring 613 plays spacing effect, and the upper end of every root expansion link 612 is arranged on the lower surface of corresponding joint pin 66; The inwall of described every root joint pin 66 is all welded with Z-type connecting rod 614; The end of described every root Z-type connecting rod 614 is all welded with one directly slightly larger than the semicircle cylinder 615 of cutting axle 610; The both sides of described each semicircle cylinder 615 are all symmetrically welded with two hanger 615a; Two caging bolts 616 are symmetrically connected with between four hanger 615a on described two semicircle cylinders 615, caging bolt 616 plays the effect of the semicircle cylinder 615 of connection two, two semicircle cylinders 615 play spacing effect of cutting axle 610, and making to cut axle 610 can only move up and down in the vertical direction; Carving knife 617 is symmetrically welded with in the middle part of the lower surface of described knife plate 611; The edge of a knife of described carving knife 617 is corresponding on matrix folding frame 64a, and carving knife 617 cuts dialyzing paper 8 in the continuous intermittence back and forth in matrix folding frame 64a place.
Distance between described irregular scrobicular ring 67a surface and No. two S. A. 67 surfaces evenly reduces from top to bottom successively, when No. two S. A.s 67 are in slew mode, be resisted against irregular scrobicular ring 67a surface owing to cutting axle 610 always, utilize the specific profile line of irregular scrobicular ring 67a to make to cut axle 610 and make vertical up and down movement two semicircle cylinder 615 inside, thus make to cut axle 610 and drive carving knife 617 to cut dialyzing paper 8 in the continuous intermittence back and forth in matrix folding frame 64a place.
The lateral dimension of described matrix folding frame 64a is 1mm to 3mm, the speed of cutting, if the lateral dimension of matrix folding frame 64a is excessive, so dialyzing paper 8 when cutting because downward point of shear force can toward lower recess, the efficiency and irregularity of cutting is have impact on like this with regard to serious, therefore, less matrix folding frame 64a lateral dimension is conducive to carving knife 617 and cuts dialyzing paper 8 uniformly, and work efficiency is high.
The cross-sectional area of described carving knife 617 reduces from top to bottom successively; The edge of a knife shape submission of described carving knife 617 is for the zig-zag staggered, make carving knife 617 that dialyzing paper 8 is cut into zig-zag, but do not cut off, be convenient to the winding of cutting rear dialyzing paper 8, and this mode of cutting only needs manually to tear during point cut paper can separate adjacent two sections of dialyzing papers 8 when people uses, easy and simple to handle, structure is simple, and work efficiency is high.
During use, when dialyzing paper 8 enters into the adapter plate 64 on automatic cutting device 6, cut motor 68 to start working, cutting motor 68 drives No. two S. A.s 67 to rotate, be resisted against irregular scrobicular ring 67a surface owing to cutting axle 610 always, utilize the specific profile line of irregular scrobicular ring 67a to make to cut axle 610 and make vertical up and down movement two semicircle cylinder 615 inside, cutting axle 610 drives knife plate about 611 to be synchronized with the movement, because knife plate 611 both sides are provided with two expansion links 612, expansion link 612 is arranged with limit spring 613, utilize the elasticity of the telescopicing performance of expansion link 612 and limit spring 613 to make carving knife 617 carry out regular interval up and down at matrix folding frame 64a place and cut dialyzing paper 8, structure is simple, with low cost, work efficiency is high, some small-sized manufacturers also have the ability to buy, applied widely.
During work, after winding motor 75 is started working, winding motor 75 drives a S. A. 73 to rotate, a S. A. 73 drives winding stand 74 to rotate, winding stand 74 starts the dialyzing paper 8 that reels uniformly, first dialyzing paper 8 passes through three idler roller 3a on positive V-type tension structure 3, positive V-type tension structure 3 pairs of dialyzing papers 8 carry out a tension adjustment, then dialyzing paper 8 three No. two idler roller 4a on reverse V-shaped tension structure 4, reverse V-shaped tension structure 4 pairs of dialyzing papers 8 carry out secondary tension adjustment, thus make dialyzing paper 8 before cutting, have suitable tension force performance, then dialyzing paper 8 is through two pinch rolls 5, two pinch rolls 5 play clamping and regulate the effect of dialyzing paper 8 height, dialyzing paper 8 is made to be in same plane with a point tangent plane for automatic cutting device 6, ensure that automatic cutting device 6 has suitable tension force performance when cutting dialyzing paper 8, then automatic cutting device 6 is started working, when dialyzing paper 8 enters into adapter plate 64, cut motor 68 to start working, cutting motor 68 drives No. two S. A.s 67 to rotate, be resisted against irregular scrobicular ring 67a surface owing to cutting axle 610 always, utilize the specific profile line of irregular scrobicular ring 67a to make to cut axle 610 and make vertical up and down movement two semicircle cylinder 615 inside, cutting axle 610 drives knife plate about 611 to be synchronized with the movement, because knife plate 611 both sides are provided with two expansion links 612, expansion link 612 is arranged with limit spring 613, utilize the elasticity of the telescopicing performance of expansion link 612 and limit spring 613 to make carving knife 617 carry out regular interval up and down at matrix folding frame 64a place and cut dialyzing paper 8, interval cut after dialyzing paper 8 be constantly wound on winding stand 74 due to the propulsive effort of winding motor 75, achieve dialyzing paper 8 fast speed interval to cut and winding function, structure of the present invention is simple, easy and simple to handle, with low cost, work efficiency is high, some small-sized manufacturers also have the ability to buy, applied widely, solve existing small-sized manufacturer due to dialyzing paper 8 pipelining equipment complex structure, the factor such as expensive price and complicated operation and be difficult to buy a difficult problem, reach object.
More than show and describe groundwork of the present invention, principal character and advantage.The technical personnel of the industry should be understood; the present invention is not restricted to the described embodiments; description in above-described embodiment and specification sheets principle of the present invention is just described; without departing from the spirit and scope of the present invention; the present invention also has various changes and modifications, and these changes and improvements all fall in the claimed scope of the invention.Application claims protection domain is defined by appending claims and equivalent thereof.
Claims (5)
1. a dialyzing paper cutting apparatus, is characterized in that: comprise base plate, is welded with adapter plate on the right side of the upper surface of described base plate; Described adapter plate is turned left from the right side and is disposed with positive V-type tension structure, reverse V-shaped tension structure and two pinch rolls, described positive V-type tension structure comprises three idler rollers be welded in positive V-structure on adapter plate, and described reverse V-shaped tension structure comprises three No. two idler rollers in reverse V-shaped structure welding on adapter plate; Automatic cutting device is laid in the middle part of the upper surface of described base plate; Automatic winder is laid on the left of the upper surface of described base plate, described automatic winder comprises the erecting frame that symmetry is placed in base plate both sides, be connected by two crossbeams between described two erecting frames, by bearing, a S. A. is installed between described two erecting frame upper ends, by key, winding stand is installed in the middle part of a described S. A., described S. A. one end is connected with winding motor by coupler, described winding motor is arranged on a stay bearing plate by motor cabinet, and a described stay bearing plate is welded on erecting frame; Described automatic winder is wound with dialyzing paper; Described dialyzing paper is turned left from the right side and is passed three idler rollers positive V-type tension structure successively, three No. two idler rollers, two pinch rolls and the automatic cutting device on reverse V-shaped tension structure is wrapped on winding stand;
Described automatic cutting device comprises symmetry and is placed in two bracing frames on base plate, and described two bracing frame upper surfaces are welded with transverse slat; Described transverse slat is symmetrically welded with four fore-sets along the central axis of transverse slat; Described four fore-set upper ends are provided with adapter plate by screw; Matrix folding frame is provided with in the middle part of described adapter plate; In the middle part of described transverse slat, bilateral symmetry is welded with two convex framves; Two joint pins are symmetrically welded with between described two convex framves; By bearing, No. two S. A.s are installed between described two convex framves; Described No. two S. A. one end are connected with by coupler cuts motor; Described motor of cutting is arranged on No. two stay bearing plates by motor cabinet; Described No. two stay bearing plates are welded on convex frame; Irregular scrobicular ring is provided with in the middle part of described No. two S. A.s; Described irregular scrobicular ring lower end abutment cuts axle; Described lower end of cutting axle is welded with knife plate; The bilateral symmetry of described knife plate is provided with two expansion links; The upper cover of piston rod of described every root expansion link is equipped with limit spring, and the upper end of every root expansion link is arranged on the lower surface of corresponding joint pin; The inwall of described every root joint pin is all welded with Z-type connecting rod; The end of described every root Z-type connecting rod is all welded with one directly slightly larger than the semicircle cylinder of cutting axle; The both sides of described each semicircle cylinder are all symmetrically welded with two hangers; Two caging bolts are symmetrically connected with between four hangers on described two semicircle cylinders; Carving knife is symmetrically welded with in the middle part of the lower surface of described knife plate; The edge of a knife of described carving knife is corresponding on matrix folding frame.
2. a kind of dialyzing paper cutting apparatus according to claim 1, is characterized in that: the clearance distance between described two pinch rolls is 1mm to 3mm.
3. a kind of dialyzing paper cutting apparatus according to claim 1, is characterized in that: the distance between described irregular scrobicular ring surface and No. two rotating shaft surface evenly reduces from top to bottom successively.
4. a kind of dialyzing paper cutting apparatus according to claim 1, is characterized in that: the lateral dimension of described matrix folding frame is 1mm to 3mm.
5. a kind of dialyzing paper cutting apparatus according to claim 1, is characterized in that: the cross-sectional area of described carving knife reduces from top to bottom successively; The edge of a knife shape submission of described carving knife is for the zig-zag staggered.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510310048.7A CN104925573A (en) | 2015-06-06 | 2015-06-06 | Dialysis paper slitting device |
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| CN201510310048.7A CN104925573A (en) | 2015-06-06 | 2015-06-06 | Dialysis paper slitting device |
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| CN104925573A true CN104925573A (en) | 2015-09-23 |
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| CN201510310048.7A Pending CN104925573A (en) | 2015-06-06 | 2015-06-06 | Dialysis paper slitting device |
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| CN106018101A (en) * | 2016-07-17 | 2016-10-12 | 吴思 | Special tension device used in detection of compressive capacity of medical dialyzing paper |
| CN106124317A (en) * | 2016-07-17 | 2016-11-16 | 吴思 | A kind of medical dialyzing paper anti-pressure ability detection device that can accurately test |
| CN107498603A (en) * | 2017-07-03 | 2017-12-22 | 皮小龙 | A kind of dialyzing paper cutting device |
| CN110918951A (en) * | 2019-12-10 | 2020-03-27 | 芜湖久弘重工股份有限公司 | Drum-type cleaning machine for trimming small and medium-sized castings |
| CN113442213A (en) * | 2021-03-23 | 2021-09-28 | 华邦古楼新材料有限公司 | Slitting device for processing medical dialyzing paper |
| CN118047255A (en) * | 2024-04-15 | 2024-05-17 | 无锡市利佳包装装潢有限公司 | A stacking and conveying device for corrugated cardboard production line |
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| CN106124317B (en) * | 2016-07-17 | 2018-11-06 | 王辉 | A kind of medical dialyzing paper anti-pressure ability detection device that can accurately test |
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| CN110918951B (en) * | 2019-12-10 | 2021-05-14 | 芜湖久弘重工股份有限公司 | Drum-type cleaning machine for trimming small and medium-sized castings |
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Application publication date: 20150923 |