CN104308890B - Film line cut automatically by dialyzer - Google Patents
Film line cut automatically by dialyzer Download PDFInfo
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- CN104308890B CN104308890B CN201410406021.3A CN201410406021A CN104308890B CN 104308890 B CN104308890 B CN 104308890B CN 201410406021 A CN201410406021 A CN 201410406021A CN 104308890 B CN104308890 B CN 104308890B
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Abstract
Film line cut automatically by a kind of dialyzer, and be provided with support body, transmission mechanism and overlap automatic film cutting device more, transmission mechanism is set to keel shoe, and many cover automatic film cutting devices are arranged at support body; Often overlap automatic film cutting device and be provided with the first identical stationary fixture of the first identical film cutting machine structure of the first identical pushing mechanism of structure and the second pushing mechanism, structure and the second film cutting machine structure, structure and the second stationary fixture and gripping body; First film cutting machine structure and the second film cutting machine structure are individually fixed in support body, gripping body is arranged between the first film cutting machine structure and the second film cutting machine structure, first stationary fixture is assemblied in inside the first film cutting machine structure, second stationary fixture is assemblied in inside the second film cutting machine structure, first pushing mechanism is fixedly connected with the first film cutting machine structure, and the second pushing mechanism is fixedly connected with the second film cutting machine structure.This dialyzer is automatically cut film line and can be carried out automation to the dialyzer end after sealer and cut film, has the advantages that production efficiency is high, product quality is good.
Description
Technical field
The present invention relates to dialyzer preparing technical field, particularly relate to a kind of dialyzer and automatically cut film line.
Background technology
Dialyzer is commonly called as artificial kidney, is widely applied clinically.By carrying out haemodialysis, can life-span of proper extension patient.Dialyzer generally includes housing, the hollow fibre be arranged in housing, the blood feed tube being arranged at housing two ends, blood drain pipe, dislysate drain pipe and dislysate feed tube.Dialyzer, in preparation process, needs tunica fibrosa to load housing, on inspection, encapsulating, sealer, is then carried out cutting film by the glued membrane mixture of dialyzer end, finally end cap is tightened in the steps such as the two ends of dialyzer.
In prior art, usually adopt manual list of taking only to cut film to the membrane process of cutting that dialyzer carries out, not only efficiency is low, and not easily ensures the quality of cutting film.
Therefore, not enough for prior art, provide a kind of automatically can cut film and the good dialyzer of production efficiency, product quality automatically to cut film line very necessary to overcome prior art deficiency.
Summary of the invention
The object of the invention is to avoid the deficiencies in the prior art part and provide a kind of dialyzer automatically to cut film line, automatically cut film line by this dialyzer to carry out automation to the dialyzer end after sealer and cut film, have the advantages that production efficiency is high, product quality is good.
Object of the present invention is realized by following technical measures.
Film line cut automatically by a kind of dialyzer, and be provided with support body, transmission mechanism and overlap automatic film cutting device more, described transmission mechanism is set to keel shoe, and many cover automatic film cutting devices are arranged at described support body;
Often overlap automatic film cutting device and be provided with the first pushing mechanism, the second pushing mechanism, the first film cutting machine structure, the second film cutting machine structure, the first stationary fixture, the second stationary fixture and gripping body;
Described first pushing mechanism is identical with the structure of described second pushing mechanism, and described first film cutting machine structure is identical with the structure of described second film cutting machine structure;
Described first film cutting machine structure and described second film cutting machine structure are individually fixed in described support body, described gripping body is arranged between described first film cutting machine structure and described second film cutting machine structure, described first film cutting machine structure and described second film cutting machine structure are positioned at described keel shoe both sides, described gripping body is positioned at above described keel shoe, described first stationary fixture is assemblied in the inner side of described first film cutting machine structure, described second stationary fixture is assemblied in the inner side of described second film cutting machine structure, described first pushing mechanism to be arranged at outside described first film cutting machine structure and to be fixedly connected with described first film cutting machine structure, described second pushing mechanism to be arranged at outside described second film cutting machine structure and to be fixedly connected with described second film cutting machine structure,
The dialyzer of film to be cut is delivered between the first film cutting machine structure and described second film cutting machine structure by keel shoe, clamped by described gripping body and move to cutting position and prepare cutting, described first stationary fixture, described second stationary fixture abuts with dialyzer to be cut, described first pushing mechanism promotes the first film cutting machine structure near one end of the dialyzer of film to be cut, described second pushing mechanism promotes the other end of the second film cutting machine structure near the dialyzer of film to be cut, through the first film cutting machine structure, after second film cutting machine structure cuts film to dialyzer two ends respectively, first pushing mechanism counter motion drives the first film cutting machine structure away from one end of the dialyzer after cutting, second pushing mechanism counter motion drives the second film cutting machine structure away from the other end of the dialyzer after cutting, described first stationary fixture, described second stationary fixture with cutting after dialyzer separate, then gripping body sends original position back to by cutting the dialyzer after film, cut the dialyzer after film again to be seen off by keel shoe,
Described first film cutting machine structure is provided with first and cuts film cylinder, first longitudinal mount pad, the first slide block, the first slide rail, the first knife rest and the first cutting knife;
Described first longitudinal mount pad is provided with the first through hole passed through for dialyzer end to be cut, described first cut film cylinder, described first slide rail is all fixed on described first longitudinal mount pad, described first cutting knife is assemblied in described first knife rest, described first knife rest is fixedly connected with described first slide block, and described first slide block activity is assemblied in described first slide rail and described first slide block is fixedly connected with described first cylinder axis cutting film cylinder;
Described second film cutting machine structure is provided with second and cuts film cylinder, second longitudinal mount pad, the second slide block, the second slide rail, the second knife rest and the second cutting knife;
Described second longitudinal mount pad is provided with the second through hole passed through for dialyzer end to be cut, described second cut film cylinder, described second slide rail is all fixed on described second longitudinal mount pad, described second cutting knife is assemblied in described second knife rest, described second knife rest is fixedly connected with described second slide block, and described second slide block activity is assemblied in described second slide rail and described second slide block is fixedly connected with described second cylinder axis cutting film cylinder;
Described first stationary fixture is provided with the first clamp cylinder and the first pressfitting fixture, described first clamp cylinder is fixed on described first longitudinal mount pad, described first clamp cylinder is positioned at above the first through hole, the cylinder axis of described first clamp cylinder is fixedly connected with described first pressfitting fixture, and described first pressfitting fixture has the first pressing groove for matching with dialyzer;
Described second stationary fixture is provided with the second clamp cylinder and the second pressfitting fixture, described second clamp cylinder is fixed on described second longitudinal mount pad, described second clamp cylinder is positioned at above the second through hole, the cylinder axis of described second clamp cylinder is fixedly connected with described second pressfitting fixture, and described second pressfitting fixture has the second pressing groove for matching with dialyzer.
Preferably, above-mentioned first film cutting machine structure is provided with the first connector, and described first connector is cut film cylinder with described first respectively and is fixedly connected with described first slide block;
Described second film cutting machine structure is provided with the second connector, and described second connector is cut film cylinder with described second respectively and is fixedly connected with described second slide block.
Preferably, above-mentioned gripping body is provided with connecting plate, linking arm, lift cylinder, clamping seats, clamping cylinder and fixture;
Described connecting plate is provided with through hole, described linking arm is through described through hole and the two ends of described linking arm are individually fixed in described first longitudinal mount pad and described second longitudinal mount pad, described lift cylinder is fixedly installed in described connecting plate, the cylinder axis of described lift cylinder is fixedly connected with described clamping seats, described clamping cylinder is fixedly assemblied in described clamping seats, and described fixture is fixedly connected with the cylinder axis of described clamping cylinder.
Preferably, be also provided with fixture connector, described fixture is fixed on described fixture connector, and described fixture connector is fixedly connected with the cylinder axis of described clamping cylinder.
Preferably, above-mentioned fixture is provided with the groove for matching with dialyzer.
Preferably, above-mentioned first pushing mechanism is provided with first substrate, first and promotes cylinder, the first travelling carriage, the first promotion guide rail, the first gear frame and the first promotion seat;
Described first travelling carriage is provided with the first sliding shoe A and the first sliding shoe B,
Described first promotes guide rail, described first promotion cylinder is fixed on described first substrate, and described first sliding shoe A, described first sliding shoe B are fixedly assemblied in described first and promote guide rail, and described first promotion cylinder drives with described first sliding shoe A and is connected;
Described first gear frame is provided with the first chute A, the first chute B, the first slide bar A and the first slide bar B, described first chute A is fixed on described first sliding shoe A, described first chute B is fixed on described first sliding shoe B, described first slide bar A activity is assemblied in described first chute A, describedly state the first slide bar B activity and be assemblied in described first chute B, described first slide bar A and described first slide bar B is fixedly assemblied in described first and promotes seat, and described first promotes seat is fixedly connected with described first longitudinal mount pad;
Described second pushing mechanism is provided with second substrate, second and promotes cylinder, the second travelling carriage, the second promotion guide rail, the second gear frame and the second promotion seat;
Described second travelling carriage is provided with the second sliding shoe A and the second sliding shoe B,
Described second promotes guide rail, described second promotion cylinder is fixed on described second substrate, and described the second sliding shoe A, described the second sliding shoe B are fixedly assemblied in described second and promote guide rail, and described second promotion cylinder drives with described the second sliding shoe A and is connected;
Described second gear frame is provided with the second chute A, the second chute B, the second slide bar A and the second slide bar B, described second chute A is fixed on described the second sliding shoe A, described second chute B is fixed on described the second sliding shoe B, described second slide bar A activity is assemblied in described second chute A, describedly state the second slide bar B activity and be assemblied in described second chute B, described second slide bar A and described second slide bar B is fixedly assemblied in described second and promotes seat, and described second promotes seat is fixedly connected with described second longitudinal mount pad.
Preferably, above-mentioned first slide bar A and described first promotes the straight line intersection at guide rail place, and described first slide bar B and described first promotes the straight line intersection at guide rail place;
Described second slide bar A and described second promotes the straight line intersection at guide rail place, and described second slide bar B and described second promotes the straight line intersection at guide rail place.
Preferably, the angular range between above-mentioned first slide bar A and described first slide bar B is 100 ° to 150 °;
Angular range between described second slide bar A and described second slide bar B is 100 ° to 150 °.
Preferably, above-mentioned first promotes seat is set to U-shaped structure, be disposed with the first vertical pin, the first oblique portion, the first transverse part, the second oblique portion and the second vertical pin, described first vertical pin, the first oblique portion, the first transverse part, the second oblique portion and the second vertical pin are fixedly connected sequentially, described first vertical pin, the second vertical pin are vertical with described first transverse part respectively, and the described first oblique portion, the second oblique portion are crossing with described first transverse part respectively;
The structure that described second structure and described first promoting seat promotes seat is identical.
Film line cut automatically by a kind of dialyzer provided by the invention, is provided with support body, transmission mechanism and overlaps automatic film cutting device more, and described transmission mechanism is set to keel shoe, and many cover automatic film cutting devices are arranged at described support body, often overlap automatic film cutting device and be provided with the first pushing mechanism, the second pushing mechanism, the first film cutting machine structure, the second film cutting machine structure, the first stationary fixture, the second stationary fixture and gripping body, described first pushing mechanism is identical with the structure of described second pushing mechanism, and described first film cutting machine structure is identical with the structure of described second film cutting machine structure, described first film cutting machine structure and described second film cutting machine structure are individually fixed in described support body, described gripping body is arranged between described first film cutting machine structure and described second film cutting machine structure, described first film cutting machine structure and described second film cutting machine structure are positioned at described keel shoe both sides, described gripping body is positioned at above described keel shoe, described first stationary fixture is assemblied in the inner side of described first film cutting machine structure, described second stationary fixture is assemblied in the inner side of described second film cutting machine structure, described first pushing mechanism to be arranged at outside described first film cutting machine structure and to be fixedly connected with described first film cutting machine structure, described second pushing mechanism to be arranged at outside described second film cutting machine structure and to be fixedly connected with described second film cutting machine structure, the dialyzer of film to be cut is delivered between the first film cutting machine structure and described second film cutting machine structure by keel shoe, clamped by described gripping body and move to cutting position and prepare cutting, described first stationary fixture, described second stationary fixture abuts with dialyzer to be cut, described first pushing mechanism promotes the first film cutting machine structure near one end of the dialyzer of film to be cut, described second pushing mechanism promotes the other end of the second film cutting machine structure near the dialyzer of film to be cut, through the first film cutting machine structure, after second film cutting machine structure cuts film to dialyzer two ends respectively, first pushing mechanism counter motion drives the first film cutting machine structure away from one end of the dialyzer after cutting, second pushing mechanism counter motion drives the second film cutting machine structure away from the other end of the dialyzer after cutting, described first stationary fixture, described second stationary fixture with cutting after dialyzer separate, then gripping body sends original position back to by cutting the dialyzer after film, cut the dialyzer after film again to be seen off by keel shoe, described first film cutting machine structure is provided with first and cuts film cylinder, first longitudinal mount pad, the first slide block, the first slide rail, the first knife rest and the first cutting knife, described first longitudinal mount pad is provided with the first through hole passed through for dialyzer end to be cut, described first cut film cylinder, described first slide rail is all fixed on described first longitudinal mount pad, described first cutting knife is assemblied in described first knife rest, described first knife rest is fixedly connected with described first slide block, and described first slide block activity is assemblied in described first slide rail and described first slide block is fixedly connected with described first cylinder axis cutting film cylinder, described second film cutting machine structure is provided with second and cuts film cylinder, second longitudinal mount pad, the second slide block, the second slide rail, the second knife rest and the second cutting knife, described second longitudinal mount pad is provided with the second through hole passed through for dialyzer end to be cut, described second cut film cylinder, described second slide rail is all fixed on described second longitudinal mount pad, described second cutting knife is assemblied in described second knife rest, described second knife rest is fixedly connected with described second slide block, and described second slide block activity is assemblied in described second slide rail and described second slide block is fixedly connected with described second cylinder axis cutting film cylinder, described first stationary fixture is provided with the first clamp cylinder and the first pressfitting fixture, described first clamp cylinder is fixed on described first longitudinal mount pad, described first clamp cylinder is positioned at above the first through hole, the cylinder axis of described first clamp cylinder is fixedly connected with described first pressfitting fixture, and described first pressfitting fixture has the first pressing groove for matching with dialyzer, described second stationary fixture is provided with the second clamp cylinder and the second pressfitting fixture, described second clamp cylinder is fixed on described second longitudinal mount pad, described second clamp cylinder is positioned at above the second through hole, the cylinder axis of described second clamp cylinder is fixedly connected with described second pressfitting fixture, and described second pressfitting fixture has the second pressing groove for matching with dialyzer.This dialyzer is automatically cut film line and dialyzer is transported to relevant position by keel shoe and carries out end automation and cut film, then seeing off cutting the dialyzer after film, having the advantages that production efficiency is high, product quality is good.
Accompanying drawing explanation
The present invention is further illustrated to utilize accompanying drawing, but the content in accompanying drawing does not form any limitation of the invention.
Fig. 1 is the structural representation that film line cut automatically by dialyzer of the present invention.
Fig. 2 is the part-structure schematic diagram that film line cut automatically by dialyzer of the present invention.
Fig. 3 is the structural representation that the automatic film cutting device of film line cut automatically by dialyzer of the present invention.
Fig. 4 is the part-structure schematic diagram that the automatic film cutting device of film line cut automatically by dialyzer of the present invention.
Fig. 5 is the structural representation that the second minimum mechanism of the automatic film cutting device of film line cut automatically by dialyzer of the present invention.
Fig. 6 is the schematic rear view of Fig. 4.
Fig. 7 is the structural representation that the gripping body of the automatic film cutting device of film line cut automatically by dialyzer of the present invention.
Fig. 8 is the decomposing schematic representation that the first pushing structure of the automatic film cutting device of film line cut automatically by dialyzer of the present invention.
In Fig. 1 to Fig. 8, comprising:
Keel shoe 900,
Automatic film cutting device 800,
First film cutting machine structure 100,
First cut film cylinder 110,
First longitudinal mount pad 120,
Second film cutting machine structure 200,
Second cut film cylinder 210,
Second longitudinal mount pad 220, second through hole 221,
Second slide block 230,
Second slide rail 240,
Second knife rest 250,
Second cutting knife 260,
Second connector 270,
Gripping body 300,
Connecting plate 310, linking arm 320,
Lift cylinder 330,
Clamping seats 340, clamping cylinder 350,
Fixture 360, fixture connector 370,
Groove 380,
First pushing mechanism 400,
First substrate 410,
First promotion cylinder 420,
First sliding shoe A431, the first sliding shoe B432,
First promotion guide rail 440,
First chute A451, the first chute B452, the first slide bar A453, the first slide bar B454,
First promotion seat 460,
First vertical pin 461, first oblique portion 462, first transverse part 463,
The second vertical pin 465 in oblique portion 464, second,
Second pushing mechanism 500,
Second substrate 510,
Second promotion cylinder 520,
The second sliding shoe A531, the second sliding shoe B532,
Second promotion guide rail 540,
Second promotion seat 560,
Second stationary fixture 700,
Second clamp cylinder 710, second pressfitting fixture 720, second pressing groove 730,
Dialyzer 10.
Detailed description of the invention
The invention will be further described with the following Examples.
embodiment 1.
Film line cut automatically by a kind of dialyzer, as shown in Figure 1 and Figure 2, is provided with support body, transmission mechanism and many cover automatic film cutting devices 800.Transmission mechanism is set to keel shoe 900, and many cover automatic film cutting devices 800 are arranged at support body.
Keel shoe 900, for carrying dialyzer, the dialyzer of film to be cut is transported to cutting position, and delivers to next station by cutting the dialysis book after film.Transmission mechanism is not limited to the keel shoe of the present embodiment, and other conveying mechanisms of belt the latter also can be adopted to carry.It should be noted that, the concrete quantity of automatic film cutting device 800 can be arranged as required flexibly, can be a set of, two cover or three cover or other quantity, can select flexibly according to specific needs.
As shown in Figures 3 to 8, often overlap automatic film cutting device 800 and be provided with the first pushing mechanism 400, second pushing mechanism 500, first film cutting machine structure 100, second film cutting machine structure 200, first stationary fixture, the second stationary fixture 700 and the gripping body 300 that are assemblied in support body.Support body is for carrying the first pushing mechanism 400, second pushing mechanism 500, first film cutting machine structure 100, second film cutting machine structure 200 and gripping body 300, not shown support body.
First pushing mechanism 400 is identical with the structure of the second pushing mechanism 500, and the first film cutting machine structure 100 is identical with the structure of the second film cutting machine structure 200.
First film cutting machine structure 100 and the second film cutting machine structure 200 are individually fixed in support body, gripping body 300 is arranged between the first film cutting machine structure 100 and the second film cutting machine structure 200, first film cutting machine structure and the second film cutting machine structure are positioned at keel shoe both sides, gripping body is positioned at above keel shoe, first stationary fixture is assemblied in the inner side of the first film cutting machine structure, second stationary fixture is assemblied in the inner side of the second film cutting machine structure, first pushing mechanism 400 to be arranged at outside the first film cutting machine structure 100 and to be fixedly connected with the first film cutting machine structure 100, second pushing mechanism 500 to be arranged at outside the second film cutting machine structure 200 and to be fixedly connected with the second film cutting machine structure 200.The dialyzer 10 of film to be cut is cut between the first film cutting machine structure 100 and the second film cutting machine structure 200, therefore the inner side of the first film cutting machine structure 100 refers to the side of placing dialyzer in the present embodiment, namely near the side of gripping body, the outside of the first film cutting machine structure refers to and the side that the first pushing mechanism 400 is connected; The inner side of the second film cutting machine structure refers to the side of placing dialyzer, and namely near the side of gripping, the outside of the second film cutting machine structure refers to and the side that the second pushing mechanism 500 is connected.
The dialyzer 10 of film to be cut is transported between the first film cutting machine structure 100 and the second film cutting machine structure 200 by keel shoe, clamped by gripping body 300 and move to cutting position and prepare cutting, first stationary fixture simultaneously, described second stationary fixture abuts with dialyzer to be cut and is fixed by dialyzer, first pushing mechanism 400 promotes the first film cutting machine structure 100 near one end of the dialyzer of film to be cut, second pushing mechanism 500 promotes the other end of the second film cutting machine structure 200 near the dialyzer of film to be cut, through the first film cutting machine structure 100, after second film cutting machine structure 200 cuts film to dialyzer two ends respectively, first pushing mechanism 400 counter motion drives the first film cutting machine structure 100 away from one end of the dialyzer after cutting, second pushing mechanism 500 counter motion drives the second film cutting machine structure 200 away from the other end of the dialyzer after cutting, first stationary fixture, second stationary fixture is separated with dialyzer to be cut, then gripping body 300 sends original position back to by cutting the dialyzer after film, cut the dialyzer after film and again delivered to next station by keel shoe.
Concrete, the first film cutting machine structure 100 is provided with first and cuts longitudinal mount pad 120, first slide block of film cylinder 110, first, the first slide rail, the first knife rest and the first cutting knife.
First longitudinal mount pad 120 is provided with the first through hole passed through for dialyzer end to be cut, first cuts film cylinder 110, first slide rail is all fixed on first longitudinal mount pad 120, first cutting knife is assemblied in the first knife rest, first knife rest is fixedly connected with the first slide block, and the first slide block activity is assemblied in the first slide rail and the first slide block is fixedly connected with the first cylinder axis cutting film cylinder 110.First film cutting machine structure 100 is also provided with the first connector, and the first connector is cut film cylinder 110 with first respectively and is fixedly connected with the first slide block.
When carrying out cutting film, the dialyzer of film to be cut is mentioned by gripping body 300, the dialyzer end of film to be cut is placed in the first lead to the hole site, now, first cylinder axis cutting film cylinder 110 drives the first connector to move down, first connector drives the first knife rest to move down, the first cutting knife on first knife rest is also along moving down thus being carried out cutting film process in dialyzer end, when cutting after film action completes, first cuts film cylinder 110 drives cylinder axis oppositely movement, drives the first connector, the first knife rest and the oppositely movement of the first cutting knife.
In order to ensure the positional stability of cutting dialyzer in membrane process, the first film cutting machine structure 100 is also provided with the first stationary fixture.
First stationary fixture is provided with the first clamp cylinder and the first pressfitting fixture, first clamp cylinder is fixed on the inner side of first longitudinal mount pad 120, first clamp cylinder is positioned at above the first through hole, the cylinder axis of the first clamp cylinder is fixedly connected with the first pressfitting fixture, and the first pressfitting fixture has the first pressing groove for matching with dialyzer.
After the dialyzer of film to be cut is mentioned by gripping body 300 in cutting process, the cylinder axis of the first clamp cylinder moves down, first pressing groove of the first pressfitting fixture and dialyzer are affixed, make dialyzer can be firm, thus guarantee to cut effectively carrying out of membrane process.After cutting film, the first clamp cylinder drives cylinder axis oppositely movement, and the first pressing groove of the first pressfitting fixture leaves dialyzer.
Second film cutting machine structure 200 is provided with second and cuts film cylinder 210, second longitudinal mount pad 220, second slide block 230, second slide rail 240, second knife rest 250 and the second cutting knife 260.
Second longitudinal mount pad 220 is provided with the second through hole 221 passed through for dialyzer end to be cut, second cuts film cylinder 210, second slide rail 240 is all fixed on second longitudinal mount pad 220, second cutting knife 260 is assemblied in the second knife rest 250, second knife rest 250 is fixedly connected with the second slide block 230, and the second slide block 230 activity is assemblied in the second slide rail 240 and the second slide block 230 is fixedly connected with the second cylinder axis cutting film cylinder 210.Second film cutting machine structure 200 is provided with the second connector 270, second connector 270 and cuts film cylinder 210 respectively with second and be fixedly connected with the second slide block 230.Second film cutting machine structure 200 is also provided with the second connector 270, second connector 270 and cuts film cylinder 210 respectively with second and be fixedly connected with the second slide block 230.
When carrying out cutting film, the dialyzer of film to be cut is mentioned by gripping body 300, the dialyzer end of film to be cut is placed in the second through hole 221 position, now, second cylinder axis cutting film cylinder 210 drives the second connector 270 to move down, second connector 270 drives the second knife rest 250 to move down, the second cutting knife 260 on second knife rest 250 is also along moving down thus being carried out cutting film process in dialyzer end, when cutting after film action completes, second cuts film cylinder 210 drives cylinder axis oppositely movement, drives the second connector 270, second knife rest 250 and the second cutting knife 260 oppositely movement.
In order to ensure the positional stability of cutting dialyzer in membrane process, the second film cutting machine structure 200 is also provided with the second stationary fixture 700.
Second stationary fixture 700 is provided with the second clamp cylinder 710 and the second pressfitting fixture 720, second clamp cylinder 710 is fixed on the inner side of second longitudinal mount pad 220, second clamp cylinder 710 is positioned at above the second through hole 221, the cylinder axis of the second clamp cylinder 710 is fixedly connected with the second pressfitting fixture 720, and the second pressfitting fixture 720 has the second pressing groove 730 for matching with dialyzer.
After the dialyzer of film to be cut is mentioned by gripping body 300 in cutting process, the cylinder axis of the second clamp cylinder 710 moves down, second pressing groove 730 of the second pressfitting fixture 720 is affixed with dialyzer, makes dialyzer can be firm, thus guarantee to cut effectively carrying out of membrane process.After cutting film, the second clamp cylinder 710 drives cylinder axis oppositely movement, and the second pressing groove 730 of the second pressfitting fixture 720 leaves dialyzer.
Concrete, gripping body 300 is provided with connecting plate 310, linking arm 320, lift cylinder 330, clamping seats 340, clamping cylinder 350 and fixture 360.
Connecting plate 310 is provided with through hole, and linking arm 320 is through through hole and the two ends of linking arm 320 are individually fixed in the first longitudinal mount pad 120 and second longitudinal mount pad 220.Connecting plate 310 and linking arm 320 for providing support the support of fixture 360 mechanism, lift cylinder 330, clamping seats 340, clamping cylinder 350 and fixture 360 can be installed.
Lift cylinder 330 is fixedly installed in connecting plate 310, and the cylinder axis of lift cylinder 330 is fixedly connected with clamping seats 340, and clamping cylinder 350 is fixedly assemblied in clamping seats 340, and fixture 360 is fixedly connected with the cylinder axis of clamping cylinder 350.
Also be provided with fixture connector 370, fixture 360 is fixed on fixture connector 370, and fixture connector 370 is fixedly connected with the cylinder axis of clamping cylinder 350, and fixture 360 is provided with the groove 380 for matching with dialyzer.
When the dialyzer 10 of film to be cut is transported between the first film cutting machine structure 100 and the second film cutting machine structure 200, lift cylinder 330 drives cylinder axis to move down, now the cylinder axis of clamping cylinder 350 makes fixture 360 directly in unpack format, the dialyzer 10 of film to be cut is between fixture 360, then the cylinder axis of fixture 360 cylinder drives fixture 360 to be clamped by dialyzer, the cylinder axis of lift cylinder 330 moves, the first through hole is moved to by dialyzer to be cut, second through hole 221 position, after the first film cutting machine structure 100 and the second film cutting machine structure 200 cut film, the cylinder axis oppositely movement of clamping cylinder 350, fixture 360 unclamps cutting the dialyzer after film, move on lift cylinder 330 starts, drive fixture connector 370, fixture 360 together on move.
Concrete, the first pushing mechanism 400 is provided with first substrate 410, first and promotes cylinder 420, first travelling carriage, the first promotion guide rail 440, first gear frame and the first promotion seat 460.
First travelling carriage is provided with the first sliding shoe A431 and the first sliding shoe B432.First promotes guide rail 440, first promotes cylinder 420 and is fixed on first substrate 410, and the cylinder axis that the first sliding shoe A431, the first sliding shoe B432 fixedly are assemblied in the first promotion guide rail 440, first promotion cylinder 420 drives with the first sliding shoe A431 and is connected.
First gear frame is provided with the first chute A451, the first chute B452, the first slide bar A453 and the first slide bar B454, first chute A451 is fixed on the first sliding shoe A431, first chute B452 is fixed on the first sliding shoe B432, first slide bar A453 activity is assemblied in the first chute A451, first slide bar B454 activity is assemblied in the first chute B452, first slide bar A453 and the first slide bar B454 is fixedly assemblied in the first promotion seat 460, first promotion seat 460 and is fixedly connected with first longitudinal mount pad 120.
First slide bar A453 can slide along the first chute A451 under trying hard to recommend outside and moving, first slide bar B454 can slide along the first chute B452 under trying hard to recommend outside and moving, because the first promotion seat 460 is rigid structure, when in the first slide bar A or the first slide bar B454 any one be subject to external force move time, first promotes seat 460, and all by driving, the first chute A451 of being fixedly connected with it and the first slide bar B454 is overall to be moved along the first chute A451, the first chute B452.
When first promote the cylinder axis of cylinder 420 promote the first sliding shoe A431 along first promote guide rail 440 move time, the first sliding shoe A431 will drive the first chute A451 be fixedly installed on the first sliding shoe A431 to move.Because the first sliding shoe B432 is fixed on the first promotion guide rail 440, now, distance between first sliding shoe A431 and the first sliding shoe B432 broadens, first slide bar A will move along the first chute A451, first slide bar B454 also moves along the first chute B452 simultaneously, now the first slide bar A, first slide bar B and first promotes seat 460 entirety and moves to the direction near first longitudinal mount pad 120, thus promote seat 460 by first and promote first longitudinal mount pad 120 and move, make first longitudinal mount pad 120 adjust position and arrive the position corresponding with the dialyzer of film to be cut.
After film to be cut, the cylinder axis oppositely movement of the first promotion cylinder 420, first sliding shoe A431 drives the first chute A451 to move and moves towards the direction away from the first sliding shoe B432, distance between first sliding shoe A431 and the first sliding shoe B432 narrows gradually, correspondence also moves along the first chute A451 by the first slide bar A, first slide bar B454 also moves along the first chute B452 simultaneously, now the first slide bar A, first slide bar B and first promotes seat 460 entirety and moves to the direction away from first longitudinal mount pad 120, first promotes seat 460 drives first longitudinal mount pad 120 oppositely movement gradually.
So constantly back and forth, to realize when cutting by the first pushing mechanism 400 by the dialyzer of the first film cutting machine structure 100 near film to be cut, making the first film cutting machine structure 100 by the first pushing mechanism 400 and cutting the dialyzer after film and separate again after film to be cut.
First slide bar A453 and first promotes the straight line intersection at guide rail 440 place, and the first slide bar B454 and first promotes the straight line intersection at guide rail 440 place.Angular range preferably between the first slide bar A453 and the first slide bar B454 is 100 ° to 150 °, is preferably 130 °
First promotes seat 460 is set to U-shaped structure, be disposed with the first oblique portion of vertical pin 461, first oblique portion 462, first transverse part 463, second 464 and the second vertical pin 465, the first oblique portion of vertical pin 461, first oblique portion 462, first transverse part 463, second 464 and the second vertical pin 465 are fixedly connected sequentially, the vertical pin 465 of first vertical pin 461, second is vertical with the first transverse part 463 respectively, and the first oblique portion 464 of oblique portion 462, second is crossing with the first transverse part 463 respectively.
This vibrational power flow, the first promotion seat 460 gently can promote first longitudinal mount pad 120 gradually and move, and avoids in prior art fast by cylinder axis linear pushing process medium velocity, controls defect not easily.
Concrete, the second pushing mechanism 500 is provided with second substrate 510, second and promotes cylinder 520, second travelling carriage, the second promotion guide rail 540, second gear frame and the second promotion seat 560.
Second travelling carriage is provided with the second sliding shoe A531 and the second sliding shoe B532, second promotes guide rail 540, second promotion cylinder 520 is fixed on described second substrate 510, the second sliding shoe A531, the second sliding shoe B532 are fixedly assemblied in the second promotion guide rail 540, second and promote cylinder 520 and drive with the second sliding shoe A531 and be connected.
Second gear frame is provided with the second chute A, the second chute B, the second slide bar A and the second slide bar B, second chute A is fixed on the second sliding shoe A531, second chute B is fixed on the second sliding shoe B532, second slide bar A activity is assemblied in the second chute A, second slide bar B activity is assemblied in the second chute B, second slide bar A and the second slide bar B is fixedly assemblied in the second promotion seat 560, second promotion seat 560 and is fixedly connected with second longitudinal mount pad 220.
Second slide bar A and second promotes the straight line intersection at guide rail 540 place, and the second slide bar B and second promotes the straight line intersection at guide rail 540 place.Angular range preferably between the second slide bar A and the second slide bar B is 100 ° to 150 °, is preferably 130 °.
Second pushing mechanism 500 is identical with operation principle with the structure of the first pushing mechanism 400, again repeats no more.The structure that second structure and first promoting seat 560 promotes seat 460 is identical, also repeats no more at this.
Film line cut automatically by dialyzer of the present invention, its course of work is such: the dialyzer 10 of film to be cut is transported to this dialyzer and automatically cuts film line by transmission mechanism, the cylinder axis of the lift cylinder of gripping body 300 drives clamping seats to move down, then clamping cylinder 350 works and drives fixture 360 to be clamped by dialyzer, then the cylinder axis of lift cylinder 330 starts reverse movement, and what dialyzer is moved to the first film cutting machine structure 100, second film cutting machine structure 200 cuts film location.Cut film location and refer to position corresponding to the first through hole, the second through hole 221, correspondingly, dialyzer is fixed by the first stationary fixture 360, second stationary fixture 700 respectively.Now, first pushing mechanism 400, second pushing mechanism 500 is started working, promote first longitudinal mount pad 120 and second longitudinal mount pad 220 near the two ends of dialyzer, and make the two ends of dialyzer be stuck in the first through hole respectively, second through hole 221, first cylinder axis cutting film cylinder 110 drives the first slide block to move along the first slide rail towards the direction near the first through hole, the end of dialyzer carries out cutting film by the first cutting knife, second cylinder axis cutting film cylinder 210 drives the second slide block 230 to move along the second slide rail 240 towards the direction near the second through hole 221 simultaneously, the end of dialyzer carries out cutting film by the second cutting knife 260.After the first film cutting machine structure 100, second film cutting machine structure 200 cuts film to dialyzer two ends respectively, first pushing mechanism 400 counter motion drives the first film cutting machine structure 100 to drive the second film cutting machine structure 200 away from the other end of the dialyzer after cutting away from the one end of dialyzer after cutting, the second pushing mechanism 500 counter motion, first stationary fixture 360, second stationary fixture 700 unclamps dialyzer respectively simultaneously, then gripping body 300 sends original position back to by cutting the dialyzer after film, cuts the dialyzer after film and is again seen off next station by keel shoe.
Automatically cut film line by this dialyzer to carry out automation to the dialyzer end after sealer and cut film, have the advantages that production efficiency is high, product quality is good.
Finally should be noted that; above embodiment is only in order to illustrate technical scheme of the present invention but not limiting the scope of the invention; although be explained in detail the present invention with reference to preferred embodiment; those of ordinary skill in the art is to be understood that; can modify to technical scheme of the present invention or equivalent replacement, and not depart from essence and the scope of technical solution of the present invention.
Claims (9)
1. a film line cut automatically by dialyzer, it is characterized in that: be provided with support body, transmission mechanism and overlap automatic film cutting device more, and described transmission mechanism is set to keel shoe, and many cover automatic film cutting devices are arranged at described support body;
Often overlap automatic film cutting device and be provided with the first pushing mechanism, the second pushing mechanism, the first film cutting machine structure, the second film cutting machine structure, the first stationary fixture, the second stationary fixture and gripping body;
Described first pushing mechanism is identical with the structure of described second pushing mechanism, and described first film cutting machine structure is identical with the structure of described second film cutting machine structure;
Described first film cutting machine structure and described second film cutting machine structure are individually fixed in described support body, described gripping body is arranged between described first film cutting machine structure and described second film cutting machine structure, described first film cutting machine structure and described second film cutting machine structure are positioned at described keel shoe both sides, described gripping body is positioned at above described keel shoe, described first stationary fixture is assemblied in the inner side of described first film cutting machine structure, described second stationary fixture is assemblied in the inner side of described second film cutting machine structure, described first pushing mechanism to be arranged at outside described first film cutting machine structure and to be fixedly connected with described first film cutting machine structure, described second pushing mechanism to be arranged at outside described second film cutting machine structure and to be fixedly connected with described second film cutting machine structure,
The dialyzer of film to be cut is delivered between the first film cutting machine structure and described second film cutting machine structure by keel shoe, clamped by described gripping body and move to cutting position and prepare cutting, described first stationary fixture, described second stationary fixture abuts with dialyzer to be cut, described first pushing mechanism promotes the first film cutting machine structure near one end of the dialyzer of film to be cut, described second pushing mechanism promotes the other end of the second film cutting machine structure near the dialyzer of film to be cut, through the first film cutting machine structure, after second film cutting machine structure cuts film to dialyzer two ends respectively, first pushing mechanism counter motion drives the first film cutting machine structure away from one end of the dialyzer after cutting, second pushing mechanism counter motion drives the second film cutting machine structure away from the other end of the dialyzer after cutting, described first stationary fixture, described second stationary fixture with cutting after dialyzer separate, then gripping body sends original position back to by cutting the dialyzer after film, cut the dialyzer after film again to be seen off by keel shoe,
Described first film cutting machine structure is provided with first and cuts film cylinder, first longitudinal mount pad, the first slide block, the first slide rail, the first knife rest and the first cutting knife;
Described first longitudinal mount pad is provided with the first through hole passed through for dialyzer end to be cut, described first cut film cylinder, described first slide rail is all fixed on described first longitudinal mount pad, described first cutting knife is assemblied in described first knife rest, described first knife rest is fixedly connected with described first slide block, and described first slide block activity is assemblied in described first slide rail and described first slide block is fixedly connected with described first cylinder axis cutting film cylinder;
Described second film cutting machine structure is provided with second and cuts film cylinder, second longitudinal mount pad, the second slide block, the second slide rail, the second knife rest and the second cutting knife;
Described second longitudinal mount pad is provided with the second through hole passed through for dialyzer end to be cut, described second cut film cylinder, described second slide rail is all fixed on described second longitudinal mount pad, described second cutting knife is assemblied in described second knife rest, described second knife rest is fixedly connected with described second slide block, and described second slide block activity is assemblied in described second slide rail and described second slide block is fixedly connected with described second cylinder axis cutting film cylinder;
Described first stationary fixture is provided with the first clamp cylinder and the first pressfitting fixture, described first clamp cylinder is fixed on described first longitudinal mount pad, described first clamp cylinder is positioned at above the first through hole, the cylinder axis of described first clamp cylinder is fixedly connected with described first pressfitting fixture, and described first pressfitting fixture has the first pressing groove for matching with dialyzer;
Described second stationary fixture is provided with the second clamp cylinder and the second pressfitting fixture, described second clamp cylinder is fixed on described second longitudinal mount pad, described second clamp cylinder is positioned at above the second through hole, the cylinder axis of described second clamp cylinder is fixedly connected with described second pressfitting fixture, and described second pressfitting fixture has the second pressing groove for matching with dialyzer.
2. film line cut automatically by dialyzer according to claim 1, it is characterized in that: described first film cutting machine structure is provided with the first connector, and described first connector is cut film cylinder with described first respectively and is fixedly connected with described first slide block;
Described second film cutting machine structure is provided with the second connector, and described second connector is cut film cylinder with described second respectively and is fixedly connected with described second slide block.
3. film line cut automatically by dialyzer according to claim 2, it is characterized in that: described gripping body is provided with connecting plate, linking arm, lift cylinder, clamping seats, clamping cylinder and fixture;
Described connecting plate is provided with through hole, described linking arm is through described through hole and the two ends of described linking arm are individually fixed in described first longitudinal mount pad and described second longitudinal mount pad, described lift cylinder is fixedly installed in described connecting plate, the cylinder axis of described lift cylinder is fixedly connected with described clamping seats, described clamping cylinder is fixedly assemblied in described clamping seats, and described fixture is fixedly connected with the cylinder axis of described clamping cylinder.
4. film line cut automatically by dialyzer according to claim 3, it is characterized in that: be also provided with fixture connector, and described fixture is fixed on described fixture connector, and described fixture connector is fixedly connected with the cylinder axis of described clamping cylinder.
5. film line cut automatically by dialyzer according to claim 4, it is characterized in that: described fixture is provided with the groove for matching with dialyzer.
6. film line cut automatically by the dialyzer according to claim 1 to 5 any one, it is characterized in that:
Described first pushing mechanism is provided with first substrate, first and promotes cylinder, the first travelling carriage, the first promotion guide rail, the first gear frame and the first promotion seat;
Described first travelling carriage is provided with the first sliding shoe A and the first sliding shoe B,
Described first promotes guide rail, described first promotion cylinder is fixed on described first substrate, and described first sliding shoe A, described first sliding shoe B are fixedly assemblied in described first and promote guide rail, and described first promotion cylinder drives with described first sliding shoe A and is connected;
Described first gear frame is provided with the first chute A, the first chute B, the first slide bar A and the first slide bar B, described first chute A is fixed on described first sliding shoe A, described first chute B is fixed on described first sliding shoe B, described first slide bar A activity is assemblied in described first chute A, describedly state the first slide bar B activity and be assemblied in described first chute B, described first slide bar A and described first slide bar B is fixedly assemblied in described first and promotes seat, and described first promotes seat is fixedly connected with described first longitudinal mount pad;
Described second pushing mechanism is provided with second substrate, second and promotes cylinder, the second travelling carriage, the second promotion guide rail, the second gear frame and the second promotion seat;
Described second travelling carriage is provided with the second sliding shoe A and the second sliding shoe B,
Described second promotes guide rail, described second promotion cylinder is fixed on described second substrate, and described the second sliding shoe A, described the second sliding shoe B are fixedly assemblied in described second and promote guide rail, and described second promotion cylinder drives with described the second sliding shoe A and is connected;
Described second gear frame is provided with the second chute A, the second chute B, the second slide bar A and the second slide bar B, described second chute A is fixed on described the second sliding shoe A, described second chute B is fixed on described the second sliding shoe B, described second slide bar A activity is assemblied in described second chute A, described second slide bar B activity is assemblied in described second chute B, described second slide bar A and described second slide bar B is fixedly assemblied in described second and promotes seat, and described second promotes seat is fixedly connected with described second longitudinal mount pad.
7. film line cut automatically by dialyzer according to claim 6, it is characterized in that:
Described first slide bar A and described first promotes the straight line intersection at guide rail place, and described first slide bar B and described first promotes the straight line intersection at guide rail place;
Described second slide bar A and described second promotes the straight line intersection at guide rail place, and described second slide bar B and described second promotes the straight line intersection at guide rail place.
8. film line cut automatically by dialyzer according to claim 7, it is characterized in that:
Angular range between described first slide bar A and described first slide bar B is 100 ° to 150 °;
Angular range between described second slide bar A and described second slide bar B is 100 ° to 150 °.
9. film line cut automatically by dialyzer according to claim 8, it is characterized in that:
Described first promotes seat is set to U-shaped structure, be disposed with the first vertical pin, the first oblique portion, the first transverse part, the second oblique portion and the second vertical pin, described first vertical pin, the first oblique portion, the first transverse part, the second oblique portion and the second vertical pin are fixedly connected sequentially, described first vertical pin, the second vertical pin are vertical with described first transverse part respectively, and the described first oblique portion, the second oblique portion are crossing with described first transverse part respectively;
The structure that described second structure and described first promoting seat promotes seat is identical.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410406021.3A CN104308890B (en) | 2014-08-19 | 2014-08-19 | Film line cut automatically by dialyzer |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410406021.3A CN104308890B (en) | 2014-08-19 | 2014-08-19 | Film line cut automatically by dialyzer |
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| CN104308890A CN104308890A (en) | 2015-01-28 |
| CN104308890B true CN104308890B (en) | 2016-03-09 |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106378821B (en) * | 2016-12-12 | 2018-06-15 | 国家海洋局第二海洋研究所 | Column shaped deposit cutting equipment and method |
| CN110154123A (en) * | 2019-05-24 | 2019-08-23 | 江天云 | What a kind of medical filter device cut film line cuts membrane structure |
| CN110154122A (en) * | 2019-05-24 | 2019-08-23 | 江天云 | A kind of medical filter device cuts film line |
| CN112659212B (en) * | 2021-01-21 | 2024-02-02 | 陈晓坤 | Quick cutting device of hollow fiber membrane |
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| CN204054195U (en) * | 2014-08-19 | 2014-12-31 | 贝恩医疗设备(广州)有限公司 | Film line cut automatically by dialyzer |
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| US1201379A (en) * | 1915-03-09 | 1916-10-17 | Steynis Ozone Company | Apparatus for the production of ozone. |
| US3886825A (en) * | 1973-08-10 | 1975-06-03 | Ichiro Tanaka | Method for mechanically cutting flanges from preshaped steel construction members |
| US5843275A (en) * | 1993-12-24 | 1998-12-01 | Yeh; Tien-Fu | Automatic machine for cutting, fusing, and reeling raw material plates of plastic material |
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