CN203495053U - Automatic buckling equipment for freezer liner - Google Patents
Automatic buckling equipment for freezer liner Download PDFInfo
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- CN203495053U CN203495053U CN201320495087.5U CN201320495087U CN203495053U CN 203495053 U CN203495053 U CN 203495053U CN 201320495087 U CN201320495087 U CN 201320495087U CN 203495053 U CN203495053 U CN 203495053U
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Abstract
The utility model provides automatic buckling equipment for a freezer liner. The problems that geometric size and quality cannot be guaranteed by buckling of a bottom plate and enclosing plates of the liner in the prior art, the working efficiency is low and the labor intensity is high can be solved. The automatic buckling equipment for the freezer liner comprises a machine frame, a telescopic forming die mechanism and a control unit, wherein a high-position horizontal surface pushing and extruding rolling mechanism, a low-position horizontal surface pushing and extruding rolling mechanism, a vertical surface pushing and extruding rolling mechanism, a horizontal surface telescopic plate-pressing mechanism and a vertical surface telescopic plate-pressing mechanism are arranged on the machine frame; the high-position horizontal surface pushing and extruding rolling mechanism, the low-position horizontal surface pushing and extruding rolling mechanism and the vertical surface pushing and extruding rolling mechanism are provided with rolling mechanisms. By the automatic buckling equipment for the freezer liner, the bottom plate and the enclosing plates of a freezer can be mechanically and automatically buckled, the geometric size and the quality of the freezer liner are guaranteed, the working efficiency is greatly improved, and the labor intensity is reduced.
Description
Technical field
The utility model relates to ice box inner bag spiral-lock equipment, is specifically related to realize the base plate of ice box inner bag and the spiral-lock equipment of coaming plate automation spiral-lock.
Background technology
Ice box inner bag 1 consists of the coaming plate 1-2 of base plate 1-1 and surrounding, for the ice box with refrigerating chamber, its base plate 1-1 is Z-shaped, comprise two horizontal planes (being high-order horizontal plane 1-1-1 and low level water plane 1-1-2) with difference in height, and the vertical plane 1-1-3 that connects two horizontal planes, the edge spiral-lock of base plate 1-1 is on the bottom of coaming plate 1-2, as shown in Figure 1.In prior art, base plate is connected with the spiral-lock of coaming plate, conventionally has two kinds of modes: a kind of is mechanical flange to be become to manual directly the withholding on the coaming plate of flange moulding of base plate of " Z " type, with the adhesive tape connection that is fastened; Another kind of mode is to become the manual retaining ring of base plate of " Z " type on the coaming plate of flange moulding mechanical flange, on steel moulding bed, with clamp, mediate after flange, with plank hammer beat 8 side seams (as shown in Figure 1 1.～8., be totally 6 of the horizontal sides of high-order horizontal plane 1-1-1 and low level water plane 1-1-2,2 of the perpendicular edge of vertical plane 1-1-3) and 4 fillets (a, b, c, d as shown in Figure 1).
At present, what operating procedure use was more is the second, firm and close property and good rigidity, but operation is beaten in this craft, not only the geometry of workpiece can not guarantee consistent and connect laminating inequality, and particularly the radius size of 4 of inner bag fillets is not identical, and presentation quality is poor, and this manual mode of operation efficiency is low, and labour intensity is large.
Therefore, urgently design a kind of automation spiral-lock equipment, can realize the automation spiral-lock of ice box interior plate and coaming plate, guarantee physical dimension and the quality of ice box inner bag, greatly increase work efficiency, reduce labour intensity.
Utility model content
The utility model provides a kind of ice box inner bag automation spiral-lock equipment, and inner bag spiral-lock in prior art can be solved and physical dimension and quality can not be guaranteed, and inefficiency, the problem that labour intensity is large.
For reaching above-mentioned technical purpose, the utility model is achieved by the following technical solutions: a kind of ice box inner bag automation spiral-lock equipment, comprise frame, flexible loose tool mechanism and control module, high-order horizontal plane is installed in described frame and pushes that roller press mechanism, low level water plane are pushed roller press mechanism, vertical plane is pushed roller press mechanism, horizontal plane Telescopic pressing disc mechanism and vertical plane Telescopic pressing disc mechanism, described high-order horizontal plane is pushed roller press mechanism, low level water plane and is pushed roller press mechanism, vertical plane and push roller press mechanism and be provided with and push roller press mechanism; The described roller press mechanism of pushing comprises the roller seat being fixed with on roll-in driver part, the roller seat fixed disk connecting with roll-in driver part output shaft, described roller seat fixed disk with each corresponding setting in spiral-lock limit of inner bag, running roller is installed in roller seat described in each, and the below of described roller seat is provided with pushes pressing plate, the described pressing plate of pushing is connected with and pushes cylinder, described in push cylinder and be fixed on described roller seat; Described horizontal plane Telescopic pressing disc mechanism comprises horizontal platen driver part, is connected in the flexible platen of high-order horizontal plane and the flexible platen of low level water plane of horizontal platen driver part output shaft, described high-order horizontal plane stretch the flexible platen of platen, low level water plane lay respectively at the high-order horizontal plane of inner bag and low level water plane directly over, described vertical plane Telescopic pressing disc mechanism comprises vertical pressing plate driver part, is connected in the flexible platen of vertical plane of vertical pressing plate driver part output shaft.
In the technical solution of the utility model, also comprise following additional technical feature:
In described roller seat, be also provided with elasticity and adjust roller frame, described running roller is arranged on described elasticity and adjusts in roller frame, described elasticity is adjusted roller frame and is connected by guide pillar with described roller seat, is arranged with in described elasticity and adjusts the spring between roller frame and described roller seat on described guide pillar.
Described running roller consists of rolling axle and the split type running roller being arranged on rolling axle, running roller and two end running rollers in the middle of described split type running roller comprises, described elasticity is adjusted the gap of roller frame between middle running roller and two end running rollers and is fixed on described rolling axle.
The flexible platen of high-order horizontal plane, the flexible platen of low level water plane and the flexible platen of vertical plane form by platen fixed part and platen pars contractilis, described platen pars contractilis and described platen fixed part are connected with pin, are set with the spring that can drive described platen pars contractilis to move along described pin on described pin; The platen pars contractilis of the flexible platen of described high-order horizontal plane and the flexible platen of low level water plane is 3, respectively with 3 spiral-lock limits of high-order horizontal plane of inner bag, the corresponding setting in 3 spiral-lock limits of low level water plane; The platen pars contractilis of the flexible platen of described vertical plane is 2, with the corresponding setting in 2 spiral-lock limits of the vertical plane of inner bag.
Described high-order horizontal plane is pushed roller press mechanism and low level water plane and is pushed the roller press mechanism of pushing of roller press mechanism and all also comprise two flexible arc pressure rollers with bowed roller pressure surface, described in each, flexible arc pressure roller is arranged on described roller seat fixed disk and described in adjacent two between running roller, with the corresponding setting of four fillets of inner bag.
The described pressing plate below of pushing is provided with gripper shoe, and described gripper shoe is fixed on described roller seat by bolt, described in push pressing plate and be provided with the long guiding hole passing for described bolt.
Two oil cylinders that the described roll-in driver part of pushing roller press mechanism arranges for series connection.
Described horizontal platen driver part and vertically pressing plate driver part are cylinder.
Described flexible loose tool mechanism comprises reciprocating loose tool slider disc and is arranged on the flexible loose tool in front and back two in reciprocating loose tool slider disc, and described frame comprises base, and described base and described reciprocating loose tool slider disc are provided with the slide rail being used in conjunction with.
Described base is provided with the positioning fixture that described flexible loose tool is positioned to spiral-lock position.
Compared with prior art, adopt the utility model ice box inner bag automation spiral-lock equipment, can realize mechanization and the automation of ice box base plate and coaming plate spiral-lock, guarantee physical dimension and the quality of ice box inner bag, greatly increase work efficiency, reduce labour intensity; In addition, by flexible loose tool mechanism, reciprocating loose tool slider disc and two flexible loose tools being set, can realize two stations dresses and get workpiece by the reciprocating action of air cylinder driven push-and-pull loose tool slider disc the very big production efficiency that improved.
Accompanying drawing explanation
Fig. 1 is the structural representation of ice box inner bag;
Fig. 2 is the structural representation of the utility model embodiment ice box inner bag automation spiral-lock equipment;
Fig. 3 be in Fig. 2 A to view;
Fig. 4 be in Fig. 2 B to view;
Fig. 5 pushes pressing plate to push inner-tube structure schematic diagram after the flange of interior plate and coaming plate in the present embodiment;
Fig. 6 is the structural representation after high and low horizontal plane roll-in in the present embodiment;
Fig. 7 is the structural representation of the flexible platen of high-order horizontal plane in the utility model embodiment;
Fig. 8 is the structural representation of the flexible platen of vertical plane in the utility model embodiment;
Fig. 9 is the utility model embodiment middle roll mounting structure schematic diagram;
Figure 10 be in Fig. 9 C to view.
The specific embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
With reference to Fig. 2 to Fig. 4, the present embodiment ice box inner bag automation spiral-lock equipment, comprises frame 2, flexible loose tool mechanism 3 and control module 4, and in 4 pairs of the present embodiment of control module, the motion of following each parts realizes automatically and controlling.High-order horizontal plane is installed in frame 2 and pushes that roller press mechanism 5, low level water plane are pushed roller press mechanism 6, vertical plane is pushed roller press mechanism 7, horizontal plane Telescopic pressing disc mechanism 8 and vertical plane Telescopic pressing disc mechanism 9, high-order horizontal plane is pushed roller press mechanism 5, low level water plane and is pushed roller press mechanism 6, vertical plane and push roller press mechanism 7 and be provided with and push roller press mechanism 10.Flexible loose tool mechanism 3 comprises reciprocating loose tool slider disc 3-1 and is arranged on two flexible loose tool 3-2, the 3-3 that the front and back on reciprocating loose tool slider disc 3-1 arrange; frame 2 comprises base 2-1; base 2-1 and reciprocating loose tool slider disc 3-1 are provided with the slide rail 2-2 being used in conjunction with; after front stretching loose tool 3-2 is in place; rear flexible loose tool 3-3 cover is loaded onto and is treated that spiral-lock workpiece is standby; the front stretching loose tool 3-2 that spiral-lock is good moves forward with reciprocating loose tool slider disc 3-1; rear flexible loose tool 3-3 is in place; realize double operation, further improved spiral-lock efficiency.In addition, on base 2-1, be also provided with positioning fixture 2-3, for two flexible loose tool 3-2,3-3 are positioned to spiral-lock position, guarantee the steadiness of flexible loose tool and workpiece, guarantee spiral-lock quality, the mode that positioning fixture 2-3 adopts pneumatic location to clamp.
Concrete, push that roller press mechanism 10 comprises that roll-in drives oil cylinder 10-1, be fixed with a plurality of roller seat 10-3 on the roller seat fixed disk 10-2, the roller seat fixed disk 10-2 that are connected with the output shaft of roll-in driving oil cylinder 10-1, the spiral-lock limit of each roller seat 10-3 and inner bag shown in Fig. 11 1.～8. corresponding setting one by one.In each roller seat 10-3, running roller 10-4 is installed, below roller seat 10-3, be provided with and push pressing plate 10-5, push pressing plate 10-5 and be connected with and push cylinder 10-6, push cylinder 10-6 and be connected in roller seat 10-3 by being welded to connect plate, realize interlock with roller seat 10-3 and roller seat fixed disk 10-2.Simultaneously, in the present embodiment, push pressing plate 10-5 below be provided with gripper shoe 10-10, fastening bolt is set on gripper shoe 10-10 and is fixed on described roller seat 10-3, push pressing plate 10-5 and be provided with the long guiding hole 10-11 passing for bolt, gripper shoe 10-10 plays the effect of pushing pressing plate 10-5 of supporting, can not hinder the action of pushing of pushing pressing plate 10-5 simultaneously, and the position of the upper corresponding long guiding hole 10-11 of roller seat 10-3 is provided with the feather key that embeds long guiding hole 10-11, to pushing the action of pressing plate 10-5, play guide effect, bolt on gripper shoe 10-10 is fixed on roller seat 10-3 through feather key.
Horizontal plane Telescopic pressing disc mechanism 8 comprises horizontal platen drive division cylinder 8-1, compress the flexible platen 8-2 of high-order horizontal plane of the high-order horizontal plane 1-1-1 of base plate 1-1, and the flexible platen 8-3 of the low level water plane that compresses low level water plane 1-1-2, the flexible platen 8-2 of high-order horizontal plane and the flexible platen 8-3 of low level water plane lay respectively at the high-order horizontal plane 1-1-1 of base plate 1-1 and low level water plane 1-1-2 directly over, and be all fixed on the output shaft that horizontal platen drives cylinder 8-1, after inner bag 1 is in place, by this air cylinder driven two pressing plate 8-2 and 8-3, be pressed in respectively on high-order horizontal plane 1-1-1 and low level water plane 1-1-2, while preventing roll-in spiral-lock, it moves dislocation and causes distortion, and affect pushing and roll-in of inner bag workpiece flange.Vertical plane Telescopic pressing disc mechanism 9 comprises that vertical pressing plate drives cylinder 9-1, is connected in the flexible platen 9-2 of vertical plane that vertical pressing plate drives the output shaft of cylinder 9-1, pushes down vertical plane 1-1-3 during the vertical plane 1-1-3 of spiral-lock base plate 1-1.
The concrete use procedure of the present embodiment ice box inner bag automation spiral-lock equipment is as follows:
The first step, the inner bag pre-fixing 1 is enclosed within on front stretching loose tool 3-2, front stretching loose tool 3-2 together with inner bag 1 by pneumatic means be pushed into spiral-lock position in place after, loose tool clamps, horizontal platen drives cylinder 8-1 action, drives the flexible platen 8-2 of high-order horizontal plane and the flexible platen 8-3 of low level water plane to compress respectively high-order horizontal plane 1-1-1 and the low level water plane 1-1-2 of inner bag 1;
Second step, then high-order horizontal plane is pushed roller press mechanism 5 and low level water plane and is pushed the roll-in of roller press mechanism 6 and drive oil cylinder 10-1 to move simultaneously, drive roller seat fixed disk 10-2 to drive roller seat 10-3, push pressing plate 10-5 and push cylinder 10-6 etc. and move downward to the flange of pushing pressing plate 10-5 and base plate 1-1 and align, push cylinder 10-6 action and push pressing plate 10-5 and make the flange of base plate 1-1 and the flange of coaming plate 1-2 be adjacent to kneading, inner bag is as shown in Figure 5 afterwards in kneading;
The 3rd step, high-order horizontal plane are pushed roller press mechanism 5 and low level water plane and are pushed the roll-in of roller press mechanism 6 and drive oil cylinder 10-1 to move downwards, drive roller seat fixed disk 10-2 to continue to be displaced downwardly to running roller 10-4 roll-in and cross the flange after being adjacent to of base plate 1-1 and coaming plate 1-2, make base plate 1-1 flange be pressure bonded to coaming plate 1-2 upper, as shown in Figure 6; So far, six horizontal sides of two horizontal plane 1-1-1 and 1-1-2 1.～6. spiral-lock has been connected;
The 4th step, high-order horizontal plane are pushed roller press mechanism 5 and are repositioned to original state and step down, and vertically pressing plate drives cylinder 9-1 action, drive the flexible platen 9-2 of vertical plane to compress the vertical plane 1-1-3 of base plate 1-1; Then, the roll-in that vertical plane is pushed roller press mechanism 7 drives oil cylinder 10-1 action, two perpendicular edge that realize vertical plane 1-1-3 pushing and roll-in 7., 8., specifically push with roll-in action with above-mentioned second step and the 3rd step, so far, two of vertical plane 1-1-3 perpendicular edge 7., 8. spiral-lock has connected;
The 5th step, vertical plane are pushed roller press mechanism 7 returns, the flexible platen 9-2 of vertical plane unclamps return, and low level water plane is pushed roller press mechanism 6 and is repositioned to initial position;
The 6th step, high-low position horizontal plane flexible platen 8-2,8-3 unclamp return, and loose tool positioning fixture 2-3 unclamps, and loose tool and inner bag workpiece are pushed out pickup, and rear flexible loose tool 3-3 and inner bag workpiece are in place, realize double operation.
Because driving oil cylinder 10-1, roll-in there is above-mentioned second step and the 3rd step, and the 4th driving described in step push pressing plate 10-5 to push flange position and drive roller wheel 10-4 to roll-in position two strokes, for improving reliability, reduce fault rate, reduce costs simultaneously, in the present embodiment, roll-in drives that oil cylinder 10-1 is integrated by series connection pushes oil cylinder 10-1-1 and roll-in oil cylinder 10-1-2 forms, and by Hydraulic Station 12, provides oil circuit.Push on the output shaft that oil cylinder 10-1-1 is installed in roll-in oil cylinder 10-1-2.In the above-mentioned second to the 4th step, the stroke of pushing pressing plate 10-5 drives by pushing oil cylinder 10-1-1, and the stroke of running roller 10-4 is driven by roll-in oil cylinder 10-1-2.Certainly, roll-in drives oil cylinder 10-1 also can be substituted by other mechanical transmission mechanisms, and the present embodiment is not done concrete restriction to this.
With reference to Fig. 9 and Figure 10, for making running roller 10-4 there is the corrective action of pressure elasticity, while avoiding roll-in, location is forbidden and is blocked, in roller seat 10-3, be also provided with elasticity and adjust roller frame 10-7, running roller 10-4 is arranged on elasticity and adjusts in roller frame 10-7, elasticity is adjusted roller frame 10-7 and is connected by guide pillar 10-8 with roller seat 10-3, is arranged with in elasticity and adjusts the spring 10-9 between roller frame 10-7 and roller seat 10-3 on guide pillar 10-8.So, when running roller 10-4 moves to roll-in position, be pressed on the spiral-lock limit of inner bag 1, spiral-lock limit extruding running roller 10-4 makes its extrusion spring 10-9, thereby adjust the position of running roller 10-4 so that it pressed spiral-lock limit smoothly, roll-in is complete while being repositioned to original state, and running roller 10-4 returns to free state under the elastic force of spring 10-9, adjusts the pretightning force of spring 10-9 and the compression distance of running roller 10-4 and can reach the closely sealed requirement in roll-in inner bag workpiece spiral-lock limit.
Because the high-order horizontal plane of inner bag 1 is pushed roller press mechanism 5 and low level water plane and is pushed roller press mechanism 6 and all have three to push roller press mechanism, for preventing that the adjacent running roller 10-4 that pushes roller press mechanism from interfering mutually, this running roller 10-4 consists of with the split type running roller being arranged on rolling axle 10-4-1 rolling axle 10-4-1, as shown in Figure 9 and Figure 10.Split type running roller comprises two end running roller 10-4-2 and a middle running roller 10-4-3, elasticity is adjusted the gap of roller frame 10-7 between two end running roller 10-4-2 and middle running roller 10-4-3 and is fixed on rolling axle 10-4-1, and two end running roller 10-4-2 are connected in rolling axle 10-4-1.Adopt the running roller 10-4 of this structure, the length of rolling axle 10-4-1 can be less than the total length of split type running roller, time rolling axle 10-4-1 two ends sink in the running roller 10-4-2 of end, thereby avoid adjacent running roller mutually to interfere, simultaneously, elasticity is adjusted roller frame 10-4 in the space of installing between adjacent split running roller, also can not interfere roll-in action.
Based on technique scheme, optionally, for guaranteeing spiral-lock quality, buckling deformation when preventing from pushing pressing plate and pushing flange, the edge of the flexible platen of each face must be pushed down the flange of inner bag 1 each face completely, for making each flexible platen, can push down each flange of inner bag 1 completely, can not hinder again the roll-in action of running roller 10-4, the flexible platen 8-2 of high-order horizontal plane, the flexible platen 8-3 of low level water plane and the flexible platen 9-2 of vertical plane form by platen fixed part I and platen pars contractilis II, with reference to Fig. 7 and Fig. 8, between platen pars contractilis II and platen fixed part I, by pin III, be connected, in pin III, be set with spring IV, spring IV can drive platen pars contractilis II to move along pin III.The platen pars contractilis II of the flexible platen 8-2 of high-order horizontal plane is 3, be positioned on three sides of its platen fixed part I, respectively with high-order horizontal plane 1-1-1 3 horizontal sides 1., 2., 3. corresponding; The platen pars contractilis II of the flexible platen 8-3 of low level water plane is 3, be positioned on three sides of its platen fixed part I, respectively with 3 horizontal sides of low level water plane 1-1-2 4., 5., 6. corresponding setting; The platen pars contractilis II of the flexible platen 9-2 of vertical plane is 2, be positioned on two relative sides of its platen fixed part I, with 2 vertical edges of vertical plane 1-1-3 7., 8. corresponding setting.When each flexible platen is pushed down its corresponding plane, platen pars contractilis II is pushed down the flange of inner bag 1 completely, upwarps distortion while preventing from pushing; When the platen pars contractilis II of each flexible platen is crossed in running roller 10-4 roll-in, running roller 10-4 extruding platen pars contractilis II makes it to the compression of place, platen fixed part I place, and after running roller 10-4 presses, platen pars contractilis II is rebounded, and can not hinder the roll-in action of running roller 10-4.
For avoiding adjacent compression pars contractilis II to produce, interfere, the two ends of platen pars contractilis II are inclined-plane, and this inclined-plane extends along the diagonal of integral telescopic platen.
For realizing the automation spiral-lock of 4 fillets (as a in Fig. 1, b, c, d) between the base plate 1-1 of inner bag 1 and coaming plate 1-2, high-order horizontal plane is pushed roller press mechanism 5 and low level water plane and is pushed the roller press mechanism of roller press mechanism 6 and all also include two flexible arc pressure rollers 11, with reference to Fig. 4, flexible arc pressure roller 11 has the rolling surface of arc, with roll-in, goes out fillet structure.Each arc pressure roller 11 is arranged on roller seat fixed disk 10-2 and between two adjacent running roller 10-4, corresponding with 4 fillets (as a in Fig. 1, b, c, d) of inner bag 1, when driving running roller roll-in, roller seat fixed disk 10-2 drives flexible arc pressure roller 11 roll-in fillets simultaneously.Flexible arc pressure roller 11 described herein refers between the installing rack of pressure roller and roller seat fixed disk 10-2 spring is set, and adjusting the pretightning force of spring and the compression distance of pressure roller and can reach the requirement of roll-in fillet adaptation.
The above, it is only preferred embodiment of the present utility model, be not the utility model to be done to the restriction of other form, any those skilled in the art may utilize the technology contents of above-mentioned announcement to be changed or be modified as the equivalent embodiment of equivalent variations.But every technical solutions of the utility model content that do not depart from, any simple modification, equivalent variations and the remodeling above embodiment done according to technical spirit of the present utility model, still belong to the protection domain of technical solutions of the utility model.
Claims (10)
1. an ice box inner bag automation spiral-lock equipment, it is characterized in that: comprise frame, flexible loose tool mechanism and control module, high-order horizontal plane is installed in described frame and pushes that roller press mechanism, low level water plane are pushed roller press mechanism, vertical plane is pushed roller press mechanism, horizontal plane Telescopic pressing disc mechanism and vertical plane Telescopic pressing disc mechanism, described high-order horizontal plane is pushed roller press mechanism, low level water plane and is pushed roller press mechanism, vertical plane and push roller press mechanism and be provided with and push roller press mechanism; The described roller press mechanism of pushing comprises the roller seat being fixed with on roll-in driver part, the roller seat fixed disk connecting with roll-in driver part output shaft, described roller seat fixed disk with each corresponding setting in spiral-lock limit of inner bag, running roller is installed in roller seat described in each, and the below of described roller seat is provided with pushes pressing plate, the described pressing plate of pushing is connected with and pushes cylinder, described in push cylinder and be fixed on described roller seat; Described horizontal plane Telescopic pressing disc mechanism comprises horizontal platen driver part, is connected in the flexible platen of high-order horizontal plane and the flexible platen of low level water plane of horizontal platen driver part output shaft, described high-order horizontal plane stretch the flexible platen of platen, low level water plane lay respectively at the high-order horizontal plane of inner bag and low level water plane directly over, described vertical plane Telescopic pressing disc mechanism comprises vertical pressing plate driver part, is connected in the flexible platen of vertical plane of vertical pressing plate driver part output shaft.
2. ice box inner bag automation spiral-lock equipment according to claim 1, it is characterized in that: in described roller seat, be also provided with elasticity and adjust roller frame, described running roller is arranged on described elasticity and adjusts in roller frame, described elasticity is adjusted roller frame and is connected by guide pillar with described roller seat, is arranged with in described elasticity and adjusts the spring between roller frame and described roller seat on described guide pillar.
3. ice box inner bag automation spiral-lock equipment according to claim 2, it is characterized in that: described running roller consists of rolling axle and the split type running roller being arranged on rolling axle, running roller and two end running rollers in the middle of described split type running roller comprises, described elasticity is adjusted the gap of roller frame between middle running roller and two end running rollers and is fixed on described rolling axle.
4. ice box inner bag automation spiral-lock equipment according to claim 1, it is characterized in that: high-order horizontal plane stretches platen, the flexible platen of low level water plane and the flexible platen of vertical plane by platen fixed part and platen pars contractilis formation, described platen pars contractilis and described platen fixed part are connected with pin, are set with the spring that can drive described platen pars contractilis to move along described pin on described pin; The platen pars contractilis of the flexible platen of described high-order horizontal plane and the flexible platen of low level water plane is 3, respectively with 3 spiral-lock limits of high-order horizontal plane of inner bag, the corresponding setting in 3 spiral-lock limits of low level water plane; The platen pars contractilis of the flexible platen of described vertical plane is 2, with the corresponding setting in 2 spiral-lock limits of the vertical plane of inner bag.
5. ice box inner bag automation spiral-lock equipment according to claim 4, it is characterized in that: described high-order horizontal plane is pushed roller press mechanism and low level water plane and pushed the roller press mechanism of pushing of roller press mechanism and all also comprise two flexible arc pressure rollers with bowed roller pressure surface, described in each, flexible arc pressure roller is arranged on described roller seat fixed disk and described in adjacent two between running roller, with the corresponding setting of four fillets of inner bag.
6. ice box inner bag automation spiral-lock equipment according to claim 1, it is characterized in that: described in push pressing plate below and be provided with gripper shoe, bolt is set in described gripper shoe and is fixed on described roller seat, described in push pressing plate and be provided with the long guiding hole passing for described bolt.
7. ice box inner bag automation spiral-lock equipment according to claim 1, is characterized in that: described in push two oil cylinders that the roll-in driver part of roller press mechanism arranges for series connection.
8. ice box inner bag automation spiral-lock equipment according to claim 1, is characterized in that: described horizontal platen driver part and vertically pressing plate driver part are cylinder.
9. ice box inner bag automation spiral-lock equipment according to claim 1; it is characterized in that: described flexible loose tool mechanism comprises reciprocating loose tool slider disc and is arranged on the flexible loose tool in front and back two in reciprocating loose tool slider disc; described frame comprises base, and described base and described reciprocating loose tool slider disc are provided with the slide rail being used in conjunction with.
10. ice box inner bag automation spiral-lock equipment according to claim 9, is characterized in that: described base is provided with the positioning fixture that described flexible loose tool is positioned to spiral-lock position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320495087.5U CN203495053U (en) | 2013-08-14 | 2013-08-14 | Automatic buckling equipment for freezer liner |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320495087.5U CN203495053U (en) | 2013-08-14 | 2013-08-14 | Automatic buckling equipment for freezer liner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203495053U true CN203495053U (en) | 2014-03-26 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320495087.5U Withdrawn - After Issue CN203495053U (en) | 2013-08-14 | 2013-08-14 | Automatic buckling equipment for freezer liner |
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| Country | Link |
|---|---|
| CN (1) | CN203495053U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103406464A (en) * | 2013-08-14 | 2013-11-27 | 青岛鑫锦润机械有限公司 | Automatic fastening equipment for refrigerator inner liners |
| CN104475595A (en) * | 2014-12-01 | 2015-04-01 | 四川成发航空科技股份有限公司 | Reverse push door assembly riveting device for aircraft engine |
| CN106665713A (en) * | 2017-01-10 | 2017-05-17 | 无锡贝克威尔器具有限公司 | Shaping equipment of multi-site pudding baking tray |
| CN107999643A (en) * | 2017-11-24 | 2018-05-08 | 安徽鲲鹏装备模具制造有限公司 | A kind of control system and control method of four fillet riveting equipment of freezer liner bottom plate |
| CN113547032A (en) * | 2021-07-27 | 2021-10-26 | 安徽省科昌机械制造股份有限公司 | Automatic buckling device for production of refrigerator inner container |
-
2013
- 2013-08-14 CN CN201320495087.5U patent/CN203495053U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103406464A (en) * | 2013-08-14 | 2013-11-27 | 青岛鑫锦润机械有限公司 | Automatic fastening equipment for refrigerator inner liners |
| CN103406464B (en) * | 2013-08-14 | 2015-05-27 | 青岛鑫锦润机械有限公司 | Automatic fastening equipment for refrigerator inner liners |
| CN104475595A (en) * | 2014-12-01 | 2015-04-01 | 四川成发航空科技股份有限公司 | Reverse push door assembly riveting device for aircraft engine |
| CN106665713A (en) * | 2017-01-10 | 2017-05-17 | 无锡贝克威尔器具有限公司 | Shaping equipment of multi-site pudding baking tray |
| CN107999643A (en) * | 2017-11-24 | 2018-05-08 | 安徽鲲鹏装备模具制造有限公司 | A kind of control system and control method of four fillet riveting equipment of freezer liner bottom plate |
| CN113547032A (en) * | 2021-07-27 | 2021-10-26 | 安徽省科昌机械制造股份有限公司 | Automatic buckling device for production of refrigerator inner container |
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