CN201624095U

CN201624095U - Shearing machine for filling sausage casing

Info

Publication number: CN201624095U
Application number: CN200920214162XU
Authority: CN
Inventors: 李桂虎
Original assignee: SHANGHAI POMA CONVEYOR EQUIPMENT CO Ltd
Current assignee: Shanghai industrial automation equipment Co., Ltd.
Priority date: 2009-11-25
Filing date: 2009-11-25
Publication date: 2010-11-10
Anticipated expiration: 2019-11-25

Abstract

The utility model relates to a machining machine for filling sausage casings. The utility model aims at providing an efficient, safe and sanitary shearing machine for filling sausage casing to replace manual operation. The shearing machine for filling sausage casing comprises a workbench, a servo power system, an input clamping synchronous belt group, an output clamping synchronous belt group, a detecting device and a shearing device, wherein the servo power system, the input clamping synchronous belt group and the output clamping synchronous belt group are arranged on the cross beam of two groups of conveyance clamping devices on the mounting frame of the workbench; the other side of the workbench is provided with the detecting device and the shearing device; the input clamping synchronous belt group clamps long strings of foods such as sausage casing and passes by the sausage enteromere detection device at high speed; and the detecting signal controls the shearing device by an electric control way so that a three-blade rotary-cutting cutter cuts the sausage enteromere at high speed and subsequently the sausage enteromere is thrown out by the output clamping synchronous belt group. The shearing machine has quick shearing speed, improves production capability, can effectively control series of problems such as safety, sanitation and the like, and can realize the management mode of a full-automatic production line.

Description

Casing is loaded class and is cut the joint machine

Technical field

The utility model relates to food machinery, particularly relates to a kind of processing equipment that casing is loaded class of producing.

Background technology

Casing is loaded the production and processing of based food, especially relatively large manufacturing enterprise, advanced automatic assembly line is all arranged, intestines filling hinge be will prepare and filling, can, ligation cut, mix, after boiling, drying, sootiness, produce the string casing of growing up again and load class, example: ham sausage, sausage, roasting intestines etc., but the joint of cutting thereafter generally mostly is heavier manual operations, labour intensity is big, speed is low, does not far catch up with the speed of automated production, just have to increase the labour who cuts the joint operation for this reason, and increased production cost and management cost, reduced the business economic benefit.

Summary of the invention

The purpose of this utility model is: the employing servo power of a kind of efficient, safety, health is provided, and the synchronous strap clamp of clamping is held casing and is loaded class, by checkout gear and shear; Substitute the casing filling class of manually cutting joint and cut the joint machine.

For reaching above-mentioned purpose, casing of the present utility model is loaded class and is cut the joint machine, comprises workbench 1, servo power system 2, input clamping band group 3, output clamping synchronously band group 4, checkout gear 5 and shear 6 synchronously; Described servo power system 2, input clamping band group 3, output clamping synchronously band group 4 synchronously is installed in two groups of transferring clipper crossbeams 12 on the installing rack 11 of workbench 1;

Described servo power system 2 by motor 22, drive 21, be with 23 synchronously, belt tensioner pulley 24 and tighten device 25 and form synchronously, described motor 61 is a servomotor, be installed on the workbench 1, by being in transmission connection with two drives 22 that are installed on the transferring clipper crossbeam 12 with 23 synchronously.

The drive 21 of described servo power system 2 is by connecting shaft, with input clamping driving wheel 31 with export 41 of clamping driving wheels and be connected.

Described shear 6 is installed on workbench 1 installing rack opposite side, leaves the cutter groove 13 of the rotary-cut cutting knife 62 of shear 6 on the table top of described workbench 1 between input grasping system 3 and output grasping system 4; Described checkout gear 5 places on the workbench 1 of rotary-cut cutting knife 62 front ends

Described input clamping band group 3 and output clamping synchronously band group 4 synchronously respectively is two groups of transmission devices, comprise

driving wheel

31,41, driven

pulley

32,42 and clamping are with 33,43 synchronously, suspension is installed on transferring clipper crossbeam 12, and the cross sliding clock 121 on the described transferring clipper crossbeam 12 is movably set in guide pillar 122; On the transferring clipper crossbeam 12, also be provided with two groups of clampings synchronously with the adjusting

device

34,44 and the lock(ing)

bolt

35,45 of 33 driven

pulley

32,42; Also be provided with one group of clamping lash adjusting device 123 on the described transferring clipper crossbeam, it is adjusted contiguous blocks 1231, go here and there the adjustment screw rod 1232 of adjusting contiguous block 1231 and the adjusting lever handwheel 1233 that is installed in adjustment screw rod 1,232 one ends and form by two, and the gap adjusting range of described transferring clipper crossbeam is 10mm～60mm.

Described shear 6 is made up of cutter motor 61 and the three-chip type rotary-cut cutting knife 62 that is fixed on the motor shaft, and described cutter motor 61 is a servomotor.

Described workbench 1 is provided with a class upper limit pinch roller 14.

On the described workbench 1 dust cover 15 is housed, dust cover 15 is provided with guiding port 151 and discharging opening 152.

Effect of the present utility model is: the management mode that can realize automatic production line, thoroughly break away from existing manually-operated, improved production capacity, saved cost of labor, can effectively control serial problems such as safety, health, meet the requirement of modern production equipment.

Description of drawings

Fig. 1 is the schematic perspective view of the utility model

Fig. 2 is the structure front elevational schematic of the utility model

Fig. 3 is the structure schematic top plan view of the utility model

Fig. 4 be among Fig. 2 of the utility model a to schematic diagram

Specific embodiment

Below in conjunction with accompanying drawing the utility model is elaborated:

Load class referring to Fig. 1, Fig. 2, Fig. 3 casing described in the utility model and cut the joint machine, it comprises workbench 1, servo power system 2, input clamping band group 3, output clamping synchronously band group 4, checkout gear 5 and shear 6 synchronously; Described servo power system 2 is installed on the workbench 1, by motor 22, drive 21, be with 23 synchronously, belt tensioner pulley 24 and tighten device 25 and form synchronously; Described motor 22 is a servomotor, and the drive on the servomotor is with 23 synchronously by two-sided side set power, drives input clamping band group 3, the output clamping synchronously powered drive wheel 21 of band group 4 synchronously; Hang one pair of transferring clipper crossbeam 12 on the described guide pillar 122 on the installing rack 11 of workbench 1, one group of input clamping band group 3 and one group output synchronously clamping band group 4 synchronously is installed on the transferring clipper crossbeam 12, the input clamping is one group of horizontal slip 121, output clamping one group of horizontal slip 121 of band group 4 synchronously of band group 3 synchronously, is movably set in guide pillar 122; Also be provided with one group of clamping lash adjusting device 123 on the described transferring clipper crossbeam 12, it is by about the one pair adjustment contiguous block that revolves screw thread 1231 and screw in the adjustment screw rod 1232 of adjusting contiguous block 1231, be installed in the adjusting lever handwheel 1233 of adjusting screw rod 1232 ends forms, be used to adjust the clamping gap of transferring clipper crossbeam 12, described gap adjusting range is 10mm～60mm.

Described workbench 1 installing rack opposite side is equipped with checkout gear 5 and shear 6, described checkout gear 5 is an infrared sensor, place the front end of shear 6, described shear 6 is made up of cutter motor 61 and the three-chip type rotary-cut cutting knife 62 that is fixed on the motor shaft, and described cutter motor 61 is a servomotor; On the table top of workbench 1, leave the cutter groove 13 of rotary-cut cutting knife 62.

Described installing rack 11 is provided with a class upper limit pinch roller 14, is installed on the input clamping clamping of band group 3 synchronously synchronously with between 33 gap, and can according to the footpath of easings food 7 high adjust to go up press height.

On the described workbench 1 dust cover 15 is housed, dust cover 15 is provided with the guiding port 151 and the discharging opening 152 of easings food 7.

Most preferred embodiment of the present utility model is referring to Fig. 1～shown in Figure 4, and Fig. 1 is a schematic perspective view.One casing is installed on the workbench 1 loads class and cut the joint machine, workbench 1 is provided with a dust cover 15, on the guiding port 151 and the discharging opening 152 of easings food 7 are arranged, workbench places on the frame, electric control gear is in frame.

Fig. 1 is for cutting joint machine structure front elevational schematic, and Fig. 2 is the structure schematic top plan view.Operation is initial, the footpath of pressing easings food 7 is thick, the adjusting lever handwheel 1233 on the screw rod 1232 is adjusted in turn, adjust screw rod 1232, the transferring clipper crossbeam 12 that drive and adjustment contiguous block 1231 are connected, two horizontal slips 121 are moved at guide rod 122, and then make two groups of input clampings band group 3 and output clamping synchronously gap of band group 4 synchronously, mutually agreeable with the clamping degree of easings food, and the going up of upper limit pinch roller 14 of adjusting installing rack 11 pressed height, and the easings food 7 in carrying is at a high speed bounced, can make easings food 7 deliver to checkout gear 5 tops and three-chip type rotary-cut cutting knife 62 otch positions stably.

Because the gap of transferring clipper crossbeam 12 is adjusted, thereby the two-sided side set power that makes servo power system 2 changes with 23 transmission tension force synchronously, so must drive regulating wheel 24 by adjusting device 25, make moderate with 23 synchronously with the tension force of drive 21.

The input clamping synchronously band group 3 one group of driving wheel 31, output clamping synchronously one group of driving wheel 41 of band group 4 be connected with 21 of the drives of servo power system 2, the input clamping synchronously band group 3 driving wheel 31 by clamping be with synchronously 33 and driven pulley 32 be in transmission connection; The output clamping driving wheel 41 of band group 4 synchronously is with 43 to be in transmission connection with driven pulley 42 by clamping synchronously, because clamping is synchronously with 43,43 long-term high-speed cruising, for the clamping that makes two-sided side set is with 33,43 to keep normal clamp position synchronously, on transferring clipper crossbeam 12, also be provided with the

clamping adjusting device

34,44 and the lock(ing)

bolt

35,45 of band synchronously, be used to adjust the clamping tension force of band synchronously, and locking, and do not influence chucking power because of the machine shake.

Thereafter long string easings food 7 one ends after hand-held knuckling of operator or bundle save, input is cut the guiding port 151 of joint machine, enter input clamping band group 3 synchronously, space under the upper

limit pinch roller

14,3 clamping easings food 7 save checkout gear 5 at a high speed through intestines detecting sensor is organized in input clamping band synchronously, the detection signal of checkout gear 5 is through electric control gear control shear 6, make the three-chip type rotary-cut cutting knife 62 on 61 of the cutter motors, arrive cutter groove (13) at the intestines joint and locate high-speed cutting, referring to Fig. 4, thereafter easings food 7 by output clamping synchronously band group 4 be clamped to out class mouth 151, string easings food 7 after will being cut by inertia force is dished out, it is fast that it cuts joint speed, can reach per second 35 joints (root), it is accurate that the intestines joint is sheared the position.

This shearing machine for filling sausage casing mechanism novelty, have that productivity effect height, noise are low, safety and sanitation, be convenient to clean, simple operation and other advantages, be the joint equipment of cutting that casing is loaded the desirable easings food of based food manufacturing enterprise, meet the requirement of modern production equipment.

Claims

1. casing is loaded class and is cut the joint machine, and it comprises workbench (1), servo power system (2), input clamping band group (3), output clamping synchronously band group (4), checkout gear (5) and shear (6) synchronously; Described servo power system (2), input clamping band group (3), output clamping synchronously band group (4) synchronously is installed on two groups of transferring clipper crossbeams (12) on the installing rack (11) of workbench (1), the drive (21) of described servo power system (2) is connected with output clamping driving wheel (41) axle with input clamping driving wheel (31) by connecting shaft; Described shear (6) is installed on workbench (1) installing rack opposite side, and is described in input clamping band group (3) and export the cutter groove (13) that clamping leaves the rotary-cut cutting knife (62) of shear (6) synchronously on the table top of the workbench (1) between the band group (4) synchronously; Described checkout gear (5) places on the workbench (1) of rotary-cut cutting knife (62) front end.

2. casing according to claim 1 is loaded class and is cut the joint machine, it is characterized in that: described servo power system (2) is by motor (22), drive (21), band (23), belt tensioner pulley (24) and tighten device (25) and form synchronously synchronously, described motor (22) is a servomotor, be installed on the workbench (1), be in transmission connection by synchronous band (23) and two drives (21) that are installed on the transferring clipper crossbeam (12).

3. casing according to claim 1 is loaded class and is cut the joint machine, it is characterized in that: described input clamping synchronously band group (3) and output clamping synchronously band group (4) respectively be two groups of transmission devices, comprise driving wheel (31,41), (33,43) are with in driven pulley (32,42) and clamping synchronously, suspension is installed on transferring clipper crossbeam (12), and the cross sliding clock (121) on described two groups of transferring clipper crossbeams (12) is movably set in guide pillar (122).

4. cut the joint machine according to claim 1 or 3 described casing filling classes, it is characterized in that: on the described transferring clipper crossbeam (12), also be provided with two groups of clampings synchronously with the adjusting device (34,44) and the lock(ing) bolt (35,45) of the driven pulley (32,42) of (33,43).

5. casing according to claim 1 is loaded class and is cut the joint machine, it is characterized in that: also be provided with one group of clamping lash adjusting device (123) on the described transferring clipper crossbeam (12), it is adjusted contiguous blocks (1231), went here and there the adjustment screw rod (1232) of adjustment contiguous block (1231) and the adjusting lever handwheel (1233) that is installed in adjustment screw rod (1232) one ends and form by two.

6. casing is loaded class and is cut the joint machine according to claim 1 or 5, and it is characterized in that: the gap adjusting range of described transferring clipper crossbeam (12) is 10mm～60mm.

7. casing according to claim 1 is loaded class and cut the joint machine, it is characterized in that: described shear (6) is made up of cutter motor (61) and the three-chip type rotary-cut cutting knife (62) that is fixed on the motor shaft, and described cutter motor (61) is a servomotor.

8. casing according to claim 5 is loaded class and is cut the joint machine, and it is characterized in that: described workbench (1) is provided with a class upper limit pinch roller (14).

9. casing according to claim 1 is loaded class and is cut the joint machine, and it is characterized in that: dust cover (15) is housed on the described workbench (1), and dust cover (15) is provided with guiding port (151) and discharging opening (152).