CN202829530U

CN202829530U - Localizable cap screwing device

Info

Publication number: CN202829530U
Application number: CN 201220448710
Authority: CN
Inventors: 刘双庆
Original assignee: ZHANGJIAGANG JINRI BEVERAGE MACHINERY CO Ltd
Current assignee: ZHANGJIAGANG JINRI BEVERAGE MACHINERY CO Ltd
Priority date: 2012-09-05
Filing date: 2012-09-05
Publication date: 2013-03-27
Anticipated expiration: 2022-09-05

Abstract

The utility model discloses a localizable cap screwing device and relates to the localizable cap screwing device which is used for beverage filling equipment. The localizable cap screwing device comprises a cap screwing part, a supporting part, a plurality of locating clamp parts and a detecting device. The cap screwing part is fixed at the lower end of a cap screwing shaft. A top air cylinder push rod is connected with the top end of the cap screwing shaft which is connected with a shaft sleeve through a flat key. A belt pulley is arranged at the upper end of the connecting shaft sleeve in a sleeved mode. The lower end of the shaft sleeve is arranged in a cavity of a support seat. The supporting seat is fixed on a supporting plate which is arranged on pillars.

Description

A kind of orientable cap rotating device

Technical field

The utility model relates to a kind of cap rotating device, particularly relates to a kind of a kind of orientable cap rotating device that is applied to beverage filling equipment.

Background technology

In the beverage filling linkage production line, often adopt cap rotating device to carry out the operation of bottle spiral cover.In the existing filling production lines, the bottle that adopts is generally plastics and makes, the bottle capacity does not wait from 350 milliliters to 1500 milliliters, be subject to the impact of equipment precision and other factors, bottleneck plane and bottle bottom unparalleled phenomenon are comparatively general, this just needs operating personal to need to adjust the predetermincd tension of cap rotating device in the spiral cover process in good time, and is little when large when causing the predetermincd tension of cap rotating device.When predetermincd tension was excessive, vulnerable part will deform on the bottle, the not enough phenomenon of sealing occurred; When predetermincd tension was too small, then bottle cap was not pressed onto the desired location of bottleneck, so that bottle cap can't be tightened onto on the bottleneck, thereby affected packaging quality.Simultaneously, the mode of general thumb wheel location on the spiral cover equipment easily is out of shape the accurate location that is difficult to realize bottle under external force because plastics are made bottle at present.

The utility model content

For solving the above-mentioned background technical matters, the utility model provides a kind of orientable cap rotating device, solved in the spiral cover process when the excessive or too small problem of predetermincd tension, realized that cap rotating device is tightened onto on the plastic bottles according to identical predetermincd tension, and overcome because of the error of plastic bottles self bring can not pinpoint problem.

The utility model is achieved through the following technical solutions: a kind of orientable cap rotating device, comprise spiral cover parts, support unit, a plurality of location clamping part, detection part, described spiral cover parts are fixed in the lower end at the spiral cover axle, the top cylinder push-rod is connected to the top of spiral cover axle, the spiral cover axle is connected with axle sleeve by flat key, and belt pulley is sleeved on the upper end of connecting bushing, and the lower end of axle sleeve is installed in the cavity of bearing, bearing is fixed in stay bearing plate, and stay bearing plate is installed on the pillar.

Preferably, described a plurality of location clamping part includes the first location clamping part, the second positioning element, and the 3rd location clamping part and the 4th positioning element, the second positioning element and the 4th positioning element are installed in the below of the first and second clamping and positioning parts; Wherein the first clamping and positioning parts comprise cylinder, right support, bottleneck clamp and left socle, and the bottleneck clamp utilizes slide block to be installed on the guide rail, and are connected with the push rod of cylinder, and guide rails assembling is between left socle and right support and lay respectively at bottle cap mouth rear and front end; The second positioning element comprises push rod, cylinder and guiding connecting panel, and wherein cylinder is installed on the pillar, and the guiding connecting panel is connected with push rod, and the guiding connecting panel is positioned at the rear end of bottle; The 3rd clamping and positioning parts comprise nut, mounting bracket and left socle, and the left socle installation site is consistent with the bottleneck clamp of described the first clamping and positioning parts; The 4th positioning element comprises cylinder, push rod and guiding connecting panel, and wherein cylinder is installed on the pillar, and the guiding connecting panel is connected with push rod, and the guiding connecting panel is positioned at the front end of bottle.

Preferably, the groove shapes on the described bottleneck clamp is to match with bottle bottleneck hypomere surface configuration.

The utility model prior art of comparing adopts a plurality of location to clamp and arranges, and production efficiency has been improved in the accurate location of having realized bottle, has reduced the fault rate of filling pipeline.

Description of drawings

Fig. 1 is the integral structure schematic diagram of the utility model cap rotating device;

Fig. 2 is that the A-A line includes the cutaway view of locating clamping part among Fig. 1;

Fig. 3 is the cutaway view that the B-B line includes positioning element among Fig. 1;

Among the figure: the cylinder of 1-top; 2-spiral cover axle; The 3-axle sleeve; The 4-belt pulley; The 5-stay bearing plate; The 6-bearing; 7-spiral cover parts; The 8-cylinder; The 9-right support; 10,11,16,25-locates clamping part; The 12-detection part; 13,15,26,27-pillar; The 14-support unit; The 17-nut; The 18-bottle; The 19-flat key; 20-bottleneck clamp; 21,22-slide block; 23,24-guide rail; The 28-left socle; 29,32-push rod; 30,31-cylinder; 33,34-guiding connecting panel.

The specific embodiment

Describe the utility model in detail below in conjunction with specific embodiments and the drawings:

As depicted in figs. 1 and 2, in a preferred embodiment of the present utility model, orientable cap rotating device comprises spiral cover parts 7, support unit 14, a plurality of

location clamping part

10,11,16 and 25, detection part 12, described spiral cover parts 7 are fixed in the lower end at spiral cover axle 2, the push rod of top cylinder 1 is connected to the top of spiral cover axle 2, spiral cover axle 2 is connected with axle sleeve 3 by flat key 19, and belt pulley 4 is sleeved on the upper end of connecting bushing 3, and the lower end of axle sleeve 3 is installed in the cavity of bearing 6, bearing 6 is fixed in stay bearing plate 5, and stay bearing plate 5 is installed on the

pillar

13,15,26 and 27.

Such as Fig. 1, Fig. 2 and shown in Figure 3, described a plurality of location clamping

part

10,11,16 and 25, include the first location clamping part 10, the second positioning element 11, the 3rd location clamping part 16 and the 4th positioning element 25, the second positioning elements 11 and the 4th positioning element 25 are installed in the below of the first and second clamping and positioning parts; Wherein the first clamping and positioning parts 10 comprise cylinder 8, right support 9, bottleneck clamp 20 and left socle 28, bottleneck clamp 20 utilizes slide block 21 and 22 to be installed on guide rail 23 and 24, and be connected with the push rod of cylinder 8, guide rail 23 and 24 is installed between left socle 28 and the right support 9 and lays respectively at bottle 11 Gai Kou rear and front ends; The second positioning element 11 comprises push rod 29, cylinder 30 and guiding connecting panel 34, and wherein cylinder 30 is installed on the pillar 13, and guiding connecting panel 34 is connected with push rod 29, and guiding connecting panel 34 is positioned at the rear end of bottle 18; The 3rd clamping and positioning parts 16 comprise nut 17, mounting bracket 15 and 27 and left socle 28, and left socle 28 installation sites are consistent with the bottleneck clamp 20 of described the first clamping and positioning parts 10; The 4th positioning element comprises cylinder 31, push rod 32 and guiding connecting panel 33, and wherein cylinder 31 is installed on the pillar 26, and guiding connecting panel 33 is connected with push rod 32, and guiding connecting panel 33 is positioned at the front end of bottle 18.

Groove shapes on the described bottleneck clamp 20 is to match with bottle 18 bottleneck hypomere surface configurations.

Below, in order better to understand constructional feature of the present utility model and its advantage, further its manner of execution is described.

For bottle profile and the height of required processing, regulate in advance the position of left socle 28 and right support 9 by nut 17, so that the position of left socle 28 and bottleneck clamp 20 is corresponding with the position of bottleneck hypomere; Adjust the upper-lower position of stay bearing plate 5 by nut, thereby adjust the distance of spiral cover parts 7 and bottleneck, reserve the lower row space of carrying out knee-action, can make and debug in advance predetermincd tension and be pressed to bottle cap on the bottleneck and make its pressurized and indeformable.When belt conveyor is delivered to machining area with processed bottle, detection part 12 detects when in the machining area bottle 18 being arranged, the guiding connecting panel 34 of the second positioning element 11 is tackled in machining area 18 under the drive of cylinder 30 push rods 29, and the 4th positioning element 25 guiding connecting panels 33 make this bottle 18 and other bottle to be processed keep apart under the drive of cylinder 31 push rods 32.At this moment, the push rod of cylinder 8 action in the first clamping and positioning parts 10, the bottleneck clamp 20 that promotion is installed on slide block 21 and the slide block 22 travels forward along guide rail 23 and guide rail 24, the bottle 18 that enters the processing district is pushed to the below of spiral cover parts 7, simultaneously, the left socle 28 of the 3rd clamping and positioning parts 16 withstands the bottleneck hypomere from opposite side, under the combined action of the first clamping and positioning parts 10 and the 3rd clamping and positioning parts 16, bottle 18 be fixed on spiral cover parts 7 under; Then, under the effect of top cylinder 1, spiral cover parts 7 move downward towards bottleneck, and belt pulley 4 drives 2 rotations of spiral cover axles by flat key 19 simultaneously, and then drive spiral cover parts 7 rotations of spiral cover axle 2 lower ends.After bottle cap is pressed to bottleneck by the depression bar in the spiral cover parts 7, then spiral cover parts 7 are through spiral cover, magnetic force skids lid is tightened onto on the bottle 18, then under the effect of electrical controller, push rod drive spiral cover axle 2 and the spiral cover parts 7 of cylinder 1 are up, bottleneck clamp 20, the guiding connecting panel 34 of the second positioning element 11 and the guiding connecting panel 33 of the 4th positioning element 25 of the first clamping and positioning parts 10 reset simultaneously, finish the bottle 18 of spiral cover along with belt conveyor is derived, next bottle 18 enters machining area, and cap rotating device begins next working cycle.

The above only is embodiment of the present utility model; be not so limit claim of the present utility model; every equivalent structure or equivalent flow process conversion that utilizes the utility model specification sheets and accompanying drawing content to do; or directly or indirectly be used in other relevant technical fields, all in like manner be included in the scope of patent protection of the present utility model.

Claims

1. orientable cap rotating device, comprise spiral cover parts (7), support unit (14), a plurality of location clamping part (10,11,16,25) and detection part (12), it is characterized in that: described spiral cover parts (7) are fixed in the lower end in spiral cover axle (2), the push rod of top cylinder (1) is connected to the top of spiral cover axle (2), spiral cover axle (2) is connected with axle sleeve (3) by flat key (19), belt pulley (4) is sleeved on the upper end of connecting bushing (3), the lower end of axle sleeve (3) is installed in the cavity of bearing (6), bearing (6) is fixed on stay bearing plate (5), and stay bearing plate (5) is installed on pillar (13,15,26,27) on.

2. orientable cap rotating device according to claim 1, it is characterized in that: described a plurality of location clamping parts (10,11,16,25), include the first location clamping part (10), the second positioning element (11), the 3rd location clamping part (16) and the 4th positioning element (25), the second positioning element (11) and the 4th positioning element (25) are installed in the below of the first and second clamping and positioning parts; Wherein the first clamping and positioning parts (10) comprise cylinder (8), right support (9), bottleneck clamp (20) and left socle (28), bottleneck clamp (20) utilizes slide block (21,22) to be installed on the guide rail (23,24), and be connected with the push rod of cylinder (8), guide rail (23,24) is installed between left socle (28) and the right support (9) and lays respectively at bottle (18) Gai Kou rear and front end; The second positioning element (11) comprises push rod (29), cylinder (30) and guiding connecting panel (34), wherein cylinder (30) is installed on the pillar (13), guiding connecting panel (34) is connected with push rod (29), and guiding connecting panel (34) is positioned at the rear end of bottle; The 3rd clamping and positioning parts (16) comprise nut (17), mounting bracket (15,27) and left socle (28), and left socle (28) installation site is consistent with the bottleneck clamp (20) of described the first clamping and positioning parts (10); The 4th positioning element comprises cylinder (31), push rod (32) and guiding connecting panel (33), wherein cylinder (31) is installed on the pillar (26), and guiding connecting panel (33) is connected with push rod (32), and guiding connecting panel (33) is positioned at the front end of bottle.

3. orientable cap rotating device according to claim 2, it is characterized in that: the groove shapes on the described bottleneck clamp (20) is to match with bottle (18) bottleneck hypomere surface configuration.