CN212798946U

CN212798946U - Multi-head sheet feeding device for plane mask machine

Info

Publication number: CN212798946U
Application number: CN202021284775.3U
Authority: CN
Inventors: 王淑静
Original assignee: Tianjin Richpeace AI Co Ltd
Current assignee: Tianjin Richpeace AI Co Ltd
Priority date: 2020-07-03
Filing date: 2020-07-03
Publication date: 2021-03-26
Anticipated expiration: 2030-07-03

Abstract

The utility model discloses a piece loading attachment is beaten to plane gauze mask machine bull, include: the device comprises a left feeding frame, a right feeding frame, a connecting beam, a driving roller, a first cloth passing roller, a second cloth passing roller, a strip cutting motor, a cutter shaft, a strip cutter, a lifting cylinder, a caster, a first material roll, a second material roll, a third cloth passing roller, a second material storage roller, a third material roll, a third material storage roller, a swing roller and a sensor; the strip cutter is arranged on the cutter shaft; the lifting vertical plate is connected with the lifting cylinder; the lifting cylinder, the lifting roller, the lower pressing roller and the lifting roller bracket are fixedly connected with the feeding left frame and the feeding right frame; the first material roll, the second material roll and the third material roll respectively pass through the gravity roller and are fixed by cloth clamping sleeves; the utility model overcomes the whole welding of making up of rolling up the surface fabric of plane gauze mask frequently changes the difficult problem of surface fabric, the utility model discloses plane gauze mask machine can once go up whole roll of surface fabric, can cut many surface fabrics, can labour saving and time saving, practices thrift the human cost, reduces intensity of labour to realize the production mode of production line formula.

Description

Multi-head sheet feeding device for plane mask machine

Technical Field

The utility model belongs to the technical field of the medical plane gauze mask equipment of production, concretely relates to piece loading attachment is beaten to plane gauze mask machine bull.

Background

The existing plane mask machine is high in speed and high in precision, and in order to better meet the using and using requirements of customers, the multi-head piece punching and feeding device of the plane mask machine is set forth, the installation mode of a whole roll of fabric is achieved, and the fabric is neat and uniform when being cut.

Disclosure of Invention

In order to overcome the defects of the prior art, the utility model provides a piece loading attachment is made to plane gauze mask machine bull, the device size is accurate, neat when can reaching whole roll of surface fabric blank.

The utility model aims at realizing through the following technical scheme:

flat gauze mask machine bull is beaten piece loading attachment includes: the device comprises a left feeding frame, a right feeding frame, a connecting beam, a driving roller, a first cloth passing roller, a first belt seat bearing BDV-204G, UCP204 bearing, a second cloth passing roller, a strip cutting motor mounting plate, a cutter shield, a cutter shaft, a strip cutter, a cutter shaft mounting frame, a BLF205 bearing, a lifting vertical plate, a lifting cylinder, a lifting roller support, a lifting roller, a first synchronous belt wheel, a lower pressing roller, a synchronous belt, a second synchronous belt wheel, a cylinder lifting motor support, a material passing roller support plate, a rear material passing roller, a caster, a first material roll, a cloth clamping sleeve, a gravity roller, a first material storage roller, a second material roll, a third material storage roller, a swing roller support, a swing roller and a sensor.

The feeding left frame, the feeding right frame, the transmission roller and the belt seat bearing BDV-204G are arranged at two shaft ends of the transmission roller;

the first cloth passing roller and the BLF205 are mounted at two shaft ends of the first cloth passing roller through bearings;

the cloth passing roller II and the UCP204 are mounted at two shaft ends of the cloth passing roller II through bearings;

the third cloth passing roller and the BDV-204G with a bearing seat are arranged at two shaft ends of the third cloth passing roller;

the connecting beam is fixedly connected with the feeding left frame and the feeding right frame;

the strip cutter is arranged on the cutter shaft;

the strip cutting motor is fixedly connected with the strip cutting motor mounting plate;

the cutter shaft is tightly connected with the cutter shaft mounting frame;

the cutter shield is fixedly connected with the cutter shaft mounting frame;

the cutter shaft mounting rack is arranged on the feeding left rack and the feeding right rack;

the lifting vertical plate is connected with the lifting cylinder;

the BLF205 bearings are arranged at two shaft ends of the lifting roller;

the lifting cylinder, the lifting roller, the lower pressing roller and the lifting roller bracket are fixedly connected with the feeding left frame 1 and the feeding right frame;

the synchronous belt wheel I is arranged at the end of the lower compression roller shaft;

the synchronous belt pulley II, the cylinder lifting motor and the cylinder lifting motor support are fixedly connected with the feeding right frame;

the first synchronous belt wheel and the second synchronous belt wheel are driven by a synchronous belt, and the material passing roller supporting plate, the rear material passing roller and the BDV-204G are arranged at two shaft ends of the rear material passing roller;

the material passing roller supporting plate is fixedly connected with the feeding left frame and the feeding right frame;

the first material roll, the second material roll and the third material roll respectively pass through the gravity roller and are fixed by cloth clamping sleeves;

the first material storage roller, the second material storage roller and the third material storage roller are respectively connected with the left feeding frame and the right feeding frame.

Compared with the prior art, the beneficial effects of the utility model are that:

the utility model overcomes the whole welding of making up of rolling up the surface fabric of plane gauze mask, frequently change the difficult problem of surface fabric, through the utility model discloses a design, plane gauze mask machine can once go up whole roll of surface fabric, can cut many surface fabrics, can labour saving and time saving, practices thrift the human cost, reduces intensity of labour to realize the production mode of production line formula.

Drawings

FIG. 1 is a schematic view of the general assembly of a multi-head sheet feeding device of a planar mask machine;

1. the automatic cloth feeding device comprises a feeding left frame 2, a feeding right frame 3, a connecting beam 4, a driving roller 5, a cloth passing roller I6, a belt seat bearing BDV-204G 7, a UCP204 bearing 8, a cloth passing roller II 9, a strip cutting motor 10, a strip cutting motor mounting plate 11, a cutter shield 12, a cutter shaft 13, a strip cutter 14, a cutter shaft mounting frame 15, a BLF205 bearing 16, a lifting vertical plate 17, a lifting cylinder 18, a lifting roller support 19, a lifting roller 20, a synchronous pulley I21, a lower pressure roller 22, a synchronous belt 23, a synchronous pulley II 24, a cylinder lifting motor 25, a cylinder lifting motor support 26, a material passing roller support plate 27, a rear material passing roller 28, a caster 29, a cloth clamping sleeve 31, a gravity roller 32, a material storage roller I33, a material storage roller II 34, a cloth passing roller III 35, a material storage roller II 36, a material storage roller III 37, a material storage roller III 38, a swing roller support 39, a swing roller 40 and a sensor.

Detailed Description

For a further understanding of the contents, features and effects of the present invention, reference will now be made to the following examples, which are to be considered in conjunction with the accompanying drawings. It should be noted that the present embodiment is illustrative, not restrictive, and the scope of the invention should not be limited thereby.

Flat gauze mask machine bull is beaten piece loading attachment includes: the device comprises a left feeding frame 1, a right feeding frame 2, a connecting beam 3, a driving roller 4, a first cloth passing roller 5, a belt seat bearing BDV-204G6, a UCP204 bearing 7, a second cloth passing roller 8, a strip cutting motor 9, a strip cutting motor mounting plate 10, a cutter shield 11, a cutter shaft 12, a strip cutter 13, a cutter shaft mounting frame 14, a BLF205 bearing 15, a lifting vertical plate 16, a lifting cylinder 17, a lifting roller support 18, a lifting roller 19, a first synchronous pulley 20, a lower pressing roller 21, a synchronous belt 22, a second synchronous pulley 23, a cylinder lifting motor 24, a cylinder lifting motor support 25, a material passing roller support plate 26, a rear material passing roller 27, a caster 28, a first material roll 29, a cloth clamping sleeve 30, a gravity roller 31, a first material storage roller 32, a second 33, a third cloth passing roller 34, a second material storage roller 35, a third material roll 36, a third material storage roller 37, a swing roller support 38, a swing roller 39 and a sensor 40.

The feeding left frame 1, the feeding right frame 2, the transmission roller 4 and the belt seat bearing BDV-204G6 are arranged at two shaft ends of the transmission roller 4;

the first cloth passing roller 5 and the BLF205 bearings 15 are arranged at two shaft ends of the first cloth passing roller 5;

the cloth passing roller II 8 and the UCP204 bearings 7 are arranged at two shaft ends of the cloth passing roller II 8;

the third cloth passing roller 34 and the bearing BDV-204G6 with a seat are arranged at two shaft ends of the third cloth passing roller 34;

the connecting beam 3 is fixedly connected with the feeding left frame 1 and the feeding right frame 2;

the strip cutter 13 is arranged on the cutter shaft 12;

the strip cutting motor 9 is fixedly connected with a strip cutting motor mounting plate 10;

the cutter shaft 12 is tightly connected with the cutter shaft mounting rack 14;

the cutter shield 11 is fixedly connected with the cutter shaft mounting frame 14;

the cutter shaft mounting rack 14 is arranged on the feeding left rack 1 and the feeding right rack 2;

the lifting vertical plate 16 is connected with a lifting cylinder 17;

the BLF205 bearings 15 are arranged at two shaft ends of the lifting roller 19;

the lifting cylinder 17, the lifting roller 19, the lower pressing roller 21 and the lifting roller support 18 are fixedly connected with the feeding left frame 1 and the feeding right frame 2;

the first synchronous pulley 20 is arranged at the shaft end of the lower pressing roller 21;

the second synchronous belt pulley 23, the cylinder lifting motor 24 and the cylinder lifting motor support 25 are fixedly connected with the feeding right frame 2;

the synchronous pulley I20 and the synchronous pulley II 23 are driven by a synchronous belt 22;

the material passing roller supporting plate 26, the rear material passing roller 27 and the belt seat bearing BDV-204G6 are arranged at two shaft ends of the rear material passing roller 27;

the material passing roller supporting plate 26 is fixedly connected with the feeding left frame 1 and the feeding right frame 2;

the first material roll 29, the second material roll 33 and the third material roll 36 respectively pass through the gravity roller 31 and are fixed by cloth clamping sleeves;

the first storage roller 32, the second storage roller 35 and the third storage roller 37 are respectively connected with the left feeding frame 1 and the right feeding frame 2;

a material roll I29 passes through the cloth passing roller I5 and the material storage roller I32,

the second material roll 33 passes through the third cloth passing roll 34 and the second material storage roll 35,

the third material roll 36 passes through the swinging roller 39 and the third material storage roller 37,

the three layers of fabrics of the first material roll 29, the second material roll 33 and the third material roll 36 simultaneously pass through the second cloth passing roller and enter the cutter shaft 12 and the lifting roller 19.

When the first storage roller 32, the second storage roller 35 and the third storage roller 37 sense the sensors, the three layers of fabrics are simultaneously cut into strips.

Claims

1. The utility model provides a plane gauze mask machine bull is beaten piece loading attachment, includes: the device comprises a feeding left frame, a feeding right frame, a connecting beam, a driving roller, a cloth passing roller I, a belt seat bearing BDV-204G, UCP204 bearing, a cloth passing roller II, a strip cutting motor mounting plate, a cutter shield, a cutter shaft, a strip cutter, a cutter shaft mounting frame, a BLF205 bearing, a lifting vertical plate, a lifting cylinder, a lifting roller support, a lifting roller, a synchronous belt wheel I, a lower pressing roller, a synchronous belt wheel II, a cylinder lifting motor support, a material passing roller support plate, a rear material passing roller, a caster, a material roll I, a cloth clamping sleeve, a gravity roller, a material storage roller I, a material roll II, a material passing roller III, a material storage roller II, a material roll III, a material storage roller III, a material swinging roller support, a swinging roller and a sensor; the method is characterized in that: the feeding left frame, the feeding right frame, the transmission roller and the belt seat bearing BDV-204G are arranged at two shaft ends of the transmission roller; the first cloth passing roller and the BLF205 are mounted at two shaft ends of the first cloth passing roller through bearings; the cloth passing roller II and the UCP204 are mounted at two shaft ends of the cloth passing roller II through bearings; the third cloth passing roller and the BDV-204G with a bearing seat are arranged at two shaft ends of the third cloth passing roller; the strip cutter is arranged on the cutter shaft; the strip cutting motor is fixedly connected with the strip cutting motor mounting plate; the cutter shaft is tightly connected with the cutter shaft mounting frame; the cutter shield is fixedly connected with the cutter shaft mounting frame; the lifting vertical plate is connected with the lifting cylinder; the BLF205 bearings are arranged at two shaft ends of the lifting roller; the lifting cylinder, the lifting roller, the lower pressing roller and the lifting roller bracket are fixedly connected with the feeding left frame and the feeding right frame; the synchronous belt wheel I is arranged at the end of the lower compression roller shaft; the synchronous belt pulley II, the cylinder lifting motor and the cylinder lifting motor support are fixedly connected with the feeding right frame; the synchronous belt wheel I and the synchronous belt wheel II are used for driving the material passing roller supporting plate to be tightly connected with the feeding left frame and the feeding right frame through synchronous belts; the first material roll, the second material roll and the third material roll respectively pass through the gravity roller and are fixed by cloth clamping sleeves.

2. The multi-head sheet beating and feeding device of the plane mask machine according to claim 1, wherein: the first material storage roller, the second material storage roller and the third material storage roller are respectively connected with the left feeding frame and the right feeding frame.

3. The multi-head sheet beating and feeding device of the plane mask machine according to claim 1, wherein: the first material roll penetrates through the first cloth passing roller and the first storage roller, the second material roll penetrates through the third cloth passing roller and the second storage roller, the third material roll penetrates through the third swing roller and the third storage roller, the three layers of fabrics on the first material roll and the second material roll simultaneously penetrate through the second cloth passing roller and enter the cutter shaft and the lifting roller, and when the sensors are sensed by the first material roll, the second material roll and the third storage roller, the three layers of fabrics are simultaneously cut into strips.