Novel disposable glove machine

Abstract

The utility model relates to a novel disposable glove machine which enables the glove opening of a disposable glove to be smoother. The novel disposable glove machine comprises a machine frame, a glove forming mechanism, a thin film traction mechanism, a longitudinal thin film cutting mechanism and a thin film stacking mechanism are installed on the machine frame, and a glove clamping and conveying platform and a glove clamping and conveying device are arranged in front of the thin film stacking mechanism. A gap is formed between a glove opening of the glove and the inner side edge of the thin film; a film cutting station, a hot sealing station and a waste edge tearing station are sequentially arranged on the glove clamping and conveying platform in the feeding direction of the glove clamping and conveying device, and a transverse film cutting mechanism is arranged on the film cutting station. The transverse thin film cutting mechanism comprises a transverse lower cutting knife, a transverse upper cutting knife and a transverse cutting power source for driving the transverse upper cutting knife to move up and down; and the transverse lower cutting knife and the transverse upper cutting knife are matched to cut the inner side of the thin film and cut off a local glove opening of the glove. According to the novel disposable glove machine, the forming position of the glove forming mechanism is adjusted, and the transverse film cutting mechanism is arranged, so that the glove opening of the manufactured disposable glove is smoother and more attractive.

Description

TECHNICAL FIELD

[0001] The utility model relates to a kind of disposable glove production equipment. BACKGROUND

[0002] Disposable plastic gloves have been widely used in catering services, food processing and other industries, and can provide health and safety protection for catering services and food processing industries. The existing disposable plastic gloves are produced by disposable glove production device. The existing disposable glove production device includes a rack, a glove forming mechanism, a film traction mechanism, a longitudinal film cutting mechanism and a film stacking mechanism are installed on the rack. The glove forming mechanism is used to point-cut the glove profile on the film, the film traction mechanism is used to pull the film forward, the longitudinal film cutting mechanism is used to cut the film with the formed gloves one by one, and the film stacking mechanism is used to stack the cut film together. Then, a stack of films is clamped by a glove clamping and conveying device and sent to subsequent workstations, such as a heat sealing workstation and a waste edge tearing workstation. A stack of gloves is heat sealed at the heat sealing workstation (the stack of gloves is heat sealed together), and then the waste edges on both sides of the gloves are torn off at the waste edge tearing workstation. However, when the existing glove forming mechanism is formed, the glove cuff is at the edge of the upper and lower two films. However, the edge of the film is prone to wrinkling. When the film traction mechanism pulls the film, the edge of the film is not flat, resulting in an unattractive glove cuff. If some films are bent severely, it may even be impossible to heat seal the glove cuff. SUMMARY

[0003] In view of the deficiencies of the prior art, the present utility model innovatively provides a new disposable glove machine that makes the glove cuff more flat.

[0004] The new disposable glove machine includes a rack, a glove forming mechanism, a film traction mechanism, a longitudinal film cutting mechanism and a film stacking mechanism are installed on the rack. A glove clamping and conveying platform and a glove clamping and conveying device are provided in front of the film stacking mechanism. The glove forming mechanism is used to form a glove on the film, and the glove cuff and the inner edge of the film have a spacing. A film cutting station, a heat sealing station and a waste edge tearing station are provided in sequence on the glove clamping and conveying platform along the feeding direction of the glove clamping and conveying device. The film cutting station is provided with a transverse film cutting mechanism. The transverse film cutting mechanism includes a transverse lower cutting knife, a transverse upper cutting knife and a transverse cutting power source that drives the transverse upper cutting knife to move up and down. The transverse lower cutting knife and the transverse upper cutting knife cooperate to cut the inner side of the film and remove part of the glove cuff.

[0005] The glove forming mechanism includes a glove forming upper die and a glove forming lower die.

[0006] The film traction mechanism comprises a film traction upper roller and a film traction lower roller.

[0007] The longitudinal film cutting mechanism comprises a longitudinal lower cutting knife and a longitudinal upper cutting knife.

[0008] The film stacking mechanism comprises an upper film pressing plate and a lower film pressing plate.

[0009] The glove clamping device comprises a mechanical clamping hand and a clamping power source for driving the mechanical clamping hand to move forward and backward; the glove clamping platform has a movable slot hole extending in the front-rear direction, and the mechanical clamping hand is located in the movable slot hole,

[0010] According to the novel disposable glove machine, the forming position of the glove forming mechanism is adjusted, and the transverse film cutting mechanism is arranged, so that the sleeve opening of the manufactured disposable glove is more flat and beautiful. BRIEF DESCRIPTION OF DRAWINGS

[0011] Figure 1 It is a perspective view of the utility model;

[0012] Figure 2 It is a structural schematic view of the transverse film cutting mechanism;

[0013] Figure 3 It is a manufacturing process of the disposable glove;

[0014] Figure 4 It is a schematic view of the tubular film. DETAILED DESCRIPTION

[0015] As Figure 1 shown, the novel disposable glove machine comprises a rack, a glove forming mechanism 1, a film traction mechanism 2, a longitudinal film cutting mechanism 3 and a film stacking mechanism 4 are installed on the rack, and a glove clamping platform 5 and a glove clamping device 6 are arranged in front of the film stacking mechanism 4. When working, the glove forming mechanism 1 is used for cutting out gloves B on the film A (the cutting can tear the gloves B from the film A), the film traction mechanism 2 is used for pulling the film A forward, the longitudinal film cutting mechanism 3 is used for cutting the continuous film A with the formed gloves B one by one (cutting in the Y direction), and the film stacking mechanism 4 is used for stacking the cut film A together to form a stack, then the glove clamping device 6 is used for clamping the stack of film A to the glove clamping platform 5, and then subsequent work stations are carried out.

[0016] In order to solve the problems existing in the prior art, the glove forming mechanism 1 of the utility model is used for forming gloves B on the film A, as Figure 3As shown, the formed glove B cuff B0 has a spacing with the inner side edge A0 of the film A; and the film cutting station 7, the sealing station 8 (as shown Figure 3 , the sealing station 8 (as shown Figure 3 , the sealing station 8 (as shown Figure 2 , the sealing station 8 (as shown Figure 3 , the sealing station 8 (as shown Figure 4 , the sealing station 8 (as shown Figure 3 , the sealing station 8 (as shown , the sealing station 8 (as shown

[0017] , the sealing station 8 (as shown Figure 1 , the sealing station 8 (as shown , the sealing station 8 (as shown

[0018] , the sealing station 8 (as shown Figure 1 , the sealing station 8 (as shown , the sealing station 8 (as shown

[0019] , the sealing station 8 (as shown Figure 1 , the sealing station 8 (as shown , the sealing station 8 (as shown

[0020] , the sealing station 8 (as shown Figure 1As shown, the film stacking mechanism 4 includes an upper film pressing plate and a lower film pressing plate. The upper film pressing plate and the lower film pressing plate cooperate to stack the films A with gloves B one by one. In operation, the upper film pressing plate and the lower film pressing plate press the films A, and then the longitudinal film cutting mechanism 3 cuts the films A. In this way, the films A continuously enter and are not cut, and thus a stack is formed.

[0021] As shown, the glove clamping and feeding device 6 includes a mechanical clamping hand and a clamping and feeding power source for driving the mechanical clamping hand to move forward and backward. The glove clamping and feeding platform 5 has a movable slot hole 50 extending in the front-back direction, and the mechanical clamping hand is located in the movable slot hole 50. The clamping and feeding power source drives the mechanical clamping hand to move forward and backward in the movable slot hole 50 of the glove clamping and feeding platform 1, so that the mechanical clamping hand clamps the stack of films A to each work station to complete corresponding work. The mechanical clamping hand has two clamping fingers and a clamping finger cylinder for driving the two clamping fingers to perform clamping actions. The mechanical clamping hand is also prior art. Figure 1 ​

Claims

1. A new type of disposable glove machine, comprising a machine frame, a glove forming mechanism (1), a film traction mechanism (2), a longitudinal film cutting mechanism (3) and a film stacking mechanism (4) are installed on the machine frame, a glove clamping platform (5) and a glove clamping device (6) are arranged in front of the film stacking mechanism (4), characterized in that: The glove forming mechanism (1) is used for forming gloves (B) on a film (A), and a cuff (B0) of the glove (B) has a spacing with an inner side edge (A0) of the film (A); the glove pinch platform (5) is sequentially provided with a film cutting station (7), a sealing station (8) and a waste edge tearing station (9) along a feeding direction of a glove pinch device (6); the film cutting station (7) is provided with a transverse film cutting mechanism (70); the transverse film cutting mechanism (70) comprises a transverse lower cutting knife (73), a transverse upper cutting knife (72) and a transverse cutting power source (71) for driving the transverse upper cutting knife (72) to move up and down; the transverse lower cutting knife (73) and the transverse upper cutting knife (72) cooperate to cut the inner side of the film (A) and cut off a partial cuff (B0) of the glove (B).

2. A novel disposable glove machine as claimed in claim 1, wherein: The glove forming mechanism (1) comprises a glove forming upper die and a glove forming lower die.

3. A novel disposable glove machine as claimed in claim 1, wherein: The film traction mechanism (2) comprises a film traction upper roller and a film traction lower roller.

4. A novel disposable glove machine as claimed in claim 1, wherein: The longitudinal film cutting mechanism (3) comprises a longitudinal lower cutting knife and a longitudinal upper cutting knife.

5. A novel disposable glove machine as claimed in claim 1, wherein: The film stacking mechanism (4) comprises an upper film pressing plate and a lower film pressing plate.

6. A novel disposable glove machine as claimed in claim 1, wherein: The glove pinch device (6) comprises a mechanical gripper and a pinch power source for driving the mechanical gripper to move forward and backward; the glove pinch platform (5) has a movable slot hole (50) extending in the front-rear direction; and the mechanical gripper is located in the movable slot hole (50).

Images