CN209995480U - Cross edge pressing machine for shoe making - Google Patents

Abstract

A cross beading machine for shoemaking, suitable for supplying the shoe tree to set up, the cross beading machine for shoemaking contains frame, drive unit, briquetting unit, and pushing unit, the frame is suitable for supplying the shoe tree to place, the briquetting unit includes two horizontal briquetting that lie in respectively along the horizontal axis the shoe tree both sides, and two vertical briquetting that lie in respectively along the vertical axis the shoe tree both sides, horizontal briquetting and vertical briquetting can receive the drive unit drive to be close to towards the shoe tree, pushing unit is including setting up in the support of frame, set up in the support and lie in the briquetting unit top pushes down the driving piece, and can receive the pushing down moving member that the driving piece drive moved, push down moving member can press to the shoe tree and spacing the shoe tree when moving down, prevent thereby the shoe tree from receiving the vertical briquetting and the horizontal briquetting when moving, make the position can maintain stably in the process, in order to improve the product yield.

Description

Cross edge pressing machine for shoe making

Technical Field

The utility model relates to a machine for making shoes, especially relate to cross beading machine for making shoes.

Background

kinds of existing cross beading machine, is suitable for supplying shoe trees to set up, and process a plurality of vamp fabrics, cross beading machine contains frame, drive units, and briquetting units, the frame is used for supplying the shoe tree to place, the drive unit sets up in the frame, briquetting unit includes two along horizontal axial relative settings in the horizontal transverse direction in the frame horizontal briquetting, and two along vertical axial direction perpendicular to the horizontal axial direction relative settings in the frame vertical briquetting, horizontal briquetting can be driven by the drive unit and along the horizontal axial direction removal, vertical briquetting can be driven by the drive unit and along the vertical axial direction removal, in operation, a plurality of vamp fabrics is scribbled and is glued to the shoe tree, again the vamp fabric and the shoe tree is placed in horizontal briquetting and the vertical briquetting between, then drive through the drive unit vertical briquetting and the horizontal briquetting towards the removal, and the vamp fabric section time, make the vamp fabric correspond to each other the half-glued shape of the finished product of the shoe tree .

However, during the process of pressing the longitudinal pressing block and the transverse pressing block towards the shoe tree, the shoe tree inevitably moves, so that the vamp fabric is wrinkled or separated from a preset position, the shape of the semi-finished vamp deviates from an expected shape, and the problem of low product yield is caused.

Disclosure of Invention

The utility model aims to provide cross beading machines for shoemaking which can at least overcome the defects of the prior art.

The utility model discloses a cross blank pressing machine for shoemaking is applicable to and supplies the shoe tree setting, cross blank pressing machine for shoemaking contains frame, drive unit, and briquetting unit, cross blank pressing machine for shoemaking still contains and pushes down the unit.

The frame is adapted for placement of the shoe tree. The driving unit is arranged on the frame. The briquetting unit includes that two are relative along the horizontal axial set up in the frame and be applicable to respectively be located the horizontal briquetting of shoe tree both sides, and two along the perpendicular to horizontal axial vertical axial set up relatively in the frame and be applicable to respectively be located the vertical briquetting of shoe tree both sides, horizontal briquetting can receive the drive unit drive and follow horizontal axial is towards the shoe tree is close to, vertical briquetting can receive the drive unit drive and follow vertical axial is towards the shoe tree is close to.

The pressing unit comprises a support, a pressing driving piece and a pressing moving piece, wherein the support is arranged on the rack, the pressing driving piece is arranged on the support and is positioned above the pressing block unit along the vertical axial direction, the horizontal axial direction and the vertical axial direction, the pressing moving piece is connected with the pressing driving piece and can be driven by the pressing driving piece to move along the vertical axial direction, and the pressing moving piece can be pressed against the shoe tree and is limited when moving downwards.

The utility model discloses a cross beading machine is used in shoemaking, it has to wear to locate to push down the moving member push down the driving member and can receive push down the driving member drive and follow upper and lower axial displacement's shaft portion, and connect in the bottom of shaft portion just is used for pressing to the spacing portion of shoe tree.

The utility model discloses a cross beading machine is used in shoemaking, it is the pneumatic cylinder to push down the driving piece.

The utility model discloses a cross beading machine for shoemaking, push down the moving member spacing portion is followed it is the type of falling U to indulge axial cross-section.

The utility model discloses a cross beading machine for shoemaking, the support have set up in the frame just follows the ascending upright part that extends of upper and lower axial, and connect upright part just follows the abscissa reaches the axis of ordinates is to the horizontal pole portion that wherein extend, push down the unit still including set up in the horizontal pole portion just follows the abscissa reaches the axis of ordinates is wherein slide rails that extend in addition, push down the driving piece set up in the slide rail just can follow the extending direction of slide rail removes.

The cross-shaped edge pressing machine for shoemaking of the utility model is characterized in that the press-down driving piece is provided with a swing seat arranged on the slide rail and a driving part which can be arranged on the swing seat in a swinging way, the press-down unit also comprises a reset driving piece arranged on the vertical part of the bracket, a rebound piece connected with the reset driving piece and linked with the reset driving piece and used for pushing the press-down driving piece away from the vertical part, and the rebound piece connected between the vertical part and the press-down driving piece, wherein the rebound piece constantly provides the rebound force of the press-down driving piece towards the vertical part, the press-down driving piece can swing between a vertical position and a yielding position by the linkage of the reset driving piece and the rebound piece, when the vertical position is hung, the limiting part of the press-down driving piece is away from the vertical part, when the yielding position is put, the limiting part is adjacent to the upright part.

The utility model discloses a cross beading machine is used in shoemaking, the support the crossbar portion has at least edges from top to bottom the axial run through and extending direction with the extending direction vertically rectangular hole of slide rail, the unit of pushing down still includes at least and wears to locate with dismantling rectangular hole and will the slide rail lock solid in the locking part of crossbar portion.

The utility model discloses a cross beading machine for shoemaking, drive unit includes two and connects respectively clamp plate, a plurality of push-and-pull that are used for of horizontal briquetting the clamp plate court the horizontal telescoping cylinder that the shoe tree is close to or keeps away from, and connect vertical briquetting wherein are used for the push-and-pull vertical briquetting court the shoe tree is close to or the vertical telescoping cylinder of keeping away from, and every clamp plate receives at least horizontal telescoping cylinder drives.

The beneficial effects of the utility model reside in that: the pressing unit presses the shoe tree to prevent the shoe tree from moving when being pressed by the longitudinal pressing block and the transverse pressing block, so that the position of the shoe tree can be maintained stable in the manufacturing process, and the yield of products is improved.

Drawings

Other features and advantages of the present invention will become apparent from the following detailed description of the preferred embodiments with reference to the accompanying drawings, in which:

FIG. 1 is a perspective views of embodiments of the cross blankholder for shoe making of the present invention;

FIG. 2 is a perspective view of the drive units of the embodiment;

FIG. 3 is a perspective views of the longitudinal telescopic cylinders and two longitudinal pressing blocks of the embodiment;

FIG. 4 is a fragmentary perspective view of the hold-down units of the embodiment;

FIG. 5 is a diagram of use states for the embodiment illustrating the embodiment at yield positions, an

Fig. 6 is another use states diagram of the embodiment, illustrating the embodiment in cantilevered positions.

Detailed Description

Referring to fig. 1, 2 and 3, embodiments of the cross binder for shoemaking are applicable to shoe trees 8 and a plurality of upper cloths 9, and the cross binder for shoemaking comprises frames 2, driving units 3, pressing units 4 and pressing units 5.

The frame 2 is adapted to receive the shoe tree 8, and in this embodiment, the frame 2 is generally shaped like boxes.

The driving unit 3 is disposed on the frame 2, the driving unit 3 includes four lateral telescopic cylinders 31, two opposite pressing plates 32, and longitudinal telescopic cylinders 33, each pressing plates 32 are driven by two lateral telescopic cylinders 31 to move toward or away from the shoe tree 8, in more detail, the lateral telescopic cylinders 31 and the longitudinal telescopic cylinders 33 are pneumatic cylinders, and other components capable of driving the pressing plates 32, such as oil hydraulic cylinders, can be selected, but not limited thereto.

The pressing block unit 4 includes two transverse pressing blocks 41 oppositely disposed on the frame 2 along transverse axes X and adapted to be respectively located at two sides of the shoe tree 8, and two longitudinal pressing blocks 42 oppositely disposed on the frame 2 along longitudinal axes Y perpendicular to the transverse axes X and adapted to be respectively located at two sides of the shoe tree 8, the transverse pressing blocks 41 are respectively connected to the pressing plates 32 and can be driven by the transverse stretching cylinder 31 to approach or separate from the shoe tree 8 along the transverse axes X, and the longitudinal pressing blocks 42 can be driven by the longitudinal stretching cylinder 33 to approach or separate from the shoe tree 8 along the longitudinal axes Y.

Referring to fig. 1, 2, and 4, the pressing unit 5 includes brackets 51, disposed on the bracket 51 and extending along the longitudinal axis Y, slide rails 52, disposed on the slide rails 52 and located above the pressing block unit 4 along vertical axes Z perpendicular to the lateral axis X and the longitudinal axis Y, pressing moving members 54, returning driving members 55, connected to the pressing driving members 53 and driven by the pressing moving members 53 to move along the vertical axes Z, resetting moving members 56, connected between the bracket 51 and the pressing driving members 53 and connected to the returning driving members 55 and driven by the returning driving members 55 to push the pressing driving members 53 outward, and two resilient members 57 detachably disposed on the bracket 51 and locking the slide rails 52 to the bracket 51, wherein the resilient members 57 provide a constant resilient force for the pressing driving members 53 to approach the bracket 51.

In this embodiment, the push-down driving member 53 and the reset driving member 55 are pneumatic cylinders, and the push-down moving member 54 and the reset moving member 56 are piston rods, but other equivalent components with the same function can be selected, such as a combination of an oil pressure cylinder and a piston rod or a combination of a motor and a screw rod, but not limited thereto; the resilient member 57 is a spring, but other resilient members, such as elastic cords, can be used, but not limited thereto; the locking member 58 is a screw and nut assembly or a detachable fixing element such as a pin and a hook, but not limited thereto.

The support 51 has upright portions 511 disposed on the frame 2 and extending upward along the vertical axis Z and provided for the reset driving member 55, and horizontal rod portions 512 connected to the upright portions 511 and extending along the horizontal axis X and provided for the slide rail 52, the upright portions 511 and the ends of the resilient member 57 are provided, the horizontal rod portions 512 have two elongated holes 513 disposed at intervals along the vertical axis Y and penetrating along the vertical axis Z and extending along the horizontal axis X, the elongated holes 513 are respectively provided for the locking members 58 to penetrate, it is worth mentioning that the slide rail 52 can also be disposed along the horizontal axis X and extend along the vertical axis Y in cooperation with the elongated holes 513, so that the position of the push-down driving member 53 can still be adjusted along the horizontal axis X and the vertical axis Y according to actual requirements to fit the shoe trees 8 with different sizes and types.

The push-down driving member 53 is movable along the extending direction of the slide rail 52, and has swing seats 531 provided on the slide rail 52, and driving parts 532 provided swingably on the swing seats 531.

Referring to fig. 4, 5 and 6, the down-pressing moving member 54 includes rod bodies 541 passing through the driving portion 532 of the down-pressing driving member 53 and capable of moving along the up-down axial direction Z under the driving of the down-pressing driving member 53, and limiting portions 542 connected to the bottom end of the rod bodies 541 and used for pressing against the shoe tree 8, the cross section of the limiting portions 542 of the down-pressing moving member 54 along the longitudinal axis direction Y is in an inverted U shape, and the down-pressing moving member 54 can press against the shoe tree 8 and limit the shoe tree 8 when moving downward.

The push-down driving member 53 can be linked by the return moving member 56 and the resilient member 57 to swing between extended positions (see fig. 6) and abdicating positions (see fig. 5), when the extended positions are reached, the push-down driving member 53 is arranged along the vertical axis Z and the limiting portion 542 is far away from the upright portion 511, when the abdicating positions are reached, the push-down driving member 53 swings towards the upright portion 511 and the limiting portion 542 of the push-down moving member 54 is close to the upright portion 511.

Referring to fig. 1, 5 and 6, in practical use, the upper cloth 9 coated with adhesive is sleeved on the shoe tree 8 and placed on the frame 2, and is placed between the transverse pressing block 41 and the longitudinal pressing block 42, then the return driving member 55 drives the return moving member 56, the return moving member 56 pushes the lower driving member 53 located at the yielding position (see fig. 5) to the suspended position (see fig. 6), the lower moving member 54 moves downward and presses against the shoe tree 8 to limit the position of the shoe tree 8, the transverse pressing block 41 and the longitudinal pressing block 42 are driven by the driving unit 3 to simultaneously press the upper cloth 9 against the shoe tree 8, and the pressing moving member 54 retracts upward and the return moving member 56 retracts without pressing against the lower driving member 53 for periods of time until the upper cloth 9 is bonded, the lower driving member 53 moves to the yielding position by the resilient force of the resilient member 57, and the pressing process of the lower pressing cloth 359 and the pressing process of the lower pressing cloth is completed.

Through the above description, the advantages of the present embodiment can be summarized as follows:

referring to fig. 4, 5, 6, compare in current cross beading machine vertical briquetting 42 reaches horizontal briquetting 41 court the in-process that shoe tree 8 oppressed, shoe tree 8 is difficult to avoid can produce the removal, causes vamp cloth 9 produces the fold, the utility model discloses a push down driving piece 53 drive push down moving piece 54 press in shoe tree 8 makes shoe tree 8 is unmovable in the processing procedure, and the position maintains stably, and can improve the quality of product.

Furthermore, the utility model discloses still pass through rectangular hole 513 locking part 58 reaches slide rail 52's cooperation, and can adjust push down the position of driving piece 53, reach and be convenient for cooperate various sizes shoe tree 8's efficiency can also pass through reset driving piece 55 reset moving piece 56 and rebound member 57's cooperation makes push down driving piece 53 and let out after processes are accomplished the space above the shoe tree 8, so that take out shoe tree 8 reaches vamp cloth 9, conveniently carries out processes down, reaches and shortens the preparation time and reduces the efficiency of whole preparation time.

To sum up, the cross beading machine for shoe making of the utility model can really achieve the purpose of the utility model.

Claims (8)

1. The cross beading machine for the shoemaking is suitable for supplying the shoe tree to set up, contains frame, drive unit, and briquetting unit, the frame is suitable for supplying the shoe tree is placed, drive unit set up in the frame, the briquetting unit include two along the cross axial set up relatively in the frame and be applicable to respectively lie in the horizontal briquetting of shoe tree both sides, and two along the perpendicular to horizontal axial axis set up relatively in the frame and be applicable to respectively lie in the vertical briquetting of shoe tree both sides, horizontal briquetting can receive drive unit drive and follow the cross axial is close to towards the shoe tree, vertical briquetting can receive drive unit drive and follow the vertical axis is close to towards the shoe tree, its characterized in that cross beading machine for the shoemaking still contains the unit of pushing down, the unit of pushing down including set up in the frame, set up in the frame and along the perpendicular to the cross axial and the vertical axis is located the driving piece that pushes down of briquetting unit top, and connect the driving piece that pushes down and can receive the driving piece that pushes down and drive and follow the moving piece that moves from top to bottom to top to bottom, can push down when pushing down the moving piece spacing and support in the spacing.
2. 2. The cross binder for shoemaking according to claim 1, wherein: the downward-pressing moving piece is provided with a rod body part which penetrates through the downward-pressing driving piece and can be driven by the downward-pressing driving piece to move along the vertical axial direction, and a limiting part which is connected to the bottom end of the rod body part and is used for pressing the shoe tree.
3. 3. A cross-binder machine for shoemaking according to claim 2, characterized in that: the downward pressing driving part is a pneumatic cylinder.
4. 4. A cross-binder machine for shoemaking according to claim 2, characterized in that: the limiting part of the downward-pressing moving part is in an inverted U shape along the cross section of the longitudinal shaft.
5. 5. The cross binder for shoemaking according to claim 2, wherein said frame has an upright portion disposed on said frame and extending upward along said upper and lower axial directions, and a crossbar portion connecting said upright portion and extending of said crossbar portions along said crossbar and said longitudinal axis, said hold-down unit further comprises another slide rails disposed on said crossbar portion and extending along said crossbar and said longitudinal axis, said hold-down driving member being disposed on said slide rails and being movable along the extension direction of said slide rails.
6. 6. The cross binder for shoemaking according to claim 5, wherein: the downward pressing driving piece is provided with a swinging seat arranged on the slide rail and a driving part which can be arranged on the swinging seat in a swinging way, the pressing unit also comprises a reset driving piece arranged at the vertical part of the bracket, a reset moving piece connected with the reset driving piece and linked by the reset driving piece and used for pushing the pressing driving piece to be far away from the vertical part, and a rebound piece connected between the vertical part and the pressing driving piece, the rebound part constantly provides the rebound force of the downward pressing driving part approaching to the vertical part, the downward pressing driving part can be linked by the reset moving part and the rebound part to swing between a suspended straight position and a yielding position, when the movable piece is in the vertical position, the limiting part of the downward pressing movable piece is far away from the vertical part, and when the movable piece is in the abdicating position, the limiting part is close to the vertical part.
7. 7. A cross binder for shoemaking according to claim 5, wherein said crossbar portion of said frame has at least elongated holes passing through said upper and lower shafts in a direction perpendicular to the direction of extension of said slide rail, and said pressing unit further comprises at least fasteners detachably passing through said elongated holes and fastening said slide rail to said crossbar portion.
8. 8. The cross beading machine for shoemaking according to claim 1, wherein said driving unit comprises two pressing plates connected to said lateral pressing plates, a plurality of lateral expansion cylinders for pushing and pulling said pressing plates toward and away from said shoe tree, and longitudinal expansion cylinders connected to said longitudinal pressing plates for pushing and pulling said longitudinal pressing plates toward and away from said shoe tree, each of said pressing plates being driven by at least lateral expansion cylinders.

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