CN109645625B

CN109645625B - Shoe manufacturing is with beating device of polishing heel cloth of drawing formula of spiraling outward

Info

Publication number: CN109645625B
Application number: CN201811622578.5A
Authority: CN
Inventors: 卓乃彬
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-12-28
Filing date: 2018-12-28
Publication date: 2020-11-03
Anticipated expiration: 2038-12-28
Also published as: CN109645625A

Abstract

The invention discloses a hammering device for polishing heel cloth by a pull-rotating type external button for shoe manufacturing, which structurally comprises: the invention discloses a shoe-shaped rapid-connection turnbuckle, which comprises an air pipe rapid-connection cap, a single-way valve opening seat, a pressing plate rod, a circular table column cap, a spiral straight-through pipe barrel, a horn exhaust barrel and a rotary-pull buckle plate frame, wherein the top end of the rotary-pull buckle plate frame is inserted and embedded below the bottom of the horn exhaust barrel, and the circular table column cap and the horn exhaust barrel are respectively embedded and embedded at the upper end and the lower end of the spiral straight-through pipe barrel and the axes of the circular table column cap and the horn exhaust barrel are collinear.

Description

Shoe manufacturing is with beating device of polishing heel cloth of drawing formula of spiraling outward

Technical Field

The invention discloses a hammering device for polishing heel cloth for a pull-rotating type outer buckle for shoe manufacturing, and belongs to the field of shoe manufacturing equipment.

Background

The device of beating of shoes preparation effect is used for beating just producing the too hard heel of matter ground, beats it soft to the texture, prevents that people's heel from penetrating and having in the shoes and press against the sense of bumping, and can also beat the welt and glue seal line department, strengthens the laminating effect of shoes bottom plate and vamp feed supplement, but beat the face of polishing not careful enough to the inside turn-ups cloth of heel of a shoe, and the public shortcoming of treating the optimization of prior art has:

because heel cloth enstrophe banding still has the cushion, causes the enstrophe piece to continuously encircle human ankle department, can cause heel turn-ups cushion department to receive the friction oppression to the root muscle position of heel tendon, leads to human heel skin broken skin, causes the red swelling inflammation of heel muscle to walk on the ground.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide a hammering device for polishing heel cloth by using a pull-turn type external buckle for shoe manufacturing, so as to solve the problem that the heel cloth turns inwards and seals edges or is provided with a cushion block, so that the turning inwards block continuously surrounds the ankle of a human body, the heel turning cushion block is subjected to friction and compression on the root tendon position of heel tendons, the skin of the heel of the human body is broken, and the heel tendon is red, swollen, inflamed and incapable of walking.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a shoes preparation is with drawing formula of revolving outer knot of beating device of polishing heel cloth, its structure includes: the air pipe quick-connecting cap, the single-way valve port seat, the pressing plate rod, the round platform column cap, the spiral straight-through pipe barrel, the horn exhaust barrel and the pull-turn buckle plate frame are arranged on the upper portion and the lower portion of the spiral straight-through pipe barrel, the top end of the pull-turn buckle plate frame is inserted and embedded under the bottom of the horn exhaust barrel, the round platform column cap and the horn exhaust barrel are respectively embedded and sleeved at the upper end and the lower end of the spiral straight-through pipe barrel, the axle centers of the round platform column cap and the horn exhaust barrel are collinear, the air pipe quick-connecting cap is inserted and embedded on the axle center of the single-way valve port seat, the pressing plate rod is mechanically connected with the single-way valve port seat through a spring, the air pipe quick-connecting cap, the single-way valve port seat, the round platform column cap, the spiral straight-through pipe barrel, the horn exhaust barrel and the pull-turn buckle plate frame are mutually communicated, the single-turn buckle plate frame is provided with two, the funnel piston rod is vertically inserted and embedded in the bottom of the plunger sleeve, the bottom welding of the plunger sleeve is on the axle center of the arc-shaped face shell and is communicated with each other, the bottom welding of the funnel piston rod is on the middle section of the C-shaped buckle plate, the C-shaped buckle plate and the sliding and pushing springboard frame are movably connected, the C-shaped buckle plate and the sliding and pushing springboard frame are both installed in the arc-shaped face shell, the propeller blades are mechanically connected with the funnel piston rod through the plunger sleeve, and the plunger sleeve is inserted and embedded in the bottom of the horn exhaust funnel and is communicated with each other.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement of the invention, the funnel piston rod consists of a funnel groove and a piston upright rod, a frame opening at the bottom end of the funnel groove and a notch at the top end of the piston upright rod are welded together and are communicated with each other, and the funnel groove is of a through hole surrounding structure with a large upper part and a small lower part, so that the collected air pressure is convenient for pushing and outputting, and the air pressure cannot be lost compared with the conventional pushing and pressing.

As a further improvement of the invention, the C-shaped buckle plate comprises three positioning pins, an upper arc groove plate, a lower arc panel, a grinding wheel and a rolling crawler belt, wherein the three positioning pins are inserted and embedded in the grooves of the upper arc groove plate, the upper arc groove plate and the lower arc panel are welded into a whole, the outer surface of the grinding wheel is mechanically connected with the inner groove surface of the rolling crawler belt, and the grinding wheel and the rolling crawler belt are provided with more than two grinding wheels and are embedded in the right arc surface of the lower arc panel.

As a further improvement of the invention, the grinding wheel consists of a small wax-surface ball cap, a small wax-sliding snap ring, an inner shaft wheel, a roller shaft rod and a large frosted snap ring, wherein the inner shaft wheel is movably connected with the roller shaft rod, the axes of the inner shaft wheel and the roller shaft rod are collinear, the small wax-sliding snap ring and the large frosted snap ring are respectively nested at the upper side and the lower side of the inner shaft wheel, the two small wax-surface ball caps are respectively clung to the top surface of the small wax-sliding snap ring, the small wax-surface ball caps are of a protruding small ball cap structure, the rolling operation of waxing is facilitated, and the wax sealing effect is formed by matching with the integral.

As a further improvement of the invention, the sliding and pushing springboard frame consists of a concave cambered board, a ramp board, a slide rail groove and a spring connecting rod, wherein the concave cambered board is nested on the right side of the ramp board, the ramp board and the slide rail groove are integrated and are positioned on the same inclined plane, and the ramp board is mechanically connected with the spring connecting rod through the slide rail groove.

As a further improvement of the invention, the small wax sliding retaining ring is of a one-third circular ring structure, the dosage of wax adding and polishing is properly controlled on one-third replacement surface, excessive lubrication is realized if the dosage is exceeded, a gap is left when wax adding is insufficient if the dosage is reduced, and edges are easy to open.

As a further improvement of the invention, the large frosted snap ring is of a two-thirds circular ring structure, so that uneven burr edges of the flanging cloth of the large frosted surface of the sand body are removed, the waxing dosage is controlled, and the effect of forming two-thirds of a ring is matched.

As a further improvement of the invention, the crescent structure with the middle part wide at the left tip and the right tip of the arc-shaped surface shell is expanded to imitate the U-shaped structure of the heel of a human body, so that the friction effect of the heel is prevented, the condition that the left and the right shoe mouths restrict the ankle is expanded, and the shoe is beaten to form a shape with a large opening and convenient shoe wearing.

Advantageous effects

The invention relates to a beating device for polishing heel cloth by a pull-rotating type external buckle for shoe manufacturing, which is characterized in that a worker inserts an air pipe into a quick connecting cap of the air pipe, a push pressure plate rod opens a single-way valve seat, so that a circular table column cap and a spiral straight-through pipe barrel are communicated by air pressure and are filled into the bottom of a horn exhaust barrel, a funnel piston rod in a plunger sleeve of a pull-rotating buckle plate frame is converged by wind power to form the action of pushing a piston vertical rod to descend a C-shaped buckle plate by a funnel groove, simultaneously, the wind power also pushes a propeller blade to drive an arc-shaped surface shell to rotate and prop open a shoe opening, after the rotation action is stopped, when a lower arc-shaped panel of the C-shaped buckle plate is attached to a concave arc-shaped panel of a sliding and pushing buckle plate and is output, a spring connecting rod pushes up an inclined jump plate along a sliding rail groove to bounce an upper arc-shaped panel and a lower arc-shaped panel, then pushes the cloth of a shoe heel to be outwards turned by a positioning needle, a worker holds the spiral straight-through pipe barrel through a wrist and turns out in an arc manner to form an inner shaft wheel which rotates around the roller shaft, the effect of polishing the flanging convex block by the large sanding retaining ring is pushed, then wax sealing is performed for rolling again, the friction condition of the inward-turning convex block is avoided, the pulling and rotating back-buckling action effect of the flanging is formed, and the smoothness and the comfort of the whole heel inner groove are improved.

The invention has the following advantages after operation:

the arc-shaped face shell is matched with the C-shaped buckle plate, the arc-shaped face shell is pushed through the plunger sleeve to open the shoe opening turnover frame, the upper arc groove plate and the lower arc surface plate are pushed pneumatically to be matched with the arm arc turnover to form a pull buckle outward-rotating effect, the turnups are enabled to outwards form a convex block without pressing the heel, then the burr edges of the turned-up cloth are ground by the grinding wheel, the turnup grooves are also wax-sealed and compacted, the beating outward-buckling action effect is achieved, the beating times are reduced, and the shoe wearing comfort level is improved.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural view of a hammering device for polishing heel cloth by using a pull-rotating type external button for shoe manufacturing.

Fig. 2 is a detailed structural schematic diagram of the pulling and rotating buckle plate frame of the present invention.

Fig. 3 is a schematic structural view of the operating state of the pull-turn buckle plate frame of the present invention.

FIG. 4 is a detailed schematic side view of the C-shaped buckle plate of the present invention.

Fig. 5 is an enlarged structural schematic diagram of the grinding wheel of the present invention in an operating state.

Fig. 6 is a schematic side view of the sliding springboard frame in a working state according to the present invention.

Description of reference numerals: a fast air pipe connecting cap-1, a single-way valve port seat-2, a pressure plate rod-3, a circular truncated cone column cap-4, a spiral straight-through pipe barrel-5, a horn exhaust pipe-6, a pull-and-turn buckle plate frame-7, a propeller blade-71, a plunger sleeve-72, a funnel piston rod-73, an arc-shaped surface shell-74, a C-shaped buckle plate-75, a sliding-push jump plate frame-76, a funnel groove-731 and a piston vertical rod-732, positioning pin-751, upper arc groove plate-752, lower arc panel-753, grinding wheel-754, rolling crawler-755, small wax ball cap-7541, small wax sliding snap ring-7542, inner shaft wheel-7543, roller shaft-7544, large sand snap ring-7545, concave arc plate-761, ramp plate-762, sliding rail groove-763, and spring connecting rod-764.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Referring to fig. 1 to 6, the present invention provides a hammering device for polishing heel cloth by a pull-turn type external button for shoe manufacturing, which comprises: the air pipe quick-connection cap 1, the single-pass valve port seat 2, the pressing plate rod 3, the circular table column cap 4, the spiral straight-through pipe barrel 5, the horn exhaust pipe 6 and the pull-and-turn buckle plate frame 7 are arranged in a mode that the top end of the pull-and-turn buckle plate frame 7 is inserted and embedded under the bottom of the horn exhaust pipe 6, the circular table column cap 4 and the horn exhaust pipe 6 are respectively embedded at the upper end and the lower end of the spiral straight-through pipe barrel 5 in a nested mode, the axle center of the single-pass valve port seat 2 is collinear, the air pipe quick-connection cap 1 is inserted and embedded on the axle center of the single-pass valve port seat 2, the pressing plate rod 3 is mechanically connected with the single-pass valve port seat 2 through a spring, the air pipe quick-connection cap 1, the single-pass valve port seat 2, the circular table column cap 4, the spiral straight-through pipe barrel 5, the horn exhaust pipe 6 and the pull-and, C-shaped buckle plates 75 and sliding-pushing springboard frames 76, two rotating propeller blades 71 are arranged and are respectively inserted and embedded in the left upper corner and the right upper corner of a plunger sleeve 72, a funnel piston rod 73 is vertically inserted and embedded in the bottom of the plunger sleeve 72, the bottom end of the plunger sleeve 72 is welded on the axis of an arc-shaped surface shell 74 and is communicated with the axis of the plunger sleeve 72, the bottom end of the funnel piston rod 73 is welded on the middle section of the C-shaped buckle plates 75, the C-shaped buckle plates 75 are movably connected with the sliding-pushing springboard frames 76, the C-shaped buckle plates 75 and the sliding-pushing springboard frames 76 are both arranged in the arc-shaped surface shell 74, the rotating propeller blades 71 are mechanically connected with the funnel piston rod 73 through the plunger sleeve 72, the plunger sleeve 72 is inserted and embedded under the bottom end of a horn exhaust pipe 6 and is communicated with each other, a crescent-shaped structure is wide in the middle of the left and right tips of the arc, the friction effect of the heel is prevented, the situation that the left and right shoe openings are bound to the ankle is also expanded, and the shoe is beaten to form a shape which is provided with a large opening and is convenient for wearing.

Referring to fig. 3, the funnel piston rod 73 is composed of a funnel groove 731 and a piston upright stanchion 732, a frame opening at the bottom end of the funnel groove 731 and a slot opening at the top end of the piston upright stanchion 732 are welded together and communicated, a through hole surrounding type structure with a large upper part and a small lower part of the funnel groove 731 is convenient for collecting air pressure for pushing and outputting, air pressure can not be lost compared with conventional pushing and pressing, and the funnel groove 731 receives air pressure poured into the horn exhaust funnel 6, so that an amplification type confluence output effect of an upper opening and a lower narrow opening is formed.

Referring to fig. 4, the C-shaped buckle plate 75 is composed of a positioning pin 751, an upper arc groove plate 752, a lower arc panel 753, a grinding wheel 754 and a rolling crawler 755, wherein the positioning pin 751 is provided with three parts which are inserted and embedded in the groove of the upper arc groove plate 752, the upper arc groove plate 752 and the lower arc panel 753 are welded into a whole, the outer surface of the grinding wheel 754 is mechanically connected with the inner groove surface of the rolling crawler 755, the grinding wheel 754 and the rolling crawler 755 are provided with more than two parts which are embedded in the inner cambered surface of the right side of the lower arc panel 753, the positioning pin 751 is used for meshing the inner flanging cloth and carrying the outer roll, and the grinding wheel 754 is used for rolling the jointed and attached outwards turned cloth, so that the effect of pulling, rotating, rolling and grinding the cloth is achieved.

Referring to fig. 5, the grinding wheel 754 is composed of a small wax-surface snap ring 7541, a small wax-sliding snap ring 7542, an inner shaft wheel 7543, a roller shaft 7544, and a large frosted snap ring 7545, the inner shaft wheel 7543 is movably connected with the roller shaft 7544, the axes of the inner shaft wheel and the roller shaft are collinear, the small wax-sliding snap ring 7542 and the large frosted snap ring 7545 are respectively nested on the upper side and the lower side of the inner shaft wheel 7543, the small wax-surface snap ring 7541 is provided with two small wax-sliding snap rings and tightly attached to the top surface of the small wax-sliding snap ring 7542, the small wax-surface snap ring 7541 is a raised cap structure, so that the rolling operation of waxing is facilitated, the small wax-sliding snap ring 7542 is a one third circular ring structure, the dosage of wax-adding polishing is properly controlled when the one third of the small wax-sliding snap ring is changed, a gap is left when the wax-adding shortage is reduced when the wax-sliding small wax-sliding snap ring 7541 is exceeded, the edge is easily broken edge, the dosage of waxing is controlled well, and the small wax-sliding retaining ring 7542 and the large sand-grinding retaining ring 7545 are buckled and rotate around the inner arbor wheel 7543 to form an angular torque grinding and waxing area distribution effect.

Referring to fig. 6, the sliding pushing springboard frame 76 is composed of a concave arc panel 761, a slant springboard 762, a slide rail slot 763, and a spring link 764, wherein the concave arc panel 761 is nested at the right side of the slant springboard 762, the slant springboard 762 and the slide rail slot 763 are integrated and located on the same slant, the slant springboard 762 is mechanically connected with the spring link 764 through the slide rail slot 763, and the concave arc panel 761 and the slant springboard 762 support and match the track upwards, so that the C-shaped buckle plate 75 under wind pressure flies out, thereby promoting the parabolic buckle lifting track effect, and the arc eversion is efficient.

The working process is as follows: a worker inserts an air pipe into an air pipe quick connection cap 1, a pushing pressure plate rod 3 opens a single-way valve port seat 2, air pressure is enabled to be communicated with a circular truncated cone column cap 4 and a spiral straight-through pipe barrel 5 to be filled into the bottom of a horn exhaust pipe 6, a funnel piston rod 73 in a plunger sleeve 72 of a pulling and screwing plate frame 7 is converged through wind power, a funnel groove 731 is formed, a piston vertical rod 732 is pushed to descend a C-shaped buckle plate 75 to move, meanwhile, wind power also pushes a propeller blade 71 to drive an arc-shaped surface shell 74 to rotate to prop open a shoe opening, after the rotation is stopped, when a lower arc panel 753 of the C-shaped buckle plate 75 is output by being attached to a concave arc-shaped plate 761 of a sliding and pushing jump plate frame 76, a spring connecting rod 764 jacks up an inclined jump plate 762 to bounce an upper arc-shaped groove plate 752 and a lower arc-shaped plate 753 along a sliding rail groove 763, then jacks up cloth of a heel to be turned outwards through a positioning needle 751, and is matched with a rolling and sealed through a grinding wheel 754 and a rolling press, a worker holds the spiral straight-through pipe barrel 5 through the wrist and turns out in an arc shape to form an inner shaft wheel 7543 which rotates around a roller shaft lever 7544, the large sanding retaining ring 7545 is pushed to achieve the effect of sanding the convex block of the outward turned edge, then the roller is wax-sealed and rolled again, the friction condition of the convex block which is turned inside is avoided, the pulling and rotating back-buckling action effect of the outward turned edge is formed, and the smoothness and the comfort of the inner groove of the whole heel are improved.

The invention achieves the purposes that the arc-shaped surface shell 74 is matched with the C-shaped buckle plate 75 by mutually combining the components, the arc-shaped surface shell 74 is pushed by the plunger piston sleeve 72 to open the welt turnover frame, then the upper arc groove plate 752 and the lower arc panel 753 are pushed out pneumatically to match with the arc-shaped outward turning of the arm to form the outward turning effect of the pull buckle, so that the outward turning edge forms a convex block which does not press the heel, then the grinding wheel 754 grinds burr edges of the turned-up cloth and also seals and compacts the turned-up groove with wax, so as to achieve the effect of external buckling of hammering, reduce hammering times and improve the comfort of wearing shoes, therefore, the problem that the heel rib is red, swollen and inflamed and cannot walk on the ground due to the fact that the heel cloth is inwards turned over and sealed by the cushion block to enable the inwards turned over block to continuously surround the ankle of a human body and the heel turned over cushion block is pressed by friction to the root rib position of the heel tendon to cause the skin of the heel of the human body to be broken is solved.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.

Claims

1. The utility model provides a shoes preparation is with drawing formula of revolving outer knot of beating device of polishing heel cloth, its structure includes: trachea meet cap (1), single-pass valve port seat (2), clamp plate pole (3), round platform cap (4), spiral through pipe section (5), loudspeaker aiutage (6), draw and turn buckle grillage (7), its characterized in that soon:

the top end of the pull-turn buckle plate frame (7) is inserted and embedded below the bottom of the horn exhaust pipe (6), the circular table column cap (4) and the horn exhaust pipe (6) are respectively embedded and embedded at the upper end and the lower end of the spiral through pipe barrel (5) and the axes of the spiral through pipe barrel and the loudspeaker exhaust pipe are collinear, the air pipe quick-connection cap (1) is inserted and embedded on the axis of the single-way valve port seat (2), the pressure plate rod (3) is mechanically connected with the single-way valve port seat (2) through a spring, the air pipe quick-connection cap (1), the single-way valve port seat (2), the circular table column cap (4), the spiral through pipe barrel (5), the horn exhaust pipe (6) and the pull-turn buckle plate frame (7) are communicated with each other, and the single-way valve port seat (2);

the pull-turn buckle plate frame (7) is provided with a propeller blade (71), a plunger sleeve (72), a funnel piston rod (73), an arc-shaped surface shell (74), a C-shaped buckle plate (75) and a sliding push jump plate frame (76);

the propeller blades (71) are two and are respectively inserted into the left upper corner and the right upper corner of the plunger sleeve (72), the funnel piston rod (73) is vertically inserted into the bottom of the plunger sleeve (72), the bottom end of the plunger sleeve (72) is welded on the axis of the arc-shaped surface shell (74) and is communicated with the axis of the arc-shaped surface shell, the bottom end of the funnel piston rod (73) is welded on the middle section of the C-shaped buckle plate (75), the C-shaped buckle plate (75) is movably connected with the sliding and pushing jump plate frame (76), the C-shaped buckle plate (75) and the sliding and pushing jump plate frame (76) are both installed inside the arc-shaped surface shell (74), the propeller blades (71) are mechanically connected with the funnel piston rod (73) through the plunger sleeve (72), and the plunger sleeve (72) is inserted into the bottom end of the horn exhaust barrel (6) and is communicated with each;

the C-shaped buckle plate (75) consists of three positioning needles (751), an upper arc groove plate (752), a lower arc panel (753), a grinding wheel (754) and a rolling crawler belt (755), wherein the three positioning needles (751) are inserted and embedded in grooves of the upper arc groove plate (752), the upper arc groove plate (752) and the lower arc panel (753) are welded into a whole, the outer surface of the grinding wheel (754) is mechanically connected with the inner groove surface of the rolling crawler belt (755), and the grinding wheel (754) and the rolling crawler belt (755) are provided with more than two and are all embedded in the inner part of the right arc surface of the lower arc panel (753);

slide and push away springboard frame (76) by concave arc panel (761), ramp plate (762), slide rail groove (763), spring link (764) constitute, concave arc panel (761) nestification is in the right side of ramp plate (762), ramp plate (762) and slide rail groove (763) structure as an organic whole and be in on same inclined plane, ramp plate (762) are through slide rail groove (763) and spring link (764) mechanical connection.

2. The hammering device for grinding the heel cloth of the pull-turn type external button for shoe manufacturing according to claim 1, characterized in that: the funnel piston rod (73) consists of a funnel groove (731) and a piston vertical rod (732), and a frame opening at the bottom end of the funnel groove (731) and a notch at the top end of the piston vertical rod (732) are welded together and are communicated with each other.

3. The hammering device for grinding the heel cloth of the pull-turn type external button for shoe manufacturing according to claim 1, characterized in that: the grinding wheel (754) consists of a small wax surface ball cap (7541), small wax sliding snap rings (7542), an inner shaft wheel (7543), a roller shaft rod (7544) and a large frosted snap ring (7545), wherein the inner shaft wheel (7543) is movably connected with the roller shaft rod (7544) and the axis of the inner shaft wheel is collinear, the small wax sliding snap rings (7542) and the large frosted snap rings (7545) are respectively nested on the upper side and the lower side of the inner shaft wheel (7543), and two small wax surface ball caps (7541) are arranged and are tightly attached to the top surface of the small wax sliding snap rings (7542).

4. The hammering device for grinding the heel cloth of the pull-turn type external button for shoe manufacturing according to claim 3, wherein: the small wax sliding snap ring (7542) is of a one-third circular ring structure.

5. The hammering device for grinding the heel cloth of the pull-turn type external button for shoe manufacturing according to claim 3, wherein: the big dull polish snap ring (7545) is a two-thirds ring structure.