CN110771986B

CN110771986B - Shoe slipper

Info

Publication number: CN110771986B
Application number: CN201910593514.5A
Authority: CN
Inventors: 叶大可
Original assignee: Ningbo Yinzhou Leke Electromechanical Technology Co ltd
Current assignee: Xiamen Jialianheng Import And Export Co ltd
Priority date: 2019-06-28
Filing date: 2019-06-28
Publication date: 2021-08-06
Anticipated expiration: 2039-06-28
Also published as: CN110771986A

Abstract

The scheme of the invention is that the shoe slipper comprises a base body matched with a sole, a first pull wire, a second pull wire and a sliding block; the base body is used for covering the sole; the head end of the first stay wire is arranged at the front side of the base body, the tail end of the first stay wire is arranged at the middle rear part of the left side of the base body or the rear side of the base body, the head end of the second stay wire is arranged at the front side of the base body, and the tail end of the second stay wire is arranged at the middle rear part of the right side of the base body or the rear side of the base body; the first pull wire and the second pull wire are elastic; the sliding block can slide on the first pull wire and the second pull wire; when the shoe pushes the slider to the front side of the base body, the first pull wire is attracted and developed to the left placed edge and the second pull wire is attracted and developed to the right placed edge under the action of the magnetic force. The scheme of the invention has the following advantages: convenient to wear, not easy to damage and small in occupied space when not in use.

Description

Shoe slipper

Technical Field

The invention relates to the field of manufacturing of shoes and slippers.

Background

The Chinese patent with application number 201610889928.9 previously applied by the company discloses a shoe slipper, which comprises a base body matched with a sole, a first pull wire, a second pull wire, a first skirt edge, a second skirt edge, a sliding block and a resetting piece, wherein the base body is used for covering the sole; the head end of the first stay wire is arranged at the front side of the base body, the tail end of the first stay wire is arranged at the middle rear part of the left side of the base body or the rear side of the base body, the head end of the second stay wire is arranged at the front side of the base body, and the tail end of the second stay wire is arranged at the middle rear part of the right side of the base body or the rear side of the base body; the first pull wire and the second pull wire are elastic, a hole is formed in the sliding block, and the first pull wire and the second pull wire penetrate through the hole, so that the first pull wire and the second pull wire are restrained in the hole; the hole is connected with a gap, one side of the first skirt edge is combined with the front half part of the first pull wire, and the other side of the first skirt edge extends out of the sliding block through the gap connected with the hole; one side of the second skirt edge is combined with the front half part of the second pull wire, and the other side of the second skirt edge extends out of the sliding block through a gap connected with the hole; the reset piece is used for resetting the first pull wire, the second pull wire, the first skirt edge and the second skirt edge to a state of being attached to the side of the base body. When the shoe slipper provided by the scheme is used, an operator puts the sole on the base body and simultaneously stirs the slide block to move upwards and backwards by using the other foot, so that the first pull wire and the second pull wire form a crossed structure to be pressed on the vamp. However, in practical application, the technical scheme has the following defects: one side of the first skirt edge extends out of the sliding block through a gap connected with the hole, one side of the second skirt edge extends out of the sliding block through a gap connected with the hole, and in the using process, the sliding block slides on the first skirt edge and the second skirt edge, so that the sliding block is easily clamped by the first skirt edge and the second skirt edge, the wearing is inconvenient, and the slippers are easily damaged; secondly, due to the first skirt edge and the second skirt edge, the shoe slipper occupies too large space when not in use, and the structure is not simple enough. In view of the above, there is a need to provide a technical solution that overcomes the above-mentioned disadvantages.

Disclosure of Invention

The technical problem to be solved by the scheme of the invention is to provide the shoe slippers which are convenient to wear, not easy to damage and small in occupied space when not in use, aiming at the current situation of the prior art.

The technical scheme for solving the problems comprises the following steps: a pair of shoes and slippers comprises a base body matched with a sole, a first pull wire, a second pull wire and a sliding block; the base body is used for covering the sole; the head end of the first stay wire is arranged at the front side of the base body, the tail end of the first stay wire is arranged at the middle rear part of the left side of the base body or the rear side of the base body, the head end of the second stay wire is arranged at the front side of the base body, and the tail end of the second stay wire is arranged at the middle rear part of the right side of the base body or the rear side of the base body; the first pull wire and the second pull wire are elastic; the first pull wire penetrates through the sliding block, and the second pull wire penetrates through the sliding block, so that the sliding block can slide on the first pull wire and the second pull wire; the edge of the base body between the head end of the first stay wire and the tail end of the first stay wire is called a left-arranged edge, and the edge of the base body between the head end of the second stay wire and the tail end of the second stay wire is called a right-arranged edge; when the shoe pushes the slider to the front side of the base body, the first string is attracted and developed to the left placed edge and the second string is attracted and developed to the right placed edge by the magnetic force, so that the shoe sole does not press the first string and the second string when the user's shoe steps on the base body again. When the shoe slipper provided by the scheme is used, a user puts a sole on the base body and simultaneously stirs the sliding block to move upwards and backwards by using the other foot, so that the first pull wire and the second pull wire form a crossed structure to be pressed on the vamp, the wearing of the shoe slipper is finished, when the shoe slipper needs to be taken off, the user treads the base body by using the other foot, the foot pushes the sliding block forwards, and when the shoe pushes the sliding block to the front side of the base body, the first pull wire is attracted and developed to the left edge and the second pull wire is attracted and developed to the right edge under the action of magnetic force. The operation of taking off the shoes slippers is accomplished, and at this moment, first acting as go-between passes the slider and depends on left under the effect of magnetic force and puts the edge on, and the second acting as go-between passes the slider and depends on right under the effect of magnetic force and puts the edge on, so when user's shoes step on the base member once more, the sole can not push down first acting as go-between and second acting as go-between. The slippers wait for the next use by the user. Compared with the prior art, the scheme of the invention does not need to arrange the first skirt edge and the second skirt edge, so that the structure of the shoe slipper is simpler, the phenomenon that the sliding block is blocked can not occur in the using process, and the shoe slipper is not easy to damage. In the scheme of the invention, under the action of magnetic force, the first stay wire is attracted and attached to the left edge, and the second stay wire is attracted and attached to the right edge; obviously, the implementation of the above technical effects is diversified, for example, the first pull wire is provided with an iron object, the left edge is provided with a magnetic object, the second pull wire is provided with an iron object, and the right edge is provided with a magnetic object; or the first stay wire is provided with an iron object, the left edge is provided with a magnetic object, the second stay wire is provided with a magnetic object, and the right edge is provided with an iron object; or the first stay wire is provided with an iron object, the left edge is provided with a magnetic object, the second stay wire is provided with a magnetic object, and the right edge is provided with a magnetic object; or the first pull wire is provided with a magnetic substance, the left edge is provided with a magnetic substance, the second pull wire is provided with a magnetic substance, and the right edge is provided with a magnetic substance; or the first stay wire is provided with a magnetic substance, the left edge is provided with an iron substance, the second stay wire is provided with a magnetic substance, and the right edge is provided with an iron substance; or the first stay wire is provided with a magnetic substance, the left edge is provided with an iron substance, the second stay wire is provided with a magnetic substance, and the right edge is provided with a magnetic substance; obviously, since the magnetic substance and the iron substance can form an attraction relationship, the magnetic substance and the iron substance can also form an attraction relationship, and the arrangement of the magnetic substance and the iron substance on the first pull wire, the left edge, the second pull wire, the right edge can be combined into a plurality of different modes, which are not repeated herein in view of the diversity of the modes. In the solution of the present invention, the first pulling wire passes through the sliding block, and the second pulling wire passes through the sliding block, which is described in detail in the chinese patent with application number 201610889928.9, in practical application, a hole may be provided in the sliding block, and both the first pulling wire and the second pulling wire pass through the hole, or two holes may be provided in the sliding block, and the first pulling wire passes through one hole and the second pulling wire passes through the other hole. In the scheme of the invention, the arrangement modes of the iron substance and the magnetic substance have diversity, for example, the iron substance is arranged on the first pull wire, the magnetic substance is arranged on the left-arranged edge, the iron substance can be arranged along the first pull wire, and the magnetic substance can be arranged along the left-arranged edge. A plurality of small iron blocks can be sequentially arranged on the first stay wire, correspondingly, a plurality of small magnetic blocks are arranged on the left-placed edge, or the first stay wire is arranged into a hollow structure filled with iron powder, and a magnetic strip matched with the shape of the first stay wire is arranged on the left-placed edge. The arrangement of the magnetic substance and the iron substance on the second stay wire and the right edge is based on the same reason.

Preferably, the first stay wire is provided with an iron object, and the left edge is provided with a magnetic object; the second stay wire is provided with an iron object, and the right edge is provided with a magnetic object.

Preferably, the first stay wire is provided with a magnetic substance, and the left edge is provided with the magnetic substance or the left edge is provided with an iron substance; the second pull wire is provided with a magnetic substance, and the right edge is provided with the magnetic substance or the right edge is provided with an iron substance. In the technical scheme, the arrangement of the magnetic substance has diversity, for example, a plurality of small magnetic blocks are sequentially arranged on the first pull wire, correspondingly, a plurality of small magnetic blocks are arranged on the left edge, the small magnetic blocks on the first pull wire and the small magnetic blocks on the left edge are in one-to-one correspondence and can be mutually attracted, when the shoe slipper is in an idle state, the two small magnetic blocks forming the correspondence are mutually attracted, the magnetic orientations of the small magnetic blocks on the first pull wire are consistent, and the magnetic orientations of the small magnetic blocks on the left edge are consistent, which is a preferable technical effect, but the magnetic orientations of the small magnetic blocks on the first pull wire are inconsistent, the orientations of the small magnetic blocks on the left edge are inconsistent, the situation is also accepted, the spacing distance between the small magnetic blocks on the left edge can be set to be larger as long as the two small magnetic blocks forming the correspondence can be mutually attracted, of course, the first pull wire is arranged into a hollow structure and filled with the magnetic powder, it is also a good choice to provide a ferrous object on the left-hand edge. The first pull wire is provided with a magnetic substance, the second pull wire is provided with a magnetic substance, the first pull wire and the second pull wire attract each other or the first pull wire and the second pull wire repel each other, or the first section of the first pull wire and the first section of the second pull wire attract each other, and the second section of the first pull wire and the second section of the second pull wire repel each other. Obviously, the second pull wire and the first pull wire are mutually exclusive, so that the technical scheme is better, and the second pull wire and the first pull wire are favorably separated from each other when the slipper is taken off.

Preferably, the second pull cord is mutually exclusive from the first pull cord.

In the technical scheme, the slippers need to be assisted by the other foot when being worn, so that the wearing is not very convenient and needs to be improved.

The further technology is that the device also comprises a transmission device, the driving end of the transmission device bears the pedal action, and the driven end of the transmission device promotes the slide block to move upwards and backwards, so that the slide block is far away from the front side of the base body. After the arrangement, when a user wears the slippers, the user only needs to step on the base body, and the sliding blocks move upwards and backwards under the action of the transmission device, so that the wearing process of the slippers is finished.

The further technology comprises a fastener and a release fastener; the buckling piece is used for buckling the transmission device so as to keep the slide block away from the front side of the base body; the release member is used for releasing the fastening state of the fastening member.

In a further aspect, the apparatus further includes a reset unit configured to reset the actuator to a home position. Obviously, the resetting of the transmission device is easier after the resetting unit is arranged.

Preferably, the transmission device comprises a first pipeline, a second pipeline, a third pipeline, a steel wire rope, a channel, a lower pressing block, a rotating shaft, a rotating disc, a first string, a second string, a first winding piece and a second winding piece; the first pipeline is arranged on the front side of the base body, the second pipeline is sleeved in the first pipeline, the third pipeline is sleeved in the second pipeline, and the third pipeline is connected with the sliding block; the head end of the channel is communicated with the first pipeline, and the tail end of the channel is positioned at the rear part of the base body; the steel wire ropes are distributed in the first pipeline, the second pipeline, the third pipeline and the channel, and the head ends of the steel wire ropes are connected with the third pipeline; the lower pressing block, the rotating shaft and the first winding piece are arranged at the rear part of the base body; the lower pressing block is connected to the base body in a sliding mode and can slide up and down; the rotary disc is arranged on the rotating shaft; one end of the first string is connected with the lower end of the lower pressing block, and the other end of the first string is wound on the rotating shaft through the rear ring of the first winding piece; the second winding piece is arranged at the head end of the channel; one end of the second thin rope is wound on the turntable, and the other end of the second thin rope passes through the second winding piece and then is connected with the steel wire rope in the channel; the buckling piece comprises a buckling opening arranged on the lower pressing block and a buckling switch elastically connected with the base body; when the lower pressing block is pressed down in place, the buckling switch is buckled in the buckling opening in an elastic manner; the releasing piece is a stepping strip which is connected with the buckling switch and extends out of the base body; the reset unit comprises a channel spring and a pressing block spring; the front end of the channel spring is connected with the steel wire rope, the rear end of the channel spring is connected with the tail end of the channel, the upper end of the pressing block spring is connected with the lower pressing block, and the lower end of the pressing block spring is connected with the base body. In the technical scheme, when a user needs to wear the shoe slippers, the user steps on the lower pressing block, the lower pressing block presses downwards to drive the first thin rope, the first thin rope drives the rotating shaft, the rotating shaft drives the rotating disc, the rotating disc drives the second thin rope, the second thin rope drives the steel wire rope, under the action of the steel wire rope, the first pipeline, the second pipeline and the third pipeline are unfolded mutually, under the drive of the third pipeline, the sliding block moves upwards and backwards, and when the lower pressing block presses downwards in place, the buckling switch is buckled in the buckling opening in a springing mode, so that the sliding block is kept away from the front side of the base body; in the technical scheme, the rotating shaft and the rotating disc actually form a lever structure, and the second string can be greatly pulled as long as the lower pressing block presses down for a small distance, so that the sliding block generates large displacement; when the user need take off shoes slippers, the user steps on the strip with another foot, this foot struggles to take off, withhold the switch and be stepped on the strip and draw outside detaining the mouth, under the effect of passageway spring and briquetting spring, wire rope and lower briquetting reset, the second pipeline is indentation to the first pipeline in, the third pipeline is indentation to the second pipeline in, the slider slides to the base member front side, simultaneously, under the effect of magnetic force, first acting as go-between, the second acting as go-between depends on the base member avris, wait for the user to use next time.

Preferably, the transmission device comprises a first pipeline, a second pipeline, a third pipeline, a first air bag, a second air bag, an air pipe and a cover plate; the first pipeline is arranged on the front side of the base body, the second pipeline is sleeved in the first pipeline, the third pipeline is sleeved in the second pipeline, and the third pipeline is connected with the sliding block; the first air bag is arranged in the first pipeline, the second pipeline and the third pipeline; one end of the first air bag is connected with the first pipeline, and the other end of the first air bag is connected with the third pipeline; the second air bag is arranged at the rear part of the base body, the cover plate covers the second air bag, and the front side of the cover plate is rotationally connected with the base body; the head end of the air pipe is connected with the first air bag, and the tail end of the air pipe is connected with the second air bag; the first air bag and the second air bag are rich in elasticity; the buckling piece is an inserted link arranged at the rear part of the base body, the inserted link is connected with the base body in a sliding manner, an inserted link spring is arranged between the inserted link and the base body, and the inserted link is pressed on the rear side surface of the cover plate under the action of the inserted link spring; the unfastening piece is a plastic belt connected with the inserted link; the reset unit is a cover plate spring, the upper end of the cover plate spring is connected with the cover plate, and the lower end of the cover plate spring is connected with the base body. In the technical scheme, when a user wears the slippers, the user pedals the shoes on the second air bag, the second air bag is compressed, gas in the second air bag enters the first air bag through the air pipe, the first air bag expands, the first pipeline, the second pipeline and the third pipeline are mutually unfolded, the sliding block moves upwards and backwards under the driving of the third pipeline, the inserted link presses on the cover plate after the cover plate is pressed in place, and the cover plate is locked so that the sliding block is kept away from the front side of the base body; when the user need take off shoes slippers, the user steps on the plastic strip with another foot, this foot is struggled for doff, under the drive of plastic strip, the inserted bar rearward movement, the apron obtains liberation, under the effect of apron spring, the apron upwards bounces, first gasbag and first gasbag are the reconversion yet, the second pipeline is indentation to in the first pipeline, the third pipeline is indentation to the second pipeline in, the slider cunning is to the base member front side, simultaneously, under the effect of magnetic force, first acting as go-between, the second acting as go-between depends on in the base member avris, wait for user next use.

The transmission device, the fastening member, the unfastening member and the reset unit related to the scheme of the invention have been described in detail in the Chinese patent with the application number of 201610889928.9, and are not repeated herein.

Compared with the prior art, the scheme of the invention is a pair of shoes and slippers, which comprises a base body matched with a sole, a first pull wire, a second pull wire and a sliding block; the base body is used for covering the sole; the head end of the first stay wire is arranged at the front side of the base body, the tail end of the first stay wire is arranged at the middle rear part of the left side of the base body or the rear side of the base body, the head end of the second stay wire is arranged at the front side of the base body, and the tail end of the second stay wire is arranged at the middle rear part of the right side of the base body or the rear side of the base body; the first pull wire and the second pull wire are elastic; the sliding block can slide on the first pull wire and the second pull wire; when the shoe pushes the slider to the front side of the base body, the first pull wire is attracted and developed to the left placed edge and the second pull wire is attracted and developed to the right placed edge under the action of the magnetic force. The scheme of the invention has the following advantages: convenient to wear, not easy to damage and small in occupied space when not in use.

Drawings

FIG. 1 is a schematic view of the overall structure of embodiment 1 of the present invention;

FIG. 2 is a schematic view of an overall structure of a transmission device, a fastening member, a fastening releasing member, and a restoring unit according to embodiment 1 of the present invention;

FIG. 3 is a schematic view of the overall structure of embodiment 2 of the present invention;

FIG. 4 is a schematic view of the overall structure of the transmission device, the fastening member, the unfastening member and the returning unit according to embodiment 2 of the present invention;

FIG. 5 is a schematic view of the overall structure of embodiment 3 of the present invention;

fig. 6 is a schematic view of the overall structure of the transmission device, the fastening member, the unfastening member and the reset unit according to embodiment 3 of the present invention.

Detailed Description

The scheme of the present invention is further described in detail with reference to the following examples:

example 1

A pair of shoes and slippers comprises a base body 1, a first pull wire 2, a second pull wire 3 and a sliding block 7 which are matched with soles; the base body 1 is used for covering the sole; the head end of the first stay wire 2 is arranged at the front side of the base body 1, the tail end of the first stay wire 2 is arranged at the middle rear part of the left side of the base body 1 or the rear side of the base body 1, the head end of the second stay wire 3 is arranged at the front side of the base body 1, and the tail end of the second stay wire 3 is arranged at the middle rear part of the right side of the base body 1 or the rear side of the base body 1; the first pull wire 2 and the second pull wire 3 are both rich in elasticity; the first pull wire 2 passes through the slide block 7, and the second pull wire 3 passes through the slide block 7, so that the slide block 7 can slide on the first pull wire 2 and the second pull wire 3; the edge of the basal body 1 between the head end of the first stay wire 2 and the tail end of the first stay wire 2 is called a left-arranged edge 2U, and the edge of the basal body 1 between the head end of the second stay wire 3 and the tail end of the second stay wire 3 is called a right-arranged edge 3U; when the shoe pushes the slider 7 to the front side of the base body 1, the first wire 2 is attracted and developed to the left placed edge 2U and the second wire 3 is attracted and developed to the right placed edge 3U by the magnetic force, so that the shoe sole does not press the first wire 2 and the second wire 3 when the user's shoe steps on the base body 1 again.

Wherein, the first stay wire 2 is provided with a ferrous object TE, and the left edge 2U is provided with a magnetic object CI; the second stay wire 3 is provided with a ferrous object TE, and the right edge 3U is provided with a magnetic object CI.

The device also comprises a transmission device A, wherein the driving end of the transmission device A bears the pedal action, and the driven end of the transmission device A drives the sliding block 7 to move upwards and backwards, so that the sliding block 7 is far away from the front side of the base body 1.

Wherein, also include a fastener B, an unfastening part D; the fastener B is used for fastening the transmission device A so as to keep the slide block 7 away from the front side of the base body 1; the releasing component D is used for releasing the fastening state of the fastening component B.

The device also comprises a resetting unit F, wherein the resetting unit F is used for enabling the transmission device A to be restored to the original position.

The transmission device A comprises a first pipeline A1, a second pipeline A2, a third pipeline A3, a steel wire rope A4, a channel A5, a lower pressing block A6, a rotating shaft A7, a turntable A8, a first string A9, a second string A10, a first winding piece A11 and a second winding piece A12; the first pipeline A1 is arranged on the front side of the base body 1, the second pipeline A2 is sleeved in the first pipeline A1, the third pipeline A3 is sleeved in the second pipeline A2, and the third pipeline A3 is connected with the sliding block 7; the head end of the channel A5 is communicated with a first pipeline A1, and the tail end of the channel A5 is positioned at the rear part of the matrix 1; the steel wire ropes A4 are distributed in the first pipeline A1, the second pipeline A2, the third pipeline A3 and the channel A5, and the head end of the steel wire rope A4 is connected with the third pipeline A3; the lower pressing block A6, the rotating shaft A7 and the first winding piece A11 are arranged at the rear part of the base body 1; the lower pressing block A6 is connected on the base body 1 in a sliding way, and the lower pressing block A6 can slide up and down; the turntable A8 is arranged on the rotating shaft A7; one end of a first string A9 is connected with the lower end of the lower pressing block A6, and the other end of the first string A9 passes through a first winding piece A11 and then is wound on the rotating shaft A7 in a circle; the second winding piece A12 is arranged at the head end of the channel A5; one end of a second string A10 is wound on the turntable A8, and the other end of the second string A10 passes through a second winding piece A12 and then is connected with a steel wire rope A4 in the channel A5; the buckling piece B comprises a buckling opening B1 arranged on the lower pressing block A6, and a buckling switch B2 elastically connected with the base body 1; when the pressing block A6 is pressed down to the proper position, the buckling switch B2 is buckled in the buckling opening B1 in a springing way; the releasing piece D is a stepping strip D1 which is connected with the buckling switch B2 and extends out of the base body 1; the reset unit F comprises a channel spring F1 and a pressure block spring F2; the front end of a channel spring F1 is connected with a steel wire rope A4, the rear end of a channel spring F1 is connected with the tail end of a channel A5, the upper end of a press block spring F2 is connected with a lower press block A6, and the lower end of a press block spring F2 is connected with a base body 1.

The scheme of the invention is realized as follows: when a user needs to wear the shoe slippers, the user steps on the lower pressing block A6, the lower pressing block A6 presses down to drive the first string A9, the first string A9 drives the rotating shaft A7, the rotating shaft A7 drives the rotating disc A8, the rotating disc A8 drives the second string A10, the second string A10 drives the steel wire rope A4, under the action of the steel wire rope A4, the first pipeline A1, the second pipeline A2 and the third pipeline A3 are unfolded mutually, under the drive of the third pipeline A3, the sliding block 7 moves upwards and backwards, and when the lower pressing block A6 is pressed down to the right position, the buckling switch B2 is buckled in the buckling opening B1, so that the sliding block 7 is kept away from the front side of the base body 1; the first stay wire 2 and the second stay wire 3 form a cross structure to be pressed on the vamp, the wearing process of the shoe slipper is completed, when the user needs to take off the shoe slipper, the user treads the stepping strip D1 with the other foot, the foot tries to break away, the buckling switch B2 is pulled away to the outside of the buckling opening B1 by the stepping strip D1, under the action of the channel spring F1 and the pressing block F2, the steel wire rope A4 and the pressing block A6 reset, the second pipeline A2 retracts into the first pipeline A1, the third pipeline A3 retracts into the second pipeline A2, the sliding block 7 slides to the front side of the base body 1, and meanwhile, under the action of magnetic force, the first stay wire 2 and the second stay wire 3 are attached to the side of the base body 1 to wait for the next use of the user.

Example 2

Wherein, the first stay wire 2 is provided with a magnetic substance CI, and the left edge 2U is provided with a magnetic substance CI; the second stay wire 3 is provided with a magnetic object CI, and the right edge 3U is provided with a magnetic object CI.

The transmission device A comprises a first pipeline A1, a second pipeline A2, a third pipeline A3, a first air bag A13, a second air bag A14, an air pipe A15 and a cover plate A16; the first pipeline A1 is arranged on the front side of the base body 1, the second pipeline A2 is sleeved in the first pipeline A1, the third pipeline A3 is sleeved in the second pipeline A2, and the third pipeline A3 is connected with the sliding block 7; the first balloon a13 is disposed in the first conduit a1, the second conduit a2, the third conduit A3; one end of the first air bag A13 is connected with a first pipeline A1, and the other end is connected with a third pipeline A3; the second air bag A14 is arranged at the rear part of the base body 1, the cover plate A16 covers the second air bag A14, and the front side of the cover plate A16 is rotationally connected with the base body 1; the head end of the air pipe A15 is connected with the first air bag A13, and the tail end of the air pipe A15 is connected with the second air bag A14; both the first balloon a13 and the second balloon a14 are rich in elasticity; the fastener B is an inserted link B3 arranged at the rear part of the base body 1, an inserted link B3 is connected with the base body 1 in a sliding way, an inserted link spring B5 is arranged between the inserted link B3 and the base body 1, and under the action of the inserted link spring B5, an inserted link B3 is pressed on the rear side surface of the cover plate A16 in a springing way; the unfastening piece D is a plastic belt D2 connected with the inserted bar B3; the reset unit F is a cover plate spring F3, the upper end of the cover plate spring F3 is connected with a cover plate A16, and the lower end of the cover plate spring F3 is connected with the base body 1.

The scheme of the invention is realized as follows: in the technical scheme, when a user needs to wear the slippers, the user puts feet on the second air bag A14, the second air bag A14 is compressed, gas in the second air bag A14 enters the first air bag A13 through the air pipe A15, the first air bag A13 is expanded, the first pipeline A1, the second pipeline A2 and the third pipeline A3 are mutually unfolded, under the driving of the third pipeline A3, the sliding block 7 moves upwards and backwards, after the cover plate A16 is pressed to a position, the inserted rod B3 is pressed on the cover plate A16, and the cover plate A16 is locked, so that the sliding block 7 is kept away from the front side of the base body 1; first stay wire 2 and second stay wire 3 form a cross structure and press on the vamp, the wearing process of shoes slippers is accomplished, when the user need take off shoes slippers, the user steps on plastic strap D2 with another foot, this foot strives to break loose, under the drive of plastic strap D2, inserted bar B3 moves backward, apron A16 obtains liberation, under the effect of apron spring F3, apron A16 upwards bounces, first gasbag 13 and first gasbag 14 also resume the original state, second pipeline A2 indents in first pipeline A1, third pipeline A3 indents in second pipeline A2, slider 7 slides to base member 1 front side, simultaneously, under the effect of magnetic force, first stay wire 2, second stay wire 3 depend on base member 1 avris, wait the user to use next time.

Example 3

Wherein, the first stay wire 2 is provided with a magnetic substance CI, and the left edge 2U is provided with an iron substance TE; the second stay wire 3 is provided with a magnetic substance (CI) and the right edge 3U is provided with a ferrous substance (TE).

Wherein the first pull wire 2 and the second pull wire 3 repel each other.

The transmission device A comprises a channel A5, a lower pressing block A6, a rotating shaft A7, a turntable A8, a first string A9, a first winding piece A11, an arc-shaped rod A20 and a plastic string A21; the head end of the arc-shaped rod A20 is arranged on the front side of the base body 1, and the slide block 7 is connected to the arc-shaped rod A20 in a sliding manner; the head end of the channel A5 is connected with the head end of the arc-shaped rod A20, and the tail end of the channel A5 is positioned at the rear part of the base body 1; the lower pressing block A6, the rotating shaft A7 and the first winding piece A11 are arranged at the rear part of the base body 1; the lower pressing block A6 is connected on the base body 1 in a sliding way, and the lower pressing block A6 can slide up and down; the turntable A8 is arranged on the rotating shaft A7; one end of a first string A9 is connected with the lower end of the lower pressing block A6, and the other end of the first string A9 passes through a first winding piece A11 and then is wound on the rotating shaft A7 in a circle; one end of a plastic rope A21 is wound on the turntable A8, the other end of the plastic rope A21 sequentially passes through the tail end of the channel A5, the head end of the channel A5 and the head end of the arc-shaped rod A20, and the tail end of the arc-shaped rod A20 is connected to the slider 7; the buckling piece B comprises a buckling opening B1 arranged on the lower pressing block A6, and a buckling switch B2 elastically connected with the base body 1; when the pressing block A6 is pressed down to the proper position, the buckling switch B2 is buckled in the buckling opening B1 in a springing way; the unfastening piece D comprises a standing block D3 and a transverse bar D5; the upright block D3 is arranged at the rear side of the base body 1, the upright block D3 is connected with the base body 1 in a sliding way, the upright block D3 can slide up and down, the upright block D3 is wide at the top and narrow at the bottom, the transverse bar D5 is arranged at the rear end of the buckling switch B2, and the rear side of the upright block D3 abuts against the transverse bar D5; the reset unit F comprises a pressure block spring F2, a torsion spring F6 and a slide block spring F66; the upper end of a briquetting spring F2 is connected with a lower briquetting A6, and the lower end of a briquetting spring F2 is connected with a base body 1; the torsion spring F6 is arranged at the lower end of the rotating shaft A7; one end of a slider spring F66 is connected with the slider 7, the other end is connected with the arc-shaped rod A20, and the slider spring F66 urges the slider 7 to slide towards the head end of the arc-shaped rod A20.

The scheme of the invention is realized as follows: in the technical scheme, when a user needs to wear the slippers, the user steps on the lower pressing block A6, the lower pressing block A6 presses down to drive the first string A9, the first string A9 drives the rotating shaft A7, the rotating shaft A7 drives the rotating disc A8, the rotating disc A8 drives the plastic string A21, the sliding block 7 moves upwards and backwards under the action of the plastic string A21, and when the lower pressing block A6 presses down to a proper position, the buckling switch B2 is buckled in the buckling opening B1 in a springing mode, so that the sliding block 7 is kept away from the front side of the base body 1; when a user needs to take off the slippers, the user presses the vertical block D3 with the other foot, the foot tries to break away, under the extrusion of the vertical block D3, the transverse bar D5 moves backwards, the transverse bar D5 drives the buckling switch B2, the buckling switch B2 breaks away from the buckle opening B1, under the action of the press block spring F2 and the torsion spring F6, the lower press block A6 and the rotating shaft A7 reset, under the action of the slider spring F66, the slider 7 slides to the front side of the base body 1, meanwhile, under the action of magnetic force, the first pull wire 2 and the second pull wire 3 are attached to the side of the base body 1, and the next use of the user is waited.

While the invention has been described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and detail may be made therein without departing from the scope of the appended claims.

Claims

1. A pair of shoes and slippers comprises a base body (1) matched with a sole, a first stay wire (2), a second stay wire (3) and a sliding block (7); the base body (1) is used for covering the sole; the head end of the first stay wire (2) is arranged at the front side of the base body (1), the tail end of the first stay wire (2) is arranged at the middle rear part of the left side of the base body (1) or the rear side of the base body (1), the head end of the second stay wire (3) is arranged at the front side of the base body (1), and the tail end of the second stay wire (3) is arranged at the middle rear part of the right side of the base body (1) or the rear side of the base body (1); the first pull wire (2) and the second pull wire (3) are rich in elasticity; the first pull wire (2) passes through the sliding block (7), and the second pull wire (3) passes through the sliding block (7), so that the sliding block (7) can slide on the first pull wire (2) and the second pull wire (3); the edge of the base body (1) between the head end of the first stay wire (2) and the tail end of the first stay wire (2) is called a left-arranged edge (2U), and the edge of the base body (1) between the head end of the second stay wire (3) and the tail end of the second stay wire (3) is called a right-arranged edge (3U); the method is characterized in that: when the shoe pushes the slider (7) to the front side of the base body (1), the first pull wire (2) is attracted and developed to the left-placed edge (2U) and the second pull wire (3) is attracted and developed to the right-placed edge (3U) under the action of magnetic force, so that when the user's shoe is rested on the base body (1), the sole does not press the first pull wire (2) and the second pull wire (3).

2. A footwear slipper as defined in claim 1, wherein: iron substances (TE) are distributed on the first pull wire (2), and magnetic substances (CI) are distributed on the left-arranged edge (2U); iron substances (TE) are distributed on the second pull wire (3), and magnetic substances (CI) are distributed on the right-side edge (3U).

3. A footwear slipper as defined in claim 1, wherein: a magnetic substance (CI) is distributed on the first pull wire (2), a magnetic substance (CI) is distributed on the left-placed edge (2U) or a ferrous substance (TE) is distributed on the left-placed edge (2U); the second pull wire (3) is provided with a magnetic substance (CI), and the right edge (3U) is provided with the magnetic substance (CI) or the right edge (3U) is provided with a ferrous substance (TE).

4. A footwear slipper as defined in claim 3, wherein: the second pull wire (3) and the first pull wire (2) are mutually exclusive.

5. A footwear slipper according to any one of claims 1 to 4, wherein: the pedal type pedal mechanism is characterized by further comprising a transmission device (A), wherein the driving end of the transmission device (A) bears the pedal action, and the driven end of the transmission device (A) enables the sliding block (7) to move upwards and backwards, so that the sliding block (7) is far away from the front side of the base body (1).

6. A footwear slipper according to claim 5, wherein: also comprises a fastener (B) and a release fastener (D); the buckling piece (B) is used for buckling the transmission device (A) so as to keep the slide block (7) away from the front side of the base body (1); the fastening releasing piece (D) is used for releasing the fastening state of the fastening piece (B).

7. The shoe slipper of claim 6, wherein: the device also comprises a resetting unit (F) which is used for restoring the transmission device (A) to the original position.

8. A footwear slipper as defined in claim 7, wherein: the transmission device (A) comprises a first pipeline (A1), a second pipeline (A2), a third pipeline (A3), a steel wire rope (A4), a channel (A5), a lower pressing block (A6), a rotating shaft (A7), a rotating disc (A8), a first string (A9), a second string (A10), a first winding piece (A11) and a second winding piece (A12); the first pipeline (A1) is arranged at the front side of the base body (1), the second pipeline (A2) is sleeved in the first pipeline (A1), the third pipeline (A3) is sleeved in the second pipeline (A2), and the third pipeline (A3) is connected with the sliding block (7); the head end of the channel (A5) is communicated with the first pipeline (A1), and the tail end of the channel (A5) is positioned at the rear part of the base body (1); the steel wire ropes (A4) are distributed in a first pipeline (A1), a second pipeline (A2), a third pipeline (A3) and a channel (A5), and the head ends of the steel wire ropes (A4) are connected with the third pipeline (A3); the lower pressing block (A6), the rotating shaft (A7) and the first winding piece (A11) are arranged at the rear part of the base body (1); the lower pressing block (A6) is connected on the base body (1) in a sliding way, and the lower pressing block (A6) can slide up and down; the rotary disc (A8) is arranged on the rotating shaft (A7); one end of the first string (A9) is connected with the lower end of the lower pressing block (A6), and the other end of the first string (A9) passes through the first winding piece (A11) and then is wound on the rotating shaft (A7); the second winding (A12) is arranged at the head end of the channel (A5); one end of the second string (A10) is looped around the turntable (A8), and the other end of the second string (A10) passes through the second winding piece (A12) and then is connected with a steel wire rope (A4) in a channel (A5); the buckling piece (B) comprises a buckling opening (B1) arranged on the lower pressing block (A6), and a buckling switch (B2) elastically connected with the base body (1); when the pressing-down block (A6) is pressed down to the position, the buckling switch (B2) is buckled in the buckling opening (B1) in a springing way; the releasing piece (D) is a stepping strip (D1) which is connected with the buckling switch (B2) and extends out of the base body (1); the reset unit (F) comprises a channel spring (F1), a pressure block spring (F2); the front end of the channel spring (F1) is connected with the steel wire rope (A4), the rear end of the channel spring (F1) is connected with the tail end of the channel (A5), the upper end of the press block spring (F2) is connected with the lower press block (A6), and the lower end of the press block spring (F2) is connected with the base body (1).

9. A footwear slipper as defined in claim 7, wherein: the transmission device (A) comprises a first pipeline (A1), a second pipeline (A2), a third pipeline (A3), a first air bag (A13), a second air bag (A14), an air pipe (A15) and a cover plate (A16); the first pipeline (A1) is arranged at the front side of the base body (1), the second pipeline (A2) is sleeved in the first pipeline (A1), the third pipeline (A3) is sleeved in the second pipeline (A2), and the third pipeline (A3) is connected with the sliding block (7); the first airbag (A13) is arranged in a first pipeline (A1), a second pipeline (A2) and a third pipeline (A3); the first air bag (A13) is connected with the first pipeline (A1) at one end and connected with the third pipeline (A3) at the other end; the second air bag (A14) is arranged at the rear part of the base body (1), the cover plate (A16) is covered on the second air bag (A14), and the front side of the cover plate (A16) is rotationally connected with the base body (1); the head end of the air pipe (A15) is connected with the first air bag (A13), and the tail end of the air pipe (A15) is connected with the second air bag (A14); the first balloon (A13) and the second balloon (A14) are both rich in elasticity; the fastening piece (B) is an inserted link (B3) arranged at the rear part of the base body (1), the inserted link (B3) is connected with the base body (1) in a sliding way, an inserted link spring (B5) is arranged between the inserted link (B3) and the base body (1), and under the action of the inserted link spring (B5), the inserted link (B3) is pressed at the rear side surface of the cover plate (A16); the unfastening piece (D) is a plastic belt (D2) connected with the inserted link (B3); the reset unit (F) is a cover plate spring (F3), the upper end of the cover plate spring (F3) is connected with the cover plate (A16), and the lower end of the cover plate spring (F3) is connected with the base body (1).