CN213096161U - Coat and hat connecting structure and coat and hat - Google Patents

Abstract

The application provides a coat and hat connecting structure and a coat with a hat, wherein the coat and hat connecting structure comprises a hat, a belt and a switch piece, the belt is connected with the hat, the switch piece is arranged on the coat, and the switch piece at least has an on state and an off state; in the on state, the switch piece allows the belt to freely move or stretch in the switch piece, and the hat can rotate along with the head without being bound by the coat; in the closed state, the switch member does not allow the belt to move or stretch in the switch member, and the cap is restrained by the coat and cannot rotate with the head.

Description

Coat and hat connecting structure and coat and hat

Technical Field

The application relates to the field of hat clothing manufacturing, in particular to a coat-hat connecting structure and a hat garment.

Background

The coat and hat connection of the coat and hat with the hat clothes mostly adopts a detachable zipper and buttons to connect the hat with the coat, the coat and hat are connected at ordinary times and are easy to wear, the hat is convenient to be detached from the coat for washing, but the hat cannot rotate along with the head when the hat is worn, so that the sight is shielded, and traffic accidents are easy to happen when people walk and ride the bicycle. Chinese patent publication No. CN20982551U, announcement day 2019, 12 months and 24 days, the utility model discloses a coat and hat connecting device and clothes, which provides a coat and hat connecting device and clothes, and a coat and hat using the connecting device has a function that the hat turns with the head. The device comprises a belt and a lifting mechanism which are connected with the hat, wherein the lifting mechanism comprises a fixed piece which is arranged on the coat and fixed in position and a limiting piece which is arranged on the belt and can move relative to the belt and the fixed piece, the lifting mechanism has a lifting state and a releasing state and can be switched between the two states, the limiting piece limits the belt and the limiting piece to move relative to the fixed piece and the limiting piece to not move relative to the belt in the lifting state, so that the hat cannot rotate with the head and the hat can be fixed and stopped behind the head without falling down, and the limiting piece allows the belt to move relative to the fixed piece and the limiting piece to move relative to the fixed piece and the belt in the releasing state, so that the hat can rotate with the head. Although this patent technical scheme can the cap along with the head commentaries on classics, nevertheless have following shortcoming: 1. the two schemes use too many parts, have more operation details and are too troublesome to produce and use, for example, the first scheme uses four parts of a belt, a fixing part (a hole ring), a limiting part (a spring buckle) and a weight, and the second scheme uses four parts of a belt, a fixing part (a guide rail), a limiting part (a spring buckle) and a limiting ring; 2. when the two schemes are used, the manual operation time is long, the movement distance of the limiting part is large, and incomplete conversion of the two states and incomplete rotation of the cap along with the head are easily caused due to insufficient movement distance; 3. the first scheme is inconvenient to use because two hands are required to operate simultaneously; 4. the second solution can be operated by one hand, but has high requirements on the manufacture of the guide rail and high cost. Therefore, there is a need for a hat and coat connecting structure and a hat-style garment to overcome the above-mentioned drawbacks.

Disclosure of Invention

The problem to be solved by the application is to provide a coat and hat connecting structure and a coat and hat garment using the same, wherein the hat can be stably positioned at the back of the head and the neck when not wearing the hat, the hat can rotate along with the head when wearing the hat, the used parts are few, the use operation is simple and only can be achieved by pinching, the state conversion is thorough, and the hat rotates along with the head to the place.

In order to achieve the purpose, the application provides the following technical scheme: a coat and hat connecting structure comprises a coat and a hat, and is characterized in that: the novel multifunctional cap is characterized by further comprising a belt and a switch piece, the starting end of the belt is connected with the cap, the switch piece is arranged on the coat, a belt channel and a channel bolt are arranged in the switch piece, the belt penetrates through the belt channel or penetrates into the belt channel but does not penetrate out of the belt channel, the moving action of the channel bolt controls the opening and the blocking of the belt channel, the switch piece is at least provided with an opening state and a closing state and can be switched between the opening state and the closing state, the belt can freely move or stretch in the belt channel in the opening state of the switch piece, and the belt cannot move or stretch in the belt channel in the closing state of the switch piece.

In a preferred embodiment, the switch member is provided with an open key and a block key, and pressing the open key can control the channel bolt to open the belt channel, and pressing the block key can control the channel bolt to block the belt channel.

In a preferred embodiment, the strap passing through the belt path is inelastic and has a weight at its end, the weight having an outer diameter greater than the inner diameter of the belt path and sufficient weight.

In a preferred embodiment, the band is threaded through the band passage and has an end connected to the jacket, and the end of the band is elastic and is located behind the passage pin to the end of the band.

In a preferred embodiment, the tape passes into but not out of the tape channel and has its end directly connected to the tape channel or the switch element, the tape end being resilient, the tape end being the section of the tape after the channel plug to the end of the tape.

In a preferred embodiment, the switch member is provided with an electric actuator for controlling the movement of the track pin and an electric control key for controlling the electric actuator, the electric control key being electrically connected to the electric actuator of at least one of the switch members in a wired or wireless manner, the electric control key being provided on the upper garment alone or integrally with the switch member main body.

In a preferred embodiment, the electric control key is a single key or a double key, the single key can control the opening or the blocking of the belt path through an electric driver and a road bolt, the double key is a matched on-key and off-key combination, the on-key can control the opening of the belt path through the electric driver and the road bolt, and the off-key can control the blocking of the belt path through the electric driver and the road bolt.

As a preferred embodiment, the switch member includes a first switch member and a second switch member located at opposite sides of the neck opening of the upper garment and other one or more switch members located near the neck opening of the upper garment, the first switch member and the second switch member facing away from each other in the left-right direction, and the strap includes a first strap fitted to the first switch member and a second strap fitted to the second switch member and a strap fitted to the other respective switch members located near the neck opening of the upper garment.

In a preferred embodiment, the collar of the coat is provided with an open seam, and the switch piece and the belt are detachably connected with the coat, or the switch piece is detachably connected with the coat and the belt is not connected with the coat.

A cap garment comprises a cap and a coat, and is characterized in that: the coat and the hat are connected through the coat and hat connecting structure.

By adopting the technical scheme, the coat and hat connecting structure only comprises the belt and the switch piece, and the hat can rotate along with the head when the switch piece is in an on state; when the switch piece is in a closed state, the cap can be stably connected with the upper garment and stays behind the head and neck without falling down, the defects that the cap cannot rotate along with the head, the sight is blocked and the head cannot rotate conveniently when the cap is worn by a traditional coat and hat connection mode through a zipper or a button are overcome, and the defects that the coat and hat connection scheme of the Chinese patent CN20982551U has many used parts, many operation details, large operation distance, incomplete state conversion and incomplete cap rotation along with the head are overcome. The coat and hat connecting structure only comprises the belt and the switch piece, when in operation, as long as the head is right ahead (same as the Chinese patent CN 20982551U), the on key or the off key or the electric control key of the switch piece can be pinched to quickly and thoroughly complete the state conversion of the switch piece to realize the use purpose, and the operation is particularly simple; in the operation process, the belt and the switch part have small abrasion and can be almost ignored; the clothes and hat connecting structure belt and the switch piece are all objects with simple structure and process and low manufacturing cost. Therefore, the coat and hat connecting structure and the coat and hat garment have the hat, the coat and hat connecting structure is low in cost, simple in process, simple to operate, long in service cycle, wear-resistant and capable of enabling the hat to rotate along with the head and stably stay behind the head and the neck.

Drawings

The drawings described herein are for illustration purposes only and are not intended to limit the scope of the present disclosure in any way. In addition, the shapes, the proportional sizes, and the like of the respective members in the drawings are merely schematic for assisting the understanding of the present application, and are not particularly limited to the shapes, the proportional sizes, and the like of the respective members in the present application. Those skilled in the art, having the benefit of the teachings of this application, may select various possible shapes and proportional sizes to implement the present application, depending on the particular situation.

In the drawings:

FIG. 1 is a front view of an inelastic strap passing through the end of a strap path and connecting a pendant structure;

FIG. 2 is a front view of the structure of the upper garment with the end of the band being an elastic band and extending out of the band path;

FIG. 3 is a front view of a configuration in which the ends of the belt are elastic bands that are directly connected to the belt path or switch member;

FIG. 4 is a plan view of a first switch member structure in an on state;

FIG. 5 is a plan view of a first switch member in a closed state;

FIG. 6 is a plan view of the second switch structure in the ON state;

FIG. 7 is a plan view showing a closed state of the second opening/closing member structure;

FIG. 8 is a schematic diagram of an ON state of a third switch structure;

FIG. 9 is a schematic view of a third switch member configuration in an off state;

FIG. 10 is a schematic diagram of an ON state of a fourth switch structure;

fig. 11 is a schematic view of a fourth switch structure in an off state.

Description of reference numerals: 1. a coat; 2. a collar opening; 3. a cap; 4. a belt; 5. a switch member; 6. a pendant; 51. Carrying out a lane; 52. a road bolt; 53. an on key; 54. a blocking bond; 55. a road bolt hole; 511. a first pressure spring; 513. a first blocking hole; 514. a second blocking hole; 515. a stopper; 521. A cavity; 522. a road stud shaft; 523. a tension spring; 524. a left bevel; 532. A third pressure spring; 533. opening a blocking hole; 534. blocking the blocking hole; 535. an elastic blocking ball; 542 a fourth compression spring; 543. an electric drive; 544. an electric control key; 545. and (6) electrically controlling the wires.

Detailed Description

The technical solutions of the present application will be described clearly and completely with reference to the accompanying drawings of the present application, and it is to be understood that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. All other embodiments obtained by a person of ordinary skill in the art without any inventive work based on the embodiments in the present application are within the scope of protection of the present application.

Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this application belongs. The terminology used herein in the description of the present application is for the purpose of describing particular embodiments only and is not intended to be limiting of the application.

Referring to the drawings, the embodiment of the present application provides a coat and hat connecting structure, including a coat 1 and a hat 3, characterized in that: the novel coat is characterized by further comprising a belt 4 and a switch piece 5, the starting end of the belt 4 is connected with the hat 3, the switch piece 5 is arranged on the coat 1, a belt channel 51 and a channel bolt 52 are arranged in the switch piece 5, the belt 4 penetrates through the belt channel 51 or penetrates into the belt channel 51 but does not penetrate out of the belt channel 51, the movement action of the channel bolt 52 controls the opening and the blocking of the belt channel 51, the switch piece 5 at least has an opening state and a closing state and can be switched between the opening state and the closing state, the belt 4 can freely move or stretch in the belt channel 51 in the opening state of the switch piece 5, and the belt 4 cannot move or stretch in the belt channel 51 in the closing state of the switch piece 5.

The two opposite sides of the collar opening 2 are provided with a belt 4 and a switch piece 5, the belt 4 and the switch piece 5 on the two sides are back to back in the left-right direction, but the use method is the same. When the hat is used, the belt path 51 is opened or blocked by moving the two side path bolts 52, so that the switch parts 5 on the two sides are in an opened state when the hat needs to be worn, the belts 4 on the two sides can freely move or stretch in the belt path 51, the hat 3 connected with the belts 4 on the two sides is separated from the constraint with the coat 1, and the hat 3 can rotate along with the head after being worn on the head and the facial drawstring is tightened; when the cap is not needed to be worn, when the head faces to the right front, the two-side-channel bolt 52 is moved to block the channel 51, so that the two-side switch pieces 5 are in a closed state, namely the two-side belts 4 cannot move or stretch in the channel 51, and the cap 3 connected with the two-side belts 4 moves to be restrained by the coat 1 and is stably connected with the coat 1, so as to avoid sliding off the coat 1.

The embodiments of the present application will be explained and explained with reference to the drawings. It should be noted that, in the embodiments of the present application, like reference numerals denote like components. And for the sake of brevity, detailed descriptions of the same components are omitted in different embodiments, and the descriptions of the same components are mutually referred to and cited.

In the present application, the structure of the switch member can have four modes, the first mode is shown in fig. 4 and 5, the main body of the switch member 5 is a transverse tube, the left end of the tube is a closed end, a pressure spring 511 is arranged inside the tube, two opposite outer through holes are arranged on the outer walls of two sides of the proper position of the middle section of the tube, the two outer through holes and the space between the two outer through holes form a belt path 51, the tube is provided with a first blocking hole 513, a second blocking hole 514 and a blocking key 54, the blocking key 54 can be pressed downwards by external force and restored upwards by self characteristics, the right end of the tube is provided with an opening, a road bolt 52 is embedded into the tube from the right end of the tube and is abutted against the pressure spring 511, an opening key 53 is arranged at the right end of the road bolt 52 or integrated with the road bolt 52 and extends out of the tube, the middle section of the road bolt 52 is provided with a road bolt hole 55 matched with the belt path 51, the road bolt 52 is further provided with a stopper 515 matched, the channel pin 52 can move axially and horizontally and keep the position from top to bottom to the center in the tube body, the belt 4 passes through the belt channel 51 and the channel pin hole 55, the tube body and the channel pin 52 can be made of plastic or other materials, and the application is not specified.

In the first embodiment of the present application, referring to fig. 1, 4, and 5, the main body of the switch member 5 is a transverse pipe, and the belt 4 is an inelastic belt and has a weight 6 connected to the end thereof. At ordinary times, the blocking keys 54 of the switch parts 5 at two sides of the collar 2 of the coat 1 are pressed by manpower before, the blocking keys 54 press the blocking piece 515 to be lower than the shell of the pipe body, the blocking piece 515 is separated from the first blocking hole 513, the channel bolt 52 integrated with the blocking piece 515 moves rightwards under the action of the first pressure spring 511, when the blocking piece 515 moves rightwards to the second blocking hole 514, the blocking piece pops outwards and is clamped and stopped at the blocking hole 514, the channel bolt hole 55 originally aligned with the channel 51 is staggered with the channel 51, the belt 4 is twisted and is always subjected to pressure transmitted by the first pressure spring 511 through the channel bolt 52 and the channel bolt hole 55, the belt cannot move freely up and down, namely, the channel 51 is blocked, and the switch parts 5 are in a closed state. The cap 3 can be worn on the head, but the cap can not be separated from the constraint of the coat 1 and can not rotate along with the head like the traditional head cap, and the cap 3 and the coat 1 can be stably connected together and can droop behind the head without falling to the ground. If the cap is worn and the cap is turned with the head, the opening keys 53 of the switch parts 5 at the two sides of the collar 2 can be pressed to press the channel bolt 52 leftwards, so that the stop block 515 is naturally pressed with the pipe body to move downwards to be separated from the second stop hole 514, the channel bolt 52 can move leftwards and compress the first pressure spring 511, the stop key 54 is not pressed by human force at the moment and naturally stays above the pipe shell, namely outside the pipe shell, when the stop block 515 moves to the first stop hole 513 along with the channel bolt 52, the stop block is upwards popped out and is clamped at the first stop hole 513, the channel bolt 52 moves leftwards at the moment, the first pressure spring 511 is pressed to be tightest, the channel bolt hole 55 is aligned with the channel 51, the channel 51 is opened, the belt 4 can freely move up and down in the channel 51, the switch part 5 is in an opening state, the cap 3 is separated from the constraint of the coat 1, and the cap 3 obtains the cap. At this time, if the cap 3 is worn on the head and the face drawstring is tightened, the head and the cap are integrated, and the cap 3 can be driven to rotate by the rotation of the head. When the head rotates towards the left side, the upward pulling force of the head and the cap on the belts 4 at the two sides is greater than the gravity of the weight 6, the belts 4 at the two sides move upwards, as long as the belts 4 are long enough, the head can drive the cap 3 to rotate as much as possible, the rotation angle depends on the rotation amplitude of the head, and is equivalent to the rotation angle of the head when the cap is not worn; when the head is restored from the left side and then rotates towards the right side, the belts at the two sides firstly fall under the action of the gravity of the pendants 6 at the two sides without being pulled by the head and the cap, after the head is completely restored, the belts 4 at the two sides are pulled upwards by the head and the cap and move upwards against the gravity, as long as the belts 4 are long enough, the head can carry the cap 3 to rotate by an angle, and the rotation angle depends on the rotation amplitude of the head as large as possible and is equivalent to the rotation angle when the head is not worn with the cap; when the head is restored, the belts on the two sides do not droop under the action of the gravity of the pendants 6 on the two sides under the pull force of the head and the cap. If the cap is stopped to rotate along with the head, the head part is directed to the right front, the blocking keys 54 of the switch parts 5 at the two sides of the clothes neckline 2 are pressed, the blocking keys 54 press the stop block 515 to be lower than the pipe shell, the stop block 515 is separated from the first stop hole 513, the channel bolt 52 integrated with the stop block 515 moves rightwards under the action of the first pressure spring 511, when the stop block 515 moves to the second stop hole 514 to the right, it pops out and stops at the stop hole 514, the channel bolt hole 55 which is originally aligned with the channel 51 is staggered with the channel 51, the belt 4 is twisted and is always pressed by the first pressure spring 511 through the channel bolt 52 and the channel bolt hole 55, and cannot move freely up and down, that is, the channel 51 is blocked, the switch 5 is in the closed state, at this time, the cap 3 can be put on, however, like the conventional head cap, the cap cannot be separated from the upper garment 1, and the cap cannot rotate with the head, so that the cap 3 and the upper garment 1 can be stably connected together, hang down behind the head and cannot fall to the ground. In this embodiment, the outer diameter of the weight 6 is larger than the inner diameter of the tape path 51, and when the tape 4 moves upward, the end does not enter the tape path 51 and is not removed from the tape path 51 and the path pin hole 55.

Referring to fig. 6 and 7, in the second way of the switch structure in this application, the main body of the switch 5 is a square cavity, the inside of the square cavity is a cavity 521, a set of opposite surfaces of the square cavity are respectively provided with a hole at a relative position, the two holes and the space therebetween form a belt path 51, the opposite surfaces are further provided with a path bolt shaft 522 parallel to the belt path 51, the path bolt 52 is arranged on the path bolt shaft 522 and can rotate around the path bolt shaft 522, the path bolt 52 at the left side of the path bolt shaft 522 is provided with a blocking key 54, the path bolt 52 at the right side is provided with an opening key 53, the opening key 53 and the blocking key 54 are arranged at the same side of the path bolt and are connected with the path bolt 52 into a whole, the opening key 53 and the blocking key 54 respectively extend out from the holes matched with the square cavity for operation, a tension spring 523 perpendicular to the path bolt shaft is arranged in the cavity 521, one end of the tension spring 523 is fixedly connected with the cavity wall, and the other end is connected with, The two sides of the channel bolt shaft 522 freely slide back and forth, the belt 4 passes through the belt channel 51 from one side of the channel bolt 52 back to the open key 53 and the blocking key 54, the left part of the cavity wall facing the channel bolt 52 protrudes to the belt channel 52 to form a left inclined surface 524 matched with the channel bolt 52, the square cavity body and the channel bolt 52 can be made of plastics or other materials, and the application is not specified.

In the second embodiment of the present application, referring to fig. 2, 6, and 7, the main body of the switch 5 is a square cavity, and the end of the belt 4 has elasticity and is connected to the coat 1. At ordinary times, the blocking keys 54 of the two side switch members 5 are pressed down, the road bolt 52 integrated with the blocking keys 54 rotates clockwise around the road bolt shaft 522 to press the belt 4 to the left inclined plane 524 of the cavity wall matched with the road bolt 52, one end of the tension spring 523 connected with the road bolt slides to the right part of the road bolt 52 on the right side of the road bolt shaft 522 from the left part of the road bolt 52 on the left side of the road bolt shaft 522 under the action of self elasticity, the belt 4 is twisted and always subjected to the pressure transmitted by the tension spring 523 through the road bolt 52, and cannot move or stretch freely, namely the belt passage 51 is blocked, the switch member 5 is in a closed state, the cap 3 can be worn on the head at the moment, but like the traditional headgear, the cap cannot be separated from the constraint of the coat 1, the cap cannot rotate along with the head, and at the moment, the cap 3 and the coat 1 can be stably connected. When the cap is worn and the cap is turned with the head, the opening keys 53 of the two side switch members 5 are pressed, the channel bolt 52 integrated with the opening keys 53 rotates anticlockwise around the channel bolt shaft 522, the left part of the channel bolt 52 leaves the left inclined surface 524 of the cavity wall, one end of the tension spring 523 connected with the channel bolt slides from the right part of the channel bolt 52 on the right side of the channel bolt shaft 522 to the left part of the channel bolt 52 on the left side of the channel bolt shaft 522 under the action of the self elasticity, and the state is maintained until the blocking key 54 is pressed again due to the action of the tension spring 523. At the moment, the belt 4 is not stressed by any pressure any more and can move or stretch freely, the switch piece 5 is in an open state, and the cap 3 is separated from the constraint of the coat 1 to obtain the function that the cap rotates along with the head. At this time, if the cap 3 is worn on the head and the face drawstring is tightened, the head and the cap are integrated, and the cap 3 can be driven to rotate by the rotation of the head. When the head rotates towards the left side, the upward pulling force of the head and the cap on the belts 4 at the two sides is greater than the downward pulling force of the elastic belt at the tail end of the belt 4, the belts 4 at the two sides move upwards or stretch, as long as the belts 4 are long enough, the head can drive the cap 3 to rotate as much as possible, and the rotation angle depends on the rotation amplitude of the head and is equivalent to the rotation angle of the head when the head is not worn; when the head is restored from the left side and then rotates to the right side, the belts at the two sides move downwards or contract under the downward tension of the elastic belts at the tail sections of the belts 4 at the two sides without the tension of the head and the cap, after the two belts are completely restored, the belts 4 at the two sides move upwards or extend under the upward tension of the head and the cap and overcome the downward tension of the elastic belts at the tail sections of the belts 4, as long as the belts 4 are long enough, the head can drive the cap 3 to rotate by as large an angle as possible, and the rotation angle depends on the rotation amplitude of the head and is equivalent to the rotation angle of the head when the cap is not; when the head is restored, the two side belts move downwards or contract under the action of the downward pulling force of the end elastic belts of the two side belts 4 without the pulling force of the head and the cap. If the cap turning-with-head function is to be stopped, the head of the user can face to the right front, the blocking keys 54 of the switch members 5 at the two sides of the collar opening 2 are pressed, the channel bolt 52 integrated with the blocking keys 54 rotates clockwise around the channel bolt shaft 522 to press the belt 4 to the left inclined plane 524 of the cavity wall matched with the channel bolt 52, one end of the tension spring 523 connected with the channel bolt slides to the right part of the channel bolt 52 at the right side of the channel bolt shaft 522 from the left part of the channel bolt 52 at the left side of the channel bolt shaft 522 under the action of self elasticity, the belt 4 is twisted and is always subjected to the pressure transmitted by the tension spring 523 through the channel bolt 52, the belt channel 51 cannot move or stretch freely, namely, the switch member 5 is blocked, the cap 3 can be put on the head at the moment, but like the traditional headgear, the cap cannot be separated from the constraint of the coat 1, the cap turning-with the head cannot be turned with the head, and the cap 3 and the.

Referring to fig. 8 and 9, in the third mode of the switch structure in this application, the main body of the switch 5 is a square body, the belt path 51 vertically penetrates through the square body, the square body is further provided with a transverse through hole which is communicated with and matched with the belt path 51 in a crossed manner, the path bolt 52 is transversely embedded into the transverse through hole, the path bolt 52 is provided with a path bolt hole 55 matched with the belt path 51, a third pressure spring 532 matched with the path bolt 52 and the path bolt hole 55 is arranged on the right side of the transverse through hole and surrounds the path bolt 52, an opening blocking hole 533 and a blocking hole 534 matched with the belt path 51 are arranged below the left side of the path bolt 52, the transverse through hole on the square body is further provided with an elastic blocking ball 535 matched with the opening blocking hole 533 and blocking hole 534, the elastic blocking ball 535 is pressed downwards by the side surface of the opening blocking hole 533 and blocking hole 534 due to the self elastic effect to allow the belt bolt 52 to move left and right, the belt 4 passes through the belt path bolt 51 and the path hole 55, the opening, the blocking key 54 is arranged on the left side of the road bolt 52 or integrated with the road bolt and extends out of the square body, when the road bolt 52 is pressed leftwards or rightwards by manpower, the elastic blocking ball is compressed downwards to allow the road bolt 52 to move leftwards and rightwards, when the road bolt 52 moves to the leftmost position, the elastic blocking ball 535 is just clamped into the open blocking hole 533, when the road bolt 52 moves to the rightmost position, the elastic blocking ball 535 is just clamped into the blocking hole 534, and the road bolt 52 moves to the leftmost position or the rightmost position and cannot move any more continuously due to mechanical blocking from the square body, so the mechanical blocking is very simple in the prior art. The material for the switch element 5 is not specified in the present application.

In the third embodiment of the present application, referring to fig. 3, 8 and 9, the main body of the switch member 5 is a square body, and the end section of the belt 4 has elasticity and is connected with the bottom of the belt path. Of course, in this embodiment, the end of the strap 4 could instead be attached to the bottom of the switch member 5, all using the same principles. At ordinary times, the blocking key 54 integrated with the track bolt 52 is pressed by a human hand to move to the right, the elastic blocking ball 535 is clamped into the blocking hole 534, the state is maintained until the open key 53 is pressed by the human hand, the track bolt hole 55 on the track bolt 52 is pushed into the third pressure spring 532 and staggered with the track 51, the belt 4 is pressed to the third pressure spring 532, the belt 4 is not only twisted but also squeezed by the third pressure spring 532, and can not move or stretch freely, namely, the track 51 is blocked, the switch piece 5 is in a closed state, the cap 3 can be worn on the head at the moment, but the cap 3 and the coat 1 can not be separated from the constraint of the coat 1 and can not rotate along with the head as in the traditional head cap, and the cap 3 and the coat 1 can be stably connected together and can hang down behind the head and can not fall to the ground. If the cap is worn and the cap rotates along with the head, the opening keys 53 of the switch pieces 5 on the two sides are pressed to enable the channel bolt 52 to move to the left side, the elastic blocking ball 535 is clamped into the opening blocking hole 533, the channel bolt hole 55 is aligned with the belt channel 51 at the moment, the belt 4 also leaves the third pressure spring 532 and is not pressed any more and can freely move or stretch, namely the belt channel 51 is opened, the switch piece 5 is in an opening state, and the cap 3 is separated from the constraint of the coat 1 to obtain the cap rotating along with the head. At this time, if the cap 3 is worn on the head and the face drawstring is tightened, the head and the cap are integrated, and the cap 3 can be driven to rotate by the rotation of the head. When the head rotates towards the left side, the upward pulling force of the head and the cap on the belts 4 at the two sides is greater than the downward pulling force of the elastic belt at the tail end of the belt 4, the belts 4 at the two sides move upwards or stretch, as long as the belts 4 are long enough, the head can drive the cap 3 to rotate as much as possible, and the rotation angle depends on the rotation amplitude of the head and is equivalent to the rotation angle of the head when the head is not worn; when the head is restored from the left side and then rotates to the right side, the belts at the two sides move downwards or contract under the downward tension of the elastic belts at the tail sections of the belts 4 at the two sides without the tension of the head and the cap, after the two belts are completely restored, the belts 4 at the two sides move upwards or extend under the upward tension of the head and the cap and overcome the downward tension of the elastic belts at the tail sections of the belts 4, as long as the belts 4 are long enough, the head can drive the cap 3 to rotate by as large an angle as possible, and the rotation angle depends on the rotation amplitude of the head and is equivalent to the rotation angle of the head when the cap is not; when the head is restored, the two side belts move downwards or contract under the action of the downward pulling force of the end elastic belts of the two side belts 4 without the pulling force of the head and the cap. If the cap turning-with-head function is to be stopped, the head of the user can face to the right front, the blocking key 54 which is formed by the switch pieces 5 at the two sides of the collar 2 and the rail bolt 52 integrally is pressed, the rail bolt 52 moves to the right, after the elastic blocking ball 535 is clamped into the blocking hole 534, the rail bolt 52 stops moving, the rail bolt hole 55 on the rail bolt 52 is pushed into the third pressure spring 532 and is staggered with the belt rail 51, the belt 4 is pressed or pressed into the third pressure spring 532, the belt 4 is not only twisted but also pressed by the third pressure spring 532, so that the belt 4 cannot move or stretch freely, the cap 3 connected with the belt 4 cannot be separated from the coat 1, the cap turning-with-head cannot be performed, namely the belt rail 51 is blocked, the switch pieces 5 are in a closed state, the cap 3 can be worn on the head at the moment, but the cap turning-with-head cannot be performed like the traditional cap, and the cap 3 is connected with the coat 1 and can droop behind the head and cannot fall to the.

Referring to fig. 1, 10, and 11, in a fourth mode of the switch structure of the present application, the switch 5 is a square body. The belt path 51 vertically penetrates through the switch member 5, a hollow pipeline which is communicated with the belt path 51 in a crossing way but can not penetrate through the belt path in a horizontal left-right way is arranged in the switch member, a path bolt 52 is arranged in the hollow pipeline and has enough left-right moving space, a path bolt hole 55 which is matched with the belt path 51 is arranged on the path bolt 52, a belt 4 passes through the belt path 51 and the path bolt hole 55 and is connected with a sinker 6 with enough weight, a fourth pressure spring 542 is arranged outside the right end of the path bolt 52, an electric driver 543 which is matched with the path bolt 52 and the belt path 51 is arranged in the left part of the switch member 5, the upper part of the electric driver 543 is inserted into the left end of the path bolt 52 to control the left-right moving of the path bolt 52, an electric control key 544 for controlling the electric driver 543 is independently arranged on the upper garment 1 or integrally arranged with the switch member 5 body, an electric control key 544 which is arranged integrally with the switch member 5 can be pressed from the outside of the switch member 5, the electric control key 544 is electrically connected to the electric driver 543 through an electric control line 545 in a wired or wireless manner. One electric control key 544 may be provided for one switching element 5, or one electric control key 544 may be provided for a plurality of switching elements 5, and one electric control line 545 may connect one electric control key 544 to one or more switching elements 5. The electric control key 544 can be a single key, the first pressing is on, the electric driver 543 and the road plug 52 control the opening of the belt path 51, the second pressing is off, and the electric driver 543 and the road plug 52 control the blocking of the belt path 51; the electric key 544 can also be a double key, i.e. a combination of an on key and an off key, which is used in a matched manner, the on key controls the opening of the belt path 51 through the electric driver 543 and the path pin 52, and the off key controls the blocking of the belt path 51 through the electric driver 543 and the path pin 52. The electric controller can adopt a relay, a micro motor and other electric elements with similar functions, and is not applied and specified.

In the fourth embodiment of the present application, referring to fig. 1, 10, and 11, the main body of the switch member 5 is a square body, the end of the belt 4 is connected with a weight 6 with enough weight, and the switch member 5 controls the movement of the road bolt 52 by the electric driver 543 to control the opening and closing of the belt road 51, so that the switch member 5 is switched between the open state and the closed state. At ordinary times, the switch piece 5 is in a closed state, the electric driver 543 drives the road bolt 52 to move right, the road bolt hole 55 is staggered with the belt track 51, the belt 4 is pressed to the fourth pressure spring 542 by the road bolt hole 55, the belt 4 is twisted and is squeezed by the fourth pressure spring 542, the belt 4 cannot move up and down freely, namely the belt track 51 is blocked, the switch piece 5 is in the closed state, the cap 3 connected with the belt 4 cannot be separated from the constraint of the coat 1, the cap 3 can be worn on the head at the moment, but like the traditional headgear, the cap cannot rotate along with the head, and the cap 3 and the coat 1 can be stably connected together, droop behind the head and cannot fall to the ground. If the cap is worn and the cap rotates along with the head, the electric control key 544 can be pressed to realize the function, the electric driver 543 operates to drive the channel bolt 52 to move leftwards for a certain distance, so that the channel bolt hole 55 is aligned with the belt channel 51, the belt 4 is separated from the extrusion of the fourth pressure spring 542 and can freely move up and down, namely the belt channel 51 is opened, the switch piece 5 is in the opening state, and the cap 3 is also separated from the constraint of the coat 1 to realize the function of rotating along with the head. At this time, if the cap 3 is worn on the head and the face drawstring is tightened, the head and the cap are integrated, and the cap 3 can be driven to rotate by the rotation of the head. When the head rotates towards the left side, the upward pulling force of the head and the cap on the belts 4 at the two sides is greater than the gravity of the weight 6, the belts 4 at the two sides move upwards, as long as the belts 4 are long enough, the head can drive the cap 3 to rotate as much as possible, the rotation angle depends on the rotation amplitude of the head, and is equivalent to the rotation angle of the head when the cap is not worn; when the head is restored from the left side and then rotates towards the right side, the belts at the two sides firstly fall under the action of the gravity of the pendants 6 at the two sides without being pulled by the head and the cap, after the head is completely restored, the belts 4 at the two sides are pulled upwards by the head and the cap and move upwards against the gravity, as long as the belts 4 are long enough, the head can carry the cap 3 to rotate by an angle, and the rotation angle depends on the rotation amplitude of the head as large as possible and is equivalent to the rotation angle when the head is not worn with the cap; when the head is restored, the belts on the two sides do not droop under the action of the gravity of the pendants 6 on the two sides under the pull force of the head and the cap. If the cap turning with the head is to be stopped, the head can be directed to the right front, the single key or the off key of the electric control key 544 is pressed again, the electric driver 543 is driven to move reversely, the track bolt 52 moves rightwards for a certain distance, the track bolt hole 55 is staggered with the track 51, the track bolt hole 55 presses the belt 4 to the fourth pressure spring 542, the belt 4 is twisted and is pressed by the fourth pressure spring 542, the belt 4 cannot move freely up and down, namely, the track 51 is blocked, the switch piece 5 is in a closed state, the cap 3 connected with the belt 4 cannot be separated from the constraint of the coat 1, the cap 3 can be worn on the head at the moment, but the cap 3 and the coat 1 can not be turned with the head like the traditional head cap, and at the moment, the cap 3 and the coat 1 can be stably connected together and can drop behind the head without falling.

The basic principle of the four embodiments is the same, and the key is to control the on and off of the belt path 51 by the path bolt 52, so that the switch member 5 is switched between the on state and the off state. The strap 4 above the peg 52 is only an inelastic strap. The belt 4 is arranged below the road bolt 52 and can be inelastic, but a pendant 6 with enough weight is connected, so that the belt 4 always keeps drooping when not being pulled upwards, and the switch piece 5 can be ensured to be reliably switched from an on state to an off state; the elastic belt can also be connected with the coat 1 or the switch piece 1 or the belt path 51, and the function is to ensure that the belt 4 can automatically contract and move downwards when not being pulled upwards, thereby ensuring that the switch piece 5 can reliably switch from the on state to the off state. The end of the belt is connected with the bottom of the belt path 51, the bottom of the switch piece 5 or the jacket 1, and the end of the belt is different from the end of the belt. The reason why the switch 5 is switched from the on state to the off state is to press the on key 53, the off key 54 and the electric control key 544 when the head is facing the front is that the up and down positions of the belts 4 on the two sides are equivalent, so that the hat 3 is exactly aligned with the central line of the collar 2 of the coat when the coat and the hat are connected together.

In the embodiment of the application, the same has the switch spare 5 that cap clothing collar 2 both sides can use the same structure, also can use the switch spare 5 of isostructure, and only the switch spare 5 structure is different, but the effect is very little different, all is once to press or one holds between the fingers can realize the state conversion of switch spare 5, has both kept traditional clothing and cap continuous advantage, has increased the cap again and has followed the new function of head commentaries on classics, and it is very convenient to operate moreover.

In the embodiment of the application, the number of the switch pieces 5 and the belts 4 matched with the switch pieces can be increased after the collar, so that the hat 3 and the coat 1 can be connected more closely, which is closer to the connection tightness between the traditional hat and the coat, and the more the switch pieces 5 and the belts 4 matched with the switch pieces are, the more the hat 3 and the coat 1 are connected closely. Of course, the use of a switch 5 and a belt 4 on each side of the collar opening 2 has been satisfactory for people.

Some have cap clothing such as split type raincoat etc. need can accomodate cap 3 in the opening seam behind the collar at ordinary times, just take out cap 3 and use when wearing the cap, for this application embodiment, establish the opening seam behind the collar, when switch 5, belt 4 all can dismantle with jacket 1 and be connected, perhaps switch 5 can dismantle with jacket 1 and be connected and belt 4 can not dismantle with jacket 1 and be connected, can all take off switch 5 and belt 4 from jacket 1, fold with cap 3 and put into the opening seam together to satisfy the demand that the raincoat was used commonly to the consumer and put into the collar with cap 3.

The embodiment of the application also provides a piece of clothes, which comprises a hat 3 and a coat 1, wherein the coat 1 is connected with the hat 3 through the coat and hat connecting device. When the cap turning-along device is used, the belt channel 51 is opened or blocked by pressing the opening key 53, the blocking key 54 or the electric control key 544 and moving the channel bolt 52 leftwards or rightwards, so that the switch piece 5 is opened or closed, the jacket 1 is released or set to be bound on the cap 3, and the cap turning-along function of the cap 3 is realized or stopped. The cap 3 is always connected with the coat 1 through the belt 4 and the switch piece 5, when the switch piece 5 is in an on state, the cap 3 is tightly attached to the head cap to rotate along with the head under the action of the face tightening rope, and when the switch piece 5 is in an off state, the cap 3 is pushed to the head and then is tightly attached to the coat neckline 2 to naturally droop and cannot fall to the ground. The quantity of the switch pieces 5 and the belts 4 matched with the switch pieces is increased, so that the cap 3 and the coat 1 can be connected more tightly, the gap between the cap 3 and the coat 1 is reduced, and the use perception is improved. The switch piece 5 and the belt 4 can be detachably connected with the coat 1 and can be detached to be washed and stored respectively, and if the raincoat is a split raincoat, the switch piece 5 and the belt 4 can be detached from the coat 1 and folded together with the cap 3 into an opening seam behind the collar.

According to the scheme, the clothes realize that the cap rotates along with the head, so that the sight line is not shielded, and traffic accidents are avoided when people walk and ride the bicycle; the production is convenient, and the mass production is easy; the operation is simple, the safety and convenience requirements of current consumers are met, and the market competitiveness is high.

It is to be understood that the above description is intended to be illustrative, and not restrictive. Many embodiments and many applications other than the examples provided will be apparent to those of skill in the art upon reading the above description. The scope of the application should, therefore, be determined not with reference to the above description, but instead should be determined with reference to the pending claims along with the full scope of equivalents to which such claims are entitled. The disclosures of all articles and references, including patent applications and publications, are hereby incorporated by reference for all purposes. The omission in the foregoing claims of any aspect of subject matter that is disclosed herein is not intended to forego the subject matter and should not be construed as an admission that the applicant does not consider such subject matter to be part of the disclosed subject matter.

Claims (10)

1. A coat and hat connecting structure comprises a coat and a hat, and is characterized in that: the novel multifunctional cap is characterized by further comprising a belt and a switch piece, the starting end of the belt is connected with the cap, the switch piece is arranged on the coat, a belt channel and a channel bolt are arranged in the switch piece, the belt penetrates through the belt channel or penetrates into the belt channel but does not penetrate out of the belt channel, the moving action of the channel bolt controls the opening and the blocking of the belt channel, the switch piece is at least in an opening state and a closing state and can be switched between the opening state and the closing state, the belt can freely move or stretch in the belt channel in the opening state of the switch piece, and the belt cannot move or stretch in the belt channel in the closing state of the switch piece.

2. The coat-and-hat connecting structure according to claim 1, wherein: the switch part is provided with an opening key and a blocking key, the opening key can be pressed to control the channel bolt to open the belt channel, and the blocking key can be pressed to control the channel bolt to block the belt channel.

3. The coat-and-hat connecting structure according to claim 1, wherein: the belt penetrating through the belt channel is inelastic, the tail end of the belt is provided with a weight, and the outer diameter of the weight is larger than the inner diameter of the belt channel and has enough weight.

4. The coat-and-hat connecting structure according to claim 1, wherein: the belt passes through the belt channel, the tail end of the belt is connected with the coat, the tail section of the belt is elastic, and the tail section is a section from the rear of the channel bolt to the tail end of the belt.

5. The coat-and-hat connecting structure according to claim 1, wherein: the band passes into but not out of the lane and has its end directly connected to the lane or the switch, the band end being resilient, the band end being the section of the band after the lane stop to the end of the band.

6. The coat-and-hat connecting structure according to claim 1, wherein: the switch piece is further provided with an electric driver capable of controlling the movement of the road bolt and an electric control key for controlling the electric driver, the electric control key is electrically connected with the electric driver of the switch piece in a wired or wireless mode, and the electric control key is independently arranged on the coat or integrally arranged with the switch piece main body.

7. The clothes and hat attaching structure according to claim 6, wherein: the electric control key is a single key or a double key, the single key can control the band passage to be opened or blocked through the electric driver and the road bolt, the double key is a combination of an on key and an off key which are matched for use, the on key can control the band passage to be opened through the electric driver and the road bolt, and the off key can control the band passage to be blocked through the electric driver and the road bolt.

8. The coat-and-hat connecting structure according to claim 1, wherein: the switch members include first and second switch members located at opposite sides of the neck opening of the upper garment and other one or more switch members located near the neck opening of the upper garment, the first and second switch members facing away from each other in the left-right direction, and the bands include first bands cooperating with the first switch members and second bands cooperating with the second switch members and bands cooperating with the other switch members located near the neck opening of the upper garment.

9. The coat-and-hat connecting structure according to claim 1, wherein: an opening seam is arranged behind the collar of the jacket, the switch piece and the belt are detachably connected with the jacket, or the switch piece is detachably connected with the jacket, but the belt is not connected with the jacket.

10. A garment with a hat, comprising: comprising a cap and a jacket, the jacket being connected to the cap by the coat-and-hat connecting structure according to any one of claims 1 to 9.

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