CN111457873B - Device for measuring size of ready-made clothes - Google Patents
Device for measuring size of ready-made clothes Download PDFInfo
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- CN111457873B CN111457873B CN202010284521.XA CN202010284521A CN111457873B CN 111457873 B CN111457873 B CN 111457873B CN 202010284521 A CN202010284521 A CN 202010284521A CN 111457873 B CN111457873 B CN 111457873B
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B21/00—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant
- G01B21/02—Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant for measuring length, width, or thickness
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Abstract
A device for measuring the size of a garment belongs to the technical field of garment size measuring tools. Comprises a mould frame; the garment size acquisition mechanism comprises a hip size die, a waist size die and a chest size die, wherein the lower part of the hip size die is in sliding fit with the upper part of the die frame, the lower part of the waist size die is in sliding fit with the upper part of the hip size die, and the lower part of the chest size die is in sliding fit with the upper part of the waist size die; the controller is arranged on the die frame, and the hip size die, the waist size die and the chest size die are electrically connected with the controller; and the rubber elastic die sleeve is sleeved on the size acquisition mechanism and covers the hip size die, the waist size die and the chest size die. The method can meet the requirement that online shopping consumers purchase clothes with proper sizes, can obviously reduce the goods return probability, and can avoid the waste of mail delivery resources.
Description
Technical Field
The invention belongs to the technical field of clothes size measuring tools, and particularly relates to a device for measuring the size of a ready-made garment.
Background
As is known in the art, when a customer purchases a piece of apparel at a brick and mortar store, the customer can directly determine whether the piece of apparel to be purchased is suitable for the body shape of the customer by trying on, and the return rate of the method is very low unless there is a serious quality defect. However, with the widespread polarization of online shopping, purchasing various kinds of clothes through a network channel has the effect of being not convenient for a user to go out, but because a consumer (i.e. the customer) cannot try on the clothes in person, the error between the clothes size disclosed by the network and the actual required size of the human body is large, and even the difference between the clothes size and the actual required size of the human body reaches the extent of being not worn, the return rate of finished clothes is high, and the waste of post/express delivery resources is caused. Generally, the factors for judging whether the ready-made clothes is basically consistent with the size of the human body are as follows: chest size, waist size and hip size. It is therefore an advantage if the aforementioned device for measuring the size of ready-made clothes, which is informed by the online buyer, is equipped in the online shop where the clothes are sold, and the technical solution described below is made in this context.
Disclosure of Invention
The invention aims to provide a device for measuring the size of ready-made clothes, which is helpful for an online shop to prepare and enables an online shopping consumer to purchase clothes with proper size, thereby remarkably reducing the return probability and saving mail delivery resources.
The task of the invention is achieved by a device for measuring the size of a finished garment, which comprises a mould frame; the garment size acquisition mechanism comprises a hip size die, a waist size die and a chest size die, wherein the lower part of the hip size die is in sliding fit with the upper part of the die frame, the lower part of the waist size die is in sliding fit with the upper part of the hip size die, and the lower part of the chest size die is in sliding fit with the upper part of the waist size die; the controller is arranged on the die frame, and the hip size die, the waist size die and the chest size die are electrically connected with the controller; and the rubber elastic die sleeve is sleeved on the size acquisition mechanism and covers the hip size die, the waist size die and the chest size die.
In a specific embodiment of the invention, the hip size mold comprises a hip left half mold, a hip right half mold, a hip half mold repulsion air bag, a hip half mold distance measuring sensor, a hip half mold connecting telescopic belt and a hip half mold folding resetting mechanism, wherein the hip left half mold and the hip right half mold form a face-to-face position relationship with each other, the lower parts of the hip left half mold and the hip right half mold are in sliding fit with the upper part of the mold frame, the hip repulsion air bag is fixed between the hip left half mold and the hip right half mold, the hip half mold repulsion air bag is provided with a hip half mold repulsion air bag air inlet and return port, a hip half mold repulsion air bag air inlet and return port air pipe is connected to the hip half mold repulsion air bag air inlet and return port, the hip half mold repulsion air bag air inlet and return port is connected to a pressure air generating device after passing through the upper part of the mold frame, the hip circumference half mold distance measuring sensor is arranged on one side, facing the hip circumference right half mold, of the hip circumference left half mold or one side, facing the hip circumference left half mold, of the hip circumference right half mold and is electrically connected with the controller through a circuit, the hip circumference half mold is connected with the telescopic belt and is respectively fixed on the lower parts of the hip circumference left half mold and the hip circumference right half mold and is also fixed with the upper edge part of the mold frame at the same time, and the hip circumference half mold folding reset mechanism is arranged between the front side surface and the rear side surface of the part, which is mutually bordered, of the hip circumference left half mold and the hip circumference right half mold at intervals from top to bottom; the waist size die is in sliding fit with the upper parts of the hip left half die and the hip right half die in a state of carrying the chest size die; the pressure air generating device is electrically connected with the controller in a control way.
In another specific embodiment of the present invention, the waistline size mold includes a waistline left half mold, a waistline right half mold, a waistline half mold repulsion airbag, a waistline half mold distance measuring sensor and a waistline half mold folding resetting mechanism, the waistline left half mold and the waistline right half mold form a face-to-face position relationship with each other, and the lower portions of the waistline left half mold and the waistline right half mold are respectively in sliding fit with the upper portions of the buttocks circumference left half mold and the buttocks circumference right half mold, the waistline half mold repulsion airbag is fixed between the waistline left half mold and the waistline right half mold, and the waistline half mold repulsion airbag has a waistline half mold repulsion airbag intake port, a waistline half mold repulsion airbag intake port is connected to the waistline half mold repulsion airbag intake port, the waistline half mold repulsion airbag intake port is connected to the pressurized air generating device after passing through the upper portion of the mold base, the waist half mold folding reset mechanism is arranged between the front side and the back side of the part where the waist left half mold and the waist right half mold are mutually connected in an interval state from top to bottom, and the structure of the waist half mold folding reset mechanism is the same as that of the hip half mold folding reset mechanism; the lower part of the chest size mold is in sliding fit with the upper parts of the waist left half mold and the waist right half mold.
In another specific embodiment of the present invention, the chest size mold includes a chest half mold, a chest half mold repulsion airbag, a chest half mold distance measuring sensor and a chest half mold folding reset mechanism, the chest half mold and the chest half mold form a face-to-face position relationship, and the lower portions of the chest half mold and the chest half mold are respectively in sliding fit with the upper portions of the waist half mold and the waist half mold, the chest half mold repulsion airbag is fixed between the chest half mold and the chest half mold, and the chest half mold repulsion airbag has a chest half mold repulsion airbag intake and return port, a chest half mold repulsion airbag intake and return port vent pipe is connected to the chest half mold repulsion airbag intake and return port vent pipe, the chest half mold repulsion airbag intake and return port is connected to the pressurized air generating device after passing through the upper portion of the mold base, the chest half-die range-finding sensor is arranged on one side of the chest half-die facing the chest half-die or on one side of the chest half-die facing the chest half-die and is electrically connected with the controller through a circuit, the chest half-die folding reset mechanism is arranged between the front side surface and the rear side surface of the part where the chest half-die and the chest half-die are mutually bordered in an interval state from top to bottom, and the structure of the chest half-die folding reset mechanism is the same as that of the waist half-die folding reset mechanism.
In a further specific embodiment of the invention, the formwork comprises a formwork chassis, a formwork chassis riser, an adjusting upright post and a formwork top plate, the formwork chassis is supported on the terrace in a use state, the formwork chassis riser is fixed at the central position of one upward side of the formwork chassis, the lower end of the adjusting upright post is inserted and matched with the formwork chassis riser in an up-and-down adjusting manner and locked by an upright post adjusting locking screw arranged on the formwork chassis riser, and the central position of one downward side of the formwork top plate is fixed with the top of the adjusting upright post; the lower parts of the hip circumference left half mold and the hip circumference right half mold are in sliding fit with the upward side of the mold frame top plate; the hip half module is connected with a telescopic belt and fixed with the disc edge of the die carrier top disc; the hip surrounding half module repulsion air bag air inlet and return vent pipe is connected with the pressure air generating device after penetrating through the die carrier top disc; the controller is arranged in the middle of the adjusting upright post.
In another specific embodiment of the invention, a mold frame top plate slide guide strip protruding from the surface of the mold frame top plate is formed on one upward side of the mold frame top plate, and a mold frame top plate vent pipe abdicating hole and a hip-surrounding half-mold limiting block are further formed on the mold frame top plate; a hip circumference left half-mold sliding groove is formed at the bottom of the hip circumference left half-mold, a hip circumference right half-mold sliding groove is formed at the bottom of the hip circumference right half-mold, and the hip circumference left half-mold sliding groove and the hip circumference right half-mold sliding groove are in sliding fit with the mold frame top plate guide sliding strip; the hip surrounding half-module repulsion air bag air inlet and return vent pipe penetrates through the die carrier top disc vent pipe abdicating hole from top to bottom and then is connected with the pressure air generating device on the controller.
In a more specific embodiment of the present invention, the hip-surrounding half-mold folding and restoring mechanism includes a hip-surrounding left half-mold rubber ring hook, a hip-surrounding right half-mold rubber ring hook and a hip-surrounding half-mold hook rubber ring, the hip-surrounding left half-mold rubber ring hook is fixed on the right side of the front side and the right side of the rear side of the width direction of the hip-surrounding left half-mold at an interval state from top to bottom, the hip-surrounding right half-mold rubber ring hook is fixed on the left side of the front side and the left side of the rear side of the height direction of the hip-surrounding right half-mold at an interval state from top to bottom and corresponds to the hip-surrounding left half-mold rubber ring hook, the hip-surrounding half-mold hook rubber ring is distributed between each hip-surrounding left half-mold rubber ring hook and the hip-surrounding right half-mold rubber ring hook, and one end of the hip-surrounding half-mold hook rubber ring is sleeved on the hip-surrounding left half-mold rubber ring hook, and the other end of the hip-surrounding right half-mold rubber ring hook.
In a further specific embodiment of the present invention, a hip-circumference left half-mold sliding guiding protrusion is formed on an upper portion of the hip-circumference left half-mold, a hip-circumference right half-mold sliding guiding protrusion is formed on an upper portion of the hip-circumference right half-mold, a waist-circumference left half-mold groove is formed on a lower portion of the waist-circumference left half-mold, a waist-circumference right half-mold groove is formed on a lower portion of the waist-circumference right half-mold, the waist-circumference left half-mold groove is in sliding fit with the hip-circumference left half-mold sliding protrusion, and the waist-circumference right half-mold groove is in sliding fit with the hip-circumference right half-mold sliding guiding protrusion.
In yet another specific embodiment of the present invention, a waist-left half-mold sliding guiding protrusion is formed on the upper portion of the waist-left half-mold, a waist-right half-mold sliding guiding protrusion is formed on the upper portion of the waist-right half-mold, a chest-left half-mold groove is formed on the lower portion of the chest-left half-mold, a chest-right half-mold groove is formed on the lower portion of the chest-right half-mold, the chest-left half-mold groove is in sliding fit with the waist-left half-mold sliding guiding protrusion, and the chest-right half-mold groove is in sliding fit with the waist-right half-mold sliding guiding protrusion.
In yet another specific embodiment of the present invention, the buttock half-mold hook rubber ring is an endless and endless elastic rubber ring or elastic latex ring.
The technical scheme provided by the invention has the technical effects that: the device can be equipped by an online shop, hip circumference, waistline and chest circumference size information provided by an online purchaser is input to a controller, the controller enables the hip circumference half module repulsion air bag, the waistline half module repulsion air bag and the chest circumference half module repulsion air bag to be inflated and inflated under the work of a control pressure air generating device, so that the hip circumference left half module, the hip circumference right half module, the waistline left half module, the waistline right half module and the chest circumference left half module and the chest circumference right half module are repelled, the repelled distance is respectively measured by the hip circumference half module ranging sensor, the waistline half module ranging sensor and the chest circumference half module ranging sensor and displayed on the controller, the ready-made clothes are sleeved outside the rubber elastic mask, and the ready-made clothes which can be well attached to the rubber elastic mask in a sleeved state are selected, so that the online shopping consumer can purchase the clothes with proper size, the return probability can be remarkably reduced, and the waste of mail delivery resources can be avoided.
Drawings
FIG. 1 is a block diagram of an embodiment of the present invention.
Detailed Description
In order to clearly understand the technical spirit and the advantages of the present invention, the applicant below describes in detail by way of example, but the description of the example is not intended to limit the technical scope of the present invention, and any equivalent changes made according to the present inventive concept, which are merely in form and not in material, should be considered as the technical scope of the present invention.
In the following description, all the concepts related to the directions or orientations of up, down, left, right, front and rear are based on the position state of fig. 1, and thus, it should not be understood as a particular limitation to the technical solution provided by the present invention.
Referring to fig. 1, there is shown a formwork 1; a ready-to-wear size acquiring mechanism 2 is shown, the ready-to-wear size acquiring mechanism 2 comprises a hip size die 21, a waist size die 22 and a chest size die 23 which are preferably made of epoxy resin or other similar materials, wherein the lower part of the hip size die 21 is in sliding fit with the upper part of the die frame 1, the lower part of the waist size die 22 is in sliding fit with the upper part of the hip size die 21, and the lower part of the chest size die 23 is in sliding fit with the upper part of the hip size die 22; a controller 3 is shown, the controller 3 is arranged on the mould frame 1, and the hip size mould 21, the waist size mould 22 and the chest size mould 23 are electrically connected with the controller 3; a rubber elastic mold 4 is shown, which is put on the size obtaining means 2, and which covers the hip size mold 21, the waist size mold 22 and the chest size mold 23, and which is covered with the rubber elastic mold 4.
The aforementioned controller 3 has a display screen 31, and the controller 3 is preferably, but not exclusively, limited to the use of the model SCP-V2 electronic controller manufactured by the macrographic industrial electronic control devices limited of shenzhen, guang, china and marketed before the filing of the present application.
Continuing to refer to fig. 1, the hip size mold 21 includes a hip left mold 211, a hip right mold 212, a hip left mold repelling air bag 213, a hip mold ranging sensor 214, a hip mold connecting stretch band 215 and a hip mold closing reset mechanism 216, the hip left mold 211 and the hip right mold 212 are in face-to-face positional relationship, and the lower portions of the hip left mold 211 and the hip right mold 212 are in sliding fit with the upper portion of the mold frame 1, the hip mold repelling air bag 213 is fixed between the hip left mold 211 and the hip right mold 212 by hip mold repelling air bag fixing flanges 2132 at both ends thereof, and the hip mold repelling air bag 213 has a hip mold repelling air bag air inlet 2131, an air inlet air bag inlet vent pipe 21311 is connected to the hip mold repelling air bag inlet vent port 2131, and connected to the pressure air generating device after passing through the upper portion of the mold frame 1, the hip-surrounding mold distance measuring sensor 214 is disposed on one side of the hip-surrounding left mold 211 facing the hip-surrounding right mold 212 or on one side of the hip-surrounding right mold 212 facing the hip-surrounding left mold 211 and is electrically connected to the controller 3 through a wire, the hip-surrounding mold connecting stretchable tape 215 (also referred to as "hip-surrounding mold connecting stretchable sheet", the same applies hereinafter) is respectively fixed to the lower portions of the hip-surrounding left mold 211 and the hip-surrounding right mold 212 at positions corresponding to each other as left and right, i.e., one piece of tape is fixed to each of the upper portions of the mold frame 1, the upper portion of the hip-surrounding mold connecting stretchable tape 215 is respectively fixed to the lower portions of the hip-surrounding left and right molds 211 and 212 through the upper pressing ring 2151, i.e., the upper pressing tape, and the lower portion of the hip-surrounding mold connecting stretchable tape 215 is respectively fixed to the left and right sides of the upper portion of the mold frame 1 through the lower pressing ring 2152, i.e., the lower pressing tape, the hip half mold folding resetting mechanism 216 is arranged between the front side surface and the back side surface of the part where the hip left half mold 211 and the hip right half mold 212 are mutually connected in an interval state from top to bottom; the waist-size mold 22 is slidably fitted to the upper portions of the hip-size left mold 211 and the hip-size right mold 212 while carrying the chest-size mold 23; the aforementioned pressure air generating device is electrically connected to the controller 3.
The aforementioned pressure air generating device is an air compressor or an air pump (the same example will be mentioned below), and is connected to the distribution valve 51 through the main pipe 5, and the operation or non-operation of the distribution valve 51 is controlled by the controller 3. The distance between the hip-surrounding left mold half 211 and the hip-surrounding right mold half 212 is measured by the hip-surrounding mold half distance measuring sensor 214 and fed back to the controller 3, and then displayed by the display screen 31.
Continuing with fig. 1, the waistline size mold 22 includes a waistline left half mold 221, a waistline right half mold 222, a waistline half mold repulsion air bag 223, a waistline half film distance measuring sensor 224 and a waistline half mold folding resetting mechanism 225, the waistline left half mold 221 and the waistline right half mold 222 form a face-to-face position relationship with each other, the lower parts of the waistline left half mold 221 and the waistline right half mold 222 are respectively in sliding fit with the upper parts of the hip left half mold 211 and the hip right half mold 212, the waistline half mold repulsion air bag 223 having the same structure as the hip repulsion half mold repulsion air bag 213 is fixed between the waistline left half mold 221 and the waistline right half mold 222 in the same fixing manner as the hip half mold repulsion air bag 213, and the waistline half mold repulsion air bag 223 has a waistline repulsion air bag inlet/return port 2231, a half mold repulsion air bag inlet/return port ventilation pipe 22311 is connected to the waistline half mold repulsion air bag inlet/return port ventilation pipe 2231, the waistline half mold exclusion airbag air inlet/return vent pipe 22311 is connected to the aforementioned pressure air generating device after passing through the upper part of the aforementioned mold frame 1, the waistline half mold ranging sensor 224 is disposed on one side of the waistline left half mold 221 facing the waistline right half mold 222 or on one side of the waistline right half mold 222 facing the waistline left half mold 221 and is electrically connected to the aforementioned controller 3 through a circuit, the waistline half mold folding resetting mechanism 225 is disposed between the front side and the rear side of the mutual connection part of the waistline left half mold 221 and the waistline right half mold 222 at an interval from top to bottom, and the structure of the waistline half mold folding resetting mechanism 225 is the same as that of the aforementioned buttock half mold folding resetting mechanism 216; the lower part of the chest size mold 23 is slidably engaged with the upper parts of the waist left mold half 221 and the waist right mold half 222.
Continuing with fig. 1, the chest dimension mold 23 includes a chest half mold 231, a chest half mold 232, a chest half mold repulsion airbag 233, a chest half mold distance measuring sensor 234 and a chest half mold folding reset mechanism 235, the chest half mold 231 and the chest half mold 232 are in face-to-face position relationship, the lower parts of the chest half mold 231 and the chest half mold 232 are respectively in sliding fit with the upper parts of the waist half mold 221 and the waist half mold 222, the chest half mold repulsion airbag 233 having the same structure as the hip half mold repulsion airbag 213 and the hip half mold repulsion airbag 213 are fixed between the chest half mold 231 and the chest half mold 232 in the same fixing manner, the chest half mold repulsion airbag 233 has a chest half mold repulsion airbag entrance 2331, and the chest half mold repulsion airbag entrance 2331 is connected with a chest half mold repulsion airbag entrance vent pipe 23311, the chest half mold exclusion airbag air inlet/return vent pipe 23311 is connected to the aforementioned pressurized air generating device after passing through the upper portion of the aforementioned mold frame 1, the chest half mold distance measuring sensor 234 is disposed on one side of the chest half mold 231 facing the chest right half mold 232 or on one side of the chest half mold 232 facing the chest left half mold 231 and is electrically connected to the aforementioned controller 3 through a line, the chest half mold folding resetting mechanism 235 is disposed between the front side and the rear side of the portion where the chest half mold 231 and the chest half mold 232 are connected to each other at an interval from top to bottom, and the structure of the chest half mold folding resetting mechanism 235 is the same as that of the aforementioned waist half mold folding resetting mechanism 225.
Continuing to refer to fig. 1, the formwork 1 comprises a formwork chassis 11, a formwork chassis riser 12, an adjusting upright post 13 and a formwork top plate 14, wherein the formwork chassis 11 is supported on a terrace in a use state, the formwork chassis riser 12 is fixed at the central position of one upward side of the formwork chassis 11, the lower end of the adjusting upright post 13 is vertically adjusted and is inserted and matched with the formwork chassis riser 12 and locked by an upright post adjusting locking screw 121 arranged on the formwork chassis riser 12, and the central position of one downward side of the formwork top plate 14 is fixed with the top of the adjusting upright post 13; the lower parts of the hip circumference left half mold 211 and the hip circumference right half mold 212 are in sliding fit with one upward side of the mold frame top plate 14; the hip-surrounding half-mold connecting telescopic belt 215 is fixed with the disc edge of the mold frame top disc 14 at a position corresponding to a screw hole 144 preset on the disc edge of the mold frame top disc 14; the buttock half mold repelling air bag air inlet and return vent pipe 21311 is connected with the pressure air generating device after penetrating through the mold frame top plate 14; the aforementioned controller 3 is provided in the middle of the adjusting column 13. The waist half mold repulsion air bag air inlet and return vent pipe 22311 and the chest half mold repulsion air bag air inlet and return vent pipe 23311 are connected to the pressure air generating device after passing through the mold frame top plate 14.
As shown in fig. 1, a mold frame top plate slide guide strip 141 protruding from the surface of the mold frame top plate 14 is formed on one upward side of the mold frame top plate 14, and a mold frame top plate vent pipe abdicating hole 142 and hip circumference half mold stoppers 143 (a pair thereof) respectively used for limiting the front and rear sides of the lower parts of the hip circumference left half mold 211 and the hip circumference right half mold 212 are further formed on the mold frame top plate 14; a hip circumference left half-mold sliding groove 2111 is formed at the bottom of the hip circumference left half-mold 211, a hip circumference right half-mold sliding groove 2121 is formed at the bottom of the hip circumference right half-mold 212, and the hip circumference left half-mold sliding groove 2111 and the hip circumference right half-mold sliding groove 2121 are in sliding fit with the mold frame top plate guide slide strip 141; the hip half mold repelling air bag air inlet and return vent pipe 21311 passes through the mold frame top plate vent pipe abdicating hole 142 from top to bottom and then is connected to the pressurized air generating device on the controller 3, and the hip half mold repelling air bag air inlet and return vent pipe 22311 and the chest half mold repelling air bag air inlet and return vent pipe 23311 are the same as each other and will not be described again.
The hip-surrounding half mold folding and restoring mechanism 216 includes a hip-surrounding left half mold rubber ring hook 2161, a hip-surrounding right half mold rubber ring hook 2162, and a hip-surrounding half mold hook rubber ring 2163, the hip-surrounding left half mold rubber ring hook 2161 is fixed to the right and the right of the front side and the rear side of the width direction of the hip-surrounding left half mold 211 at intervals from top to bottom, the hip-surrounding right half mold rubber ring hook 2162 is fixed to the left and the rear of the front side and the left of the height direction of the hip-surrounding right half mold 212 at intervals from top to bottom and corresponds to the hip-surrounding left half mold rubber ring hook 2161, the hip-surrounding half mold hook rubber ring 2163 is distributed between each of the hip-surrounding left half mold rubber ring hook 2161 and the hip-surrounding right half mold rubber ring hook 2162, and one end of the hip-surrounding half mold hook rubber ring 2163 is sleeved on the hip-surrounding left half mold rubber ring hook 2161 while the other end is sleeved on the hip-surrounding right half mold rubber ring hook 2162.
The hip-circumference left half-mold 211 has a hip-circumference left half-mold guiding-sliding convex strip 2112 on its upper portion, the hip-circumference right half-mold 212 has a hip-circumference right half-mold guiding-sliding convex strip 2122 on its upper portion, the waist-circumference left half-mold 221 has a waist-circumference left half-mold recess on its lower portion, the waist-circumference right half-mold 222 has a waist-circumference right half-mold recess on its lower portion, the waist-circumference left half-mold recess is slidably engaged with the hip-circumference left half-mold guiding-sliding convex strip 2112, and the waist-circumference right half-mold recess is slidably engaged with the hip-circumference right half-mold guiding-sliding convex strip 2122.
A waist left half mold guiding and sliding convex strip 2211 is formed on the upper portion of the waist left half mold 221, a waist right half mold guiding and sliding convex strip 2221 is formed on the upper portion of the waist right half mold 222, a chest left half mold groove is formed on the lower portion of the chest left half mold 231, a chest right half mold groove is formed on the lower portion of the chest right half mold 232, the chest left half mold groove is in sliding fit with the waist left half mold guiding and sliding convex strip 2211, and the chest right half mold groove is in sliding fit with the waist right half mold guiding and sliding convex strip 2221.
The aforementioned buttock half-mold hook rubber ring 2163 is an endless and endless elastic rubber ring or elastic latex ring.
Preferably, according to the above-mentioned principles, the shoulder positions of the chest circumference left mold half 231 and the chest circumference right mold half 232 can be respectively designed to have a structure similar to the above-mentioned separable two-piece structure, that is, a structure similar to the chest circumference size mold 23 is adopted to obtain the proper size of the shoulder of the garment.
Since the structures of the waist half mold closing and returning mechanism 225 and the chest half mold closing and returning mechanism 235 are the same as those of the hip half mold closing and returning mechanism 216, the description thereof will be omitted.
When a customer or consumer needs to buy a finished garment online, the consumer only needs to inform the online store of the hip, waist and chest size data of the consumer in a WeChat, voice or other similar ways, and the above size data is input into the controller 3 by the store. The controller 3 operates the aforementioned distribution valve 51, for example, a first electromagnetic valve of the chest half mold repulsion air bag air inlet/return air vent pipe 23311 connected to the distribution valve 51 is opened, the pressure air provided by the main pipe 5 of the pressure air generating device sequentially passes through the first electromagnetic valve, the chest half mold repulsion air bag air inlet/return air vent pipe 23311 and the chest half mold repulsion air bag air inlet/return air port 2331 to enter the chest half mold repulsion air bag 233, the chest left half mold 231 and the chest right half mold 232 are repelled with the expansion of the chest half mold repulsion air bag 233, the degree of repulsion depends on the inflation amount of the chest half mold repulsion air bag 233, and the inflation amount depends on the chest size data provided by the consumer, and the measurement is measured by the chest half mold distance measuring sensor 234 and fed back to the controller 3 under the operation time of the controller 3 controlling the first electromagnetic valve, and displayed on the display screen 31; then, the left and right waist halves 221, 222 are sequentially repelled in the same manner as described above, and the distance (size) measured by the waist half distance measuring sensor 224 is fed back to the controller and displayed on the display screen 31. The hip-surrounding left and right molds 211, 212 are then repelled in the same manner as described above, and the measured distance (size) is fed back to the controller 3 by the hip-surrounding mold half distance measuring sensor 214 and displayed on the display screen 31. In the aforementioned state, the rubber elastic covering 4 is stretched (expanded), and when the shop takes the ready-made garment over the rubber elastic covering 4 and the selected ready-made garment is fitted to the rubber elastic covering 4 in the expanded state, the ready-made garment having the size requested by the consumer is obtained. After the ready-made clothes are selected, the pressure air generating device stops working, the hip half molds 211 and 212 repel the air bag 213 and release air under the action of the restoring force of the rubber elastic covering sleeve 4, the connecting telescopic belt 215 of the hip half molds and the restoring force of the hook rubber ring 2163 of the hip half molds of the structural system of the hip half mold folding resetting mechanism 216, and the hip half molds 211 and 212 are folded oppositely to be in the next standby state. The folding of the waist left and right halves 221, 222 and the chest left and right halves 231, 232 is the same as the folding of the hip left and right halves 211, 212, and thus the description thereof is omitted.
In conclusion, the technical scheme provided by the invention overcomes the defects in the prior art, successfully completes the invention task and truly realizes the technical effects of the applicant in the technical effect column.
Claims (9)
1. A device for measuring the size of a garment, characterized by comprising a mould frame (1); the garment size acquisition mechanism (2) comprises a hip size die (21), a waist size die (22) and a chest size die (23), wherein the lower part of the hip size die (21) is in sliding fit with the upper part of the die frame (1), the lower part of the waist size die (22) is in sliding fit with the upper part of the hip size die (21), and the lower part of the chest size die (23) is in sliding fit with the upper part of the waist size die (22); the controller (3) is arranged on the die carrier (1), and the hip size die (21), the waist size die (22) and the chest size die (23) are electrically connected with the controller (3); the rubber elastic die sleeve (4) is sleeved on the size acquisition mechanism (2) and shields the hip size die (21), the waist size die (22) and the chest size die (23); the hip size die (21) comprises a hip left half die (211), a hip right half die (212), a hip half die repulsion air bag (213), a hip half die distance measuring sensor (214), a hip half die connecting telescopic belt (215) and a hip half die folding reset mechanism (216), wherein the hip left half die (211) and the hip right half die (212) form a face-to-face position relationship, the lower parts of the hip left half die (211) and the hip right half die (212) are in sliding fit with the upper part of the die carrier (1), the hip half die repulsion air bag (213) is fixed between the hip left half die (211) and the hip right half die (212), the hip half die repulsion air bag (213) is provided with a hip half die repulsion air bag return air inlet (2131), and a hip half die repulsion air bag return air inlet (21311) is connected to the hip half die repulsion air bag return air inlet (2131), the hip circumference half mold repellent air bag air inlet and return vent pipe (21311) is connected with a pressure air generating device after penetrating through the upper part of the mold frame (1), a hip circumference half mold distance measuring sensor (214) is arranged on one side of the hip circumference left half mold (211) facing to the hip circumference right half mold (212) or on one side of the hip circumference right half mold (212) facing to the hip circumference left half mold (211) and is electrically connected with the controller (3) through a circuit, the hip circumference half mold is connected with a telescopic belt (215) at the lower parts of the hip circumference left half mold (211) and the hip circumference right half mold (212) and is respectively fixed with one at the corresponding positions and is also fixed with the upper edge part of the mold frame (1) at the same time, the hip half mold folding resetting mechanism (216) is arranged between the front side surface and the back side surface of the part where the hip left half mold (211) and the hip right half mold (212) are mutually connected at intervals from top to bottom; the waist size mould (22) is in sliding fit with the upper parts of the hip left half mould (211) and the hip right half mould (212) in a state of carrying the chest size mould (23); the pressure air generating device is electrically connected with the controller (3) in a control way.
2. The device for measuring garment size according to claim 1, wherein the waist size mold (22) comprises a waist left half mold (221), a waist right half mold (222), a waist half mold repulsion air bag (223), a waist half film distance measuring sensor (224) and a waist half mold folding reset mechanism (225), the waist left half mold (221) and the waist right half mold (222) are in face-to-face position relationship with each other, the lower parts of the waist left half mold (221) and the waist right half mold (222) are respectively in sliding fit with the upper parts of the hip left half mold (211) and the hip right half mold (212), the waist half mold repulsion air bag (223) is fixed between the waist left half mold (221) and the waist right half mold (222), and the waist half mold repulsion air bag (223) has a waist half mold repulsion air bag intake port (2231), a waist half mold repulsion air bag intake vent pipe (22311) is connected to the waist half mold repulsion air bag intake port (2231), the waistline half-mold repulsion air bag air inlet and return vent pipe (22311) is connected with the pressure air generating device after passing through the upper part of the mold frame (1), a waistline half-film ranging sensor (224) is arranged on one side of the waistline left half-mold (221) facing to the waistline right half-mold (222) or on one side of the waistline right half-mold (222) facing to the waistline left half-mold (221) and is electrically connected with the controller (3) through a circuit, a waistline half-mold folding resetting mechanism (225) is arranged between the front side surface and the rear side surface of the part where the waistline left half-mold (221) and the waistline right half-mold (222) are mutually connected in a top-down spaced state, and the structure of the waistline half-mold folding resetting mechanism (225) is the same as that of the buttock half-mold folding resetting mechanism (216); the lower part of the chest size mould (23) is in sliding fit with the upper parts of the waistline left half mould (221) and the waistline right half mould (222).
3. The device for measuring the size of the garment according to claim 2, wherein the chest size mold (23) comprises a chest left mold half (231), a chest right mold half (232), a chest mold half repulsion air bag (233), a chest mold half distance measuring sensor (234) and a chest mold half closing reset mechanism (235), the chest left mold half (231) and the chest right mold half (232) are in face-to-face positional relationship, and the lower parts of the chest left mold half (231) and the chest right mold half (232) are respectively in sliding fit with the upper parts of the waist left mold half (221) and the waist right mold half (222), the chest mold half repulsion air bag (233) is fixed between the chest left mold half (231) and the chest right mold half (232), and the chest mold half repulsion air bag air inlet (2331) is provided with a chest mold half repulsion air bag air inlet (2331), and a chest mold half repulsion air bag air inlet (2331) is connected to the chest mold half repulsion air bag air inlet (2331), the chest half-mold repulsion air bag air inlet and return vent pipe (23311) is connected with the pressure air generating device after penetrating through the upper part of the mold frame (1), a chest half-mold distance measuring sensor (234) is arranged on one side of the chest half-mold (231) facing the chest half-mold (232) or on one side of the chest half-mold (232) facing the chest half-mold (231) and is electrically connected with the controller (3) through a circuit, a chest half-mold folding resetting mechanism (235) is arranged between the front side surface and the rear side surface of the part where the chest half-mold (231) and the chest half-mold (232) are mutually connected at intervals from top to bottom, and the structure of the chest half-mold folding resetting mechanism (235) is the same as that of the waist half-mold folding resetting mechanism (225).
4. The device for measuring the size of the finished garment according to claim 1, wherein the formwork (1) comprises a formwork base plate (11), a formwork base plate vertical pipe (12), an adjusting upright post (13) and a formwork top plate (14), the formwork base plate (11) is supported on a terrace in a use state, the formwork base plate vertical pipe (12) is fixed at the central position of one upward side of the formwork base plate (11), the lower end of the adjusting upright post (13) is inserted and matched with the formwork base plate vertical pipe (12) in a vertically adjusting mode and locked by an upright post adjusting locking screw (121) arranged on the formwork base plate vertical pipe (12), and the central position of one downward side of the formwork top plate (14) is fixed with the top of the adjusting upright post (13); the lower parts of the hip circumference left half mold (211) and the hip circumference right half mold (212) are in sliding fit with one upward side of the mold frame top plate (14); the hip half-module is connected with a telescopic belt (215) and fixed with the edge of the die carrier top plate (14); the hip surrounding half mold repulsion air bag air inlet and return vent pipe (21311) is connected with the pressure air generating device after penetrating through the mold frame top disc (14); the controller (3) is arranged in the middle of the adjusting upright post (13).
5. The device for measuring the size of the ready-made clothes is characterized in that a mold frame top plate guide slide bar (141) protruding from the surface of the mold frame top plate (14) is formed on one upward side of the mold frame top plate (14), and a mold frame top plate vent pipe abdicating hole (142) and a hip-surrounding half mold limiting block (143) are further formed in the mold frame top plate (14); a hip circumference left half-mold sliding groove (2111) is formed at the bottom of the hip circumference left half-mold (211), a hip circumference right half-mold sliding groove (2121) is formed at the bottom of the hip circumference right half-mold (212), and the hip circumference left half-mold sliding groove (2111) and the hip circumference right half-mold sliding groove (2121) are in sliding fit with the mold frame top plate guide sliding strip (141); the hip surrounding half module repulsion air bag air inlet and return vent pipe (21311) penetrates through the die carrier top disc vent pipe abdicating hole (142) from top to bottom and then is connected with the pressure air generating device on the controller (3).
6. The device for measuring garment size according to claim 1, wherein the hip-surrounding half-mold folding and restoring mechanism (216) comprises a hip-surrounding left half-mold rubber-ring hook (2161), a hip-surrounding right half-mold rubber-ring hook (2162) and a hip-surrounding half-mold hook rubber-ring (2163), the hip-surrounding left half-mold rubber-ring hook (2161) is fixed to the right of the front side and the right of the back side in the width direction of the hip-surrounding left half-mold (211) in a spaced state from top to bottom, the hip-surrounding right half-mold rubber-ring hook (2162) is fixed to the left of the front side and the left of the back side in the height direction of the hip-surrounding right half-mold (212) in a spaced state from top to bottom and corresponds to the hip-surrounding left half-mold rubber-ring hook (2161), the hip-surrounding half-mold hook rubber-ring (2163) is distributed between each of the hip-surrounding left half-mold rubber-mold hook (2161) and the hip-surrounding right half-mold rubber-mold hook (2162), and one end of the hip-surrounding half-surrounding rubber-ring hook (2163) is placed on the hip-surrounding left half-mold hook (2161), and the other end is sleeved on a buttock half-mold rubber ring hook (2162).
7. The device for measuring garment size according to claim 2, wherein the hip-surrounding left mold half (211) is formed with a hip-surrounding left mold half sliding guide protrusion (2112) at an upper portion thereof, the hip-surrounding right mold half (212) is formed with a hip-surrounding right mold half sliding guide protrusion (2122) at an upper portion thereof, the waist-surrounding left mold half (221) is formed with a waist-surrounding left mold half recess at a lower portion thereof, the waist-surrounding right mold half (222) is formed with a waist-surrounding right mold half recess at a lower portion thereof, the waist-surrounding left mold half recess is slidably fitted with the hip-surrounding left mold half sliding guide protrusion (2112), and the waist-surrounding right mold half recess is slidably fitted with the hip-surrounding right mold half sliding guide protrusion (2122).
8. The device for measuring garment size according to claim 3, wherein the waist left half mold (221) is provided with a waist left half mold sliding guiding protrusion (2211) at the upper portion thereof, the waist right half mold (222) is provided with a waist right half mold sliding protrusion (2221) at the upper portion thereof, the chest left half mold (231) is provided with a chest left half mold recess at the lower portion thereof, the chest right half mold (232) is provided with a chest right half mold recess at the lower portion thereof, the chest left half mold recess is in sliding fit with the waist left half mold sliding protrusion (2211), and the chest right half mold recess is in sliding fit with the waist right half mold sliding protrusion (2221).
9. The device for measuring garment size as claimed in claim 6, wherein said buttock half-mold hook rubber ring (2163) is a ring-shaped and endless elastic rubber ring or elastic latex ring.
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| CN202010284521.XA CN111457873B (en) | 2020-04-13 | 2020-04-13 | Device for measuring size of ready-made clothes |
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| CN202010284521.XA CN111457873B (en) | 2020-04-13 | 2020-04-13 | Device for measuring size of ready-made clothes |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN86210566U (en) * | 1986-12-25 | 1987-09-12 | 刘宏业 | Manikin for physical culture teaching |
| CN1759779A (en) * | 2005-05-24 | 2006-04-19 | 中原工学院 | Model of human with adjustable parameters of body type |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3665792A (en) * | 1970-02-20 | 1972-05-30 | James S Bush | Method and aparatus for forming foam material |
| CN87203133U (en) * | 1987-03-31 | 1987-11-04 | 王玉仁 | Manikin for steric tailoring |
| CN202286477U (en) * | 2011-12-13 | 2012-07-04 | 浙江雅莹服装有限公司 | Woman dress form |
| CN202504269U (en) * | 2012-04-05 | 2012-10-31 | 重庆师范大学 | Adjustable garment trying-on manikin |
| CN103564899A (en) * | 2012-08-07 | 2014-02-12 | 香港理工大学 | Intelligent adjustable human body model |
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