Ultrahigh-frequency laundry label with copper wire sewing thread antenna

Abstract

The utility model discloses a copper wire sewing thread antenna ultrahigh frequency clothes washing label which comprises label cloth, a double-ring type radio frequency resonant cavity assembly, an ultrahigh frequency antenna sewn by a copper wire sewing thread and a common sewing thread sewing thread, the label cloth comprises an upper layer and a lower layer, and the double-ring type radio frequency resonant cavity assembly is installed in the two layers of label cloth. The ultrahigh frequency antenna sewn by the copper wire sewing thread is sewn on the label cloth, the ultrahigh frequency antenna sewn by the copper wire sewing thread is used for being coupled with the double-ring type radio frequency resonant cavity assembly to form a radio frequency label with an antenna wing, and the common sewing thread sewing thread is sewn on the label cloth. The clothes washing label is low in raw material and manufacturing cost, rapid and stable in installation, beneficial to prolonging the service life of the clothes washing label, beneficial to popularization and application in the low-profit clothes washing industry and the low-profit linen industry, capable of promoting informatization management, reducing personnel and cost, increasing benefits and free of errors.

Description

TECHNICAL FIELD

[0001] The utility model relates to the technical field of super high frequency radio frequency antenna, specifically, it relates to a copper wire sewing thread antenna super high frequency laundry label. BACKGROUND

[0002] Laundry labels have wide application in laundry shops, high-grade clothes, school uniforms, special clothes, clothes production management, product tracking, warehouse inventory and the like. However, the existing various laundry labels have different defects.

[0003] 1. Defects of carbon fiber super high frequency laundry label

[0004] Traditional laundry labels mostly adopt carbon fiber to make antennas, which can resist washing, folding, pressing and high temperature, and meet the technical requirements of the laundry industry. However, the traditional carbon fiber antenna laundry label has various defects, which affects the popularization and application in the laundry industry.

[0005] (1) Since the carbon fiber has low conductivity, multiple carbon fibers need to be combined to make an antenna, and the carbon fiber has high price and large consumption, which leads to extremely high cost of laundry label materials.

[0006] (2) The process of making a radio frequency antenna from carbon fiber is complex. First, multiple carbon fibers are wound into a sinusoidal wave shape, and then sewing thread is used to fix it. The production efficiency is low, and the manufacturing cost is high.

[0007] (3) The radio frequency resonant cavity of the carbon fiber super high frequency laundry label is a double-sided PCB board structure. The upper and lower copper foils of the PCB board are chemically etched to form two independent small antenna rings, and then the two small antenna rings are connected in series through the plated holes on the upper and lower layers of the PCB board to form a double-coil resonant cavity. Then, the chip is encapsulated to form a series resonant cavity, and then the epoxy resin is encapsulated to form an integrated PCB double-coil radio frequency resonant cavity assembly. The thickness of the PCB double-coil radio frequency resonant cavity assembly is close to 2mm.

[0008] Obviously, the process of the carbon fiber super high frequency laundry label is complex, the appearance flatness is poor, and the manufacturing cost is high.

[0009] (4) The laundry industry is a low-profit industry, and the carbon fiber antenna laundry label has high price, which becomes the biggest resistance to the popularization and application of radio frequency technology in the laundry industry and linen industry. Therefore, many laundry enterprises and linen enterprises have not used radio frequency technology.

[0010] 2. Defects of silica gel super high frequency laundry label

[0011] The silicon gel super high frequency laundry tag adopts PET aluminum foil chemical etching process to manufacture the antenna, and the cost of the antenna is only 1 / 8 of the cost of the carbon fiber antenna, but the cost of the silicon gel packaging into the tag is also high, the total cost is similar to the cost of the carbon fiber super high frequency laundry tag, and the radio frequency performance is unstable, so the super high frequency laundry tag cannot be popularized and applied.

[0012] 3. Defects of sewing installation of the carbon fiber antenna radio frequency laundry tag

[0013] Currently, the radio frequency laundry tag is sewn on the garment by using the sewing installation process, which is time-consuming and brings a lot of workload to the garment management and laundry factory.

[0014] 4. Defects of the adhesive installation process

[0015] In the adhesive installation process, the hot melt adhesive is pre-coated on the bottom surface of the cloth radio frequency laundry tag, and then the radio frequency laundry tag with the pre-coated hot melt adhesive is pressed on the garment by using a hot press head or a high temperature electric iron, after the hot melt adhesive is melted, the power is turned off, when the temperature of the hot melt adhesive decreases, the electric iron is removed, and the radio frequency laundry tag is pasted and fixed on the garment. The defect is that the operation requires strictness, otherwise the service life stability and consistency of the laundry tag and the garment are poor, which brings trouble to the laundry operation process.

[0016] Therefore, the garment industry needs a super high frequency laundry tag which is washable, foldable, high temperature resistant, low in price, and easy and reliable to install on the garment. Content of the utility model

[0017] In order to overcome the defects of the existing technology, the utility model provides a copper thread sewing line antenna super high frequency laundry tag.

[0018] The technical scheme of the utility model is as follows:

[0019] A copper thread sewing line antenna super high frequency laundry tag, comprising a tag cloth, a double-loop type radio frequency resonance cavity assembly, a copper thread sewing line sewn super high frequency antenna, and a common sewing line suture line.

[0020] (1) The tag cloth comprises a laundry tag bottom layer high temperature resistant cloth and a laundry tag upper layer high temperature resistant cloth.

[0021] (2) The double-loop type radio frequency resonance cavity assembly is installed between the laundry tag bottom layer high temperature resistant cloth and the laundry tag upper layer high temperature resistant cloth, and the double-loop type radio frequency resonance cavity assembly comprises a PET bottom film, a micro double-loop radio frequency resonance cavity, a solid high temperature resin, and a super high frequency chip.

[0022] The thickness of the PET bottom film is 50 microns, and the surface of the PET bottom film is compounded with an aluminum foil with a thickness of 10 microns.

[0023] The micro double-loop radio frequency resonant cavity comprises two micro coils, a chip packaging site and a short circuit line.

[0024] The micro double-loop radio frequency resonant cavity is coated with a solidified high-temperature resin, and the solidified high-temperature resin is heated and pressurized to make the double-loop radio frequency resonant cavity assembly solidified on the lower label cloth.

[0025] (3) The copper sewing thread antenna is sewn on the label cloth, and the copper sewing thread antenna is used to couple with the double-loop radio frequency resonant cavity assembly to form a radio frequency label with antenna wings.

[0026] (4) The common sewing thread is sewn on the label cloth.

[0027] In the utility model, the copper sewing thread antenna ultra-high frequency laundry label can be pierced and installed in the clothing interlayer.

[0028] The length of the copper sewing thread antenna ultra-high frequency laundry label is 80-90 mm, the width is 12 mm, and the thickness is 0.5 mm; the planar size of the double-loop radio frequency resonant cavity assembly is less than 8*8 mm, and the thickness is less than 0.3 mm; the length of the straight copper sewing thread antenna is 80 mm; the distance between the copper sewing thread antenna and the common sewing thread is 7-8 mm; and the length of the label cloth is 80 mm, and the width is 12 mm.

[0029] In the utility model, the copper sewing thread antenna ultra-high frequency laundry label can be sewn and installed on the surface of the clothing.

[0030] The length of the copper sewing thread antenna ultra-high frequency laundry label is 40-90 mm, the width is 20-30 mm, and the thickness is 0.5 mm; the planar size of the double-loop radio frequency resonant cavity assembly is 8*8 mm-16*16 mm; the distance between the copper sewing thread antenna and the common sewing thread is 7-8 mm; the length of the straight copper sewing thread antenna is 40-80 mm; and the length of the label cloth is 40-90 mm, and the width is 20-30 mm.

[0031] The utility model has the advantages that:

[0032] The utility model discloses can reduce the material cost of making laundry label greatly, and production efficiency is high, and the manufacturing cost is low, the utility model discloses laundry label adopts the puncture mode and is installed in the clothing interior, can realize the quick installation of laundry label, and laundry label installation is stable, and it is favorable to prolong the service life of laundry label.

[0033] The utility model is favorable for the popularization and application in the low-profit laundry and linen industry, promotes information management, reduces personnel, reduces cost, increases benefit and zero error. BRIEF DESCRIPTION OF DRAWINGS

[0034] Fig. 1a It is the schematic diagram of copper wire sewing thread antenna UHF laundry label open state;

[0035] Fig. 1b It is the side sectional view of copper wire sewing thread antenna UHF laundry label;

[0036] Fig. 1c It is the schematic diagram of the upper layer and lower layer of copper wire sewing thread antenna UHF laundry label;

[0037] Fig. 2a It is the structural schematic diagram of double-loop type radio frequency resonant cavity assembly;

[0038] Fig. 2b It is the side schematic diagram of double-loop type radio frequency resonant cavity assembly;

[0039] Fig. 3 It is the schematic diagram of copper wire sewing thread antenna UHF laundry label in the puncture needle front end hole;

[0040] Fig. 4 It is the schematic diagram of copper wire sewing antenna laundry label in the lower hem of clothing.

[0041] In the drawing, various drawing reference numerals are:

[0042] 10, double-loop type radio frequency resonant cavity assembly; 11, double-loop type radio frequency resonant cavity outer ring aluminum foil; 12, double-loop type radio frequency resonant cavity inner ring aluminum foil; 13, UHF chip; 13-1, short circuit line; 13-2, the packaging foot of chip and resonant cavity connection site; 16, radio frequency resonant cavity and copper wire antenna coupling site; 17, PET bottom film;

[0043] 20, laundry label bottom layer high-temperature-resistant cloth;

[0044] 30, laundry label upper layer high-temperature-resistant cloth;

[0045] 40, ordinary sewing thread sewing line;

[0046] 50, copper wire sewing thread sewing UHF antenna;

[0047] 01, copper wire sewing thread antenna ultra-high frequency laundry label; 02, puncture needle; 03, puncture needle front end hole; 04, clothing; 05, clothing lower hem. DETAILED DESCRIPTION

[0048] The utility model will be further described below in combination with the drawings and embodiments:

[0049] As Figs. 1a to 2b shown, the utility model discloses a copper wire sewing thread antenna ultra-high frequency laundry label to overcome the low service life of the existing laundry label, unstable radio frequency performance, high raw material and processing cost, great processing difficulty, time and labor consuming and inconvenient management and other defects.

[0050] The copper wire sewing thread antenna ultra-high frequency laundry label comprises a label cloth, a double-loop radio frequency resonant cavity assembly 10, a copper wire sewing thread sewn ultra-high frequency antenna 50 and a common sewing thread suture 40. Therefore, the copper wire sewing thread antenna ultra-high frequency laundry label has the characteristics of small size, thin thickness, light weight and easy installation.

[0051] 1, label cloth

[0052] The label cloth comprises a laundry label bottom layer high-temperature-resistant cloth 20 and a laundry label upper layer high-temperature-resistant cloth 30.

[0053] The laundry label bottom layer high-temperature-resistant cloth 20 and the laundry label upper layer high-temperature-resistant cloth 30 are both made of washable and high-temperature-resistant materials. After the double-loop radio frequency resonant cavity assembly 10 is installed on the laundry label bottom layer high-temperature-resistant cloth 20, the laundry label upper layer high-temperature-resistant cloth 20 can be compounded.

[0054] 2, double-loop radio frequency resonant cavity assembly

[0055] The double-loop radio frequency resonant cavity assembly 10 is installed between the laundry label bottom layer high-temperature-resistant cloth 20 and the laundry label upper layer high-temperature-resistant cloth 30. The double-loop radio frequency resonant cavity assembly 10 comprises a PET bottom film 17, a micro double-loop radio frequency resonant cavity, an ultra-high frequency chip 13 and a solid high-temperature resin.

[0056] (1) PET bottom film

[0057] The thickness of the PET bottom film 17 is 50 microns. The surface of the PET bottom film 17 is compounded with an aluminum foil with a thickness of 10 microns.

[0058] (2) Micro double-loop radio frequency resonant cavity and ultra-high frequency chip

[0059] The micro double-loop radio frequency resonant cavity comprises two micro coils, a chip packaging site and a short circuit line 13-1. The two micro coils, the chip packaging site and the short circuit line 13-1 are all formed by etching an aluminum foil.

[0060] The short circuit line 13-1 connects two micro coils in series and passes through the chip packaging position. Specifically, the two micro coils are the double-coil type radio frequency resonant cavity outer ring aluminum foil 11 and the double-coil type radio frequency resonant cavity inner ring aluminum foil 12. The short circuit line 13-1 connects one end point of the double-coil type radio frequency resonant cavity outer ring aluminum foil 11 and one end point of the double-coil type radio frequency resonant cavity inner ring aluminum foil 12. The other end point of the double-coil type radio frequency resonant cavity outer ring aluminum foil 11 and the other end point of the double-coil type radio frequency resonant cavity inner ring aluminum foil 12 are the packaging feet of the chip and the resonant cavity connection position 13-2.

[0061] The ultra-high frequency chip 13 is mounted on the chip packaging position and resonates with the two micro coils in series, that is, the ultra-high frequency chip 13 is connected to the other end point of the double-coil type radio frequency resonant cavity outer ring aluminum foil 11 and the other end point of the double-coil type radio frequency resonant cavity inner ring aluminum foil 12, thereby forming an ultra-high frequency resonant cavity.

[0062] (3) Solid high-temperature resin

[0063] The solid high-temperature resin is coated on the surface of the micro double-coil radio frequency resonant cavity. After heating and pressurizing, the solid high-temperature resin makes the double-coil type radio frequency resonant cavity assembly 10 solidified on the lower layer of the label cloth.

[0064] The solid high-temperature resin is a colloid at 170 degrees Celsius, which is coated on the micro double-coil radio frequency resonant cavity and the ultra-high frequency chip 13. After cooling, the solid high-temperature resin becomes a solid, which can protect the ultra-high frequency chip 13. Through heating and pressurizing, the double-coil type radio frequency resonant cavity assembly 10 can be solidified on the high-temperature resistant cloth 20 at the bottom layer of the laundry label.

[0065] 3. Ultra-high frequency antenna sewn by copper sewing thread

[0066] The ultra-high frequency antenna 50 sewn by copper sewing thread is sewn on the label cloth. The ultra-high frequency antenna 50 sewn by copper sewing thread is aligned with the radio frequency resonant cavity of the double-coil type radio frequency resonant cavity assembly 10 and the copper wire antenna coupling position 16, so that the ultra-high frequency antenna 50 sewn by copper sewing thread is used to couple with the double-coil type radio frequency resonant cavity assembly 10 to form a radio frequency label with antenna fins.

[0067] The stitching stitch waveform of the ultra-high frequency antenna 50 sewn by copper sewing thread on the label cloth is a straight line, a tooth shape, a trapezoidal shape, or a wave shape, which becomes an ultra-high frequency antenna with a straight line, a tooth shape, a trapezoidal shape, or a wave shape.

[0068] 4. Common sewing thread

[0069] The common sewing thread 40 is sewn on the label cloth, and the distance between the copper sewing thread sewn super high frequency antenna 50 and the common sewing thread 40 is 7-8mm. At the same time of sewing the copper sewing thread sewn super high frequency antenna 50, the common sewing thread is used to sew at a position 6-8mm away from the copper sewing thread sewn super high frequency antenna 50, and the washing label bottom layer high temperature resistant cloth 20 and the washing label upper layer high temperature resistant cloth 30 are sewn together by the common sewing thread 40, which can stabilize the double loop type radio frequency resonant cavity assembly 10.

[0070] According to different specific application positions, the reading sensitivity of the cloth radio frequency tag can be measured actually, the stitch waveform, amplitude, period and total length of the copper sewing thread sewn super high frequency antenna can be changed, and better radio frequency signal reading sensitivity can be obtained, so that the process standard for manufacturing the washing label is determined. The utility model is described below in the form of two modes of puncture installation and sewing installation.

[0071] 1. The washing label of puncture installation

[0072] As shown in Fig. 4 , the copper sewing thread antenna super high frequency washing label can be installed in the clothing interlayer through the puncture needle. Specifically, the lower side of the clothing 04 is provided with a clothing lower hem 05 for installing the washing label, and the clothing lower hem 05 has an interlayer in the middle for installing the copper sewing thread antenna super high frequency washing label 01.

[0073] (1) Structure size

[0074] The length of the copper sewing thread antenna super high frequency washing label is 80-90mm, the width is 12mm, and the thickness is 0.5mm. Among them:

[0075] The planar size of the double loop type radio frequency resonant cavity assembly is less than 8x8mm, and the thickness is less than 0.3mm;

[0076] The length of the straight copper sewing thread sewn super high frequency antenna is 80mm, the distance between the common sewing thread and the copper sewing thread sewn super high frequency antenna is 7-8mm, and the common sewing thread is sewn synchronously with the copper sewing thread sewn super high frequency antenna;

[0077] The length of the label cloth is 80mm, and the width is 12mm.

[0078] (2) Installation method and process

[0079] As shown in Fig. 3 , Fig. 4 , the tool for puncture installation, the puncture needle 02, is used to install the copper sewing thread antenna super high frequency washing label 01 at the clothing lower hem 05. Specifically:

[0080] A) the copper thread sewing line antenna UHF laundry tag 01 is sewn through the long and narrow needle front hole 03 of the front end of the puncture needle 02 about 20 mm.

[0081] B) at the garment lower edge 05 of the T-shirt or other clothing, or at the waist of the trousers or other clothing, the puncture needle 02 with the copper thread sewing line antenna UHF laundry tag 01 is held in hand, and the position to be installed is aligned, and the puncture needle 02 is inserted with force, and the laundry tag is pressed and pushed forward at the same time by the other hand;

[0082] When the tail end of the laundry tag enters the clothing, the hand pressing the front end is released, the tail end of the laundry tag is pressed with the hand, and the puncture needle 02 is further pushed forward by about 30 mm, so that the puncture needle front hole 03 is separated from the front end of the laundry tag;

[0083] Then the hand pressing the tail end of the laundry tag is released, and the laundry tag is pressed with the hand again, and the puncture needle 02 is pulled back with the hand, so that the laundry tag is left in the garment lower edge 05 or the waist of the clothing, and the process of installing the laundry tag on the clothing 04 is completed.

[0084] By this way, the stability of the installed laundry tag is good, the laundry tag will not be separated from the clothing, and the laundry tag is protected by the clothing, so that the service life of the laundry tag can be prolonged.

[0085] 2, the radio frequency installed laundry tag

[0086] In the utility model, the copper thread sewing line antenna UHF laundry tag can be sewn and installed on the surface of the clothing.

[0087] (1) structure size

[0088] The length of the copper thread sewing line antenna UHF laundry tag is 40-90 mm, the width is 20-30 mm, and the thickness is 0.5 mm.

[0089] The planar size of the double-loop type radio frequency resonant cavity assembly is 8*8 mm-16*16 mm;

[0090] The length of the UHF antenna sewn by straight line type, tooth shape, trapezoidal or sinusoidal wave copper thread sewing line is 40-80 mm, the spacing of the UHF antenna sewn by multiple ordinary sewing lines and copper thread sewing line is 7-8 mm, and the synchronous sewing operation is carried out;

[0091] The length of the label cloth is 40-90 mm, and the width is 20-30 mm.

[0092] (2) installation method

[0093] The ordinary sewing line is directly sewn on the clothing.

[0094] Compared with the traditional carbon fiber antenna laundry label, the utility model has the following advantages:

[0095] 1) greatly reduce the material cost

[0096] The material cost of the copper wire sewing thread sewn ultra-high frequency antenna is low, which is more than 85% lower than the cost of chemical etching antenna and more than 95% lower than the cost of carbon fiber antenna.

[0097] 2) The copper wire sewing thread sewn ultra-high frequency antenna is sewn by a multi-needle synchronous sewing machine, which has very high production efficiency and low manufacturing cost.

[0098] 3) The puncture type copper wire sewing thread antenna ultra-high frequency laundry label is beneficial to fast installation and stability on the clothes, and prolongs the service life of the laundry label.

[0099] 4) The utility model is beneficial to popularization and application in the low-profit laundry and linen industry, promotes information management, reduces personnel, reduces cost, increases benefit and zero error.

[0100] 5) The copper wire sewing thread antenna ultra-high frequency laundry label is convenient to install on school uniforms and work clothes, which can facilitate the radio frequency identification of the laundry industry, facilitate the automatic information management of school uniforms and work clothes, and facilitate the identification and positioning of students and staff by identifying the laundry labels on school uniforms and work clothes in schools, enterprises, factories, airports and amusement parks.

Claims

1. A copper wire sewn antenna ultra high frequency laundry tag characterized by, The application relates to a washing label, which comprises a label cloth, a double-loop type radio frequency resonance cavity assembly, a copper-wire sewing thread sewn super high frequency antenna and a common sewing thread. The application relates to a washing label, which comprises a label cloth, a double-loop type radio frequency resonance cavity assembly, a copper-wire sewing thread sewn super high frequency antenna and a common sewing thread. The double-loop type radio frequency resonance cavity assembly comprises a PET base film compounded with an aluminum foil, a micro double-loop radio frequency resonance cavity, a super high frequency chip and a solidified high temperature resin. The micro double-loop radio frequency resonance cavity comprises two micro coils, a chip packaging site and a short circuit line connecting the two micro coils. The super high frequency chip is installed on the chip packaging site and connected with the end points of the two micro coils.

2. The copper-wire sewing thread uhf laundry tag according to claim 1, characterized in that, The solidified high temperature resin is coated on the surface of the micro double-loop radio frequency resonance cavity. The thickness of the PET base film is 50 microns. The thickness of the aluminum foil compounded on the surface of the PET base film is 10 microns. The sewing stitch wave form of the copper-wire sewing thread sewn super high frequency antenna on the label cloth is linear, tooth-shaped, trapezoidal or wavy. The copper-wire sewing thread antenna super high frequency washing label is punctured and installed in a clothing interlayer or is sewn and installed on the surface of a clothing.

3. The copper-wire sewing thread UHF laundry tag according to claim 2, characterized in that, The length of the copper-wire sewing thread antenna super high frequency washing label is 40-90 mm, the width is 3-30 mm and the thickness is 0.5 mm.

4. The copper-wire sewing thread uhf laundry tag according to claim 2, characterized in that, The distance between the copper-wire sewing thread sewn super high frequency antenna and the common sewing thread is 6-8 mm.

5. The copper-wire sewing thread uhf laundry tag according to claim 1, characterized in that, The length of the copper-wire sewing thread sewn super high frequency antenna is 40-80 mm.

6. The copper-wire sewing thread uhf laundry tag according to claim 1, characterized in that, The length of the label cloth is 40-90 mm and the width is 12-30 mm.

7. The copper-wire sewing thread UHF laundry tag according to claim 6, characterized in that, ​ 8. The copper-wire sewing thread uhf laundry tag according to claim 6, characterized in that, ​ 9. The copper-wire sewing thread UHF laundry tag according to claim 6, characterized in that, ​ 10. The copper-wire sewing thread uhf laundry tag according to claim 6, characterized in that, ​

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