CN203267232U - Manufacturing system of tire with wear testing electronic label - Google Patents
Manufacturing system of tire with wear testing electronic label Download PDFInfo
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- CN203267232U CN203267232U CN 201320070004 CN201320070004U CN203267232U CN 203267232 U CN203267232 U CN 203267232U CN 201320070004 CN201320070004 CN 201320070004 CN 201320070004 U CN201320070004 U CN 201320070004U CN 203267232 U CN203267232 U CN 203267232U
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Abstract
The utility model provides a manufacturing system of a tire with a wear testing electronic label. The system comprises a tread conveyer device and a tire positioning device, wherein the system also comprises an electronic label embedding device, and a dyeing device; the electronic label embedding device is matched with the tread conveyer device or the tire positioning device to work, so that the electronic label is buried into a rubber layer of the tire tread; and the dyeing device is matched with the tread conveyer device or the tire positioning device to work, so that a marker color is sprayed at the position where the label is embedded. By adopting the manufacturing system, the electronic label can be accurately put into a specific position of the tire, so that the label can be subjected to a vulcanization molding process of the tire; and the tire with the electronic label is initially set.
Description
[technical field]
The utility model relates to the preparation field of tire, and particularly, the utility model relates to a kind of manufacturing system of the tire with the abrasion detection electronic tag, puts into the depth and place of tire with accurate control electronic tag.
[background technology]
Existing tire manufacturing technology is rubber tyre manufacturing technology comparative maturity particularly, the prior art radio frequency identification is RFID (Radio Frequency Identification) technology, radio frequency identification, tag identification technologies simultaneously, a kind of implementation method as electronic tag, it is a kind of communication technology, can identify specific objective and read and write related data by radio signals, and need not to set up machinery between recognition system and specific objective or optics contacts.This technology can work in various adverse circumstances, and is swift and convenient to operate.There has been case that electronic tag is used for manufacturing, the sales information of tire are traced to the source at tyre industry, but had no manufacturing system and the manufacture method of the tire of being with the electronic tag that is useful on abrasion detection.
Based on this, in the urgent need to electronic tag is put into tire manufacturing system and the manufacture method of tire tread and inside tires a kind ofly, detect the tire of treadwear by electronic tag to produce reliably this kind.
[utility model content]
the purpose of this utility model is to provide a kind of manufacturing system of the tire with the abrasion detection electronic tag, accurately and reliably electronic tag is put into inside tires, and accurately abstract factory in the position of inside tires, for example label is in the degree of depth of tire tread, so that avoid clashing with the default decorative pattern of sulfidization molding drum with the tire electronic tag that tyre surface is imbedded when entering the sulfidization molding operation of electronic tag, put into operation outside tire at label, the utility model still utilizes the manufacture method of traditional rubber tyre to realize, equally, the nonrubber tire tire construction and the material proterties that adopts and rubber near the time, also can use the utility model electronic tag is put into tire.
For achieving the above object, the utility model adopts following technical scheme:
A kind of manufacturing system of the tire with the abrasion detection electronic tag comprises the tyre surface conveyer, it is characterized in that, described system also comprises:
The electronic tag flush mounting is with described tyre surface conveyer cooperating, electronic tag is imbedded in the rubber layer of tire tread;
Dyeing apparatus is with described tyre surface conveyer cooperating, will imbed the upper marker color of position spraying of label.
Manufacturing system according to a kind of tire with the abrasion detection electronic tag of the present utility model, described system also comprises the electronic tag laminating apparatus, with described tyre surface conveyer cooperating, before pressing to carcass at tire tread, electronic tag is fitted in the inner layer material surface of rubber strip between tread ply and cord ply or tire.
According to the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model, described electronic tag flush mounting comprises:
Syringe needle, it is hollow and multi-clove type, and described syringe needle can insert the desired depth of tyre surface, so that electronic tag is implanted in tire;
Locating detent is located at the surrounding of described syringe needle, in order to the position of stablizing tyre surface when syringe needle inserts tyre surface, and the degree of depth of squeezing into accurate control syringe needle;
Distance measuring unit, the accurate distance that is used for measuring syringe needle and will puts into the tyre surface of label is with the degree of depth of putting into of accurate abstract factory.
According to the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model, described distance measuring unit is the laser ranging unit.
Manufacturing system according to a kind of tire with the abrasion detection electronic tag of the present utility model, described system is also with activating the label laminating apparatus, be used for after the tyre vulcanization moulding, fitting in the tire side is used for the electronic tag data that is provided with above the storage tire and the activation label of tire production manufacturing information.
Manufacturing system according to a kind of tire with the abrasion detection electronic tag of the present utility model, described system also comprises the tire tag initially setting apparatus, be used for after the activation label of fitting, for all electronic tags on tire write identity recognition number, and the information of electronic tag and the manufacturing information of tire are write in the active electron label.
According to the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model, described tire tag initially setting apparatus comprises electro-magnetic screen layer, with to when front tyre carries out electronic label read-write, prevents from disturbing with other tire.
Manufacturing system according to a kind of tire with the abrasion detection electronic tag of the present utility model, described system also comprises the track servo device, described electronic tag laminating apparatus, electronic tag flush mounting and dyeing apparatus slide on described track servo device, and accurately locate on described track servo device.
A kind of manufacturing system of the tire with the abrasion detection electronic tag comprises tire positioning device, and described system also comprises:
The electronic tag flush mounting is with described tire positioning device cooperating, electronic tag is imbedded in the rubber layer of tire tread; And
Dyeing apparatus is with described tire positioning device cooperating, will imbed the upper marker color of position spraying of label.
Manufacturing system according to a kind of tire with the abrasion detection electronic tag of the present utility model, described system also comprises the electronic tag laminating apparatus, it comprises memory cell, described electronic tag laminating apparatus and described tire positioning device cooperating, before pressing to carcass at tire tread, electronic tag is fitted in the inner layer material surface of rubber strip between tread ply and cord ply or tire.
Manufacturing system according to a kind of tire with the abrasion detection electronic tag of the present utility model, it is characterized in that, described dyeing apparatus is the color mark that tire tread rubber dyes, when the sulfidization molding operation, can imbed according to the electronic tag that color mark is adjusted the default pattern groove of tire sulfidization molding drum and color mark the position relationship at place, clash and be exposed to the surface of tire tread after sulfidization molding with the electronic tag of avoiding imbedding tyre surface and the default decorative pattern of vulcanized drum.
[description of drawings]
Below in conjunction with accompanying drawing, the utility model is described in detail, more clearly to understand the technical solution of the utility model, wherein:
Figure 1 shows that the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model, with the structured flowchart of tyre surface conveyer;
Figure 2 shows that the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model, with the structured flowchart of tire positioning device;
The tyre surface conveyer that Fig. 3 a is depicted as the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model transmits the structured flowchart of the inner layer material of rubber strip between tread ply and cord ply or tire;
Fig. 3 b is depicted as the structured flowchart of tyre surface conveyer delivery wheel tire tread adhesive tape of the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model;
Figure 4 shows that the structured flowchart of tire positioning device of the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model;
The electronic tag laminating apparatus, electronic tag flush mounting, the dyeing apparatus that Figure 5 shows that the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model are realized the schematic diagram of walking location by track servo system;
Figure 6 shows that the structured flowchart of electronic tag laminating apparatus of the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model;
Figure 7 shows that the structured flowchart of electronic tag flush mounting of the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model;
Figure 8 shows that the structured flowchart of dyeing apparatus of the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model;
The activation label laminating apparatus that Fig. 9 a is depicted as the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model is unkitted the structured flowchart of tire;
The activation label laminating apparatus that Fig. 9 b is depicted as the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model is loaded onto the structured flowchart of tire;
Figure 10 shows that the structured flowchart of tire tag initially setting apparatus of the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model.
[specific embodiment]
Be described in detail below in conjunction with the manufacturing system of drawings and Examples to a kind of tire with the abrasion detection electronic tag of the present utility model:
In the utility model, term " tire " refers to be arranged on the device that moves for the vehicles on the vehicles, generally refers to rubber tyre; Term " vehicles " comprises automobile, airborne vehicle, heavy-duty machinery vehicle etc.
In the utility model, described electronic tag can have multiple use, for example follows the tracks of the information of tire, detects the abrasion condition of tire, and the remaining life of calculating tire etc.
As shown in Figure 1, the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model comprises tyre surface conveyer 30, electronic tag laminating apparatus 100, electronic tag flush mounting 200, dyeing apparatus 300.Further, system of the present utility model also comprises activation label laminating apparatus 400, tire tag initially setting apparatus 500.
Wherein, rubber strip between tire tread adhesive tape 602, tread ply and cord ply or the inner layer material of tire 601, the carcass 850 of uncured, with the carcass 860 of tread contour, the tire 870 of the upper activation label of having fitted is as the processing object of native system through vulcanization process.
Further, as shown in Fig. 3 a, the described tyre surface conveyer 30 of native system is provided with conveyer belt 32 and running roller 31, can transmit rubber strip between tread ply and cord ply or the inner layer material 601 of tire, and it be forced to submit smooth; As shown in Fig. 3 b, the tyre surface conveyer of native system can transmit the tire tread adhesive tape 602 of different-thickness and width, and it is forced to submit smooth.
Further, as shown in Figure 1, electronic tag laminating apparatus 100 coordinates by the transmission of tyre surface conveyer 30 electronic tag is conformed in the inner layer material 601 of rubber strip between tread ply and cord ply or tire; Electronic tag flush mounting 200 coordinates by the transmission of tyre surface conveyer 30 to be completed just electronic tag and imbeds in tread rubber strip form 602; Dyeing apparatus 300 coordinates by the transmission of tyre surface conveyer 30 work of completing the position dye marker that electronic tag is imbedded; Utilize existing technique, after pressing to successively inner layer material 601, the tread rubber strip form 602 of the rubber strip between tread ply and cord ply or tire on the carcass circumference, complete the tyre vulcanization moulding; Further, be tire applying active electron label by activating label laminating apparatus 400, tire tag initially setting apparatus 500 is completed the initial setting of institute's electronic label for tire.
As shown in Figure 5, track servo device 50 will be electronic tag laminating apparatus 100, and electronic tag flush mounting 200, dyeing apparatus 300 provide three axial walking and positioning functions.
As shown in Figure 6, electronic tag laminating apparatus 100 comprises tag memory cell 102, comprise that the label applying covers wheel 101, electronic tag laminating apparatus 100 can fit in label rubber strip between tread ply and cord ply or the surface of belt material 601, these materials are placed between the cord ply and tread ply of tire, normally use along with tyre surface or the non-normal use such as bring to a halt when wearing and tearing totally at the electronic tag of tire surface layer, electronic tag on this layer of material is worn and torn, with the early warning signal that excites tire to be about to blow out.
Further, described electronic tag laminating apparatus 100 comprises tag memory cell 102, comprise and cover wheel 101, electronic tag sticks in advance on the strip of rolling and is stored in memory cell 102, the covering wheel 101 and will be overlaid on the strip of electronic tag the tread ply that is tiled on tyre surface conveyer 30 and the surface of the inner layer of tire materials 601 such as the rubber strip between cord ply or belt of electronic tag laminating apparatus 100, along with the rotation that covers wheel 101, strip is fitted in the surface of target with electronic tag.
In a more excellent embodiment of the present utility model, when electronic tag is the bulk of inflexibility and sheet material, guide wheel and cover wheel and be polygon or the circle of the electronic tag profile that is fit to, and with the pregroove marks that is fit to the label profile.
As shown in Figure 7, electronic tag flush mounting 200, with tag memory cell 201, unit 202 is pressed in storage, location probe claw 203, syringe needle 204, laser ranging unit 205.
in tag memory cell 201 inside, electronic tag is according to the difference that will imbed the tread ply depth, write in advance different codings, and be stored in tag memory cell 201 inner different zones, for example will imbed tire tread and be stored in 2011 zones near surperficial 10mm degree of depth electronic tag 20110, imbed tire tread and be stored in 2012 zones near the electronic tag 20120 of the surperficial 10mm degree of depth, syringe needle 204 realizes inserting the action of tread rubber strip form inside by servomotor, storage presses unit 202 that the power of label being squeezed into tyre surface is provided for syringe needle 204, location probe claw 203 is positioned at around syringe needle 204, before syringe needle 204 is squeezed into label, location probe claw 203 moves downward tire tread is compressed, the syringe needle of laser ranging unit 205 detected electrons label flush mountings 200 and the distance of tyre surface, squeeze into the degree of depth of tyre surface with accurate control syringe needle 204.
Further, electronic tag flush mounting 200 is after tread rubber strip form 602 is imbedded the interior one or more electronic tags of certain limit, tyre surface conveyer 30 transmits tread rubber strip form 602 and moves forward certain distance, electronic tag flush mounting 200 need to be imbedded the position relationship of the tyre surface of label by track servo device 50 adjustment shown in Figure 3 self and next place, to carry out next periodic duty.
In a more excellent embodiment of the present utility model, tread rubber strip form 602 can be fixed on conveyer belt, need to imbed the tyre surface position of label and carries out work and electronic tag flush mounting 200 moves to the everywhere by track servo device 50 shown in Figure 3.
As shown in Figure 8, dyeing apparatus 300 is provided with pigment memory cell 301 and dyeing shower nozzle 302, and pigment memory cell 301 can provide the color of different colours.Dyeing apparatus 300 obtains the signal of the depth and place of the previous label of imbedding from electronic tag flush mounting 200, the corresponding color default according to signal, and dyeing apparatus 300 is sprayed corresponding color for the position of imbedding and is served as a mark.
Further, after dyeing apparatus 300 is completed dye marker, tyre surface conveyer 30 transmits tread rubber strip form 602 and moves forward certain distance, dyeing apparatus 300 needs the position relationship of the tyre surface of dyeing by track servo device 50 adjustment shown in Figure 5 self and next place, to carry out next periodic duty.
In a more excellent application of the present utility model, tread rubber strip form 602 can be fixed on conveyer belt, carries out work and dyeing apparatus 300 moves to by track servo device 50 shown in Figure 5 the tyre surface position that need to dye the everywhere.
In a more excellent application of the present utility model, the color mark that dyeing apparatus 300 dyes for tire tread rubber, when the sulfidization molding operation, when the sulfidization molding operation, can imbed according to the electronic tag that color mark is adjusted the default pattern groove of tire sulfidization molding drum and color mark the position relationship at place, clash and be exposed to the surface of tire tread after sulfidization molding with the electronic tag of avoiding imbedding tyre surface and the default decorative pattern of vulcanized drum.
Further, utilize existing technique, after pressing to successively inner layer material 601, the tread rubber strip form 602 of the rubber strip between tread ply and cord ply or tire on the carcass circumference, complete the tyre vulcanization moulding.
further, as shown in Fig. 9 a, activate label laminating apparatus 400 and comprise that label covers wheel 401, pressurization strut 402, tire locating support 403 and activation tag storage device 404, as shown in Fig. 9 b, the tire 860 of process sulfidization molding operation is as activating the target of label laminating apparatus 400 in native system, wherein there are a plurality of active electron labels 450 in storage device 404, label 450 information memory capacities are larger owing to activating, label appearance and size is also larger, consider restriction and the reliability of prior art, label 450 is suitable is fitted in tire 860 sides after the tyre vulcanization molding procedure, 400 utilizations of activation label laminating apparatus cover wheel 401 and stick the active electron label for tire 860, and pressurization strut 402 covers from the inboard cooperation of tire and takes turns with accurate exert pressure, to guarantee to fit firmly and to prevent from damaging active electron label 450.
In a more excellent embodiment of the present utility model, activate the pressurization strut 402 of label laminating apparatus 400 with the pressure measurement function, can coordinate label to cover wheel 401 provides laminate pressure accurately.
As shown in figure 10, tire tag initially setting apparatus 500 comprises shielding outer cover 501, with a plurality of read-write cells 502, completed the tire 870 of sulfidization molding operation as operand, in the tread ply of tire 870 and between tread ply and cord ply with a plurality of electronic tags for detection of tire wear, a plurality of electronic tags that are positioned at tread ply comprise 20110 and 20120, and tyre side has been worn active electron label 450.
the shielding outer cover 501 of tire tag initially setting apparatus 500 is with electro-magnetic screen layer, can avoid to carry out label when read-write when front tyre 870, near the interference of electronic tag signal on other tires being subject to, the tire tag initially setting apparatus reads on tire tread all electronic tags for example 2011, 2012 signal, judge that according to the quantity of signal tire is after the over cure moulding process, whether all electronic tag signals still can normally be received, as detect errorless, will write the consistent unique identity sequence number of visible mark with the tire side for these electronic tags, after tire 870 comes into operation, can read these with the electronic tag 2011 of unique identity sequence number, 2012 signal, judge the tire that these signals belong to, after the electronic tag writing sequence number, tire tag initially setting apparatus 500 by read-write cell 502 with the manufacturing information of these electronic tag signals 20110 on tire 870 tyre surfaces, 20120 quantity and tire 870 write be positioned at the tire side active electron label 450 to complete the initial setting to tire 870.
As shown in Figure 2, the manufacturing system of a kind of tire with the abrasion detection electronic tag of the present utility model comprises tire positioning device 40, electronic tag laminating apparatus 100, electronic tag flush mounting 200, dyeing apparatus 300.Further, system of the present utility model also comprises activation label laminating apparatus 400, tire tag initially setting apparatus 500.
Wherein, the carcass 850 of uncured, will fit successively on its carcass circumference rubber strip between tread ply and cord ply or the inner layer material 651 of tire, tire tread adhesive tape 652; , further fitted and activated the tire 870 of label as the processing object of native system with the carcass 860 of tread contour through vulcanization process.
Further, as shown in Figure 4, the described tire positioning device 40 of native system is with tire bracing frame 41, and bracing frame can be with full the propping up of carcass 850 of uncured, and rotatable be positioned to arbitrarily angled.
Further, as shown in Figure 2, electronic tag laminating apparatus 100 is by the rotation location cooperation of tire positioning device 40, before the tread rubber strip form 652 as outer plies not yet presses to carcass, electronic tag is conformed to the surface of the inner layer material 651 of rubber strip between tread ply and cord ply or tire; After will be successively inner layer material 651, the tire tread adhesive tape 652 of the rubber strip between tread ply and cord ply or tire being pressure bonded to carcass 850, electronic tag flush mounting 200 coordinates by the rotation of tire positioning device 40 location, completes just electronic tag and imbeds in the tread rubber 652 that is pressed on the carcass circumference; Dyeing apparatus 300 is completed the work of the position dye marker that electronic tag is imbedded by the rotation location cooperation of tire positioning device 40; Utilize existing technique to complete the sulfidization molding of tire; Further, be tire applying active electron label by activating label laminating apparatus 400, tire tag initially setting apparatus 500 is completed the initial setting of institute's electronic label for tire.
As shown in Figure 5, track servo device 50 will be electronic tag laminating apparatus 100, and electronic tag flush mounting 200, dyeing apparatus 300 provide three axial walking and positioning functions, to control the position between these devices and tire positioning device 40.
as shown in Figure 6, electronic tag laminating apparatus 100 comprises tag memory cell 102, comprise that the label applying covers wheel 101, and guide wheel, before electronic tag laminating apparatus 100 can not yet press to carcass 850 at the tread rubber strip form 652 as outer plies, label is fitted in the surface of the inner layer of tire materials 651 such as rubber strip between tread ply and cord ply or belt, these materials are placed between the cord ply and tread ply of tire, normally use along with tyre surface or the non-normal use such as bring to a halt when wearing and tearing totally at the electronic tag of tire surface layer, electronic tag on this layer of material is worn and torn, with the early warning signal that excites tire to be about to blow out.
Further, described electronic tag laminating apparatus 100 comprises tag memory cell 102, comprise and cover wheel 101, electronic tag is sticked in advance on the strip of rolling and be stored in memory cell 102, before the tread rubber strip form 652 as outer plies not yet presses to carcass 850, the covering wheel and 101 will be overlaid on the strip of electronic tag 651 surface of electronic tag laminating apparatus 100, along with the rotation that covers wheel 101, strip is fitted in the surface of target 651 with electronic tag.
In a more excellent embodiment of the present utility model, when electronic tag is the bulk of inflexibility and sheet material, guide wheel and cover wheel and be polygon or the circle of the electronic tag profile that is fit to, and with the pregroove marks that is fit to the label profile.
As shown in Figure 7, electronic tag flush mounting 200, with tag memory cell 201, unit 202 is pressed in storage, location probe claw 203, syringe needle 204, laser ranging unit 205.
in tag memory cell 201 inside, electronic tag is according to the difference that will imbed the tread ply depth, write in advance different codings, and be stored in tag memory cell 201 inner different zones, for example will imbed tire tread and be stored in 2011 zones near surperficial 10mm degree of depth electronic tag 20110, imbed tire tread and be stored in 2012 zones near the electronic tag 20120 of the surperficial 10mm degree of depth, syringe needle 204 realizes inserting the action of tread rubber strip form inside by servomotor, storage presses unit 202 that the power of label being squeezed into tyre surface is provided for syringe needle 204, location probe claw 203 is positioned at around syringe needle 204, before syringe needle 204 is squeezed into label, location probe claw 203 moves downward tire tread is compressed, the syringe needle of laser ranging unit 205 detected electrons label flush mountings 200 and the distance of tyre surface, squeeze into the degree of depth of tyre surface with accurate control syringe needle 204.
Further, when tread rubber strip form 652 has been pressed on carcass 850 circumference, electronic tag flush mounting 200 is after the tread rubber strip form 652 on carcass circumference 850 is imbedded the interior one or more electronic tags of certain limit, the bracing frame 41 of tire positioning device 40 turns an angle carcass 850, electronic tag flush mounting 200 need to be imbedded the position relationship of the tread-rubber of label by track servo device 50 adjustment shown in Figure 3 self and next place, to carry out next periodic duty.
As shown in Figure 8, dyeing apparatus 300 is provided with pigment memory cell 301 and dyeing shower nozzle 302, and pigment memory cell 301 can provide the color of different colours.Dyeing apparatus 300 obtains the signal of the depth and place of the previous label of imbedding from electronic tag flush mounting 200, the corresponding color default according to signal, and dyeing apparatus 300 is sprayed corresponding color for the position of imbedding and is served as a mark.
Further, after dyeing apparatus 300 is completed dye marker, the bracing frame 41 of tire positioning device 40 turns an angle carcass 850, dyeing apparatus 300 is adjusted self by track servo device 50 shown in Figure 5 and need to be located the position relationship that is positioned at the tread rubber strip form 652 on carcass 850 circumference of dyeing with next, to carry out next periodic duty.
In a more excellent embodiment of the present utility model, the color mark that dyeing apparatus 300 dyes for tire tread rubber, when the sulfidization molding operation, can imbed according to the electronic tag that color mark is adjusted the default pattern groove of tire sulfidization molding drum and color mark the position relationship at place, clash and be exposed to the surface of tire tread after sulfidization molding with the electronic tag of avoiding imbedding tyre surface and the default decorative pattern of vulcanized drum.
Further, utilize existing technique, complete the tyre vulcanization moulding.
further, as shown in Fig. 9 a, activate label laminating apparatus 400 and comprise that label covers wheel 401, pressurization strut 402, tire locating support 403 and activation tag storage device 404, as shown in Fig. 9 b, the tire 860 of process sulfidization molding operation is as activating the target of label laminating apparatus 400 in native system, wherein there are a plurality of active electron labels 450 in storage device 404, label 450 information memory capacities are larger owing to activating, label appearance and size is also larger, consider restriction and the reliability of prior art, label 450 is suitable is fitted in tire 860 sides after the tyre vulcanization molding procedure, 400 utilizations of activation label laminating apparatus cover wheel 401 and stick the active electron label for tire 860, and pressurization strut 402 covers from the inboard cooperation of tire and takes turns with accurate exert pressure, to guarantee to fit firmly and to prevent from damaging active electron label 450.
In a more excellent embodiment of the present utility model, activate the pressurization strut 402 of label laminating apparatus 400 with the pressure measurement function, can coordinate label to cover wheel 401 provides laminate pressure accurately.
As shown in figure 10, tire tag initially setting apparatus 500 comprises shielding outer cover 501, with a plurality of read-write cells 502, completed the tire 870 of sulfidization molding operation as operand, in the tread ply of tire 870 and between tread ply and cord ply with a plurality of electronic tags for detection of tire wear, a plurality of electronic tags that are positioned at tread ply comprise 20110 and 20120, and tyre side has been worn active electron label 450.
the shielding outer cover 501 of tire tag initially setting apparatus 500 is with electro-magnetic screen layer, can avoid to carry out label when read-write when front tyre 870, near the interference of electronic tag signal on other tires being subject to, the tire tag initially setting apparatus reads on tire tread all electronic tags for example 2011, 2012 signal, judge that according to the quantity of signal tire is after the over cure moulding process, whether all electronic tag signals still can normally be received, as detect errorless, will write the consistent unique identity sequence number of visible mark with the tire side for these electronic tags, after tire 870 comes into operation, can read these with the electronic tag 2011 of unique identity sequence number, 2012 signal, judge the tire that these signals belong to, after the electronic tag writing sequence number, tire tag initially setting apparatus 500 by read-write cell 502 with the manufacturing information of these electronic tag signals 20110 on tire 870 tyre surfaces, 20120 quantity and tire 870 write be positioned at the tire side active electron label 450 to complete the initial setting to tire 870.
Below with specific embodiment, the utility model is had been described in detail by reference to the accompanying drawings; but; in principle of the present utility model and spiritual scope; those skilled in the art can also carry out multiple modification and remodeling to the utility model; should be appreciated that some such modification and remodeling are all in protection domain of the present utility model.
Claims (11)
1. the manufacturing system with the tire of abrasion detection electronic tag, comprise the tyre surface conveyer, it is characterized in that, described system also comprises:
The electronic tag flush mounting is with described tyre surface conveyer cooperating, electronic tag is imbedded in the rubber layer as tire tread; And
Dyeing apparatus is with described tyre surface conveyer cooperating, will imbed the upper marker color of position spraying of electronic tag.
2. the manufacturing system of a kind of tire with the abrasion detection electronic tag according to claim 1, it is characterized in that, described system also comprises the electronic tag laminating apparatus, it comprises memory cell, described electronic tag laminating apparatus and described tyre surface conveyer cooperating, before pressing to carcass at tire tread, electronic tag is fitted to the inner layer material surface of rubber strip between tread ply and cord ply or tire.
3. the manufacturing system of a kind of tire with the abrasion detection electronic tag according to claim 1, is characterized in that, described electronic tag flush mounting comprises:
Syringe needle, it is hollow and multi-clove type, and described syringe needle can insert the desired depth of tyre surface, so that electronic tag is implanted in tire;
Locating detent is located at the surrounding of described syringe needle, in order to the position of stablizing tyre surface when syringe needle inserts tyre surface, and the degree of depth of squeezing into accurate control syringe needle; And
Distance measuring unit, the accurate distance that is used for measuring syringe needle and will puts into the tyre surface of label is with the degree of depth of putting into of accurate abstract factory.
4. the manufacturing system of a kind of tire with the abrasion detection electronic tag according to claim 1, is characterized in that, described dyeing apparatus comprises:
The pigment memory cell is in order to provide the color of different colours; And
The dyeing shower nozzle is with thinking that the position of imbedding label sprays predetermined color and serve as a mark.
5. the manufacturing system of a kind of tire with the abrasion detection electronic tag according to claim 1, it is characterized in that, described system is also with activating the label laminating apparatus, be used for after the tyre vulcanization moulding, fitting in the tire side is used for the electronic tag data that is provided with above the storage tire and the activation label of tire production manufacturing information.
6. the manufacturing system of a kind of tire with the abrasion detection electronic tag according to claim 1, it is characterized in that, described system also comprises the tire tag initially setting apparatus, be used for after the activation label of fitting, for all electronic tags on tire write identity recognition number, and the information of electronic tag and the manufacturing information of tire are write in the active electron label.
7. the manufacturing system of a kind of tire with the abrasion detection electronic tag according to claim 6, it is characterized in that, described tire tag initially setting apparatus comprises electro-magnetic screen layer, with to when front tyre carries out electronic label read-write, prevents from disturbing with other tire.
8. the manufacturing system of a kind of tire with the abrasion detection electronic tag according to claim 1, it is characterized in that, described system also comprises the track servo device, described electronic tag laminating apparatus, electronic tag flush mounting and dyeing apparatus slide on described track servo device, and accurately locate on described track servo device.
9. the manufacturing system with the tire of abrasion detection electronic tag, comprise tire positioning device, it is characterized in that, described system also comprises:
The electronic tag flush mounting is with described tire positioning device cooperating, electronic tag is imbedded in the rubber layer of tire tread; And
Dyeing apparatus is with described tire positioning device cooperating, will imbed the upper marker color of position spraying of label.
10. the manufacturing system of a kind of tire with the abrasion detection electronic tag according to claim 9, it is characterized in that, described system also comprises the electronic tag laminating apparatus, it comprises memory cell, described electronic tag laminating apparatus and described tire positioning device cooperating, before pressing to carcass at tire tread, electronic tag is fitted in the inner layer material surface of rubber strip between tread ply and cord ply or tire.
11. the manufacturing system of according to claim 1 or 9 described a kind of tires with the abrasion detection electronic tag, it is characterized in that, described dyeing apparatus, color mark for the dyeing of tire tread rubber, when the sulfidization molding operation, can imbed according to the electronic tag that color mark is adjusted the default pattern groove of tire sulfidization molding drum and color mark the position relationship at place, clash and be exposed to the surface of tire tread after sulfidization molding with the electronic tag of avoiding imbedding tyre surface and the default decorative pattern of vulcanized drum.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320070004 CN203267232U (en) | 2013-02-06 | 2013-02-06 | Manufacturing system of tire with wear testing electronic label |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320070004 CN203267232U (en) | 2013-02-06 | 2013-02-06 | Manufacturing system of tire with wear testing electronic label |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203267232U true CN203267232U (en) | 2013-11-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320070004 Expired - Lifetime CN203267232U (en) | 2013-02-06 | 2013-02-06 | Manufacturing system of tire with wear testing electronic label |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203267232U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103112188A (en) * | 2013-02-06 | 2013-05-22 | 毕雪松 | Manufacture system for tire with abrasion detection electronic tag |
| CN106005646A (en) * | 2016-07-01 | 2016-10-12 | 无锡康柏斯机械科技有限公司 | Anti-offsetting device for label outside tire |
| CN115258598A (en) * | 2022-09-19 | 2022-11-01 | 江苏华恬节能科技有限公司 | Portable polyurethane plate conveying system and working method thereof |
-
2013
- 2013-02-06 CN CN 201320070004 patent/CN203267232U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103112188A (en) * | 2013-02-06 | 2013-05-22 | 毕雪松 | Manufacture system for tire with abrasion detection electronic tag |
| CN103112188B (en) * | 2013-02-06 | 2015-07-15 | 毕雪松 | Manufacture system for tire with abrasion detection electronic tag |
| CN106005646A (en) * | 2016-07-01 | 2016-10-12 | 无锡康柏斯机械科技有限公司 | Anti-offsetting device for label outside tire |
| CN115258598A (en) * | 2022-09-19 | 2022-11-01 | 江苏华恬节能科技有限公司 | Portable polyurethane plate conveying system and working method thereof |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20131106 Effective date of abandoning: 20150715 |
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| RGAV | Abandon patent right to avoid regrant |