CN204155552U - A kind of intelligent interaction display device framework - Google Patents
A kind of intelligent interaction display device framework Download PDFInfo
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- CN204155552U CN204155552U CN201420594861.2U CN201420594861U CN204155552U CN 204155552 U CN204155552 U CN 204155552U CN 201420594861 U CN201420594861 U CN 201420594861U CN 204155552 U CN204155552 U CN 204155552U
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Abstract
The utility model discloses a kind of intelligent interaction display device framework, display screen is the screen with unalterable rules shape, display location is in the outermost layer of intelligent interaction display device framework, display screen and display driver circuit are electrically connected, for one or more clothing images, an image or the combination of the two taken that display circuit board is specified; Touch-screen, touch-screen is have the screen with display screen same shape, and touch-screen is positioned at display screen internal layer, and touch-screen and touch drive circuit are electrically connected, for receiving the operation touch signal of user; Radiation shield, radiation shield is have the screen with display screen same shape, and radiation shield is positioned at display screen internal layer, and radiation shield and light adjusting circuit are electrically connected, and for reflecting the incident light line, manufactures the mirror effect of half-reflection and half-transmission; Framework, the edge of display screen, touch-screen and radiation shield is surrounded in framework tensioning, and framework makes display screen, touch-screen be close to identical attitude with radiation shield, for moulding, supports and fixing above-mentioned screen.
Description
Technical field
The utility model relates to electronic technology field, especially, relates to a kind of intelligent interaction display device framework.
Background technology
Existing display frame mostly is simple tangible giant-screen, except conventional touch control, lacks more distinctive input and output mutual, and more lack of wisdom controls.For places such as hospital, bank, bus stations, customer need is inquired about register state, duty doctor, the market value of stock, foreign exchange rate, public transport of the fact easily and to be arrived at a station the information such as inquiry and stand-by period, and carry out preengaging according to the demand of self, queue up, the operation such as calculating carries out mutual, and obtain intelligence and return results; And for example fit, for general citizen, the clothing of shopping at network etc. lack effective interactive operations such as trying on, can only pay the bill and wait for that goods arrives; For solid shop/brick and mortar store businessman, the flow of dressing cubicle seriously limits the shopping efficiency of client.Meanwhile, general clothing is tried behavior on and is not had intelligent, and usual individual carries out clothing and tries that time space is narrow, inconvenient operation on, and effect worn in record of having no time.
In addition, in existing application, usual intelligent interaction display device framework is close to wall placement, and its main heat sink device is all positioned at intelligent interaction display device framework backboard, lack effective heat-dissipating space, easily cause the overheated intelligent interaction display device framework that causes normally to work.
Utility model content
For the problem of display device heat radiation difficulty in prior art, the purpose of this utility model is to propose a kind of intelligent interaction display device framework, can improve the radiating effect of display device, intelligent interaction display device framework is close to when wall is placed and also can normally works.
Based on above-mentioned purpose, the technical scheme that the utility model provides is as follows:
According to an aspect of the present utility model, provide a kind of intelligent interaction display device framework.
Comprise according to the intelligent interaction display device framework that the utility model provides the minute surface display screen be made up of display screen, touch-screen and radiation shield, wherein, display location, in outermost layer, is electrically connected to circuit board; Touch-screen and radiation shield are positioned at inside display screen, and are electrically connected to circuit board respectively; Camera, camera is fixed on frame edge, and camera is electrically connected to circuit board; Storer, memory bit is in the intelligent interaction display device framework back side, and storer and circuit board are electrically connected; Minute surface backboard, minute surface backboard comprises circuit board, circuit board is fixed on the back side of intelligent interaction display device framework, and the front of circuit board is positioned on the air channel that following multiple radiator fan and multiple air grid formed, and circuit board and three screens, storer, multiple cameras are electrically connected; Framework, the edge of minute surface display screen is surrounded in framework tensioning, and holds minute surface backboard; Frame facet comprises multiple air grid, multiple radiator fan is comprised in framework, the position one_to_one corresponding respectively of multiple radiator fan and multiple air grid, the air-out direction of each radiator fan is all right against the palisade air outlet of each air grid corresponding to each radiator fan, and each radiator fan all do not exist overlapping with the ventilating path between each air grid corresponding with it; Heating element on all circuit boards is all positioned on many air channels that multiple radiator fan and multiple air grid formed; Multiple radiator fans in multiple air grid of frame facet and framework are spaced along framework both sides, in many air channels that multiple air grid and multiple radiator fan are formed, the blowing direction in the adjacent air channel in any air channel is all contrary with the blowing direction in this air channel.
Further, multiple air grid has waterproof effect and dust-proof effect.
Further, in multiple air grid, each air grid includes at least 5 gates, and wherein, the outer openings position of every gate is all lower than interior side opening, and all grid in each air grid are parallel mutually.
Above-mentioned display screen, touch-screen, radiation shield are rectangle screen; Multiple radiator fan and multiple air grid are four radiator fans and four air grids; Four radiator fans to lay respectively on the left of rectangle on limit on position, distance base 1/6th, limit, left side in position, distance base 4/6ths, right edge position, distance base 5/6ths in position, distance base 2/6ths, right edge; Four air grids lay respectively in rectangle right edge that in position, distance base 1/6th, right edge, on position, distance base 4/6ths, limit, left side, on position, distance base 2/6ths, limit, left side position, distance base 5/6ths.
In addition, touch-screen receives the operation touch signal of user, wherein operation can be call clothing image, delete clothing image, the position of the size of adjustment clothing image, adjustment clothing image, the angle of adjustment clothing image, adjustment clothing image stacked order, take pictures, call equipped scheme, preserve equipped scheme, one or more in the equipped scheme of application.
And, main frame makes intelligent interaction display device framework complete its function, wherein function can be access memory calls clothing image, delete clothing image, the size of adjustment clothing image, the position of adjustment clothing image, the angle of adjustment clothing image, the stacked order of adjustment clothing image, take pictures and be stored in storer, call the shooting image in storer, call the equipped scheme in storer, preserve equipped scheme in storer, equipped scheme and shooting image are merged, by the image after merging stored in storer, call in the image after the merging in storer one or more.
Above-mentioned touch-screen can be any one in infrared touch panel, capacitance touch screen, electric resistance touch screen, video identification touch-screen, nanometer touch-screen; Display screen can be LED electrical screen, any one in LED liquid crystal display, projection display screen; The material of framework can be any one in panel beating, plastics, solid wood.
Minute surface display screen lamination order is from outside to inside display screen at outer, touch-screen in middle layer, radiation shield is at internal layer; Or lamination order be from outside to inside display screen at outer, radiation shield in middle layer, touch-screen is at internal layer.
As can be seen from above, the technical scheme that the utility model provides is by using the technical scheme of multiple duct intersection air-supply, for the work of intelligent interaction display device framework normal table provides guarantee, solve intelligent interaction display device framework and usually place the technical barrier causing heat radiation difficulty by wall; Meanwhile, use intelligent interaction display device framework to demonstrate clothing image to be tried on, and use contact action to adjust clothing image, superpose the picture registration formed with mirror surface, reach visual and try experience on, successfully provide and try service on without clothing; In addition, the equipped scheme that the image of the lower user of camera shooting and user edit all can be saved, and equals to have recorded clothes effect, for shopping at network and solid shop/brick and mortar store are done shopping the fitting effects of providing convenience, has saved time and resource.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment below, apparently, accompanying drawing in the following describes is only embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the theoretical construct figure in the air channel that in the intelligent interaction display device framework according to the utility model embodiment, radiator fan and air grid are formed;
Fig. 2 is the actual wind direction circulation figure and eddy current schematic diagram that in the intelligent interaction display device framework according to the utility model embodiment, radiator fan and air grid are formed;
Fig. 3 is the location diagram of radiator fan and main heat sink circuit in the intelligent interaction display device framework according to the utility model embodiment;
Fig. 4 is the structural drawing of the intelligent interaction display device framework according to the utility model embodiment.
Embodiment
Clearly understand for making the purpose of this utility model, technical scheme and advantage, below in conjunction with the accompanying drawing in the utility model embodiment, to the technical scheme in the utility model embodiment carry out further clear, complete, describe in detail, obviously, described embodiment is only the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, the every other embodiment that those of ordinary skill in the art obtain, all belongs to the scope of the utility model protection.
According to embodiment of the present utility model, provide a kind of intelligent interaction display device framework.
As shown in Figure 1, comprise according to the intelligent interaction display device framework that embodiment of the present utility model provides the minute surface display screen be made up of display screen, touch-screen and radiation shield, wherein, display location, in outermost layer, is electrically connected to circuit board; Touch-screen and radiation shield are positioned at inside display screen, and are electrically connected to circuit board respectively; Camera, camera is fixed on frame edge, and camera is electrically connected to circuit board; Storer, memory bit is in the intelligent interaction display device framework back side, and storer and circuit board are electrically connected; Framework, the edge of minute surface display screen is surrounded in framework tensioning, and holds minute surface backboard; Minute surface backboard, minute surface backboard comprises circuit board, circuit board is fixed on the back side of intelligent interaction display device framework, and the front of circuit board is positioned on the air channel that following multiple radiator fan and multiple air grid formed, and circuit board and three screens, storer, multiple cameras are electrically connected; Frame facet comprises multiple air grid, multiple radiator fan is comprised in framework, the position one_to_one corresponding respectively of multiple radiator fan and multiple air grid, form the air channel of a fixed route, each radiator fan operationally can to a fixing direction air-supply, its air-out direction is all right against the palisade air outlet of each air grid corresponding to each radiator fan, and hot blast is discharged framework to reduce the temperature of intelligent interaction display device framework by palisade air outlet.For avoiding wind path conflict and convection current, the ventilating path between each radiator fan with each air grid corresponding with it does not all exist overlapping, and on each ventilating path, any point all only has and only has the wind in an air channel to pass through; Heating element on all circuit boards is all positioned on four air channels that four radiator fans and four air grids formed, to be reached for the optimum efficiency of heat dissipation for circuit board.Multiple radiator fans in multiple air grid of frame facet and framework are spaced along framework both sides, in many air channels that multiple air grid and multiple radiator fan are formed, the blowing direction in the adjacent air channel in any air channel is all contrary with the blowing direction in this air channel.
Wherein, multiple air grid 22 has waterproof effect and dust-proof effect.In multiple air grid 22, each air grid 22 includes at least 5 gates, and wherein, the outer openings position of every gate is all lower than interior side opening, and all grid in each air grid 22 are parallel mutually.Usually, under the mutual display device framework of this type of large-scale intelligent may be placed in outdoor environment for a long time, the ability that can work in the inclement weathers such as strong wind and heavy rain should be had.The outer openings of air grid 22 can avoid extraneous foreign matter (as raindrop lower than the design of interior side opening while normal ventilation and heat; bulky grain dust etc.) intelligent interaction display device framework is entered when falling; place circuit board partial short-circuit and then cannot normally work; also the heat radiation obstacle that after avoiding Long-Time Service, the accumulation of dust brings, has ensured the working stability of intelligent interaction display device framework.
In a kind of intelligent interaction display device framework backboard better embodiment as shown in Figure 1, display screen, touch-screen, radiation shield are the identical rectangle screen of shape, and multiple radiator fan and multiple air grid are four radiator fans 21 and four air grids 22.Particularly, four radiator fans to lay respectively on the left of rectangle on limit on position, distance base 1/6th, limit, left side in position, distance base 4/6ths, right edge position, distance base 5/6ths in position, distance base 2/6ths, right edge; Four air grids lay respectively in rectangle right edge that in position, distance base 1/6th, right edge, on position, distance base 4/6ths, limit, left side, on position, distance base 2/6ths, limit, left side position, distance base 5/6ths.As can be seen from Figure 1, four radiator fans 21 and four air grids 22 define four parallel air channels, adjacent air channel wind direction is contrary, on the one hand crisscross blowing design avoid in framework exist blow less than dead angle, if the blowing direction in four air channels is all identical, the corner alluvial dust of blowing direction dorsad may be caused; Simultaneously, crisscross blowing design effectively employs two frame sides and dispels the heat, its radiating efficiency is more much higher than three efficiency of one-sided blowing, it also avoid complete cooling system inoperable problem when intelligent interaction display device framework is arranged on dead angle.On the other hand, due to distance position, base 1/6th and two air channels of distance position, base 2/6ths, i.e. two air channels, upside, spacing is less, and as shown in Figure 2, when reality is ventilated, wind path can be widened gradually along with away from radiator fan, cause a wind path can be overlapping with adjacent reverse wind path generating portion, form eddy current, eddy current can take away large calorimetric, increases substantially the radiating effect in air channel.Distance position, base 4/6ths and two air channels apart from position, base 5/6ths, namely, also there is identical cooling effect in two air channels, downside.
On the other hand, shown in Fig. 3 is the position relationship of radiator fan and main heat sink circuit, shown in Fig. 3 is main heater members on circuit board, comprise display driver circuit 16, on touch drive circuit 17, light adjusting circuit 15, power supply 31 are all positioned at four radiator fans 21 and four air grids 22 are formed four air channels, and the used heat production part that this four part is main just, power supply 31 and four radiator fans 21 are all electrical connected, for electric fan provides electric energy.
In a kind of preferred embodiment illustrated in fig. 4, the display screen 11 of intelligent interaction display device framework is for having the screen of unalterable rules shape, display screen 11 is positioned at the outermost layer of intelligent interaction display device framework, display screen 11 and display circuit board 15 are electrically connected, for one or more clothing images, an image or the combination of the two taken that display circuit board 15 is specified; Touch-screen 12 is for having the screen with display screen 11 same shape, and touch-screen 12 is positioned at display screen 11 internal layer, and touch-screen 12 and circuit board 15 are electrically connected, for receiving the operation touch signal of user; Radiation shield 13 is for having the screen with display screen 11 same shape, and radiation shield 13 is positioned at display screen 11 internal layer, and radiation shield 13 and circuit board 15 are electrically connected, and for reflecting the incident light line, manufactures the mirror effect of half-reflection and half-transmission; The edge of display screen 11, touch-screen 12 and radiation shield 13 is surrounded in framework tensioning, and framework makes display screen 11, touch-screen 12 is close to identical attitude with radiation shield 13, for moulding, supports and fixing above-mentioned screen; Multiple camera 14 is positioned at frame edge, and multiple camera 14 is connected to circuit board 15, for the user before photographed screen and by image transfer to circuit board 15; , circuit board 15 is positioned at the intelligent interaction display device framework back side, and circuit board 15 and three screens, storer 19, multiple cameras 14 are electrically connected, and for the treatment of all input/output signals, makes intelligent interaction display device framework complete its function; Storer 19 is positioned at the intelligent interaction display device framework back side, and storer 19 and circuit board 15 are electrically connected, for storing clothing class image, image that camera takes shooting and the finished image of circuit board 15; When user uses intelligent interaction display device framework described in the utility model, control intelligent interaction display device framework by operation touch-screen 12 via touch drive circuit 17 and fit.In general fitting behavior, watch the clothing effect of oneself with reference to mirror after user puts on clothing usually, and in the utility model, radiation shield 13 serves the effect of mirror, display screen 11 simulates by display clothing image effect of wearing the clothes, user obtains the visual information of radiation shield 13 and display screen 11 simultaneously and the two is superposed, thus reaches and try on without clothing.Wherein, radiation shield 13 can control its reflectivity by circuit board 15, the reflectivity of radiation shield 13 should be adjusted in the level easily observing personage's imaging and clothing image simultaneously, too high meeting causes transmissivity not enough---clothing image fog, and too low, cause reflectivity not enough---person image is fuzzy.When selecting clothing and trying on, user controls intelligent interaction display device framework by touch-screen 12 and calls clothing image, removes clothing image, reaches the effect changed clothing and try on; Similarly, also can adjust its size, the anglec of rotation for same clothing, reach replacing large size clothing, change small size clothing, make clothing follow the actual clothes effect of user's postural change etc.User can add more than one piece clothing simultaneously on screen, and adjust its stacked order to complete a set of equipped scheme, reach the effect of research clothing collocation, these operation all by user by the corresponding display screen 11 of touch-screen 12 showing the position of clothing image, the display of display screen 11 is driven by circuit board 15, this operating experience has imitated the action of user's actual contact clothing to the full extent, and provides convenience to the full extent.Meanwhile, the equipped scheme that user creates can be stored device 19 storage for access in the future and recreation, and for the disposable user carrying out fitting in a large number, the equipped scheme of storage contributes to selecting lateral comparison clothing and the clothing inventory of record needs purchase.In addition, multiple camera 14 can be taken pictures to user under the control of circuit board 15, and the portrait that the picture that circuit board 15 can be taken is seen from radiation shield 13 as user oneself combines with specific equipped scheme and is stored into reservoir 19 as image file.These image files can be derived and be sent on other equipment that there is not radiation shield 13 and normally be watched from reservoir 19, are further analyzed and process, or send other people to and carry out equipped comment.
Touch-screen 12 receives the operation touch signal of user, wherein operation comprise can be call clothing image, delete clothing image, the position of the size of adjustment clothing image, adjustment clothing image, the angle of adjustment clothing image, adjustment clothing image stacked order, take pictures, call equipped scheme, preserve equipped scheme, one or more in the equipped scheme of application.Touch-screen 12 is supporting bodies of user's all operations input information, user needs to adjust clothing and all can realize on touch-screen 12 with the equipped all operations required for scheme of editor, because user can observe the clothing image that self mirror surface image and display screen 11 demonstrate simultaneously, the convenience that this mode of operation of undressing of being equivalent to wear the clothes is fitted for user is most important with emulation property.
Circuit board 15 makes intelligent interaction display device framework complete its function, wherein function can be access memory calls clothing image, delete clothing image, the size of adjustment clothing image, the position of adjustment clothing image, the angle of adjustment clothing image, the stacked order of adjustment clothing image, take pictures and be stored in storer, call the shooting image in storer, call the equipped scheme in storer, preserve equipped scheme in storer, equipped scheme and shooting image are merged, by the image after merging stored in storer, call in the image after the merging in storer one or more.Circuit board 15, as the core component of whole intelligent interaction display device framework, its role is to reading, shows and adjusts clothing image, adjusts the transmissivity of radiation shield 13, takes pictures, synthesizes with storage figure picture for inquiring about later.
Similarly, except the embodiment shown in Fig. 4, also have other embodiments using the technical program in places such as hospital, community's property, bus platforms.Patient person can be allowed according to the demand of self, current duty doctor, working hour in hospital, to register quantity, register targetedly, and estimate out stand-by period and consultation hours; The business can handled according to current needs in property carries out preengaging, pay the fees, progress queries, or message indicates Idiotype demand, contact responsible official etc.; Bus platform passenger can inquire about the travel route through vehicle of this website, the average latency, the estimated time of arrival (ETA) of getting off, near the information such as road conditions and public place, and by self destination and current location, calculate the shortest or the fastest transfer circuit for passenger's reference.
Above-mentioned touch-screen 12 can be any one in infrared touch panel, capacitance touch screen, electric resistance touch screen, video identification touch-screen, nanometer touch-screen.
Above-mentioned display screen 11 can be LED electrical screen, any one in LED liquid crystal display, projection display screen.
The material of said frame can be any one in panel beating, plastics, solid wood.
Above-mentioned minute surface display screen lamination order is from outside to inside display screen at outer, touch-screen in middle layer, radiation shield is at internal layer; Or lamination order be from outside to inside display screen at outer, radiation shield in middle layer, touch-screen is at internal layer.
In sum, by means of technique scheme of the present utility model, by using the technical scheme of four air channels intersection air-supplies, for the work of intelligent interaction display device framework normal table provides guarantee, solving intelligent interaction display device framework and usually placing the technical barrier causing heat radiation difficult by wall; Meanwhile, use intelligent interaction display device framework to demonstrate clothing image to be tried on, and use contact action to adjust clothing image, superpose the picture registration formed with mirror surface, reach visual and try experience on, successfully provide and try service on without clothing; In addition, the equipped scheme that the image of the lower user of camera shooting and user edit all can be saved, and equals to have recorded clothes effect, for shopping at network and solid shop/brick and mortar store are done shopping the fitting effects of providing convenience, has saved time and resource.
Those of ordinary skill in the field are to be understood that: the foregoing is only specific embodiment of the utility model; be not limited to the utility model; all within spirit of the present utility model and principle; any amendment of making, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.
Claims (5)
1. an intelligent interaction display device framework, is characterized in that, comprising:
The minute surface display screen be made up of display screen, touch-screen and radiation shield, wherein, described display location, in outermost layer, is electrically connected to circuit board; Described touch-screen and described radiation shield are positioned at inside described display screen, and are electrically connected to circuit board respectively; Camera, described multiple camera is fixed on described frame edge, and described camera is electrically connected to circuit board;
Storer, described memory bit is in the display mirror back side, and described storer and circuit board are electrically connected;
Minute surface backboard, described minute surface backboard comprises circuit board, described circuit board is fixed on the back side of display mirror, the front of described circuit board is positioned on the air channel that following multiple radiator fan and multiple air grid formed, and described circuit board and described display screen, touch-screen, radiation shield, storer, multiple camera are electrically connected;
Framework, the edge of described minute surface display screen is surrounded in described framework tensioning, and holds described minute surface backboard;
Described frame facet comprises multiple air grid, multiple radiator fan is comprised in framework, the position one_to_one corresponding respectively of described multiple radiator fan and multiple air grid, the air-out direction of described each radiator fan is all right against the palisade air outlet of each air grid corresponding to described each radiator fan, and the ventilating path between described each radiator fan with each air grid corresponding with it does not all exist overlapping; Heating element on all described circuit boards is all positioned on many air channels that described multiple radiator fan and multiple air grid formed; Multiple radiator fans in multiple air grid of described frame facet and described framework are spaced along framework both sides, in many air channels that multiple air grid and multiple radiator fan are formed, the blowing direction in the adjacent air channel in described any air channel is all contrary with the blowing direction in this air channel.
2. a kind of intelligent interaction display device framework according to claim 1, it is characterized in that, in described multiple air grid, each air grid includes at least 5 gates, wherein, the outer openings position of grid described in per pass is all lower than interior side opening, and all grid in each described air grid are parallel mutually.
3. a kind of intelligent interaction display device framework according to claim 2, it is characterized in that, described display screen, touch-screen, radiation shield are rectangle screen; Described multiple radiator fan and multiple air grid are four radiator fans and four air grids; Four described radiator fans to lay respectively on the left of described rectangle on limit on position, distance base 1/6th, limit, left side in position, distance base 4/6ths, right edge position, distance base 5/6ths in position, distance base 2/6ths, right edge; Four described air grids lay respectively in described rectangle right edge that in position, distance base 1/6th, right edge, on position, distance base 4/6ths, limit, left side, on position, distance base 2/6ths, limit, left side position, distance base 5/6ths.
4. a kind of intelligent interaction display device framework according to claim 1, is characterized in that, described touch-screen is one of following: infrared touch panel, capacitance touch screen, electric resistance touch screen, video identification touch-screen, nanometer touch-screen; Described display screen is one of following: LED electrical screen, LED liquid crystal display, projection display screen; The material of described framework is one of following: panel beating, plastics, solid wood.
5. a kind of intelligent interaction display device framework according to claim 1, is characterized in that, described minute surface display screen lamination order is from outside to inside display screen at outer, touch-screen in middle layer, radiation shield is at internal layer; Or lamination order be from outside to inside display screen at outer, radiation shield in middle layer, touch-screen is at internal layer.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420594861.2U CN204155552U (en) | 2014-10-15 | 2014-10-15 | A kind of intelligent interaction display device framework |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420594861.2U CN204155552U (en) | 2014-10-15 | 2014-10-15 | A kind of intelligent interaction display device framework |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105446546A (en) * | 2016-01-25 | 2016-03-30 | 苏州冰格智能科技有限公司 | Touch control information exchange equipment |
| CN117495664A (en) * | 2023-12-25 | 2024-02-02 | 成都白泽智汇科技有限公司 | Intelligent auxiliary cosmetic system |
-
2014
- 2014-10-15 CN CN201420594861.2U patent/CN204155552U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105446546A (en) * | 2016-01-25 | 2016-03-30 | 苏州冰格智能科技有限公司 | Touch control information exchange equipment |
| CN117495664A (en) * | 2023-12-25 | 2024-02-02 | 成都白泽智汇科技有限公司 | Intelligent auxiliary cosmetic system |
| CN117495664B (en) * | 2023-12-25 | 2024-04-09 | 成都白泽智汇科技有限公司 | Intelligent auxiliary cosmetic system |
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Granted publication date: 20150211 Termination date: 20171015 |