CN103673498A - Refrigeration equipment and control method thereof - Google Patents
Refrigeration equipment and control method thereof Download PDFInfo
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- CN103673498A CN103673498A CN201210365673.8A CN201210365673A CN103673498A CN 103673498 A CN103673498 A CN 103673498A CN 201210365673 A CN201210365673 A CN 201210365673A CN 103673498 A CN103673498 A CN 103673498A
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Abstract
Provided is refrigeration equipment. The refrigeration equipment comprises a shell body with a storage space. At least one wall of the shell body is a touch display panel, and the touch display panel at least has a light transmitting mode. On the basis of the refrigeration equipment, the invention further provides a control method of the refrigeration equipment. According to the technical scheme, the service life and humanized degree of the refrigeration equipment are improved.
Description
Technical field
The present invention relates to refrigerating field, relate in particular to a kind of refrigeration plant and control method thereof.
Background technology
Refrigeration plant, such as refrigerator etc., has met the storage needs of article at low temperature environment, thereby has appeared in daily life widely.Along with the generally use of various refrigeration plant, existing refrigeration plant is more and more intelligent.For example, multifunctional refrigerator, in order to realize these functions, for example switching of intelligent mode, battery saving mode, the adjusting of cryogenic temperature height, the making of ice cube and spread out of etc. needs to arrange some buttons on its panel.In addition, due to opening in closing process of door, can distribute cold air, cause high frequent to start, in order to cater to user, wish not open the information that can obtain storage inside article in the situation of door, occur showcase.
Yet there are some defects in above-mentioned refrigeration plant: 1) button is owing to being generally mechanical key, and its service life is shorter; 2) when some performance of showcase is dispatched from the factory, be fixed, poor with user interaction effect, in other words, the inadequate hommization of existing refrigeration plant.
Based on this, the present invention proposes a kind of new refrigeration plant and control method thereof, to address the above problem.
Summary of the invention
The object that the present invention realizes is to propose a kind of new refrigeration plant and control method thereof, and long service life and hommization degree are high.
For achieving the above object, the invention provides a kind of refrigeration plant, comprising:
The housing of storage space, described at least one, the wall of housing is touch display panel, described touch display panel at least has light transmission mode.
Alternatively, described touch display panel also has light tight pattern.
Alternatively, described touch display panel is light tight pattern at holding state.
Alternatively, described touch display panel also has pattern at holding state.
Alternatively, described touch display panel is suitable for part for light transmission mode.
Alternatively, described housing has a wall at least for door, and described door is touch display panel.
Alternatively, described refrigeration plant also has controller, and described controller and described touch display panel are integrated, or the control panel of described controller and refrigeration plant is integrated.
Alternatively, described controller has the port that receives the device of wifi, internet or blue teeth wireless signal or have reception wire signal.
Alternatively, also comprise heat-proof device, described heat-proof device is with respect to the storage space of the more close described refrigeration plant of described touch display panel.
Alternatively, described heat-proof device comprises at least one deck glass, described touch display panel comprises TFT substrate and CF substrate, be oppositely arranged a side of described CF substrate, the space between described glass and the opposite side of described TFT substrate be vacuum be filled with inert gas or two-layer described glass between be vacuum or be filled with inert gas.
Alternatively, described refrigeration plant has at least two doors, each Men Weiyi touch display panel, or all described doors form a touch display panel.
Alternatively, described refrigeration plant is refrigerator or wine cabinet.
Refrigeration plant based on above-mentioned, the present invention also provides the control method to it, comprising:
Under holding state, described touch display panel is during by touch-control, at described touch point place operation display interface.
Alternatively, the center of the described operation interface of demonstration is described touch point.
Alternatively, under holding state, the touch display panel of described refrigeration plant is light tight pattern and shows standby pattern.
Alternatively, described operation interface comprises light transmission mode option, at light transmission mode option during by touch-control, and the liquid crystal deflection in described touch display panel and make described touch display panel printing opacity, and the illuminating lamp in storage space is opened.
Alternatively, described operation interface comprises light transmission mode option, at light transmission mode option during by touch-control, described touch display panel shows selective transmission region option, when corresponding transmission region option is chosen, liquid crystal deflection in this region and make the touch display panel printing opacity in this region, and the illuminating lamp in storage space is opened.
Alternatively, the corresponding article storage area in described region.
Alternatively, described operation interface comprises option is set, and when option is set by touch-control, described touch display panel shows the pattern option of selective holding state, and when described pattern is selected, the pattern of holding state is set up.
Alternatively, described operation interface comprises query option, at query option during by touch-control, described touch display panel shows the pattern option at holding state for the temperature option of the described storage space of inquiry and/or outside environment temperature option and/or described touch display panel;
When the temperature option of described storage space is selected, the temperature of storage space is shown; Or outside environment temperature option is when chosen, outside environment temperature is shown; Or described touch display panel is when the pattern option of holding state is chosen, described touch display panel is shown at the pattern of holding state.
Alternatively, described operation interface comprises the illuminating lamp option of storage space, and when described illuminating lamp option is selected, the illuminating lamp of described storage space is opened.
Alternatively, described operation interface comprises at least one in audio-visual play options, network connectivity option or shutdown options.
Compared with prior art, the present invention has the following advantages:
1) refrigeration plant wall is set to touch display panel, and user can carry out some operations of controlling refrigeration plant and Presentation Function as required on touch display panel, has avoided use mechanical key, improves the interaction of user and refrigeration plant; In addition, this touch display panel, under touch-control, can have various modes, and one of them pattern is light transmission mode, in other words, in the refrigerating environment situation of storage space that does not affect refrigeration plant, obtains the information of refrigeration plant interior items.
2) in possibility, except light transmission mode, this touch display panel also has another light tight pattern, and for example touch display panel is not received user's touching signals, under ideal case in light tight pattern.In addition,, under ideal case, user can also arrange as required some screen protection patterns or claim standby pattern, and these screen protection patterns can be modified.
3) in possibility, the light transmission mode of this touch display panel can be realized on whole panel, also can be in local implementation, in other words, user can obtain the Item Information in whole storage space, also can obtain part storage space, the Item Information on certain shelf, wine frame for example, hommization more.
4) in possibility, the door that this wall that is set to touch display panel is refrigeration plant, adopts such refrigeration plant, can obtain the information of refrigeration plant interior items in the situation that not opening door, has avoided the cold air opening the door in the process of closing the door to scatter and disappear.
5), in possibility, the controller of touch display panel can be integrated with touch panel, also can be integrated with the control panel of refrigeration plant, improved the integrated level of equipment.In addition, this controller also has and receives device wired, wireless signal, makes user pass through the touch display panel under light transmission mode or light tight pattern, can also realize and network interdynamic.
6) in possibility, this touch display panel in use may generate heat, and for fear of the refrigerating environment that affects storage space, at this touch display panel, near a side of storage space, is provided with heat-proof device.This heat-proof device has the multiple approach that realizes, and below enumerates wherein two: one deck glass a) is set, and this is because the common structure of touch display panel is color film (Colour Film, CF) substrate, TFT substrate and Formation of liquid crystals between the two; In addition, CF substrate, TFT substrate are respectively and in glass substrate, form functional structure separately; Structure based on above-mentioned touch display panel, between the glass substrate of this TFT substrate and the glass of this heat-proof device, pull open certain distance, be that between forms certain space, in this space, be filled with the inert gas of poor thermal conductivity or this space is vacuumized, reducing TFT substrate to the glass heat transfer of heat-proof device.B) layer glass is set, between two glass, pull open certain distance and form certain space with between, with method a) similarly, in this space, be filled with the inert gas of poor thermal conductivity or this space vacuumized, reduce touch display panel and conduct heat to storage space.
7) in possibility, refrigeration plant has at least two doors, for these at least two doors, has two kinds of control programs: a) each Men Weiyi touch display panel, and each door is controlled separately; B) all doors form a touch display panel, and to a plurality of integrative controls, the benefit of this scheme is: any one door of touch-control, can realize the control to other, and meet the people's of different heights user demand.
Accompanying drawing explanation
Fig. 1 is the simple gate refrigerator of embodiment mono-structural representation when standby;
Fig. 2 is the structural representation of the touch display panel of embodiment mono-;
Fig. 3 is a kind of embodiment structural representation of heat-proof device of the simple gate refrigerator of embodiment mono-;
Fig. 4 is the another kind of embodiment structural representation of heat-proof device of the simple gate refrigerator of embodiment mono-;
Fig. 5 is the touch display panel of embodiment mono-structural representation when touch-control;
Fig. 6 is the simple gate refrigerator of the embodiment mono-a kind of structural representation under light transmission mode;
Fig. 7 is the simple gate refrigerator of the embodiment mono-another kind of structural representation under light transmission mode.
The specific embodiment
For above-mentioned purpose of the present invention, feature and advantage can more be become apparent, below in conjunction with accompanying drawing, specific embodiments of the invention are described in detail, owing to focusing on that principle of the present invention is described, so do not draw to scale.
For clear understanding technical scheme of the present invention, below list the Reference numeral that the present invention occurs.
Illuminating lamp 3 glass 4,5
TFT substrate 113 glass substrate 1111,1131
Embodiment mono-
The present invention has adopted at least one wall of the housing of refrigeration plant to be set to touch display panel, the use of this touch display panel, avoided the setting of mechanical case, improved service life, and user can pass through touch control operation, carry out more multioperation, realize more interactive operations, more hommization.As previously mentioned, this refrigeration plant can be refrigerator, and the wall that is set to touch display panel can be the door of refrigerator, and this door can be one or more.The present embodiment one be take simple gate refrigerator as example, introduces in detail technical scheme of the present invention.
As shown in Figure 1, the simple gate refrigerator of the present embodiment comprises: the housing 1 of storage space, and a wall of this housing 1 is door, this door is touch display panel 11.The function of this touch display panel 11, for example signals collecting and processing, realizes by controller 12.For improving integrated level, this controller 12 can be integrated with touch display panel 11, also can be integrated with the control panel 2 of refrigerator.
In addition, this touch display panel 11 also has light transmission mode and light tight pattern.
Be understandable that, in use, CF substrate 111 is outer for touch display panel 11, and TFT substrate 113 is near storage space, and TFT substrate 113 is owing to being transistor electronic devices and components, in use can generate heat, and may affect the cryogenic temperature of storage space.For this problem, the present embodiment arranges heat-proof device at touch display panel 11 near a side of storage space.Particularly, this heat-proof device comprises: one or more layers light-passing board is for example glass.
Scheme for one deck glass, as shown in Figure 3, structure based on above-mentioned touch display panel 11, between the glass substrate 1131 of this TFT substrate 113 and the glass 4 as heat-proof device, pull open certain distance, be that between forms certain space, in this space, be filled with the inert gas of poor thermal conductivity or this space is vacuumized, reducing TFT substrate 113 to glass 4 heat transfers of heat-proof device.
Scheme for layer glass, as shown in Figure 4, glass 4 is attached in the glass substrate 1131 of TFT substrate 113, between two glass 4,5, pull open certain distance and form certain space with between, similar with heat insulation scheme with one deck glass, in this space, be filled with the inert gas of poor thermal conductivity or this space is vacuumized, reducing touch display panel 11 and conduct heat to storage space.
The scheme of above-mentioned one deck glass or layer glass, can also arrange the glass that one or more has space each other near storage space, utilizes the feature of poor thermal conductivity of inert gas and vacuum with further heat insulation.
Below in conjunction with the control method of this simple gate refrigerator, introduce the light transmission mode of this simple gate refrigerator and the realization of light tight pattern and other structure.
Particularly, under holding state, touch display panel 11 is in light tight pattern.For the background avoiding monotony, when standby, on this touch display panel 11, also there are some standby patterns, as shown in Figure 1.
It should be noted that, the standby in this description all refers to the standby of touch display panel 11, not the standby of refrigeration plant (refrigerator).
Now, if touch display panel 11 when by touch-control, for example user touches this display floater 11, controller 12 detected touch point positions, the line item of going forward side by side, then, at this touch point place operation display interface, as shown in Figure 5.
Operation interface herein shows and needs to meet at place, touch point: no matter touch point, in edge or the central area of display floater 11, all needs to make the complete demonstration of operation interface.Thereby touch point is positioned at central area, can centered by touch point, show, also can show around touch point certain area, touch point is positioned at edge, around touch point certain area, shows.
The refrigerator fixing with respect to existing key position, is in the benefit of touch point place operation display interface: no matter the user of which kind of height can carry out corresponding operating to refrigerator.
This operation interface has a plurality of options, such as light transmission mode option, the illuminating lamp option of option, query option, storage space and audio-visual play options, network connectivity option or the shutdown options etc. that some realize other function thereof are set, below be introduced respectively the control method that each option is corresponding.
1) light transmission mode option.Control method comprises: at light transmission mode option during by touch-control, and liquid crystal 112 deflections in touch display panel 11 and make touch display panel 11 printing opacities, now, the illuminating lamp 3 in storage space is opened, as shown in Figure 6.Like this, in the situation that not opening refrigerator doors, can obtain the information of refrigerator inside stores.
Can find out, above-mentioned light transmission mode option is during by touch-control, and whole display floater 11 is all light transmission mode.And storage space is generally divided into a plurality of storage areas, for example, by a plurality of shelves and wine frame, realize.In some situation, user only needs the Item Information of acquisition unit subregion storage, addresses that need, and this display floater 11 can also be realized subregion printing opacity.With wine frame, be shown as example, particularly, control method comprises: at light transmission mode option during by touch-control, touch display panel 11 shows selective transmission region option, when transmission region option corresponding to wine frame is chosen, as shown in Figure 7, liquid crystal 112 deflections in this region and make touch display panel 11 printing opacities in this wine frame region, and the illuminating lamp in storage space 3 is opened.
2) option is set.Refrigerator in use, has many kinds of parameters to adjust according to user's request.For example, along with the generally use of various refrigeration plant and the arrival of informationized society, the continuous quickening of information updating speed, market changes exterior design at any time refrigerator to meeting user has some demands.And existing refrigerator, no matter its housing adopts metal, glass or plastics, and when dispatching from the factory, its surperficial exterior design is fixed or sets, and user accepts the fixing refrigerator of this exterior design passively.For the problems referred to above, the scheme that the present embodiment can arrange with the standby pattern of refrigerator is solved.
Particularly, control method comprises: when option is set by touch-control, touch display panel 11 shows the pattern option of selective holding state, and when pattern is selected, the pattern of holding state is set up.
In addition, how long touch display panel 11 does not receive touch signal and time of entering holding state also can be set.
3) query option.Refrigerator in use, can all can be queried for the parameter arranging, and in addition, also has some other parameters can supply inquiry.The present embodiment be take three kinds of parameters as example introduction.
The first, the temperature option of storage space.
The second, standby pattern option.
The third, outside environment temperature option.
Particularly, control method comprises: at query option during by touch-control, touch display panel shows for the standby pattern option of inquiry and/or outside environment temperature option and/or the temperature option of storage space.For the first parameter, when the temperature option of storage space is selected, the temperature of storage space is shown.For the second parameter, when standby pattern option is selected, touch display panel is shown at the pattern of holding state.For the third parameter, when outside environment temperature option is chosen, outside environment temperature is shown.
4) the illuminating lamp option of storage space.The illuminating lamp of current refrigerator storage space is opened when door is opened, and this illuminating lamp is controlled by an opening signal.Different from this scheme, the illuminating lamp 3 of the present embodiment is controlled by light transmission mode option, or is controlled by the illuminating lamp option arranging on this operation interface.For the latter, control method comprises: when illuminating lamp option is selected, the illuminating lamp 3 of storage space is opened.
In addition, because touch display panel 11 provides a kind of display, and the various signals collecting of touch display panel 11 and process are completed by controller 12, thereby, touch display panel 11 can also be realized some other functions, for example, and audio-visual broadcasting, online or to touch display panel 11 shutdown.Correspondingly, operation interface need have audio-visual play options, network connectivity option or shutdown options.The realization connecting for network, this touch display panel 11 needs to receive wired, wireless signal, and the implementation of above-mentioned functions has multiple.For example controller 12 has the port that receives the device of wifi, internet or blue teeth wireless signal or have reception wire signal.
The present embodiment be take door, and to adopt the touch display panel at least with light transmission mode be example, introduced refrigerator and control method thereof.Be understandable that, the housing of refrigerator comprises a plurality of walls, and the plurality of wall is all or part of touch display panel that is set at least have light transmission mode as required.
Embodiment bis-
The refrigerating plant that the present embodiment two provides is two-door refrigerator or multi-door refrigerator, and correspondingly, these two doors or a plurality of door can one is touch display panel, also can two or more Men Douwei touch display panels.For the latter, these two or more doors can be controlled by controller separately, also can be controlled by a controller, and these two or more form a touch display panel.The vertical refrigerator of prior art, its button is arranged on fixed position, and the user of different heights, especially disabled user have difficulty when touching these buttons.Thereby for two-door refrigerator or multi-door vertical refrigerator, the benefit of this programme is: any point touch-control of this touch display panel, can realize the control to refrigerator by operation interface, meet different height users' demand.
In addition, the structure of this two-door refrigerator or multi-door refrigerator and control method thereof are all similar with embodiment mono-.
Embodiment tri-
The refrigerating plant that the present embodiment three provides is wine cabinet.The structure of this wine cabinet and control method thereof are all similar with embodiment mono-, two.
In the present invention, each embodiment adopts laddering literary style, and emphasis is described the difference with previous embodiment, and the same structure in each embodiment is with reference to the same section of previous embodiment.
Although the present invention with preferred embodiment openly as above; but it is not for limiting the present invention; any those skilled in the art without departing from the spirit and scope of the present invention; can utilize method and the technology contents of above-mentioned announcement to make possible change and modification to technical solution of the present invention; therefore; every content that does not depart from technical solution of the present invention; any simple modification, equivalent variations and the modification above embodiment done according to technical spirit of the present invention, all belong to the protection domain of technical solution of the present invention.
Claims (22)
1. a refrigeration plant, is characterized in that, comprising:
The housing of storage space (1), at least one wall of described housing (1) is touch display panel (11), described touch display panel (11) at least has light transmission mode.
2. refrigeration plant according to claim 1, is characterized in that, described touch display panel (11) also has light tight pattern.
3. refrigeration plant according to claim 2, is characterized in that, described touch display panel (11) is light tight pattern at holding state.
4. refrigeration plant according to claim 3, is characterized in that, described touch display panel (11) also has pattern at holding state.
5. refrigeration plant according to claim 1, is characterized in that, it is light transmission mode that described touch display panel (11) is suitable for local.
6. refrigeration plant according to claim 1, is characterized in that, described housing (1) has a wall at least for door, and described door is touch display panel (11).
7. refrigeration plant according to claim 1, it is characterized in that, described refrigeration plant also has controller (12), and described controller (12) is integrated with described touch display panel (11), or described controller (12) is integrated with the control panel (2) of refrigeration plant.
8. refrigeration plant according to claim 7, is characterized in that, described controller (12) has the port that receives the device of wifi, internet or blue teeth wireless signal or have reception wire signal.
9. refrigeration plant according to claim 1, is characterized in that, described refrigeration plant also has heat-proof device, and described heat-proof device is with respect to the storage space of the more close described refrigeration plant of described touch display panel (11).
10. refrigeration plant according to claim 9, it is characterized in that, described heat-proof device comprises at least one deck glass (4), described touch display panel (11) comprises TFT substrate (113) and CF substrate (111), be oppositely arranged a side of described CF substrate (111), the space between described glass (4) and the opposite side of described TFT substrate (113) be vacuum be filled with inert gas or two-layer described glass (4,5) between be vacuum or be filled with inert gas.
11. refrigeration plants according to claim 1, is characterized in that, described refrigeration plant has at least two doors, each Men Weiyi touch display panel (11), or all described doors form a touch display panel (11).
12. refrigeration plants according to claim 1, is characterized in that, described refrigeration plant is refrigerator or wine cabinet.
The control method of 13. 1 kinds of refrigeration plants claimed in claim 1, is characterized in that, comprising:
Under holding state, described touch display panel (11) is during by touch-control, at described touch point place operation display interface.
14. control methods according to claim 13, is characterized in that, the center of the described operation interface of demonstration is described touch point.
15. control methods according to claim 13, is characterized in that, under holding state, the touch display panel of described refrigeration plant (11) is for light tight pattern and show standby pattern.
16. control methods according to claim 13, it is characterized in that, described operation interface comprises light transmission mode option, at light transmission mode option during by touch-control, liquid crystal (112) deflection in described touch display panel (11) and make described touch display panel (11) printing opacity, and the illuminating lamp in storage space (3) is opened.
17. control methods according to claim 13, it is characterized in that, described operation interface comprises light transmission mode option, at light transmission mode option during by touch-control, described touch display panel (11) shows selective transmission region option, when corresponding transmission region option is chosen, (112) deflection of the liquid crystal in this region and make touch display panel (11) printing opacity in this region, and the illuminating lamp in storage space (3) is opened.
18. control methods according to claim 17, is characterized in that, the corresponding article storage area in described region.
19. control methods according to claim 13, is characterized in that, described operation interface comprises option is set, when option is set by touch-control, described touch display panel (11) shows selective standby pattern option, and when described pattern is selected, the pattern of holding state is set up.
20. control methods according to claim 13, it is characterized in that, described operation interface comprises query option, at query option, during by touch-control, described touch display panel shows for the temperature option of the described storage space of inquiry and/or outside environment temperature option and/or standby pattern option;
When the temperature option of described storage space is selected, the temperature of storage space is shown; Or outside environment temperature option is when chosen, outside environment temperature is shown; Or described standby pattern option is when chosen, described touch display panel (11) is shown at the pattern of holding state.
21. control methods according to claim 13, is characterized in that, described operation interface comprises the illuminating lamp option of storage space, and when described illuminating lamp option is selected, the illuminating lamp of described storage space (3) is opened.
22. control methods according to claim 13, is characterized in that, described operation interface comprises at least one in audio-visual play options, network connectivity option or shutdown options.
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| CN201210365673.8A CN103673498A (en) | 2012-09-22 | 2012-09-22 | Refrigeration equipment and control method thereof |
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| CN201210365673.8A CN103673498A (en) | 2012-09-22 | 2012-09-22 | Refrigeration equipment and control method thereof |
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