CN208973162U - Show device - Google Patents
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- CN208973162U CN208973162U CN201820567138.3U CN201820567138U CN208973162U CN 208973162 U CN208973162 U CN 208973162U CN 201820567138 U CN201820567138 U CN 201820567138U CN 208973162 U CN208973162 U CN 208973162U
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- glass
- upper layer
- layer glass
- display unit
- sink
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Abstract
The utility model discloses a kind of displaying devices, including display unit and refrigeration unit, display unit includes the upper layer glass being oppositely arranged and lower layer's glass, the thermal insulator between upper layer glass and lower layer's glass, thermal insulator, upper layer glass and lower layer's glass enclosure set to form confined space, and refrigeration unit is for cooling down lower layer's glass.By showing that the display unit of device is matched with refrigeration unit, the heat-proof quality of thermal insulator can be easily shown.
Description
Technical field
The utility model relates to presentation device technical field more particularly to a kind of displaying devices.
Background technique
With the enhancing that people's energy-saving and environmental protection are realized, building energy conservation increasingly obtains the attention of people.It is largely adopted in building
It is designed with hollow glass, such as door and window with mostly hollow glass, and mostly uses conventional aluminium spacer bar in hollow glass, certain
It is easy to happen dew condensation phenomenon under temperature and humidity, such as can be good at reducing dew condensation phenomenon using warm side spacer bar.
Side heat-barrier material is warmed up in order to promote hollow glass, needs to warm up hollow glass side interval heat-proof quality and shows outward,
Existing heat-barrier material generally passes through the paper products such as leaflet, advertisement, exhibition to be promoted outward, and bandwagon effect is not intuitive enough and manages
Think.
Utility model content
For overcome the deficiencies in the prior art, the purpose of this utility model is to provide it is a kind of facilitate show thermal insulator every
The displaying device of hot property.
The purpose of this utility model is implemented with the following technical solutions:
A kind of displaying device, including display unit and refrigeration unit, the display unit include the upper layer glass being oppositely arranged
Glass and lower layer's glass, the thermal insulator between the upper layer glass and lower layer's glass, the thermal insulator, upper layer glass and lower layer
Glass enclosure sets to form confined space, and the refrigeration unit is for cooling down lower layer's glass.
Optionally, the thermal insulator has hollow space, is provided with desiccant in the hollow space, in the thermal insulator
It is provided with the multiple stomatas for being connected to the confined space and hollow space.
Optionally, the displaying device further includes connected temperature sensor and display, and the temperature sensor is used for
The temperature of the upper layer glass is detected, the display is used to show the temperature of the temperature sensor detection.
Optionally, the displaying device further includes the bracket with holding part, and the display unit is placed in the accommodating
In portion, the upper layer glass exposes from the opening of the holding part.
Optionally, the displaying device further includes sink and heater, setting evaporation cotton, the heater in the sink
For heating to the water in sink, the upper layer glass is obliquely installed, and the sink is following adjacent to the upper layer glass
Edge is to receive the water that the outer surface of upper layer glass flows down.
Optionally, the displaying device further includes upper cover, and the upper cover connects the bracket turnablely to be located at
It states on display unit and sink.
Optionally, the refrigeration unit has chill surface, and the chill surface of the display unit and refrigeration unit is removably
Connection.
A kind of displaying device, including the first display unit, the second display unit and refrigeration unit；
First display unit includes the first upper layer glass being oppositely arranged and first lower layer's glass, is located at described first
Displaying thermal insulator between upper layer glass and first lower layer's glass, the displaying thermal insulator, the first upper layer glass and the first lower layer
Glass enclosure sets to form the first confined space；
Second display unit includes the second upper layer glass being oppositely arranged and second lower layer's glass, is located at described second
Comparison thermal insulator between upper layer glass and second lower layer's glass, the comparison thermal insulator, the second upper layer glass and the second lower layer
Glass enclosure sets to form the second confined space；
The refrigeration unit is for cooling down first lower layer glass and second lower layer's glass.
Optionally, the displaying thermal insulator has the first hollow space, is provided with desiccant in first hollow space,
The multiple stomatas for being connected to first confined space and the first hollow space are provided in the displaying thermal insulator；
The comparison thermal insulator has the second hollow space, is provided with desiccant in second hollow space, described right
Multiple stomatas of second confined space and the second hollow space are connected to than being provided in thermal insulator.
Optionally, the displaying device further includes bracket, has the first holding part and the second holding part on the bracket；
First display unit is placed in first holding part, and first upper layer glass is accommodated from described first
The opening in portion is exposed；Second display unit is placed in second holding part, and second upper layer glass is from described
The opening of two holding parts is exposed.
Optionally, the displaying device further includes sink and heater, setting evaporation cotton, the heater in the sink
For heating to the water in sink, first upper layer glass and the second upper layer glass are obliquely installed, and the sink is neighbouring
The lower edge of the lower edge of the first upper layer glass and the second upper layer glass is to receive the outer surface of the first upper layer glass
The water flowed down with the outer surface of the second upper layer glass.
Optionally, the displaying device further includes upper cover, and the upper cover connects the bracket turnablely to be located at
It states on the first display unit, the second display unit and sink.
Optionally, the refrigeration unit includes the first refrigeration unit and the second refrigeration unit, and first refrigeration unit is used
It is cooled down in first lower layer glass, second refrigeration unit is for cooling down second lower layer glass.
Optionally, the displaying device further includes isolated first support and second support；
There is the first holding part in the first support, first display unit is placed in first holding part,
First upper layer glass exposes from the opening of first holding part；The second support has the second holding part, and described the
Two display units are placed in second holding part, and second upper layer glass exposes from the opening of second holding part.
Optionally, the displaying device further includes the first sink, the second sink, primary heater and secondary heater, institute
Setting evaporation cotton in the first sink and the second sink is stated, the primary heater and secondary heater are respectively used to the first sink
It is heated with the water in the second sink, first upper layer glass and the second upper layer glass are obliquely installed, first sink
The lower edge of the neighbouring first upper layer glass is to receive the water that the outer surface of the first upper layer glass flows down, second water
Slot is adjacent to the lower edge of the second upper layer glass to receive the water that the outer surface of the second upper layer glass flows down.
Optionally, the displaying device further includes the first upper cover and the second upper cover, and first upper cover connects turnablely
To be located on first display unit and the first sink, second upper cover connects described the first support turnablely
Second support is to be located on second display unit and the second sink.
Optionally, the displaying device further includes the first temperature sensor, second temperature sensor and the first temperature sensing
The display that device is connected with second temperature sensor, first temperature sensor and second temperature sensor are respectively used to detect
The temperature of first upper layer glass and the second upper layer glass, the display is for showing first temperature sensor and the second temperature
Spend the temperature of sensor detection.
Optionally, the refrigeration unit has chill surface, first display unit, the second display unit and refrigeration unit
Chill surface difference it is detachably connected.
Compared with prior art, the utility model has the beneficial effects that:
By showing that the display unit of device is matched with refrigeration unit, the thermal insulation of thermal insulator can be easily shown
Energy.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the displaying device of the utility model embodiment.
Fig. 2 is the schematic cross-section of the displaying device of the utility model embodiment.
Fig. 3 is the structural schematic diagram for showing device omission upper cover of the utility model one embodiment.
Fig. 4 is the structural schematic diagram for showing device omission upper cover of another embodiment of the utility model.
Fig. 5 is the structural schematic diagram of the display unit of the utility model embodiment.
Fig. 6 is the structural schematic diagram of the bracket of the utility model one embodiment.
Fig. 7 is the structural schematic diagram of the bracket of another embodiment of the utility model.
In figure: 10, display unit；11, upper layer glass；12, thermal insulator；13, lower layer's glass；101, the first display unit；
102, the second display unit；20, refrigeration unit；30, sink；40, bracket；41, holding part；42 first holding parts；43, second holds
Set portion；50, upper cover.
Specific embodiment
In the following, being described further in conjunction with attached drawing and specific embodiment to the utility model, it should be noted that
Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new
Embodiment.
Embodiment 1
Referring to figs. 1 to Fig. 3, the displaying device of the present embodiment includes display unit 10 and refrigeration unit 20, shows that device is logical
The cooperation for crossing display unit 10 and refrigeration unit 20 is thermally shielded the heat-proof quality displaying of part 12.
Referring to Fig. 2 and Fig. 5, display unit 10 includes upper layer glass 11, lower layer's glass 13 and thermal insulator 12, wherein upper layer
Glass 11 and lower layer's glass 13 are oppositely arranged, and upper layer glass 11 is located at 13 top of lower layer's glass, and thermal insulator 12 is located at upper layer glass
Between 11 and lower layer's glass 13, thermal insulator 12, upper layer glass 11 and lower layer's glass 13 enclose and set to form confined space.The present embodiment
In, thermal insulator 12 can be heat insulating strip, and whole is in frame-type structure, and radial cross-sectional shape is generally rectangular shaped, and thermal insulator 12 is located at upper
The layer edge of glass 11 and the edge of lower layer's glass 13, so that the space between upper layer glass 11 and lower layer's glass 13 be enclosed
It is configured to confined space.Thermal insulator 12 can be sealing adhesive the opposite of upper layer glass 11 and lower layer's glass 13 by bonding mode
Two surfaces.
For refrigeration unit 20 for cooling down to lower layer's glass 13, the upper surface of refrigeration unit 20 can be chill surface, lead to
It crosses the chill surface of refrigeration unit 20 and carries out hot transmitting with the contact of lower layer glass 13, to be cooled down to lower layer's glass 13.This
In embodiment, refrigeration unit 20 includes the parts such as cooling piece and fan, and refrigeration unit 20 can use known technology, refuse herein
It repeats.The chill surface of display unit 10 and refrigeration unit 20 is detachably connected, can by replacing different display units 10
Easily show the heat-proof quality of different thermal insulators 12.
The displaying device of the present embodiment is when being thermally shielded performance displaying, if the heat-proof quality of thermal insulator 12 is good, refrigeration
Unit 20 cools down lower layer's glass 13, can not be into after lower layer's glass 13 cools down, between upper layer glass 11 and lower layer's glass 13
Row heat transmitting shows that thermal insulator 12 has preferable heat-proof quality at this point, upper layer glass 11 will not cool down and condense.Meanwhile by
It is enclosed in thermal insulator 12, upper layer glass 11 and lower layer's glass 13 and sets that be formed is a confined space, will not condensed in the confined space
With haze, can guarantee show device have preferable bandwagon effect.
On the contrary, refrigeration unit 20 cools down lower layer's glass 13 if the heat-proof quality of thermal insulator 12 is poor, lower layer's glass
After 13 coolings, hot transmitting will be will do it between upper layer glass 11 and lower layer's glass 13, at this point, the temperature of upper layer glass 11 reduces,
And then condense, show that thermal insulator 12 has poor heat-proof quality.Therefore, above-mentioned displaying device can easily show thermal insulator
12 heat-proof quality.
Referring to Fig. 2 and Fig. 3, show that device can also include sink 30 and heater (not shown), setting is steamed in sink 30
Cotton is sent out, evaporation cotton can be water suction evaporation cotton, and for heating to the water in sink 30, the inclination of upper layer glass 11 is set heater
It sets, sink 30 receives the water that the outer surface of upper layer glass 11 flows down adjacent to the lower edge of upper layer glass 11, and sink 30 can be with
The lower edge of upper layer glass 11 is seamlessly connected.Once the outer surface of upper layer glass 11 condenses, water energy is enough along the outer of upper layer glass 11
Surface flows to lower edge, and then is collected by sink 30.In addition, evaporation cotton can increase the humidity shown near device,
After heater is to the water heating in sink 30, water evaporation rate is accelerated, and can equally increase the humidity shown near device, make
The outer surface moisture condensation of layer glass 11 is more obvious, can be improved the bandwagon effect and experiment effect for showing device.
Preferably, thermal insulator 12 has hollow space (not shown), it is provided with desiccant in hollow space, in thermal insulator 12
It is provided with multiple stomatas of connection confined space and hollow space.Desiccant in thermal insulator 12 can effectively absorb confined space
Interior steam guarantees to show that device has preferable bandwagon effect can be in confined space especially when forming confined space
There are when micro leakage, also can guarantee that the steam in confined space is absorbed, guarantee to show that device has preferable bandwagon effect.
Show that connected temperature sensor and display (not shown) can also be arranged in device, wherein temperature sensor is used
In the temperature of detection upper layer glass 11, display is used for the temperature of displays temperature sensor detection, shows that device is being thermally shielded
When performance is shown, temperature sensor and display match the temperature change that can more intuitively show upper layer glass 11.
Referring to Fig. 3 and Fig. 6, show that device can also include the bracket 40 with holding part 41, display unit 10 is placed in
In holding part 41, upper layer glass 11 exposes from the opening of holding part 41.Bracket 40 facilitates setting display unit 10 and refrigeration unit
20, the side that display unit 10 has upper and lower surfaces, connects upper and lower surfaces, the upper surface of display unit 10 can
To be used to paste publicity pictures, it is used for visual simulation actual characteristic environment, optionally, the side of display unit 10 and holding part 41
Sealing cooperation is with the water penetration that prevents the outer surface of upper layer glass 11 from flowing down to lower layer's glass 13, and upper layer glass 11 is from holding part 41
Opening expose in order to show.Display can be set on bracket 40.
Referring to Fig.1, show that device can also include upper cover 50, upper cover 50 can be a cloche, and upper cover 50 may be reversed ground
For connecting bracket 40 to be located on display unit 10 and sink 30, upper cover 50 can pass through hinge or other modes and bracket 40
Upper surface connects turnablely, so that upper cover 50 is located on display unit 10 when not needing to show.Upper cover 50 is on the one hand
On the other hand playing the purpose of protection display unit 10 can match, by the upper layer glass 11 of display unit 10 with bracket 40
It is placed in a closed environment, by the volatilization of water in sink 30, the vapor of volatilization is rested in the closed environment, keeps this close
The domestic humidity of closed loop increases, to improve the bandwagon effect and experiment effect for showing device.The size of upper cover 50 can basis
It needs to be adjusted, so that the size of the confined space of upper cover 50 and the formation of bracket 40 is increasedd or decreased, especially in environmental wet
When spending lower Arid Area and being shown, by increasing the size of upper cover 50, and then increase upper cover 50 and bracket 40 formed
Confined space is more advantageous to the bandwagon effect and experiment effect for improving and showing device.
Embodiment 2
Referring to Fig. 4, the displaying device of the present embodiment includes that the first display unit 101, the second display unit 102 and refrigeration are single
Member 20, the first display unit 101 can be used for showing that the heat-proof quality of thermal insulator shows that the second display unit 102 can be used for
The heat-proof quality for comparing thermal insulator is shown, wherein is shown that thermal insulator is that have the thermal insulator 12 of preferable heat-proof quality, is compared heat-insulated
Part is the thermal insulator 12 with poor heat-proof quality, if the thermal insulator 12 of stainless steel material can be used as comparison thermal insulator, is passed through
Comparison enables to show that the heat-proof quality of thermal insulator is intuitively shown.
First display unit 101 and the second display unit 102 can be using essentially identical with display unit 10 shown in fig. 5
Structure.Specifically, the first display unit 101 is including the first upper layer glass, first lower layer's glass and shows thermal insulator, first
Upper layer glass and first lower layer's glass are oppositely arranged, show thermal insulator between the first upper layer glass and first lower layer's glass,
Show that thermal insulator, the first upper layer glass and first lower layer's glass enclosure set to form the first confined space, the first confined space is for protecting
Card shows that device has preferable bandwagon effect.
Second display unit 102 includes the second upper layer glass, second lower layer's glass and comparison thermal insulator, the second upper layer glass
It is oppositely arranged with second lower layer's glass, compares thermal insulator between the second upper layer glass and second lower layer's glass, compare heat-insulated
Part, the second upper layer glass and second lower layer's glass enclosure set to form the second confined space, and the second confined space shows dress for guaranteeing
It sets with preferable bandwagon effect.
Refrigeration unit 20 is for cooling down first lower layer's glass and second lower layer's glass.Refrigeration unit 20 has refrigeration
Face, preferably, the chill surface of the first display unit 101, the second display unit 102 and refrigeration unit 20 removably connects respectively
It connects, by replacing different first display units 101 and the second display unit 102, can easily show different thermal insulators 12
Heat-proof quality.Refrigeration unit 20 can be by an individual refrigeration unit 20 while to first lower layer's glass and second lower layer's glass
Glass is cooled down, and refrigeration unit 20 also may include the first refrigeration unit and the second refrigeration unit, wherein the first refrigeration unit is used
It is cooled down in first lower layer's glass, the second refrigeration unit is for cooling down second lower layer's glass.
The displaying device of the present embodiment is when being thermally shielded performance displaying, in the first display unit 101, shows thermal insulator tool
There is preferable heat-proof quality, refrigeration unit 20 cools down first lower layer's glass, after the cooling of first lower layer's glass, the first upper layer
Hot transmitting can not be carried out between glass and first lower layer's glass, at this point, the first upper layer glass will not cool down and condense, show to show
Thermal insulator has preferable heat-proof quality.
On the contrary, the heat-proof quality for comparing thermal insulator is poor in the second display unit 102, refrigeration unit 20 is to second lower layer's glass
Glass is cooled down, will thermal insulator by contrast between the second upper layer glass and second lower layer's glass after the cooling of second lower layer's glass
Carry out hot transmitting, at this point, the temperature of the second upper layer glass reduces, and then condense, show to compare thermal insulator have it is poor heat-insulated
Performance.Therefore, above-mentioned displaying device can easily show the heat-proof quality of different thermal insulators 12 by comparing.
Referring to Fig. 4, show that device can also include sink 30 and heater (not shown), wherein setting is steamed in sink 30
Cotton is sent out, heater is for heating the water in sink 30, and the first upper layer glass and the second upper layer glass are obliquely installed, sink
30 adjacent to the first upper layer glass lower edge and the second upper layer glass lower edge with receive the first upper layer glass outer surface and
The water that the outer surface of second upper layer glass flows down, sink 30 can be with the lower edge of the first upper layer glass and the second upper layer glass
Lower edge seamless connection.Once the outer surface of the first upper layer glass and the second upper layer glass condenses, water energy is enough along the first upper layer glass
The outer surface of glass and the second upper layer glass flows to lower edge, and then is collected by sink 30.It evaporates cotton and heater is same
For improving the bandwagon effect and experiment effect that show device.
Preferably, showing that thermal insulator has the first hollow space, it is provided with desiccant in the first hollow space, shows heat-insulated
It is provided with multiple stomatas of connection the first confined space and the first hollow space on part, shows that the desiccant in thermal insulator can have
Effect absorbs the steam in the first confined space, guarantees that the first display unit 101 has preferable bandwagon effect.Compare thermal insulator tool
There is the second hollow space, desiccant is provided in the second hollow space, compares and be provided with the second confined space of connection in thermal insulator
With multiple stomatas of the second hollow space, the desiccant compared in thermal insulator can effectively absorb the water in the second confined space
Vapour guarantees that the second display unit 102 has preferable bandwagon effect.
Referring to Fig. 4 and Fig. 7, shows that device can also include bracket 40, there is the first holding part 42 and second on bracket 40
Holding part 43, the first display unit 101 and the second display unit 102 are arranged on bracket 40 simultaneously, so that in a bracket 40
Above while being integrated with the first display unit 101 and the second display unit 102.
Specifically, the first display unit 101 is placed in the first holding part 42, the first upper layer glass is from the first holding part
42 opening is exposed.Bracket 40 facilitates the first display unit 101 of setting, the second display unit 102 and refrigeration unit 20, the first exhibition
Show the side that unit 101 has upper and lower surfaces, connects upper and lower surfaces, the upper surface of the first display unit 101
Can be used for pasting publicity pictures, be used for visual simulation actual characteristic environment, optionally, the side of the first display unit 101 with
The sealing of first holding part 42 cooperates the water penetration to prevent the outer surface of the first upper layer glass from flowing down to first lower layer's glass.
Second display unit 102 is placed in the second holding part 43, opening of the second upper layer glass from the second holding part 43
Expose.The side that second display unit 102 has upper and lower surfaces, connects upper and lower surfaces, the second display unit
102 upper surface can be used for pasting publicity pictures, be used for visual simulation actual characteristic environment, optionally, the second display unit
102 side and the sealing of the second holding part 43 cooperate under the water penetration that prevents the outer surface of the second upper layer glass from flowing down to second
Layer glass.
Referring to Fig.1, show that device can also include upper cover 50, upper cover 50 can be a cloche, and upper cover 50 may be reversed ground
For connecting bracket 40 to be located on the first display unit 101, the second display unit 102 and sink 30, upper cover 50 can pass through conjunction
Page or other modes and the upper surface of bracket 40 are connect turnablely, thus when not needing displaying, upper cover 50 is located at the
On one display unit 101 and the second display unit 102.Upper cover 50 is equally used for playing protection purpose and improves the exhibition for showing device
Show effect and experiment effect.
Embodiment 3
The displaying device of the present embodiment includes the first display unit 101, the second display unit 102 and refrigeration unit 20.This
The structure of first display unit 101 of embodiment, the second display unit 102 and refrigeration unit 20 can be with shown in Fig. 4 first
The structure of display unit 101, the second display unit 102 and refrigeration unit 20 is essentially identical, the displaying device and Fig. 4 of the present embodiment
Shown in displaying device difference be, the present embodiment displaying device the first display unit 101 and the second display unit 102
It is separately positioned on (not shown) in the first support and second support of separation, first lower layer's glass and second lower layer's glass can divide
It is not cooled down by the first refrigeration unit and the second refrigeration unit, so that showing that device forms a kind of split type displaying device, is changed
Yan Zhi, the displaying device of the present embodiment may include two displaying devices as shown in Figure 3, be respectively used to show thermal insulator and right
Heat-proof quality than thermal insulator is shown.
Specifically, having the first holding part 42 in first support, the first display unit 101 is placed in the first holding part 42
Interior, the first upper layer glass exposes from the opening of the first holding part 42.Second support has the second holding part 43, the second display unit
102 are placed in the second holding part 43, and the second upper layer glass exposes from the opening of the second holding part 43.
The displaying device of the present embodiment is when being thermally shielded performance displaying, in the first display unit 101 in first support,
Show that thermal insulator has preferable heat-proof quality, the first refrigeration unit cools down first lower layer's glass, first lower layer's glass
After cooling, hot transmitting can not be carried out between the first upper layer glass and first lower layer's glass, at this point, the first upper layer glass will not cool down
And moisture condensation, show to show that thermal insulator has preferable heat-proof quality.
On the contrary, the heat-proof quality for comparing thermal insulator is poor in the second display unit 102 in second support, the second refrigeration is single
Member cools down second lower layer's glass, will between the second upper layer glass and second lower layer's glass after the cooling of second lower layer's glass
Thermal insulator hot transmitting can be carried out by contrast, at this point, the temperature of the second upper layer glass reduces, and then condenses, show to compare thermal insulator
With poor heat-proof quality.Therefore, above-mentioned displaying device can easily show the heat-insulated of different thermal insulators 12 by comparison
Performance.
Show that device can also include the first sink, the second sink, primary heater and secondary heater (not shown), the
Setting evaporation cotton in one sink and the second sink, primary heater and secondary heater are respectively used to the first sink and the second water
Water in slot is heated, and the first upper layer glass and the second upper layer glass are obliquely installed, and the first sink is adjacent to the first upper layer glass
Lower edge to receive the water that the outer surface of the first upper layer glass flows down, the second sink adjacent to the second upper layer glass lower edge with
Receive the water that the outer surface of the second upper layer glass flows down.Once the outer surface of the first upper layer glass and the second upper layer glass condenses,
The water that first upper layer glass outer surface flows down is collected by the first sink, and the water that the second upper layer glass outer surface flows down passes through
Second sink is collected.Evaporation cotton, primary heater and secondary heater are equally used for improving the bandwagon effect for showing device
And experiment effect.
Show that device can also include the first upper cover and the second upper cover (not shown), the first upper cover and the second upper cover can be
Cloche.Wherein, the first upper cover connects first support turnablely to be located on the first display unit 101 and the first sink,
First upper cover can be connected turnablely by the upper surface of hinge or other modes and first support, and the second upper cover may be reversed ground
Second support is connected to be located on the second display unit 102 and the second sink, the second upper cover can pass through hinge or its other party
The upper surface of formula and second support connects turnablely.First upper cover and the second upper cover are equally used for playing protection purpose and raising
Show the bandwagon effect and experiment effect of device.
Show device can also include the first temperature sensor, second temperature sensor, with the first temperature sensor and the
The connected display (not shown) of two temperature sensors, the first temperature sensor and second temperature sensor are respectively used to detection the
The temperature of one upper layer glass and the second upper layer glass, display is for showing the first temperature sensor and second temperature sensor inspection
The temperature of survey, displaying device is when being thermally shielded performance displaying, the first temperature sensor, second temperature sensor and display phase
Cooperation can more intuitively show the temperature change of the first upper layer glass and the second upper layer glass.
It will be apparent to those skilled in the art that can make various other according to the above description of the technical scheme and ideas
Corresponding change and deformation, and all these changes and deformation all should belong to the protection of the utility model claims
Within the scope of.
Claims (18)
1. a kind of displaying device, which is characterized in that including display unit and refrigeration unit, the display unit includes being oppositely arranged
Upper layer glass and lower layer's glass, the thermal insulator between the upper layer glass and lower layer's glass, the thermal insulator, upper layer glass
Glass and lower layer's glass enclosure set to form confined space, and the refrigeration unit is for cooling down lower layer's glass.
2. displaying device according to claim 1, which is characterized in that the thermal insulator has hollow space, described hollow
It is provided with desiccant in space, the multiple stomatas for being connected to the confined space and hollow space are provided in the thermal insulator.
3. displaying device according to claim 1, which is characterized in that the displaying device further includes connected temperature sensing
Device and display, the temperature sensor are used to detect the temperature of the upper layer glass, and the display is for showing the temperature
Spend the temperature of sensor detection.
4. displaying device according to claim 1, which is characterized in that the displaying device further includes the branch with holding part
Frame, the display unit are placed in the holding part, and the upper layer glass exposes from the opening of the holding part.
5. displaying device according to claim 4, which is characterized in that the displaying device further includes sink and heater,
Setting evaporation cotton in the sink, for heating to the water in sink, the upper layer glass is obliquely installed the heater,
The sink is adjacent to the lower edge of the upper layer glass to receive the water that the outer surface of upper layer glass flows down.
6. displaying device according to claim 5, which is characterized in that the displaying device further includes upper cover, the upper cover
Connect the bracket turnablely to be located on the display unit and sink.
7. displaying device according to claim 1, which is characterized in that the refrigeration unit has chill surface, the displaying
The chill surface of unit and refrigeration unit is detachably connected.
8. a kind of displaying device, which is characterized in that including the first display unit, the second display unit and refrigeration unit；
First display unit includes the first upper layer glass being oppositely arranged and first lower layer's glass, is located at first upper layer
Displaying thermal insulator between glass and first lower layer's glass, the displaying thermal insulator, the first upper layer glass and first lower layer's glass
It encloses and sets to form the first confined space；
Second display unit includes the second upper layer glass being oppositely arranged and second lower layer's glass, is located at second upper layer
Comparison thermal insulator between glass and second lower layer's glass, the comparison thermal insulator, the second upper layer glass and second lower layer's glass
It encloses and sets to form the second confined space；
The refrigeration unit is for cooling down first lower layer glass and second lower layer's glass.
9. displaying device according to claim 8, which is characterized in that the displaying thermal insulator has the first hollow space,
It is provided with desiccant in first hollow space, connection first confined space and the are provided in the displaying thermal insulator
Multiple stomatas of one hollow space；
The comparison thermal insulator has the second hollow space, is provided with desiccant in second hollow space, the comparison every
The multiple stomatas for being connected to second confined space and the second hollow space are provided on warmware.
10. displaying device according to claim 8, which is characterized in that the displaying device further includes bracket, the bracket
It is upper that there is the first holding part and the second holding part；
First display unit is placed in first holding part, and first upper layer glass is from first holding part
Opening is exposed；Second display unit is placed in second holding part, and second upper layer glass holds from described second
The opening for setting portion is exposed.
11. displaying device according to claim 10, which is characterized in that the displaying device further includes sink and heating
Device, setting evaporation cotton in the sink, the heater for being heated to the water in sink, first upper layer glass and
Second upper layer glass is obliquely installed, the sink adjacent to first upper layer glass lower edge and the second upper layer glass it is following
Edge is to receive the outer surface of the first upper layer glass and the water that flows down of outer surface of the second upper layer glass.
12. displaying device according to claim 11, which is characterized in that the displaying device further includes upper cover, it is described on
Lid connects the bracket turnablely to be located on first display unit, the second display unit and sink.
13. displaying device according to claim 8, which is characterized in that the refrigeration unit include the first refrigeration unit and
Second refrigeration unit, first refrigeration unit is for cooling down first lower layer glass, second refrigeration unit
For being cooled down to second lower layer glass.
14. displaying device according to claim 8, which is characterized in that described to show that device further includes first of separation
Frame and second support；
There is the first holding part, first display unit is placed in first holding part, described in the first support
First upper layer glass exposes from the opening of first holding part；The second support has the second holding part, second exhibition
Show that unit is placed in second holding part, second upper layer glass exposes from the opening of second holding part.
15. displaying device according to claim 14, which is characterized in that the displaying device further includes the first sink,
Setting evaporation cotton in two sinks, primary heater and secondary heater, first sink and the second sink, first heating
Device and secondary heater are respectively used to heat the water in the first sink and the second sink, first upper layer glass and
Two upper layer glass are obliquely installed, and first sink receives the first upper layer glass adjacent to the lower edge of first upper layer glass
The water that flows down of outer surface, second sink receives the second upper layer glass adjacent to the lower edge of second upper layer glass
The water that outer surface flows down.
16. displaying device according to claim 15, which is characterized in that the displaying device further includes the first upper cover and
Two upper covers, first upper cover connect the first support turnablely to be located at first display unit and the first sink
On, second upper cover connects the second support turnablely to be located on second display unit and the second sink.
17. displaying device according to claim 8, which is characterized in that the displaying device further includes the first temperature sensing
Device, second temperature sensor, the display being connected with the first temperature sensor and second temperature sensor, first temperature pass
Sensor and second temperature sensor are respectively used to the temperature of detection the first upper layer glass and the second upper layer glass, and the display is used
In the temperature for showing first temperature sensor and second temperature sensor detection.
18. displaying device according to claim 8, which is characterized in that the refrigeration unit have chill surface, described first
The chill surface difference of display unit, the second display unit and refrigeration unit is detachably connected.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820567138.3U CN208973162U (en) | 2018-04-19 | 2018-04-19 | Show device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820567138.3U CN208973162U (en) | 2018-04-19 | 2018-04-19 | Show device |
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| CN208973162U true CN208973162U (en) | 2019-06-14 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108514295A (en) * | 2018-04-19 | 2018-09-11 | 泰诺风泰居安（苏州）隔热材料有限公司 | Show device |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108514295A (en) * | 2018-04-19 | 2018-09-11 | 泰诺风泰居安（苏州）隔热材料有限公司 | Show device |
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