CN105892580A - Intelligent imaging device with functions of cup storage, full-view regulation and efficient heat dissipation - Google Patents
Intelligent imaging device with functions of cup storage, full-view regulation and efficient heat dissipation Download PDFInfo
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- CN105892580A CN105892580A CN201610241556.9A CN201610241556A CN105892580A CN 105892580 A CN105892580 A CN 105892580A CN 201610241556 A CN201610241556 A CN 201610241556A CN 105892580 A CN105892580 A CN 105892580A
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- display screen
- bar
- head
- imaging device
- inclination angle
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
- G06F1/1601—Constructional details related to the housing of computer displays, e.g. of CRT monitors, of flat displays
- G06F1/1607—Arrangements to support accessories mechanically attached to the display housing
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
- G06F1/20—Cooling means
Abstract
The invention relates to the field of intelligent imaging devices, in particular to an intelligent imaging device with functions of cup storage, full-view regulation and efficient heat dissipation. The invention aims at providing an intelligent imaging device which is provided with a cup storage mechanism, is capable of freely regulating the height, rotating angle and angle of inclination of a display screen, and can efficiently dissipate heat. The technical scheme of the invention is as follows: the intelligent imaging device with the functions of cup storage, full-view regulation and efficient heat dissipation comprises a base, a bracket and the display screen, wherein the cup storage mechanism is arranged at one side of the bottom of the display screen; the cup storage mechanism comprises a rotating frame, a cup holder, a limiting rack, a fixed head and a spring; the bracket comprises a telescopic mechanism, a rotating mechanism, an angle control mechanism and a fixed rod; the display screen comprises a front cover and a rear cover; air suction holes are respectively formed in the four corners of the front cover; radiating ribs are evenly distributed on the rear cover; cooling air ducts are respectively arranged in the radiating ribs in a through way.
Description
Technical field
The present invention relates to intelligence imaging device fields, particularly relate to a kind of high efficiency and heat radiation intelligence imaging device receiving water tumbler and full both view angle adjustment.
Background technology
Imaging device is also generally referred to as monitor, belongs to I/O equipment, i.e. input-output equipment.It is a kind of show tools that certain e-file is shown on screen be re-reflected into human eye by specific transmission equipment.According to the difference of manufacture material, can be divided into: cathode ray tube display (CRT), plasma display PDP, liquid crystal display LCD etc..In broad terms, the display screen of street corner is seen everywhere giant-screen, television set, fluorescent screen liquid crystal-spliced for BSV, mobile phone and instant translator etc. is all the category of imaging device.Its application widely, arrives greatly satellite monitoring, little to seeing VCD, it may be said that in modern society, its figure is ubiquitous, its structure is generally round base and adds fuselage, along with the development of colour display screen technology, occur in that the display of some other shapes, but application is few.Contacting most imaging devices in our life is exactly computer monitor, and along with the fast development of computer hardware, requirement multi-functional to computer monitor, intelligentized is more and more higher.
Desktop for computer desk is mainly used to place imaging device, mouse, keyboard etc., and the article such as books, stationery, water tumbler also can be put on table by we.We are after having drunk water, often forget lid lid, even if having covered Drinking cup lid, also will not tighten, when we accidentally knock water tumbler over, and the aquiform stool of the inside can be poured down or forth out.The water spilt can flow in the circuit board of the electronic products such as imaging device, mouse, keyboard, easily causes short circuit, deadlock etc. and damages, more it is a risk that this raw disaster such as the spark initiation fire that causes of short circuit.The water spilt also can get off from desktop slit flow, and may flow in the slot of wiring board on the ground, causes greater area of electrical damage.Water droplet more can cause main frame to burn in flowing to mainframe box.Therefore, precipitation cup is placed directly within computer desktop the biggest potential safety hazard, will be greatly improved, if any special holding water cup and space-saving mechanism, the safety that computer hardware uses, and can save space.
Everyone height situation is different, the height of imaging device can be had corresponding requirement, and everyone is the most different to the use habit of imaging device, therefore the setting angle of imaging device is had again different requirements.The imaging devices such as existing computer display tend not to people can regulate height or the angle of display screen, and have can solely regulate height.We are in monitoring or office, it is sometimes desirable to mutually exchange with colleague, and display screen can not be shared and cause exchange to be obstructed.At present, do not have a imaging device can meet three of the above requirement simultaneously, the most highly can regulate, display screen adjustable angle, display screen can rotate.
The operating of imaging device can distribute substantial amounts of heat, if the steam in imaging device cabinet does not distributes not go out, internal component can be caused persistently overheating, and service behaviour reduces, and ultimately results in imaging device and quits work because temperature is too high.Too high being also possible to of temperature causes imaging device internal circuit to burn, so that imaging device is scrapped.Existing imaging device dispels the heat by offering air vent in casing, and the steam yet with cabinet inside can not flow, and cabinet inside temperature still can be made to increase, this simple radiating mode poor effect.
Summary of the invention
It is an object of the invention to provide a kind of with water tumbler accommodating mechanism, can arbitrarily regulate display screen height, rotational angle, angle of inclination can the intelligent imaging device of high efficiency and heat radiation.
For solving above-mentioned technical problem, the technical solution adopted in the present invention is:
A kind of high efficiency and heat radiation intelligence imaging device receiving water tumbler and full both view angle adjustment, including base, support, display screen, it is characterized in that, the one end bottom described display screen is provided with water tumbler accommodating mechanism, and described water tumbler accommodating mechanism includes rotating turret, drinking cup holder, position-limited rack, fixing head, spring；Described fixing head includes that center-pole and positioning head, one end of described center-pole are fixed on the one end bottom display screen, and the other end of described center-pole is fixing with positioning head to be connected；Glass stand bar that described rotating turret includes being sequentially connected with, rotary head, pull bar, drawhead, one end of described glass stand bar is fixedly connected on drinking cup holder, and the other end of described glass stand bar is connected with rotary head, and described rotary head is hollow cylinder structure and is sleeved on center-pole；Described position-limited rack includes the vertical section of position-limited rack and position-limited rack horizontal segment, described position-limited rack vertical section one end is fixedly connected on bottom display screen, the other end of the vertical section of described position-limited rack is connected with position-limited rack horizontal segment, and the two ends of described spring are connected with position-limited rack horizontal segment, pull bar respectively；Described support includes telescoping mechanism, rotating mechanism, angle control mechanism, fixing bar；Described telescoping mechanism includes Telescopic Fixed head, flexible rotary head, expansion link, and described Telescopic Fixed head lower end is fixed on base, and described Telescopic Fixed head upper end is Telescopic Fixed head socket part, and described Telescopic Fixed head socket part has cylinder groove；Described flexible rotary head includes telescoping mechanism switch end and telescoping mechanism built-in end, described telescoping mechanism built-in end is movably arranged in the cylinder groove of Telescopic Fixed head socket part, the external diameter of described telescoping mechanism switch end is more than the diameter of telescoping mechanism fixing head, the bottom of described telescoping mechanism switch end is overlapped on the annular end face of Telescopic Fixed head socket part, described telescoping mechanism switch end surfaces is evenly equipped with salient point, described flexible rotary head has through hole, described expansion link includes the expansion link thread head set gradually from the bottom up, fixed station, projection, described expansion link thread head is threadeded with flexible rotary head；Described rotating mechanism includes thrust bearing, rotates bar, described thrust bearing is sleeved on projection, the seat ring bottom surface of described thrust bearing is overlapped on the upper table surface of fixed station, the lower end of described rotation bar is for rotating bar socket part, described rotation bar socket part has cylinder groove, described rotation bar socket part is enclosed within the projection of expansion link, and the lower surface of described rotation bar is fixing with the blowout patche of thrust bearing to be connected；Described angle control mechanism includes connecting rod, inclination angle rotary head, push-pull bar, one end of described connecting rod is hinged through the hinge to rotate the stage casing of bar, the other end of described connecting rod is connecting rod socket part, described connecting rod socket part has cylinder groove, described inclination angle rotary head includes inclination angle switch end and inclination angle built-in end, described inclination angle built-in end is movably arranged in the cylinder groove of connecting rod, the external diameter of described inclination angle switch end is more than the diameter of connecting rod, the bottom of described inclination angle switch end is overlapped on the annular end face of connecting rod socket part, described inclination angle switch end surfaces is evenly equipped with salient point, described inclination angle rotary head has through hole, described push-pull bar one end is connected with the through hole whorl of inclination angle rotary head, the other end of described push-pull bar is connected through the hinge with display screen；One end of described fixing bar and the top rotating bar are bolted to connection, and the other end of described fixing bar is connected through the hinge with display screen；Described display screen includes protecgulum and bonnet, the position at four angles of described protecgulum is provided with suction opeing, it is provided with Air Filter on described suction opeing, the rear of described suction opeing is provided with inner chamber extraction fan, described inner chamber extraction fan electrically connects with the main circuit of display screen, radiating ribs and radiating groove are set on described bonnet, through heat dissipation wind channel it is provided with in described radiating ribs, the left end outlet of described radiating ribs is provided with extractor fan, the right-hand member outlet of described radiating ribs is provided with air ejector fan, described extractor fan and air ejector fan electrically connect with the main circuit of display screen respectively, some air vents it are evenly equipped with in described radiating groove.
As the preferred version of the present invention, described rotating turret and position-limited rack are arranged in the same one end bottom display screen, and the vertical section of described position-limited rack is connected to the anterior position of display screen bottom end, and the center-pole of described fixing head is arranged at the rear position of display screen bottom end.
As the preferred version of the present invention, the inner surface of described rotary head is pasted with neonychium, and the surface of described neonychium scribbles lubricant.
Preferred version as the present invention, at the bottom of described drinking cup holder includes glass, toroidal frame, glass stand pillar, it is connected with glass stand bar one end at the bottom of described cup, described glass stand pillar be separately positioned on glass at the bottom of the two ends in upper, annular face, described toroidal frame arranges many groups, many group toroidal frames are arranged along the equidistant stacking of length direction of glass stand pillar, and often group toroidal frame two ends are connected with the glass stand pillar of both sides respectively.
As the preferred version of the present invention, the cylinder groove surface of described Telescopic Fixed head and annular end face are all coated with lubricant；The lower end ring surface of described telescoping mechanism switch end is pasted with neonychium, and described neonychium scribbles lubricant, the surface smear lubricant of described telescoping mechanism built-in end；Lubricant all it is coated with on the screw thread of described expansion link thread head and flexible rotary head.
Preferred version as the present invention; lubricant all it is coated with on the cylinder groove surface of described connecting rod and annular end face; the lower end ring surface of described inclination angle switch end is pasted with neonychium, and described neonychium scribbles lubricant, and the surface smear of described inclination angle built-in end has lubricant；Lubricant all it is coated with on the screw thread of described fixing bar and inclination angle rotary head.
As the preferred version of the present invention, the pin joint of described fixing bar and display screen is positioned at the top of push-pull bar and display screen pin joint.
As the preferred version of the present invention, all there is gap the cambered surface of the cylinder groove of described rotation bar socket part and bottom surface, is provided with gap between blowout patche and the projection of described thrust bearing with projection.
There is advantages that
Present invention one end bottom display screen is provided with water tumbler accommodating mechanism, and water tumbler can be positioned in the drinking cup holder of water tumbler accommodating mechanism by user.Connecting between position-limited rack and the pull bar of water tumbler accommodating mechanism and have spring, when not using water tumbler accommodating mechanism, spring is in contraction state, and drinking cup holder turns to display screen rear and stores.When water tumbler to be used, pull pull bar to the direction away from position-limited rack, then drinking cup holder turns to the side of display screen, facilitates us to pick and place water tumbler.The setting of this mechanism provides the device of storage water tumbler, and is not take up desk-top space.The more important thing is, water tumbler is positioned in water tumbler accommodating mechanism, water tumbler will not be made to topple over, thus avoid and make because water tumbler is toppled over the water spilt can flow in the circuit board of the electronic products such as imaging device, mouse, keyboard, short circuit, deadlock etc. is caused to damage, or the situation such as the spark initiation fire that causes of short circuit.
The support of this imaging device includes telescoping mechanism, rotating mechanism, angle control mechanism, fixing bar.User can make expansion link rotate at flexible rotary head internal coiling by stirring the telescoping mechanism switch end of telescoping mechanism, so that expansion link rises or falls relative to flexible rotary head, plays the purpose of regulation display screen height.The setting of rotating mechanism makes the display screen can be freely rotatable in horizontal plane, and when we need to see screen to the people in other orientation, can stir display screen can rotating screen easily.Fixing bar is bolted to connection on the top rotating bar, it is also possible to by being bolted after adjusting fixing bar angle of inclination, the most equally adjust the height of display screen.But after fixing bar is fixing, by stirring inclination angle switch end, make push-pull bar rotate at inclination angle rotary head internal coiling, thus push-pull bar stretches out relative to inclination angle rotary head or regains.So, display screen rotates centered by the pin joint of fixing bar and display screen, reaches to regulate the purpose at display screen angle of inclination.Three above mechanism structure is simple, easy to use, combines and just serves arbitrarily regulation display screen height, rotational angle, the purpose at angle of inclination.
Four angles of the imaging device protecgulum of the present invention are provided with suction opeing, and are provided with inner chamber extraction fan at suction opeing rear, and are provided with vent on bonnet.So make air-flow enter from the suction opeing of protecgulum, go out from the air vent of bonnet, thus play exchange air-flow and distribute the effect of heat in cabinet.Being provided with uniform radiating ribs on bonnet, be provided with through heat dissipation wind channel in radiating ribs, the left end outlet of radiating ribs is provided with extractor fan, and right-hand member outlet is provided with air ejector fan.When starting extractor fan and air ejector fan, air-flow passes in heat dissipation wind channel, takes away the heat on display screen housing.The present invention can be by dispelling the heat with upper type efficiently, and promotion avoids the steam in imaging device cabinet to distribute, it is to avoid the situations such as internal component is persistently overheating, service behaviour reduces or shuts down.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present invention；
Fig. 2 is water tumbler accommodating mechanism structural representation；
Fig. 3 is the left view of the present invention；
Fig. 4 is the structural representation of telescoping mechanism；
Fig. 5 is the structural representation of rotating mechanism；
Fig. 6 is the structural representation of angle control mechanism；
Fig. 7 is display screen front-cover structure schematic diagram；
Fig. 8 is display screen rear cover structure schematic diagram；
Fig. 9 is the profilograph of display screen bonnet.
nullIn figure，1-base，2-support，3-display screen，4-water tumbler accommodating mechanism，21-telescoping mechanism，22-rotating mechanism，23-angle control mechanism，24-fixes bar，31-protecgulum，32-bonnet，41-rotating turret，42-drinking cup holder，43-position-limited rack，44-fixing head，45-spring，The Telescopic Fixed head of 211-，212-stretches rotary head，213-expansion link，221-thrust bearing，222-rotates bar，231-connecting rod，232-inclination angle rotary head，233-push-pull bar，311-suction opeing，321-radiating ribs，322-extractor fan，323-air ejector fan，324-air vent，325-radiating groove，411-glass stand bar，412-rotary head，413-pull bar，414-drawhead，At the bottom of 421-cup，422-toroidal frame，423-glass stand pillar，The vertical section of 431-position-limited rack，432-position-limited rack horizontal segment，441-center-pole，442-positioning head，211a-Telescopic Fixed head socket part，212a-telescoping mechanism switch end，212b-telescoping mechanism built-in end，213a-expansion link thread head，213b-fixed station，213c-projection，221a-blowout patche，221b-seat ring，222a-rotates bar socket part，231a-connecting rod socket part，232a-inclination angle switch end，232b-inclination angle built-in end，321a-heat dissipation wind channel.
Detailed description of the invention
Below in conjunction with the accompanying drawings, the present invention is described in detail.
In order to make the purpose of the present invention, technological invention and advantage clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
Embodiment one
A kind of high efficiency and heat radiation intelligence imaging device receiving water tumbler and full both view angle adjustment, including base 1, support 2, display screen 3, it is characterized in that, one end bottom described display screen 3 is provided with water tumbler accommodating mechanism 4, and described water tumbler accommodating mechanism 4 includes rotating turret 41, drinking cup holder 42, position-limited rack 43, fixing head 44, spring 45；Described fixing head 44 includes that center-pole 441 and positioning head 442, one end of described center-pole 441 are fixed on the one end bottom display screen 3, and the other end of described center-pole 441 is fixing with positioning head 442 to be connected；Glass stand bar 411 that described rotating turret 41 includes being sequentially connected with, rotary head 412, pull bar 413, drawhead 414, one end of described glass stand bar 411 is fixedly connected on drinking cup holder 42, the other end of described glass stand bar 411 is connected with rotary head 412, and described rotary head 412 for hollow cylinder structure and is sleeved on center-pole 441；Described position-limited rack 43 includes the vertical section of position-limited rack 431 and position-limited rack horizontal segment 432, described position-limited rack vertical section 431 one end is fixedly connected on bottom display screen 3, the other end of the vertical section of described position-limited rack 431 is connected with position-limited rack horizontal segment 432, and the two ends of described spring 45 are connected with position-limited rack horizontal segment 432 and pull bar 413 respectively；Described support 2 includes telescoping mechanism 21, rotating mechanism 22, angle control mechanism 23, fixing bar 24；Described telescoping mechanism 21 includes Telescopic Fixed 211, flexible rotary head 212, expansion link 213, described Telescopic Fixed 211 lower ends are fixed on base 1, described Telescopic Fixed 211 upper ends are Telescopic Fixed head socket part 211a, and described Telescopic Fixed head socket part 211a has cylinder groove；Described flexible rotary head 212 includes telescoping mechanism switch end 212a and telescoping mechanism built-in end 212b, described telescoping mechanism built-in end 212b is movably arranged in the cylinder groove of Telescopic Fixed head socket part 211a, the external diameter of the described telescoping mechanism switch end 212a diameter more than Telescopic Fixed 211, the bottom of described telescoping mechanism switch end 212a is overlapped on the annular end face of Telescopic Fixed head socket part 211a, described telescoping mechanism switch end 212a surface is evenly equipped with salient point, described flexible rotary head 212 has through hole, described expansion link 213 includes the expansion link thread head 213a set gradually from the bottom up, fixed station 213b, projection 213c, described expansion link thread head 213a is threadeded with flexible rotary head 212；Described rotating mechanism 22 includes thrust bearing 221, rotates bar 222, described thrust bearing 221 is sleeved on projection 213c, the seat ring 221b bottom surface of described thrust bearing 221 is overlapped on the upper table surface of fixed station 213b, the lower end of described rotation bar 222 is for rotating bar socket part 222a, described rotation bar socket part 222a has cylinder groove, described rotation bar socket part 222a is enclosed within the projection 213c of expansion link 213, and the lower surface of described rotation bar 222 is fixing with the blowout patche 221a of the thrust bearing 221 of thrust bearing 221 to be connected；nullDescribed angle control mechanism 23 includes connecting rod 231、Inclination angle rotary head 232、Push-pull bar 233，One end of described connecting rod 231 is hinged through the hinge to rotate the stage casing of bar 222，The other end of described connecting rod 231 is connecting rod socket part 231a，Described connecting rod socket part 231a has cylinder groove，Described inclination angle rotary head 232 includes inclination angle switch end 232a and inclination angle built-in end 232b，Described inclination angle built-in end 232b is movably arranged in the cylinder groove of connecting rod 231，The external diameter of described inclination angle switch end 232a is more than the diameter of connecting rod 231，The bottom of described inclination angle switch end 232a is overlapped on the annular end face of connecting rod socket part 231a，Switch end 232a surface, described inclination angle is evenly equipped with salient point，Described inclination angle rotary head 232 has through hole，Described push-pull bar 233 one end is connected with the through hole whorl of inclination angle rotary head 232，The other end of described push-pull bar 233 is connected through the hinge with display screen 3；One end of described fixing bar 24 and the top rotating bar 222 are bolted to connection, and the other end of described fixing bar 24 is connected through the hinge with display screen 3；Described display screen 3 includes protecgulum 31 and bonnet 32, the position at four angles of described protecgulum 31 is provided with suction opeing 311, it is provided with Air Filter on described suction opeing 311, the rear of described suction opeing 311 is provided with inner chamber extraction fan, described inner chamber extraction fan electrically connects with the main circuit of display screen 3, radiating ribs 321 and radiating groove 325 it is provided with on described bonnet 32, through heat dissipation wind channel 321a it is provided with in described radiating ribs 321, the left end outlet of described radiating ribs 321 is provided with extractor fan 322, the right-hand member outlet of described radiating ribs 321 is provided with air ejector fan 323, described extractor fan 322 and air ejector fan 323 main circuit with display screen 3 respectively electrically connects, it is evenly equipped with some air vents in described radiating groove 325.
Present invention one end bottom display screen 3 is provided with water tumbler accommodating mechanism 4, and water tumbler can be positioned in the drinking cup holder 42 of water tumbler accommodating mechanism 4 by user.Connecting between position-limited rack 43 and the pull bar 413 of water tumbler accommodating mechanism 4 and have spring 45, when not using water tumbler accommodating mechanism 4, spring 45 is in contraction state, and drinking cup holder 42 turns to display screen 3 rear and stores.When water tumbler to be used, pull pull bar 413 to the direction away from position-limited rack 43, then drinking cup holder 42 turns to the side of display screen 3, facilitates us to pick and place water tumbler.The setting of this mechanism provides the device of storage water tumbler, and is not take up desk-top space.The more important thing is, water tumbler is positioned in water tumbler accommodating mechanism 4, water tumbler will not be made to topple over, thus avoid and make because water tumbler is toppled over the water spilt can flow in the circuit board of the electronic products such as imaging device, mouse, keyboard, short circuit, deadlock etc. is caused to damage, or the situation such as the spark initiation fire that causes of short circuit.
The support 2 of this imaging device includes telescoping mechanism 21, rotating mechanism 22, angle control mechanism 23, fixing bar 24.User can make expansion link 213 rotate at flexible rotary head 212 internal coiling by stirring the telescoping mechanism switch end 212a of telescoping mechanism 21, so that expansion link 213 rises or falls relative to flexible rotary head 212, plays the purpose of regulation display screen 3 height.The setting of rotating mechanism 22 makes the display screen 3 can be freely rotatable in horizontal plane, and when we need to see screen to the people in other orientation, can stir display screen 3 can rotating screen easily.Fixing bar 24 is bolted to connection on the top rotating bar 222, it is also possible to by being bolted after adjusting fixing bar 24 angle of inclination, the most equally adjust the height of display screen 3.But after fixing bar 24 is fixing, by stirring inclination angle switch end 232a, make push-pull bar 233 rotate at inclination angle rotary head 232 internal coiling, thus push-pull bar 233 stretches out relative to inclination angle rotary head 232 or regains.So, display screen 3 rotates centered by the pin joint of fixing bar 24 and display screen 3, reaches to regulate the purpose at display screen 3 angle of inclination.Three above mechanism structure is simple, easy to use, combines and just serves arbitrarily regulation display screen 3 height, rotational angle, the purpose at angle of inclination.
31 4 angles of the imaging device protecgulum of the present invention are provided with suction opeing 311, and suction opeing 311 rear is provided with inner chamber extraction fan, and are provided with vent on bonnet 32.So make air-flow enter from the suction opeing 311 of protecgulum 31, go out from the air vent 324 of bonnet 32, thus play exchange air-flow and distribute the effect of heat in cabinet.Being provided with uniform radiating ribs 321 on bonnet 32, be provided with through heat dissipation wind channel 321a in radiating ribs 321, the left end outlet of radiating ribs 321 is provided with extractor fan 322, and right-hand member outlet is provided with air ejector fan 323.When startup extractor fan 322 and air ejector fan 323 make, and air-flow passes in heat dissipation wind channel 321a, takes away the heat on display screen 3 housing.The present invention can be by dispelling the heat with upper type efficiently, and promotion avoids the steam in imaging device cabinet to distribute, it is to avoid the situations such as internal component is persistently overheating, service behaviour reduces or shuts down.
Embodiment two
On the basis of embodiment one, described rotating turret 41 and position-limited rack 43 are arranged in the same one end bottom display screen 3, so can make more convenient operation.The vertical section of described position-limited rack 431 is connected to the anterior position of display screen 3 bottom end, the center-pole 441 of described fixing head 44 is arranged at the rear position of display screen 3 bottom end, the axis making spring 45 has bigger angle with rotating turret 41, increases the arm of force, it is simple to stir drawhead 414.
Embodiment three
On the basis of above-described embodiment, the inner surface of described rotary head 412 is pasted with neonychium, and the surface of described neonychium scribbles lubricant.So make to rotate switch more flexible, it is simple to picking and placeing of water tumbler.
Embodiment four
On the basis of above-described embodiment, described drinking cup holder 42 include glass at the bottom of 421, toroidal frame 422, glass stand pillar 423, at the bottom of described cup, 421 are connected with one end of glass stand bar 411, described glass stand pillar 423 be separately positioned on glass at the bottom of the two ends in 421 upper, annular faces, described toroidal frame 422 arranges many groups, many group toroidal frames 423 are arranged along the equidistant stacking of length direction of glass stand pillar 423, and often group toroidal frame 422 two ends are connected with the glass stand pillar 423 of both sides respectively.Drinking cup holder 42 need not be arranged to closing, is made engraved structure and can alleviate the weight of drinking cup holder 42, it is to avoid glass stand bar 411 can not bear drinking cup holder 42 weight and fracture.
Embodiment five
On the basis of above-described embodiment, the cylinder groove surface of described Telescopic Fixed 211 and annular end face are all coated with lubricant；The lower end ring surface of described telescoping mechanism switch end 212a is pasted with neonychium, and described neonychium scribbles lubricant, the surface smear lubricant of described telescoping mechanism built-in end 212b；Lubricant all it is coated with on the screw thread of described expansion link thread head 213a and flexible rotary head 212.Telescoping mechanism 21 needs manually to regulate, and therefore, it ensures the motility of telescoping mechanism 21 junction, could the most artificially regulate the height of display screen 3.
Embodiment six
On the basis of above-described embodiment; lubricant all it is coated with on the cylinder groove surface of described connecting rod 231 and annular end face; the lower end ring surface of described inclination angle switch end 232a is pasted with neonychium, and described neonychium scribbles lubricant, and the surface smear of described inclination angle built-in end 232b has lubricant；Lubricant all it is coated with on the screw thread of described fixing bar 24 and inclination angle rotary head 232.As such, it is possible to regulate stretching out or regaining of push-pull bar 233 easily, thus regulate the angle of inclination of display screen 3.
Embodiment seven
On the basis of above-described embodiment, the pin joint of described fixing bar 24 and display screen 3 is positioned at the top of push-pull bar 233 and display screen 3 pin joint.Keep rational distance at two between pin joint, when making work angle controlling organization 23, push-pull bar 233 stretch certain distance time, display screen 3 can have corresponding reasonably angle of inclination.
Embodiment eight
On the basis of above-described embodiment, all there is gap cambered surface and the bottom surface of the cylinder groove of described rotation bar socket part 222a with projection 213c, it is provided with gap between the blowout patche 221a and projection 213c of described thrust bearing 221, avoid, when rotating display screen 3, interfering between projection 213c and rotation bar 222 or thrust bearing 221.
Claims (8)
1. the high efficiency and heat radiation intelligence imaging device that can receive water tumbler and full both view angle adjustment, including base (1), support (2), display screen (3), it is characterized in that, one end of described display screen (3) bottom is provided with water tumbler accommodating mechanism (4), and described water tumbler accommodating mechanism (4) includes rotating turret (41), drinking cup holder (42), position-limited rack (43), fixing head (44), spring (45)；Described fixing head (44) includes center-pole (441) and positioning head (442), and one end of display screen (3) bottom is fixed in one end of described center-pole (441), and the other end of described center-pole (441) is fixing with positioning head (442) to be connected；Glass stand bar (411) that described rotating turret (41) includes being sequentially connected with, rotary head (412), pull bar (413), drawhead (414), one end of described glass stand bar (411) is fixedly connected on drinking cup holder (42), the other end of described glass stand bar (411) is connected with rotary head (412), and described rotary head (412) is hollow cylinder structure and is sleeved on center-pole (441)；Described position-limited rack (43) includes the vertical section of position-limited rack (431) and position-limited rack horizontal segment (432), described position-limited rack vertical section (431) one end is fixedly connected on display screen (3) bottom, the other end of the vertical section of described position-limited rack (431) is connected with position-limited rack horizontal segment (432), and the two ends of described spring (45) are connected with position-limited rack horizontal segment (432), pull bar (413) respectively；Described support (2) includes telescoping mechanism (21), rotating mechanism (22), angle control mechanism (23), fixing bar (24)；Described telescoping mechanism (21) includes Telescopic Fixed head (211), flexible rotary head (212), expansion link (213), described Telescopic Fixed head (211) lower end is fixed on base (1), described Telescopic Fixed head (211) upper end is Telescopic Fixed head socket part (211a), and described Telescopic Fixed head socket part (211a) has cylinder groove；nullDescribed flexible rotary head (212) includes telescoping mechanism switch end (212a) and telescoping mechanism built-in end (212b)，Described telescoping mechanism built-in end (212b) is movably arranged in the cylinder groove of Telescopic Fixed head socket part (211a)，The external diameter of described telescoping mechanism switch end (212a) is more than the diameter of Telescopic Fixed head (211)，The bottom of described telescoping mechanism switch end (212a) is overlapped on the annular end face of Telescopic Fixed head socket part (211a)，Described telescoping mechanism switch end (212a) surface is evenly equipped with salient point，Described flexible rotary head (212) has through hole，Described expansion link (213) includes the expansion link thread head (213a) set gradually from the bottom up、Fixed station (213b)、Projection (213c)，Described expansion link thread head (213a) threadeds with flexible rotary head (212)；Described rotating mechanism (22) includes thrust bearing (221), rotate bar (222), described thrust bearing (221) is sleeved on projection (213c), seat ring (221b) bottom surface of described thrust bearing (221) is overlapped on the upper table surface of fixed station (213b), the lower end of described rotation bar (222) is for rotating bar socket part (222a), described rotation bar socket part (222a) has cylinder groove, described rotation bar socket part (222a) is enclosed within the projection (213c) of expansion link (213), the lower surface of described rotation bar (222) is fixing with the blowout patche (221a) of the thrust bearing (221) of thrust bearing (221) to be connected；nullDescribed angle control mechanism (23) includes connecting rod (231)、Inclination angle rotary head (232)、Push-pull bar (233)，One end of described connecting rod (231) is hinged through the hinge to rotate the stage casing of bar (222)，The other end of described connecting rod (231) is connecting rod socket part (231a)，Described connecting rod socket part (231a) has cylinder groove，Described inclination angle rotary head (232) includes inclination angle switch end (232a) and inclination angle built-in end (232b)，Described inclination angle built-in end (232b) is movably arranged in the cylinder groove of connecting rod (231)，The external diameter of described inclination angle switch end (232a) is more than the diameter of connecting rod (231)，The bottom of described inclination angle switch end (232a) is overlapped on the annular end face of connecting rod socket part (231a)，Switch end (232a) surface, described inclination angle is evenly equipped with salient point，Described inclination angle rotary head (232) has through hole，Described push-pull bar (233) one end is connected with the through hole whorl of inclination angle rotary head (232)，The other end of described push-pull bar (233) is connected through the hinge with display screen (3)；One end of described fixing bar (24) and the top rotating bar (222) are bolted to connection, and the other end of described fixing bar (24) is connected through the hinge with display screen (3)；nullDescribed display screen (3) includes protecgulum (31) and bonnet (32)，The position at four angles of described protecgulum (31) is provided with suction opeing (311)，Described suction opeing is provided with Air Filter on (311)，The rear of described suction opeing (311) is provided with inner chamber extraction fan，Described inner chamber extraction fan electrically connects with the main circuit of display screen (3)，Radiating ribs (321) and radiating groove (325) it is provided with on described bonnet (32)，Through heat dissipation wind channel (321a) it is provided with in described radiating ribs (321)，The left end outlet of described radiating ribs (321) is provided with extractor fan (322)，The right-hand member outlet of described radiating ribs (321) is provided with air ejector fan (323)，Described extractor fan (322) and air ejector fan (323) main circuit with display screen (3) respectively electrically connects，Some air vents (324) it are evenly equipped with in described radiating groove (325).
A kind of high efficiency and heat radiation intelligence imaging device receiving water tumbler and full both view angle adjustment the most according to claim 1, it is characterized in that, described rotating turret (41) and position-limited rack (43) are arranged in same one end of display screen (3) bottom, the vertical section of described position-limited rack (431) is connected to the anterior position of display screen (3) bottom end, and the center-pole (441) of described fixing head (44) is arranged at the rear position of display screen (3) bottom end.
A kind of high efficiency and heat radiation intelligence imaging device receiving water tumbler and full both view angle adjustment the most according to claim 1, it is characterised in that the inner surface of described rotary head (412) is pasted with neonychium, and the surface of described neonychium scribbles lubricant.
A kind of high efficiency and heat radiation intelligence imaging device receiving water tumbler and full both view angle adjustment the most according to claim 1, it is characterized in that, described drinking cup holder (42) include glass at the bottom of (421), toroidal frame (422), glass stand pillar (423), (421) at the bottom of described cup are connected with one end of glass stand bar (411), described glass stand pillar (423) be separately positioned on glass at the bottom of the two ends in (421) upper, annular face, described toroidal frame (422) arranges many groups, organize the toroidal frame (423) the length direction equidistant stacking setting along glass stand pillar (423) more, and often organize toroidal frame (422) two ends and be connected with the glass stand pillar (423) of both sides respectively.
A kind of high efficiency and heat radiation intelligence imaging device receiving water tumbler and full both view angle adjustment the most according to claim 1, it is characterised in that be all coated with lubricant on the cylinder groove surface of described Telescopic Fixed head (211) and annular end face；The lower end ring surface of described telescoping mechanism switch end (212a) is pasted with neonychium, and described neonychium scribbles lubricant, the surface smear lubricant of described telescoping mechanism built-in end (212b)；Lubricant all it is coated with on the screw thread of described expansion link thread head (213a) and flexible rotary head (212).
A kind of high efficiency and heat radiation intelligence imaging device receiving water tumbler and full both view angle adjustment the most according to claim 1; it is characterized in that; lubricant all it is coated with on the cylinder groove surface of described connecting rod (231) and annular end face; the lower end ring surface of described inclination angle switch end (232a) is pasted with neonychium; scribbling lubricant on described neonychium, the surface smear at described inclination angle built-in end (232b) has lubricant；Lubricant all it is coated with on the screw thread of described fixing bar (24) and inclination angle rotary head (232).
A kind of high efficiency and heat radiation intelligence imaging device receiving water tumbler and full both view angle adjustment the most according to claim 1, it is characterized in that, the pin joint of described fixing bar (24) and display screen (3) is positioned at the top of push-pull bar (233) and display screen (3) pin joint.
A kind of high efficiency and heat radiation intelligence imaging device receiving water tumbler and full both view angle adjustment the most according to claim 1, it is characterized in that, all there is gap the cambered surface of the cylinder groove of described rotation bar socket part (222a) and bottom surface with projection (213c), are provided with gap between blowout patche (221a) and the projection (213c) of described thrust bearing (221).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610241556.9A CN105892580A (en) | 2016-04-19 | 2016-04-19 | Intelligent imaging device with functions of cup storage, full-view regulation and efficient heat dissipation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610241556.9A CN105892580A (en) | 2016-04-19 | 2016-04-19 | Intelligent imaging device with functions of cup storage, full-view regulation and efficient heat dissipation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105892580A true CN105892580A (en) | 2016-08-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610241556.9A Pending CN105892580A (en) | 2016-04-19 | 2016-04-19 | Intelligent imaging device with functions of cup storage, full-view regulation and efficient heat dissipation |
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| Country | Link |
|---|---|
| CN (1) | CN105892580A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108762383A (en) * | 2018-05-17 | 2018-11-06 | 常州信息职业技术学院 | Show equipment |
| CN111816086A (en) * | 2020-07-14 | 2020-10-23 | 滁州职业技术学院 | Data mining information release terminal and use method thereof |
-
2016
- 2016-04-19 CN CN201610241556.9A patent/CN105892580A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108762383A (en) * | 2018-05-17 | 2018-11-06 | 常州信息职业技术学院 | Show equipment |
| CN108762383B (en) * | 2018-05-17 | 2020-06-19 | 常州信息职业技术学院 | Display device |
| CN111816086A (en) * | 2020-07-14 | 2020-10-23 | 滁州职业技术学院 | Data mining information release terminal and use method thereof |
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Application publication date: 20160824 |