CN113031717A - Buffering movable computer display screen base auxiliary assembly - Google Patents
Buffering movable computer display screen base auxiliary assembly Download PDFInfo
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- CN113031717A CN113031717A CN202110294690.6A CN202110294690A CN113031717A CN 113031717 A CN113031717 A CN 113031717A CN 202110294690 A CN202110294690 A CN 202110294690A CN 113031717 A CN113031717 A CN 113031717A
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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
- G06F1/18—Packaging or power distribution
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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
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Abstract
The invention discloses a buffer movable computer display screen base auxiliary device which comprises a physical state transition temperature transfer display screen shockproof support box, a thermal expansion and cold contraction spherical dry ice placing device, a movable heat absorption and cooling type dry ice position adjusting device, an anti-shaking buffer type display screen clamping device and the like. The invention belongs to the technical field of computers, in particular to a buffering movable auxiliary device for a computer display screen base, which effectively solves the problem that the display screen in the current market can generate heat in the using process so as to influence the service life of the display screen.
Description
Technical Field
The invention belongs to the technical field of computers, and particularly relates to a buffering movable computer display screen base auxiliary device.
Background
The computer is commonly called as computer, is an electronic computer for high-speed calculation, can carry out numerical calculation and logic calculation, and also has the function of storage and memory, and nowadays, the computer has become the necessary articles for offices, and its structure includes display and base, and the display base on the market at present is mostly the support of integrated structure, and it is directly placed on the desktop, and some displays are fixed on the wall through setting up longer support. However, in the real life, traditional display screen base only acts as a fixed stay effect, and the function is single, to the display screen work in the heat that produces directly volatilize the air, influence user's use and feel, simultaneously still greatly reduced the life of display screen.
Disclosure of Invention
Aiming at the situation and overcoming the defects of the prior art, the invention provides buffer movable computer display screen base auxiliary equipment, which effectively solves the problem that the display screen in the current market can generate heat in the using process so as to influence the service life of the display screen.
The technical scheme adopted by the invention is as follows: the invention discloses a buffer movable computer display screen base auxiliary device, which comprises an object state transition temperature transfer display screen shockproof support box, an object state transition temperature discharge hole, a transparent dry ice replacing door, a display screen movable support plate, a display screen auxiliary lifting adjusting rod, a rotary hinged connecting piece, a movable position adjusting wheel, a brake position fixing piece, a thermal expansion and cold contraction spherical dry ice placing device, a movable heat absorption and temperature reduction type dry ice position adjusting device and an anti-shaking buffer type display screen clamping device, wherein the object state transition temperature discharge hole is arranged on the top wall of the object state transition temperature transfer display screen shockproof support box, the transparent dry ice replacing door is hinged on the object state transition temperature transfer display screen shockproof support box, the display screen auxiliary lifting adjusting rod is arranged on the bottom wall of the object state transition temperature transfer display screen shockproof support box, the display screen movable support plate is arranged on the display screen auxiliary lifting adjusting rod, the rotary type hinged connecting piece is rotatably arranged on the display screen moving supporting plate, the brake position fixing piece is hinged on the rotary type hinged connecting piece, the movable position adjusting wheel is hinged on the brake position fixing piece, the movable heat absorption and cooling type dry ice position adjusting device is arranged on the physical state transition temperature transmission display screen shockproof supporting box and penetrates through the physical state transition temperature transmission display screen shockproof supporting box, the heat expansion and cold contraction spherical dry ice placing device is arranged on the movable heat absorption and cooling type dry ice position adjusting device and is arranged in the physical state transition temperature transmission display screen shockproof supporting box, the anti-shaking buffer type display screen clamping device is arranged on the physical state transition temperature transmission display screen shockproof supporting box, the heat expansion and cold contraction spherical dry ice placing device comprises a heat and cold ice placing ball body, a heat expansion and cold contraction dry ice placing ball cover and a heat expansion and cold ice sublimation air outlet, on the spheroid was located on portable thermal-arrest cooling type dry ice position control device is placed to expend with heat and contract with cold dry ice, expend with heat and contract with cold dry ice places the ball lid and locates expend with heat and contract with cold dry ice and place the spheroid, expend with heat and contract with cold dry ice sublimation venthole is evenly distributed and locates expend with heat and contract with cold dry ice and place on the spheroid, portable thermal-arrest cooling type dry ice position control device is including the spacing slide bar of thermal-arrest cooling type dry ice position, thermal-arrest cooling type dry ice position adjusting motor, thermal-arrest cooling type dry ice position removal screw rod, dry ice spheroid removal backup pad and dry ice spheroid dislocation prevention standing groove, the spacing slide bar of thermal-arrest cooling type dry ice position is located in the thing state changes the shockproof supporting box of temperature transmission display screen, thermal-arrest cooling type dry ice position adjusting motor locates on the output shaft of thermal-arrest cooling type dry ice position adjusting motor and runs through thing state transition temperature on the shockproof supporting box roof, thermal-arrest cooling type dry The shockproof support box for the transmission display screen is arranged in the shockproof support box for the object state transition temperature transmission display screen, one end of a dry ice ball moving support plate is slidably arranged on a heat absorption and cooling type dry ice position limiting slide rod, the other end of the dry ice ball moving support plate is in threaded connection with a heat absorption and cooling type dry ice position moving screw rod, a dry ice ball dislocation prevention placing groove is formed in the dry ice ball moving support plate, a heat expansion and cold contraction dry ice placing ball is arranged on the dry ice ball dislocation prevention placing groove, the anti-shaking buffer type display screen clamping device comprises a temperature transmission display screen top clamping spring, a temperature transmission display screen top clamping plate, a temperature transmission display screen side wall clamping spring and a temperature transmission display screen side wall clamping plate, the temperature transmission display screen top clamping spring is arranged on the shockproof support box for the object state transition temperature transmission display screen, the temperature transmission display screen top clamping plate is arranged on the temperature transmission display screen top clamping spring, the temperature transfer display screen side wall clamping spring is arranged on the matter state transition temperature transfer display screen shockproof supporting box side wall, the temperature transfer display screen side wall clamping plate is arranged on the temperature transfer display screen side wall clamping spring, the matter state transition temperature transfer display screen shockproof supporting box plays a role in supporting and protecting a display screen, the matter state transition temperature discharge hole plays a role in discharging heat and gas, the transparent dry ice replacement door plays a role in penetrating and replacing dry ice, the display screen movable supporting plate plays a role in supporting, the display screen auxiliary lifting adjusting rod plays a role in adjusting the use height of the display screen to adapt to the comfort level of a user, the rotary type hinged connecting piece plays a connecting role, the movable position adjusting wheel plays a moving role, and the brake position fixing piece plays a role in fixing the movable position adjusting wheel, the spherical dry ice placer of expend with heat and contract with cold plays through the keeping away from of expend with heat and contract with cold and absorb the effect that the heat absorbs the dry ice sublimation and carry out the heat dissipation, portable type dry ice position adjusting device that decreases with heat plays the effect of adjustment expend with heat and contract with cold spherical dry ice placer position, prevent shake buffer type display screen clamping device and play the centre gripping display screen and prevent the effect of display screen shake, expend with heat and contract with cold dry ice places the spheroid and play and place the dry ice and give the effect of dry ice with heat transfer through expend with heat and contract with cold, expend with heat and contract with cold dry ice and place the effect that the ball lid played the protection, expend with heat and contract with cold dry ice sublimation hole and play the effect that the gaseous discharge expend with heat and contract with cold dry ice after subliming dry ice places the spheroid, the spacing slide bar in type dry ice position of decreasing with, the dry ice spheroid removes the backup pad and plays support and dry ice spheroid prevents that the spheroidal effect is placed to the dislocation standing groove expend with heat and contract with cold dry ice, temperature transfer display screen top centre gripping spring and temperature transfer display screen lateral wall centre gripping spring play the effect of pressing from both sides tight regulation, temperature transfer display screen top centre gripping board temperature transfer display screen lateral wall centre gripping board plays the effect of pressing from both sides tight display screen.
Furthermore, the shockproof supporting box for the object state transition temperature transfer display screen is provided with a display screen heat dissipation supporting and placing plate, and the display screen heat dissipation supporting and placing plate plays a supporting role.
Further, the supplementary lift adjustment lever of display screen is located between display screen removal backup pad and the thing state transition temperature transmission display screen supporting box that takes precautions against earthquakes, temperature transmission display screen lateral wall centre gripping spring is located between temperature transmission display screen lateral wall grip block and the thing state transition temperature transmission display screen supporting box that takes precautions against earthquakes, temperature transmission display screen top centre gripping spring is located between temperature transmission display screen top grip block and the thing state transition temperature transmission display screen supporting box that takes precautions against earthquakes, portable position control wheel and display screen removal backup pad are located to the articulated connecting piece of rotary type between, expend with heat and contract with cold dry ice places the spheroid and locates expend with heat and contract with cold dry ice and place between ball lid and the dry ice spheroid dislocation-proof standing groove.
Furthermore, the dry ice ball moving support plate and the heat absorption cooling type dry ice position limiting slide bar are vertically arranged, the heat absorption cooling type dry ice position moving screw and the dry ice ball moving support plate are vertically arranged, the heat absorption cooling type dry ice position limiting slide bar and the heat absorption cooling type dry ice position moving screw are arranged in parallel, the temperature transfer display screen top clamping spring and the temperature transfer display screen side wall clamping spring are vertically arranged, the temperature transfer display screen top clamping plate and the temperature transfer display screen side wall clamping plate are vertically arranged, the temperature transfer display screen top clamping spring and the temperature transfer display screen top clamping plate are vertically arranged, the heat absorption cooling type dry ice position limiting slide bar and the temperature transfer display screen top clamping plate are vertically arranged, and the heat absorption cooling type dry ice position limiting slide bar and the temperature transfer display screen side wall clamping plate are arranged in parallel, the display screen is assisted lift adjustment pole and heat absorption cooling type dry ice position limit slide bar and is parallel arrangement, the supplementary lift adjustment pole of display screen and temperature transfer display screen top grip block are perpendicular setting, the supplementary lift adjustment pole of display screen and display screen removal backup pad are perpendicular setting.
Further, the object state transition temperature transfer display screen shockproof supporting box is a cavity in the shape of an inverted-concave letter, the object state transition temperature discharge hole is in the shape of a circular hole, the display screen moving supporting plate is in the shape of a cuboid plate, the temperature transfer display screen top clamping plate is in the shape of a cuboid plate, the temperature transfer display screen side wall clamping plate is in the shape of a cuboid plate, the volume of the temperature transfer display screen top clamping plate is equal to that of the temperature transfer display screen side wall clamping plate, the volume of the temperature transfer display screen top clamping plate is smaller than that of the display screen moving supporting plate, the dry ice ball moving supporting plate is in the shape of a cuboid plate, the expansion and contraction dry ice placing ball is in the shape of a three-quarter spherical cavity, the expansion and contraction dry ice placing ball cover is in the shape of a one-quarter spherical cavity, the expansion and contraction dry ice placing ball cover and the expansion and contraction dry ice placing ball combination are in the shape of, the misplacement-preventing placing groove for the dry ice ball is arc-shaped groove-shaped.
Further, the matter state transition temperature discharge hole is provided with a plurality of groups, the transparent dry ice replacement door is provided with two groups, the display screen auxiliary lifting adjusting rods are provided with two groups, the rotary type hinged connecting pieces are provided with four groups, the movable position adjusting wheels are provided with four groups, the brake position fixing piece is provided with four groups, the expansion and contraction dry ice placement ball body is provided with two groups, the expansion and contraction dry ice placement ball cover is provided with two groups, the expansion and contraction dry ice sublimation air outlet hole is provided with a plurality of groups, the heat absorption and temperature reduction type dry ice position limiting slide rod is provided with six groups, the heat absorption and temperature reduction type dry ice position adjusting motor is provided with two groups, the heat absorption and temperature reduction type dry ice position moving screw rod is provided with two groups, the dry ice ball moving support plate is provided with two groups, the dry ice ball dislocation preventing placement groove is provided with two groups, and the temperature transmission, the temperature transfer display screen side wall clamping springs are provided with four groups, and the temperature transfer display screen side wall clamping plates are provided with two groups.
Further, preferably, the transparent dry ice replacement door is made of glass.
The invention with the structure has the following beneficial effects: the scheme provides buffer movable computer display screen base auxiliary equipment, the problem that the service life of a display screen is influenced by the fact that the display screen can generate heat in the using process in the current market is effectively solved, the harmful factor, namely heat, generated in the work of the display screen is borrowed, the characteristic that dry ice sublimes when heated is combined, the contradiction that the heat is not needed but is needed in the work of the display screen is overcome by changing the physical state of the dry ice, furthermore, the heat is repeatedly utilized by utilizing the heat expansion and cold contraction, and the technical effect that the dry ice can be stored, and the dry ice can be released to dissipate heat through waste heat generated in the work of the display screen is achieved.
Drawings
FIG. 1 is a schematic diagram of an overall structure of a buffering mobile computer display screen base auxiliary device according to the present invention;
FIG. 2 is a front view of a cushioned mobile computer display base accessory in accordance with the present invention;
FIG. 3 is a cross-sectional view of a cushioned mobile computer display base accessory in accordance with the present invention;
fig. 4 is a schematic view of a combined structure of a spherical dry ice placing device for placing buffering movable computer display screen base auxiliary equipment with expansion caused by heat and contraction caused by cold and a movable heat absorption cooling type dry ice position adjusting device.
Wherein, 1, the object state transition temperature transfer display screen shockproof supporting box, 2, the object state transition temperature discharge hole, 3, the transparent dry ice replacement door, 4, the display screen movable supporting plate, 5, the display screen auxiliary lifting adjusting rod, 6, the rotary type hinged connecting piece, 7, the movable type position adjusting wheel, 8, the brake position fixing piece, 9, the thermal expansion and cold contraction spherical dry ice placing device, 10, the movable type heat absorption and cold reduction dry ice position adjusting device, 11, the anti-shaking buffer type display screen clamping device, 12, the thermal expansion and cold contraction placing sphere, 13, the thermal expansion and cold contraction dry ice placing spherical cover, 14, the thermal expansion and cold contraction dry ice sublimation air outlet, 15, the heat absorption and cold reduction dry ice position limiting sliding rod, 16, the heat absorption and cold reduction dry ice position adjusting motor, 17, the heat absorption and cold dry ice position moving screw rod, 18, the dry ice sphere movable supporting plate, 19, and the dry ice sphere anti-dislocation placing groove, 20. temperature transfer display screen top centre gripping spring, 21, temperature transfer display screen top grip block, 22, temperature transfer display screen lateral wall centre gripping spring, 23, temperature transfer display screen lateral wall grip block, 24, the display screen heat dissipation supports places the board.
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments; all other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1-4, the invention relates to a buffering movable computer display screen base auxiliary device, which comprises an object state transition temperature transmission display screen shockproof support box 1, an object state transition temperature discharge hole 2, a transparent dry ice replacement door 3, a display screen movable support plate 4, a display screen auxiliary lifting adjusting rod 5, a rotary type hinged connecting piece 6, a movable type position adjusting wheel 7, a brake position fixing piece 8, a thermal expansion and cold contraction spherical dry ice placing device 9, a movable type heat absorption and temperature reduction dry ice position adjusting device 10 and an anti-shaking buffering type display screen clamping device 11, wherein the object state transition temperature discharge hole 2 is arranged on the top wall of the object state transition temperature transmission display screen shockproof support box 1, the transparent dry ice replacement door 3 is hinged on the object state transition temperature transmission display screen shockproof support box 1, the display screen auxiliary lifting adjusting rod 5 is arranged on the bottom wall of the object state transition temperature transmission display screen shockproof support box 1, the display screen moving support plate 4 is arranged on the display screen auxiliary lifting adjusting rod 5, the rotary type hinged connecting piece 6 is rotatably arranged on the display screen moving support plate 4, the brake position fixing piece 8 is hinged on the rotary type hinged connecting piece 6, the movable position adjusting wheel 7 is hinged on the brake position fixing piece 8, the movable heat absorption cooling type dry ice position adjusting device 10 is arranged on the physical state transition temperature transmission display screen shockproof support box 1 and penetrates through the physical state transition temperature transmission display screen shockproof support box 1, the heat expansion and cold contraction spherical dry ice placing device 9 is arranged on the movable heat absorption cooling type dry ice position adjusting device 10 and is arranged in the physical state transition temperature transmission display screen shockproof support box 1, the anti-shaking buffer type display screen clamping device 11 is arranged on the physical state transition temperature transmission display screen shockproof support box 1, the spherical dry ice placing device 9 with thermal expansion and cold contraction comprises a thermal expansion and cold contraction dry ice placing sphere 12, a thermal expansion and cold contraction dry ice placing sphere cover 13 and a thermal expansion and cold contraction dry ice sublimating air outlet 14, the thermal expansion and cold contraction dry ice placing sphere 12 is arranged on a movable thermal expansion and cold contraction dry ice position adjusting device 10, the thermal expansion and cold contraction dry ice placing sphere cover 13 is arranged on the thermal expansion and cold contraction dry ice placing sphere 12, the thermal expansion and cold contraction dry ice sublimating air outlet 14 is uniformly distributed on the thermal expansion and cold contraction dry ice placing sphere 12, the movable thermal absorption and cold reduction dry ice position adjusting device 10 comprises a thermal absorption and cold reduction type dry ice position limiting slide bar 15, a thermal absorption and cold reduction type dry ice position adjusting motor 16, a thermal absorption and cold reduction type dry ice position moving screw 17, a dry ice sphere moving support plate 18 and a dry ice dislocation-ice anti-displacement placing groove 19, the thermal absorption and cold reduction type dry ice position limiting slide bar 15 is arranged, the heat absorption and cooling type dry ice position adjusting motor 16 is arranged on the top wall of the object state transition temperature transmission display screen shockproof support box 1, the heat absorption and cooling type dry ice position moving screw 17 is arranged on the output shaft of the heat absorption and cooling type dry ice position adjusting motor 16 and penetrates through the object state transition temperature transmission display screen shockproof support box 1 to be arranged in the object state transition temperature transmission display screen shockproof support box 1, one end of a dry ice sphere moving support plate 18 is slidably arranged on a heat absorption and cooling type dry ice position limiting slide rod 15, the other end of the dry ice sphere moving support plate 18 is in threaded connection with the heat absorption and cooling type dry ice position moving screw 17, a dry ice sphere dislocation prevention placing groove 19 is arranged on the dry ice sphere moving support plate 18, a heat and cold shrinkage placing sphere 12 is arranged on a dry ice sphere dislocation prevention placing groove 19, and the anti-shaking buffer type display screen clamping device 11 comprises a temperature transmission display screen top clamping spring 20, Temperature transfer display screen top grip block 21, temperature transfer display screen lateral wall centre gripping spring 22 and temperature transfer display screen lateral wall grip block 23, temperature transfer display screen top grip spring 20 is located on thing attitude transformation temperature transfer display screen shockproof supporting box 1, temperature transfer display screen top grip block 21 is located on temperature transfer display screen top grip spring 20, temperature transfer display screen lateral wall centre gripping spring 22 is located on thing attitude transformation temperature transfer display screen shockproof supporting box 1 lateral wall, temperature transfer display screen lateral wall grip block 23 is located on temperature transfer display screen lateral wall centre gripping spring 22.
And a display screen heat dissipation support placing plate 24 is arranged on the object state transition temperature transfer display screen shockproof support box 1.
Supplementary lift adjustment lever 5 of display screen is located display screen mobile support board 4 and the thing state transition temperature transmission display screen between the shockproof supporting box 1, temperature transmission display screen lateral wall centre gripping spring 22 is located temperature transmission display screen lateral wall grip block 23 and the thing state transition temperature transmission display screen between the shockproof supporting box 1, temperature transmission display screen top centre gripping spring 20 is located between temperature transmission display screen top grip block 21 and the thing state transition temperature transmission display screen shockproof supporting box 1, rotary type articulated connecting piece 6 is located between portable position regulating wheel 7 and the display screen mobile support board 4, expend with heat and contract with cold dry ice places spheroid 12 and locates expend with heat and contract with cold dry ice and place between spherical cover 13 and the dry ice spheroid anti-dislocation standing groove 19.
The heat absorption and cooling type dry ice position limiting slide bar 15 and the heat absorption and cooling type dry ice position limiting slide bar 18 are vertically arranged, the heat absorption and cooling type dry ice position moving screw 17 and the dry ice ball moving support bar 18 are vertically arranged, the heat absorption and cooling type dry ice position limiting slide bar 15 and the heat absorption and cooling type dry ice position moving screw 17 are parallel arranged, the temperature transfer display screen top clamping spring 20 and the temperature transfer display screen side wall clamping spring 22 are vertically arranged, the temperature transfer display screen top clamping plate 21 and the temperature transfer display screen side wall clamping plate 23 are vertically arranged, the temperature transfer display screen top clamping spring 20 and the temperature transfer display screen top clamping plate 21 are vertically arranged, the heat absorption and cooling type dry ice position limiting slide bar 15 and the temperature transfer display screen side wall clamping plate 23 are parallel arranged, the supplementary lift adjusting lever of display screen 5 and the spacing slide bar 15 in heat absorption cooling type dry ice position are parallel arrangement, the supplementary lift adjusting lever of display screen 5 and temperature transmission display screen top grip block 21 are perpendicular setting, the supplementary lift adjusting lever of display screen 5 and display screen removal backup pad 4 are perpendicular setting.
The shockproof support box 1 for the matter state transition temperature display screen is arranged in a cavity in an inverted-concave shape, the matter state transition temperature discharge hole 2 is arranged in a circular hole shape, the display screen mobile support plate 4 is arranged in a cuboid plate shape, the temperature transfer display screen top clamping plate 21 is arranged in a cuboid plate shape, the temperature transfer display screen side wall clamping plate 23 is arranged in a cuboid plate shape, the volume of the temperature transfer display screen top clamping plate 21 is equal to that of the temperature transfer display screen side wall clamping plate 23, the volume of the temperature transfer display screen top clamping plate 21 is smaller than that of the display screen mobile support plate 4, the dry ice ball mobile support plate 18 is arranged in a cuboid plate shape, the thermal expansion dry ice placing ball 12 is arranged in a three-fourth spherical cavity, the thermal contraction dry ice placing ball cover 13 is arranged in a fourth spherical cavity, the spherical cover 13 is placed to expend with heat and contract with cold dry ice and the spheroid 12 combination is placed to expend with heat and contract with cold dry ice and is spherical setting, the misplacement standing groove 19 is arc groove form setting for the dry ice spheroid.
The object state transition temperature exhaust hole 2 is provided with a plurality of groups, the transparent dry ice replacement door 3 is provided with two groups, the display screen auxiliary lifting adjusting rod 5 is provided with two groups, the rotary type hinged connecting piece 6 is provided with four groups, the movable position adjusting wheel 7 is provided with four groups, the brake position fixing piece 8 is provided with four groups, the expansion and contraction dry ice placing ball body 12 is provided with two groups, the expansion and contraction dry ice placing ball cover 13 is provided with two groups, the expansion and contraction dry ice sublimation air outlet hole 14 is provided with a plurality of groups, the heat absorption and cooling dry ice position limiting slide bar 15 is provided with six groups, the heat absorption and cooling dry ice position adjusting motor 16 is provided with two groups, the heat absorption and cooling dry ice position moving screw rods 17 are provided with two groups, the dry ice ball moving support plate 18 is provided with two groups, the dry ice ball anti-dislocation placing groove 19 is provided with two groups, the temperature transmission display screen top clamping, the temperature transfer display screen side wall clamping springs 22 are provided with four groups, and the temperature transfer display screen side wall clamping plates 23 are provided with two groups.
The transparent dry ice replacing door 3 is made of glass.
During specific use, a user places a display screen on the display screen heat dissipation support placing plate 24, the top of the display screen is clamped by the temperature transfer display screen top clamping plate 21, the side part of the display screen is clamped by the temperature transfer display screen side wall clamping plate 23, the temperature transfer display screen top clamping spring 20 and the temperature transfer display screen side wall clamping spring 22 are compressed to adapt to the height and the length of the display screen, after adjustment is completed, the display screen is clamped by the temperature transfer display screen side wall clamping plate 23 and the temperature transfer display screen top clamping plate 21 and cannot move, the user can use the display screen, heat is generated in the working process of the display screen, the heat starts to be transferred, at the moment, the heat firstly passes through the temperature transfer display screen side wall clamping plate 23, then contacts with the object state transition temperature transfer display screen shockproof support box 1 through the temperature transfer display screen side wall clamping spring 22, and finally enters the object state transition temperature transfer display screen shockproof support box 1 to display the object state transition temperature transfer display screen The inside of the screen shockproof support box 1 is contacted with the spherical dry ice placing device 9 with expansion and contraction, when the sphere 12 with expansion and contraction starts to expand with expansion and contraction after receiving a heat signal, the volume of the dry ice sublimation air outlet is enlarged along with the expansion and contraction of the sphere 12 with expansion and contraction of the dry ice, the temperature is transferred to the inside of the sphere 12 with expansion and contraction of the dry ice, the dry ice in the sphere 12 with expansion and contraction of the dry ice starts to generate physical state transition after receiving the temperature, the dry ice is in a liquid state after being sublimated from the solid state, the heat around the display screen is absorbed in the dry ice sublimation process, the heat generated by the display screen is absorbed, the gas changed in the dry ice sublimation process flows out through the expansion and contraction of the dry ice sublimation air outlet 14 and rises, the gas overflows from the object state transition temperature exhaust hole 2 after rising to the top of the shockproof support box 1 with object state transition temperature, and after the user generates gas from the object state transition temperature exhaust, the user opens the heat absorption and temperature reduction type dry ice position adjusting motor 16, at the moment, the heat absorption and temperature reduction type dry ice position adjusting motor 16 drives the heat absorption and temperature reduction type dry ice position moving screw 17 to rotate, the dry ice sphere moving support plate 18 starts to lift under the rotating action of the heat absorption and temperature reduction type dry ice position moving screw 17 and the limiting action of the heat absorption and temperature reduction type dry ice position limiting slide rod 15, and drives the thermal expansion and cold contraction dry ice placing sphere 12 on the dry ice sphere dislocation prevention placing groove 19 to lift together, when the thermal expansion and cold contraction dry ice placing sphere 12 lifts, the heat transferred from the physical state transition temperature transfer display screen shockproof support box 1 can be completely absorbed, the aim of multidirectional heat dissipation is realized, further, after the dry ice is used up, the user lowers the heat absorption and temperature reduction type dry ice position adjusting motor 16, the dry ice sphere moving support plate 18 is lowered to the position of the transparent type dry ice replacement door 3, the transparent dry ice replacing door 3 is opened, the thermal expansion and cold contraction dry ice placing sphere 12 and the thermal expansion and cold contraction dry ice placing sphere cover 13 are taken out, then a user opens the thermal expansion and cold contraction dry ice placing sphere cover 13, new dry ice is placed in the thermal expansion and cold contraction dry ice placing sphere 12, and the dry ice sphere is placed back to the position of the anti-dislocation placing groove 19, so that the temperature can be lowered again for practical use; in addition, the user can also adjust the height of the shockproof supporting box 1 of thing attitude transition temperature transmission display screen so as to adapt to the use comfort level of oneself more through the supplementary lift adjustment pole 5 of display screen, and the user can also carry out position adjustment through removing portable position control wheel 7, break off alright realize locking with the rotation of portable position control wheel 7 with breaking off brake braking position mounting 8 off with the fingers and thumb, above is the use flow of whole buffering nature movable computer display screen base auxiliary assembly.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
The present invention and its embodiments have been described above, and the description is not intended to be limiting, and the drawings are only one embodiment of the present invention, and the actual structure is not limited thereto. In summary, those skilled in the art should appreciate that they can readily use the disclosed conception and specific embodiments as a basis for designing or modifying other structures for carrying out the same purposes of the present invention without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (7)
1. The utility model provides a buffering nature movable computer display screen base auxiliary assembly which characterized in that: the device comprises an object state transition temperature transfer display screen shockproof support box, an object state transition temperature discharge hole, a transparent dry ice replacement door, a display screen movable support plate, a display screen auxiliary lifting adjusting rod, a rotary type hinged connecting piece, a movable position adjusting wheel, a brake position fixing piece, a thermal expansion and cold contraction spherical dry ice placing device, a movable heat absorption and cooling type dry ice position adjusting device and an anti-shaking buffer type display screen clamping device, wherein the object state transition temperature discharge hole is formed in the top wall of the object state transition temperature transfer display screen shockproof support box, the transparent dry ice replacement door is hinged to the object state transition temperature transfer display screen shockproof support box, the display screen auxiliary lifting adjusting rod is arranged on the bottom wall of the object state transition temperature transfer display screen shockproof support box, the display screen movable support plate is arranged on the display screen auxiliary lifting adjusting rod, and the rotary type hinged connecting piece is rotatably arranged on the display screen movable support plate, the brake position fixing part is hinged on the rotary type hinged connecting part, the movable position adjusting wheel is hinged on the brake position fixing part, the movable heat absorption and cooling type dry ice position adjusting device is arranged on the physical state transition temperature transmission display screen shockproof support box and penetrates through the physical state transition temperature transmission display screen shockproof support box, the thermal expansion and cold contraction spherical dry ice placing device is arranged on the movable heat absorption and cooling type dry ice position adjusting device and is arranged in the physical state transition temperature transmission display screen shockproof support box, the anti-shaking buffer type display screen clamping device is arranged on the physical state transition temperature transmission display screen shockproof support box, the thermal expansion and cold contraction spherical dry ice placing device comprises a thermal expansion and cold contraction dry ice placing ball body, a thermal expansion and cold contraction dry ice placing ball cover and a thermal expansion and cold contraction dry ice sublimation air outlet, the thermal expansion and cold contraction dry ice placing ball body is arranged on the movable heat absorption and cooling type dry ice position adjusting device, the thermal expansion and cold contraction dry ice placing ball cover is arranged on the thermal expansion and cold contraction dry ice placing ball body, the thermal expansion and cold contraction dry ice sublimating air outlet holes are uniformly distributed on the thermal expansion and cold contraction dry ice placing ball body, the movable thermal absorption and cold reduction dry ice position adjusting device comprises a thermal absorption and cold reduction dry ice position limiting slide bar, a thermal absorption and cold reduction dry ice position adjusting motor, a thermal absorption and cold reduction dry ice position moving screw, a dry ice ball moving support plate and a dry ice ball dislocation prevention placing groove, the thermal absorption and cold reduction dry ice position limiting slide bar is arranged in the physical state transition temperature transmission display screen shockproof support box, the thermal absorption and cold reduction dry ice position adjusting motor is arranged on the top wall of the physical state transition temperature transmission display screen shockproof support box, the thermal absorption and cold reduction dry ice position moving screw is arranged on the output shaft of the thermal absorption and cold reduction dry ice position adjusting motor and penetrates through the physical state transition temperature transmission display screen shockproof support box and is arranged in the physical state transition temperature transmission display screen shockproof support box, one end of the dry ice ball moving support plate is slidably arranged on the heat absorption and cooling type dry ice position limiting slide rod, the other end of the dry ice ball moving support plate is in threaded connection with the heat absorption and cooling type dry ice position moving screw rod, the dry ice ball anti-dislocation placing groove is arranged on the dry ice ball moving support plate, the thermal expansion and cold contraction dry ice placing ball is arranged on the dry ice ball anti-dislocation placing groove, the anti-shaking buffer type display screen clamping device comprises a temperature transfer display screen top clamping spring, a temperature transfer display screen top clamping plate, a temperature transfer display screen side wall clamping spring and a temperature transfer display screen side wall clamping plate, the temperature transfer display screen top clamping spring is arranged on the physical state transition temperature transfer display screen shockproof support box, the temperature transfer display screen top clamping plate is arranged on the temperature transfer display screen top clamping spring, and the temperature transfer display screen side wall clamping spring is arranged on the physical state transition temperature transfer display screen shockproof support box side wall, the temperature transfer display screen side wall clamping plate is arranged on the temperature transfer display screen side wall clamping spring.
2. The cushioned mobile computer display screen mount accessory of claim 1, wherein: and the shockproof supporting box for the object state transition temperature transfer display screen is provided with a display screen heat dissipation supporting and placing plate.
3. The cushioned mobile computer display screen mount accessory of claim 2, wherein: the supplementary lift adjustment lever of display screen is located between display screen removal backup pad and the thing state transition temperature transmission display screen shockproof supporting box, temperature transmission display screen lateral wall centre gripping spring is located between temperature transmission display screen lateral wall grip block and the thing state transition temperature transmission display screen shockproof supporting box, temperature transmission display screen top centre gripping spring is located between temperature transmission display screen top grip block and the thing state transition temperature transmission display screen shockproof supporting box, portable position regulating wheel and display screen removal backup pad are located to the articulated connecting piece of rotary type between, expend with heat and contract with cold dry ice place the spheroid locate expend with heat and contract with cold dry ice place the ball lid and the dry ice spheroid prevent between the dislocation standing groove.
4. The cushioned mobile computer display screen mount accessory of claim 3, wherein: the heat absorption and cooling type dry ice position limiting slide bar and the heat absorption and cooling type dry ice position limiting slide bar are vertically arranged, the heat absorption and cooling type dry ice position moving screw and the dry ice ball moving support plate are vertically arranged, the heat absorption and cooling type dry ice position limiting slide bar and the heat absorption and cooling type dry ice position moving screw are parallel arranged, the temperature transfer display screen top clamping spring and the temperature transfer display screen side wall clamping spring are vertically arranged, the temperature transfer display screen top clamping plate and the temperature transfer display screen side wall clamping plate are vertically arranged, the heat absorption and cooling type dry ice position limiting slide bar and the temperature transfer display screen top clamping plate are vertically arranged, the heat absorption and cooling type dry ice position limiting slide bar and the temperature transfer display screen side wall clamping plate are parallel arranged, the display screen is assisted lift adjustment pole and heat absorption cooling type dry ice position limit slide bar and is parallel arrangement, the supplementary lift adjustment pole of display screen and temperature transfer display screen top grip block are perpendicular setting, the supplementary lift adjustment pole of display screen and display screen removal backup pad are perpendicular setting.
5. The cushioned mobile computer display screen mount accessory of claim 4, wherein: the shockproof support box for the matter state transition temperature transfer display screen is a cavity in an inverted-concave shape, the matter state transition temperature discharge hole is in a circular hole shape, the display screen moving support plate is in a cuboid plate shape, the temperature transfer display screen top clamping plate is in a cuboid plate shape, the temperature transfer display screen side wall clamping plate is in a cuboid plate shape, the volume of the temperature transfer display screen top clamping plate is equal to that of the temperature transfer display screen side wall clamping plate, the volume of the temperature transfer display screen top clamping plate is smaller than that of the display screen moving support plate, the temperature transfer display screen side wall clamping plate is in a cuboid plate shape, the expansion and contraction dry ice placing ball is in a three-quarter spherical cavity, the expansion and contraction dry ice placing ball cover is in a one-quarter spherical cavity, and the expansion and contraction dry ice placing ball cover and the expansion and contraction dry ice placing ball are combined to form a spherical setting, the misplacement-preventing placing groove for the dry ice ball is arc-shaped groove-shaped.
6. The cushioned mobile computer display screen mount accessory of claim 5, wherein: the device comprises a display screen, a movable position adjusting wheel, a brake position fixing piece, a heat expansion and cold contraction dry ice placing ball body, a heat expansion and cold contraction dry ice placing ball cover, a heat expansion and cold contraction dry ice sublimation air outlet hole, a heat absorption and cold contraction dry ice position limiting slide bar, a heat absorption and cold reduction dry ice position adjusting motor, a heat absorption and cold reduction dry ice position moving screw rod, a dry ice ball body moving support plate, a dry ice ball body dislocation prevention placing groove, a temperature transfer display screen top clamping plate and a heat transfer display screen top clamping plate, wherein the material state transition temperature outlet hole is provided with a plurality of groups, the transparent dry ice replacing door is provided with two groups, the display screen auxiliary lifting adjusting rod is provided with two groups, the rotary type hinged connecting piece is provided with four groups, the movable position adjusting wheel is provided with four groups, the brake position fixing piece is provided with four groups, the, the temperature transfer display screen side wall clamping springs are provided with four groups, and the temperature transfer display screen side wall clamping plates are provided with two groups.
7. The cushioned mobile computer display screen mount accessory of claim 6, wherein: the transparent dry ice replacing door is made of glass.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202110294690.6A CN113031717A (en) | 2021-03-19 | 2021-03-19 | Buffering movable computer display screen base auxiliary assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202110294690.6A CN113031717A (en) | 2021-03-19 | 2021-03-19 | Buffering movable computer display screen base auxiliary assembly |
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| Publication Number | Publication Date |
|---|---|
| CN113031717A true CN113031717A (en) | 2021-06-25 |
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ID=76471965
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202110294690.6A Pending CN113031717A (en) | 2021-03-19 | 2021-03-19 | Buffering movable computer display screen base auxiliary assembly |
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| Country | Link |
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| CN (1) | CN113031717A (en) |
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- 2021-03-19 CN CN202110294690.6A patent/CN113031717A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN207731200U (en) * | 2017-11-22 | 2018-08-14 | 西安工业大学 | A kind of computer cabinet of rapid cooling |
| CN109240446A (en) * | 2018-10-18 | 2019-01-18 | 合浦县财政局 | Computer host box dust cover |
| CN210466236U (en) * | 2019-08-02 | 2020-05-05 | 林丽 | Shockproof computer host |
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