CN109710040A

CN109710040A - A kind of photoelectricity handover network server of remote controlled environment temperature

Info

Publication number: CN109710040A
Application number: CN201811596049.2A
Authority: CN
Inventors: 王佩洁
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-12-26
Filing date: 2018-12-26
Publication date: 2019-05-03

Abstract

The invention discloses a kind of photoelectricity handover network servers of remote controlled environment temperature, it is related to network server technical field, including front panel and display screen, the rear of the front panel is connected with control shell, and control shell is fixedly connected by welding with front panel, the display screen is set to the front of front panel, and front panel is fixedly connected by embedded with display screen.The beneficial effects of the present invention are: the photoelectricity handover network server of the remote controlled environment temperature passes through the setting to temperature sensor, when inside generates certain heat after the device is because of prolonged running, the device is using temperature sensor as temperature detection device, under the cooperation of central controller, so that after heat-sink unit is controlled radiating and cooling operation can be carried out to whole device, when there is excess temperature phenomenon, central controller is sent to buzzer siren according to the command program set and carries out alarm operation, so that whole device is in the state that a kind of temperature can monitor remotely.

Description

A kind of photoelectricity handover network server of remote controlled environment temperature

Technical field

The present invention relates to network server technical field, the photoelectricity of specially a kind of remote controlled environment temperature switches net Network server.

Background technique

Network server is the core component of computer LAN, and network operating system is run on network server , the efficiency of network server directly affects the efficiency of whole network, therefore, generally uses top-end computer or private server For computer as network server, network server mainly has following 4 effects: operational network operating system, control and coordination Work in network between each computer, meets the requirement of user to the maximum extent, and responds and handle, storage and management Shared resource in network, such as database, file, application program, disk space, printer, plotter are each work station Application program service such as makes network server not act only as network server, and also acts as and answer using client/server structure With program servers, exercise supervision and control to network activity, to network carry out actual management, distributing system resource, understand and Adjust system running state, certain resources of closing/starting etc..

One kind disclosed in 102347992 A of Chinese invention patent application prospectus CN can support photoelectricity to switch Network equipment and network server, which can be compatible with by one piece of network chip and support optical module interface and electricity Cable network interface, reduces costs, and also can reduce the volume of network server, reduces power consumption, while can also improve network core The utilization rate of piece, but the phenomenon that whether finding excess temperature is not considered when the work of this network server, the influence of high temperature is extremely It is easily reduced the service life of whole device.

Summary of the invention

The purpose of the present invention is to provide a kind of photoelectricity handover network servers of remote controlled environment temperature, to solve It is mentioned above in the background art existing disclosed in 102347992 A of Chinese invention patent application prospectus CN A kind of network equipment and network server for supporting photoelectricity to switch, the network server can be compatible with by one piece of network chip It supports optical module interface and cable system interface, reduces costs, also can reduce the volume of network server, reduce power consumption, The utilization rate of network chip can be also improved simultaneously, but does not consider whether can find showing for excess temperature when the work of this network server As the problem of influence of high temperature is extremely easily reduced the service life of whole device.

To achieve the above object, the invention provides the following technical scheme: a kind of photoelectricity of remote controlled environment temperature is cut Switching network server, including front panel and display screen, the rear of the front panel are connected with control shell, and control shell and pass through Welding is fixedly connected with front panel, and the display screen is set to the front of front panel, and front panel is solid by embedded and display screen Fixed connection, the two sides of the display screen are provided with lifting ring, and lift and be fixedly connected between ring and lifting ring by screw, described The upper and lower ends of front panel offer the first mounting groove by pouring assembly, and the inside of the first mounting groove is inlaid with rubber pad, It is adhesively fixed between the rubber pad and the first mounting groove, the front of the control shell offers the second peace by pouring assembly Tankage, and the inside of the second mounting groove is equipped with signal and receives bar, the signal receives to be fixedly connected by welding at the top of bar There is portable pillar, and the outer end of portable pillar offers movable groove, the signal receives bar and the junction of the second mounting groove is fixed There is inlay card column cap, the inside of the control shell is equipped with central controller, and passes through electric connection below central controller Be mounted with temperature sensor, the top of the central controller is fixed with memory by being electrically connected, and memory just on Side is provided with buzzer siren, and the back side of the control shell offers output interface, and the front for controlling shell be provided with it is scattered Hot mouth, the inside of the thermovent is equipped with blower, and thermovent is fixedly connected by pouring with control shell.

Preferably, the bottom middle-end of the control shell is provided with sucker, and the two sides of sucker are mounted on vertical upright column, The vertical upright column, sucker pass through screw fix with control shell be fixedly connected, and control shell both side ends wrap up There is foam-rubber cushion, the bottom of the vertical upright column is connected and installed with frosted set by screw flight.

Preferably, it overlaps between the vertical central axes of the sucker and the vertical central axes for controlling shell, and sucker Bottom and frosted set bottom be on same horizontal line, between the frosted set and vertical upright column composition semi-surrounding knot Structure, and vertical upright column, sucker are mutually perpendicular to control shell respectively, the both side ends of the control shell are bonded in " L " word The foam-rubber cushion of structure.

Preferably, the inside of the rubber pad is plugged with positioning cutter head, and the one end for positioning cutter head passes through the company of being welded and fixed It is connected to positioning plate, the other side of the positioning plate is fixed with the first spring, and the first spring and the first mounting groove pass through interior build-in Fixed connection, elastic connection between first spring and positioning plate.

Preferably, the tip shaped structure of the positioning cutter head is plugged in the inside of rubber pad, and rubber pad and first Constitute insert structure between mounting groove, the positioning cutter head and positioning plate connect and compose " T " word structure, and the one of positioning plate It is bonded to each other between side and the side of the first spring.

Preferably, the inlay card column cap is welded and fixed in semi-circular structure structure and the second mounting groove, and the activity is recessed Slot is by pouring and the second mounting groove being integrally formed structure, and shape phase between the inner end of movable groove and the outer end of portable pillar It coincideing, the cross-sectional area that the signal receives bar is equal to the half of the second mounting groove cross-sectional area, and the second mounting groove Inside is in hollow structure.

Preferably, grip block is covered with immediately ahead of the output interface, and the rear of grip block is opened by fixture block connection Equipped with sliding slot, middle spacer block is welded in the middle part of the sliding slot, the middle part of the grip block offers clamp port by pouring, and presss from both sides Convex block is distributed with by being welded and fixed in the inside for holding mouth, and the side of the grip block is glued with second spring, the clamp port Front is covered with closure flap, and closure flap is flexibly connected by hinge plate and clamp port.

Preferably, the front of the closure flap is bonded with insulation board, and closure flap passes through hinge plate and clamp port structure At turnable structure, the semicircular arc structure setting of hinge plate is in the middle part of grip block, and grip block passes through second spring Slidable structure is constituted with sliding slot.

Preferably, it is covered with immediately ahead of the blower and blocks column, and blocked and be fixedly connected between column and thermovent, it is described The quadrangle port of thermovent is equipped with noise reduction sliver, and noise reduction sliver, in array structure distribution setting, the column that blocks is in grid Shape structure is covered on the front of blower.

Compared with prior art, the beneficial effects of the present invention are:

1, the present invention is internal after the device is because of prolonged running to generate certain heat by the setting to temperature sensor When, according to metal extruding principle it is found that the device is using temperature sensor as temperature detection device, in the cooperation of central controller Under, so that after heat-sink unit is controlled radiating and cooling operation, when there is excess temperature phenomenon, central controller can be carried out to whole device After the feedback information for receiving temperature sensor, central controller is sent to buzzer siren according to the command program set, Buzzer siren, so that whole device is in the state that a kind of temperature can monitor.

2, the present invention is by the setting to sucker and frosted set, when the device is placed on stable horizontal plane, inhales Disk utilizes the adsorptivity itself having, and specified stable horizontal plane can tightly be sucked, so that the placement of whole device is more steady It is fixed, the device replaced in such a way that sucker is fixed screw it is fixed in the way of, while slowing down damage of the screw to ground, So that entire installment work is more convenient, more laborsaving, the frosted that surface itself is equipped with frosted coating cover package vertical upright column, Outer end setting when, bottom will completely cut off vertical upright column and stable horizontal plane is overlapped, frosted cover setting can be effective Ground increases the device to the adhesive force of plane, further makes the placement of the device more stable.

3, the present invention is by the setting to rubber pad, in conjunction with this as rubber material rubber pad because of itself puffing Will exposed plate in front front, when the device is dropped, rubber pad utilize and front panel between difference in height, will The previous front panel of meeting touches ground, plays the role of preventing collision protection to dropping for front panel, ensures the complete of whole device Property.

4, the present invention is by the setting to column and noise reduction sliver is blocked, and when blocking column and being covered on the front of blower, hides Gear column can effectively hinder extraneous large-scale drift to be brought into the dress from the inside of thermovent using itself grid-shaped setting The inside set, since the running of blower will bring certain noise pollution, when this is as the drop of polyurethane foam plastics material When sliver of making an uproar is fixed on the quadrangle port of blower, the sound-proofing which has according to polyurethane foam plastics material, so that drop Sound-absorbing, noise reduction are played the role of in the noise pollution that sliver generates when can be to the running of blower of making an uproar.

5, the present invention carries out stowing operation when staff needs to receive bar to signal by the setting to the second mounting groove When, staff can hold with a firm grip signal receive bar portable pillar, movable groove cooperation under, bar is received to signal and is provided forward backward Thrust, until signal receive bar because stress by inlay card in the inside of the second mounting groove, and signal receives end and the inlay card of bar It is bonded to each other between the outer end of column cap, which will receive bar offer one to signal using the hollow setting of the second mounting groove can Storage, hiding space, when signal receive bar be in it is a kind of it is embedded be hidden in the environment of when, it will so that entirely carrying work It is more convenient.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of the photoelectricity handover network server of remote controlled environment temperature of the present invention；

Fig. 2 is a kind of overlooking structure diagram of the photoelectricity handover network server of remote controlled environment temperature of the present invention；

Fig. 3 is a kind of output interface structural representation of the photoelectricity handover network server of remote controlled environment temperature of the present invention Figure；

Fig. 4 is a kind of thermovent structural schematic diagram of the photoelectricity handover network server of remote controlled environment temperature of the present invention；

Fig. 5 is a kind of central controller controls process of the photoelectricity handover network server of remote controlled environment temperature of the present invention Structural schematic diagram.

In figure: 1, front panel；2, shell is controlled；3, foam-rubber cushion；4, display screen；5, ring is lifted；6, sucker；7, vertical vertical Column；8, frosted set；9, the first mounting groove；10, rubber pad；11, positioning plate；12, cutter head is positioned；13, the first spring；14, second Mounting groove；15, signal receives bar；16, portable pillar；17, movable groove；18, inlay card column cap；19, central controller；20, temperature Sensor；21, buzzer siren；22, memory；23, output interface；24, grip block；25, sliding slot；26, middle spacer block；27, Two springs；28, clamp port；29, convex block；30, closure flap；31, hinge plate；32, insulation board；33, thermovent；34, blower； 35, column is blocked；36, noise reduction sliver.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.

In the description of the present invention, unless otherwise indicated, the meaning of " plurality " is two or more；Term " on ", The orientation or positional relationship of the instructions such as "lower", "left", "right", "inner", "outside", " front end ", " rear end ", " head ", " tail portion " is It is based on the orientation or positional relationship shown in the drawings, is merely for convenience of description of the present invention and simplification of the description, rather than instruction or dark Show that signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as pair Limitation of the invention.In addition, term " first ", " second ", " third " etc. are used for description purposes only, and should not be understood as instruction or Imply relative importance.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " connected " " connects Connect " it shall be understood in a broad sense, for example, it may be being fixedly connected, it may be a detachable connection, or be integrally connected；It can be machine Tool connection, is also possible to be electrically connected；It can be directly connected, it can also be indirectly connected through an intermediary.For this field For those of ordinary skill, the concrete meaning of above-mentioned term in the present invention can be understood with concrete condition.

Fig. 1-5 is please referred to, the present invention provides a kind of technical solution: a kind of photoelectricity switching net of remote controlled environment temperature Network server, including front panel 1, control shell 2, foam-rubber cushion 3, display screen 4, lifting ring 5, sucker 6, vertical upright column 7, frosted set 8, the first mounting groove 9, rubber pad 10, positioning plate 11, positioning cutter head 12, the first spring 13, the second mounting groove 14, signal receive bar 15, portable pillar 16, movable groove 17, inlay card column cap 18, central controller 19, temperature sensor 20, buzzer siren 21, storage Device 22, output interface 23, grip block 24, sliding slot 25, middle spacer block 26, second spring 27, clamp port 28, convex block 29, closure flap 30, hinge plate 31, insulation board 32, thermovent 33, blower 34, block column 35 and noise reduction sliver 36, the rear of front panel 1 is connected with Shell 2 is controlled, and controls shell 2 and is fixedly connected by welding with front panel 1, the bottom middle-end of control shell 2 is provided with sucker 6, and the two sides of sucker 6 are mounted on vertical upright column 7, it is fixed that shell 2 is fixed by screw and controlled to vertical upright column 7, sucker 6 Connection, and the both side ends for controlling shell 2 are enclosed with foam-rubber cushion 3, the bottom of vertical upright column 7 is connected by screw flight installs There is frosted to cover 8, overlaps between the vertical central axes of sucker 6 and the vertical central axes for controlling shell 2, and the bottom of sucker 6 It is on same horizontal line with the bottom of frosted set 8, semi-surrounding structure is constituted between frosted set 8 and vertical upright column 7, and vertical Column 7, sucker 6 are mutually perpendicular to control shell 2 respectively, and the both side ends of control shell 2 are bonded with the sponge in " L " word structure Pad 3, when the device is placed on stable horizontal plane, the adsorptivity that sucker 6 has using itself can be tightly sucked specified Stable horizontal plane so that the placement of whole device is more stable, the device by sucker it is fixed in the way of it is solid instead of screw Fixed mode can slow down damage of the screw to ground, and since sucker 6 and frosted set 8 are in same horizontal line, surface itself is set There is the frosted set 8 of frosted coating when wrapping up vertical upright column 7, outer end being arranged, bottom will completely cut off vertical upright column 7 and steady Horizontal plane be overlapped, the setting of frosted set 8 can effectively increase the device to the adhesive force of plane, when the device is because being damaged When being overhauled, the control shell 2 of the pointed structure in corner is extremely easy to cause to collide to human body, in sponge material Foam-rubber cushion 3, be wrapped in control shell 2 edge, foam-rubber cushion 3, according to the distinctive flexibility of sponge material, it will to work Anticollision is played the role of in the service work of personnel；

Display screen 4 is set to the front of front panel 1, and front panel 1 is fixedly connected by embedded with display screen 4, and the two of display screen 4 Side is provided with lifting ring 5, and lifts and be fixedly connected between ring 5 and lifting ring 5 by screw, and the upper and lower ends of front panel 1 pass through It pours assembly and offers the first mounting groove 9, and the inside of the first mounting groove 9 is inlaid with rubber pad 10, the inside of rubber pad 10 is inserted It is connected to positioning cutter head 12, and the one end for positioning cutter head 12 is fixedly connected by welding and has positioning plate 11, the other side of positioning plate 11 It is fixed with the first spring 13, and the first spring 13 is fixedly connected with the first mounting groove 9 by embedded, the first spring 13 and positioning plate Elastic connection between 11, the tip shaped structure of positioning cutter head 12 are plugged in the inside of rubber pad 10, and rubber pad 10 and the Constitute insert structure between one mounting groove 9, position cutter head 12 and positioning plate 11 connects and composes " T " word structure, and positioning plate It is bonded to each other between 11 side and the side of the first spring 13, in conjunction with staff by this as the rubber pad 10 of rubber material Inlay card is in the inside of the first mounting groove 9, and the embedded of rubber pad 10 will take the opposite extruding force of positioning plate 11 out of, so that positioning plate Flexible deformation occurs for the first spring 13 of 11 sides, reaction is applied on positioning plate 11 in conjunction with the first spring 13, positioning plate 11 can play the role of positioning, clamping to the embedded of rubber pad 10 by this reaction force, utilize positioning in conjunction with positioning plate 11 The inside of rubber pad 10 is pierced through in the pointed setting of cutter head 12, and the setting of positioning cutter head 12 may make positioning plate 11 and rubber pad 10 Between connection it is even closer, the number that further rubber pad 10 is fallen off from the inside of the first mounting groove 9, this is as rubber The rubber pad 10 of glue material matter because itself puffing will exposed plate in front 1 front, when the device is dropped, Rubber pad 10 utilizes the difference in height between front panel 1, it will previous front panel 1 touches ground, to having dropped for front panel 1 To the effect of preventing collision protection；

It is adhesively fixed between rubber pad 10 and the first mounting groove 9, the front of control shell 2 offers the second peace by pouring assembly Tankage 14, and the inside of the second mounting groove 14 is equipped with signal and receives bar 15, signal receives the top of bar 15 by being welded and fixed It is connected with portable pillar 16, and the outer end of portable pillar 16 offers movable groove 17, signal receives bar 15 and the second mounting groove 14 Junction is fixed with inlay card column cap 18, and inlay card column cap 18 is welded and fixed in semi-circular structure structure and the second mounting groove 14, and activity is recessed Slot 17 by pour with 14 being integrally formed structure of the second mounting groove, and the inner end of movable groove 17 and the outer end of portable pillar 16 it Between shape match, the cross-sectional area that signal receives bar 15 is equal to the half of 14 cross-sectional area of the second mounting groove, and second The inside of mounting groove 14 is in hollow structure, and when under the device is in running order, it is to connect which, which receives bar 15 using signal, By signal source, to be convenient for the signal interaction of whole device to transmit work, the signal due to being in the form of a column structure receives bar 15 will be right The carrying work of staff interferes, and when staff, which needs to receive bar 15 to signal, carries out stowing operation, work people Member can hold with a firm grip signal receive bar 15 portable pillar 16, movable groove 17 cooperation under, bar 15 is received to signal and is provided forward backward Thrust, until signal receive bar 15 because stress by inlay card in the inside of the second mounting groove 14, and signal receives the end of bar 15 It is bonded to each other between the outer end of inlay card column cap 18, which will receive signal using the hollow setting of the second mounting groove 14 Bar 15 provides a space that can be stored, hide, and the inside of control shell 2 is equipped with central controller 19, and central controller 19 Lower section by be electrically connected be mounted with temperature sensor 20, the model WRM-101 of the temperature sensor 20, central controller 19 top is fixed with memory 22 by being electrically connected, and the surface of memory 22 is provided with buzzer siren 21, the bee The model AD16-22SM of ring alarm 21, the back side of control shell 2 offers output interface 23, and controls the front of shell 2 It is provided with thermovent 33, the front of output interface 23 is covered with grip block 24, and the rear of grip block 24 is connected by fixture block Sliding slot 25 is offered, the middle part of sliding slot 25 is welded with middle spacer block 26, and the middle part of grip block 24 offers clamp port 28 by pouring, And convex block 29 is distributed with by being welded and fixed in the inside of clamp port 28, the side of grip block 24 is glued with second spring 27, clamping The front of mouth 28 is covered with closure flap 30, and closure flap 30 is flexibly connected by hinge plate 31 and clamp port 28；

The front of closure flap 30 is bonded with insulation board 32, and closure flap 30 can be turned over by hinge plate 31 and the composition of clamp port 28 Rotation structure, the semicircular arc structure setting of hinge plate 31 is in the middle part of grip block 24, and grip block 24 passes through 27 He of second spring Sliding slot 25 constitutes slidable structure, is adjusted to the closure flap 30 for covering entire 23 front of output interface in conjunction with staff Open state, when inside of the staff by corresponding connection plug insertion output interface 23, the insertion of connection plug will It can bring grip block 24 opposite extruding force, so that grip block 24 leans on after stress to the embedded direction of second spring 27 Hold together, and deformation occurs for second spring 27, in conjunction with second spring 27 it is when in a compressed state can by reaction force acts to clamping On plate 24, bring extruding force when grip block 24 can overcome the insertion of connection plug by this active force, when second spring 27 Reaction force kimonos connection plug insertion when bring extruding force when being in steady state value, grip block 24 is in second spring 27 Under cooperation, it will resilient support, clamping are played the role of in the insertion of butted line plug, this setting is making connection plug and defeated While the connection of outgoing interface 23 is even closer, the number that connection plug is shaken off also is efficiently reduced, in symmetrical structure Grip block 24 also increases the folder of entire clamp structure while realizing the resilient clamp to it from the different angle of connection plug Range is held, when connection plug is not inserted into the inside of corresponding output interface 23, staff is moving fulcrum with hinge plate 31, Closure flap 30 is made to be adjusted to closed state in the way of overturning, closure flap 30 is using itself in the setting of baffle-type It may make output interface 23 to be capped, be blocked, be effectively prevented from interference, damage of the extraneous factor to output interface 23；

The inside of thermovent 33 is equipped with blower 34, and thermovent 33 is fixedly connected by pouring with control shell 2, blower 34 Front, which is covered with, blocks column 35, and blocks and be fixedly connected between column 35 and thermovent 33, the quadrangle port installation of thermovent 33 There is noise reduction sliver 36, and noise reduction sliver 36 blocks the grid-shaped structure in column 35 and be covered on blower 34 in array structure distribution setting Front, it is internal when generating certain heat after the device is because of prolonged running, it is found that should according to metal extruding principle Device is using temperature sensor 20 as temperature detection device, when the temperature inside the device is in certain certain value, temperature sensing The data detected can be transferred to central controller 19 by device 20, in conjunction with staff in advance by specified program input center control The inside of device 19 processed, after central controller 19 receives the data-signal that temperature sensor 20 is transmitted, central controller 19 Referring to therein program, command program can be occurred for heat-sink unit so that after heat-sink unit is controlled can to whole device into The operation of row radiating and cooling, when there is excess temperature phenomenon, after central controller 19 receives the feedback information of temperature sensor 20, in Centre controller 19 is sent to buzzer siren 21, buzzer siren 21, so that entire dress according to the command program set It sets in the state of can monitoring in a kind of temperature, slows down the damage caused by whole device of excess temperature phenomenon, in conjunction in radiation processes, The flow rate for accelerating air when the device is worked using blower 34 using the high speed rotation of impeller, changes the flowing side of air To, so that heat of the disperse inside the device is carried under the action of blower 34 from the inside of thermovent 33, so that The effect that the device can specifically radiate blocks column 35 using itself in net when blocking column 35 and being covered on the front of blower 34 The setting of trellis can effectively hinder extraneous large-scale drift to be brought into the inside of the device from the inside of thermovent 33, due to wind The running of machine 34 will bring certain noise pollution, when this is fixed on as the noise reduction sliver 36 of polyurethane foam plastics material When the quadrangle port of blower 34, the sound-proofing which has according to polyurethane foam plastics material, so that noise reduction sliver 36 can Sound-absorbing, noise reduction are played the role of in the noise pollution generated when to the running of blower 34.

The working principle of the present embodiment: the photoelectricity handover network server of the remote controlled environment temperature, first when this When device is placed on stable horizontal plane, the adsorptivity that sucker 6 has using itself can be tightly sucked specified stable Horizontal plane, so that the placement of whole device is more stable, since sucker 6 and frosted set 8 are in same horizontal line, surface itself For frosted set 8 equipped with frosted coating when wrapping up vertical upright column 7, outer end being arranged, bottom will completely cut off 7 peace of vertical upright column Steady horizontal plane is overlapped, and the setting of frosted set 8 can effectively increase the device to the adhesive force of plane, is further made The placement of the device is more stable, will be originally as 10 inlay card of rubber pad of rubber material in the first mounting groove 9 in conjunction with staff Inside, this as rubber material rubber pad 10 because itself puffing will exposed plate in front 1 front, at this When device is dropped, rubber pad 10 utilizes the difference in height between front panel 1, it will previous front panel 1 touches ground, right Preventing collision protection is played the role of in dropping for front panel 1, ensures the integrality of whole device, under the device is in running order When, it is to receive signal source which, which receives bar 15 using signal, to be convenient for the signal interaction of whole device to transmit work, when the dress When setting because of the certain heat of generation internal after prolonged running, according to metal extruding principle it is found that the device is with temperature sensing Device 20 is used as temperature detection device, and when the temperature inside the device is in certain certain value, temperature sensor 20 can will be detected Data be transferred to central controller 19, in conjunction with staff in advance by the inside of specified program input central controller 19, After central controller 19 receives the data-signal that temperature sensor 20 is transmitted, central controller 19 is referring to therein Command program can be occurred for heat-sink unit by program, so that after heat-sink unit is controlled radiating and cooling operation can be carried out to whole device, When there is excess temperature phenomenon, after central controller 19 receives the feedback information of temperature sensor 20,19 basis of central controller The command program set is sent to buzzer siren 21, buzzer siren 21, so that whole device is in a kind of temperature In the state of can monitoring, when inside of the staff by corresponding connection plug insertion output interface 23, connection plug is inserted Enter to bring grip block 24 opposite extruding force, so that grip block 24 occurs after stress to the embedded direction of second spring 27 Draw close, and deformation occurs for second spring 27, in conjunction with second spring 27 it is when in a compressed state can by reaction force acts to folder It holds on plate 24, bring extruding force, works as second spring when grip block 24 can overcome the insertion of connection plug by this active force When bring extruding force is in steady state value when the insertion of 27 reaction force kimonos connection plug, grip block 24 is in second spring 27 Cooperation under, it will resilient support, clamping are played the role of in the insertion of butted line plug, this setting make connection plug and While the connection of output interface 23 is even closer, the number that connection plug is shaken off also is efficiently reduced.

The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto, Anyone skilled in the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its Inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.

Claims

1. a kind of photoelectricity handover network server of remote controlled environment temperature, including front panel (1) and display screen (4), Be characterized in that: the rear of the front panel (1) is connected with control shell (2), and controls shell (2) and pass through welding and front panel (1) it is fixedly connected, the display screen (4) is set to the front of front panel (1), and front panel (1) passes through embedded and display screen (4) It is fixedly connected, the two sides of the display screen (4) are provided with lifting ring (5), and lift and pass through spiral shell between ring (5) and lifting ring (5) Nail is fixedly connected, and the upper and lower ends of the front panel (1) are offered the first mounting groove (9) by pouring assembly, and the first installation The inside of slot (9) is inlaid with rubber pad (10), is adhesively fixed between the rubber pad (10) and the first mounting groove (9), the control The front of shell (2) processed is offered the second mounting groove (14) by pouring assembly, and the inside of the second mounting groove (14) is equipped with Signal receives bar (15), and the signal, which receives to be fixedly connected by welding at the top of bar (15), to be had portable pillar (16), and portable pillar (16) outer end offers movable groove (17), and the signal receives bar (15) and the junction of the second mounting groove (14) is fixed with The inside of inlay card column cap (18), control shell (2) is equipped with central controller (19), and the lower section of central controller (19) It is mounted with temperature sensor (20) by being electrically connected, the top of the central controller (19) is deposited by being electrically connected to be fixed with Reservoir (22), and buzzer siren (21) are provided with right above memory (22), the back side of control shell (2) offers Output interface (23), and the front for controlling shell (2) is provided with thermovent (33), the inside of the thermovent (33) is equipped with wind Machine (34), and thermovent (33) is fixedly connected by pouring with control shell (2).

2. a kind of photoelectricity handover network server of remote controlled environment temperature according to claim 1, feature exist In: the bottom middle-end of control shell (2) is provided with sucker (6), and the two sides of sucker (6) are mounted on vertical upright column (7), The vertical upright column (7), sucker (6) are fixed by screw and are fixedly connected with control shell (2), and control the two of shell (2) Side end is enclosed with foam-rubber cushion (3), and the bottom of the vertical upright column (7) is connected and installed with frosted set (8) by screw flight.

3. a kind of photoelectricity handover network server of remote controlled environment temperature according to claim 2, feature exist In: it overlaps between the vertical central axes of the sucker (6) and the vertical central axes of control shell (2), and the bottom of sucker (6) Portion and the bottom of frosted set (8) are on same horizontal line, and half is constituted between the frosted set (8) and vertical upright column (7) and is wrapped Closed structure, and vertical upright column (7), sucker (6) are mutually perpendicular to control shell (2) respectively, the two side ends of control shell (2) Portion is bonded with the foam-rubber cushion (3) in " L " word structure.

4. a kind of photoelectricity handover network server of remote controlled environment temperature according to claim 1, feature exist In: the inside of the rubber pad (10) is plugged with positioning cutter head (12), and the one end for positioning cutter head (12) passes through the company of being welded and fixed It is connected to positioning plate (11), the other side of the positioning plate (11) is fixed with the first spring (13), and the first spring (13) and first Mounting groove (9) is fixedly connected by embedded, elastic connection between first spring (13) and positioning plate (11).

5. a kind of photoelectricity handover network server of remote controlled environment temperature according to claim 4, feature exist In: the tip shaped structure of positioning cutter head (12) is plugged in the inside of rubber pad (10), and rubber pad (10) and first Constituting insert structure between mounting groove (9), positioning cutter head (12) and positioning plate (11) connect and compose " T " word structure, And it is bonded to each other between the side of positioning plate (11) and the side of the first spring (13).

6. a kind of photoelectricity handover network server of remote controlled environment temperature according to claim 1, feature exist In: the inlay card column cap (18) is welded and fixed in semi-circular structure structure and the second mounting groove (14), and the movable groove (17) is logical Cross pour with the second mounting groove (14) being integrally formed structure, and the inner end of movable groove (17) and the outer end of portable pillar (16) it Between shape match, the cross-sectional area that the signal receives bar (15) be equal to the second mounting groove (14) cross-sectional area two/ One, and the inside of the second mounting groove (14) is in hollow structure.

7. a kind of photoelectricity handover network server of remote controlled environment temperature according to claim 1, feature exist In: it is covered with grip block (24) immediately ahead of the output interface (23), and the rear of grip block (24) is opened by fixture block connection It equipped with sliding slot (25), is welded with middle spacer block (26) in the middle part of the sliding slot (25), the middle part of the grip block (24) is by pouring It offers clamp port (28), and the inside of clamp port (28) is distributed with convex block (29) by being welded and fixed, the grip block (24) Side be glued with second spring (27), be covered with closure flap (30) immediately ahead of the clamp port (28), and closure flap (30) it is flexibly connected by hinge plate (31) and clamp port (28).

8. a kind of photoelectricity handover network server of remote controlled environment temperature according to claim 7, feature exist In: the front of the closure flap (30) is bonded with insulation board (32), and closure flap (30) by hinge plate (31) and clamps Mouth (28), which is constituted, may be reversed structure, and the semicircular arc structure setting of the hinge plate (31) is pressed from both sides in the middle part of grip block (24) It holds plate (24) and constitutes slidable structure by second spring (27) and sliding slot (25).

9. a kind of photoelectricity handover network server of remote controlled environment temperature according to claim 1, feature exist In: it is covered with immediately ahead of the blower (34) and blocks column (35), and blocked and be fixedly connected between column (35) and thermovent (33), The quadrangle port of the thermovent (33) is equipped with noise reduction sliver (36), and noise reduction sliver (36) is arranged in array structure distribution, The front blocked column (35) grid-shaped structure and be covered on blower (34).