技术领域technical field
本发明涉及一种散热装置，其是提供一种可调整冷却液流量，并可使机台与冷却液供应源快速分离与结合，而且无需耗费多余的人工或工时的接头结构。The invention relates to a heat dissipation device, which provides a joint structure that can adjust the cooling liquid flow rate, and can quickly separate and combine the machine table and the cooling liquid supply source without consuming redundant labor or man-hours.
背景技术Background technique
在目前众多电子产品的散热方式中，液冷式散热较为常见，并且被广泛地使用，现有的液冷式散热装置的配置方式，其将管线固定于电子产品中，再将管线连接一冷却液提供源。Among the heat dissipation methods of many electronic products at present, liquid-cooled heat dissipation is more common and widely used. The existing liquid-cooled heat dissipation device is configured in such a way that the pipeline is fixed in the electronic product, and then the pipeline is connected to a cooling Liquid provides the source.
冷却液提供源将冷却液经由管线提供给电子产品中的欲散热电子零件，以使二者进行热交换，如此达到电子零件散热的目的，而经热交换且升温的冷却液会回到冷却液提供源，以使其降温，而能再次进行热交换之用。The cooling liquid supply source provides the cooling liquid to the electronic parts in the electronic product through the pipeline to exchange heat, so as to achieve the purpose of heat dissipation of the electronic parts, and the heat-exchanged and heated cooling liquid will return to the cooling liquid Provide a source to cool it down so that it can be used for heat exchange again.
然而，上述的液冷式散热装置，因其管线采用固定式，若电子装置为密集式设置，如将多个伺服器设于一固定空间中时，可以想象地，欲将管线与上述的冷却液提供源连接或分离时，其所消耗的大量工时与人力，以及随之而来的不便性，因此，现有的液冷式散热装置尚有极大的改善空间。However, the above-mentioned liquid-cooled heat sink is fixed because of its pipelines. If the electronic devices are densely arranged, such as when multiple servers are arranged in a fixed space, it is conceivable that the pipelines and the above-mentioned cooling When the liquid supply source is connected or separated, it consumes a lot of man-hours and manpower, as well as the inconvenience that comes with it. Therefore, there is still a great room for improvement in the existing liquid-cooled heat dissipation device.
再者，冷却液的流量，即流出量与流入量，二者是一定值，并且无法变更，而欲改变该流量，以改善散热效果时，现有的液冷式散热装置有其力有未逮之处。Furthermore, the flow rate of the cooling liquid, i.e. the outflow and inflow, both are a certain value and cannot be changed, and when the flow rate is to be changed to improve the heat dissipation effect, the existing liquid-cooled heat dissipation device has its limitations. caught.
发明内容Contents of the invention
有鉴于上述的缺点，本发明的目的在于提供一种可调式冷却液快速接头，其通过无需利用组装件结合，并于接合时即可导通的冷却液供应座与传输座，以使冷却液得以流动，而欲将冷却液供应座与传输座分离时，无须人工拆卸，即可径行分离冷却液供应座与传输座，冷却液供应座与传输座可分别自动阻止冷却液的流动，以避免冷却液发生泄露的状况，本发明主要凭借前述的冷却液供应座与传输座的连接与分离的状态，而达到节省人工与工时，并具有便于施工的特性。另外，本发明的冷却液的流量可调整，以使电子零件具有较佳的散热效果。In view of the above-mentioned shortcomings, the purpose of the present invention is to provide an adjustable coolant quick connector, which does not need to be combined with assembly parts, and the coolant supply seat and the transmission seat that can be conducted when they are joined, so that the coolant It can flow, and when it is desired to separate the coolant supply seat from the transmission seat, the coolant supply seat and the transmission seat can be separated without manual disassembly. In the case of coolant leakage, the present invention mainly relies on the aforementioned connection and separation of the coolant supply seat and the transmission seat to save manpower and man-hours, and is convenient for construction. In addition, the flow rate of the cooling liquid of the present invention can be adjusted so that the electronic parts have a better heat dissipation effect.
为了达到上述的目的，本发明的技术手段在于提供一种可调式冷却液快速接头，其具有一冷却液供应座、一插管装置、一传输座、一承通装置与一调量装置；冷却液供应座的一侧具有一流入孔与一流出孔；插管装置设于冷却液供应座中，并可选择性封闭流出孔与流入孔；传输座可选择性结合冷却液供应座，传输座的一侧具有一流体出孔与一流体入孔；承通装置设于传输座中，并可选择性连接插管装置，以使流体出孔选择性相通于流入孔，以及流体入孔选择性相通于该流出孔；调量装置设于冷却液供应作中，以分别调整该流入孔的开度与该流出孔的开度。In order to achieve the above-mentioned purpose, the technical means of the present invention is to provide an adjustable coolant quick connector, which has a coolant supply seat, an intubation device, a transmission seat, a connection device and a volume adjustment device; One side of the liquid supply seat has an inflow hole and an outflow hole; the intubation device is arranged in the coolant supply seat, and can selectively close the outflow hole and the inflow hole; the transmission seat can be selectively combined with the coolant supply seat, the transmission seat There is a fluid outlet hole and a fluid inlet hole on one side; the connecting device is arranged in the transmission seat, and can be selectively connected with the intubation device, so that the fluid outlet hole is selectively communicated with the inlet hole, and the fluid inlet hole is selectively connected. It communicates with the outflow hole; the adjusting device is arranged in the cooling liquid supplying operation, so as to adjust the opening degree of the inflow hole and the opening degree of the outflow hole respectively.
上述的冷却液供应座的一端具有一容槽与二定位柱，冷却液供应座的另一端具有一流入道、一流出道、一流入量调整孔与一流出量调整孔，流入道与流出道分别相通于容槽，流入孔相通于流入道，流出孔相通于流出道，流入量调整孔相通于流入道，流出量调整孔相通于流出道。One end of the above-mentioned coolant supply seat has a container and two positioning columns, and the other end of the coolant supply seat has an inflow channel, an outflow channel, an inflow adjustment hole and an outflow adjustment hole, and the inflow channel and the outflow channel respectively communicate with each other. In the container, the inflow hole communicates with the inflow channel, the outflow hole communicates with the outflow channel, the inflow adjustment hole communicates with the inflow channel, and the outflow adjustment hole communicates with the outflow channel.
上述的调量装置具有一流入量调整钮与一流出量调整钮；流入量调整钮的一端设于流入量调整孔中，并相对于流入孔，该端具有一导流端，流入量调整钮套设有防漏垫圈，流入量调整钮的另一端具有一调整部；流出量调整钮的一端设于流出量调整孔中，并相对于流出孔，流出量调整钮套设有防漏垫圈，流出量调整钮的另一端具有一调整部。The above-mentioned volume adjustment device has an inflow adjustment knob and an outflow adjustment knob; one end of the inflow adjustment knob is arranged in the inflow adjustment hole, and relative to the inflow hole, this end has a diversion end, and the inflow adjustment knob A leak-proof gasket is set, and the other end of the inflow adjustment button has an adjustment part; one end of the outflow adjustment button is set in the outflow adjustment hole, and relative to the outflow hole, the outflow adjustment button is covered with a leak-proof gasket, The other end of the outflow adjusting button has an adjusting part.
上述的插管装置具有一挡片、一流入管、一流出管、一弹性体与一止流柱；挡片设于容槽与流入道及流出道之间；流入管的一端设于流入道中，该端具有一入孔，流入管的另一端穿过挡片，并延伸至容槽中，该另一端具有多个出孔，出孔与入孔相通，流入管套设有多个防漏垫圈；流出管的一端设于流出道中，该端具有一出孔，流出管的另一端穿过挡片，并延伸至容槽中，该另一端具有多个入孔，入孔相通于出孔，流出管套设有多个防漏垫圈；弹性体与止流柱设于容槽中，弹性体的一端推抵挡片，另一端则推抵止流柱，弹性体可为弹簧，止流柱具有一第一止孔与一第二止孔，第一止孔供流入管具有出孔的一端延伸至其中，以使止流柱可选择性封闭流入管的出孔，第二止孔供流出管具有入孔的一端延伸至其中，以使止流柱可选择性封闭流出管的入孔。The above-mentioned intubation device has a baffle, an inflow tube, an outflow tube, an elastic body and a stop post; the baffle is arranged between the container, the inflow channel and the outflow channel; one end of the inflow tube is arranged in the inflow channel, This end has an inlet hole, the other end of the inflow pipe passes through the baffle and extends into the container, the other end has a plurality of outlet holes, the outlet holes communicate with the inlet holes, and the inflow pipe sleeve is provided with a plurality of leak-proof gaskets One end of the outflow pipe is arranged in the outflow channel, and this end has an outlet hole, and the other end of the outflow pipe passes through the baffle and extends into the container, and the other end has a plurality of inlet holes, and the inlet holes communicate with the outlet holes, The outflow sleeve is provided with a plurality of leak-proof gaskets; the elastic body and the flow-stop post are arranged in the container, one end of the elastic body pushes against the stop piece, and the other end pushes against the stop-flow post, the elastic body can be a spring, and the stop-flow post has A first stop hole and a second stop hole, the first stop hole is for the end of the inflow pipe with the outlet hole to extend into it, so that the stop post can selectively close the outlet hole of the inflow pipe, and the second stop hole is for the outflow pipe An end having an inlet hole extends therein so that the stopper post can selectively close the inlet hole of the outflow tube.
上述的传输座的一端具有一凹槽与二定位孔，传输座的一侧具有一流体出孔与一流体入孔，流体出孔与流体入孔分别相通于凹槽，各定位孔可选择性供与其相对应的定位柱插设。One end of the above-mentioned transmission seat has a groove and two positioning holes. One side of the transmission seat has a fluid outlet hole and a fluid inlet hole. The fluid outlet hole and the fluid inlet hole are connected to the groove respectively. Each positioning hole can be selectively For the corresponding positioning column to be inserted.
上述的承通装置具有一承片、二弹性体、两个阻流柱与一承柱，承片、弹性体、阻流柱与承柱设于凹槽中；承柱相对于流体出孔与流体入孔处分别具有一第一孔与一第二孔，承柱的周侧且相对于流体出孔与流体入孔处分别具有一出液孔与一入液孔，出液孔相通于第一孔，入液孔相通于第二孔，承柱套设有一防漏垫圈；阻流柱分别设于第一孔与第二孔中，并可选择性封闭第一孔、第二孔、出液孔与入液孔，阻流柱套设有防漏垫圈；弹性体的一端推抵该承片，另一端推抵该阻流柱，弹性体为弹簧。The above-mentioned connecting device has a support piece, two elastic bodies, two choke posts and a support post, and the support piece, elastic body, choke post and support post are arranged in the groove; There are a first hole and a second hole at the fluid inlet respectively, and a liquid outlet and a liquid inlet are respectively arranged on the peripheral side of the support column and opposite to the fluid outlet and the fluid inlet, and the fluid outlet communicates with the first fluid outlet. One hole, the liquid inlet hole communicates with the second hole, and a leak-proof gasket is provided on the support column sleeve; the flow resistance columns are respectively arranged in the first hole and the second hole, and can selectively close the first hole, the second hole, and the outlet hole. The liquid hole, the liquid inlet hole, and the choke column cover are provided with leak-proof gaskets; one end of the elastic body pushes against the supporting piece, and the other end pushes against the choke column, and the elastic body is a spring.
上述的传输座具有流体出孔与流体入孔的一侧进一步设有一转接部，转接部具有一流体入管与一流体出管，流体入管相通于流体入孔，流体出管相通于流体出孔。The above-mentioned transmission seat has a fluid outlet hole and a fluid inlet hole on one side and is further provided with a transfer part. The transfer part has a fluid inlet pipe and a fluid outlet pipe. The fluid inlet pipe communicates with the fluid inlet hole, and the fluid outlet pipe communicates with the fluid outlet pipe. hole.
与现有技术相比较，本发明具有的有益效果是：Compared with prior art, the beneficial effect that the present invention has is:
如上所述的结构，冷却液供应座可与一冷却液供应源相连接，传输座可与一机架相连接，机架中具有欲散热的电子零件，当冷却液供应座与传输座相互连接时，冷却液供应座与传输座相对应的孔呈导通状，冷却液可流至机架中，以将电子零件散热，再回流至冷却液供应源中，以使其可再次使用。According to the above-mentioned structure, the coolant supply base can be connected with a coolant supply source, and the transmission base can be connected with a frame, in which there are electronic parts to be dissipated, when the coolant supply base and the transmission base are connected to each other At this time, the holes corresponding to the coolant supply seat and the transmission seat are connected, and the coolant can flow into the frame to dissipate heat from the electronic components, and then flow back to the coolant supply source so that it can be used again.
若冷却液供应座与传输座相互分离时，上述的呈导通的孔即成为封闭状，以避免冷却液产生泄漏的状况。When the cooling liquid supply seat and the transmission seat are separated from each other, the above-mentioned conductive hole becomes closed to avoid the leakage of the cooling liquid.
另外，冷却源供应座与传输座易于结合与分离的特性，故当装设于狭小空间的机架欲与冷却液提供源结合或分离时，其可凭借前述的特性，在无需耗费多余的工时或人工的情况下，即可将机架与冷却液提供源分离或结合。In addition, the cooling source supply base and the transmission base are easy to combine and separate, so when the rack installed in a small space wants to be combined or separated from the cooling liquid supply source, it can rely on the above-mentioned characteristics without consuming extra man-hours Or manually, the rack can be separated or combined with the cooling liquid supply source.
再者，调量装置的流出量调整钮与流入量调整钮，二者可分别改变冷却液的流出量与流入量，假如当需要较大量的冷却液提供给电子零件，并以较慢的流量流出时，可调整流出量调整钮与流出量调整钮，以改变流入孔与流出孔的开度，进而改变冷却液的流出量与流出量，以使电子零件得到较佳的散热效果。Furthermore, the outflow volume adjustment button and the inflow volume adjustment knob of the volume control device can respectively change the outflow volume and inflow volume of the cooling liquid. When flowing out, adjust the outflow adjustment button and outflow adjustment button to change the opening of the inflow hole and the outflow hole, and then change the outflow and outflow of the cooling liquid, so that the electronic parts can get better heat dissipation effect.
附图说明Description of drawings
图1是本发明的可调式冷却液快速接头的一冷却液供应座与一插管装置的立体分解图；Fig. 1 is a three-dimensional exploded view of a coolant supply seat and an intubation device of the adjustable coolant quick connector of the present invention;
图1A是冷却液供应座的另一个视角的立体示意图；FIG. 1A is a schematic perspective view of another perspective of the coolant supply seat;
图2是本发明的可调式冷却液快速接头的一传输座与一承通装置的立体分解图；Fig. 2 is a three-dimensional exploded view of a transmission seat and a connecting device of the adjustable coolant quick connector of the present invention;
图3是本发明的可调式冷却液快速接头的立体外观图；Fig. 3 is a three-dimensional appearance view of the adjustable coolant quick connector of the present invention;
图4是本发明的可调式冷却液快速接头的剖面示意图；Fig. 4 is a schematic cross-sectional view of the adjustable coolant quick connector of the present invention;
图5是本发明的可调式冷却液快速接头的剖面动作示意图。Fig. 5 is a schematic diagram of the sectional action of the adjustable coolant quick connector of the present invention.
附图标记说明：1冷却液供应座；10容槽；11孔；12定位柱；13流入道；14流出道；15流入孔；16流出孔；17流入量调整孔；18流出量调整孔；2插管装置；20挡片；20第一穿孔；201第二穿孔；21流入管；210入孔；211出孔；212防漏垫圈；22流出管；220出孔；221入孔；222防漏垫圈；23弹性体；24止流柱；240第一止孔；241第二止孔；3传输座；30凹槽；31定位孔；32流体出孔；33流体入孔；34转接部；340流体入管；341流体出管；4承通装置；40承片；41弹性体；42阻流柱；420防漏垫圈；43承柱；430第一孔；431第二孔；432出液孔；433入液孔；434防漏垫圈；5调量装置；50流入量调整钮；500调整部；501导流端；502防漏垫圈；51流出量调整钮；510调整部；511防漏垫圈。Description of reference signs: 1 coolant supply seat; 10 container; 11 hole; 12 positioning column; 13 inflow channel; 14 outflow channel; 15 inflow hole; 16 outflow hole; 17 inflow adjustment hole; 2 intubation device; 20 block; 20 first perforation; 201 second perforation; 21 inflow pipe; 210 inlet; 211 outlet; 212 leak-proof gasket; Leakage gasket; 23 elastic body; 24 stop column; 240 first stop hole; 241 second stop hole; 3 transmission seat; 30 groove; 31 positioning hole; 32 fluid outlet hole; 33 fluid inlet hole; 34 transfer part ;340 Fluid inlet pipe; 341 Fluid outlet pipe; 4 Bearing device; 40 Bearing sheet; 41 Elastomer; Hole; 433 Inlet hole; 434 Leak-proof gasket; 5 Adjustment device; 50 Inflow adjustment button; 500 Adjustment part; washer.
具体实施方式Detailed ways
以下凭借特定的具体实施例说明本发明的具体实施方式，所属技术领域中具有通常知识者可由本说明书所揭示的内容轻易地了解本发明的其他优点与功效。Specific embodiments of the present invention are described below with specific examples, and those skilled in the art can easily understand other advantages and effects of the present invention from the content disclosed in this specification.
请参阅图1、图1A至图3所示，本发明是一种可调式冷却液快速接头，其包括有一冷却液供应座1、一插管装置2、一传输座3、一承通装置4与一调量装置5。Please refer to Fig. 1, Fig. 1A to Fig. 3, the present invention is an adjustable coolant quick connector, which includes a coolant supply seat 1, an intubation device 2, a transmission seat 3, and a connecting device 4 With a regulating device 5 .
冷却液供应座1的一端具有一容槽10与两个孔11，孔11分别位于容槽10的两相对角，各孔11中设有一定位柱12，请参阅图4所示，另一端具有一流入道13与一流出道14，流入道13与流出道14分别相通于容槽10，在冷却液供应座1的一侧具有一流入孔15与一流出孔16，流入孔15相通于流入道13，流出孔16相通于流出道14，该另一端进一步具有一流入量调整孔17与一流出量调整孔18，流入量调整孔17相通于流入道13，流出量调整孔18相通于流出道14。One end of the coolant supply seat 1 has a container 10 and two holes 11, the holes 11 are respectively located at two opposite corners of the container 10, and each hole 11 is provided with a positioning column 12, as shown in Figure 4, and the other end has An inflow channel 13 and an outflow channel 14, the inflow channel 13 and the outflow channel 14 communicate with the container 10 respectively, there is an inflow hole 15 and an outflow hole 16 on one side of the coolant supply seat 1, the inflow hole 15 communicates with the inflow channel 13 , the outflow hole 16 communicates with the outflow channel 14, and the other end further has an inflow adjustment hole 17 and an outflow adjustment hole 18, the inflow adjustment hole 17 communicates with the inflow channel 13, and the outflow adjustment hole 18 communicates with the outflow channel 14 .
插管装置2具有一挡片20、一流入管21、一流出管22、一弹性体23与一止流柱24。The intubation device 2 has a blocking plate 20 , an inflow tube 21 , an outflow tube 22 , an elastic body 23 and a flow stop post 24 .
挡片20设于容槽10与流入道13及流出道14之间，挡片20相对于流入道13及流出道14分别具有一第一穿孔200与一第二穿孔201。The baffle 20 is disposed between the container 10 , the inflow channel 13 and the outflow channel 14 , and the baffle 20 has a first through hole 200 and a second through hole 201 corresponding to the inflow channel 13 and the outflow channel 14 respectively.
流入管21的一端设于流入道13中，该端具有一入孔210，流入管21的另一端穿过第一穿孔200，延伸至容槽10中，该另一端具有多个出孔211，出孔211与入孔210相通。流入管21套设有多个防漏垫圈212。One end of the inflow pipe 21 is arranged in the inflow passage 13, and this end has an inlet hole 210, and the other end of the inflow pipe 21 passes through the first through hole 200, and extends into the container 10, and the other end has a plurality of outlet holes 211, The outlet hole 211 communicates with the inlet hole 210 . The inflow pipe 21 is sleeved with a plurality of leak-proof gaskets 212 .
流出管22的一端设于流出道14中，该端具有一出孔220，流出管22的另一端穿过第二穿孔201，延伸至容槽10中，该另一端具有多个入孔221，入孔221相通于出孔220。流出管22套设有多个防漏垫圈222。One end of the outflow tube 22 is arranged in the outflow channel 14, and this end has an outlet hole 220, and the other end of the outflow tube 22 passes through the second through hole 201, and extends into the container 10, and the other end has a plurality of inlet holes 221, The inlet hole 221 communicates with the outlet hole 220 . The outflow pipe 22 is covered with a plurality of leak-proof gaskets 222 .
弹性体23与止流柱24设于容槽10中，弹性体23可为弹簧，弹性体23的一端推抵挡片20，另一端则推抵止流柱24，止流柱24具有一第一止孔240与一第二止孔241，第一止孔240供流入管21具有出孔211的一端延伸至其中，以使止流柱24可选择性封闭出孔211，防漏垫圈212使第一止孔240与流入管21之间产生较佳的密封效果，第二止孔241供流出管22具有入孔221的一端延伸至其中，以使止流柱24可选择性封闭入孔211，防漏垫圈222使第二止孔241与流出管22之间产生较佳的封闭效果。The elastic body 23 and the flow-stop post 24 are arranged in the container 10, the elastic body 23 can be a spring, one end of the elastic body 23 pushes against the blocking piece 20, and the other end pushes against the stop-flow post 24, and the stop-flow post 24 has a first The stop hole 240 and a second stop hole 241, the first stop hole 240 is for the end of the inflow pipe 21 having the outlet hole 211 to extend thereinto, so that the stop post 24 can selectively close the outlet hole 211, and the leakproof gasket 212 makes the second A better sealing effect is produced between the first stop hole 240 and the inflow pipe 21, and the second stop hole 241 allows the end of the outflow pipe 22 having the inlet hole 221 to extend thereinto, so that the stopper column 24 can selectively close the inlet hole 211, The anti-leakage gasket 222 produces a better sealing effect between the second stop hole 241 and the outflow tube 22 .
传输座3的一端具有一凹槽30与二定位孔31，定位孔31位于凹槽30的两相对角处，各定位孔31可选择性供与其相对应的定位柱12插设，以使冷却液供应座1与传输座3相互定位结合，传输座3的一侧具有一流体出孔32与一流体入孔33，流体出孔32与流体入孔33分别相通于凹槽30，并于该侧设有一转接部34，转接部34具有一流体入管340与一流体出管341，流体入管340相通于流体入孔33，流体出管341相通于流体出孔32。One end of the transmission seat 3 has a groove 30 and two positioning holes 31, the positioning holes 31 are located at two opposite corners of the groove 30, each positioning hole 31 can be selectively inserted into the corresponding positioning column 12, so that cooling The liquid supply seat 1 and the transmission seat 3 are positioned and combined with each other. One side of the transmission seat 3 has a fluid outlet hole 32 and a fluid inlet hole 33. The fluid outlet hole 32 and the fluid inlet hole 33 communicate with the groove 30 respectively, and the An adapter portion 34 is provided on the side. The adapter portion 34 has a fluid inlet pipe 340 and a fluid outlet pipe 341 . The fluid inlet pipe 340 communicates with the fluid inlet hole 33 , and the fluid outlet pipe 341 communicates with the fluid outlet hole 32 .
承通装置4具有一承片40、二弹性体41、两个阻流柱42与一承柱43，承片40、弹性体41、阻流柱42与承柱43设于凹槽30中。The connecting device 4 has a support piece 40 , two elastic bodies 41 , two flow blocking posts 42 and a support post 43 .
承柱43相对于流体出孔32与流体入孔33处分别具有一第一孔430与一第二孔431，承柱43的周侧且相对于流体出孔32与流体入孔33处分别具有一出液孔432与一入液孔433，出液孔432相通于第一孔430，入液孔433相通于第二孔431。承柱43套设有一防漏垫圈434，以使承柱43与凹槽30之间产生较佳的密封效果。The support column 43 has a first hole 430 and a second hole 431 corresponding to the fluid outlet hole 32 and the fluid inlet hole 33 respectively. A liquid outlet hole 432 communicates with a liquid inlet hole 433 , the liquid outlet hole 432 communicates with the first hole 430 , and the liquid inlet hole 433 communicates with the second hole 431 . A leak-proof washer 434 is sleeved on the supporting post 43 to create a better sealing effect between the supporting post 43 and the groove 30 .
两个阻流柱42分别设于第一孔430与第二孔431中，并可选择性封闭第一孔430、第二孔431、出液孔432与入液孔433，弹性体41的一端推抵承片40，另一端推抵阻流柱42，弹性体41可为弹簧。阻流柱42套设有防漏垫圈420，以使阻流柱42分别与第一孔430及第二孔431产生较佳的密封效果。Two blocking columns 42 are respectively arranged in the first hole 430 and the second hole 431, and can selectively close the first hole 430, the second hole 431, the liquid outlet hole 432 and the liquid inlet hole 433, and one end of the elastic body 41 Pushing against the supporting piece 40 , the other end pushes against the blocking post 42 , and the elastic body 41 can be a spring. The choke column 42 is covered with a leak-proof gasket 420 so that the choke column 42 has a better sealing effect with the first hole 430 and the second hole 431 respectively.
调量装置5具有一流入量调整钮50与一流出量调整钮51，流入量调整钮50的一端设于流入量调整孔17中，并相对于流入孔15，流入量调整钮50位于流入量调整孔17中的一端具有一导流端501，另一端具有一调整部500，流入量调整钮50套设有防漏垫圈502，以避免流入量调整孔17发生泄露的状况。The volume adjustment device 5 has an inflow adjustment knob 50 and an outflow adjustment knob 51. One end of the inflow adjustment knob 50 is arranged in the inflow adjustment hole 17, and relative to the inflow hole 15, the inflow adjustment knob 50 is positioned at the inflow adjustment hole 17. One end of the adjusting hole 17 has a guide end 501 , and the other end has an adjusting portion 500 . The inflow adjusting knob 50 is covered with a leak-proof gasket 502 to prevent the inflow adjusting hole 17 from leaking.
流出量调整钮51的一端设于流出量调整孔18中，并相对于流出孔16，流出量调整钮51的另一端具有一调整部510，流出量调整钮51套设有防漏垫圈510，以避免流出量调整孔18发生泄露的状况。One end of the outflow adjustment button 51 is arranged in the outflow adjustment hole 18, and relative to the outflow hole 16, the other end of the outflow adjustment knob 51 has an adjustment part 510, and the outflow adjustment button 51 is provided with a leak-proof gasket 510, In order to avoid the situation that the outflow adjustment hole 18 leaks.
请再配合参阅图4所示，冷却液供应座1可连接一冷却液供应源，传输座3可连接一具有欲散热电子零件的机架，当冷却液供应座1与传输座3相结合时，定位柱12插入定位孔31中，以使传输座3与冷却液供应座1得以确实定位结合。Please refer to FIG. 4 again, the coolant supply seat 1 can be connected to a coolant supply source, and the transmission seat 3 can be connected to a rack with electronic parts to be dissipated. When the coolant supply seat 1 and the transmission seat 3 are combined , the positioning column 12 is inserted into the positioning hole 31, so that the transmission seat 3 and the coolant supply seat 1 can be positively positioned and combined.
止流柱24的端部受到承柱43的推抵，使得止流柱24退入容槽10中，并压缩弹性体23，而流入管21具有出孔211的一端就会插入第一孔430中，位于第一孔430中的阻流柱42退入凹槽30中，以压缩弹性体41，出孔211与流体出孔32相通。The end of the stop post 24 is pushed by the support post 43, so that the stop post 24 retreats into the container 10 and compresses the elastic body 23, and the end of the inflow pipe 21 having the outlet hole 211 will be inserted into the first hole 430 Among them, the choke column 42 located in the first hole 430 retreats into the groove 30 to compress the elastic body 41 , and the outlet hole 211 communicates with the fluid outlet hole 32 .
同理，流出管22具有入孔221的一端就会插入第二孔431中，并使止流柱24退入凹槽中，以使入孔221与流体入孔33相通。Similarly, the end of the outflow tube 22 having the inlet hole 221 is inserted into the second hole 431 , and the stop post 24 is retracted into the groove, so that the inlet hole 221 communicates with the fluid inlet hole 33 .
来自冷却液供应源的低温冷却液，其流经流入孔15、入孔210、流入管21、出孔211、出液孔432、流体出孔32与流体出管341，以使低温冷却液流至欲散热的电子零件处，二者会进行热交换，电子零件就可散热降温，经热交换的冷却液就会成为高温冷却液。The low-temperature cooling liquid from the cooling liquid supply source flows through the inlet hole 15, the inlet hole 210, the inlet pipe 21, the outlet hole 211, the liquid outlet hole 432, the fluid outlet hole 32 and the fluid outlet pipe 341, so that the low-temperature cooling liquid flows When reaching the electronic parts that need to dissipate heat, the two will exchange heat, and the electronic parts can dissipate heat and cool down, and the heat-exchanged coolant will become a high-temperature coolant.
高温冷却液流经流体入管340、流体入孔33、入液孔433、入孔221、流出管22、出孔220与流出孔16，以使高温冷却液回到冷却液供应源，而使高温冷却液降温为低温冷却液，以便再次进行上述的热交换。The high-temperature coolant flows through the fluid inlet pipe 340, the fluid inlet hole 33, the liquid inlet hole 433, the inlet hole 221, the outflow pipe 22, the outlet hole 220 and the outflow hole 16, so that the high-temperature coolant returns to the coolant supply source, and the high-temperature The cooling liquid is cooled to a low-temperature cooling liquid, so that the above-mentioned heat exchange can be performed again.
若欲将机架与冷却液供应源相互分离时，可直接将冷却液供应座1与传输座3二者直接脱离结合状态，前述受到压缩的弹簧体23、41会分别迫使止流柱24与阻流柱42回复至初始位置，止流柱24封闭流入管21的出孔211与流出管22的入孔221，阻流柱42封闭第一孔430、第二孔431、出液孔432与入液孔433，如此阻却冷却液的流动，并使冷却液无法于机架与冷却液供应源分离时产生泄漏的状况。If you want to separate the frame and the coolant supply source, you can directly disengage the coolant supply seat 1 and the transmission seat 3 from the combined state, and the aforementioned compressed spring bodies 23, 41 will respectively force the stop post 24 and The choke column 42 returns to the initial position, the choke column 24 closes the outlet hole 211 of the inflow pipe 21 and the inlet hole 221 of the outflow pipe 22, and the choke column 42 closes the first hole 430, the second hole 431, the liquid outlet hole 432 and the The liquid inlet hole 433 prevents the flow of the cooling liquid and prevents the cooling liquid from leaking when the rack is separated from the cooling liquid supply source.
另外，请参阅图5所示，当冷却液于冷却液供应座1与传输座3中流动时，凭借适当工具与调整部500、510的结合，以调整导流端501相对于流入道13中的位置，进而控制流入孔15的开度，或者，调整流出量调整钮51相对于流出道14中的位置，以控制流出孔16的开度，凭借前述的开度的控制，进而可控制与改变冷却液的流出量或流入量，以使电子零件得到较佳的散热效果。In addition, as shown in FIG. 5 , when the coolant flows in the coolant supply seat 1 and the transmission seat 3 , by means of a combination of appropriate tools and adjustment parts 500 and 510 , the flow guide end 501 is adjusted relative to the flow path 13 . position, and then control the opening of the inflow hole 15, or adjust the position of the outflow adjustment knob 51 relative to the outflow channel 14, to control the opening of the outflow hole 16, by virtue of the control of the aforementioned opening, and then control and Change the outflow or inflow of coolant to get better heat dissipation for electronic parts.
以上说明对本发明而言只是说明性的，而非限制性的，本领域普通技术人员理解，在不脱离权利要求所限定的精神和范围的情况下，可作出许多修改、变化或等效，但都将落入本发明的保护范围之内。The above description is only illustrative of the present invention, rather than restrictive. Those of ordinary skill in the art understand that many modifications, changes or equivalents can be made without departing from the spirit and scope defined in the claims, but All will fall within the protection scope of the present invention.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010566007.1ACN102480902B (en) | 2010-11-23 | 2010-11-23 | Adjustable coolant quick connector |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201010566007.1ACN102480902B (en) | 2010-11-23 | 2010-11-23 | Adjustable coolant quick connector |
| Publication Number | Publication Date |
|---|---|
| CN102480902A CN102480902A (en) | 2012-05-30 |
| CN102480902Btrue CN102480902B (en) | 2014-08-27 |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201010566007.1AExpired - Fee RelatedCN102480902B (en) | 2010-11-23 | 2010-11-23 | Adjustable coolant quick connector |
| Country | Link |
|---|---|
| CN (1) | CN102480902B (en) |
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1521591A (en)* | 2003-02-14 | 2004-08-18 | 株式会社日立制作所 | Rack mount server system and cooling method thereof, rack cabinet, server components |
| CN1609496A (en)* | 2003-10-17 | 2005-04-27 | 施托布利法韦日公司 | Quick acting coupling for the disconnectable connection of two pipelines and use of such a coupling |
| CN2872046Y (en)* | 2006-02-09 | 2007-02-21 | 何桂玲 | Pipeline connector |
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TW200823399A (en)* | 2006-11-20 | 2008-06-01 | yu-qing Zhang | Quick release joint |
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1521591A (en)* | 2003-02-14 | 2004-08-18 | 株式会社日立制作所 | Rack mount server system and cooling method thereof, rack cabinet, server components |
| CN1609496A (en)* | 2003-10-17 | 2005-04-27 | 施托布利法韦日公司 | Quick acting coupling for the disconnectable connection of two pipelines and use of such a coupling |
| CN2872046Y (en)* | 2006-02-09 | 2007-02-21 | 何桂玲 | Pipeline connector |
| Publication number | Publication date |
|---|---|
| CN102480902A (en) | 2012-05-30 |
| Publication | Publication Date | Title |
|---|---|---|
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| Date | Code | Title | Description |
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| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
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| CB03 | Change of inventor or designer information | Inventor after:Li Jianyou Inventor after:Jiang Ye Inventor after:Zheng Xingming Inventor before:Chen Jianan Inventor before:Shi Weida | |
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| TR01 | Transfer of patent right | Effective date of registration:20170510 Address after:Machinery Industrial Park, Yueyang economic and Technological Development Zone, Hunan, China, Yueyang Patentee after:Yueyang Zhusheng Valve Pipeline Co., Ltd. Address before:Taipei City, Taiwan, China Patentee before:Inventec Corporation | |
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| CF01 | Termination of patent right due to non-payment of annual fee | Granted publication date:20140827 Termination date:20181123 | |
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