TWI249434B - Detachable probe kit - Google Patents

Abstract

The present invention provides a detachable probe kit, which includes a main tube formed on a probe tube. One end of the main tube has a carrying part capable of fast encircling a probe head. A supporting rack is formed at the other end of the main tube for hanging the probe tube on a panel. The probe head has a contact part for contacting an experimental sample. The contact part is communicated with a storage part via at least one circulation part for releasing a fixed amount of inspected liquid. The circulation part adsorbs the inspected liquid with excellent capillarity effect. The storage part is able to receive a large amount of inspected liquid. Two encirclement parts with elasticity are provided to the probe head for securely encircling on the probe tube, so as to possess the advantages of providing a disposable probe head, being convenient, simple in encircling connection, low in cost and capable of preventing infection, and having a high strength and a large liquid storage space.

Description

1249434 V. INSTRUCTION DESCRIPTION OF THE INVENTION (1) Technical Field of the Invention The present invention relates to a probe assembly, and more particularly to a detachable probe assembly that is discarded by a probe, which has a convenient throwing and replacement simplification meter. , cost saving, infection prevention, probe head twenty:: and large-capacity liquid storage space. 々 strength k [prior art] 凊 阅 第十 第十 第十 第十 第十 第十 第十 第十 第十 第十 第十 第十 第十 第十 第十 第十 第十a needle body 81 and a needle head 82, wherein the needle body 8 1 has at least: an end, and a bracket portion 8 1 1 is formed on the needle body of the needle body 8 1 81 is hung on the test stand 71. The needle 8 2 ' is composed of two pieces, and - a flow portion 822 and a receiving portion 823, wherein the contact portion 821 is formed by the contact portion 821. The flow portion 822 of the needle 82 is formed on the needle 82 and has a gap G and a third capacity W3. The receiving portion 823 is formed on the needle 82 and has a fourth portion 823. a capacity W4, the fourth capacity f4 is smaller than the :: port, the receiving portion 823 is for the needle 82 to accommodate one Liquid./ Erguli's conventional structure produces the following defects: [1] The needle needs to be cleaned. The needle and the needle body are replaced by the needle. After each experiment/inspection, it is necessary to take care of the child. Inconvenient. The cleaning needle of the "Fee" is not separated from the needle body. The needle and the needle body are used.

Page 6 1249434 V. Description of the invention (2) Needle refers to the soil 'requires the whole material Na η Ί 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太 太[3] Cost is skillful. In the circulation department of the needle body, in the production technology of the modern wire electrode, if the second-line cutting technology is added to the fine circulation department, the cost is greatly improved. It is easy to produce infection on the needle body [4]. In the case of 眚 眚 眚 造成 造成 造成 造成 展 展 展 展 展 展 展 展 展 展 展 展 展 展 展 展 展 , , , , , = The circulation part of the needle used in the second place. The cost is high: the body is thrown, and the waste is quite finished. In the gap between the needle and the face, it is easy to be tested by the virus. Second, the needle is infected. After the disease, the cleaning of the cockroach is not complete, making the strength of the virus [5] needle poor. There is a gap between the two, and the strength A Aβ / two sheets are formed. The main part of the needle is in contact with the needle, and the main part of the collision is 4 feet. After the needle body and the inspection body, the enlarged deformation occurs. In the repeated contact experiment [6] the volume of the liquid storage liquid, but the fourth Rongdan of the accommodating part, the volume of the accommodating part is actually quite small, and the volume is actually quite small. The amount of Ergu, in the face of a long experimental day, often requires i; two:: test liquid limited non-stop test, Xi Yibu: can not be applied to continuous = Rong, to develop new technology to Solve the above disadvantages. The main purpose of this invention is to provide a disposable disposable probe head. The second purpose of the knife-and-pin assembly is to provide a splicing design that is separable and compact. Needle assembly

Page 7 1249434 V. INSTRUCTIONS (3) __ For the further purpose of this, it achieves the advantage of cost saving. A further object of the detachable probe assembly is that it has a sensation and is safe: a detachable probe assembly, which is provided with a detachable probe, C The system provides a separable::f space. a needle officer and a probe head, wherein: 'a needle assembly, the system includes - the probe, the needle, the system has at least ♦. two supervisors, the system has two ends; , the department is formed in the supervisor The Ministry of the Ministry of the Ministry of the Ministry of the Ministry of the Ministry of the Ministry of the Ministry of the Ministry of the Ministry of the Ministry of the Ministry of the Ministry of the Ministry of the Ministry of the Ministry of the Ministry of The - /, middle · each of the H-ports of the probe head is formed approximately on the probe Ϊ; a 'capacitance 2 and 2 have excellent capillary action, and the axial portion of each -, & One end of the accommodating portion - the flow portion is connected to the contact portion 1 and has a second end connected to the second capacity of the accommodating portion, and the n is formed on the probe head, and the capacity of the nano n ^ β ί is much larger than all the first contents The Cannes have a 'sub-f" probe 颂 accommodating-testing liquid; the sum of the current weights, the contact portion is formed on the probe head, and the position is π h, and the two socket portions are subject to Waiya is located in Hanfang ------ force and relative Zhang cooperation

Page 8 1249434 V. OBJECT DESCRIPTION OF THE INVENTION (4) The above detailed description of the present invention == The following is a detailed description of the invention selected from the following: (see the first, first, first Yes, the off-the-shelf probe member,: Probe 4® 'This invention is the head 2. 'where: the needle assembly includes - probe tube. And - probe; the probe = 10, has at least one main body 11 ' has two ends; mm ' is formed at the end of the 1 2 has a first diameter D 丨; the receiving portion is a support portion 1 3, formed in the main body 13 has a second straight through the D2 cylindrical block; the other end of the scoop, the probe portion 20' has a contact (four), to a small one (four) and at least two sets The contact portion 24, the probe is in the form of a contact portion 21, in the embodiment of the present invention, a flat contact portion 21 is located at one end of the probe head 20; and a thousand faces, each of the flow portions 22, is formed in an axial portion of the probe head 2, each of the flow portions 22 has a first capacity W1, one end of the flow portion 22 communicates with the contact portion 2 1, and the other end communicates with the receiving portion 2 3 In the embodiment of the present invention, the circulation portion 22 is 'corresponding to two corresponding open channels with excellent capillary action (refer to the sixth figure);

Page 9 1249434 V. Description of the Invention (5) = The accommodating portion 23' is formed on the probe head 2'', which has a second capacity W2, and the second capacity W2 is farther than #23 (about The Ten Commandments I am greater than all the younger ones, and one of the tens of ones, and the other ones. The Guna 23 is for the 4+ to accommodate a test solution; ^Inch needles 2 0 ^ two sets The connecting portion 24 is a relatively stretchable elastic body, and is disposed on the slave needle 20, and is located at the contact portion 2丨: two, the socket portion 24 has a third diameter D3, the third straight The second diameter, the fifth figure) is approximately equal to (or slightly larger than) the first diameter Μ; " This is a detachable probe assembly of the present invention. In the present invention, as shown in the seventh and eighth figures, a consistent test body 9 2 (for example, blood or bacteria) is disposed on an experimental material 9 1 , and the test material 9 A shelf 9 is disposed at a predetermined distance from the shelf. The shelf 9 is provided with a panel 94 having a plurality of jacks 941 and a second diameter D2 of the brackets 13 (recalling) The first figure) is slightly larger than the jack 941 so that the probe assembly can be suspended from the jack mi of the panel 94 by the scaffolding portion 13. Thus, when the experiment is performed, the rack 93 is driven to be displaced in the direction of the experimental equipment 91, and the plurality of probe assemblies are driven by the rack 93 with the panel 94, assuming that the experimental specimen 92 on the experimental equipment 91 is assumed. In the case where the contact portion 21 of the 'probe' probe assembly is in contact with the highest experimental specimen 92, the main tube is automatically telescoped on the socket 94 of the panel 94. Zhou Zheng (as shown in the eighth figure) enables the lowest experimental specimen g 2 to contact and abut against one of the plurality of probe assemblies. The part of the probe head 2 〇 that supplements the test liquid, due to the circulation portion 2 2

Page 10 !249434

V. INSTRUCTION OF THE INVENTION (6) The contact portion 2 1 is in communication, and the flow portion 22 has an excellent capillary action as long as the contact portion 2 1 of the probe head 20 (or together with the portion of the flow portion 2 2 a large amount of the test liquid is contacted, and the liquid is rapidly passed through the contact portion 2 1 and the flow portion 2 2 is transferred to the accommodating portion 23 of the probe head 20, and is larger than the circulation portion 22 by about ten tens of The accommodating portion 2 3 stores the test liquid in a large amount to perform a plurality of experiments 'tests. "The flow portion 22 has an excellent capillary action. Even if each contact portion 2 is connected to each of the experimental specimens 92, the liquid is slightly viscous due to the test liquid, and the appropriate amount is released by the contact $21. The liquid is inspected onto the test sample 92 (regardless of the force of the contact or the speed of the movement), but the remaining test liquid is still adsorbed by the flow-through portion 2'. The liquid output is extremely stable. · Although, the housing portion 2 is on The flow portion 22 is connected, but the probe is firmly adsorbed, even if the probe is in the probe assembly to probe the main components, so the present invention for the components, especially the probe head 2, is avoided. In effect to the detachable design, please refer to the fifth portion of the probe tube in the embodiment of the invention, the cooperative elastomer, and the control D3 is approximately equal to (or slightly larger than) As long as the two socket portions 2 4 are pressed to store the large amount of liquid test, and the container portion 2 3 has a superior capillary action, the assembly is quickly moved and is not thrown out. The needle 20 is It is very important to contact the experimental specimen 92 and the experimental test/test results accurately. The inspection/test results show that the probe head 2 is a diagram, and the probe head 20 is transmitted through two socket receiving portions 1 2 (refer to the first figure), and the two socket portions 2 4 The third diameter D1 of the receiving portion 12 that is press-fitted and which is common to the two socket portions 24, so that they are relatively close together, and the probe head 2 is smashed toward the probe

The probe head 20 can be relatively reduced in force, and another integrity can be achieved after another clean and non-toxicity test. Cover the probe tube at a slightly faster speed with the needle 20. The benefits of detachable throwing in each real time and money. For example, the axial end of the head 20 of the embodiment is connected to the head as a disposable type.

1249434 V. INSTRUCTION DESCRIPTION (?) The needle 1 is inserted, and when the two sockets 24 are relatively open, the mouth is quickly sleeved on the receiving portion 1 2 of the probe tube 10. The sleeve portion 24 of the probe head 20 is elastic, so that the probe tube 1 is slightly used. Socket, unplug, disassemble, and facilitate. “ p The probe head 20 can be injection molded in a large amount. Therefore, after the cost is large and the mother has finished the experiment, in addition to cleaning, directly replacing the contaminated probe head 2 〇 is a way to balance the accuracy of another experiment. One of the disposable features of the probe head 20, after the disease is completed, the virus is not completely cleaned on the probe head 20, the infection of the examiner is enhanced, and the virus experiment/test process is improved. The probe head 20 is a material with structural strength, no matter whether it is disassembled on the reverse 10 or the force of contacting the experimental specimen 92 is slightly larger, it will not easily be damaged, which is beneficial to replace the probe after each experiment. In terms of the probe head assembly design of the probe assembly of the present invention, a large number of injection moldings can be produced, and the cost can be reduced. After the inspection, the disposable cleaning method is also beneficial to the cleaning and the cleaning is not complete. In the other embodiment of the flow portion 2 2, the flow portion 22 is a culvert, and is formed in the probe portion, and the flow portion 22 is also One end is connected to the contact portion 2 1, and the other portion is 2 3, which is the hair Equivalent Substitution Structure of the Invention; The advantages and effects of the present invention are as follows: [1] Convenient Disposable Probe Head. Probe of the Invention Page 12 1249434 V. Description of Invention (8) "- ---- Ff, after each experiment, can be directly discarded without cleaning, to prevent the lack of liquid ' 影响 'affecting the accuracy of the experimental / test results. [2] streamlined socket design. Two of the probe head of the present invention The socket has an elastic and pressable design, and the two sockets are common and have the first == equal to the first diameter of the receiving portion, and the two sleeves σ = # & The sleeve portion is inserted into the receiving portion, and after the two socket portions f are opened, even if the probe head is firmly sleeved on the probe tube, the probe head can be removed with a slight force, and the structure is simplified. It is quick to disassemble and install. The single oblique saves cost. The probe head of the invention can be used in a large amount to reduce the production cost of replacing the second #: to reduce the loss caused by the use of the direct replacement after each experiment. Fully made [French 4] salty sputum f to stop infection. During the experiment, the laboratory equipment could not be cleaned. , = Zhu, the situation is endless, the probe head of the present invention is a disposable type of one; ^ to carry out the same infectious virus test or simple blood test, abandoned in the experiment, replace, effective against soil virus infection. =] The strength of the probe head is good. The probe head of the present invention is integrally formed and can withstand L = formed on the surface of the probe head, so that the probe head has better strength, and the replacement assembly or Rapid contact, not easily damaged. Probe I6] has a large capacity liquid storage space. The housing of the present invention is disposed in the storage, and the second capacity is much larger than the total of the plurality of circulation portions, except for In addition to the large amount of liquid detection, the detection wave is followed by each change of the probe head. It is also avoided that different test liquids are mixed and mixed to avoid affecting the number of test 7 or more. Only the preferred embodiment is described in detail by the preferred embodiment. For the real 13th page 1249434

Page 14 1249434 Schematic description of the diagram [· The diagram is simple, the second diagram, the third diagram, the fourth diagram, the fifth diagram, the sixth diagram, the seventh diagram, the eighth diagram, the seventh diagram The tenth figure is the first figure of the present invention. The group of the first figure of the present invention is the third part of the third part of the present invention. The fifth aspect of the present invention is used for the part of the seventh figure. Section 11 of the conventional structure of the invention [Main component symbol description 1 〇 probe tube 1 2 receiving portion 2 0 probe head 2 2, 8 2 2 flow portion 24 socket portion 丨 80 needle body 82 needle 9 2 experiment Sample 9 4 Panel G gap W2 Second volume body decomposition diagram Schematic diagram Sub-structure 3D magnification Not intended to be angled Plane magnification schematic diagram 1 point angle plane magnification diagram Divided structure Divided structure is not intended to test related instruments DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT OF THE PARALLEL STRUCTURE OF STRUCTURAL STRUCTURES OTHER EMBODIMENT OF OTHER EMBODIMENT EMBODIMENT The embodiment is not intended to be a plan view of other angles of the partial structure] 11 main pipe 1 3, 8 11 bracket portion 2 1 , 8 2 1 contact portion 2 3, 8 2 3 housing part 71 experimental frame 81 needle body 9 1 Laboratory equipment 93 Shelf 9 4 1 jack W1 first capacity W3 third capacity

Page 15 1249434

-Simple diagram description W4 fourth capacity D1 first diameter D21 two diameter D3 third diameter Φ IB第16页

Claims (1)

1249434 VI. Patent Application No. 1 · A detachable probe assembly includes a probe tube and a probe head r, wherein: the probe tube has at least: a main tube having two ends; a portion formed at one end of the main pipe; a bracket portion formed at the other end of the main pipe; the probe head having a contact portion, at least one circulation portion, a receiving portion and at least two socket portions The probe head is substantially conical, wherein the contact portion is formed at one end of the probe head; each flow portion is formed approximately at an axial portion of the probe head, and each flow portion is Having an excellent capillary action, each flow portion has a first capacity, one end of each flow portion communicates with the contact portion, and the other end communicates with the receiving portion; the receiving portion is formed on the probe head, and the receiving portion is formed The portion has a second capacity, which is much larger than the sum of all the first capacities, and the receiving portion is configured to receive a liquid test for the probe head; the two socket portions are formed on the probe head. And located in the other part of the contact At one end, the two sockets can be cooperatively opposed by external forces. [2] The detachable probe assembly of claim 1, wherein: the probe head is made of a structural strength material, and the probe tube and the probe head constitute a probe assembly; Page 17 1249434 1249434 The patent application scope ί has a first diameter ·, the = part has a cylindrical block of -second diameter; the 忒 contact part is a plane; , the circulation part & τ i _ you are two culverts The 4 Zhu needles > 1 / i 3. If the patent is applied; the solid t joints together have a third straight. In the detachable probe assembly of the above-mentioned item, the probe head is made of a material having a structural strength, and the needle comprises a probe assembly; and the ten tubes and the receiving portion of the main tube Having a first diameter; ί Ϊ ^ is a cylindrical block having a second diameter; the contact portion of the child is a plane; the circulation portion of the shai is two open channels; and the two socket portions of the probe head have a common 4 · If you apply for a patent range basket q brother a diameter. The detachable probe assembly of the third aspect of the present invention, wherein the probe head is sleeved in two states with elasticity, and the probe tube is approximately the same as the third diameter of the tight fitting = (2) A joint of the j joints is slightly applied, that is, the diameter of the younger brother, to: ..." The scope of the third paragraph:: points: to: head, tube. Medium · knife-carved needle assembly, The probe assembly is provided with a plurality of arrays, and the probe tube has a second straight line greater than the panel jack, so that each bracket portion is hung on page 18 1249434 Page 19