TWM613903U

TWM613903U - Identifying structure and application of gas valve with identifying structure

Info

Publication number: TWM613903U
Application number: TW110200080U
Authority: TW
Inventors: 白翼誌
Original assignee: 白翼誌
Priority date: 2021-01-05
Filing date: 2021-01-05
Publication date: 2021-07-01

Abstract

本創作一種辨識結構及應用有辨識結構之燃氣閥，其主要有兩部分，第一部分為辨識結構，其包括：辨識凸部包含位於頂面之辨識面、位於底面之罩蓋面；及至少一支架一端接設於罩蓋面邊緣處，另一端則以垂直延伸並遠離罩蓋面，又至少一支架遠離罩口的一端周面凸設卡抵塊；第二部分為前述應用於燃氣閥，包括有：閥體一端凸設有芯軸；旋把螺鎖於該芯軸，旋把頂面凹設組裝槽並於底面貫設套孔，芯軸插入套孔內螺鎖組合，且旋把相對芯軸軸向升、降位移，另外組裝槽槽底另設至少一穿孔；利用辨識面與旋把頂面齊平與否，快速辨識桶裝瓦斯為開啟、關閉。This creation of an identification structure and application of a gas valve with an identification structure has two main parts. The first part is an identification structure, which includes: the identification protrusion includes an identification surface located on the top surface and a cover surface located on the bottom surface; and at least One end of the bracket is connected to the edge of the cover surface, the other end extends vertically away from the cover surface, and at least one end of the bracket away from the cover opening has a protruding block on the peripheral surface; the second part is the aforementioned application for gas The valve includes: a mandrel protruding from one end of the valve body; a screw lock on the mandrel; an assembly groove is recessed on the top surface of the screw handle and a sleeve hole is penetrated on the bottom surface; The knob moves up and down axially relative to the mandrel, and at least one perforation is provided at the bottom of the assembly groove; the identification surface is flush with the top surface of the knob to quickly identify whether the barreled gas is open or closed.

Description

Identification structure and application of gas valve with identification structure

本創作一種辨識結構及應用有辨識結構之燃氣閥，細指應用於瓦斯領域之技術，主要係應用於瓦斯開關上，用以提供辨識瓦斯開關當下的狀況為開啟、關閉。This creation of a gas valve with identification structure and application of identification structure refers to the technology applied in the field of gas, mainly applied to gas switches, to provide identification of the current status of the gas switch as open and closed.

桶裝瓦斯是現今許多家庭中最佳的幫手，雖然天然管線的常態使用下，還是有許多民眾維持在桶裝瓦斯的使用，又桶裝瓦斯的結構組成係以添加有液態石油的鋼瓶及可控制鋼瓶內部對外流通、封閉的控制閥，而控制閥常態係以具可旋轉的把手為主要結構設計，然而以正常邏輯觀念下，把手順時鐘旋轉為關閉、逆時鐘旋轉為打開，但是常見的情況在於，前一位使用者在使用桶裝瓦斯完畢後忘記旋轉把手將其關閉，以至於接續的使用者無從知曉桶裝瓦斯當下的狀態。Barreled gas is the best helper in many households today. Although natural pipelines are normally used, many people still maintain the use of barreled gas. The structure of barreled gas is composed of steel cylinders filled with liquid petroleum and can be used. A closed control valve that controls the internal circulation of the steel cylinder. The control valve is normally designed with a rotatable handle as the main structure. However, under normal logic concepts, the handle rotates clockwise to close and counterclockwise to open, but it is common The situation is that the previous user forgot to turn the handle to close it after finishing using the barreled gas, so that the subsequent user has no way of knowing the current state of the barreled gas.

而上述的問題小則會讓下一位使用者在耗費時間進行桶裝瓦斯開、關得確認，但大則造成氣爆、瓦斯外洩的可能，所以說如何能讓使用者迅速的辨識出桶裝瓦斯當下的狀態是相關業者所追求的目標；另外，傳統桶裝瓦斯之開關把手容易發生一問題，就是當使用者在不知開關方向時，將把手逆時鐘旋轉到底的時候，把手會形成緊迫卡抵狀態，假若下一位使用者知曉開關的方向，但會因為把手已經受前一位使用者的操作形成卡抵狀態，導致下一位使用者準備以順時鐘操控把手關閉時，會因為把手的卡抵而讓使用者誤以為已經關閉，但實際上卻還是維持在全開狀態，所以說傳統的桶裝瓦斯把手存在著極大的問題。The above-mentioned problems will cause the next user to spend time to confirm the opening and closing of the barreled gas, but the large ones will cause the possibility of gas explosion and gas leakage, so how can the user quickly identify The current state of barreled gas is the goal pursued by the relevant industry; in addition, the traditional barreled gas switch handle is prone to a problem, that is, when the user turns the handle counterclockwise to the end without knowing the switch direction, the handle will form In the pressing state, if the next user knows the direction of the switch, but the handle has already been manipulated by the previous user to form a stuck state, causing the next user to close the handle clockwise. Because the grip of the handle makes the user mistakenly think that it has been closed, but in fact it is still maintained in a fully open state, so the traditional barreled gas handle has a great problem.

本創作為了解決前述所產生的問題，使用者無法辨識桶裝瓦斯當下的狀態，因此主要方向是提供更為清晰的辨識，且可避免長期的觸摸而降低辨識性。為此，本創作人極力達成前述之目的與功效，進而將本創作分別兩部分進行說明，本創作一種辨識結構，其包括：一辨識凸部，其包含位於頂面之一辨識面、位於底面之一罩蓋面；及至少一支架，其一端接設於該罩蓋面的邊緣處，該至少一支架的另一端則以垂直延伸並遠離該罩蓋面，又該至少一支架遠離該罩口的一端周面進一步凸設至少一卡抵塊。In order to solve the aforementioned problems, the user cannot recognize the current state of the barreled gas, so the main direction is to provide clearer recognition, and to avoid long-term touch and reduce the recognition. To this end, the author tried his best to achieve the aforementioned purpose and effect, and then explained the creation in two parts. This creation has an identification structure, which includes: an identification protrusion, which includes an identification surface located on the top surface, and an identification surface located on the bottom surface. A cover surface; and at least one bracket, one end of which is connected to the edge of the cover surface, the other end of the at least one bracket extends vertically and away from the cover surface, and the at least one bracket is away from the cover At least one engaging block is further protruded on the peripheral surface of one end of the mouth.

另一技術則是應用有前述辨識結構的燃氣閥，其包括：一閥體，其一端凸設有一芯軸；一旋把，其螺鎖於該芯軸，該旋把於頂面凹設一組裝槽，並於該組裝槽槽底面貫設一套孔，該芯軸係插入於該套孔內予以螺鎖組合，且該旋把係相對該芯軸得以軸向升、降位移，另外該組裝槽槽底另設有至少一穿孔；及一辨識凸部裝設於組裝槽，其包含位於頂面之一辨識面、位於底面之一罩蓋面，另外設有至少一支架一端接設於該罩蓋面的邊緣處，該至少一支架的另一端則以垂直延伸並遠離該罩蓋面，又該至少一支架遠離該罩口的一端周面進一步凸設至少一卡抵塊，且該至少一支架插組於至少一穿孔。Another technique is to apply the aforementioned identification structure to the gas valve, which includes: a valve body, one end of which is convexly provided with a mandrel; a knob, which is screw-locked to the mandrel, and the knob is recessed on the top surface An assembling groove, and a set of holes is penetrated through the bottom surface of the assembling groove, the mandrel is inserted into the set of holes for screw-locking combination, and the knob system can be moved up and down axially relative to the mandrel. In addition The bottom of the assembling groove is further provided with at least one perforation; and an identification protrusion is installed in the assembling groove, which includes an identification surface on the top surface, a cover surface on the bottom surface, and at least one bracket connected to one end At the edge of the cover surface, the other end of the at least one bracket extends vertically and away from the cover surface, and the peripheral surface of one end of the at least one bracket away from the cover is further protruded with at least one retaining block, and The at least one bracket is inserted into at least one through hole.

根據上述對於本創作所述的技術下，其優點在於，透過該辨識凸部於旋把進行正向、反向的旋動下，讓該辨識凸部可以於該旋把的組裝槽內下降、抬升，而利用該辨識凸部的辨識面與旋把頂面齊平與否，進而快速辨識當下桶裝瓦斯是否為開啟、關閉，提供使用者免去以操作方式才能辨識，進而達到省時之目的，更可提供使用者輕易的察看以達到安全之功效。因此本創作可說是一種相當具有實用性及進步性之創作，相當值得產業界來推廣，並公諸於社會大眾。According to the above-mentioned technique for this creation, the advantage is that the identification protrusion can be lowered in the assembly groove of the handle under the forward and reverse rotation of the handle through the identification protrusion. Uplift, and use the recognition surface of the recognition convex part to be flush with the top surface of the knob, and then quickly recognize whether the barreled gas is open or closed, so that the user does not need to operate to recognize it, thereby saving time The purpose is to provide users with easy inspection to achieve a safe effect. Therefore, this creation can be said to be a very practical and progressive creation, which is worthy of being promoted by the industry and made public.

為了清楚說明本創作所能達成上述之目的及功效，茲搭配圖示就本創作的實施例加以詳細說明其特徵與功效。請參閱第一圖至第二圖所示，本創作一種辨識結構，其包括：一辨識凸部1係呈錐頭柱身狀，該辨識凸部1包含位於頂面之一辨識面11、相反於該辨識面11之一罩蓋面12，另於該罩蓋面12進一步朝頂面凹設一容設槽2，該容設槽2係於該罩蓋面12上形成一罩口21及一環緣22；及至少一支架3，其呈長條柱狀，該至少一支架3以一端接設於該環緣22，該至少一支架3的另一端則以垂直該環緣22方向延伸並遠離該罩口21，又該至少一支架3遠離該罩口21的一端之周面進一步凸設至少一卡抵塊31。In order to clearly illustrate that this creation can achieve the above-mentioned purposes and effects, the features and effects of the embodiments of this creation are described in detail with illustrations. Please refer to the first to second figures. This invention creates an identification structure, which includes: an identification protrusion 1 is in the shape of a cone-shaped cylinder, and the identification protrusion 1 includes an identification surface 11 located on the top surface. On one of the identification surfaces 11, a cover surface 12 is further recessed toward the top surface of the cover surface 12 with a accommodating groove 2, and the accommodating groove 2 is formed on the cover surface 12 with a cover opening 21 and A ring 22; and at least one bracket 3, which is in the shape of a long column, the at least one bracket 3 is connected to the ring 22 with one end, and the other end of the at least one bracket 3 extends in a direction perpendicular to the ring 22 and At least one engaging block 31 is further protruding from the peripheral surface of the end of the at least one bracket 3 away from the cover opening 21 and away from the cover opening 21.

接續上述再繼續說明本創作的實際應用，其主要目的是提供使用者在辨識上的準確性和快速，請見第三圖至第八圖所示，本創作應用在燃氣閥上，使其整體包括：一閥體4係概呈十字狀，該閥體4一端凸設有一芯軸5，該芯軸5主要是用來控制該閥體4內部的導通與否；一旋把6概呈梅花狀，該旋把6係螺鎖於該芯軸5，該旋把6於頂面凹設一組裝槽61，辨識凸部1裝設於組裝槽61，並於該組裝槽61槽底面貫設一套孔62，該芯軸5係插入於該套孔62內予以螺鎖組合，且該旋把6係相對該芯軸5得以軸向升、降位移旋轉作動，另外該組裝槽61槽底另設有至少一穿孔63；及前述之辨識凸部1與至少一支架3 (不再重複贅述)，又該辨識凸部1套設於該組裝槽61內，並以該至少一支架3對應且插入該至少一穿孔63。Continuing the above and continuing to explain the actual application of this creation, its main purpose is to provide users with accuracy and speed in identification. Please see the third to eighth pictures. This creation is applied to gas valves to make The whole includes: a valve body 4 is roughly cross-shaped, one end of the valve body 4 is protruding with a mandrel 5, the mandrel 5 is mainly used to control the internal conduction of the valve body 4; a knob 6 is generally In the shape of a plum blossom, the knob 6 is screw-locked to the mandrel 5. The knob 6 is recessed with an assembly groove 61 on the top surface, and the identification protrusion 1 is installed in the assembly groove 61 and penetrates the bottom surface of the assembly groove 61 A set of holes 62 is provided. The mandrel 5 is inserted into the set of holes 62 for screw-locking combination, and the knob 6 can be moved in axial up and down displacement relative to the mandrel 5. In addition, the assembly groove 61 has a groove The bottom is additionally provided with at least one perforation 63; and the aforementioned identification protrusion 1 and at least one bracket 3 (not repeated here), and the identification protrusion 1 is sleeved in the assembly groove 61, and the at least one bracket 3 Correspond to and insert the at least one through hole 63.

然而，請見第三至九圖所示，當使用者在進行桶裝瓦斯(圖未示)的察看並確認當下桶裝瓦斯的狀態，只需要簡單的利用視覺的察看，觀看該辨識凸部1的位置，如果是關閉時，位於該辨識凸部1頂端之辨識面11會凸露於該組裝槽61的槽口外，以觸覺來說可以明顯的觸摸到該辨識凸部1凸出的部位；反之，如果是處於開啟時，那麼位於該辨識凸部1頂端之辨識面11會與該組裝槽61之槽口為同一水平高度，也就是該辨識面11切齊該組裝槽61槽口，以視覺來看清楚可見該辨識面11不會凸出於組裝槽61，由此可讓使用者快速的辨別當下桶裝瓦斯是為開或關的狀態，也就不需透過旋轉操控的方式進行確認，更可避免錯誤的旋轉操作導致危險性的發生。However, as shown in the third to ninth pictures, when the user is inspecting the barreled gas (not shown) and confirming the current barreled gas status, he only needs to simply use visual inspection to see the identification protrusion If the position 1 is closed, the identification surface 11 at the top of the identification protrusion 1 will protrude out of the notch of the assembling groove 61, and the protruding part of the identification protrusion 1 can be clearly touched by tactile sensation. ; On the contrary, if it is opened, then the identification surface 11 at the top of the identification protrusion 1 will be at the same level as the notch of the assembly groove 61, that is, the identification surface 11 is flush with the notch of the assembly groove 61, From a visual point of view, it can be clearly seen that the identification surface 11 will not protrude from the assembly groove 61, which allows the user to quickly identify whether the barreled gas is currently on or off, without the need for rotating control. Confirmed, it can avoid the risk of wrong rotation operation.

根據上述說明下，進一步再說明本創作其餘的技術特徵，請見第一、二圖所示，該辨識凸部1除了該辨識面11與罩蓋面12外，另外還進一步包含有一側罩面13，而該辨識凸部1整體的形狀係以該辨識面11的面積係小於該罩蓋面12的面積設置，而該側罩面13又區分有一平直面131及一導斜面132，該導斜面132的一端連接該辨識面11，該導斜面132的另端則連接該平直面131的一端，該平直面131的另一端則連接該罩蓋面12，使該辨識凸部1整體如同錐狀體般，而該辨識凸部1內的該容設槽2之槽空間係由該罩口21一端朝該辨識面11方向呈漸縮，其主要是配合該閥體4與該旋把6的設置，因該辨識凸部1係滑組於該旋把6的組裝槽61，故為了配合該旋把6旋轉位移時，該辨識凸部1不會一同升降而只會跟著旋把6旋動，所以利用了該容設槽2的開設搭配至少一穿孔63的設計，使該旋把6在旋動時，該辨識凸部1會因為至少一支架3插組於該至少一穿孔63而隨旋把旋動，但該至少一支架3僅以簡單的插設並未與旋把6有任何的卡接，所以說旋把6的旋動僅只有自身位移而已，該辨識凸部1至始至終都不會一同升降，藉由此設計才得以方便使用者快速辨識開關的狀態。Based on the above description, we will further explain the remaining technical features of this creation. Please see the first and second figures. In addition to the identification surface 11 and the cover surface 12, the recognition protrusion 1 further includes a side cover 13. The overall shape of the identification convex portion 1 is set such that the area of the identification surface 11 is smaller than the area of the cover surface 12, and the side cover surface 13 is divided into a straight surface 131 and a guide inclined surface 132. One end of the inclined surface 132 is connected to the identification surface 11, the other end of the inclined guide surface 132 is connected to one end of the straight surface 131, and the other end of the straight surface 131 is connected to the cover surface 12, so that the identification convex portion 1 as a whole is like a cone The groove space of the accommodating groove 2 in the identification convex portion 1 is tapered from one end of the cover opening 21 toward the identification surface 11, and it is mainly matched with the valve body 4 and the knob 6 Since the identification protrusion 1 is a sliding group in the assembly groove 61 of the knob 6, in order to match the rotational displacement of the knob 6, the identification protrusion 1 will not rise and fall together, but will only rotate with the knob 6. Therefore, the opening of the accommodating groove 2 is used in conjunction with the design of at least one perforation 63, so that when the knob 6 is rotated, the identification protrusion 1 will be caused by at least one bracket 3 being inserted into the at least one perforation 63. It rotates with the knob, but the at least one bracket 3 is simply inserted and does not have any engagement with the knob 6, so the rotation of the knob 6 is only its own displacement. The identification convex portion 1 to It will not rise and fall at the same time from beginning to end, and this design makes it easy for users to quickly identify the state of the switch.

再見第五至七圖所示，前述是在說明第一時間的視覺查看，而如果是直接以手動旋轉旋把6的情況時，因該至少一支架3以設有該槽道32的一端進一步常態貼抵於該閥體4，而該旋把6以順時鐘旋轉時，該辨識凸部1則以該旋把6的旋轉而逐漸沒入該組裝槽61內，且該旋把6順時鐘的旋轉後，該辨識凸部1的該辨識面11係與該旋把6頂面為同水平形成一開啟狀態；又該旋把6以逆時鐘旋轉並靠近該閥體4時，該辨識凸部1的該辨識面11會逐漸凸露於該組裝槽61槽口，且以該導斜面132連接該平直面131的連接處切齊該組裝槽61之槽口形成一關閉狀態，所以說當使用者在不知曉順時鐘或逆時鐘旋轉旋把6為開啟還是關閉時，可透過該辨識凸部1之辨識面11的凸露於否清楚的辨識所操作的方向是開或是關。Goodbye, as shown in the fifth to seventh figures, the foregoing is to illustrate the visual inspection at the first time, and if it is the case of directly rotating the knob 6 manually, because the at least one bracket 3 is further provided with the end of the channel 32 When the knob 6 is normally attached to the valve body 4 and the knob 6 rotates clockwise, the identification protrusion 1 is gradually submerged into the assembly groove 61 by the rotation of the knob 6, and the knob 6 is clocked clockwise. After the rotation, the identification surface 11 of the identification convex portion 1 is at the same level as the top surface of the knob 6 to form an open state; and when the knob 6 rotates counterclockwise and approaches the valve body 4, the identification convex The identification surface 11 of the portion 1 will gradually protrude from the notch of the assembly groove 61, and the connection point of the inclined guide surface 132 to the straight surface 131 is aligned with the notch of the assembly groove 61 to form a closed state, so when When the user does not know whether the clockwise or counterclockwise rotation knob 6 is turned on or off, the protrusion of the identification surface 11 of the identification protrusion 1 can clearly identify whether the operating direction is on or off.

另外，為了避免該辨識凸部1會發生脫落、或是受到外在因素而脫離旋把6，因此該至少一支架3的設計具有下列實型態，第一種如第一圖所示，該至少一支架3一端所設之卡抵塊31為至少一，第二種則請參閱十圖所示，該至少一支架3一端所設之卡抵塊31為複數個(圖中以二個為主要說明)，且該複數卡抵塊31的設置位置為相互對應並朝相反相向朝外延伸凸出，另外於該至少一支架3的末端端面剖設一槽道32；最後一種實施例則請參閱第九圖所示，該至少一支架3的整體為長矩形片狀，而前述的至少一支架3皆為半弧片狀體設置，而上述所列之三種實施型態的各卡抵塊31進一步分別設有一卡接面33，各卡抵塊31之該卡接面33係於該關閉狀態時貼抵於該旋把6之至少一穿孔63的孔緣處，又該至少一支架3的各卡抵塊31之最長距離係大於該至少一穿孔63的直徑長度，請見第五圖所示，如此以來在組裝時可透過槽道32的設置提供該二卡抵塊31向內先行壓縮而可穿過至少一穿孔63，直到該至少一支架3的各卡抵塊31穿出至少一穿孔63後即可彈性復位，並將各卡抵塊31的卡接面貼抵於罩蓋面12的環緣22處即可完成組裝，藉此讓該辨識凸部1不會輕易的脫離該旋把6；另外請見第二、九圖所示，本創作在至少一支架3的設置上可以為半弧片狀、長矩形柱狀或是方形柱狀(圖未示)，而該至少一穿孔63則配合該至少一支架3的造型而有相對應的孔型。In addition, in order to prevent the identification protrusion 1 from falling off or being detached from the knob 6 by external factors, the design of the at least one bracket 3 has the following real patterns. The first one is as shown in the first figure. There are at least one engaging block 31 provided at one end of the at least one bracket 3, and the second type is shown in Figure 10. There are a plurality of engaging blocks 31 provided at one end of the at least one bracket 3 (two in the figure as (Mainly explained), and the arrangement positions of the plurality of buckling blocks 31 are corresponding to each other and extend and protrude in opposite directions. In addition, a channel 32 is cut out at the end face of the at least one bracket 3; the last embodiment is please Referring to the ninth figure, the whole of the at least one bracket 3 is in the shape of a long rectangular sheet, and the aforementioned at least one bracket 3 is all arranged in a semi-arc sheet shape, and the engaging blocks of the three implementation types listed above 31 is further provided with a clamping surface 33, the clamping surface 33 of each clamping block 31 is attached to the edge of the at least one through hole 63 of the knob 6 in the closed state, and the at least one bracket 3 The longest distance of each engaging block 31 is greater than the length of the diameter of the at least one through hole 63, as shown in the fifth figure, so that the two engaging blocks 31 can be provided to advance inward through the arrangement of the channel 32 during assembly. It can be compressed to pass through at least one perforation 63 until each engaging block 31 of the at least one bracket 3 passes through the at least one perforation 63 and then elastically resets, and the engaging surface of each engaging block 31 is pressed against the cover The assembly can be completed at the edge 22 of the face 12, so that the identification protrusion 1 will not easily detach from the knob 6. In addition, please see the second and ninth pictures. This creation is set on at least one bracket 3. The upper part can be in the shape of a semi-arc sheet, a long rectangular column or a square column (not shown), and the at least one perforation 63 has a corresponding hole shape according to the shape of the at least one bracket 3.

最後，為了能夠讓該旋把6確實的進行旋轉且便於本創作的組裝，另設有一鎖固件7由該組裝槽61進入並穿設於該套孔62而鎖接於該芯軸5，另外在進行本創作的裝設時，為了讓該辨識凸部1可以確實的裝設在該組裝槽61內，因此會先將旋把6與辨識凸部1先行組裝，再將旋把6安裝於芯軸5，此時該鎖固件7即可讓該旋把6與該芯軸5相互鎖接結合，既方便又可讓旋把6確實的安裝於芯軸5，請見第四圖所示。Finally, in order to allow the knob 6 to rotate reliably and facilitate the assembly of this creation, a locking member 7 is additionally provided through the assembly slot 61 and penetrates the sleeve hole 62 to be locked to the mandrel 5. In addition During the installation of this creation, in order to allow the identification protrusion 1 to be reliably installed in the assembly groove 61, the knob 6 and the identification protrusion 1 will be assembled first, and then the knob 6 will be installed in the assembly groove 61. The mandrel 5, at this time, the locking member 7 can lock the knob 6 and the mandrel 5 to each other, which is convenient and allows the knob 6 to be installed on the mandrel 5, as shown in the fourth figure. .

1:辨識凸部 11:辨識面 12:罩蓋面 13:側罩面 131:平直面 132:導斜面 2:容設槽 21:罩口 22:環緣 3:支架 31:卡抵塊 32:槽道 33:卡接面 4:閥體 5:芯軸 6:旋把 61:組裝槽 62:套孔 63:穿孔 7:鎖固件 1: Identify the convex part 11: Identify the face 12: Cover surface 13: side cover 131: Straight Face 132: Guide slope 2: accommodating slot 21: Hood 22: Ring 3: bracket 31: Card to block 32: Groove 33: Card interface 4: Valve body 5: Mandrel 6: Rotary knob 61: assembly slot 62: set hole 63: Piercing 7: Lock firmware

第一圖為本創作立體示意圖。第二圖為本創作另一視角立體示意圖。第三圖為本創作應用於閥體、旋把之組合立體示意圖。第四圖為第三圖之分解立體示意圖。第五圖為第三圖Ⅴ－Ⅴ線段局部剖面示意圖。第六圖為旋把旋動後，辨識凸部之辨識面凸出於旋把之立體示意圖。第七圖為第六圖Ⅶ－Ⅶ線段剖面示意圖。第八圖為本創作組裝於旋把時，該至少一支架的槽道受到壓縮之局部放大示意圖。第九圖為本創作辨識凸部與旋把分解的另一實施例立體示意圖。第十圖為本創作至少一支架設有複數卡抵塊之立體示意圖。 The first picture is a three-dimensional diagram of the creation. The second picture is a three-dimensional schematic diagram of the creation from another perspective. The third picture is a three-dimensional schematic diagram of the combination of the creation applied to the valve body and the knob. The fourth figure is an exploded perspective view of the third figure. The fifth figure is a partial cross-sectional schematic diagram of the line segment V-V in the third figure. The sixth figure is a three-dimensional schematic diagram of the recognition surface of the recognition protrusion protruding from the knob after the knob is rotated. The seventh figure is a schematic cross-sectional view of the line segment VII-VII in the sixth figure. The eighth figure is a partially enlarged schematic diagram of the channel of the at least one bracket being compressed when the creation is assembled on the knob. The ninth figure is a three-dimensional schematic diagram of another embodiment of the creation and identification of the convex part and the knob. The tenth figure is a three-dimensional schematic diagram of the creation of at least one bracket with a plurality of detent blocks.

1:辨識凸部 1: Identify the convex part

11:辨識面 11: Identify the face

132:導斜面 132: Guide slope

4:閥體 4: Valve body

6:旋把 6: Rotary knob

61:組裝槽 61: assembly slot

Claims

An identification structure, comprising: an identification convex portion, which includes an identification surface located on the top surface and a cover surface located on the bottom surface; and at least one bracket, one end of which is connected to the edge of the cover surface, and the at least The other end of a bracket extends vertically away from the cover surface, and the peripheral surface of one end of the at least one bracket away from the cover is further protruded with at least one blocking block.

The identification structure according to claim 1, wherein a cover surface is further encircled between the recognition surface and the cover surface of the recognition protrusion, and the area of the recognition surface is smaller than the area of the cover surface, and The side cover surface is further divided into a straight surface and a guide inclined surface. One end of the guide inclined surface is connected to the identification surface, the other end of the guide inclined surface is connected to one end of the straight surface, and the other end of the straight surface is connected to the cover surface .

The identification structure according to claim 1, wherein a receiving groove is further recessed on the cover surface toward the top surface, and the receiving groove is formed on the cover surface with a cover opening and a ring edge, and the receiving groove The slot space of the slot is tapered toward the identification surface from one end of the cover, and the at least one bracket is arranged at the ring edge.

The identification structure according to claim 3, wherein the detent blocks provided on the at least one bracket are plural, and the placement positions of the plurality of detent blocks correspond to each other and extend in opposite directions, and the at least one bracket is far away from the The end surface of one end of the cover is further cut with a groove, and the groove is between the plurality of clamping blocks.

A gas valve with an identification structure, comprising: a valve body, one end of which is convexly provided with a mandrel; a knob which is screw-locked to the mandrel, and an assembly groove is recessed on the top surface of the knob, and A set of holes is penetrated through the bottom surface of the assembly slot, the mandrel is inserted into the set of holes to be screw-locked, and the knob system can be moved up and down axially relative to the mandrel. In addition, the bottom of the assembly slot At least one perforation is also provided; And an identification protrusion installed in the assembly slot, which includes an identification surface located on the top surface, a cover surface located on the bottom surface, and at least one bracket is provided with one end connected to the edge of the cover surface, the at least one The other end of the bracket extends vertically away from the cover surface, and the peripheral surface of one end of the at least one bracket away from the cover is further protruded with at least one engaging block, and the at least one bracket is inserted into at least one through hole.

As described in claim 5, the gas valve with an identification structure is further provided with a locking member that enters from the assembly slot and penetrates the sleeve hole to be locked to the mandrel.

The gas valve employing an identification structure as described in claim 6, wherein a cover surface is further provided between the identification surface of the identification convex portion and the cover surface, and the area of the identification surface is smaller than the cover surface The area of the cover surface, and the side cover surface is divided into a straight surface and a guide slope. One end of the guide slope is connected to the identification surface, the other end of the guide slope is connected to one end of the straight surface, and the other end of the straight surface Then connect the cover surface.

The gas valve with an identification structure as described in claim 7, wherein the at least one bracket is further affixed to the valve body with an end provided with the groove in a normal state, and when the knob rotates clockwise, the identification The convex part is gradually submerged into the assembly groove by the rotation of the knob, and after the knob is rotated clockwise, the identification surface of the identification convex part is at the same level as the top surface of the knob to form an open state ; And when the knob rotates counterclockwise and approaches the valve body, the identification surface of the identification protrusion will gradually protrude from the assembling groove, and the connection point connecting the flat surface with the guide slope is cut to the straight The notch of the assembling groove forms a closed state.

The gas valve with an identification structure as described in claim 8, wherein the detent blocks arranged on the at least one bracket are plural, and the positions of the plurality of detent blocks correspond to each other and extend in opposite directions, and The end surface of the end of the at least one bracket away from the cover is further cut with a groove, and the groove is between the plurality of locking blocks; in addition, the protruding locking blocks of the at least one bracket are further separated A clamping surface is provided. The clamping surface of each clamping block is attached to the edge of the at least one perforated hole of the knob in the closed state, and the longest distance of each clamping block of the at least one bracket is Is greater than the length of the diameter of the at least one perforation.

The gas valve with an identification structure as described in claim 9, wherein a accommodating groove is further recessed toward the top surface on the cover surface, and the accommodating groove is formed on the cover surface with a cover opening and A ring, the groove space of the accommodating groove is tapered from one end of the cover to the identification surface, and the at least one bracket is arranged at the ring.