TWI847924B - Toy gun gas quantity regulating valve structure - Google Patents
Toy gun gas quantity regulating valve structure Download PDFInfo
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- TWI847924B TWI847924B TW112146130A TW112146130A TWI847924B TW I847924 B TWI847924 B TW I847924B TW 112146130 A TW112146130 A TW 112146130A TW 112146130 A TW112146130 A TW 112146130A TW I847924 B TWI847924 B TW I847924B
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- air chamber
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- 230000001105 regulatory effect Effects 0.000 title claims abstract description 66
- 238000006073 displacement reaction Methods 0.000 claims abstract description 3
- 230000006835 compression Effects 0.000 claims description 14
- 238000007906 compression Methods 0.000 claims description 14
- 230000000903 blocking effect Effects 0.000 claims description 3
- 230000009471 action Effects 0.000 claims description 2
- 238000009434 installation Methods 0.000 abstract description 4
- 238000010586 diagram Methods 0.000 description 9
- 230000007246 mechanism Effects 0.000 description 2
- 125000006850 spacer group Chemical group 0.000 description 2
- 238000000354 decomposition reaction Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 230000004083 survival effect Effects 0.000 description 1
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Abstract
Description
本發明係一種玩具槍氣量調節閥結構，尤指一種應用於生存遊戲、訓練、教學槍枝之出氣量調整結構所屬技術領域者。 The present invention is a toy gun gas volume regulating valve structure, especially a gas volume regulating structure used in survival games, training, and teaching guns, belonging to the technical field.
按，目前習知玩具槍之槍機結構如圖6及圖7所示，其係包括一槍機本體10及一活塞氣室組20，所述槍機本體10貫通設有一前腔室11及一後腔室12，該前腔室11與後腔室12間設有一腔壁13，而該腔壁13設有一定位固定孔130，且該前腔室11側邊設有一側槽開口14，該側槽開口14固定設有一側定位塊140，所述活塞氣室組20設有一活塞氣室體21、一抵持彈簧22、一氣量調節閥23、一氣室尾塞25及一拉伸彈簧26，該活塞氣室體21呈前、後貫穿設置，而該活塞氣室體21中設有一氣室口段210、一前氣室段211及一後氣室段212，且該前氣室段211與該後氣室段212間設有一間隔穿孔座218，該活塞氣室體21側邊設有一定位滑軌219，而該氣室尾塞25設有一止洩環250，其中該抵持彈簧22及氣量調節閥23，依序容設於前氣室段211中，並以一定位銷27將氣量調節閥23定位設於間隔穿孔座218前方，而該拉伸彈簧26容設於後氣室段212中，並以一定位銷27將拉伸彈簧26前側定位固定於間隔穿孔座218前方，且該氣室尾塞25設於後氣室段212尾端，並以一定位銷27與拉伸彈簧26後側定位固定，其可調式之氣量調節閥23於活塞氣室體內21中，因槍機本體10及活塞氣室組20的作動而易造成位移鬆動，故有改良之必要者。 According to the known gun structure of the toy gun, as shown in FIG. 6 and FIG. 7, it includes a gun body 10 and a piston air chamber assembly 20. The gun body 10 is provided with a front chamber 11 and a rear chamber 12. A cavity wall 13 is provided between the front chamber 11 and the rear chamber 12. The cavity wall 13 is provided with a positioning and fixing hole 130. A side groove opening 14 is provided on the side of the front chamber 11. The side groove opening 14 is fixed. The piston air chamber assembly 20 is provided with a piston air chamber body 21, a holding spring 22, an air volume regulating valve 23, an air chamber tail plug 25 and a tension spring 26. The piston air chamber body 21 is arranged to penetrate from front to back, and the piston air chamber body 21 is provided with an air chamber mouth section 210, a front air chamber section 211 and a rear air chamber section 212, and the front air chamber section 211 and the rear air chamber section 212 are connected to each other. 212 is provided with a spacer through-hole seat 218, the piston air chamber body 21 is provided with a positioning slide rail 219 on the side, and the air chamber tail plug 25 is provided with a leak-proof ring 250, wherein the holding spring 22 and the air volume regulating valve 23 are sequentially accommodated in the front air chamber section 211, and the air volume regulating valve 23 is positioned in front of the spacer through-hole seat 218 by a positioning pin 27, and the tension spring 26 is accommodated in the rear air chamber section 212 In the middle, a positioning pin 27 is used to position and fix the front side of the tension spring 26 in front of the spaced perforated seat 218, and the air chamber tail plug 25 is set at the rear end of the rear air chamber section 212, and is positioned and fixed with a positioning pin 27 and the rear side of the tension spring 26. The adjustable gas volume regulating valve 23 is in the piston air chamber body 21, and is easily displaced and loosened due to the movement of the gun body 10 and the piston air chamber assembly 20, so there is a need for improvement.
本發明有鑑於習知空氣槍之槍機結構之運行穩定性及安裝便利性差之問題，乃完成本發明之玩具槍氣量調節閥結構。本發明之主要目的，在於提供一種玩具槍氣量調節閥結構，係包括：一槍機本體及一活塞氣室組，所述槍機本體貫通設有一氣密前腔室及一後腔室，該氣密前腔室與後腔室間設有一腔壁，而該氣密前腔室外側上方設有一拉柄固定座，所述活塞氣室組設有一活塞氣室體、一抵持彈簧、一氣量調節閥及一抵持調整件，該活塞氣室體呈前、後貫穿設有一氣室口段、一前氣室段及一後氣室段，而該活塞氣室體頂側設有一彈簧壓縮槽，且該彈簧壓縮槽內設有相互套接之一壓縮彈簧及一彈簧導桿，該抵持彈簧容設於該前氣室段內，並與氣量調節閥呈彈性抵持套接，該氣量調節閥呈可滑動設於前氣室段及後氣室段間，且該抵持調整件抵持於氣量調節閥後側並固設於後氣室段中，其活塞氣室組係容設於槍機本體所設氣密前腔室內，其特徵在於：該活塞氣室組之活塞氣室體前段底側與前氣室段貫通設有一對位固定孔，而該對位固定孔設有一對位固定件，另該抵持調整件外側表面設有至少一定位固定槽孔，於推動抵持調整件使活塞氣室體所設對位固定孔，與抵持調整件所設定位固定槽孔相對，並以對位固定孔所設對位固定件固定，以進行氣量調節。 The present invention is based on the problem that the conventional air gun has poor operation stability and installation convenience, and thus the toy gun gas volume regulating valve structure of the present invention is completed. The main purpose of the present invention is to provide a toy gun gas volume regulating valve structure, which includes: a gun body and a piston air chamber assembly, the gun body is provided with an airtight front chamber and a rear chamber, a chamber wall is provided between the airtight front chamber and the rear chamber, and a handle fixing seat is provided on the upper side of the outer side of the airtight front chamber, and the piston air chamber assembly is provided with a piston air chamber assembly. The piston air chamber body comprises a chamber body, a holding spring, an air volume regulating valve and a holding adjusting member. The piston air chamber body is provided with an air chamber mouth section, a front air chamber section and a rear air chamber section through the front and rear sides thereof. A spring compression groove is provided on the top side of the piston air chamber body. A compression spring and a spring guide rod which are mutually sleeved are provided in the spring compression groove. The holding spring is accommodated in the front air chamber section. It is elastically supported and sleeved with the gas volume regulating valve. The gas volume regulating valve is slidably arranged between the front air chamber section and the rear air chamber section, and the support adjustment piece is supported on the rear side of the gas volume regulating valve and fixed in the rear air chamber section. The piston air chamber assembly is accommodated in the airtight front chamber provided in the gun body. Its characteristics are: the bottom side of the front section of the piston air chamber body of the piston air chamber assembly is connected to the front air chamber section and is provided with a positioning fixing hole, and the positioning fixing hole is provided with a positioning fixing piece, and the outer surface of the support adjustment piece is provided with at least one positioning fixing slot hole, and the support adjustment piece is pushed to make the positioning fixing hole provided in the piston air chamber body face the positioning fixing slot hole provided in the support adjustment piece, and fixed with the positioning fixing piece provided in the positioning fixing hole to adjust the gas volume.
在一較佳實施例中，該抵持調整件外側之頂表面或底表面間隔設有數頂側定位固定槽孔或數底側定位固定槽孔，於抵持調整件調整後，其活塞氣室體所設對位固定孔，與頂側定位固定槽孔或底側定位固定槽孔相對，並以對位固定孔所設對位固定件固定，以進行抵持調整件調整後之固定，以增加本發明之多重變化性。 In a preferred embodiment, the top surface or bottom surface of the outer side of the abutting adjustment piece is provided with a plurality of top side positioning and fixing slots or a plurality of bottom side positioning and fixing slots at intervals. After the abutting adjustment piece is adjusted, the alignment and fixing holes provided in the piston air chamber body are opposite to the top side positioning and fixing slots or the bottom side positioning and fixing slots, and are fixed by the alignment and fixing pieces provided in the alignment and fixing holes, so as to fix the abutting adjustment piece after adjustment, so as to increase the multiple variability of the present invention.
在一較佳實施例中，該抵持調整件設有數頂側定位固定槽孔及數底側定位固定槽孔，而該數頂側定位固定槽孔及數底側定位固定槽孔呈間隔非相對設置，其活塞氣室體所設對位固定孔，能夠選擇與頂側定位固定槽孔或底側定位固定槽孔相對，再以對位固定孔所設對位固定件固定，以進行抵持調整件調整後之固定，以增加本發明之多重變化性。 In a preferred embodiment, the abutment adjustment member is provided with a number of top side positioning and fixing slots and a number of bottom side positioning and fixing slots, and the number of top side positioning and fixing slots and the number of bottom side positioning and fixing slots are arranged in a non-opposite manner, and the alignment fixing hole provided in the piston air chamber body can be selected to be opposite to the top side positioning and fixing slot or the bottom side positioning and fixing slot, and then fixed with the alignment fixing member provided in the alignment fixing hole, so as to fix the abutment adjustment member after adjustment, so as to increase the multiple variability of the present invention.
在一較佳實施例中，該活塞氣室體所設對位固定孔係為螺孔，而該對位固定孔所設對位固定件係為螺絲，其對位固定件係螺鎖固定於對位固定孔，提升結合之便利性及穩定性，以增加本發明之多重變化性。 In a preferred embodiment, the alignment fixing hole provided in the piston air chamber body is a screw hole, and the alignment fixing member provided in the alignment fixing hole is a screw, and the alignment fixing member is screwed and fixed in the alignment fixing hole, thereby improving the convenience and stability of the combination, thereby increasing the multiple variability of the present invention.
在一較佳實施例中，該活塞氣室體所設對位固定孔係為埋頭螺孔，而該對位固定孔所設對位固定件係為埋頭螺絲，其對位固定件係螺鎖固定於對位固定孔，提升結構結合後之隱蔽及密合性，以增加本發明之多重變化性。 In a preferred embodiment, the alignment fixing hole provided in the piston air chamber body is a countersunk screw hole, and the alignment fixing member provided in the alignment fixing hole is a countersunk screw, and the alignment fixing member is screwed to the alignment fixing hole, thereby improving the concealment and tightness of the structure after combination, so as to increase the multiple variability of the present invention.
在一較佳實施例中，該氣室口段、前氣室段及後氣室段呈非等徑由小漸大之階級狀設置，以利氣量調節閥容設後具滑動定位止擋效果，以增加本發明之多重變化性。 In a preferred embodiment, the air chamber mouth section, the front air chamber section and the rear air chamber section are arranged in a non-uniform step-by-step manner from small to large, so that the air volume regulating valve has a sliding positioning and blocking effect after being installed, thereby increasing the multiple variability of the present invention.
藉由一槍機本體及一活塞氣室組配合，該活塞氣室組係氣密容設於槍機本體內，所述活塞氣室組設有一活塞氣室體、一抵持彈簧、一氣量調節閥及一抵持調整件，該抵持彈簧、氣量調節閥及抵持調整件設於活塞氣室體內，其活塞氣室體前段底側貫通設有一對位固定孔，而該對位固定孔設有一對位固定件，另該抵持調整件外側表面設有至少一定位固定槽孔，於調整抵持調整件使活塞氣室體所設對位固定孔，與抵持調整件所設定位固定槽孔相對，並以對位固定孔所設對位固定件固定，以使抵持彈簧受氣量調節閥壓縮，進行氣 量調節閥於活塞氣室體內之不同出氣量穩定調節，以調整不同的射擊初速，且氣量調節閥於調整後為固定狀態，避免氣量調節閥於活塞氣室體內，因槍機本體及活塞氣室組的作動而造成位移鬆動，進而影響射擊的初速，以達結構穩定性及安裝便利性佳之功效。 The invention relates to a gun body and a piston air chamber assembly, which is airtightly arranged in the gun body. The piston air chamber assembly is provided with a piston air chamber body, a holding spring, a gas volume regulating valve and a holding adjustment piece. The holding spring, the gas volume regulating valve and the holding adjustment piece are arranged in the piston air chamber body. A positioning fixing hole is provided through the bottom side of the front section of the piston air chamber body, and the positioning fixing hole is provided with a positioning fixing piece. In addition, the outer surface of the holding adjustment piece is provided with at least one positioning fixing slot hole. When the holding adjustment piece is adjusted, the piston air chamber body is set to the position of the piston air chamber body. The alignment fixing hole is opposite to the positioning fixing slot provided in the abutment adjusting part, and is fixed by the alignment fixing part provided in the alignment fixing hole, so that the abutment spring is compressed by the gas volume regulating valve, and the gas volume regulating valve is stably adjusted to adjust the different gas volumes in the piston air chamber body to adjust different initial shooting velocities. The gas volume regulating valve is fixed after adjustment to avoid displacement and loosening of the gas volume regulating valve in the piston air chamber body due to the action of the gun body and the piston air chamber assembly, thereby affecting the initial shooting velocity, so as to achieve the effect of good structural stability and installation convenience.
10:槍機本體 10: Gun body
11:氣密前腔室 11: Airtight front chamber
12:後腔室 12: Rear chamber
13:腔壁 13: Cavity wall
130:定位固定孔 130: Positioning fixing hole
14:拉柄固定座 14: Handle fixing seat
20:活塞氣室組 20: Piston air chamber assembly
21:活塞氣室體 21: Piston air chamber body
210:氣室口段 210: Air chamber opening section
211:前氣室段 211: Front air chamber section
211A:對位固定孔 211A: Alignment fixing hole
211B:對位固定件 211B: Alignment fixings
212:後氣室段 212: Rear air chamber section
213:彈簧壓縮槽 213: Spring compression groove
214:壓縮彈簧 214: Compression spring
215:彈簧導桿 215: Spring guide rod
218:間隔穿孔座 218: Interval perforated seat
219:定位滑軌 219: Positioning slide rail
22:抵持彈簧 22: Support spring
23:氣量調節閥 23: Gas volume regulating valve
24:抵持調整件 24: Supporting adjustment piece
240:定位固定槽孔 240: Positioning and fixing slot
241:頂側定位固定槽孔 241: Top side positioning and fixing slot
242:底側定位固定槽孔 242: Bottom side positioning and fixing slot
25:氣室尾塞 25: Air chamber tail plug
26:拉伸彈簧 26: Extension spring
[圖1]係本發明玩具槍氣量調節閥結構之立體組合狀態示意圖。 [Figure 1] is a schematic diagram of the three-dimensional assembly state of the gas volume regulating valve structure of the toy gun of the present invention.
[圖2]係本發明玩具槍氣量調節閥結構之立體局部分解狀態示意圖。 [Figure 2] is a three-dimensional partially exploded schematic diagram of the gas volume regulating valve structure of the toy gun of the present invention.
[圖3]係本發明玩具槍氣量調節閥結構之側視剖面狀態示意圖。 [Figure 3] is a schematic diagram of the side cross-section of the gas volume regulating valve structure of the toy gun of the present invention.
[圖4]係本發明玩具槍氣量調節閥結構之側視剖面第一調整作動狀態該抵持調整件之底側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定示意圖。 [Figure 4] is a side view of the gas volume regulating valve structure of the toy gun of the present invention, showing the first adjustment state, where the bottom positioning and fixing slot of the abutting adjustment member is adjusted relative to the alignment fixing hole provided on the piston air chamber body and fixed by the alignment fixing member.
[圖5]係本發明玩具槍氣量調節閥結構之側視剖面第二調整作動狀態該抵持調整件之頂側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定示意圖。 [Figure 5] is a side view of the gas volume regulating valve structure of the toy gun of the present invention, showing the second adjustment state, where the top positioning and fixing slot of the abutting adjustment member is adjusted relative to the positioning and fixing hole provided on the piston air chamber body and fixed by the positioning and fixing member.
[圖6]係本發明玩具槍氣量調節閥結構之習知空氣槍之槍機結構立體分解與局部剖面狀態參考圖。 [Figure 6] is a three-dimensional exploded and partial cross-sectional reference diagram of the conventional air gun mechanism structure of the toy gun air volume regulating valve structure of the present invention.
[圖7]係本發明玩具槍氣量調節閥結構之習知空氣槍之槍機結構立體組合剖面狀態參考圖。 [Figure 7] is a reference diagram of the three-dimensional assembly cross-sectional state of the gun mechanism structure of the toy gun gas volume regulating valve structure of the present invention.
為使 貴審查委員能進一步瞭解本發明之結構，特徵及其他目的，玆以如后之較佳實施例附以圖式詳細說明如后，惟本圖例所說明之實施例係供說明之用，並非為專利申請上之唯一限制者。 In order to enable the review board to further understand the structure, features and other purposes of the present invention, the preferred embodiment is described in detail with drawings as follows. However, the embodiment described in this figure is for illustrative purposes only and is not the only limitation on the patent application.
請配合參閱圖1至3所示，係本發明玩具槍氣量調節閥結構之立體組合狀態、立體局部分解狀態及側視剖面狀態示意圖，其係包括：一槍機本體10，所述槍機本體10貫通設有一氣密前腔室11及一後腔室12，該氣密前腔室11與後腔室12間設有一腔壁13，而該氣密前腔室11外側上方設有一拉柄固定座14；以及一活塞氣室組20，所述活塞氣室組20設有一活塞氣室體21、一抵持彈簧22、一氣量調節閥23及一抵持調整件24，該活塞氣室體21呈前、後貫穿設有一氣室口段210、一前氣室段211及一後氣室段212，而該活塞氣室體21頂側設有一彈簧壓縮槽213，且該彈簧壓縮槽213內設有相互套接之一壓縮彈簧214及一彈簧導桿215，該抵持彈簧22容設於該前氣室段211內，並與氣量調節閥23呈彈性抵持套接，該氣量調節閥23呈可滑動設於前氣室段211及後氣室段212間，且該抵持調整件24抵持於氣量調節閥23後側並固設於後氣室段212中，其活塞氣室組20係容設於槍機本體10所設氣密前腔室11內；其特徵在於：該活塞氣室組20之活塞氣室體21前段底側與前氣室段211貫通設有一對位固定孔211A，而該對位固定孔211A設有一對位固定件211B，另該抵持調整件24外側表面設有至少一定位固定槽孔240，於推動抵持調整件24使活塞氣室體21所設對位固定孔211A，與抵持調整件24所設定位固定槽孔240相對，並以對位固定孔211A所設對位固定件211B固定，以進行氣量調節。 Please refer to Figures 1 to 3, which are schematic diagrams of the three-dimensional assembly state, three-dimensional partial decomposition state and side cross-sectional state of the gas volume regulating valve structure of the toy gun of the present invention, which includes: a gun body 10, the gun body 10 is provided with an airtight front chamber 11 and a rear chamber 12, a chamber wall 13 is provided between the airtight front chamber 11 and the rear chamber 12, and a handle fixing seat 14 is provided on the upper outer side of the airtight front chamber 11; and a piston air chamber assembly 20, the The piston air chamber assembly 20 includes a piston air chamber body 21, a holding spring 22, an air volume regulating valve 23 and a holding adjusting member 24. The piston air chamber body 21 is provided with an air chamber opening section 210, a front air chamber section 211 and a rear air chamber section 212 at the front and rear sides thereof, and a spring compression groove 213 is provided at the top side of the piston air chamber body 21. A compression spring 214 and a spring guide rod 215 which are mutually sleeved are provided in the spring compression groove 213. The holding spring 22 is provided with a compression spring 214 and a spring guide rod 215 which are mutually sleeved. The piston air chamber assembly 20 is arranged in the front air chamber section 211 and is elastically supported and sleeved with the air volume regulating valve 23. The air volume regulating valve 23 is slidably arranged between the front air chamber section 211 and the rear air chamber section 212, and the support adjustment member 24 is supported on the rear side of the air volume regulating valve 23 and fixed in the rear air chamber section 212. The piston air chamber assembly 20 is accommodated in the airtight front chamber 11 of the gun body 10. The piston air chamber assembly 20 is characterized in that the front section bottom side of the piston air chamber body 21 of the piston air chamber assembly 20 is connected to the front air chamber section 211. 11 is provided with a positioning fixing hole 211A, and the positioning fixing hole 211A is provided with a positioning fixing piece 211B, and the outer surface of the abutting adjustment piece 24 is provided with at least one positioning fixing slot 240, when the abutting adjustment piece 24 is pushed, the positioning fixing hole 211A provided on the piston air chamber body 21 is aligned with the positioning fixing slot 240 provided on the abutting adjustment piece 24, and is fixed by the positioning fixing piece 211B provided on the positioning fixing hole 211A to adjust the air volume.
藉由上述結構之配合，以完成本發明之玩具槍氣量調節閥結構。 By combining the above structures, the toy gun gas volume regulating valve structure of the present invention is completed.
請配合參閱圖1至5所示，係本發明玩具槍氣量調節閥結構之立體組合狀態、立體局部分解狀態、側視剖面狀態、第一調整作動狀態該抵持調整件之底側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定及第二調整作動狀態該抵持調整件之頂側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定示意圖，其一槍機本體10及一活塞氣室組20配合，該活塞氣室組20係氣密容設於槍機本體10內，所述活塞氣室組20設有一活塞氣室體21、一抵持彈簧22、一氣量調節閥23及一抵持調整件24，該抵持彈簧22、氣量調節閥23及抵持調整件24設於活塞氣室體21內，其活塞氣室體21前段底側貫通設有一對位固定孔211A，而該對位固定孔211A設有一對位固定件211B，另該抵持調整件24外側表面設有至少一定位固定槽孔240，於調整抵持調整件24使活塞氣室體21所設對位固定孔211A，與抵持調整件24所設定位固定槽孔240相對，並以對位固定孔211A所設對位固定件211B固定，以使抵持彈簧22受氣量調節閥23壓縮，進行氣量調節閥23於活塞氣室體21內之不同出氣量穩定調節，以調整不同的射擊初速，且氣量調節閥23於調整後為固定狀態，避免氣量調節閥23於活塞氣室體內21，因槍機本體10及活塞氣室組20的作動而造成位移鬆動，進而影響射擊的初速，以達結構穩定性及安裝便利性佳之功效。 Please refer to Figures 1 to 5, which are the three-dimensional assembly state, three-dimensional partial disassembly state, side cross-sectional state, the first adjustment state in which the bottom side positioning and fixing slot of the abutting adjustment member is adjusted relative to the positioning and fixing hole of the piston gas chamber body and fixed by the positioning and fixing member, and the second adjustment state in which the top side positioning and fixing slot of the abutting adjustment member is adjusted relative to the positioning and fixing hole of the piston gas chamber body and fixed by the positioning and fixing member. The fixed schematic diagram shows a gun body 10 and a piston air chamber assembly 20, which is airtightly arranged in the gun body 10. The piston air chamber assembly 20 includes a piston air chamber body 21, a holding spring 22, a gas volume regulating valve 23 and a holding adjustment member 24. The holding spring 22, the gas volume regulating valve 23 and the holding adjustment member 24 are arranged in the piston air chamber body 21. The piston air chamber body 21 has a bottom side through which a piston air chamber is provided. The alignment fixing hole 211A is provided with an alignment fixing member 211B, and the outer surface of the abutting adjustment member 24 is provided with at least one positioning fixing slot 240. When the abutting adjustment member 24 is adjusted, the alignment fixing hole 211A provided on the piston air chamber body 21 is aligned with the positioning fixing slot 240 provided on the abutting adjustment member 24, and the alignment fixing member 211B provided on the alignment fixing hole 211A is fixed so that the abutting spring 22 is compressed by the gas volume regulating valve 23, and the gas volume regulating valve 23 in the piston air chamber body 21 is stably adjusted to adjust different initial shooting velocities. The gas volume regulating valve 23 is fixed after adjustment to prevent the gas volume regulating valve 23 in the piston air chamber body 21 from being displaced and loosened due to the movement of the gun body 10 and the piston air chamber assembly 20, thereby affecting the initial shooting velocity, thereby achieving good structural stability and installation convenience.
請配合參閱圖2至5所示，係本發明玩具槍氣量調節閥結構之立體局部分解狀態、側視剖面狀態、側視剖面第一調整作動狀態該抵持調整件之底側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定及第二調整作動狀態該抵持調整件之頂側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定示意圖，在一較佳實施例中，該抵持調整件24外側之 頂表面或底表面間隔設有數頂側定位固定槽孔241或數底側定位固定槽孔242，於抵持調整件24調整後，其活塞氣室體21所設對位固定孔211A，與頂側定位固定槽孔241或底側定位固定槽孔242相對，並以對位固定孔211A所設對位固定件211B固定，以進行抵持調整件24調整後之固定，以增加本發明之多重變化性。 Please refer to Figures 2 to 5, which are partial exploded views of the toy gun gas volume regulating valve structure of the present invention, side cross-sectional views, side cross-sectional views of the first adjustment state in which the bottom positioning and fixing slot of the abutting adjustment member is adjusted relative to the positioning and fixing hole of the piston gas chamber body and fixed by the positioning and fixing member, and the second adjustment state in which the top positioning and fixing slot of the abutting adjustment member is adjusted relative to the positioning and fixing hole of the piston gas chamber body and fixed by the positioning and fixing member. In a preferred embodiment, the abutting adjustment member The top surface or bottom surface of the outer side of the adjusting member 24 is provided with a number of top side positioning and fixing slots 241 or a number of bottom side positioning and fixing slots 242 at intervals. After the adjusting member 24 is adjusted, the positioning and fixing holes 211A provided on the piston air chamber body 21 are opposite to the top side positioning and fixing slots 241 or the bottom side positioning and fixing slots 242, and are fixed by the positioning and fixing member 211B provided on the positioning and fixing hole 211A, so as to fix the adjusting member 24 after adjustment, so as to increase the multiple variability of the present invention.
請配合參閱圖2至5所示，係本發明玩具槍氣量調節閥結構之立體局部分解狀態、側視剖面狀態、側視剖面第一調整作動狀態該抵持調整件之底側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定及第二調整作動狀態該抵持調整件之頂側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定示意圖，在一較佳實施例中，該抵持調整件24設有數頂側定位固定槽孔241及數底側定位固定槽孔242，而該數頂側定位固定槽孔241及數底側定位固定槽孔242呈間隔非相對設置，其活塞氣室體21所設對位固定孔211A，能夠選擇與頂側定位固定槽孔241或底側定位固定槽孔242相對，再以對位固定孔211A所設對位固定件211B固定，以進行抵持調整件24調整後之固定，以增加本發明之多重變化性。 Please refer to Figures 2 to 5, which are partial exploded views of the toy gun gas volume regulating valve structure of the present invention, side cross-sectional views, side cross-sectional views of the first adjustment state in which the bottom positioning and fixing slot of the abutting adjustment member is adjusted relative to the positioning and fixing hole of the piston gas chamber body and fixed by the positioning and fixing member, and the second adjustment state in which the top positioning and fixing slot of the abutting adjustment member is adjusted relative to the positioning and fixing hole of the piston gas chamber body and fixed by the positioning and fixing member. In a preferred embodiment, the abutting adjustment member 24 is provided with a plurality of The top side positioning and fixing slot 241 and the bottom side positioning and fixing slot 242 are arranged in a non-opposite manner. The alignment fixing hole 211A provided on the piston air chamber body 21 can be selected to be opposite to the top side positioning and fixing slot 241 or the bottom side positioning and fixing slot 242, and then fixed by the alignment fixing member 211B provided on the alignment fixing hole 211A to fix the adjusting member 24 after adjustment, so as to increase the multiple variability of the present invention.
請配合參閱圖2至5所示，係本發明玩具槍氣量調節閥結構之立體局部分解狀態、側視剖面狀態、側視剖面第一調整作動狀態該抵持調整件之底側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定及第二調整作動狀態該抵持調整件之頂側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定示意圖，在一較佳實施例中，該活塞氣室體21所設對位固定孔211A係為螺孔，而該對位固定孔211A所設對位固定件211B係為螺絲，其對位固定件211B係螺鎖固定於對位固定孔211A，提升結合之便利性及穩定性，以增加本發明之多重變化性。 Please refer to Figures 2 to 5, which are the three-dimensional partial exploded state, side view cross-section state, and side view cross-section of the gas volume regulating valve structure of the toy gun of the present invention. In the first adjustment state, the bottom positioning and fixing slot of the abutting adjustment member is adjusted relative to the positioning and fixing hole of the piston gas chamber body and fixed by the positioning and fixing member, and in the second adjustment state, the top positioning and fixing slot of the abutting adjustment member is relative to the positioning and fixing hole of the piston gas chamber body. Schematic diagram of adjusting the fixing hole and fixing with an alignment fixing member. In a preferred embodiment, the alignment fixing hole 211A provided in the piston air chamber body 21 is a screw hole, and the alignment fixing member 211B provided in the alignment fixing hole 211A is a screw. The alignment fixing member 211B is screwed to the alignment fixing hole 211A, which improves the convenience and stability of the combination, thereby increasing the multiple variability of the present invention.
請配合參閱圖2至5所示，係本發明玩具槍氣量調節閥結構之立體局部分解狀態、側視剖面狀態、側視剖面第一調整作動狀態該抵持調整件之底側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定及第二調整作動狀態該抵持調整件之頂側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定示意圖，在一較佳實施例中，該活塞氣室體21所設對位固定孔211A係為埋頭螺孔，而該對位固定孔211A所設對位固定件211B係為埋頭螺絲，其對位固定件211B係螺鎖固定於對位固定孔211A，提升結構結合後之隱蔽及密合性，以增加本發明之多重變化性。 Please refer to Figures 2 to 5, which are the three-dimensional partial exploded state, side view cross-section state, and side view cross-section of the gas volume regulating valve structure of the toy gun of the present invention. In the first adjustment state, the bottom side positioning and fixing slot of the abutting adjustment member is adjusted relative to the positioning and fixing hole of the piston gas chamber body and fixed by the positioning and fixing member, and in the second adjustment state, the top side positioning and fixing slot of the abutting adjustment member is relative to the positioning and fixing hole of the piston gas chamber body. Schematic diagram of adjustment and fixing with an alignment fixing member. In a preferred embodiment, the alignment fixing hole 211A provided in the piston air chamber body 21 is a countersunk screw hole, and the alignment fixing member 211B provided in the alignment fixing hole 211A is a countersunk screw. The alignment fixing member 211B is screwed and fixed to the alignment fixing hole 211A, thereby improving the concealment and tightness of the structure after combination, so as to increase the multiple variability of the present invention.
請配合參閱圖2至5所示，係本發明玩具槍氣量調節閥結構之立體局部分解狀態、側視剖面狀態、側視剖面第一調整作動狀態該抵持調整件之底側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定及第二調整作動狀態該抵持調整件之頂側定位固定槽孔相對活塞氣室體所設對位固定孔調整並以對位固定件固定示意圖，在一較佳實施例中，該氣室口段210、前氣室段211及後氣室段212呈非等徑由小漸大之階級狀設置，以利氣量調節閥23容設後具滑動定位止擋效果，以增加本發明之多重變化性。 Please refer to Figures 2 to 5, which are the three-dimensional partial exploded state, side view cross-section state, side view cross-section of the first adjustment state, the bottom positioning and fixing slot of the abutting adjustment member is adjusted relative to the positioning and fixing hole set in the piston air chamber body and fixed by the positioning and fixing member, and the second adjustment state, the top positioning and fixing slot of the abutting adjustment member is adjusted relative to the positioning and fixing hole set in the piston air chamber body and fixed by the positioning and fixing member. In a preferred embodiment, the air chamber mouth section 210, the front air chamber section 211 and the rear air chamber section 212 are arranged in a non-uniform step-by-step manner, so as to facilitate the sliding positioning and blocking effect of the air volume regulating valve 23 after being accommodated, so as to increase the multiple variability of the present invention.
綜上所述，本發明確實可達到上述諸項功能及目的，故本發明應符合專利申請要件，爰依法提出申請。 In summary, this invention can indeed achieve the above functions and purposes, so this invention should meet the patent application requirements, and the application is filed in accordance with the law.
10:槍機本體 10: Gun body
11:氣密前腔室 11: Airtight front chamber
12:後腔室 12: Rear chamber
13:腔壁 13: Cavity wall
14:拉柄固定座 14: Handle fixing seat
20:活塞氣室組 20: Piston air chamber assembly
21:活塞氣室體 21: Piston air chamber body
210:氣室口段 210: Air chamber opening section
211:前氣室段 211: Front air chamber section
211A:對位固定孔 211A: Alignment fixing hole
211B:對位固定件 211B: Alignment fixings
212:後氣室段 212: Rear air chamber section
213:彈簧壓縮槽 213: Spring compression groove
214:壓縮彈簧 214: Compression spring
215:彈簧導桿 215: Spring guide rod
22:抵持彈簧 22: Support spring
23:氣量調節閥 23: Gas volume regulating valve
24:抵持調整件 24: Supporting adjustment piece
240:定位固定槽孔 240: Positioning and fixing slot
Claims (7)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW112146130A TWI847924B (en) | 2023-11-28 | 2023-11-28 | Toy gun gas quantity regulating valve structure |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW112146130A TWI847924B (en) | 2023-11-28 | 2023-11-28 | Toy gun gas quantity regulating valve structure |
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| Publication Number | Publication Date |
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| TWI847924B true TWI847924B (en) | 2024-07-01 |
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| Country | Link |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWM609741U (en) * | 2020-09-23 | 2021-04-01 | 奕凱企業股份有限公司 | Air gun air flow adjustment device |
| TWM612201U (en) * | 2020-12-30 | 2021-05-21 | 徐信弘 | Air flow adjustment structure of air gun |
| TWM637442U (en) * | 2022-09-01 | 2023-02-11 | 巍嘉國際股份有限公司 | Toy gun pneumatic valve mechanism and structure thereof |
| TWM655782U (en) * | 2023-11-28 | 2024-05-21 | 謝坪螢 | Toy gun air output regulating valve structure |
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2023
- 2023-11-28 TW TW112146130A patent/TWI847924B/en active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWM609741U (en) * | 2020-09-23 | 2021-04-01 | 奕凱企業股份有限公司 | Air gun air flow adjustment device |
| TWM612201U (en) * | 2020-12-30 | 2021-05-21 | 徐信弘 | Air flow adjustment structure of air gun |
| TWM637442U (en) * | 2022-09-01 | 2023-02-11 | 巍嘉國際股份有限公司 | Toy gun pneumatic valve mechanism and structure thereof |
| TWM655782U (en) * | 2023-11-28 | 2024-05-21 | 謝坪螢 | Toy gun air output regulating valve structure |
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