Multi-person shared hookah smoking set and method
阅读说明：本技术 一种多人共用水烟烟具及方法 (Multi-person shared hookah smoking set and method ) 是由 徐文胜 王芊蓉 马骏 杨松祥 于 2019-09-29 设计创作，主要内容包括：本发明公开了一种多人共用水烟烟具及方法,包括水烟壶、排气阀、吸管接头、吸管、烟道管、接头、灰架、烟斗和炭盘。烟道管伸入水烟壶内的纯净水中；水烟壶顶部或接头底部设置有一个排气阀和多个吸管接头,每个吸管接头顶部连接一根吸管；每个吸管接头均包括阀体、阀芯、阀帽和挡圈；阀体上开设有烟道侧内腔A、吸管腔和内部通道C；烟道侧内腔A的底端为烟道口E,与水烟壶顶部或接头底部内腔相连通；挡圈与吸管腔的内壁面过盈配合,并将吸管腔分隔为吸管侧内腔B和封闭腔G；挡圈的中心设有阀芯孔；吸管侧内腔B的顶端为吸管口D,与吸管相连通；阀芯下侧面F的面积大于阀帽上侧面H的面积。本申请供多人同时吸食,并且相互之间没有干扰。(The invention discloses a hookah smoking set shared by multiple persons and a method. The flue pipe extends into the purified water in the hookah; the top of the hookah or the bottom of the connector is provided with an exhaust valve and a plurality of suction pipe connectors, and the top of each suction pipe connector is connected with a suction pipe; each suction pipe joint comprises a valve body, a valve core, a valve cap and a retainer ring; the valve body is provided with a flue side inner cavity A, a suction pipe cavity and an internal channel C; the bottom end of the flue side inner cavity A is a flue opening E which is communicated with the top of the hookah or the inner cavity at the bottom of the joint; the check ring is in interference fit with the inner wall surface of the straw cavity and divides the straw cavity into a straw side inner cavity B and a closed cavity G; the center of the retainer ring is provided with a valve core hole; the top end of the inner cavity B at the side of the suction tube is provided with a suction tube opening D which is communicated with the suction tube; the area of the lower side surface F of the valve core is larger than that of the upper side surface H of the valve cap. The application is used for a plurality of people to suck at the same time, and mutual interference is avoided.)
1. The utility model provides a many people sharing shredded tobacco for water pipes smoking set which characterized in that: comprises a hookah, an exhaust valve, a suction pipe joint, a suction pipe, a flue pipe, a joint, an ash rack, a tobacco pipe and a carbon disc;
the hollow joint at the top of the water pipe is connected with the bottom of the tobacco pipe, the tobacco body for smoking is placed in the tobacco pipe, the carbon disc is arranged at the top of the tobacco pipe and used for placing charcoal for heating the tobacco body; the ash frame is sleeved at the top of the joint or the bottom of the tobacco pipe and is used for receiving carbon ash generated by burning charcoal;
the flue pipe is positioned in the joint and the hookah, the top end of the flue pipe is positioned at the bottom of the tobacco pipe, and the bottom of the flue pipe extends into the purified water in the hookah;
the top of the hookah or the bottom of the connector is provided with an exhaust valve and a plurality of suction pipe connectors, and the top of each suction pipe connector is connected with a suction pipe;
each suction pipe joint comprises a valve body, a valve core, a valve cap and a retainer ring;
the valve body is provided with a flue side inner cavity A, a suction pipe cavity and an internal channel C; the bottom end of the flue side inner cavity A is a flue opening E which is communicated with the top of the hookah or the inner cavity at the bottom of the joint;
the check ring is in interference fit with the inner wall surface of the suction tube cavity and divides the suction tube cavity into a suction tube side inner cavity B positioned above and a closed cavity G positioned below; a valve core hole is formed in the center of the retainer ring;
the top end of the inner cavity B at the side of the suction tube is provided with a suction tube port D which is communicated with the suction tube;
the closed cavity G is positioned above the flue side inner cavity A and is communicated with the flue side inner cavity A through a bottom opening on the vertical side wall of the closed cavity G;
the longitudinal section of the internal channel C is C-shaped and comprises an upper transverse cavity and an L-shaped cavity which are transversely arranged; one end of the upper transverse cavity is communicated with the suction pipe side inner cavity B, the other end of the upper transverse cavity is communicated with the L-shaped cavity, and the middle part of the upper transverse cavity is provided with a step and a ball to form a one-way valve which can only enable fluid to flow in the direction departing from the suction pipe side inner cavity B;
the valve core is positioned in the closed cavity G, the longitudinal section of the valve core is in an inverted T shape and comprises a transverse head part and a vertical rod part which are integrally arranged;
the outer wall surface of the transverse head is in clearance fit with the inner wall surface of the closed cavity G; the bottom end of the transverse head part can be in sealing fit with the other end of the L-shaped cavity, so that the closed cavity G is sealed and isolated from the internal channel C; the outer wall surface of the vertical rod part is in clearance fit with the valve core hole on the retainer ring;
the valve cap is positioned in the suction pipe side inner cavity B, and the center of the bottom end of the valve cap is connected with the top end of the valve core; the bottom of the valve cap positioned outside the valve core can be in sealing fit with the top of the retainer ring, and the inner cavity B at the side of the suction pipe is sealed and isolated from the closed cavity G;
and if the surface of the bottom end of the transverse head part, which is equal to the area of the other end of the L-shaped cavity, is the lower side surface F of the valve core, the area of the lower side surface F of the valve core is larger than the area of the upper side surface H of the valve cap.
2. The multi-person sharing hookah according to claim 1, wherein: the fit clearance between the outer wall surface of the transverse head and the inner wall surface of the closed cavity G is smaller than the fit clearance between the outer wall surface of the vertical rod part and the valve core hole on the retainer ring.
3. The multi-person sharing hookah according to claim 2, wherein: the fit clearance between the outer wall surface of the transverse head and the inner wall surface of the closed cavity G is 0.2mm, and the fit clearance between the outer wall surface of the vertical rod part and the valve core hole on the retainer ring is 0.5 mm.
4. The multi-person sharing hookah according to claim 1, wherein: the matching surface between the bottom end of the transverse head and the L-shaped cavity is a conical ring surface, and the sealing matching surface between the bottom of the valve cap and the top of the retainer ring is also a conical ring surface.
5. The multi-person sharing hookah according to claim 1, wherein: the tobacco body which is arranged in the tobacco pipe and is used for smoking comprises
Tobacco leaf, dried fruit pulp and honey.
6. A method for sharing water cigarettes by multiple persons is characterized in that: the method comprises the following steps:
step 1, assembling a suction pipe joint: the valve core, the valve cap and the check ring are arranged on the valve body, when no external force acts, the valve core and the valve cap can automatically move downwards under the action of self gravity, so that the bottom of the valve cap positioned on the outer side of the valve core can be in sealing fit with the top of the check ring, and meanwhile, the bottom end of the transverse head in the valve core is in sealing fit with the L-shaped cavity; namely, the inner cavity A at the side of the flue is not communicated with the inner cavity B at the side of the suction pipe and the inner channel C; the flue side inner cavity A and the closed cavity G are communicated through a fit clearance between the transverse head part in the valve core and the closed cavity G;
step 2, heating and burning the cigarette body: burning charcoal in the charcoal tray, heating a tobacco body in the tobacco pipe, allowing smoke generated by the tobacco body to flow into the flue pipe and flow out of the bottom of the flue pipe, filtering the smoke by purified water in the hookah, moving the smoke upwards to the top of the hookah or the bottom of the joint, and entering an inner cavity A at the side of the flue and a closed cavity G through a flue opening E;
and 3, smoking by a single person, wherein the smoking method comprises the following steps:
step 31, sealing and isolating the inner cavity B on the suction pipe side from the inner channel C: when one of the straws is sucked, the straw port D in the straw joint corresponding to the straw is used as a sucking port and is in negative pressure; the ball of the internal channel C is tightly pressed on the step due to the negative pressure effect, and the side inner cavity B of the suction pipe is sealed and isolated from the internal channel C;
step 32, moving the valve core upwards: the upper side surface H of the valve cap is at negative pressure, and moves upwards after overcoming the gravity of the valve core and the valve cap, and the inner cavity B at the suction pipe side is communicated with the closed cavity G and further communicated with the inner cavity A at the flue side, a passage is formed between the flue opening E and the suction pipe opening D, and the smoke passes through the inner cavity A at the flue side to reach the suction pipe opening D, so that normal smoking can be realized;
step 33, no interference exists among straws: in step 32, in the straw adapter connected to the straw to be sucked: negative pressure is formed between the flue opening E and the suction pipe opening D to form a passage; in the straw adapter connected to the non-sippy straw: because the closed cavity G is communicated with the flue side inner cavity A through the bottom opening on the vertical side wall of the closed cavity G, namely the negative pressure acting force borne by the flue side inner cavity A is vertical to the axis of the valve core, the valve core cannot move up and down, a passage cannot be formed, and the valve core cannot be interfered;
step 4, smoking by multiple persons: when a plurality of suction pipes are sucked, each suction pipe repeats the smoking method in the step 3, and the suction pipes are not interfered with each other.
7. The method of sharing a hookah by multiple persons as claimed in claim 6, wherein: further comprises a step 5 of blowing the cigarette by a single person, wherein the cigarette blowing method comprises the following steps:
step 51, the suction side cavity B is communicated with the internal channel C: when one of the straws is blown with smoke, the straw port D in the straw joint corresponding to the straw is used as a smoke blowing port and is in positive pressure; the ball of the internal channel C moves towards the direction far away from the step and the suction pipe side inner cavity B due to the positive pressure effect, and the suction pipe side inner cavity B is communicated with the internal channel C;
step 52, moving the valve core upwards: the suction pipe opening D is applied to the upper side face H of the valve cap in a positive pressure mode, under the action of the positive pressure, because the area of the lower side face F of the valve core is larger than that of the upper side face H of the valve cap, the valve core valve cap is stressed upwards, the valve core valve cap is moved upwards after the gravity of the valve core valve cap is overcome, and at the moment, the suction pipe side inner cavity B is communicated with the closed cavity G, so that the valve core valve cap can be prevented; meanwhile, the flue side inner cavity A is communicated with the suction pipe side inner cavity B and the internal channel C, and a passage is formed between the flue opening E and the suction pipe opening D; the smoke at the inner cavity A at the side of the flue, the closed cavity G and the bottom of the joint or the top of the hookah is discharged from the exhaust valve under the positive pressure effect, so that the smoke can be blown normally;
step 53, no interference exists among straws: in step 52, in the straw adapter connected to the straw to be sucked: positive pressure is formed between the flue opening E and the suction pipe opening D to form a passage; in the straw adapter connected to the non-sippy straw: because the closed cavity G is communicated with the flue side inner cavity A through the bottom opening on the vertical side wall of the closed cavity G, namely the positive pressure acting force applied on the flue side inner cavity A is perpendicular to the axis of the valve core, the valve core cannot move up and down, a passage cannot be formed, and the valve core cannot be interfered.
8. The method of sharing hookah by multiple persons as claimed in claim 7, wherein: still include step 6, many people blow the cigarette: and (3) when a plurality of suction pipes blow the smoke, each suction pipe repeats the smoke blowing method in the step (3), and the suction pipes are not interfered with each other.
Technical Field
The invention relates to the technical field of hookah, in particular to a hookah smoking set shared by multiple people and a method.
Background
The water tobacco is a tobacco which is made up of tobacco leaf, dried fruit pulp and honey, etc. and can be sucked after being filtered by water. Compared with the dry tobacco, the dry tobacco is less harmful to human bodies due to flexible composition and water filtration, and can be prepared into various flavors, so that the dry tobacco is popular with smokers. The smoking of the water tobacco needs corresponding smoking tools. The hookah smoking set comprises a suction pipe, a tobacco pot, a tobacco pipe, a heating plate and the like. Generally, the hookah has only one straw, and can be used by one or more persons sharing one straw.
Disclosure of Invention
The present invention provides a multi-user shared hookah and method thereof, which can be used by multiple users to simultaneously smoke, and the multiple users can not interfere with each other.
In order to solve the technical problems, the invention adopts the technical scheme that:
a hookah smoking set shared by multiple persons comprises a hookah, an exhaust valve, a suction pipe joint, a suction pipe, a flue pipe, a joint, an ash rack, a tobacco pipe and a charcoal tray.
The hollow joint at the top of the water pipe is connected with the bottom of the tobacco pipe, the tobacco body for smoking is placed in the tobacco pipe, the carbon disc is arranged at the top of the tobacco pipe, and the carbon disc is used for placing charcoal for heating the tobacco body. The ash frame is sleeved at the top of the joint or the bottom of the tobacco pipe and is used for receiving carbon ash generated by burning charcoal.
The flue pipe is arranged in the joint and the hookah, the top end of the flue pipe is arranged at the bottom of the tobacco pipe, and the bottom of the flue pipe extends into the purified water in the hookah.
The top of the hookah or the bottom of the connector is provided with an exhaust valve and a plurality of suction pipe connectors, and the top of each suction pipe connector is connected with a suction pipe.
Each suction pipe joint comprises a valve body, a valve core, a valve cap and a retainer ring.
The valve body is provided with a flue side inner cavity A, a suction pipe cavity and an internal channel C. The bottom end of the flue side inner cavity A is a flue opening E which is communicated with the top of the hookah or the inner cavity at the bottom of the joint.
The retainer ring is in interference fit with the inner wall surface of the suction tube cavity and divides the suction tube cavity into a suction tube side inner cavity B positioned at the upper part and a closed cavity G positioned at the lower part. The center of the retainer ring is provided with a valve core hole.
The top end of the inner cavity B at the side of the suction tube is provided with a suction tube opening D which is communicated with the suction tube.
The closed cavity G is positioned above the flue side inner cavity A and is communicated with the flue side inner cavity A through a bottom opening on the vertical side wall of the closed cavity G.
The longitudinal section of the internal channel C is C-shaped and comprises an upper transverse cavity and an L-shaped cavity which are transversely arranged. One end of the upper transverse cavity is communicated with the suction pipe side inner cavity B, the other end of the upper transverse cavity is communicated with the L-shaped cavity, and the middle part of the upper transverse cavity is provided with a step and a ball to form a one-way valve through which fluid can only flow towards the direction departing from the suction pipe side inner cavity B.
The valve core is positioned in the closed cavity G, the longitudinal section of the valve core is of an inverted T shape and comprises a transverse head part and a vertical rod part which are integrally arranged.
The outer wall surface of the transverse head is in clearance fit with the inner wall surface of the closed cavity G. The bottom end of the transverse head part can be in sealing fit with the other end of the L-shaped cavity, so that the closed cavity G is sealed and isolated from the internal channel C. The outer wall surface of the vertical rod part is in clearance fit with the valve core hole on the retainer ring.
The valve cap is positioned in the suction pipe side inner cavity B, and the center of the bottom end of the valve cap is connected with the top end of the valve core. The bottom of the valve cap positioned outside the valve core can be in sealing fit with the top of the retainer ring, and the inner cavity B on the suction pipe side is sealed and isolated from the closed cavity G.
And if the surface of the bottom end of the transverse head part, which is equal to the area of the other end of the L-shaped cavity, is the lower side surface F of the valve core, the area of the lower side surface F of the valve core is larger than the area of the upper side surface H of the valve cap.
The fit clearance between the outer wall surface of the transverse head and the inner wall surface of the closed cavity G is smaller than the fit clearance between the outer wall surface of the vertical rod part and the valve core hole on the retainer ring.
The fit clearance between the outer wall surface of the transverse head and the inner wall surface of the closed cavity G is 0.2mm, and the fit clearance between the outer wall surface of the vertical rod part and the valve core hole on the retainer ring is 0.5 mm.
The matching surface between the bottom end of the transverse head and the L-shaped cavity is a conical ring surface, and the sealing matching surface between the bottom of the valve cap and the top of the retainer ring is also a conical ring surface.
The tobacco pipe contains tobacco for smoking, including tobacco leaf, dried fruit pulp and honey.
A method for sharing water tobacco by multiple persons comprises the following steps.
And 3, smoking by a single person, wherein the smoking method comprises the following steps:
step 31, sealing and isolating the inner cavity B on the suction pipe side from the inner channel C: when one of the straws is sucked, the straw port D in the straw joint corresponding to the straw is used as a sucking port and is under negative pressure. The ball of the inner channel C is pressed on the step due to the negative pressure, and the inner cavity B on the suction pipe side is sealed and isolated from the inner channel C.
Step 32, moving the valve core upwards: the upper side surface H of the valve cap is at negative pressure, after the gravity of the valve core and the valve cap is overcome, the valve cap moves upwards, the suction pipe side inner cavity B is communicated with the closed cavity G at the moment and further communicated with the flue side inner cavity A, a passage is formed between the flue opening E and the suction pipe opening D, and the smoke passes through the flue side inner cavity A to reach the suction pipe opening D, so that normal smoking can be realized.
Step 33, no interference exists among straws: in step 32, in the straw adapter connected to the straw to be sucked: negative pressure is formed between the flue opening E and the suction pipe opening D to form a passage. In the straw adapter connected to the non-sippy straw: because the closed cavity G is communicated with the flue side inner cavity A through the bottom opening on the vertical side wall of the closed cavity G, namely the negative pressure acting force borne by the flue side inner cavity A is vertical to the axis of the valve core, the valve core cannot move up and down, a passage cannot be formed, and the valve core cannot be interfered.
Further comprises a
step 51, the suction side cavity B is communicated with the internal channel C: when one of the straws is blown with smoke, the straw port D in the straw joint corresponding to the straw is used as a smoke blowing port and is at positive pressure. The ball of the internal passage C moves in a direction away from the step and the straw-side internal chamber B due to the positive pressure, communicating the straw-side internal chamber B with the internal passage C.
Step 52, moving the valve core upwards: suction pipe mouth D is the malleation and applies side H on the valve cap, and under the malleation effect, because the area of case downside F is greater than the area of side H on the valve cap, case valve cap atress upwards overcomes and shifts up behind case valve cap self gravity, and suction pipe side inner chamber B and closed cavity G intercommunication this moment can prevent to form vacuum compression and influence the removal of case valve cap. Meanwhile, the flue side inner cavity A is communicated with the suction pipe side inner cavity B and the internal channel C, and a passage is formed between the flue port E and the suction pipe port D. The smoke in the inner cavity A at the side of the flue, the closed cavity G and the bottom of the joint or the top of the hookah is discharged from the exhaust valve under the positive pressure effect, so that the smoke can be blown normally.
Step 53, no interference exists among straws: in step 52, in the straw adapter connected to the straw to be sucked: the positive pressure is formed between the flue opening E and the suction pipe opening D to form a passage. In the straw adapter connected to the non-sippy straw: because the closed cavity G is communicated with the flue side inner cavity A through the bottom opening on the vertical side wall of the closed cavity G, namely the positive pressure acting force applied on the flue side inner cavity A is perpendicular to the axis of the valve core, the valve core cannot move up and down, a passage cannot be formed, and the valve core cannot be interfered.
Still include
The invention has the following beneficial effects: can be sucked by a plurality of people at the same time, and has no interference with each other. Solves the limitation that the common water tobacco smoking set can only be sucked by one person. As a cigarette culture in mutual communication, the demand that a plurality of people can take cigarettes simultaneously in communication negotiation exists. If the control of the on-off of the blowing and sucking pipeline is performed through the mutual intervention of other people, the operation is not only complicated, but also the interest of sucking is influenced. The invention realizes the anti-interference function by the design of the suction pipe joint and the fluid pressure difference principle, develops the multifunction of the hookah and furthest continues the cultural value of the hookah.
Drawings
Fig. 1 shows a schematic structural view of a hookah for multiple persons according to the present invention.
FIG. 2 is a schematic cross-sectional view of a suction pipe joint of a hookah for multiple users.
Among them are:
1. a water pipe; 2. an exhaust valve;
3. a suction pipe joint;
301. a valve body; 302. a valve core; 303. a ball; 304. a bonnet; 305. a retainer ring; 306. a valve core communication hole; 307. the valve core and the valve body seal conical surface; 308. the valve cap retainer ring seals the conical surface;
4. a straw; 5. a flue pipe; 6. a joint; 7. a dust rack; 8. a tobacco pipe; 9. a carbon disk.
In addition, the figures also include:
A. a flue side inner cavity; B. a side inner cavity of the suction pipe; C. an internal channel; D. a suction pipe orifice; E. a flue opening; F. the lower side surface of the valve core; G. a closed cavity; H. the upper side of the valve cap.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and specific preferred embodiments.
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