CN113397213B - Smoking behavior recorder convenient for flicking cigarette ash - Google Patents
Smoking behavior recorder convenient for flicking cigarette ash Download PDFInfo
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- CN113397213B CN113397213B CN202110674039.1A CN202110674039A CN113397213B CN 113397213 B CN113397213 B CN 113397213B CN 202110674039 A CN202110674039 A CN 202110674039A CN 113397213 B CN113397213 B CN 113397213B
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- A—HUMAN NECESSITIES
- A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
- A24F—SMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
- A24F13/00—Appliances for smoking cigars or cigarettes
- A24F13/22—Supports for holding cigars or cigarettes while smoking
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- A—HUMAN NECESSITIES
- A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
- A24F—SMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
- A24F19/00—Ash-trays
- A24F19/0035—Ash-trays with supporting means for the cigars or cigarettes
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- A—HUMAN NECESSITIES
- A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
- A24F—SMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
- A24F19/00—Ash-trays
- A24F19/0064—Ash-trays of the pocket type
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- A—HUMAN NECESSITIES
- A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
- A24F—SMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
- A24F19/00—Ash-trays
- A24F19/10—Ash-trays combined with other articles
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- Manufacturing Of Cigar And Cigarette Tobacco (AREA)
- Cigarettes, Filters, And Manufacturing Of Filters (AREA)
Abstract
The invention relates to a smoking behavior recorder convenient for flicking cigarette ash, which comprises a recorder main body, wherein a filter rod inserting channel is formed in the recorder main body, and a vibrating mechanism is arranged on the filter rod inserting channel; the vibration mechanism comprises a vibration channel, a collision part is arranged on the inner wall of the vibration channel, and the collision part is contacted with the filter rod inserting channel; the vibration mechanism further comprises a vibration part; the vibrating part can freely slide in the vibrating channel; a reset spring is pressed between one end of the vibration part and one end of the vibration channel, and the vibration part stays at the other end of the vibration channel under the acting force of the reset spring; one end of the vibration part, which is not pressed with the spring, is provided with a pressing part capable of pushing the vibration part to compress the reset spring, and the pressing part extends out of the recorder main body; the collision part comprises a protruding structure, and the protruding structure stretches into the moving path of the vibration part in the vibration channel; the vibration part is made of elastic materials. The invention facilitates the flicking of the ash when the smoking behavior recorder is used.
Description
Technical Field
The invention relates to a smoking behavior recorder convenient for flicking cigarette ash, and belongs to the technical field of smoking behavior research.
Background
The smoking behavior recorder is a common means for investigating the smoking behavior of a smoker, and can be used for monitoring parameters such as the number of smoking openings, the smoking frequency, the smoking capacity, the smoking interval, the duration and the like in the process of smoking the cigarette by the smoker, so that data are provided for improving the characteristics of cigarette combustion and the like of cigarette manufacturers or researchers and grasping smoking habits of the smoker.
The smoker still needs to flick the cigarette ash many times during smoking the cigarette by using the smoking behavior recorder. And as the cigarette is inserted at the cigarette inserting end of the cigarette smoking behavior recorder, the cigarette ash is difficult to flick off. This is because the smoker needs to grasp the smoking behavior recorder, and it is difficult for the hand grasping the recorder to act to flick the ash, and if the hand acts too much, it is difficult for the ash to fall into the ashtray; the ash flicking operation by the other hand is inconvenient, the force is difficult to control, and the situations that the lighter ash cannot flick off or the heavier ash causes loose cigarettes, drops cigarettes and the like possibly occur, so that the behavior record data of the cigarettes are inaccurate or invalid.
Disclosure of Invention
The invention aims to provide a smoking behavior recorder convenient for ejecting cigarette ash, which is used for solving the problem that the cigarette ash is difficult to eject by using the smoking behavior recorder.
In order to achieve the above object, the present invention provides a method comprising:
the invention relates to a smoking behavior recorder convenient for flicking cigarette ash, which comprises a recorder main body, wherein a filter rod inserting channel is formed in the recorder main body, the radial dimension of the filter rod inserting channel is gradually reduced from an inserting port to the inside, the diameter of one end of the filter rod inserting channel inserting port is larger than the diameter of a filter rod of a cigarette to be inserted, and the diameter of the other end of the filter rod inserting channel is smaller than the diameter of the filter rod of the cigarette to be inserted; the filter rod inserting channel is provided with a vibrating mechanism;
the vibration mechanism comprises a vibration channel, a collision part is arranged on the inner wall of the vibration channel, and the collision part is contacted with the filter rod inserting channel;
the vibration mechanism further comprises a vibration part; the vibrating part can freely slide in the vibrating channel; a reset spring is pressed between one end of the vibration part and one end of the vibration channel, and the vibration part stays at the other end of the vibration channel under the acting force of the reset spring; one end of the vibration part, which is not pressed with the spring, is provided with a pressing part capable of pushing the vibration part to compress the reset spring, and the pressing part extends out of the recorder main body;
the collision part comprises a protruding structure, and the protruding structure extends into the moving path of the vibration part in the vibration channel; the vibration part is made of elastic materials.
According to the invention, the structure for fixing the cigarette filter stick on the smoking behavior recorder is provided with the bulge structure, the elastic body is pushed in a pressing mode, vibration is induced in the collision and extrusion process with the bulge structure, and the vibration is transmitted to the cigarette fixing structure through the bulge structure and then transmitted to the cigarette. The problem of the inconvenient of bullet cigarette ash that produces when using smoking action record appearance, perhaps the easy problem that causes the cigarette to loose of bullet cigarette ash in-process has been realized producing vibration transmission and giving the cigarette through pressing the button, and convenient easy bullet falls cigarette ash.
Meanwhile, the smoking behavior recorder adopts the filter stick inserting channel with the inner diameter changing (similar to a truncated cone with the inner diameter gradually reduced), so that cigarettes can be conveniently inserted (the inserting hole is larger than the cigarette filter stick, and the cigarettes can not be folded by too large force in the inserting process due to too small opening in the inserting process, and meanwhile, the airtight close fit of the cigarettes in the final inserting process (the cigarettes are gradually inserted after the inner diameter is matched with the diameter of the cigarettes) can be ensured; but also can be adapted to cigarettes with different filter stick sizes (the cigarettes with different size specifications are tightly matched with the inner walls of the filter stick inserting channels at different inner diameter positions after being inserted), so that the air tightness is ensured, the vibration transmission efficiency is high, and the ash is easy to shake off.
Further, the recorder main body is provided with a grip, the grip is provided with a holding groove structure for accommodating fingers, and the pressing part extends out of the holding groove structure corresponding to the index finger.
The grip increases the reliability of holding, prevents the recorder from sliding down in the vibration process, and simultaneously the holding groove structure adapts to the radian of fingers, thereby increasing the holding comfort. The pressing part used for pushing the elastic body to move forwards and backwards and enabling the elastic body to collide and be extruded by the bulge in the process extends out of the holding groove of the index finger, so that the elastic body is convenient to press by the flexible index finger during holding, and operation and control are convenient.
Further, the vibration part is a sphere.
The sphere is easily pushed in the vibration channel.
Further, the collision part is a saw-tooth mold.
The continuous serration can continuously squeeze the sphere to deform-recover to produce a continuous strong enough vibration.
Further, the pressing part comprises a connecting rod and a key, one end of the connecting rod is connected with the vibrating part, the other end of the connecting rod is connected with the key, and the key extends out of the recorder main body.
The invention relates to a smoking behavior recorder convenient for flicking cigarette ash, which comprises a recorder main body, wherein a filter rod inserting channel is formed in the recorder main body, the radial dimension of the filter rod inserting channel is gradually reduced from an inserting port to the inside, the diameter of one end of the filter rod inserting channel inserting port is larger than the diameter of a filter rod of a cigarette to be inserted, and the diameter of the other end of the filter rod inserting channel is smaller than the diameter of the filter rod of the cigarette to be inserted; the filter rod inserting channel is provided with a vibrating mechanism;
the vibration mechanism comprises a vibration channel and a moving part, wherein the moving part can freely slide in the vibration channel; a reset spring is pressed between one end of the moving part and one end of the vibration channel, and the moving part stays at the other end of the vibration channel under the acting force of the reset spring; one end of the moving part, which is not pressed with the spring, is provided with a pressing part capable of pushing the moving part to compress the return spring, and the pressing part extends out of the recorder main body;
the vibrating mechanism further comprises a plurality of vibrating parts, one end of each vibrating part is connected with the outer wall of the filter rod inserting channel, and the other end of each vibrating part extends into the moving path of the moving part in the vibrating channel; the vibration part is made of elastic materials.
According to the invention, the elastic piece is arranged on the structure for fixing the cigarette filter stick on the smoking behavior recorder, the movable body is pushed in a pressing mode, the movable body collides with the elastic piece to trigger the vibration of the elastic piece, the elastic piece is arranged on the cigarette fixing structure, and the vibration drives the cigarette fixing structure to vibrate, so that the vibration is transmitted to the cigarette. The problem of the inconvenient of bullet cigarette ash that produces when using smoking action record appearance, perhaps the easy problem that causes the cigarette to loose of bullet cigarette ash in-process has been realized making the elastic sheet vibrate and has aroused cigarette fixing device vibration through pressing the button, thereby convenient easy bullet cigarette ash that falls.
Further, the recorder main body is provided with a grip, the grip is provided with a holding groove structure for accommodating fingers, and the pressing part extends out of the holding groove structure corresponding to the index finger.
The grip increases the reliability of holding, prevents the recorder from sliding down in the vibration process, and simultaneously the holding groove structure adapts to the radian of fingers, thereby increasing the holding comfort. The pressing part used for pushing the moving part to move back and forth and colliding and poking the elastic piece in the process stretches out of the holding groove of the index finger, so that the elastic piece is convenient to press by the flexible index finger during holding, and operation and control are convenient.
Further, the moving part is a sphere.
The sphere is easily pushed in the vibration channel.
Further, the vibration part is a metal reed.
The metal reed can generate periodic continuous oscillation within a certain time, which is beneficial to the ash falling.
Further, the pressing part comprises a connecting rod and a key, one end of the connecting rod is connected with the moving part, the other end of the connecting rod is connected with the key, and the key extends out of the recorder main body.
Drawings
FIG. 1 is a schematic diagram of a smoking behavior recorder according to embodiment 1 of the present invention;
fig. 2 is a schematic structural view of embodiment 2 of the smoking behavior recorder of the present invention.
Detailed Description
The invention is described in further detail below with reference to the accompanying drawings.
Example 1:
the smoking behavior recorder convenient for ejecting cigarette ash, as shown in fig. 1, has the conventional functions and hardware modules of the smoking behavior recorder in the prior art, and specifically comprises a power module, a storage module, an acquisition module, a control module, a cigarette insertion hole and a suction nozzle 11, wherein the cigarette insertion hole is connected with the suction nozzle 11 through a filter rod insertion channel 13 and a smoke channel 12. The smoking behavior recorder can specifically collect smoking habit parameters such as the number of smoking ports, the smoking frequency, the smoking capacity, the smoking strength, the smoking interval, the duration and the like in the process of smoking the cigarettes by a smoker. The acquisition module comprises a temperature sensor or an air pressure sensor, and when the cigarettes are smoked, the related sensor acquires the change of the temperature of the smoke or the change of the air pressure in the smoke channel 12, so that the smoking habit parameters are further obtained, and the smoking habit parameters are stored in the storage module. When the filter rod is used, the filter rod end of the cigarette is inserted into the filter rod inserting channel in the cigarette inserting hole, and the sealing structure is arranged in the filter rod inserting channel and used for ensuring airtight fit between the cigarette and the cigarette inserting hole and preventing air leakage. The sealing structure can realize airtight fit to prevent air leakage, and specifically, the filter rod inserting channel with a circular section is designed into a truncated cone-like body with a thick outer part and a thin inner part, the diameter of the filter rod inserting channel close to the cigarette inserting hole is larger and slightly larger than that of a traditional thick cigarette in the market, the diameter of the filter rod inserting channel gradually reduces towards the inner part, and the diameter of the filter rod inserting channel is smaller than that of a thin cigarette in the market. Therefore, whether the cigarettes are coarse cigarettes or fine cigarettes, the cigarettes can be finally contacted with the wall of the filter rod inserting channel and extruded after being inserted into the filter rod inserting channel, and the cigarettes are guaranteed to be tightly matched with the filter rod inserting channel. As other embodiments, the sealing structure may also be disposed at the hole of the cigarette insertion hole, specifically, the rubber sealing ring 22 is in airtight fit with the cigarette filter stick, the rubber sealing ring 22 is disposed at the hole of the cigarette insertion hole, the rubber sealing ring 22 is hollow, the cigarette filter stick is extruded by using the elasticity of the rubber wall, and the cigarette is prevented from sliding relative to the rubber sealing ring 22 by using the characteristic of the rubber material, so that the airtight effect is realized, and meanwhile, the fixing effect is achieved on the cigarette, and the cigarette is prevented from falling. Meanwhile, in order to further increase the air tightness, a rubber sealing ring 22 can be further arranged at the cigarette inserting hole on the basis of the circular truncated cone-shaped filter rod inserting channel.
The inner structure of the filter rod inserting channel 13 with the thick outer wall and the thin inner wall is formed by the outer wall of the filter rod inserting channel 13 with the gradually thicker outer wall, and the filter rod inserting channel 13 is connected with the flue gas channel 12; a flue gas passage is formed inside, so that flue gas enters the flue gas channel 12 from the filter rod inserting channel 13. After the cigarettes are inserted into the filter rod inserting channel 13, the smoker sucks the cigarettes through the suction nozzle 11 according to the usual habit, and the smoke enters the mouth of the smoker from the suction nozzle 11 through the smoke channel 12.
Specifically, when the cigarette 20 is inserted into the cigarette insertion hole, the filter rod portion 21 enters the filter rod insertion channel 13 in the cigarette insertion hole and is tightly matched with the cigarette filter rod portion 21, so that the fixation of the cigarette 20 is realized, and the shaking and falling of the cigarette 20 are prevented. The outer wall of the filter rod inserting channel 13 is provided with a vibrating mechanism, and the vibrating mechanism comprises a serrated die 306 and a vibrating channel 30 arranged below the serrated die 306. The vibration channel 30 is fixed to the inner wall of the housing 10 of the smoking behavior recorder, and has a channel through which the vibration ball 303 moves linearly. The vibration starting ball 303 is made of elastic materials, such as hollow balls made of plastics, and has certain elastic deformation under a certain degree of external force. The serrated mold 306 is fixedly disposed on the outer wall of the filter rod inserting channel 13, and the serrated portion (tooth surface portion) thereof extends into the vibration channel 30 to a certain extent on the path for the vibration ball 303 to move linearly, and when the vibration ball 303 moves linearly in the vibration channel 30, it will rub against the serrated portion of the serrated mold 306 or collide with the serrated portion to a certain extent. In the vibration channel 30, a return spring 305 is provided between the vibration starting ball 303 and an inner end surface of the vibration channel 30 (the inner end of the vibration channel 30 faces the rear end of the recorder, which is defined below), a connecting rod 302 is provided on a surface of the vibration starting ball 303 facing the other end of the vibration channel 30 (the outer end of the vibration channel 30 faces the front end of the recorder, which is defined below), the connecting rod 302 is bonded or integrally formed with the vibration starting ball 303, and a push switch 301 is sleeved on one end of the connecting rod 302, which is not connected with the vibration starting ball 303. Namely, the vibration channel 30 is provided with a reset spring 305, a vibration starting ball 303 and a connecting rod 302 in sequence from the inner end to the outer end, and the outer end of the connecting rod 302 is sleeved with a pressing switch 301. The push switch 301 is pushed out from the housing 10 of the smoking behavior recorder so that the smoker pushes to realize the ash flick.
In this embodiment, the serrated mold 306 is disposed above the vibration channel 30 as a structure for compressing the vibration ball 303 to deform, and also contacts the filter plug insertion channel 13, and serves to transfer the deformed vibration of the vibration ball 303 to the filter plug insertion channel 13. As other embodiments, the serrated die 306 may be disposed in other orientations of the vibration channel 30, as long as the vibration channel 30 can squeeze the vibration ball 303 along the movement path of the vibration ball 303, and the vibration channel 30 needs to be in contact with the filter rod inserting channel 13 directly or through other structures to transmit the vibration of the vibration ball 303.
When in use, the cigarettes 20 are inserted into the filter rod inserting channels 13 and fixed through the rubber rings 22 to realize the tight connection between the cigarettes 20 and the smoking behavior recorder, and after the cigarettes 20 are ignited, a smoker draws through the suction nozzle 11. When the cigarette ash is generated, a smoker presses the press switch 301 to drive the connecting rod 302 to push the vibration ball 303 to press the reset spring 305 towards the inner end of the vibration channel 30 in the vibration channel 30, and during the process that the vibration ball 303 is pushed towards the inner end along the vibration channel 30, the vibration ball 303 continuously collides with the tooth surface part of the serrated mold 306 due to the limit of the vibration channel 30, and during the process of colliding with each tooth part of the tooth surface part, the elastic vibration ball 303 is deformed by the extrusion of the tooth parts and is deformed and reduced after passing through the tooth parts, so that a series of vibration is generated, and the vibration is transmitted to the filter rod inserting channel 13 through the serrated mold 306, so that the cigarette 20 vibrates, and the cigarette ash shakes down. The vibration starting ball 303 is pushed to the inner end along the vibration channel 30 until the reset spring 305 is compressed to the maximum deformation, the maximum pressing distance is reached, the pressing switch 301 cannot be continuously pressed, at this time, a smoker releases the pressing switch 301, the reset spring 305 outwards releases elastic force and converts elastic potential energy into kinetic energy of the vibration starting ball 303, so that the vibration starting ball 303 obtains energy which is enough to overcome friction collision of the tooth surface of the toothed mold 306 in a reverse direction, the vibration starting ball 303 moves outwards along the vibration channel 30 under the action of elasticity, secondary continuous collision occurs with the tooth surface part of the toothed mold 306, vibration is generated, and the vibration is transmitted to the filter rod inserting channel 13 by the toothed mold 306 and finally reaches the front end of the cigarette 20 to realize ash flicking. If the soot does not completely bounce off, the push switch 301 may be repeatedly pressed until the soot completely bounces off.
Further, as shown in fig. 1, the housing 10 of the smoking behavior recorder is provided with a grip 14 that is convenient for holding and preventing slipping during holding, the grip 14 can improve the holding comfort of the smoking behavior recorder, the grip 14 has a holding groove structure for holding five fingers, the thumb holding groove 142 and the remaining four finger holding grooves are respectively provided at the front and rear ends of the housing 10 of the smoking behavior recorder, one end of the smoking behavior recorder for inserting the cigarette 20 is a front end (e.g. the right side of the side view of the smoking behavior recorder in fig. 1), and one end of the suction nozzle 11 is a rear end (e.g. the left side of the side view of the smoking behavior recorder in fig. 1). The switch key of the push switch 301 is penetrated out from the middle of the index finger holding groove 141, so that the smoker can hold the switch key by the index finger, and the ash can be shaken off.
Specifically, the vibration channel 30 may be formed by 4 steel columns, the steel columns are disposed below the filter rod inserting channel 13 along the direction of the front and rear ends of the recorder, the 4 steel columns form four edges of a regular quadrangular prism, the distance between adjacent edges is slightly smaller than the diameter of the Yu Qizhen ball 303, and the vibration starting ball 303 linearly moves in the direction of the steel columns in the 4 steel columns. The tooth surface part of the serrated die 306 extends into the vibration channel 30 from the position between the two steel columns above to the path for the vibration ball 303 to move linearly.
As other embodiments, the saw tooth portion of the saw tooth mold may be other uneven surfaces with concave-convex structures, for example, a convex semicircular structure, which only needs to continuously realize extrusion and relaxation of the elastic vibration starting ball, so that the elastic vibration starting ball is continuously deformed and restored.
Example 2:
the smoking behavior recorder convenient for ejecting cigarette ash, as shown in fig. 2, has the basic structure of the traditional smoking behavior recorder, can realize the basic functions of the smoking behavior recorder, and specifically comprises a control module, an acquisition module, a power supply module, a storage module, a filter rod inserting channel 13 and a suction nozzle 11, wherein the cigarette inserting hole is connected with the suction nozzle 11 through the filter rod inserting channel 13 and a smoke channel 12.
A vibrating mechanism is arranged below the filter rod inserting channel 13, and a sealing structure is arranged at the joint of the filter rod inserting channel 13 and the cigarettes 20. The smoking behavior recorder can collect parameters such as the number of smoking mouths, the smoking frequency, the smoking capacity, the smoking interval, the duration and the like in the process of smoking the cigarettes by a smoker.
The acquisition module comprises a temperature sensor or an air pressure sensor, and when the cigarettes are smoked, the related sensor acquires parameters of the temperature change or the air pressure change of the smoke, and further obtains smoking habit parameters. The sealing structure can realize airtight fit to prevent air leakage, and specifically, the filter rod inserting channel with a circular section is designed into a truncated cone-like body with a thick outer part and a thin inner part, the diameter of the filter rod inserting channel close to the cigarette inserting hole is larger and slightly larger than that of a traditional thick cigarette in the market, the diameter of the filter rod inserting channel gradually reduces towards the inner part, and the diameter of the filter rod inserting channel is smaller than that of a thin cigarette in the market. Therefore, whether the cigarettes are coarse cigarettes or fine cigarettes, the cigarettes can be finally contacted with the wall of the filter rod inserting channel and extruded after being inserted into the filter rod inserting channel, and the cigarettes are guaranteed to be tightly matched with the filter rod inserting channel. As other embodiments, the sealing structure may also be disposed at the hole of the cigarette insertion hole, specifically, the rubber sealing ring 22 is in airtight fit with the cigarette filter stick, the rubber sealing ring 22 is disposed at the hole of the cigarette insertion hole, the rubber sealing ring 22 is hollow, the cigarette filter stick is extruded by using the elasticity of the rubber wall, and the cigarette is prevented from sliding relative to the rubber sealing ring 22 by using the characteristic of the rubber material, so that the airtight effect is realized, and meanwhile, the fixing effect is achieved on the cigarette, and the cigarette is prevented from falling. Meanwhile, in order to further increase the air tightness, a rubber sealing ring 22 can be further arranged at the cigarette inserting hole on the basis of the circular truncated cone-shaped filter rod inserting channel.
The inner structure of the filter rod inserting channel 13 with the thick outer wall and the thin inner wall is formed by the outer wall of the filter rod inserting channel 13 with the gradually thicker outer wall, and the filter rod inserting channel 13 is connected with the flue gas channel 12; a flue gas passage is formed inside, so that flue gas enters the flue gas channel 12 from the filter rod inserting channel 13.
The shell 10 of the smoking behavior recorder is provided with the grip 14 which is convenient to hold and prevent slipping in the holding process, the grip 14 can promote the holding comfort of the smoking behavior recorder, the grip 14 is provided with a holding groove structure for holding five fingers, the thumb holding groove 142 and the rest four finger holding grooves are respectively arranged at the front end and the rear end of the shell 10 of the smoking behavior recorder, one end of the smoking behavior recorder, which is used for being inserted into a cigarette 20, is the front end (the right side of the side view of the smoking behavior recorder in fig. 1), and one end of the suction nozzle 11 is the rear end (the left side of the side view of the smoking behavior recorder in fig. 1). The switch key of the key switch 404 is penetrated out from the middle of the index finger holding groove 141, so that the smoker can conveniently hold the switch key by the index finger, thereby operating and vibrating the ash.
Specifically, the vibration mechanism includes a vibration channel 40 and a vibration starting reed 405 disposed below the outer surface of the housing of the filter plug insertion channel 13. The vibration path 40 has a path through which the vibration starting ball 402 moves linearly. The oscillation starting reed 405 is connected to the outer surface of the shell of the filter rod inserting channel 13 or the inner surface of the oscillation starting channel 40 connected with the filter rod inserting channel, and penetrates into the motion path of the linear movement of the ball 402 at the inner position Yu Qizhen of the oscillation starting channel 40. The vibration balls 402 are rigid pellets made of rigid materials. In the vibration channel 40, a reset spring 401 is arranged between the vibration starting ball 402 and the inner end surface of the vibration channel 40 (the inner end of the vibration channel 40 faces the rear end of the recorder), a connecting rod 403 is arranged on the surface of the vibration starting ball 402 facing the other end of the vibration channel 40 (the outer end of the vibration channel 40 faces the front end of the recorder), the connecting rod 403 is adhered to, welded to or integrally formed with the vibration starting ball 402, and a pressing switch 404 is sleeved on one end of the connecting rod 403, which is not connected with the vibration starting ball 402. Namely, the vibration channel 40 is provided with a reset spring 401, a vibration starting ball 402 and a connecting rod 403 in sequence from the inner end to the outer end, and the outer end of the connecting rod 403 is sleeved with a pressing switch 404. The push switch 404 is pushed out from the housing 10 of the smoking behavior recorder so that the smoker can push the cigarette ash to pop off.
When in use, the cigarettes 20 are inserted into the filter rod inserting channels 13 and fixed through the rubber rings 22 to realize the tight connection between the cigarettes 20 and the smoking behavior recorder, and after the cigarettes 20 are ignited, a smoker draws through the suction nozzle 11. When the cigarette ash is generated, a smoker presses the press switch 404 to drive the connecting rod 403 to push the vibration starting ball 402 to press the reset spring 401 towards the inner end of the vibration channel 40 in the vibration channel 40, and the vibration starting ball 402 continuously collides with a plurality of vibration starting reed 405 in the process of being pushed towards the inner end along the vibration channel 40, and the rigid vibration starting ball 402 collides with and stirs the vibration starting reed 405 to enable the vibration reed 405 to vibrate; the vibration of the vibrating reed 405 is transmitted to the cigarette 20 through the filter rod insertion channel 13, and shakes off the soot. The vibration starting ball 402 is pushed to the inner end along the vibration channel 40 until the reset spring 401 is compressed to the maximum deformation, the maximum pressing distance is reached, the pressing switch 404 cannot be continuously pressed, at the moment, a smoker releases the pressing switch 404, the reset spring 401 outwards releases elastic force to push the small ball 402 to move outwards along the vibration channel 40, the vibration starting reed 405 is continuously stirred again to generate secondary vibration, and the vibration is transmitted to the filter rod inserting channel 13 by the vibration starting reed 405 and finally reaches the front end of the cigarette 20 to realize ash falling. If the soot does not completely bounce off, the push switch 404 may be repeatedly pressed until the soot completely bounces off.
The present embodiment differs from embodiment 1 only in that the serrated die 306 in embodiment 1 is replaced with a vibrating reed 405 that can vibrate continuously for a certain period of time. In the embodiment 1, the vibration is generated by continuous deformation-restoration of the elastic pellets, and the deformation-restoration of the elastic pellets is generated by continuously extruding the saw teeth of the saw-tooth-shaped die in the process of restraining the pellets to move linearly; the vibration in example 2 is generated by the small ball striking and striking the reed, and the reed is struck to vibrate continuously for a certain period of time.
Specifically, the vibration channel 40 may be formed by 4 steel columns, the steel columns are disposed below the filter rod inserting channel 13 along the direction of the front and rear ends of the recorder, the 4 steel columns form four edges of a regular quadrangular prism, the distance between adjacent edges is slightly smaller than the diameter of the Yu Qizhen ball 402, and the vibration starting ball 402 linearly moves in the direction of the steel columns in the 4 steel columns. A vibration starting reed 405 with one end arranged on the outer surface of the filter rod inserting channel 13 extends into the vibration channel 40 from the space between the two steel columns above to make the vibration starting ball 402 move linearly.
When the smoking behavior recorder in the prior art is used, the smoking behavior recorder is held by one hand by four fingers and the thumb, and the device of the smoking behavior recorder is added, so that the traditional mode of flicking ash (such as the forefinger flicking a cigarette filter stick) is inconvenient, and the mode of shaking the smoking behavior recorder is difficult to shake ash, or the ash flies and cannot accurately fall into an ashtray due to overlarge shaking amplitude. When the other hand is used for touching the cigarette to flick off the ash, firstly, the cigarette is easy to burn when the burning of the cigarette is shorter; secondly, the recorder is held by one hand, the cigarette is sprung by the other hand, so that the impact of relative position movement exists between the cigarette and the recorder, the cigarette is easy to loose and drop, or the poor air tightness between the cigarette and the filter stick insertion channel is caused, and the acquired data is inaccurate; in order to facilitate the cigarette insertion without crushing or breaking, the interaction force between the filter rod insertion channel and the filter rod is small and does not tightly wrap or hold the cigarette, so that the cigarette is easy to loosen when the recorder is held (fixed) and the cigarette inserted on the recorder is sprung (touched).
When the cigarette behavior recorder convenient for ejecting cigarette ash is used, continuous vibration with small impact is directly caused to the filter rod inserting channel, namely the fixed structure of the cigarette on the recorder and the cigarette vibrate together, the impact of relative movement between the cigarette and the recorder is avoided, and the fact that the cigarette is not loosened when the cigarette ash is ejected effectively is ensured.
According to the invention, aiming at the problem that the cigarette ash is inconvenient to flick when the cigarette ash is used, the cigarette ash is convenient to flick by using the cigarette ash behavior recorder, a smoker does not need to shake the cigarette ash behavior recorder or manually flick cigarettes, and the automatic flick of the cigarette ash can be realized by continuously pressing a key through the vibration mechanism, so that the operation is simple and convenient, and the fly of the cigarette ash and the shake and the sliding of the cigarette in the process of flicking the cigarette ash are prevented.
Claims (10)
1. The smoking behavior recorder comprises a recorder main body, wherein a filter rod inserting channel is formed in the recorder main body, the radial size of the filter rod inserting channel is gradually reduced from an inserting port to the inside, the diameter of one end of the filter rod inserting channel inserting port is larger than the diameter of a filter rod to be inserted into a cigarette, and the diameter of the other end of the filter rod inserting channel is smaller than the diameter of the filter rod to be inserted into the cigarette; the filter rod inserting channel is characterized in that a vibrating mechanism is arranged on the filter rod inserting channel;
the vibration mechanism comprises a vibration channel, a collision part is arranged on the inner wall of the vibration channel, and the collision part is contacted with the filter rod inserting channel;
the vibration mechanism further comprises a vibration part; the vibrating part can freely slide in the vibrating channel; a reset spring is pressed between one end of the vibration part and one end of the vibration channel, and the vibration part stays at the other end of the vibration channel under the acting force of the reset spring; one end of the vibration part, which is not pressed with the spring, is provided with a pressing part capable of pushing the vibration part to compress the reset spring, and the pressing part extends out of the recorder main body;
the collision part comprises a protruding structure, and the protruding structure extends into the moving path of the vibration part in the vibration channel; the vibration part is made of elastic materials.
2. The apparatus according to claim 1, wherein the apparatus body is provided with a grip, the grip is provided with a holding groove structure for accommodating fingers, and the pressing part extends from the holding groove structure corresponding to the index finger.
3. A smoking behaviour recorder for facilitating the flicking of ash according to claim 2, wherein said vibrating portion is a sphere.
4. A smoking behaviour recorder for facilitating the flicking of ash according to claim 3, wherein said collision part is a serrated die.
5. The apparatus according to claim 4, wherein the pressing part comprises a link and a key, one end of the link is connected to the vibration part, the other end is connected to the key, and the key is extended from the main body of the apparatus.
6. The smoking behavior recorder comprises a recorder main body, wherein a filter rod inserting channel is formed in the recorder main body, the radial size of the filter rod inserting channel is gradually reduced from an inserting port to the inside, the diameter of one end of the filter rod inserting channel inserting port is larger than the diameter of a filter rod to be inserted into a cigarette, and the diameter of the other end of the filter rod inserting channel is smaller than the diameter of the filter rod to be inserted into the cigarette; the filter rod inserting channel is characterized in that a vibrating mechanism is arranged on the filter rod inserting channel;
the vibration mechanism comprises a vibration channel and a moving part, wherein the moving part can freely slide in the vibration channel; a reset spring is pressed between one end of the moving part and one end of the vibration channel, and the moving part stays at the other end of the vibration channel under the acting force of the reset spring; one end of the moving part, which is not pressed with the spring, is provided with a pressing part capable of pushing the moving part to compress the return spring, and the pressing part extends out of the recorder main body;
the vibrating mechanism further comprises a plurality of vibrating parts, one end of each vibrating part is connected with the outer wall of the filter rod inserting channel, and the other end of each vibrating part extends into the moving path of the moving part in the vibrating channel; the vibration part is made of elastic materials.
7. The apparatus according to claim 6, wherein the main body of the apparatus is provided with a grip, the grip is provided with a holding groove structure for accommodating fingers, and the pressing part extends out of the holding groove structure corresponding to the index finger.
8. The smoke behavior recorder for facilitating the flicking of cigarette ash of claim 7, wherein the moving part is a sphere.
9. The apparatus for recording the behavior of a cigarette that facilitates the flicking of a cigarette ash according to claim 8, wherein the vibrating part is a metal reed.
10. The apparatus according to claim 9, wherein the pressing portion includes a link and a key, one end of the link is connected to the moving portion, the other end is connected to the key, and the key is extended from the main body of the apparatus.
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