JP3034206B2 - Automatic smoking machine holder and roll feeder - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automatic smoking machine for automatically smoking cigarettes or other cigarette rolls and automatically analyzing components contained in the smoke. The present invention relates to an apparatus for automatically feeding cigarettes.

[0002]

2. Description of the Related Art When manufacturing and selling tobacco rolls such as cigarettes, components such as nicotine and tar contained in smoke when smoking the tobacco rolls are analyzed and the content thereof is determined. Must be displayed.

[0003] However, tobacco leaves are agricultural products, and their quality is not exactly constant. When producing the above cigarette rolls, a predetermined number of samples are prepared at a predetermined ratio corresponding to the number of tobacco rolls produced. The sample is taken out, and the sample is smoked by a smoking machine. The number of puffs and the burning rate of the roll are measured, and the components contained in the smoke are analyzed. Smoking machines are used to perform this analysis automatically. This smoking machine is provided with a plurality of smoking ports. A holder is mounted on each of the smoking ports, and a cigarette such as a cigarette is mounted on the holder, and a cigarette such as a cigarette is mounted through the holder. A winding is attached. The leading end of the mounted cigarette is ignited by a heater or the like, and the smoking machine inhales air through the cigarette in a predetermined pattern in accordance with standard smoking conditions, thereby smoking. A Cambridge filter is provided inside the holder to collect components such as nicotine and tar. The components in the smoke that has passed through the Cambridge filter into the smoking machine are analyzed by the gas analyzer for other components.

Further, there has been developed an automatic smoking machine which automatically performs a series of operations such as mounting a holder or a cigarette winding on the smoking machine, igniting, extinguishing, and removing butts. Such an automatic smoking machine is provided with a smoking machine and a robot device for automatically performing the above operations. This robot device is provided with, for example, an articulated arm, and a winding hand for gripping a winding, a lighter hand for ignition, a cutting hand for fire extinguishing, and the like are sequentially attached to the end of the arm, and the above-described series Do the work.

[0005] In the smoking test as described above, a large number of cigarettes are tested for smoking according to a predetermined program. Thus, the amount of cigarette rolls and holders required in a one-day smoking test increases. As a method of efficiently supplying such a large number of holders and cigarette rolls, for example, the number required for performing a series of smoking tests, for example, the same number of holders as the number of smoking ports, and a plurality of each of these holders are provided. It is conceivable that the total number of tobacco rolls to be mounted is held on one holder tray and one roll tray, and holders and cigarette rolls are supplied to the automatic smoking machine in units of these holder trays and roll trays. .

However, such an automatic smoking machine is provided with a robot device for mounting, igniting, cutting, and the like on these holders and windings, and an operator enters the operating range during the operation of the robot device. It is not possible. Therefore, the operation of the robot apparatus must be completely stopped in order to supply these holder trays and winding trays, so that the operation is interrupted for a longer time and efficiency is reduced.

[0007]

SUMMARY OF THE INVENTION The present invention has been made based on the above circumstances, and in the above-mentioned automatic smoking machine, the holder and the cigarette winding are automatically supplied to stop the operation of the robot device. It is an object of the present invention to provide an automatic smoking machine which does not need to be operated, has high efficiency, and has high safety.

[0008]

According to the present invention, there is provided a smoking machine main body, a plurality of smoking holes arranged in front of the smoking machine main body, and a smoking machine arranged in front of the smoking machine main body. In the automatic smoking machine having a robot device for mounting and igniting a holder and a cigarette winding on the smoking mouth, the robot device is disposed along the arrangement direction of the smoking mouth on the front surface of the smoking machine body. A holder tray supply mechanism and a winding tray supply mechanism are provided near the end of the rail, and the holder tray supply mechanism and the winding tray are provided near the terminal end of the rail. The supply mechanism holds a plurality of holder trays and winding trays, and each of these holder trays and winding trays is operated one by one in order to operate the robot body. It is supplied to 囲内, in the above holder tray and take the tray in which each winding of the plurality of the holder and the cigarette is held.

Therefore, the necessary number of holders and cigarette rolls for a series of programmed smoking tests are supplied in units of these trays, and when the series of smoking tests is completed, the robot body of the robot apparatus is moved to the end of the rail. To move and receive these holders and cigarette windings, thereby improving efficiency. Furthermore, since the holder tray supply mechanism and the winding tray supply mechanism hold a plurality of holder trays and the winding trays, and supply them one by one in sequence, even after a series of smoking tests is completed, the next series of Can be continued automatically, during which time the worker does not need to enter the operating range of the robotic device and the operation of the robotic device does not need to be stopped, so that the operation is extremely efficient.

According to a second aspect of the present invention, the total number of holders and windings held on the plurality of holder trays and winding trays is determined by the daily smoking test of the smoking machine main body. More than a number. Therefore, the smoking test can be automatically and continuously performed on a daily basis, which is extremely efficient.

According to a third aspect of the present invention, the number of holders held on the one holder is the same as the number of smoking ports of the smoking machine main body, and the winding number The number of cigarette rolls held on the holder is the same as the total number of cigarette rolls to be mounted on each of these holders and to be subjected to a smoking test, and a roll tray holder is provided on the robot body. The winding tray supplied from the winding tray supply mechanism is held on the winding tray holder, and the winding tray moves together with the robot body. Therefore, once the holders are mounted, a plurality of cigarette rolls mounted on each of these holders can be received from the roll holder that moves together with the robot body, and the robot is used to receive these cigarette rolls. There is no need for the main body to move to the end of the rail, which makes the work more efficient.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. The present embodiment relates to an automatic smoking machine for automatically smoking a cigarette such as a cigarette. First, the configuration of the entire automatic smoking machine will be described with reference to FIGS. 1 is a front view of the entire automatic smoking machine, FIG. 2 is a plan view of the same, FIG. 3 is a schematic side view of a smoking mechanism, and FIG. 4 is a perspective view of a smoking opening.

In the figure, reference numeral 1 denotes a smoking machine main body, and a plurality of smoking openings 2 are arranged in a front panel 5 of the smoking machine main body 1 in a horizontal direction. A holder 3 is attached to each of the smoking openings 2, and a cigarette or other cigarette winding C is attached to these smoking openings 2 via these holders 3.

A smoking mechanism 11 as shown in FIG. 3 is provided in the inside of the smoking machine main body 1 so as to correspond to each of the above-mentioned smoking ports 2. The smoking mechanism 11 is provided with a cylinder mechanism 13, which communicates with the smoking port 2 and the smoke collecting bag 15 via a three-way valve 12. The cylinder mechanism 13 is reciprocally driven at a predetermined cycle by a drive mechanism 14, and the three-way valve 12 is switched in response to the operation of the cylinder mechanism 13. As a result, air is intermittently sucked through the cigarette winding C via the holder 3, and the sucked smoke or gas is sent into the collection bag 15 via the three-way valve 12.

The collection bag 15 is connected to a suction pump 17 via a two-way valve 16, and the smoke sent into the collection bag 15 is sucked by the suction pump 17. Then, the smoke or gas is sent to the gas analyzer 18, where its components are analyzed. Further, a Cambridge filter is built in the holder 3, and nicotine and tar in the smoke from the winding C are collected by the Cambridge filter.

A combustion position detecting mechanism 20 as shown in FIG. 4 is provided in the vicinity of each smoking port 2 of the smoking machine main body 1. Reference numeral 22 in FIG.
It is attached to the tip. The shaft 21 is configured to protrude and retract by a driving mechanism (not shown) and rotate by a predetermined angle. Further, an infrared detector is built in the head 22 and detects infrared rays from the burning portion of the cigarette winding C. A hood 23 is protruded from the head 22 to prevent infrared rays from entering the infrared detector from a direction other than a predetermined direction.

When the cigarette winding C is mounted, the shaft 21 protrudes to a predetermined position in the axial direction of the winding C, and as will be described later, the head 22 is mounted on the robot device. The finger is pushed back to a predetermined combustion stop position by the finger of the hand. Then, the shaft 21 rotates, and the hood 23 of the head 22 is directed in the direction of the winding C. Therefore, when the winding C has burned to the combustion stop position corresponding to the head 22, infrared rays from the burning portion are detected, and it is detected that the winding C has burned to a predetermined position. In this case, the hood 2
Numeral 3 blocks light other than infrared rays emitted from the burning portion of the cigarette, and improves the detection accuracy of the burning position.

An exhaust hood mechanism 4 is provided at an upper portion of the front surface of the smoking machine main body 1 so as to correspond to each of the above-mentioned smoking ports 2 respectively. It is configured to collect and exhaust sidestream smoke. The exhaust hood mechanism 4 is provided with a cigarette winding C.
Is adjusted so that the flow velocity of the air flowing in the vicinity of the predetermined value becomes a predetermined value.

On the front side of the smoking machine main body 1, a robot device 30 is provided. The robot device 30 automatically attaches the holder 3 and the cigarette winding C to the smoking opening 2, and The mounted winding C is ignited, and when the winding C has burned to a predetermined position, the combustion portion at the leading end of the winding C is cut off by a signal from the combustion position detecting mechanism 20 to burn. It is stopped and after this the butts are removed.

The robot apparatus 30 is of a general-purpose type having an articulated arm, and 31 is a robot main body. The robot main body 31 is movable along a rail 32 disposed in front of the smoking machine main body 1, and is configured to correspond to the position of each smoking port 2 of the smoking machine main body 1. .

The robot main body 31 is provided with the articulated arm 33 as described above, and a hand mounting portion 34 is provided at the tip of the arm 33. And
The hand mounting portion 34 includes a holder hand for gripping the holder 3 and mounting the holder 3 on the smoking mouth 2, a winding hand for gripping a cigarette winding and mounting the winding C on the holder 3, An arbitrary hand corresponding to the work, such as a lighter hand that ignites the leading end of the mounted cigarette C, a cutting hand that cuts the leading end of the wound C that has burned to a predetermined length and extinguishes the fire, is detached.

The operation of the automatic smoking apparatus as a whole, such as the smoking machine body 1, the robot device 30, and other devices, is controlled by the control device 6. Next, with reference to FIGS. 5 and 6, the configuration of the mounting table and the like of each of the above hands will be described. A mounting table 35 for each hand is provided corresponding to one end of the rail 32 of the robot device 30. A holding plate 36 is provided on the mounting table 35, and the holding plate 36 is formed with a holding cutout having a shape corresponding to each hand. Five holding plates 36 are provided. Each holding plate 36 has a winding hand 41 for holding the cigarette C, a holder hand 42 for holding the holder 3, and a cigarette burned to a predetermined position. A cutting hand 43 for cutting the leading end of the cigarette C and two lighter hands 44 for igniting the leading end of the cigarette C are held.

The writer hand 44 is provided with a heater 45 as shown in FIG. The heater 45 is provided, for example, with a cross-shaped notch 47 in the metal resistance plate 46.
And heated by energization. Then, the tip of the cigarette C to which the heater 45 is attached is approached with a slight gap of, for example, about 1 mm.
Ignite. The heater 45 has a temperature of 600 ° C. or more, preferably 700 ° C., for ensuring ignition.
Heated above.

The current value when the heater 45 is energized is measured, and when the current value falls below a predetermined value, it is determined that the heater 45 is disconnected.
The circuit for measuring and determining the current value is built in the control device 6 described above. A plurality of, for example, two lighter hands 44 including spares are held on the mounting table 35. When the heater 45 of the lighter hand 44 is disconnected as described above,
A spare writer hand 44 is attached to the arm 33 of the robot device 30.

Next, the structure of the winding hand 41 will be described with reference to FIG. The winding hand 41 is provided with a socket 51 to be mounted on the hand mounting portion 34 of the arm 33 of the robot device 30. In addition, this winding hand 41
Is provided with a pair of fingers 52. These fingers 52 are opened and closed by a drive mechanism 53, hold the above-mentioned winding C, mount the winding C on the holder 3 mounted on the smoking port 2, and perform combustion. The butts of the finished winding C are grasped and removed. Further, the head 22 of the combustion position detecting mechanism 20 is pushed back to the combustion stop position at the finger 52.

The winding hand 41 has a position detecting mechanism for detecting the position of the leading end of the mounted cigarette C. This position detection mechanism includes a light emitter 55 and a light receiver 56. These light emitter 55 and light receiver 5
Reference numerals 6 are fixed to members on the fixed side separately from the fingers 52, and are opposed to each other at predetermined intervals. Then, a band-shaped laser beam 57 having a predetermined width corresponding to a predetermined measurement range is emitted from the light projector 55, and the laser beam 57 is received by a light receiver 56.

The width direction of the belt-shaped laser beam 57 coincides with the length direction of the wound cigarette C, and the leading end of the winding C is positioned within the width of the band-shaped laser beam 57. In this case, a part of the laser beam 57 is blocked by the leading end of the cigarette winding C. Then, the light receiver 56 measures the length of the portion blocked by the leading end of the winding C from the amount of the laser beam 57 that reaches, and thereby measures the position of the leading end of the winding C.

The brand and the length of the cigarette C to be smoked are registered in advance in the control device 6, and the robot device 30 is controlled in accordance with the length of the cigarette C. The winding hand 41 is stopped at a predetermined position such that the leading end of the winding C is located within the width of the laser beam 57, that is, within a predetermined measurement range. Therefore, the winding C blocking the laser beam 57 by the above-described position detection mechanism
By measuring the length of the leading end of the winding C, the position of the leading end of the winding C can be accurately measured.

Next, an apparatus for supplying the holder 3 and the cigarette winding C described above will be described with reference to FIGS. 6, 9 and 11. FIG. In this embodiment, there are provided 20 smoking ports 2 of the smoking machine main body 1 described above, and a holder 3 is attached to each of the smoking ports 2. In addition, a plurality of cigarette windings C are mounted and smoked on one of the mounted holders 3, and nicotine and tar of the plurality of windings C are collected in these holders 3, respectively. .

That is, a winding tray holder 61 protrudes below the robot main body 31. A winding tray 62 is placed on the winding tray holder 61,
A plurality of cigarette windings C are placed on the winding tray 62, and the number of cigarette windings C is equal to the number of the holders 20 attached to the 20 smoking openings 2 of the smoking machine main body 1. This is the total number of cigarettes to be attached.

Then, the winding tray 62 held by the winding tray holder 61 moves together with the robot main body 31, and the winding hand 41 at the tip of the arm 33 of the robot apparatus removes the winding C on the winding tray 62. It is gripped and sequentially attached to the holder 3 of each smoking opening 2.

The number of the holders 3 is equal to the number of the smoking holes 2, that is, 20 holders are placed on the holder tray 63 arranged corresponding to one end of the rail 32 of the robot device 30. . When all the windings C on the winding tray 62 have completed the combustion test, the winding hand 41 at the tip of the arm 33 of the robot device 30 is replaced with a holder hand 42, and the holder hand 42 Each holder 3 that has collected the tar content is sequentially removed from the smoking port 2, and each time the robot body 31
And the holder 3 is returned to the holder tray 63.

The rail 3 of the robot device 30
A winding tray supply mechanism 65 for sequentially supplying the above-mentioned winding tray 62 and a holder tray supply mechanism 66 for sequentially supplying the above-mentioned holder tray 63 are arranged at the end of the second.

The winding tray supply mechanism 65 is configured as follows. In the drawing, reference numeral 68 denotes a winding tray rack, which has a five-stage shelf shape. The winding tray rack 68 houses five winding trays 62 which are vertically separated from each other. 62 can be pulled out to the side of the winding tray rack 68.

A winding tray pull-out mechanism 69 is arranged adjacent to the side of the winding tray rack 68. The winding tray pull-out mechanism 69 is connected to the winding tray rack 68 described above.
And a lifting mechanism 71 for lifting and lowering the winding tray carrier 70 up and down, a horizontal moving mechanism 72 for moving the winding tray carrier 70 in the horizontal direction, and It has.

The winding tray carrier 70 is lifted by the elevating mechanism 71, pulls out and holds the winding tray 62 from an arbitrary stage of the winding tray rack 68, and then is moved by the elevating mechanism 71 to the winding tray carrier 70. Descends. The winding tray carrier 70 is horizontally moved by the horizontal moving mechanism 72 while holding the winding tray 62 in parallel with the rail 32 of the robot device 30.
Then, the winding tray 62 is transferred onto the winding tray holder 61 of the robot main body 31 that has moved to the end of the rail 32.

The holder tray supply mechanism 66 is configured as follows. In the figure, reference numeral 81 denotes a lifting rack, which holds five holder trays 63 vertically separated from each other, and vertically lifts and lowers the entire rack 81 while holding the holder trays 63. It is configured to be. Reference numeral 82 denotes an elevating mechanism for elevating the elevating rack 81. Further, a holder tray mounting table 84 is provided to face the end of the rail 32 of the robot device 30, and a holder tray moving mechanism 83 is provided beside the holder tray mounting table 84. The holder tray moving mechanism 83 includes a push plate 86 and an air cylinder mechanism 85 that moves the push plate 86 in a horizontal direction. And the above-mentioned lifting rack 8
When the holder tray 63 moves up and down and any holder tray 63 is positioned at the same height as the holder tray mounting table 84, the holder tray moving mechanism 83 is operated, and the push plate 86 moves forward to move the holder rack 63 to the holder rack. It is pushed out onto the rack mounting table 84.

The above-mentioned winding tray supply mechanism 6
5, and the operation of each part of the holder tray supply mechanism 66,
It is controlled by the control device 6 described above. Further, the robot main body 31 is provided with an ignition failure detection mechanism for detecting an ignition failure of the cigarette C mounted on the smoking machine main body 1. The ignition failure detection mechanism includes an infrared detector 91, and the infrared detector 91 is attached to the robot main body 31. As shown in FIG. 11, the infrared detector 91 is directed to the cigarette C mounted on the smoking machine main body 1,
When the writer hand 44 attached to the distal end of the arm 33 of the robot body 31 is igniting the leading end of the cigarette C, the cigarette C adjacent to the cigarette C immediately before the cigarette C , And detects infrared rays from the leading end of the winding C.

Then, the infrared detector 91 is sent to the control device 6, and when the infrared ray from the adjacent winding C is lower than a predetermined level, it is determined that the ignition to the winding C is defective. Then, a control signal is output to the robot device 30 so as to perform a relighting operation.

Next, the overall operation of the automatic smoking apparatus of the above embodiment will be described step by step. First, before starting the operation of this automatic smoking apparatus, five winding trays 62 are mounted on the winding tray rack 68 of the winding tray supply mechanism 65, and five winding trays 61 are mounted on the lifting rack 81 of the holder tray supply mechanism 66. Is mounted.

As described above, each of the above holder trays 6
3 holds 20 holders 3 for mounting on the 20 smoking openings 2 of the smoking machine main body 1. Further, for each of these holders, a plurality of cigarette windings C are mounted and a smoking test is performed. The winding tray 62 has a total number of windings C mounted on each of the 20 holders 3. Only the cigarette C is held. And the above 2
In this embodiment, the time required to mount the holders 3 on the zero smoking ports 2 and mount several windings C on each holder 3 to perform the smoking test is 2 hours in this embodiment.

Therefore, these five holder trays 6
The holder and the winding for 2 × 5 = 10 hours can be mounted on the 3 and the winding tray 62, and the holder and the winding for one day can be loaded in one operation. Therefore, if the five holder trays 63 and the winding tray 62 are mounted at the beginning of the day's work as described above, the vicinity of the automatic smoking apparatus for one day, that is, within the working radius of the robot apparatus 30, will be described. There is no need for workers to enter. For this reason, it is possible to operate the automatic smoking apparatus continuously throughout the day without interrupting the operation.

After mounting the holder tray 63 and the winding tray 62 in this manner, the automatic operation of the automatic smoking apparatus is started. First, the elevating rack 81 of the holder tray supply mechanism 66 moves up and down, and the holder tray moving mechanism 83 operates, so that the first holder tray 63 is supplied onto the holder tray mounting table 84. At the same time, the winding tray carrier 70 is lifted by the elevating mechanism 71 to pull out and hold the first winding tray 62 from the winding tray rack 68, and is moved by the elevating mechanism 71 and the horizontal moving mechanism 72. Move to the section.

Next, the robot main body 31 having moved to the terminal end of the rail 32 receives the winding tray 62 on the winding tray carrier 70 of the winding tray supply mechanism 65, and the robot main body 31 Roller tray holder 61
Hold on.

After the transfer of the winding tray 62 is completed, the above-mentioned winding tray carrier 70 is moved horizontally.
Move horizontally up and back. Next, the robot main body 31 of the robot device 30 moves to the position of the mounting table 35 along the rail 32, and the holder hand 42 is mounted on the hand mounting portion 34 at the distal end of the arm 33.

Next, the robot main body 31 moves to the terminal end of the rail 32, and the holder tray mounting table 84 of the holder tray supply mechanism 66 disposed at the terminal end.
One holder 3 is gripped from the upper holder tray 63. Next, the robot main body 31 moves to the position of the smoking mouth 2 at the end of the smoking machine main body 1, and the holder 3
Is attached to the smoking opening 2. Hereinafter, the above-described operation is repeated, and the holder 3 is sequentially attached to each smoking port 2 of the smoking machine main body 1.

Next, the robot body 31 moves to the position of the mounting table 35 for the various hands, and the arm 3
3. Remove the holder hand 42 at the tip of
5 and a new winding hand 41 is attached to the distal end of the arm 33.

Next, while holding the winding tray 62, the robot main body 31 moves along the rail 32 to the first position of the smoking port 2 where the winding is to be mounted. Then, the winding C on the winding tray 62 is gripped by the winding hand 41 at the end of the arm 33 of the robot main body 31, and the winding is mounted on the holder 3 mounted on the smoking opening 2. When the mounting of the winding C is completed, the winding hand 41 releases the grip of the winding C, and in accordance with the data such as the brand of the winding C stored in the control device 6, the winding hand 41 performs the mounting. The roll C moves along the axial direction to a predetermined position corresponding to the leading end thereof and stops.

Then, in this state, as described above, a belt-like laser beam is radiated from the projector 55 of the position detecting mechanism mounted on the winding hand 41 into a predetermined range, and the laser beam is received by the light receiver 56. You. In this case, a part of the laser light is blocked by the tip of the mounted winding C, and the light receiver 56 detects the amount of the received light from the winding C.
Detects the length of the part blocked by. As a result, the position of the leading end of the attached winding C is accurately detected, and data on the position of the leading end of the winding C is stored in the control device 6 for each winding C.

The control device 6 determines the combustion stop position of the volume C from the stored length data of the volume C based on the stored brand data of the volume C and the leading end position of the volume C. Is calculated, and this signal is fed back to the robot body 31. The robot body 31 moves the hand 41 based on the feedback signal, and moves the head 22 of the combustion position detecting mechanism 20 as described above.
To the predetermined combustion stop position.

The robot body 31 repeats such an operation while moving along the rail 32, and sequentially mounts the winding C on the holder 3 of each of the smoking ports 2. In this case, the winding C is gripped from the winding tray 62 held by the robot main body 31 and moved together with the winding main body 31 and is mounted on the holder 3 of the smoking opening 2. The robot body 31 only needs to move so as to sequentially correspond to each of the smoking openings 2 from the end, and the time required for mounting the winding C is reduced.

When the mounting of the winding C is completed in this way,
The robot main body 31 moves to the position of the mounting table 35 of the hand, and replaces the winding hand 41 at the tip of the arm 33 with the writer hand 44. The robot main body 31 sequentially ignites the leading ends of the mounted windings C while moving along the rails 32.

In this case, the writer hand 44
, The heater 45 opposes at a slight interval of about 1 mm from the leading end of the winding C, and in this state,
Draws air through this winding C and thereby ignites. In this case, since the positions of the leading ends of the windings C are accurately detected and stored when the windings C are mounted as described above, the heater 45 of the writer hand 44 is brought very close to the leading end of the winding C. In addition, it is possible to prevent the heater 45 from interfering with the leading end of the winding C and to prevent the winding C from being displaced.

During the ignition operation, the control device 6 controls the value of the current supplied to the heater 45, and maintains the temperature of the heater 45 at a predetermined temperature. The current value to the heater 45 is constantly monitored by the control device 6, and when the current value becomes equal to or less than a predetermined value, it is determined that the heater 45 of the writer hand 44 is disconnected.

In this case, the robot body 31 is moved by the control device 6 to the position of the mounting table 35 of the hand, and the disconnected writer hand 4 is moved.
4 is replaced with a spare lighter hand 44, and the ignition operation as described above is continued again. Therefore, the ignition operation, the smoking test, and the like are not interrupted by the disconnection of the lighter hand, and a reliable test can be performed. Further, even if the heater 45 of the lighter hand 44 is disconnected as described above, the ignition operation and the smoking test are not hindered as described above.
As described above, the temperature of the heater 45 of the lighter hand 44 is set to a high temperature of 600 ° C. or more, preferably 700 ° C. or more, so that the ignition of the winding C can be more reliably performed.

Further, in order to ensure the ignition of the winding C, the ignition of the winding C is confirmed by the above-mentioned ignition failure detecting mechanism. That is, the infrared detector 91 of the ignition failure detection mechanism is attached to the robot main body 31 as described above, and the infrared detector 91 is the one turn before the turn C ignited by the lighter hand 44 at the tip of the arm 33. It is configured to detect infrared rays from the tip of C. The signal from the infrared detector 91 is sent to the control device 6 to measure the temperature of the leading end of the winding C based on the amount of infrared light and the spectral distribution from the leading end of the winding C.
If the temperature is equal to or lower than a predetermined set value, for example, 50 ° C. or more lower than the temperature in the case where ignition is performed properly, it is determined that the ignition of the winding C has failed.

The controller 6 stores the position of the winding C in which the ignition has failed, and the robot body 31 fails in the ignition after the ignition work on all the windings C is completed. Returning to the position of the winding C, the winding is again ignited.

The ignition of the winding C is performed by sucking air through the winding C with the heater 45 of the lighter hand 44 close to the tip of the winding C as described above. Does not ignite this volume C,
In addition, there is a case where the fire disappears after ignition. Also in these cases, the infrared detector 91 detects the infrared ray from the leading end of the immediately preceding winding C after a predetermined time has elapsed since the ignition.
Therefore, the failure of the ignition of the winding C can be reliably detected. Therefore, it is possible to reliably prevent the smoking test from being redone again due to the failure of the ignition.

After the winding C of each smoking opening 2 has been ignited as described above, the smoking machine main body 1 performs the predetermined smoking test operation as described above, and measures the number of puffs and the burning rate of each winding C. , And component analysis.

The robot body 31 moves to the position of the mounting table 35, replaces the writer hand 44 at the tip of the arm 33 with the cutting hand 43, and waits until the combustion of the winding C is completed. I do. When each of the above-mentioned turns burns to a predetermined combustion end position, infrared rays are detected by the head 22 of the combustion position detecting mechanism 20 of the smoking machine main body 1, and it is detected that the turn C has burned to a predetermined position. . This signal is sent to the control device 6, which sends a control signal to the robot device 30. Then, the robot body 31 moves to the position of the winding C where the combustion is completed, and the cutting hand 4 is moved.
At 3 the fire is extinguished by cutting the end of the winding C.

The above operation is repeated to cut off the end of the wound C after burning, extinguish the fire, and remove butts and the like. In this case, the setting of the head 22 to the combustion stop position, the cutting of the leading end of the winding C by the cutting hand 43, and the like are performed based on the detection data of the position of the leading end of the winding by the position detecting mechanism of the winding hand 41. It is possible to end the combustion and cut and extinguish the fire at the correct position.

When the smoking test is completed for all the windings C as described above, the robot device 30 again mounts the windings C on the holders 3 of the respective smoking openings 2 as described above.
A series of operations such as ignition, smoking test, cutting and extinguishing are performed.
When a predetermined number of winding tests are performed on one holder 3, the holder hand 42 is attached to the arm 33 of the robot body 31 again, and these holders 3 are removed from the smoking holes 2. Returned to the holder tray 63,
Further, the holder tray 63 is returned to the rack 81 and sent to a process of analyzing the collected tar. At the same time, the empty winding tray 62 held by the robot main body 31 is returned to the winding tray rack 68.

Then, the series of smoking tests returns to the initial state, the robot main body 31 moves to the end of the rail 32, and the next holder on the holder tray mounting table 84 of the holder tray supply mechanism 66. Holder 3 from tray 63
Is gripped and attached to each smoking opening 2, and a series of smoking tests as described above is started. As described above, the holder tray supply mechanism 66 and the winding tray supply mechanism 6
5 accommodates five holder trays 63 and five winding trays 62, respectively, and two hours are required for the smoking test of the holders and the windings on each holder tray and winding tray. There is no need for personnel to be within the working radius of 30 and the smoking test can be performed automatically without interruption throughout the day.

The present invention is not limited to the above embodiment. For example, the type of the robot device is not necessarily limited to the above-described embodiment, and other types of robot devices can be adopted. in this case,
The holder tray supply mechanism and the winding tray supply mechanism do not necessarily need to be disposed near the end of the rail of the robot device, and the holder tray and the winding tray are sequentially supplied one by one within the operating range of the robot device. I just need.

The structures of the holder tray supply mechanism and the winding tray supply mechanism are not necessarily limited to the above-described structures. For example, it is not always necessary to arrange these holder trays and winding trays vertically in a rack and hold them.If there is enough space to install this automatic smoking machine, place multiple trays on a horizontal conveyor or turntable. The holder tray and the winding tray may be held.

The number of holder trays and winding trays held in the holder tray feeding mechanism and the winding tray feeding mechanism is not necessarily limited to the above-described embodiment.
Further, it is not always necessary to hold the supplied winding tray in the robot body and move it with the robot body. Conversely, the holder tray may be held by the robot body together with the winding tray.

[0067]

As described above, according to the present invention, a holder tray and a plurality of winding trays holding a predetermined number of holders and cigarette windings are held by a holder tray supply mechanism or a winding tray supply mechanism. Since the individual units are supplied within the operating range of the robot device, the number of holders and cigarette rolls required for a series of programmed smoking tests can be supplied in units of these trays, and the operation is efficient. In addition, the holder tray supply mechanism and the winding tray supply mechanism can hold a plurality of holder trays and the winding tray, respectively, and automatically supply them one by one. It is possible to continue the operation, during which the operator does not need to enter the operating range of the robot apparatus, and there is no need to stop the operation of the robot apparatus. .

[Brief description of the drawings]

FIG. 1 is an overall front view of an automatic smoking machine according to an embodiment of the present invention.

FIG. 2 is an overall plan view of the automatic smoking machine.

FIG. 3 is a sectional view of a part of a smoking mechanism of the smoking machine main body.

FIG. 4 is a perspective view of a smoking mouth portion of the smoking machine main body.

FIG. 5 is a front view of a portion of a robot apparatus and a mounting table of various hands.

FIG. 6 is a plan view of a portion of a robot apparatus and a mounting table of various hands.

FIG. 7 is a perspective view of a part of the writer hand.

FIG. 8 is a plan view of a winding hand and a position detection mechanism.

FIG. 9 is a side view of a winding tray supply mechanism and a holder tray supply mechanism.

FIG. 10 is a plan view of a winding tray supply mechanism and a holder tray supply mechanism.

FIG. 11 is a plan view of a portion of a robot main body and an ignition failure detection mechanism.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Smoking machine main body 2 Smoking opening 3 Holder 30 Robot device 31 Robot main body 32 Rail 33 Arm 62 Roll tray 63 Holder tray 65 Roll tray supply mechanism 66 Holder tray supply mechanism

──────────────────────────────────────────────────続 き Continued on the front page (58) Fields surveyed (Int. Cl. ⁷ , DB name) G01N 1/00 101 G01N 1/02 G01N 33/00

Claims (3)

(57) [Claims] 1. A smoking machine main body, a plurality of smoking mouths arranged in front of the smoking machine main body, and a holder and a cigarette winding attached to the smoking mouth arranged in front of the smoking machine main body and ignited. An automatic smoking machine comprising: a robot arranged along a direction in which the smoking ports are arranged on a front surface of the smoking machine main body; and a robot main body moving on the rail. A holder tray supply mechanism and a winding tray supply mechanism are provided near the end of the rail. The holder tray supply mechanism and the winding tray supply mechanism have a plurality of holder trays and a winding tray. While being held, these holder trays and winding trays are sequentially supplied one by one into the operating range of the robot main body, and the holder trays and the winding trays are supplied one by one. Each of the fine windings the tray holder and take-supply device for an automatic smoking machine, wherein a winding of a plurality of the holders and tobacco are retained. 2. The smoking machine according to claim 1, wherein the total number of holders and windings held on the plurality of holder trays and winding trays is equal to or greater than the number of daily smoking tests performed by the smoking machine body. Item 1. A device for supplying a holder and a roll of an automatic smoking machine according to Item 1. 3. The number of holders held on said one holder is the same as the number of smoking holes of said smoking machine main body, and said cigarette roll held on said roll holder. Is the same as the total number of cigarette rolls to be mounted on each of these holders and to be subjected to a smoking test, and a roll tray holder is provided on the robot main body, and the roll is supplied from the roll tray supply mechanism. And a roll feeder for the automatic smoking machine, wherein the roll tray is held on the roll tray holder, and the roll tray moves together with the robot body.