JP3389188B2 - Waste fluorescent lamp processing machine - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention generally relates to a processing machine for waste fluorescent lamps, and more particularly to a processing machine for separating and collecting waste fluorescent lamps into a base and a glass part.

[0002]

2. Description of the Related Art Conventionally, waste fluorescent lamps have often been landfilled as stable waste because the glass portion of the waste fluorescent lamp is noticeable. However, the fluorescent lamp widely used today is called a fluorescent discharge lamp to be exact, and it is a kind of low-pressure discharge lamp in which mercury vapor is sealed, and the fluorescent substance excited by the line spectrum of mercury ( It emits visible light by being coated on the inner surface of the glass part, and is filled with argon gas in a negative pressure state in order to facilitate the start of discharge.

[0003]

Most of the waste fluorescent lamps are damaged when they are landfilled, and harmful mercury vapor is released into the atmosphere, and at the same time, it adheres to the fluorescent body and is buried in the soil. Accumulates. When the number of waste fluorescent lamps increases, air pollution is caused, and from the viewpoint of environmental protection, recovery of mercury vapor and fluorescent substances is expected. The present invention has been proposed in view of the conventional circumstances, and its purpose is to separate the glass part of the waste fluorescent lamp from the base separately from the mechanical one in a rod shape or a circle line shape without manpower as much as possible. (EN) Provided is a disposal fluorescent lamp processing machine which can collect tungsten and the like from a base later and can separate a fluorescent body from a glass portion.

[0004]

In order to achieve the above object, a disposal fluorescent lamp treating machine of the present invention is provided with a holding means for stably holding the waste fluorescent lamp, and a holding means for holding the waste fluorescent lamp. It is composed of a notch cutting means for cutting the glass part near the base of the waste fluorescent lamp, a glass part collecting means for receiving the glass part in which the base is separated, and a base collecting means for receiving the separated base. It is characterized by being.

Therefore, the waste fluorescent lamp held by the holding means, whether rod-shaped or circle-shaped, is notched by the notch-cutting means in the glass portion near its base so that air is introduced into the lamp. Insert it to release the negative pressure and prevent the generation of a popping sound at the time of destruction,
By cutting or cutting, the base and the glass part are separated, and each is collected by the base collecting means and the glass collecting means. Therefore, in the subsequent process, the tungsten from the die, the fluorescent substance from the glass part, and other processes can be easily performed as appropriate. Further, since air enters the lamp through the notch, it is possible to prevent rupture at the time of separation. The incision cutting means can perform a partial incision or a complete cut. In the case of a partial incision, one side may be arranged with respect to only one side of the mouthpiece, but an auxiliary work for dropping the mouthpiece is required. If it cuts completely, it must be placed on both sides.

In the above-mentioned disposal fluorescent lamp processing machine, further, as a subsequent processing means of the above-mentioned notch cutting means, a waste fluorescent lamp partially notched by the notch cutting means in the glass portion near the base. It is composed of drop means for receiving and dropping the mouthpiece, and the notch cutting means only needs to make partial cuts to reduce wear, and compared with full cutting, the notch cutting means is more efficient at the notch part by the next dropping means. The parts are separated from each other by a machine, which speeds up the processing work and increases safety.

[0007] Even without least near space of the notch cutting means is an air sucked by and suction means is surrounded by a hood, the suction by the diffusion suction means preventing hood of argon and mercury vapor exiting the fluorescent lamp in the time notch Can be collected and ensure the health and safety of workers.

[0008] upper Symbol holding means, at least one row of the chain conveyor and sprocket numerous retaining pins and the chain conveyor which is provided at regular intervals on the outer periphery of the chain conveyor which Shuten moved backward from the front of the front of the processor The cutting and cutting means may be arranged at the rear of the holding means, and the operator may rotate the wheel through a wheel to dispose the waste fluorescence in front of the front of the processor. The lamp can be placed on a chain conveyor with a pin and conveyed from the front side to the rear side of the processing machine, and the cutting / cutting is performed by the cutting / cutting means at a remote place, which is preferable in terms of work safety.

[0009] upper Symbol cuts cutting means by a thin disk-shaped rotary grindstone or carbide saw blade is intended to cut a little glass portion near the mouthpiece, the drop means, rotates to separate the glass portion and the base It is composed of a separating means, and a notch effect is also added to this notch by adding a notch effect to this notch by speedily forming a notch on the glass part near the mouthpiece with a thin disk-shaped rotating grindstone or a cemented saw blade Since it is easily separated by the separating means, the separation work is much faster than the whole cutting and the abrasion of the rotary grindstone can be reduced.

[0010] The upper SL notch cutting means and said drop means, is composed of at least pair, at least one, is configured to be adjusted set position, at least one notch in response to the length of the rod-shaped fluorescent lamp By adjusting the setting positions of the cutting means and the dropping means, it is possible to easily cope with the lengths of several types of rod-shaped fluorescent lamps.

[0011] upper Symbol holding means, the chain conveyor constituting this conveying a rod-shaped fluorescent lamp until the notch cutting means, where the holding state, a thin disk-shaped grinding wheel constituting each said incision means for cutting right and left Form a notch in the glass parts near the left and right mouthpieces of the rod-shaped fluorescent lamp with a cemented carbide saw blade, and deliver the rod-shaped fluorescent lamp to the dropping means at the end of the chain conveyor, and the dropping means is , Consisting of a pair of left and right rotating grooved wheels having a plurality of grooves in the periphery and a pair of left and right fixed bases for removing the base, and rotating the rod-shaped fluorescent lamp received in the groove of the rotating grooved wheel while rotating the base. Separated by hitting the left and right mouthpiece dropping plates, the mouthpiece is made to fall into the mouthpiece collecting means, and the glass part is dropped to the glass part collecting means. The rod-shaped fluorescent lamp with a notch formed in the glass part near the gold is received in the groove of the rotary groove wheel at the end of the chain conveyor of the holding means and is conveyed on the outer peripheral part of the rotary groove wheel, and is automatically fixed. The base can be pressed against the drop plate to be separated, and dropped to the base collecting means, and at the same time, the broken glass portion can be dropped to the glass collecting means.

[0012] The above Symbol holding means, Sir Klein (annular)
Unlike the rod-shaped fluorescent light, the base of the fluorescent lamp is composed of a support that supports the socket pins during movement, and the glass part is supported from both sides by the glass part. The circline fluorescent lamp is supported by the support body in a good balance between the two right and left pins of the pin (which are located at the four corners of the square), and in that state, the slide movement due to the inclination and the transfer movement by the chain conveyor are performed. .

[0013] upper Symbol retaining means below the support has a chain conveyor having a plurality of retaining attachments which protrude above Sir Klein where operator away from the notch cutting means dropping means A fluorescent lamp can be placed on the support and conveyed by the holding attachment of the chain conveyor towards the incision cutting means.

[0014] upper Symbol glass unit collecting means is connected to the crusher, debris crushed by the crusher is sent to a separation means for separating glass fragments and fluorescent body, connected to said separating means The glass piece and the fluorescent substance can be separated by the wind force sorting means, and the fluorescent substance applied to the inner surface can be more efficiently separated from the broken pieces crushed by the crusher by the separating means. The separated and mixed glass pieces and phosphors are further sorted by a wind sorter.

[0015]

BEST MODE FOR CARRYING OUT THE INVENTION Next, an embodiment of the present invention will be described in detail below with reference to the accompanying drawings by an embodiment of a disposal fluorescent lamp processing machine. FIG. 1 is a partial cross-sectional side view for explaining the principle of a rod-shaped waste fluorescent lamp processing machine according to one embodiment of the present invention, FIG. 2 is a front view of the same waste fluorescent lamp processing machine, and FIG. 3 is the same. FIG. 5 is an elevation view for explaining the separating means and the wind force selecting means of the light lamp processing machine, FIG. 4 is an elevation view for explaining the principle of the cirque line fluorescent lamp processing machine of another embodiment, and FIG. 5 is a holding means. FIG. 3 is a partially enlarged view of the chain conveyor of FIG.

1 to 3, a processing apparatus 1 for a rod-shaped waste fluorescent lamp according to an embodiment includes a casing 10 having a substantially rectangular parallelepiped shape.
Inside, the chain conveyor 20 as a holding means for conveying the rod-shaped waste fluorescent lamp L from the front side to the rear side, and the cap M of the waste fluorescent lamp L held by the chain conveyor 20.
A thin disk-shaped rotary grindstone 31 (a cemented carbide saw blade can also be used) of the cutting / cutting means 30 for cutting the glass part G in the vicinity of, and a rotary groove wheel 41 and a fixed mouthpiece of the dropping means 40 for separating and dropping the mouthpiece M. From the drop plate 45, the glass part collecting part 50 for receiving the glass part G from which the base M is separated, the base collecting part 55 for receiving the separated base M, and the separating means 60 for separating the glass piece and the fluorescent body. It is configured.

The casing 10 has an opening 11 on the front surface thereof for the worker W to put the waste fluorescent lamp L on the chain conveyor 20, and the fluorescent lamp L in the casing 10 also functions as a suction hood. The opening 12 is connected to a suction means (not shown) having activated carbon that suction-adsorbs the argon gas or mercury vapor generated during the cutting.

The chain conveyor 20 is provided in three rows so as to be compatible with domestic fluorescent lamps and commercial fluorescent lamps L, and the left and right caps M of the fluorescent lamps are held and conveyed in a state of protruding to both sides. It is composed of a sprocket hole 21 and a chain 25 with a pin that is stretched around a guide plate 22 so that the rear side is horizontal and the rear side is horizontal. Has been rotated in the direction. In order to convey the fluorescent lamp L, as shown in FIG.
9 ′) is attached to the chain element 28. In order to correspond to a fluorescent lamp for home use, the cut / cut means 30 and the drop means 40 (the base drop plate 4) on either the left or right side.
(Including 5) is moved to the center side. An auxiliary guide to the base collecting unit 55 is also attached.

The thin disk-shaped rotary grindstone 31 of each of the left and right incision cutting means 30 is rotationally driven in the direction of arrow Y2 by the motor M2, and is removably mounted on the horizontally long mounting portion 35 inside the casing 10. Further, the glass portion G near the base M of the fluorescent lamp L conveyed by the chain conveyor 20 is cut at a horizontal portion of the chain conveyor 20 by about 3 to 6 mm to form a notch N. It is set. Chain conveyor 20
Means for dropping the rod-shaped fluorescent lamp L with a notch so that the base M is positioned on the fixed base drop plate 45 at the terminal end thereof.
It is designed to be handed over to the rotary groove wheel 41.

Dropping means 40 for separating and dropping the base M
In addition to the rotary groove wheel 41, each has a fixed ferrule dropping plate 45 on the outside thereof. Rotating groove wheel 41 of rotation separating means
Has a rotational angle position set by a key and fixed on a long rotary drive shaft 42 with a key groove, which is rotationally driven in the direction of arrow Y3 by a motor M3 in synchronization with the chain conveyor 20, and these grooves 43 are Then, the glass part G of the fluorescent lamp L is supported inside the notch N, and the base M is conveyed toward the fixed base drop plate 45 and abutted against the fixed base drop plate 45 to be separated at the notch N.
The separated base M is naturally dropped as it is to drop to the back base collecting part 55, and at the same time, the damaged glass part G is dropped to the front glass part collecting part 50.

The glass part collecting part 50 is provided with a shredder 51, which is driven by a geared motor M4 at the bottom and is composed of a spiral body having a large number of protrusions attached to the periphery thereof, so as to shatter into glass fragments P with a fluorescent substance. ing. Clasp collection unit 5
5 also has a crusher 52, which is a spiral member, which is rotationally driven by a geared motor M5, at the bottom. The glass shards P with the fluorescent substance are sent to the separating device 60 shown in FIG. 3 to separate the fluorescent substance and the glass shards, and the base M is also sent to another process to recover the tungsten filament.

The separating device 60 together constitutes a wind force selecting means, and the glass fragments P with the fluorescent substance charged from the charging port 62 in the casing 61 having an elliptical cross section is discharged by the blower 65 with the air A1. While circulating, the fluorescent body is repeatedly scraped from the glass shards P by three rotating brushes 64 (each of which is rotationally driven by a motor (not shown) as indicated by an arrow). The shards of glass P are crushed by the contact plate 66 by the discharged air A1 and the fluorescent substance is also separated by the impact, but are further rubbed by the rotating brush 64 to separate the fluorescent substance. The separated glass fragments of the fluorescent substance are collected at the outlet 63, and the fluorescent substance is conveyed together with the deposited mercury to the cyclone 67 sucked by the blower 65 by the air flow and separated (the separated fluorescent substance is Arrow F
). The sucked air is returned to the casing 61 after separating the fluorescent body. As the separating device 60, an airflow sorting device in which an airflow rises in a zag-shaped separating vertical tube connected to the cyclone 67 is also used.

In addition to the above embodiment of the processing machine for the rod-shaped waste fluorescent lamp, an embodiment of the processing machine for the circline waste fluorescent lamp will be described. Even in the processing line 2 for the waste fluorescent lamp of the sark line, the arrangement of the equipment from the side is as shown in FIG.
It is almost the same as that of. As shown in detail in FIGS. 4 and 5 (the fluorescent lamp K ′ and the support 27 are shown in phantom lines), the processing machine 2 inserts the circus line-shaped waste fluorescent lamp L ′ from the front side inside the casing. A chain conveyor 20 'of a row of holding means for carrying to the back, a support 27 above it, and a fluorescent lamp L'on the support 27 straddling between the socket pins SP of the conveyor. 20 'and a pair of thin disk-shaped rotary grindstones 31 on the left and right of the cutting and cutting means 30 for cutting the glass part G'near the base part M'.
And a pair of left and right rotary grooved wheels 41 of the dropping means 40 for separating and dropping the glass part G ′ from the base part M ′, and a glass part collecting part 50 for receiving the glass part G ′ with the base part M ′ separated.
And a collecting unit (not shown) of the base M ′.

The base M of the rod-shaped waste fluorescent lamp L is aluminum, and the base portion M'of the circle-shaped waste fluorescent lamp L'is
Has a separate collection unit because it is made of plastic. In this embodiment, the support 27 is a processing device 1 for a rod-shaped waste fluorescent lamp.
The role of the fixed base drop plate 45 in FIG. The holding attachment 29 'of the chain conveyor 20' has two pins so as to contact both ends of the mouthpiece M '. The processing line 2 for the waste disposal fluorescent lamp may be installed next to the processing device 1 for the rod-shaped waste fluorescent lamp, but the processing device 2 for the rod-shaped waste fluorescent lamp may be installed in the processing unit 1 for the rod-shaped waste fluorescent lamp at the location indicated by S in FIG. It can also be integrated, but in that case the support 27 must be removable and the chain conveyor 20 'with the retaining attachment 29' having two pins must be centrally provided.

The notch cutting means 30 forms a notch N for injecting air to bring the vacuum state in the fluorescent lamps L and L'to the atmospheric state. Therefore, only one of the left and right sides has a thin disc shape. A rotary grindstone 31 can also be provided. Of course, the notch N also assists the separation. The base M can be dropped by the dropping means 40 or the like even if there is no notch or if there is no cracking. Further, the notch cutting means 30 is arranged corresponding to each of the mouthpieces M and M ′ so that the mouthpieces M and M ′ are completely.
Also configured to cut off. Although the workability is reduced, the dropping means 40 can be omitted.

[0026]

As is apparent from the above description, the present invention
Cut according to the waste fluorescent lamp processor, go cut holding means for stably holding the waste fluorescent lamp, near the glass portion of the base of the waste fluorescent lamp held by the holding means Since the cutting means, the glass part collecting means for receiving the separated glass part of the base, and the base collecting means for receiving the separated base, the waste fluorescent lamp held by the holding means is , Whether it is rod-shaped or sircline-shaped, the notch cutting means makes a notch in the glass part near the mouthpiece and puts air into the lamp to release the negative pressure and generate a popping sound at the time of breakage. In addition to preventing it, it is separated into a mouthpiece and a glass portion by cutting or cutting, and each is collected by the mouthpiece collecting means and the glass portion collecting means. Therefore, in the subsequent processing, it becomes possible to easily separate tungsten from the die and the fluorescent material from the glass portion and other processing as appropriate. Further, since air enters the lamp through the notch, it is possible to prevent rupture at the time of separation.

[0027] As further processing means of the upper Symbol notch cutting means consist drop means for dropping the cap receiving waste fluorescent lamp partially cut were placed in a glass portion near the mouthpiece by notch cutting means Since the cutting / cutting means has only a partial cutting and wear is reduced, the die and the glass part are efficiently separated by the machine at the cutting part by the next dropping means as compared with the whole cutting. As a result, the processing work becomes faster and the safety becomes higher.

[0028] Even without least near space of the notch cutting means, suction to be air sucked by and suction means enclosed by the hood, to prevent diffusion of argon and mercury vapor exiting the fluorescent lamp in the time cut Food It can be sucked and collected by means to ensure the health and safety of workers.

The upper SL holding means, at least one row of the chain conveyor and sprocket numerous retaining pins and the chain conveyor which is provided at regular intervals on the outer periphery of the chain conveyor which Shuten moved backward from the front of the front of the processor The cutting and cutting means may be arranged at the rear of the holding means, and the operator may rotate the wheel through a wheel to dispose the waste fluorescence in front of the front of the processor. The lamp can be placed on a chain conveyor with a pin and conveyed from the front side to the rear side of the processing machine, and the cutting / cutting is performed by the cutting / cutting means at a remote place, which is preferable in terms of work safety.

The upper Symbol cuts cutting means by a thin disk-shaped rotary grindstone or carbide saw blade is intended to cut a little glass portion near the mouthpiece, the drop means, rotates to separate the glass portion and the base Being composed of a separating means,
A thin disk-shaped rotary grindstone or a super hard saw blade of the cutting means forms a speedy cut in the glass part near the die, and a notch effect is also added to this cut, and it is easily separated by the rotary separating means of the dropping means. As a result, the separation work is much faster than cutting off all, and the abrasion of the rotary grindstone can be reduced.

[0031] The upper SL notch cutting means and said drop means, is composed of at least pair, at least one, because it is configured to be adjusted set position, according to the length of the rod-shaped fluorescent lamp By adjusting the set positions of at least one of the notch cutting means and the dropping means, it is possible to easily cope with the lengths of several kinds of rod-shaped fluorescent lamps.

The upper SL holding means, the chain conveyor constituting this conveying a rod-shaped fluorescent lamp until the notch cutting means, where the holding state, a thin disk-shaped grinding wheel constituting each said incision means for cutting right and left Or a cemented carbide saw blade is used to form a notch in the glass parts near the left and right caps of the rod-shaped fluorescent lamp, and the rod-shaped fluorescent lamp is delivered to the dropping means at the end of the chain conveyor. Is
It consists of a pair of left and right rotating grooved wheels with a plurality of grooves around it and a pair of left and right fixed base scooping plates, and while rotating the rod-shaped fluorescent lamp received in the groove of the rotating grooved wheel, Since it is configured so that it is separated by hitting the mouthpiece dropping plate of, and the mouthpiece is dropped to the mouthpiece collecting means, and the glass part is dropped to the glass part collecting means, the thin disk-shaped rotary grindstone of each of the left and right incision cutting means. The rod-shaped fluorescent lamp with a notch formed in the glass part near the base by the receiving part is received in the groove of the rotary groove wheel at the end of the chain conveyor of the holding means, is conveyed in the outer peripheral part of the rotary groove wheel, and is automatically fixed. The base can be pressed against the base dropping plate to be separated, and dropped to the base collecting means, and at the same time, the broken glass part can be dropped to the glass collecting means.

The above Symbol holding means, Sir Klein (annular)
Unlike the rod-shaped fluorescent lamp, the cap portion supported by the glass portion from both sides faces the center direction because it is composed of a support body that supports between the socket pins of the fluorescent lamp base portion while moving. The circle line fluorescent lamp is supported by the support in a good balance between the left and right two pins of the socket pin (at the four corners of the square), and in that state the slid line fluorescent lamp is slid and moved, or the chain conveyor is used for transportation. The move is done.

The upper SL retaining means below the support, in order to have the chain conveyor having a plurality of retaining attachments which protrude above the operator is away from the notch cutting means dropping means A sarkline fluorescent lamp can be placed on a support and can be conveyed towards the scoring and cutting means by a holding attachment of a chain conveyor.

The upper Symbol glass unit collecting means is connected to the crusher, debris crushed by the crusher is sent to a separation means for separating glass fragments and fluorescent body, connected to said separating means Since the glass piece and the fluorescent body are separated by the wind force selection means, the fluorescent material applied to the inner surface can be more efficiently separated from the broken pieces crushed by the crusher by the separating means. Then, the separated and mixed glass pieces and the fluorescent body are further sorted by the wind sorting machine.

[Brief description of drawings]

FIG. 1 is a partial cross-sectional side view illustrating the principle of a rod-shaped waste fluorescent lamp processing machine according to an embodiment of the present invention.

FIG. 2 is a front view of the disposal fluorescent lamp processing machine.

FIG. 3 is an elevational view for explaining a separating means and a wind force selecting means of the disposal fluorescent lamp processing device.

FIG. 4 is an elevational view for explaining the principle of a processor for a circle-shaped fluorescent lamp according to another embodiment.

FIG. 5 is a partially enlarged view of the chain conveyor of the holding means.

[Explanation of symbols]

1 Disposal machine for rod-shaped waste fluorescent lamps 2 Sawline-shaped waste fluorescent lamp processing machine 10 Hood (casing) 20 Holding means (chain conveyor) 20 'holding means (chain conveyor) 21 sprocket wheel 25 chains 27 Support 29 pin (pin attachment) 30 Notch cutting means 31 Thin disk-shaped rotary whetstone 40 Drop means 41 rotary groove wheel 43 groove 45 Fixed base drop plate 50 Glass part collecting means 51 Crusher (for glass part) 52 Crusher (for mouthpiece) 55 Collecting means 60 Separation means 67 Wind power sorter L rod-shaped fluorescent light L'Sarkline fluorescent lamp N cut (notch) M base M'clasp Motor for M1 chain conveyor

─────────────────────────────────────────────────── ─── Continuation of the front page (58) Fields investigated (Int.Cl. ⁷ , DB name) B09B 3/00-5/00 B02C 18/06 B26D 1/00-11/00

Claims (7)

(57) [Claims] 1. A holding means for stably holding a waste fluorescent lamp, a cutting and cutting means for cutting a glass portion near the base of the waste fluorescent lamp held by the holding means, and the base. A glass part collecting means for receiving the separated glass part, and a base collecting means for receiving the separated base
In the disposal fluorescent lamp treating machine having the above-mentioned cutting and cutting means, as a subsequent processing means,
Part of the glass part near the base by the cutting means.
Receive the notched waste fluorescent light and drop the base.
Disposable fluorescent lamp processing equipment, characterized in that it is provided with drop means for making it possible. 2. The cutting and cutting means cuts a glass portion near the die slightly with a thin disk-shaped rotary grindstone or a cemented saw blade, and the dropping means separates the glass portion and the die. The processing machine for a waste fluorescent lamp according to claim 1, which is constituted by a rotation separating means. 3. The waste fluorescent lamp according to claim 1, wherein the notch cutting means and the dropping means are composed of at least a left and right pair, and at least one of them is configured so that a setting position can be adjusted. Processing machine. 4. The holding means conveys a rod-shaped fluorescent lamp to the notch cutting means by means of a chain conveyor constituting the holding means, and in the holding state, the holding means rotates a thin disk-shaped rotation forming each of the left and right notch cutting means. A notch is formed in the glass part near the left and right caps of the rod-shaped fluorescent lamp by a grindstone or a cemented carbide saw blade, and the rod-shaped fluorescent lamp is delivered to the dropping means at the end portion of the chain conveyor. Is composed of a pair of left and right rotating grooved wheels having a plurality of grooves on the periphery and a pair of left and right fixed base drop plates, and its base is rotated during rotation of the rod-shaped fluorescent lamp received in the groove of the rotating grooved wheel. On the left and right cap drop plates to separate them, and drop the cap on the cap collecting means and the glass part on the glass collecting means .
The processing machine for the waste fluorescent lamp according to claim 1, wherein the processing is performed. 5. The holding means supports a support body that supports between the socket pins of the base portion of the circle (annular) fluorescent lamp with the base of the rod-shaped waste fluorescent lamp protruding leftward and rightward. The processing device for a waste fluorescent lamp according to claim 1, which is provided between a pair of left and right supports. 6. The processing apparatus for a waste fluorescent lamp according to claim 1, wherein at least a space near the cutting and cutting means is surrounded by a hood and air is sucked by the suction means. 7. The holding means comprises at least one row of chain conveyors which circulates from a front side of the processing machine to a rear side thereof, a plurality of holding pins provided on the outer periphery of the chain conveyors at regular intervals, and the chain conveyors as sprockets. It consists of a motor that rotates around the wheel,
The processing device for a waste fluorescent lamp according to claim 1, wherein the notch cutting means is disposed behind the holding means.