JP2003341176A - Recycle component unit and imaging apparatus comprising it - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a low cost and easy-to-reuse recycle component unit in which each component can be held easily and surely during use and can be removed easily when it is reused, adhesive is not left and mixture of impurities and occurrence of marks are prevented, and to provide an imaging apparatus comprising that recycle component unit. <P>SOLUTION: The recycle component unit comprises a component 1 being removed when it is reused, a recycle component 2 being reused after the component 1 is removed, end parts 3 for holding the opposite end parts of one of the removing component or the recycle component, and means 4 for holding the end parts 3 by slipping them into the opposite end fixing parts of the removing component or the recycle component. <P>COPYRIGHT: (C)2004,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a recycle component unit and an image forming apparatus equipped with the recycle component unit. More specifically, the present invention relates to a recycle component unit that is a recycle component in which other components are removed and reused. The present invention relates to an image forming apparatus such as a copying machine, a facsimile machine, a printer, or a composite machine of these, which forms an image by a recycling part unit composed of a recycling part in which other parts forming an image by an electrophotographic method are removed and reused.

[0002]

2. Description of the Related Art In an image forming apparatus such as a copying machine or a printer, an outer cover for covering the outer surface of the apparatus is provided with predetermined record information such as an operation procedure of the apparatus and a part replacement order for a user or a service person. A record information display label written using characters, figures, patterns, etc. is attached with an adhesive. In addition, in the discharge port of the exterior top cover that also covers the upper part of the device and also serves as the discharge tray, a deteriorated part as an air flow countermeasure member is provided for the purpose of high heat air flow countermeasures such as a heat fixing unit which is a high heat generating element. An expensive heat-resistant member such as a conveyance guide plate that conveys a transfer sheet or the like is arranged in the vicinity of a heat fixing unit or the like, which is a high heat generating element, such as a sponge material attached with an adhesive material. 12 and 13, the recycle component unit 1 is attached to the apparatus main body 110a of the image forming apparatus 110 such as a copying machine, a facsimile machine, a printer, or a complex machine of these by using a mounting screw 112.
Toner image forming unit 1 for forming a toner image
Outer cover 1 of recycle part 102 for covering 11 devices
The exterior back cover 102a ₁ is 02a, the recording information display label 101b is attached by adhesive 113 to record information removal component 101 has been written (see Figure 12). In addition, the recycle part 102, which is the recycle part unit 100 that covers the upper part of the main body 110a of the image forming apparatus 110 such as a copying machine, a facsimile machine, a printer, or a complex machine of these, and also serves as a paper discharge tray. to the outer cover 102a discharge outlet of the outer upper cover 102a ₂ is, like sponge material degradation components of high heat airflow measures the heating fixing unit 114 is a heating element of the high thermal as airflow countermeasure member 101a in purpose in adhesive A conveyance guide plate 102b ₁ of an expensive heat-resistant component 102b that is attached or conveys the transfer paper of the transfer target (P) in the vicinity of the heat fixing unit 114 that is a high heat generating element is adhesive 113 or component recycling. It is fixed by the above-mentioned mounting screw 112 such as a tapping screw, which makes it difficult (see FIG. 13). Temporarily, the outer cover 102
When the material of the parts of the outer back cover 102a ₁ and the upper outer cover 102a ₂ which is a, is not compatible with the material of the outer cover 102a of this part after recovering the outer cover 102a of this part As long as the recorded information display label 101b and the air flow countermeasure member 101
It is necessary to separate the sponge material of the deteriorated part as a and the transport guide plate 102b _{1 of} the expensive heat resistant part 102b. When the usage limit of the image forming device is exceeded, remove the outer cover, which is a recycled part of the recycled parts unit, from the device that was conventionally discarded, crush and melt the outer cover, and then use it again as the same material. Material recycling is being carried out.

However, a record information display label, an outer cover and the like which are recycled parts of the recycled parts unit,
Attached with an air flow countermeasure member and an adhesive such as a transportation guide plate of expensive heat resistant parts, or fixed with attachment screws such as tapping screws that make it difficult to recycle parts,
When this record information display label, etc. is peeled off or removed and reused, an adhesive residue is left and impurities are mixed, or the record information display label itself is very difficult to peel off, it is difficult to remove, Since the display label and the like themselves are cut, damaged, and have traces on their appearance, the cost of material recycling is high.
Therefore, decals made of a material that is compatible with the front door are attached to the front and back surfaces of the front door, and a mark indicating that the front door can be reprocessed without peeling the decal is written on each decal. A sheet-shaped member showing the meaning of the mark is attached to the back side of the front door so that the front door can be recycled without peeling off the decal attached to the front door of the copying machine, and that fact is recycled. It is known to make sure that a trader understands (Japanese Patent Laid-Open No. 8-340182).
See the publication of the issue). Further, by sticking a peelable transparent film on the outer surface of the outer cover substrate, avoiding directly attaching a label that inhibits recycling to the outer cover substrate, and peeling the transparent film together with the label, It is also known to eliminate the inhibition of recycling (see Japanese Patent Laid-Open No. 2000-66607).

Further, in an image forming apparatus in which a decal having an adhesive applied to its back surface is removably attached to the adhered surface of the cover, a plurality of strips are provided with the adhesive on the back surface of the decal at intervals. It can be applied in a shape or dot shape to facilitate the peeling work after the decal is adhered, and it can be easily peeled after being adhered to the adhered surface of the recyclable parts such as the cover of the image forming apparatus etc. It is also known to reduce the cost of recycling etc. (JP-A-7-3020).
See the publication of No. 30). Further, a decal on which various display contents are written is attached to an object to be attached to a decal such as a copying machine with an adhesive, and a concave portion is provided on the object to be attached to the decal.
A space is provided between the recess and the decal to allow a driver for peeling the decal into place, making it easier to remove the decal and improving the recyclability of the adherend to which the decal is attached. It is also known (Japanese Patent Laid-Open No. 7-
See the publication of 334090). In addition, the display board attached to the front cover made of resin material of the copying machine is made of a material different from that of the front cover, and the product display is printed on the surface,
It is also known to remove the display plate when recycling the front cover by fitting one end side to the front cover and hooking the other end side so as to be detachably attached.
See the publication of -218550). However, this display board has a complicated structure in which the shapes of both ends are different, and the cost is high. That is, in order to reuse the outer cover etc. which is a recycled part of the recycle parts unit as it is as the same outer cover etc., the structure is simple and it is possible to easily attach or replace the record information display label etc. at a low cost. Must-have. However, if the adhesive that adhered the record information display label etc. of the recycled parts unit to the outer cover, etc., the transparent film, or the tapping screw attachment screw, the fitting and the latch, etc. were weakened, it could peel off or come off during use. There is a risk that the user will accidentally peel it off or detach it, information cannot be provided to the user such as safety precautions, and a failure or the like will increase the cost. Therefore, in the conventional recycled parts unit and the image forming apparatus equipped with the recycled parts unit, each part such as the record information display label of the recycled parts unit, the air flow countermeasure member, and the transportation guide plate of the expensive heat resistant parts is It is pasted with an adhesive or fixed with a tapping screw attachment screw etc.When peeling off each part of this recycling parts unit or reusing it, adhesive residue occurs and impurities are mixed, Removing the recycling parts unit The parts themselves are very difficult to peel off, difficult to remove, the recycling parts unit itself is cut or damaged, and the adhesive, transparent film, or tapping that adheres each part of the recycling parts unit. If the screws, etc. are weakened, they may come off or come off during use. Ri, there is a fear that the withdrawal or peeled off by mistake by the user, or no longer be able to provide such care safety information for the user, is a problem to say that also increase in cost in the occurrence of such a failure had occurred.

[0005]

DISCLOSURE OF THE INVENTION In a conventional recycling part unit and an image forming apparatus equipped with the recycling part unit, a record information display label of the recycling part unit, an air flow countermeasure member, and transportation of expensive heat resistant parts. Each part such as the guide plate is affixed with an adhesive or fixed with tapping screw attachment screws, etc.
When peeling off or removing each part of this recycling parts unit and reusing it, adhesive residue occurs and impurities are mixed, the parts removed from the recycling parts unit itself are very difficult to peel, it is difficult to remove,
If the recycled parts unit itself is cut or damaged, or if the adhesive, transparent film, or mounting screws that adhered the parts of the recycled parts unit are weakened, the parts may come off or come off during use. There has been a problem that there is a risk of accidentally peeling or detaching it, it becomes impossible to provide caution information regarding safety to the user, and a failure causes an increase in cost. Then, the subject of this invention is solving such a problem. That is, the method of holding each part of the recycled parts unit is easy, and after being securely held during use, the method of removing each part of the recycled parts unit is easy at the time of reuse, and no adhesive remains and no impurities remain. An object of the present invention is to provide a recycle component unit that can be easily reused at low cost by preventing the occurrence of mixture and traces, and an image forming apparatus including the recycle component unit.

[0006]

In order to achieve the above-mentioned object, the present invention according to claim 1 is a recycle part unit consisting of a recycle part in which other parts are removed and reused. , A recycled part that is reused after the detached part is removed, a held end where both opposite ends of the detached part or the recycled part are held, and the retained end is the removed part or the The most main feature of the recycling component unit is a recycling component unit, which is composed of an opposing fixing portion submersion holding means for submerging and holding the other end portion fixing portion of the recycling component. A second aspect of the present invention is characterized in that, in the recycling component unit according to the first aspect, at least one of the removal component and the recycling component is a recycling component unit made of a flexible material. According to a third aspect of the present invention, in the recycled parts unit according to the first or second aspect,
The main feature of the detached part or the recycled part is that it is a recycled part unit including a bending reinforcing means for restricting the bending amount to be small. The present invention according to claim 4 is
The recycling component unit according to claim 3 is characterized mainly in that the bending reinforcing means is a recycling component unit including a collar-shaped portion. A fifth aspect of the present invention is characterized in that, in the recycled component unit according to the third or fourth aspect, the bending reinforcing means is a recycled component unit including a thick portion. According to a sixth aspect of the present invention, in the recycle component unit according to the first, second, third, fourth or fifth aspect, the dismounting component or the recycle component prevents displacement from occurring due to pressure force in the lateral direction. Its main feature is that it is a recycled parts unit. A seventh aspect of the present invention is characterized in that, in the recycled component unit according to the sixth aspect, the deviation preventing means is composed of a rib-shaped rib member arranged in a lateral direction. The present invention according to claim 8 is characterized in that, in the recycled component unit according to claim 6 or 7, the deviation preventing means is a recycled component unit including a rib-shaped portion formed in a longitudinal direction.

The present invention according to claim 9 relates to claim 1, 2, 3,
In the recycling component unit described in 4, 5, 6, 7 or 8, the removal component or the recycling component is a recycling component unit including removal assisting means for assisting the removal work from the recycling component to be removed at the time of reuse. That is the main feature. A tenth aspect of the present invention is characterized in that, in the recycle component unit according to the ninth aspect, the removal assisting means is a recycle component unit having a tab-shaped portion. The 11th aspect of the present invention is characterized in that, in the recycle component unit according to the 9th or 10th aspect, the removal assisting means is a recycle component unit including a concave recess. The present invention according to claim 12 provides
In the recycling part unit according to claim 9, 10 or 11, the main feature is that the removal assisting means is a recycling part unit including a hole. A thirteenth aspect of the present invention is characterized in that, in the recycling component unit according to any one of the first to twelfth aspects, the detachable component is a recycling component unit including an air flow countermeasure member. A fourteenth aspect of the present invention is characterized in that, in the recycled component unit according to the thirteenth aspect, the airflow countermeasure member is a recycled component unit made of a sponge material. A fifteenth aspect of the present invention is characterized in that, in the recycling component unit according to any one of the first to twelfth aspects, the removable component is a recycling component unit including a record information display label. A sixteenth aspect of the present invention is characterized in that, in the recycle component unit according to any one of the first to fifteenth aspects, the recycle component is a recycle component unit including an outer cover. A seventeenth aspect of the present invention is characterized in that, in the recycled component unit according to any one of the first to sixteenth aspects, the recycled component is a recycled component unit made of a heat-resistant component.

The present invention of claim 18 is the recycle part unit according to claim 17, wherein the heat-resistant part is a recycle part unit comprising a conveying guide plate for conveying the object to be conveyed into or out of the heating part. Is the main feature. A nineteenth aspect of the present invention is characterized in that, in the recycled component unit according to the seventeenth or eighteenth aspect, the heat-resistant component is a recycled component unit made of polycarbonate. A twentieth aspect of the present invention is the recycle component unit according to any one of the first to nineteenth aspects, wherein the held end portion is a recycle component unit having a plurality of opposite end portions to be held. Is the main feature. The present invention according to claim 21 provides
The recycle component unit according to any one of claims 1 to 20, wherein the holding means for causing the facing fixed portion to slip into is
The main feature of the recycled component unit is that the recycled parts unit is configured by hooking and holding both ends of the held end. A twenty-second aspect of the present invention is the recycle component unit according to any one of the first to twentieth aspects, in which the holding means for causing the facing fixed portion to be submerged holds the four corners of the held end portion in a bag-shaped portion. Its main feature is that it is a recycled parts unit consisting of a shape holding part. A twenty-third aspect of the present invention is the recycle component unit according to any one of the first to twentieth aspects, wherein the holding means for causing the opposite fixed portion to be submerged holds the both ends of the held end by press-fitting. Its main feature is that it is a recycled parts unit. According to a twenty-fourth aspect of the present invention, in an image forming apparatus for forming an image by an electrophotographic method by a recycle component unit composed of a recycle component in which other components are detached and reused, the formed toner image is transferred to a transfer target. The most main feature of the image forming apparatus is a toner image forming unit for forming a toner image and the recycle component unit according to any one of claims 1 to 23 arranged in the toner image forming unit. And

[0009]

According to the first aspect of the present invention, there is provided a recycle component unit and an image forming apparatus having the recycle component unit as described above. One of the held ends of one of the parts, which is held by the opposite ends of the part, is held in the opposite fixed part of the holding means by slipping into the opposite fixed part of the holding part. In the second aspect of the present invention, the holding end portion, which holds the opposite end portions of one of the removable component and the recycled component, which is to be reused after removing the removable component to be removed at the time of reuse, is made to go under the facing fixing portion. , At least one of which is made of a flexible material and is retained by being dipped into the other opposite end fixing portion of the other of the detachable component or the recycled component. In claim 3,
Removing the detached parts to be removed at the time of reuse. Reusing the detached parts or the cycled parts so that the held end portions of one of the disassembled parts or the cycle part, which are opposed to each other, are pushed into the facing fixing part, and the amount of bending of the holding means is reduced. The detachable part or the recycled part, which is constituted by the bending reinforcing means for restricting, is made to sneak into and held in the other opposing fixed parts of the other part. In Claim 4, a retained end portion for holding both opposite ends of one of the removable component and the recycled component, which is to be reused after removing the removable component to be removed at the time of reuse,
The holding part is made to slip into and hold in the other facing fixed part of the other part of the detached part or the recycled part, which is composed of the brim-shaped part of the bending reinforcing means for restricting the amount of bending of the facing fixed part. According to a fifth aspect of the present invention, the held end portion, which holds the opposite end portions of one of the detachable component and the recycle component, which is to be reused after the detachable component to be removed at the time of reuse is made to slip into the facing fixing portion and the holding means. , The thickened portion of the bending reinforcing means for restricting the bending amount to a small amount, and the holding part is made to sneak into the other fixed portion at both ends of the detached component or recycled component.

According to a sixth aspect of the present invention, the held end portion, which holds the opposite end portions of one of the detachable component and the recycled component, which is to be reused after removing the detachable component to be removed at the time of reuse, is made to slip into the facing fixed portion. The detached component or the recycled component is held in the other opposite fixed portions of the detached component or the recycled component so as to be held therein, and the detached component or the recycled component is prevented from being displaced due to the pressing force by the displacement preventing means. According to claim 7, when the reusable part to be removed at the time of reuse is reused, the retained end portion of one of the dismountable component and the recycle component, which is held at opposite ends thereof, is made to sneak into the opposing fixing portion. The detached part or recycled part is held in the other fixed part on both ends facing each other and held, and the detached part or recycled part is displaced by the pressing force in the lateral direction by the rib-shaped rib member arranged in the lateral direction of the deviation prevention means. Prevent occurrence. In claim 8, when the reusable part to be detached at the time of reuse is reused, the retained end portions of one of the removable component and the recycle component, which are opposed to each other, are held, and the retentive end of the retaining means is held. The detached part or recycled part is held in the other end fixed part on the opposite side, and the detached part or recycled part is prevented from being displaced due to the pressing force in the lateral direction by the rib-shaped part formed in the longitudinal direction of the dislocation preventing means. To do. In claim 9,
When removing the reusable part to be removed at the time of reuse, reusing it after removing the remanufactured part or the recycle part. The detachable part or the recycle component assists the removal work from the recycle component of the detachable part or the recycle component that is to be removed at the time of reuse while holding the other reciprocal part fixed to the other opposite ends. In claim 10, when the reusable component to be removed at the time of reuse is reused, the retained end portions of one of the removable component and the recycle component, which are opposed to each other, are held, and the retentive end of the retentive portion is held. The detached part or recycled part is retained by being inserted into the other opposite end fixed part of the detached part or recycled part, and the detached part or recycled part is removed at the time of reuse. .

According to the eleventh aspect of the present invention, the held end portion, which holds the opposite end portions of one of the detachable component and the recycled component, which is to be reused after removing the detachable component to be removed at the time of reuse, is made to slip into the facing fixed portion. The detached part of the holding means is inserted into the other opposite end fixed part of the detached part or the recycled part and held, and the detached part or the recycled part is removed at the time of reuse. Assisted by the depression. In claim 12, the held end portion, which holds the opposite end portions of one of the removable component or the recycled component, which is to be reused after removing the removable component to be removed at the time of reuse, is caused to slip into the facing fixing portion, and the holding means is held. The removal part or the recycling part is sunk into and held in the other opposite end fixing part of the removal part or the recycling part, and the removal part or the recycling part assists the removal work of the removal part to be removed from the recycling part at the time of reuse by the hole of the removal assisting means. In claim 13, the held end portion of one of the detached component and the recycled component, which is held at its opposite ends and is reused after removing the airflow countermeasure member of the detached component to be removed at the time of reuse, goes under the opposed fixing portion. The detachable holding means is held by being inserted into the opposite end fixed portion of the other part of the airflow countermeasure member of the removed component or the recycled component. In Claim 14, the held end portion, in which both opposite end portions of one of the removed component and the recycled component are retained, which is reused after removing the airflow countermeasure member made of the sponge material of the removed component to be removed at the time of reuse, The fixed fixing portion is made to slip into and held in the fixed portion on both ends of the other part of the airflow countermeasure member or the recycled component made of the sponge material of the detaching part of the holding means. In claim 15,
Reuse after removing the record information display label of the removed part to be removed at the time of reuse, make one of the removed part or the recycled part hold the held end where both opposite ends are held, and remove the holding means. The information label of the part or the recycled part of the recycled part is sunk into and held in the fixed part on both ends facing each other.

According to a sixteenth aspect of the present invention, the held end portions of the outer cover of the detached component or the recycled component, which are opposed to each other and are held at opposite ends, which are to be reused after removing the detached component to be removed during reuse, are opposed to each other. Partly submerged and held in the other opposite fixed parts of the outer cover of the detached part or the recycled part of the holding part. In claim 17, the held end portion, which holds one of the opposite end portions of the heat-resistant component of the detachable component or the recycle component, which is to be reused after removing the detachable component to be removed at the time of reuse, is made to penetrate into the facing fixed portion. The detached part of the holding means or the heat-resistant part of the recycled part is held by being dipped into the other opposing fixed parts. In claim 18, one of the conveyance guide plates that guides the object to be conveyed in and out of the heating part of the heat-resistant part of the removed part or the recycled part, which is reused after removing the removed part to be removed at the time of reuse. Conveyance guide for conveying the object to be conveyed by guiding it into or out of the holding part where the opposite ends of the object are held and the heating part of the heat-resisting part of the holding part or the recycling part. The board is held by being dipped into the other opposite fixed portions of the plate. In claim 19, the polycarbonate (P, which is a heat-resistant part of a detached part or a recycled part, which is reused after detaching a detached part to be removed at the time of reuse.
C) Polycarbonate (PC) which is a heat-resistant part of a detached part of the holding means or a recycled part by allowing the held end part, which holds one of the opposite end parts, of one of the parts to be held into the facing fixed part.
And is held by being dipped into the fixed portion on both ends facing each other. In claim 20, when the reusable component to be removed at the time of reuse is reused, the retained end portions of one of the removable component and the recycle component, which are opposed to each other, are retained, and the retentive end is held in the opposing fixed portion. The detached part or the recycle part is held by being dipped into the other opposite end fixed part of the other part. In claim 21, the held end portion, which holds the opposite end portions of one of the removable component and the recycled component, which is to be reused after removing the removable component to be removed at the time of reuse, is made to sneak into the facing fixing portion of the holding means. The detachable component or the recycled component is held in the other opposite end fixing portion of the opposite part while being held therein, and the opposite fixing portion is caused to enter and the holding means hooks and holds both ends of the held end portion by the hook holding portions. In claim 22, when the reusable part to be detached at the time of reuse is reused after being detached, the held end portion, at which one of the opposite ends of the detachable component or the recycle component is held, is made to sneak into the opposing fixing portion and the holding means. The detachable component or the recycled component is held in the other fixed portion at both ends facing each other and held, and is also dipped into the opposed fixed portion, and the holding means is the held end portion 4
The corner is held by the bag shape holding portion. In claim 23, the held end portion, which holds the opposite end portions of one of the detachable component and the recycled component, which is to be reused after detaching the detachable component to be removed at the time of reuse, is made to slip into the facing fixing portion, and the holding means is held. The detachable part or the recycled part is sunk into and held in the other opposing both end fixing part, and the opposite fixing part is sunk into the holding part, and the holding means is held by the press-fitting holding part that press-fits and holds both ends of the held end part. In the twenty-fourth aspect, the recycle component unit according to any one of the first to twenty-third aspects is arranged in the toner image forming means for forming the toner image by transferring the formed toner image to the transfer target.

[0013]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, embodiments of the present invention will be described in detail with reference to the drawings. 1 to 3 are cross-sectional views of essential parts of a recycle component unit according to an embodiment of the present invention,
It is a perspective view and a sectional view. In the figure, the recycling part unit 0a of the recycling part unit 0, which is a recycling part in which other parts are removed and reused, is the removal part 1 to be removed at the time of reuse and the above-mentioned removal part 1
The recycle component 2 which is reused after being detached from the removable component 1 is held by the holding end 4 which holds one of the opposite ends of the recycle component 2 and which is held by the holding means 4.
Alternatively, the recycle component unit 0 may be held by being inserted into the other opposite end fixed portion of the recycle component 2 and held.
The method of holding each part of a is easy, and after being securely held during use, the method of removing each part of the recycled parts unit 0a is easy at the time of reuse, no adhesive remains, and impurities are mixed or traces remain. It is easy to reuse and low cost. Recycling part unit 0a consists exterior on the cover 2a ₂ Metropolitan removal component 1 of the airflow measures member 1a and recycled parts 2 external cover 2a. The airflow countermeasure member 1a of the detachable component 1 is a flexure composed of a mylar of the flexure reinforcing means 5 for preventing the detachment of each component in use at the bottom of the sponge material of the flexible material of the deteriorated component so that the flexure amount is restricted to a small amount. attaching the reinforcing plate, the flange-shaped portion 5a of the flange (tab) shape for hooking formed above the holding end portion 3 of the two side portions facing causes sink into fixed-fixed portion that faces the outer upper cover 2a ₂ Then, the opposed fixing portion is made to slip into the hook holding portion 4a of the holding means 4 and is securely held. The flexure reinforcing means 5
Is, thick portion 5b on the exterior on the cover 2a ₂ of the exterior cover 2a
It is also possible to prevent the parts from coming off by limiting the amount of bending to a small structure by forming a simple structure. First, at the time of assembling the recycle component unit 0a, the collar-shaped portion 5a on one side is made to slip into the opposed fixing portion and the holding means 4 is held.
The airflow countermeasure member 1 of the sponge material made of a flexible material is made to slip into the claw-shaped portion of the hook holding portion 4a and inserted.
By bending a, the other collar-shaped portion 5
It is possible to easily and easily hold a by making a slip into the hook-shaped portion of the hook holding portion 4a. Thus, at the time of reuse, the airflow measures member 1a, together with the reinforcing member 5 made of Mylar, it is possible to easily removed easily from the exterior on the cover 2a _2.

In FIG. 4, the recycling part unit 0b of the recycling part unit 0 includes a decal or sheet-shaped record information display label 1b of the detachable part 1 and an outer back cover 2a ₁ of the outer cover 2a of the recycle part 2. Consists of. The four corners of the held end portion 3 at both opposite end portions of the recorded information display label 1b are made to slip into the opposite end fixing portions of the outer back cover 2a ₁ ,
The opposing fixed portion is made to slip into the bag-shaped holding portion 4b of the holding means 4 so as to be held. Therefore, the four corners of the held end portions 3 at the opposite side ends of the decal or sheet-shaped record information display label 1b of the detachable part 1 are made to slip into the facing fixed portion and the holding means 4 holds the bag shape. Since it is hooked on the portion 4b and held, it does not easily come off during use and is held securely. FIG. 5 shows that in the recycle component unit 0a, the air flow countermeasure member 1a has a rib-shaped rib member 6a arranged in a lateral direction such as a longitudinal center portion of the air flow countermeasure member 1a of the deviation prevention means 6 by an arrow (A). ) Direction even in the short-side direction, so as to prevent the air flow countermeasure member 1a from coming off during use, and even when vibration or shock is applied,
Further, it is securely held. Even with a simple structure in which the rib-shaped portion 6b is formed in the longitudinal direction of the airflow countermeasure member 1a, the deviation prevention means 6 prevents the deviation due to the pressing force in the lateral direction of the arrow (A) shown in the drawing. The airflow countermeasure member 1a is prevented from coming off, and even when vibration or impact is applied, the airflow countermeasure member 1a is more reliably held.

FIGS. 6 to 8 are views for explaining the configuration and operation of another embodiment. In FIG. 6, the recycling component unit 0c of the recycling component unit 0 is the air flow countermeasure member 1a or the recorded information display label. 1b The opposite fixed portions of both ends of the held end portion 3 of the opposite side of 1b are press-fitted and held.
And the airflow countermeasure member 1 of the detachable component 1
a or both ends of the held end portions 3 at opposite side end portions of the recorded information display label 1b are connected to the outer upper cover 2a _{2 of} the outer cover 2a of the recycle part 2 or the outer back cover. 2a ₁ is sunk into the fixing portions opposite to each other in the direction of the arrow (B) shown in the figure, and is sunk into the fixing portion 4c, and is pressed into the press-fitting and holding portion 4c having a frame shape surrounding the space by the ribs of the holding means 4 ( (See FIG. 7), the airflow countermeasure member 1a of the detachable part 1 or the bending of the record information display label 1b in the direction of the arrow (C) shown in FIG. See). Therefore, the recycling component unit 0c has a relatively small holding force, but in the case of a molded component such as plastic, it is not necessary to use a slide mold, and the removal work can be facilitated at a lower cost. .

FIG. 9 is a block diagram of another embodiment of the present invention, in which the recycle component unit 0d of the recycle component unit 0 is located close to the high heat generating element 8, for example, the heat fixing unit of the image forming apparatus. Recycled parts placed 2
It consists of the conveyance guide plates 2b ₁ of the heat component 2b and the frame 1c of the removal part 1 to hold it. The conveyance guide plate 2b ₁ has the held end portions 3 at both end portions facing each other,
The detachable part 1 is made to sneak into the opposite end fixing parts of the frame 1c, and is made to sunk into the opposite fixing part so as to be hooked and held by the hook holding part 4a of the holding means 4. First, at the time of assembly of the recycled component unit 0d, the refractory part 2b of one side of the object holding end portion 3 of the conveyance guide plates 2b _2, holding portions 4a hooked formed in the frame 1c of the removable component 1 the insertion by sink into claw-shaped portion, by deflecting the conveyance guide plate 2b ₁ of the heat-parts 2b of the flexible material, the other above the held end 3 of one of the conveyance guide plates 2b ₁ the counter fixed It is possible to easily and easily hold the member by making it slip into the claw-shaped portion of the hook holding portion 4a of the holding means 4. As a result, at the time of reuse, polycarbonate (PC), which is an expensive and heat-resistant material for the recycled parts 2 of the recycled parts unit 0d, is used.
The transport guide plate 2b of the expensive heat-resistant component 2b made of
_1, the frame 1c of the removable component 1 easy easily removed, the conveying guide plate 2b ₁ expensive the refractory part 2b it becomes possible to reuse at a low cost. FIG. 10 is a perspective view of another embodiment, in which the recycling component unit 0 of the recycling component unit 0 is described.
a, the recycle component unit 0b, the recycle component unit 0c, and the recycle component unit 0d, the airflow countermeasure member 1a of the detachable component 1, the record information display label 1b, the frame 1c, or the outer cover of the recycle component 2 described above. The heat-resistant component 2b and the heat-resistant component 2b have a tab-shaped portion 7a, a concave portion 7b, and a hole portion 7c of a detachment assisting means 7 for assisting the detaching operation of the detachable component 1 to be removed at the time of reuse. ing. Thereby, at the time of reuse, by grasping and pulling up the tab-shaped portion 7a formed on the end portion of the recorded information display label 1b of the detachable component 1 or the recycling component 2 (not shown), or By inserting a fingertip or a detachable member in the recessed recess 7b or the hole 7c formed in the exterior cover 2a of the recycled component 2 or the detachable component 1 (not shown), it is easy to reuse. It has become possible to provide the above-mentioned recycled parts unit 0 at low cost.

FIG. 11 shows an image forming apparatus to which the present invention is applied.
FIG. 3 is a configuration diagram, and in this image forming apparatus 10,
Toner image by transferring the image to the transfer paper of the transfer target (P)
The toner image forming means 11 for forming a toner image according to claim 1 or 2.
3. The recycled parts unit 0 according to any one of 3 above.
Of the recycling part unit 0a, the recycling section
Product unit 0b, above recycled parts unit 0c, above
It consists of the recycle parts unit 0d. Above picture
The image forming apparatus 10 reads a document and based on the document image.
Copy function and pre-printing for electrophotographic image formation
Although it has the function of a computer,
It is also possible to add the function of. Image forming device body
Of the document reading unit 11a fixed on the upper part of 10a
Contact glass 11a₁Place the original document not shown
Then, this document moves to the right in the direction of the arrow (D) shown.
Light source 11a_TwoIlluminated by the reflected light image
The light source 11a_TwoTogether with the arrow (D) shown to the right
First mirror 11a moving to_ThreeAnd then above
Light source 11a_Two1/2 speed to the right in the direction of arrow (D)
Second mirror 11a moving in the direction_FourAnd the third mirror
11a₅After being reflected by the reading device 11a₆Incident on
It The reading / reading device 11a₆From the manuscript not shown
For reading the reflected light image of, for example, CCD
Image sensor not shown and this image sensor
It also has an imaging lens (not shown) that forms an optical image on the
is doing. The latent image forming means 11b is a laser (not shown).
The rotating polygon mirror 11 that reflects the laser light emitted from the light source.
b₁, Fθ lens, etc. for scanning imaging
b _TwoMirror 11b that reflects the laser beam that has passed through_Three,mirror
-11b_Four, Mirror 11b ₅Has its laser light
(L) is a latent image carrier 11c on a drum-shaped photoreceptor
Is supposed to be imaged on. Laser light (L) is the above
Reader 11a₆Corresponding to the image signal read by
Light is modulated and is irradiated with such laser light (L).
Of the drum-shaped photoconductor that is the latent image carrier 11c
An electrostatic latent image corresponding to the image original is formed on the surface.
When the electrostatic latent image described above passes through the developing device 11d,
It is visualized as a toner image.

[0018] The developing device 11d includes a developing roller rotatably supported developer carrying member 11d ₂ developer (T) and the developing container 11d ₁ of the case that houses at its inside, is rotated The developer (T) is carried on the peripheral surface of the developing roller of the developer carrying member 11d ₂ and is carried, and is formed on the drum-shaped photosensitive member which is the latent image carrying member 11c by the carried developer (T). The formed electrostatic latent image is visualized as a toner image. In the developing device 11d, as the developer (T), a powdery two-component developer having a toner and a carrier is used, but a one-component developer containing no carrier can also be used. On the other hand, the transfer paper of the transfer target (P) is transferred from any one of the plurality of paper feed cassettes 11e ₁ , 11e ₂ and 11e ₃ of the paper feed unit 11e in the direction of the arrow (E) in the figure. At the timing when the transfer sheet of the transferred material (P) is fed and aligned with the toner image of the drum-shaped photoconductor, which is the latent image carrier 11c, by the registration roller pair 11f, the transfer image is transferred by the latent image carrier 11c. It is fed to a transfer nip portion (N) at a transfer position (S) between a certain drum-shaped photoreceptor and the transfer belt 11g ₁ of the transfer means 11g.

Formed from a material that is electrically resistive
Endless transfer belt 11g₁Is the drive roller 11g
_TwoAnd driven roller 11g_ThreeThe arrow shown wrapped around and
Driven in the (F) direction, the latent image is transferred at the transfer position (S).
Abut on the surface of the drum-shaped photoconductor that is the image carrier 11c
And a transfer nip portion (N) is formed. The above resist
Of the transferred body (P) sent by the roller pair 11f
The transfer paper is the above-mentioned transfer belt 11g.₁Carried by being carried by
While being transferred, the transfer belt 11g ₁And the latent image carrier 1
1c of the transfer position (S) between the drum-shaped photoreceptor
It passes through the transfer nip portion (N). At this time, the transfer bell
11g₁Of the transfer means 11g arranged on the back side of
The transfer bias roller is the latent image carrier 11c.
The charging characteristics of the toner on the drum-shaped photoreceptor are opposite to those of the charging characteristics.
Drum shape to which pressure is applied and which is the latent image carrier 11c
Image on the transfer paper of the transfer target (P)
Electrostatically transferred to the surface. Transferred with toner image transferred
The transfer paper of the body (P) is continuously the transfer belt 11g.
₁The transfer belt 11g is carried and carried by the transfer belt 11g.₁Away
After recycling, the recycle parts unit 0
The frame of the detachable part 1 of the crew part unit 0d
The heat resistance of the recycled part 2 held in the chamber 1c
After passing through the conveyance guide plate 2b1 of the component 2b,
After passing through the heat fixing unit 11h which is also the heat body 8,
The toner image is transferred to the transfer target (P) by the action of heat and pressure.
It is fixed on the paper. Then, transfer of the transferred material (P) is performed.
The copying paper is the above outer cover 2a._TwoAnd pass through
Cover 11i as a copy paper by a pair of rollers 11i
2a_TwoIt is discharged to the discharge tray 11j which is also used as
Be stored. The latent image carrier 1 after transfer of the toner image
On the surface of the drum-shaped photoconductor 1c, the transfer target (P)
Transfer residual toner that was not transferred to the transfer paper
The transfer residual toner is removed by the cleaning unit 11k.
Which is the latent image carrier 11c removed by the drum
The shaped photoreceptor surface is cleaned. Carrying the above latent image after cleaning
The surface of the drum-shaped photoconductor, which is the body 11c, is composed of a lamp.
Is neutralized by the static eliminator 11l and is initialized.
Further, the latent image carrier 11c is provided by the charger 11m.
The drum-shaped photoconductor is uniformly charged.
The image forming operation of is executed.

The recycled component unit 0b of the recycled component unit 0 or the recycled component unit 0c is held by the decals of the removable component 1 or the opposite side edges of the record information display label 1b in the form of a sheet. The four corners of the end portion 3 that are submerged in the facing fixing portion are made to slip into the facing fixing portion, and the bag-shaped holding portion 4 of the holding means 4 is held.
by the exterior cover 2a of the recycle part 2 consisting of the outer rear cover 2a ₁ like holding hook to b, so that the cover the toner image forming unit 11. Therefore, the method of holding each part of the recycled parts unit 0a, the recycled parts unit 0b, the recycled parts unit 0c, or the recycled parts unit 0d of the recycled parts unit 0 is easy and surely held during use. After reuse, the recycling parts unit 0a, the recycling parts unit 0b, the recycling parts unit 0c, or the recycling parts unit 0d of the recycling parts unit 0 can be easily removed with an adhesive. To prevent the mixture of impurities and the generation of traces.
The recycled parts unit 0a, the recycled parts unit 0b, the recycled parts unit 0c of the recycled parts unit 0 which can be easily reused at low cost,
Alternatively, it is possible to provide the image forming apparatus 10 including the recycled component unit 0d.

[0021]

Since the present invention is constructed as described above, according to the invention of claim 1, the method of holding each part of the recycled parts unit is easy and the parts are surely held during use. Later, when reusing, it is easy to remove each part of the recycled parts unit, there is no adhesive left behind, and it is possible to prevent impurities from mixing and traces, and to provide a recycled parts unit that is easy to reuse and low cost. I can do it now. According to the second aspect of the present invention, the method for holding the respective parts of the recycled parts unit is further easy, and the method for removing the respective parts of the recycled parts unit at the time of reuse after being securely held during use is further provided. ,
It has become possible to provide a recycled parts unit which is easy, prevents the mixture of impurities and the generation of traces without leaving an adhesive, and is easy to reuse and low in cost. According to the invention of claim 3, the method of holding the respective parts of the recycled parts unit is easy, and during use, the amount of bending is restricted to a small amount to prevent the parts from coming off, and after being securely held, the parts are re-worn. At the time of use, it is easy to remove each part of the recycled parts unit, prevent the mixture of impurities and the generation of traces without leaving an adhesive, and it is possible to provide a recycled parts unit that is easy to reuse and low cost. I can do it. According to the invention of claim 4, the method of holding the respective parts of the recycled parts unit is easy, and during use, the amount of bending is restricted to a small amount to prevent the parts from coming off.
After being securely held, it is easy to remove each part of the recycled parts unit when reusing, and there is no adhesive remaining, preventing the mixing of impurities and the generation of traces, easy reuse and low cost. It is now possible to provide recycled parts units.

According to the invention of claim 5, the method of holding each part of the recycled parts unit is easy, and during use, the amount of bending is restricted to a small amount by a simple structure to prevent the parts from coming off, and to ensure the reliability. After being held in, it is easy to remove each part of the recycled parts unit when reusing, and there is no adhesive remaining, preventing mixture of impurities and generation of traces,
It is now possible to provide a low cost recycled parts unit that is easy to reuse. According to the invention of claim 6, the method for holding the respective parts of the recycled parts unit is easy, and is prevented from being displaced by the pressing force in the lateral direction of the respective parts during use. At the time of use, it is easy to remove each part of the recycled parts unit, prevent the mixture of impurities and the generation of traces without leaving an adhesive, and it is possible to provide a recycled parts unit that is easy to reuse and low cost. I can do it. According to the invention of claim 7, the method of holding each part of the recycled parts unit is easy, and even when vibration or impact is applied, it is prevented from being displaced by the pressing force in the lateral direction of each part during use. Furthermore, after being securely held, it is easy to remove each part of the recycled parts unit at the time of reuse, the adhesive does not remain, the mixture of impurities and the generation of traces are prevented, and the reuse is easy and low. It is now possible to provide costly recycled parts units. According to the invention of claim 8, the method of holding the respective parts of the recycled parts unit is easy, and during use, the parts can be securely held by the pressing force of the respective parts in the lateral direction and by the simple structure. After reuse, it is easy to remove each part of the recycled parts unit when it is reused, and no adhesive remains, preventing the mixing of impurities and the generation of traces. It is now possible to provide.

According to the invention of claim 9, the method for holding the respective parts of the recycled parts unit is easy, and the method for removing the respective parts of the recycled parts unit after reuse is surely held during use, and It is now possible to provide a recycled component unit that is easy, prevents the mixture of impurities and the generation of traces without leaving an adhesive, and is easy to reuse and low cost. According to the tenth aspect of the present invention, the method of holding the respective parts of the recycled parts unit is easy, and after being securely held during use, the method of removing the respective parts of the recycled parts unit is the tab-shaped part when the parts are reused. It's even easier by picking and pulling,
It has become possible to provide a low cost recycle component unit that is easy to reuse and prevents impurities from being mixed and traces from being left without the adhesive remaining. Claim 11
According to the invention, the method of holding each part of the recycled parts unit is easy, and after being securely held during use, the method of removing each part of the recycled parts unit at the time of reuse is such that the fingertips are inserted into the concave recesses. It is possible to provide a recycled parts unit that is easy to reuse and low in cost, by preventing the mixture of impurities and the generation of traces without leaving an adhesive agent by adding a detachable member or a detachable member. Became. According to the invention of claim 12, the method of holding each part of the recycled parts unit is easy, and after being securely held during use, the method of removing each part of the recycled parts unit at the time of reuse has a fingertip in the hole. It is possible to provide a recycled parts unit that is easy to reuse and low in cost, by preventing the mixture of impurities and the generation of traces without leaving an adhesive agent by adding a detachable member or a detachable member. Became.

According to the thirteenth aspect of the present invention, the method of holding the airflow countermeasure member component of the recycled component unit is easy, and after being securely held during use, the airflow countermeasure member component of the recycled component unit is removed during reuse. It has become possible to provide a recycled parts unit that is easy to use, that prevents adhesive from remaining, prevents impurities from mixing in and forms traces, and that is easy to reuse and low cost. According to the invention of claim 14, the method of holding the sponge material airflow countermeasure member of the recycled component unit is easy, and after being securely held during use, the sponge material airflow countermeasure member of the recycled component unit is reused. It has become possible to provide a low-cost recycled component unit that is easy to reuse and easy to reuse because it prevents the mixture of impurities and the generation of traces without leaving an adhesive agent.
According to the fifteenth aspect of the present invention, the method for holding the record information display label part of the recycled parts unit is easy, and the recording information display label part of the recycled parts unit is detached after being securely held during use and then reused. It is now possible to provide a recycled component unit that is easy to reuse and that prevents the mixture of impurities and the generation of traces without leaving an adhesive and that is easy to reuse and at low cost. According to the sixteenth aspect of the present invention, the method for holding the outer cover component of the recycled component unit is easy, and the method of removing the outer cover component of the recycled component unit is easy when it is reused after being securely held during use, It has become possible to provide a low cost recycle component unit that is easy to reuse and prevents impurities from being mixed and traces from being left without the adhesive remaining. According to the invention of claim 17, the method for holding the heat resistant component of the recycled component unit is easy,
After being securely held during use, it is easy to remove the heat-resistant parts of the recycled parts unit when reusing, and there is no adhesive left behind, preventing the mixing of impurities and the generation of traces, and easy reuse. It is now possible to provide low cost recycled parts units. According to the eighteenth aspect of the present invention, the method of holding the transport guide plate that guides the transport of the transported object to the heating portion of the heat-resistant component of the recycled component unit for transportation is easy, and the transport guide plate is reliably retained during use. Later, at the time of reuse, it is easy to remove the transport guide plate that guides the transport of the transported object to the heating part of the heat-resistant component of the recycled component unit for transportation, and there is no adhesive left and impurities are mixed or traces remain. It has become possible to provide a low-cost recycled parts unit that can be easily reused by preventing the occurrence of. According to the invention of claim 19,
It is easy to hold the heat-resistant parts made of polycarbonate (PC) in the recycled parts unit, and after being securely held during use, it is easy to remove the heat-resistant parts made of polycarbonate (PC) in the recycled parts unit when reused. , It is now possible to provide a recycled parts unit that is easy to reuse and low in cost, by preventing the mixture of impurities and the generation of traces without the adhesive remaining.

According to the twentieth aspect of the present invention, the method for holding the respective parts of the recycled parts unit is easy, and the method of removing the respective parts of the recycled parts unit after being securely held during use and at the time of reuse. It is easy to prevent the mixture of impurities and the generation of traces without leaving the adhesive.
It is now possible to provide a low cost recycled parts unit that is easy to reuse. According to the invention of claim 21, the method for holding the respective parts of the recycled parts unit is easy, and the method for removing the respective parts of the recycled parts unit is easy during use and after being securely held, is easy. , It is now possible to provide a recycled parts unit that is easy to reuse and low in cost, by preventing the mixture of impurities and the generation of traces without the adhesive remaining. According to the invention of claim 22, it is easy to hold each part of the recycled parts unit, and it is easy to remove each part of the recycled parts unit after being securely held during use and at the time of reuse. , It is now possible to provide a recycled parts unit that is easy to reuse and low in cost, by preventing the mixture of impurities and the generation of traces without the adhesive remaining. According to the invention of claim 23,
It is easy to hold each part of the recycled parts unit,
After being securely held during use, it is easy to remove each part of the recycled parts unit at the time of reuse, the adhesive does not remain and the contamination of impurities and the generation of traces are prevented, and reuse is further improved. It is now possible to provide an easy and low cost recycling parts unit. According to the invention of claim 24, the method of holding each part of the recycled parts unit is easy, and the method of removing each part of the recycled parts unit 0 is easy after being securely held during use and then reused. It has become possible to provide an image forming apparatus equipped with a recycling component unit that is easy to reuse and is low in cost, by preventing the mixture of impurities and the generation of traces without leaving an adhesive agent.

[Brief description of drawings]

FIG. 1 is an explanatory diagram illustrating a recycling component unit according to an embodiment of the present invention.

FIG. 2 is a perspective view illustrating a recycle component unit according to an embodiment of the present invention.

3 is a sectional view taken along line XX of FIG.

FIG. 4 is a perspective view illustrating a recycle component unit according to another embodiment of the present invention.

FIG. 5 is a perspective view illustrating a main part of a recycling component unit showing an embodiment of the present invention.

FIG. 6 is an explanatory diagram illustrating a state of a main part of a recycled component unit according to another embodiment of the present invention.

FIG. 7 is an explanatory view for explaining another state of the main part of the recycled component unit showing another embodiment of the present invention.

FIG. 8 is an explanatory view for explaining another state of the main part of the recycled component unit showing another embodiment of the present invention.

FIG. 9 is an explanatory diagram illustrating a recycled component unit according to another embodiment of the present invention.

FIG. 10 is a perspective view illustrating another main part of the recycling component unit according to another embodiment of the present invention.

FIG. 11 is an explanatory diagram illustrating an image forming apparatus including a recycled component unit according to another embodiment of the present invention.

FIG. 12 is a perspective view illustrating an image forming apparatus including a conventional recycling component unit.

FIG. 13 is a perspective view illustrating a main part of an image forming apparatus including a conventional recycling component unit.

[Explanation of symbols]

0 recycle parts unit, 0a recycle parts unit, 0a recycle parts unit, 0c recycle parts unit, 0d recycle parts unit 1 removal parts, 1a airflow countermeasure member, 1b record information display label, 1c frame 2, recycle parts, 2a exterior cover, 2a ₁ exterior back cover, 2a ₂ exterior top cover, 2b heat resistant parts, 2
b ₁ conveyance guide plate 3 held end portion 4 facing fixed portion submerged holding means, 4a hook holding portion, 4b bag-shaped holding portion, 4c press-fitting holding portion 5, flexure reinforcing means, 5a collar-shaped portion, 5b thick portion 6 Displacement prevention means, 6a rib member, 6b rib-shaped portion 7 removal assisting means, 7a tab-shaped portion, 7b concave recessed portion, 7c hole portion 8 high heat-generating body 10 image forming apparatus, 10a apparatus body 11 toner image forming means, 11a Document reading unit, 11a ₁ contact glass, 11a ₂ light source, 1
1a ₃ 1st mirror, 11a ₄ 2nd mirror, 11a ₅
Third mirror, 11a ₆ reader, 11b latent image forming means, 11b ₁ rotating polygon mirror, 11b ₂ lens system,
11b ₃ mirror, 11b ₄ mirror, 11b ₅ mirror, 11c latent image carrier, 11d developing device, 11d ₁
Developing container, 11d ₂ developer carrier, 11e paper feeding unit, 11e ₁ paper feeding cassette, 11e ₂ paper feeding cassette, 11e ₃ paper feeding cassette, 11f registration roller pair, 11g transfer means, 11g ₁ transfer belt, 11
g ₂ drive roller, 11g ₃ driven roller, 11h heat fixing unit, 11i paper discharge roller, 11j paper discharge tray, 11k cleaning means, 11l static eliminator, 1
1 m Charger 12 Fixing member 100 Recycling part unit 101 Removal part, 101a Air flow countermeasure member, 10
1b Recorded information display label, 102 recycled parts,
102a exterior cover, 102a ₁ exterior back cover, 1
02a ₂ exterior upper cover, 102b heat-resistant parts, 102
b ₁ conveyance guide plate 110 image forming apparatus, 110a apparatus main body 111 toner image forming unit 112 mounting screw 113 adhesive 114 heat fixing unit

Continued front page    F-term (reference) 2C061 AP03 AP04 AQ06 BB08 BB37                       CF01                 2H171 FA06 FA07 GA16 GA19 GA24                       HA23 HA24 HA31 JA22 JA42                       JA53 JA59 NA05 PA07 PA19                       PA20 QA02 QB02 QB15 QB32                       QC05 RA03 SA10 SA22 SA26                       SA34 SA36 UA06 UA12 UA19

Claims (24)

[Claims] 1. A recycle part unit comprising recycle parts for removing and reusing other parts, a recycle part to be removed at the time of reuse, a recycle part to be reused after removing the recycle part, the above-mentioned recycle part or the above recycle part. One of the two ends of the recycled part, which is opposed to each other, is held by the held end, and the other end of the recycled part, which is held in the detached part or the other end of the recycled part, is held. A recycle parts unit comprising: a holding means. 2. The recycling component unit according to claim 1, wherein at least one of the removing component and the recycling component is made of a flexible material. 3. The recycling component unit according to claim 1 or 2, wherein the removal component or the recycling component comprises a bending reinforcement means for restricting a bending amount to be small. 4. The recycling component unit according to claim 3, wherein the bending reinforcing means is formed of a brim-shaped portion. 5. The recycling component unit according to claim 3 or 4, wherein the bending reinforcing means is a thick portion. 6. The recycled component unit according to claim 1, 2, 3, 4, or 5, wherein the detached component or the recycled component comprises displacement prevention means for preventing displacement due to pressure in the lateral direction. Recycled parts unit. 7. The recycle component unit according to claim 6, wherein the deviation prevention means comprises rib-shaped rib members arranged in the lateral direction. 8. The recycle component unit according to claim 6 or 7, wherein the deviation prevention means comprises a rib-shaped portion formed in the longitudinal direction. 9. The recycling component unit according to claim 1, 2, 3, 4, 5, 6, 7 or 8, wherein the detaching component or the recycling component is a detaching component to be removed at the time of reuse from the recycling component. A recycling parts unit comprising a removal assisting means for assisting the recycling. 10. The recycling component unit according to claim 9, wherein the removal assisting means comprises a tab-shaped portion. 11. The recycling component unit according to claim 9 or 10, wherein the removal assisting means comprises a concave recess. 12. The recycling component unit according to claim 9, 10 or 11, wherein the removal assisting means comprises a hole. 13. The recycling component unit according to claim 1, wherein the detachable component is
Recycled parts unit, which is composed of air flow countermeasure members. 14. The recycle component unit according to claim 13, wherein the airflow countermeasure member is made of a sponge material. 15. The recycle component unit according to claim 1, wherein the detachable component is
A recycled parts unit consisting of a record information display label. 16. The recycle component unit according to claim 1, wherein the recycle component comprises an exterior cover. 17. The recycling component unit according to claim 1, wherein the recycling component is a heat resistant component. 18. The recycle component unit according to claim 17, wherein the heat-resistant component comprises a conveyance guide plate that guides the object to be conveyed into or out of the heating section for conveyance. 19. The recycling component unit according to claim 17 or 18, wherein the heat resistant component is made of polycarbonate. 20. The recycle component unit according to claim 1, wherein the held end has a plurality of opposed opposite ends to be held. 21. The recycling component unit according to any one of claims 1 to 20, wherein the holding means for causing the facing fixed portion to sneak comprises a hook holding portion that hooks and holds both ends of the held end portion. Recycled parts unit. 22. The recycle component unit according to claim 1, wherein the holding means for allowing the facing fixed portion to sneak into the holding portion holds the four corners of the held end portion in a bag-shaped portion. A recycled parts unit consisting of. 23. The recycle component unit according to claim 1, wherein the holding means for causing the facing fixed portion to be submerged includes a press-fitting holding portion that press-fits and holds both ends of the held end portion. Recycled parts unit. 24. In an image forming apparatus for forming an image by an electrophotographic method by a recycling part unit composed of a recycling part in which other parts are detached and reused, the formed toner image is transferred to a transfer target to form the toner image. An image forming apparatus comprising: a toner image forming unit to be formed; and the recycle component unit according to any one of claims 1 to 23 arranged in the toner image forming unit.