CN202694005U

CN202694005U - Packing structure of image formation device

Info

Publication number: CN202694005U
Application number: CN 201220011579
Authority: CN
Inventors: 渡边保则; 铃木正史
Original assignee: Brother Industries Ltd
Current assignee: Brother Industries Ltd
Priority date: 2011-01-18
Filing date: 2012-01-11
Publication date: 2013-01-23
Anticipated expiration: 2022-01-11
Also published as: JP5472133B2; JP2012150201A

Abstract

The utility model provides a packing structure of an image formation device for packing a processing box with an image formation device together; a device body of the image formation device has an opening part (7), and a front cover (8) capable of opening and closing the opening part; the opening part (7) is used for plugging and unplugging of the processing box (9) accommodating toner for image formation relative to the device body. The image formation device is packed in a state that the processing box (9) is plugged into the device body. In the packed state, a desiccating agent (80) is disposed between a photoreceptor (31) of the processing box (9) and an exposure device (15) for exposing the photoreceptor (31). According to the utility model, desiccation of developers disposed in the processing box can be performed.

Description

The bale packing structure of image processing system

Technical field

The utility model relates to the bale packing structure that a kind of together bale packing has the image processing system of handle box.

Background technology

Logistics form as image forming device body and handle box, because with reducing carrying in image forming device body and handle box bale packing to a chest with bale packing materials and improving handling efficiency, proposed under the state that handle box is installed in the image forming device body, to carry out the scheme of bale packing for this reason.For example, record following image processing system in the patent documentation 1: in the image processing system of putting down in writing, under the state that handle box is installed in the device body, carry out bale packing (being designated hereinafter simply as " together bale packing "), charging roller, developer roll are separated with photosensitive drums.This is in order to prevent because the vibration that occurs in course of conveying, so that photosensitive drums contacts, rubs with developer roll, charging roller, and then causes photosensitive drums to damage.

Patent documentation 1: TOHKEMY 2006-259448 communique

Usually, the toner in the insert handling box is deteriorated because of the moisture absorption, thus the image quality reduction when causing image to form.Therefore, when the bale packing handle box, the sack of the sealing of trying every possible means to pack into etc. is preserved the state of toner drying.Yet, in the situation that with device body and handle box bale packing together, be difficult to handle box is packed in the sack of sealing, be difficult to preserve toner with the state of drying.

The utility model content

Therefore, the purpose of this utility model is to provide the bale packing structure of the image processing system that carries out bale packing under a kind of state handle box being installed on device body, and it can suppress the toner moisture absorption in the handle box.

In order to achieve the above object, the bale packing structure of the image processing system of the first technical scheme of the present utility model, wherein, the protecgulum that the device body of image processing system has peristome and can open and close this peristome, described peristome is used for taking in image with respect to plug in the device body and forms the handle box of using toner, this image processing system is being inserted with under the state of described handle box by bale packing, in the bale packing structure of this image processing system, have by form the exposure device of electrostatic latent image at described photoreceptor to photoreceptor irradiation light, in described device body, insert and state to some extent under the state of handle box, between described handle box and described exposure device, partition is provided with drying agent from the position of the light of described exposure device directive photoreceptor.

Bale packing structure according to the image processing system of the second technical scheme of the present utility model, in the bale packing of the described image processing system of the first technical scheme structure, the part of described drying agent or the parts that are connected with described drying agent is exposed to described image processing system outside from the gap of described image processing system and described protecgulum.

According to the bale packing structure of the image processing system of the 3rd technical scheme of the present utility model, in the bale packing structure of the first technical scheme or the described image processing system of the second technical scheme, described drying agent is arranged on the described handle box.

Bale packing structure according to the image processing system of the 4th technical scheme of the present utility model, in the bale packing structure of the described image processing system of the 3rd technical scheme, described drying agent is arranged on the toner receiving room of taking in described toner, and this toner receiving room is arranged at described handle box.

Bale packing structure according to the image processing system of the 5th technical scheme of the present utility model, in the bale packing structure of the described image processing system of the first technical scheme, described drying agent will all cut off from the light of the described photoreceptor of described exposure device directive along the axial setting of described photoreceptor.

Bale packing structure according to the image processing system of the 6th technical scheme of the present utility model, in the bale packing structure of the described image processing system of the first technical scheme, have a plurality of described handle box of spread configuration in described image processing system, described drying agent is crossed on all described a plurality of handle boxes.

Bale packing structure according to the image processing system of the 7th technical scheme of the present utility model, in the bale packing structure of the described image processing system of the first technical scheme, have a plurality of described handle box of spread configuration in described image processing system, be provided with a plurality of described drying agent at described a plurality of handle boxes, described a plurality of drying agent link mutually.

The utility model effect:

According to the first technical scheme of the present utility model, between the exposure device that forms electrostatic latent image by irradiation light and photoreceptor, be provided with drying agent.Because drying agent is arranged between photoreceptor and the exposure device, so, then on the part of paper, can't not form image at least if do not remove drying agent.Therefore, remove drying agent because can remind before using image processing system to use, so, can either by drying agent to carrying out drying in the image processing system, can prevent from again forgetting that taking-up is dry.

According to the second technical scheme of the present utility model, because drying agent or the parts that are connected with drying agent expose from image processing system, so can prevent from forgetting the removal drying agent.

According to the 3rd technical scheme of the present utility model, because can take out drying agent by the loading and unloading handle box, so can promote user's convenience.

According to the 4th technical scheme of the present utility model, by drying agent being arranged on the top of toner receiving room, drying agent can be arranged on the position near toner, can improve the effect on moisture extraction of toner.

According to the 5th technical scheme of the present utility model, drying agent is along the axial setting of photoreceptor, and is configured to and will all blocks from exposure device directive photoreceptor light.Thus, because on the whole position of paper width direction, can't form image, so can should remove drying agent by easy to understand ground reminding user.

According to the 6th technical scheme of the present utility model, in having the image processing system of a plurality of handle boxes, establish drying agent by striding at handle box, can improve the effect on moisture extraction of handle box toner separately.In addition, because for a plurality of handle boxes, drying agent only has one, so easily remove.

According to the 7th technical scheme of the present utility model, in having the image processing system of a plurality of handle boxes, by at a plurality of handle boxes a plurality of drying agent being set, can improve the effect on moisture extraction of the toner of handle box.In addition, because a plurality of drying agent is connected to each other, forget the removal drying agent so can remind.

Description of drawings

Fig. 1 is the central sectional view of image processing system.

The central sectional view of image processing system when Fig. 2 is the handle box loading and unloading.

Fig. 3 is the stereographic map of handle box.

Stereographic map when Fig. 4 is the toner cartridge loading and unloading.

Fig. 5 is the central sectional view that the bale packing of the image processing system of the first embodiment is constructed.

Fig. 6 is the stereographic map that the relation to sheet component, drying agent, tape member and handle box describes.

The sectional view of seeing from frontal when Fig. 7 is the image processing system bale packing of the first embodiment.

Fig. 8 is the central sectional view of the image processing system of the second embodiment.

Fig. 9 is the central sectional view of the protecgulum of the image processing system of the second embodiment when being opened.

Central sectional view when Figure 10 is the image processing system bale packing of the second embodiment.

Central sectional view when Figure 11 is the image processing system bale packing of the 3rd embodiment.

The reference numeral explanation:

1 ... image processing system; 2 ... framework; 3 ... sheet feed section; 4 ... image forming part; 5 ... sheet feed stacker; 6 ... the ADF dish; 8 ... protecgulum; 8A ... the lid recess; 9 ... handle box; 10 ... manually insert opening; 15 ... exposure device; 16 ... fuser; 20 ... first carries the road; 21 ... guiding parts; 22 ... resistance roller pair; 23 ... base side resistance roller; 25 ... second carries the road; 26 ... the path component parts; 28 ... the opening portion; 29 ... admissible space; 31 ... photosensitive drums; 34 ... process the collateral resistance roller; 36 ... developer roll; 39 ... the toner receiving room; 40 ... the drum box; 45 ... the framework antetheca; 48 ... the paper sheet delivery face; 49 ... the location division; 53 ... handle part; 60 ... toner cartridge; 70 ... sheet component; 75,76 ... tape member; 80 ... drying agent.

Embodiment

Below, the accompanying drawing with reference to appropriate at length describes embodiment of the present utility model.

The schematic configuration of image processing system:

As shown in Figure 1, in the image processing system 1, mainly have framework 2 is interior: be used for supplying with paper S sheet feed section 3, form the image forming part 4 of image, the sheet feed stacker 5 of paper S before taking in image and forming and the ADF dish 6 that is used for the paper S after cargo plan looks like to form at paper S.

Here, in the explanation of the schematic configuration of image processing system 1, about direction, according to describing as the direction of benchmark with the user that uses image processing system 1.That is, protecgulum 8 sides among Fig. 1 are " front ", and opposition side is " afterwards ", and the nearly body side of paper is " left side ", and the inboard of paper is " right side ".In addition, the above-below direction among Fig. 1 is called " up and down ".

As shown in Figure 2, framework 2 is provided with the peristome 7 that can load and unload handle box 9 described later, and is provided with rotationally the protecgulum 8 that can open and close peristome 7.The manual insertion opening 10 that can supply with to image forming part 4 paper S that connects before and after protecgulum 8 is provided with.In addition, insert manually that opening 10 can not be arranged at protecgulum 8 and the front surface that is arranged at framework 2.In addition, on protecgulum 8, at the upper wall of protecgulum 8 and manually insert the lid recess 8A that is provided with between the opening 10 to the concavity of the inside of framework 2.Lid recess 8A extends longlyer at the left and right directions of image processing system 1.

Contain the main internal part such as image forming part 4 grades of handle box 9 mainly as shown in Figure 7, supported by pair of right and left body frame 11.The framework 2 that sometimes will have under the state of the various devices except handle box 9 such as body frame 11, sheet feeding section 3, exposure device described later 15 and fuser 16 in addition, is called following " device body ".

Then, conveying and the image formation action of paper S are described in detail.

Sheet feed section 3 has pick-up roller 12, separate roller 13A, separating pad 13B and conveying roller to 14, and the paper S that this sheet feed section 3 is taken in supply dish 5 separates one by one, flows to image forming part 4.

Sheet feed stacker 5 is disposed at the below of handle box 9, paper S from sheet feed stacker 5 through first carry road 20 and second carry road 25, be inverted to the side see U font haply and be transported to handle box 9 below.This is provided with guiding parts 21, the first delivery section 20 at least a portion and is made of the lower surface 21A of this guiding parts 21 in outside of the sweep in the U font haply.

The guiding parts upper surface 21B that is arranged at guiding parts 21 is positioned at the medial extremity adjoining position with manual insertion opening 10, will be directed to image forming part 4 from the paper S that manual insertion opening 10 inserts.

The paper sheet delivery face 48 that second carries road 25 to be formed at the lower surface by handle box 9 consists of, with the path component parts 26 relative with paper sheet delivery face 48 between, and carry the downstream of the sheet transport direction on road 20 to be connected with first, this second conveying road 25 is continuous with the clamping part of photosensitive drums 31 and transfer roll 33.Second carry road 25 be provided with the resistance roller midway to 22.The resistance roller is made of the base side resistance roller 23 that is arranged at path component parts 26 and the processing collateral resistance roller 34 that is arranged at the lower surface of handle box 9 22.As shown in Figure 7, path component parts 26 forms and is located between the pair of right and left body frame 11.As described later, because handle box 9 can load and unload with respect to device body, so, under the state that handle box 9 is installed to device body, form above-mentioned second and carry road 25,

resistance roller

23,34 mutual butts.When handle box 9 being installed to device body, processing collateral resistance roller 34 and be connected to base side resistance roller 23 by the spring 24 that is arranged at body frame 11 with authorised pressure at its two ends, left and right sides.

Between guiding parts 21 and paper sheet delivery face 48, be provided with the opening portion 28 of opening to peristome 7 sides.Opening portion 28 can offer second with the paper S that inserts from manual insertion opening 10 and carry road 25.

In addition, paper sheet delivery face 48 is the upwards concavity of depression, is formed with admissible space 29 between paper sheet delivery face 48 and path component parts 26, and it is crooked to the paper S of 22 alignment that this admissible space 29 is used for making the top pass through the resistance roller.

Image forming part 4 has handle box 9, exposure device 15 and fuser 16.

Exposure device 15 is disposed at the top of framework 2.Exposure device 15 towards photosensitive drums 31 irradiation based on the light of view data (laser beam that represents with arrow).

Handle box 9 is along being inserted between exposure device 15 and the path component parts 26 from peristome 7 with the axial vertical direction of photosensitive drums 31 described later, and the not shown location division by body frame 11 is installed to assigned position.In the handle box 9 from backward front arrangement be provided with photosensitive drums 31, developer roll 36, donor rollers 37, toner receiving room 39 etc., be provided with grid-control formula corona type charger 32 at the rear upside of photosensitive drums 31, be provided with transfer roll 33 at the downside of photosensitive drums 31.Photosensitive drums 31 and each

roller

36,37,33 are respectively strip long on left and right directions, and can be around rotating at the upwardly extending axis of right and left.

When image formed, the toner in the toner receiving room 39 supplied to developer roll 36 by donor rollers 37, and positively charged rubs between donor rollers 37 and developer roll 36.

The toner that offers developer roll 36 along with the rotation of developer roll 36 by bed thickness limiting part limited thickness (bed thickness), be carried on the surface (outer peripheral face) of developer roll 36 as certain thickness thin layer.

On the other hand, the surface of photosensitive drums 31 (outer peripheral face) along with the rotation of photosensitive drums 31 by after the charger 32 same positively chargeds, the high-velocity scanning of the laser beam (reference arrow) of sending by exposure device 15 exposes.Thus, the electrostatic latent image corresponding with the image that should be formed at paper S is formed at the surface of photosensitive drums 31.

The toner that is carried on the surface of developer roll 36 is provided for the electrostatic latent image on the surface that is formed at photosensitive drums 31.Thus, the electrostatic latent image of photosensitive drums 31 is by visual, has by the formed toner image of discharged-area development in the surface bears of photosensitive drums 31.

In addition, when passing through between photosensitive drums 31 and transfer roll 33 to the paper S of image forming part 4 conveyings is shown in dotted line, the toner image that is carried on photosensitive drums 31 is transferred on the paper S.

Fuser 16 is configured in the rear of handle box 9, has warm-up mill 17 and the backer roll 18 relative with warm-up mill 17.In handle box 9, the toner image that is transferred to paper S is between paper S is through warm-up mill 17 and backer roll 18 time, by be heated or the pressurized heat photographic fixing to paper S.

Photographic fixing has the paper S of toner image to carry to exit roller 19, is discharged to by exit roller 19 on the ADF dish 6 of the top that is arranged at exposure device 15.

The structure of handle box:

As shown in Figure 3, Figure 4, handle box 9 has bulging box 40 and toner cartridge 60, makes described photosensitive drums 31 and each

roller

36,37, the held separate such as 33 in two

boxes

40,60.

As shown in Figure 3, rousing box 40 has and is the roughly framework 43 of box-shaped.The pair of frames sidewall 44 that framework 43 has framework lower wall 47, hold up across the interval in the left and right end portions of this framework lower wall 47, the framework rear wall 46 that when being installed to handle box 9 in the device body, is positioned at the framework antetheca 45 of peristome 7 sides and is positioned at a side opposite with this framework antetheca 45.Pair of frames sidewall 44, framework antetheca 45 and framework rear wall 46 connect into the frame shape overlooking when seeing.

Pair of frames sidewall 44 is rotatably supporting photosensitive drums 31 and transfer roll 33 with the box rear portion 42 of framework rear wall 46 adjacency.Thereby the top that covers photosensitive drums 31 is forwards extended in the upper end of framework rear wall 46.

The box anterior 41 in the place ahead that is positioned at the place ahead elongation end of framework rear wall 46 consists of makes the upward toner cartridge incorporating section 52 of open concavity of part that pair of frames sidewall 44 and framework antetheca 45 surround, can take in toner cartridge 60.

As shown in Figure 4, toner cartridge 60 has upper wall, lower wall, pair of sidewalls 64 and the antetheca 62 that surrounds toner receiving room 39, and forms the open box-shaped of rear side.Developer roll 36 and donor rollers 37 can be supported in pair of sidewalls 64 with rotating freely, and the part of developer roll 36 is exposed from the release position of rear end.

Toner cartridge 60 is inserted under the state of location division 49 at the to the left and right outstanding axle with developer roll 36, is pressed to photosensitive drums 31 by force application part 51, and this location division 49 is for being cut at frame side wall 44 to the close breach of photosensitive drums 31.Thus, under the state that the periphery of the periphery of developer roll 36 and photosensitive drums 31 approaches, position.Toner cartridge 60 engages to keep with the projection 65 of toner cartridge sidewall 64 by making locking bar 50 under the state that is embedded in toner cartridge incorporating section 52.If locking bar 50 is removed from projection 65, then toner cartridge 60 can be removed from toner cartridge 52.

In addition, the paper sheet delivery face 48 of above-mentioned handle box 9 sides is formed on the back side of framework lower wall 47.Processing collateral resistance roller 34 can be supported in framework lower wall 47 with rotating freely and be the state that a part is exposed from the back side of framework lower wall 47.

Drum box 40 and toner cartridge 60 have the

handle part

53,63 that extends towards peristome 7 sides at

antetheca

45,46 respectively, and handle

part

53,63 is controlled by the user with respect to device body loading and unloading handle box 9 time.

Structure during bale packing:

In the present embodiment, after handle box being installed on image forming device body, carry out bale packing, transportation, reduce thus carrying with bale packing materials and improve handling efficiency.

As shown in Figure 5, be inserted with handle box 9, sheet component 70 and drying agent 80 in the device body during bale packing.

Sheet component 70 resin sheet for being made by resin material, be a kind of when bale packing image processing system 1 so that the resistance roller be separated from each other 22 or reduce the parts that the resistance roller keeps the state of the pressure of 22 mutual butts.For example, shown in Figure 7, be uniform bar-shaped, base side resistance roller 23 local existence on axis of diameter in the situation that process collateral resistance roller 34, near the position at the two ends, the left and right sides of processing collateral resistance roller 34, with path component parts 26 or and the notch part of the body frame 11 that is connected of this path component parts 26 between be inserted with sheet component 70.Specifically, installing process cartridge 9 on the basis that places sheet component 70.Perhaps, can also avoid processing the part of collateral resistance roller 34 and base side resistance roller 23 butts, and between the paper sheet delivery face 48 of path component parts 26 and handle box 9, configure sheet component 70.Preferably, sheet component 70 is " コ " font by being disposed near a pair of part of the position at the two ends, the left and right sides of processing collateral resistance roller 34 and will this a pair of part constituting to overlook in the part of peristome 7 sides link.

Thus, even because under the bale packing state, place for a long time hot environment, also can bear the pressure of pressing to base side resistance roller 23 sides processing collateral resistance roller 34 by near the path component parts 26 body frame 11 or this body frame 11, so, suppressed the problems such as

resistance roller

23,34 contact site deform, path component parts 26 deforms.

Drying agent 80 forms the bag shape by many granular silica gel of packing in having the bag of aeration.The interior silica gel of bag of packing into can move freely in bag, and drying agent 80 can be out of shape.

The width of the left and right directions of drying agent 80 equates substantially with the length of the left and right directions of handle box 9.In addition, drying agent 80 is arranged on the toner receiving room 39 that handle box 9 is provided with, and drying agent 80 is configured to: from the laser irradiating part of exposure device 15 through the gap of framework antetheca 45 and toner cartridge 60 according to the laser optical path of photosensitive drums 31, block laser.

Because drying agent 80 is arranged on the position of the laser that blocks exposure device 15, therefore, carry out image not removing drying agent 80 and form when moving, owing to not forming image on the paper S, can remove drying agent 80 by reminding user.

Sheet component 70 links by

tape member

75,76 with drying agent 80.

Such as Fig. 5, shown in Figure 6, tape member 75 is set to: be connected near the front end of sheet component 70, through admissible space 29 and opening portion 28, above lid recess 8A and handle box 9, pass through, from being exposed to the outside of image processing system 1 between protecgulum 8 and the framework 2.

Tape member 76 is connected with the place ahead of drying agent 80, is being connected with the tape member 75 that passes through above handle box 9 above the handle box 9.

Expose to the device body outside because link the tape member 75 of the tape member 76 that sheet component 70 is arranged and be connected with drying agent 80, so, can remove sheet component 70 and drying agent 80 by reminding user.

The action effect of present embodiment:

Bale packing structure according to image processing system described above can access action effect as described below.

In the image processing system 1 of the first embodiment, on the top of the toner receiving room 39 that is arranged at handle box 9 and block from the position of the laser of exposure device 15 directive photosensitive drums 31 and be provided with drying agent 80.According to this structure, because be provided with drying agent 80 in the position near toner receiving room 39, so, can improve the toner effect on moisture extraction.

In addition, because blocked the laser that penetrates from exposure device 15, therefore, carry out image not removing drying agent 80 and form when moving, owing to do not form image on the paper S, so can should remove drying agent 80 by reminding user.Preferably, the length of the left and right directions of handle box 9 equates substantially with the length of the left and right directions of drying agent 80, therefore, owing to can block laser at the whole width of photosensitive drums 31, can remove drying agent 80 by more understandable ground reminding user.

In addition, because the tape member 75 that is connected with drying agent 80 exposes outside to image processing system 1 between framework 2 and protecgulum 8, so, can remove before use drying agent 80 by reminding user.

The second embodiment:

In the first embodiment, the image processing system 1 that only has a handle box 9 is illustrated, as the second embodiment, the image processing system 100 with a plurality of handle boxes 109 is described.

Fig. 8 represents the central sectional view of the image processing system 100 of the second embodiment, and Fig. 9 represents the central sectional view of the state of opening protecgulum 108 of the image processing system 100 of the second embodiment.

Image processing system 100 has a plurality of handle boxes 109, and this image processing system 100 mainly has framework 102, sheet feed section 103, image forming part 104, sheet feed stacker 105 and ADF dish 106.Be provided with the peristome 107 that a plurality of handle boxes 109 can be extracted out as assembly in the place ahead of framework 102, also have the protecgulum 108 that is configured to peristome 107 to be opened/closed.

Then, conveying and the image formation action of paper S are described.In addition, description thereof is omitted for the part identical with the first embodiment.

Sheet feed section 103 is arranged on the bottom in the framework 102, and the paper S that is accommodated in sheet feed stacker 105 is supplied to image forming part 104.

Image forming part 104 mainly has exposure device 115, four handle boxes 109, transfer printing unit 190 and fuser 116.

Exposure device 115 is arranged on the top in the device body, has not shown LASER Light Source.The laser that penetrates from LASER Light Source according to view data is in the surperficial high-velocity scanning of each photosensitive drums 131.

Handle box 109 is being arranged before and after under the bale packing state below exposure device 115, mainly has photosensitive drums 131, charger 132, developer roll 136, donor rollers 137 and toner receiving room 139 etc.The difference of each handle box 109 only is to be accommodated in the toner color difference of toner receiving room 139, and structure is basic identical.

Transfer printing unit 190 is arranged between sheet feed stacker 105 and the handle box 109, mainly has to open endless conveyor belt 193 and four transfer rolls 133 that are located between driven roller 191 and the driven voller 192.The surface in the outside of travelling belt 193 contacts with each photosensitive drums 131, and in the inboard of travelling belt 193, each transfer roll 133 is configured to travelling belt 193 is clamped between transfer roll 133 and each photosensitive drums 131.

Fuser 116 is a kind of devices that the toner image that is transferred on the paper S is carried out hot photographic fixing, and it is arranged on the rear of handle box 109.

In image forming part 104, with after the identical electricity, the laser that utilizes exposure device 115 to penetrate exposes by charger 131 on the surface of photosensitive drums 131, thereby at the electrostatic latent image of photosensitive drums 131 formation according to view data.In addition, the toner of toner receiving room 139 is offered electrostatic latent image on the photosensitive drums 131 by donor rollers 137 and developer roll 136, thereby make electrostatic latent image visual, form toner image in photosensitive drums 131.

Then, at photosensitive drums 131 and travelling belt 193(transfer roll 133) between transmit and offer the paper S of image forming part 104 from sheet feed section 103, be transferred on the paper S thereby the toner image that is formed on each photosensitive drums 131 is overlapped successively.Then, by transmission paper S between fuser 116, thereby hot photographic fixing is transferred in the toner image on the paper S, and S forms image at paper.

The setting position of drying agent:

As shown in figure 10, drying agent 180 is for roughly rectangular bag-shaped, and it is set to: be crossed on four handle boxes 109 and spread all over whole handle box 109, block respectively from the laser of four photosensitive drums 131 of exposure device 115 directives.Because blocked respectively four laser, so the part that is blocked can not carries out image form action, therefore, fail to form the paper S of image by discharge, can remove drying agent 180 by reminding user thus.

Front end at drying agent 180 is connected with tape member 175.Tape member 175 passes through the place ahead of exposure device 115 from the front end of drying agent 180, expose to the device body outside between protecgulum 108 and framework 102.Thus, because before the user uses image processing system 100, tape member 175 can expose from image processing system 100, takes out drying agent 180 so can remind.

The 3rd embodiment:

In the 3rd embodiment, record is provided with the embodiment of a plurality of drying agent 181.Because image processing system 100 is except the setting position of drying agent, other are identical with the second embodiment, so description thereof is omitted.

Figure 11 represents the central sectional view of the image processing system 100 of the 3rd embodiment.

About drying agent 181, manage throughout on the box 109 and to be disposed with drying agent 181A～181D from the place ahead.Drying agent 181A～181D is separately positioned between exposure device 115 and the photosensitive drums 131, is arranged on the light path of laser.Because drying agent 181A～181D blocks laser, so can not carrying out image, the part that is blocked forms action, therefore, can take out drying agent 181 by reminding user.

Adjacent drying agent 181 links mutually by tape member 176B～176D, is connected with tape member 176A in the place ahead of the drying agent 181A that is arranged at the forefront.Tape member 176A passes through the place ahead of exposure device 115 from the front end of drying agent 181A, expose to image processing system 100 outsides between protecgulum 108 and the framework 102.Thus, because before the user uses image processing system 100, tape member 176A can expose from image processing system 100, takes out drying agent 181 so can remind.

Other embodiments:

In the first embodiment, illustration the situation of bulging box 40 and toner cartridge 60 splits of handle box 9, yet, bulging box 40 is formed as one with toner cartridge 60.In addition, can also constitute: have in the image processing system 1 of photosensitive drums 31 at body, only have toner cartridge 60 with respect to image processing system 1 loading and unloading.

In addition, in the first embodiment～the 3rd embodiment, as drying agent, illustration the situation of the granular colloidal silica of in bag, packing into, yet, the bags of packing into such as silica-alumina gel, lime chloride processed goods, unslaked lime can also be used as drying agent.In addition, as drying agent, can also use to be laminal sheet drying agent.

In addition, in the first embodiment～the 3rd embodiment, illustration by handle box and the length of the left and right directions of drying agent being equated substantially block the situation of all laser that penetrate from exposure device, yet, can also constitute: shorten the length of the left and right directions of drying agent, make drying agent block the part of laser.By like this, when paper S forms image, because the part of the Width of paper S does not form image, so can remove drying agent by reminding user.In addition, as long as the shape of drying agent can be blocked the laser of exposure device, can have any shape.

In addition, in the second embodiment, illustration toner image directly is transferred to embodiment on the paper S from photoreceptor 131, yet, can also in following image processing system, use this structure: after versicolor toner image is transferred to the belt body of transfer printing unit 190, by belt body toner image is transferred on the paper S.

In addition, in the second embodiment, drying agent 180 is set to be crossed on whole a plurality of handle boxes 109, yet, drying agent 180 can also be crossed on two handle boxes at least, in the position of the laser that blocks at least one directive photoreceptor 131 drying agent 180 be set.Thus, because at least one color can not normally form image, so can come reminding user to remove drying agent by the paper S that observation post discharges.

In addition, in the 3rd embodiment, drying agent 181 is arranged on whole a plurality of handle boxes 109, yet, drying agent 181 can also be set respectively at least two handle boxes 109, and link drying agent 181.Thus, because do not form the image of a plurality of colors, so can remove drying agent 181 by reminding user.

Claims

1. the bale packing of an image processing system is constructed, the protecgulum that the device body of this image processing system has peristome and can open and close this peristome, described peristome is used for taking in image with respect to plug in the device body and forms the handle box of using toner, this image processing system is being inserted with under the state of described handle box by bale packing, the bale packing structure of this image processing system is characterised in that

Have the exposure device that forms electrostatic latent image by shining light to photoreceptor at described photoreceptor,

In described device body, insert and state to some extent under the state of handle box, between described handle box and described exposure device, cut off from the position of the light of described exposure device directive photoreceptor and be provided with drying agent.

2. the bale packing of image processing system according to claim 1 is constructed, it is characterized in that, the part of described drying agent or the parts that are connected with described drying agent is exposed to described image processing system outside from the gap of described image processing system and described protecgulum.

3. the bale packing of image processing system according to claim 1 and 2 structure is characterized in that, described drying agent is arranged on the described handle box.

4. the bale packing of image processing system according to claim 3 structure is characterized in that, described drying agent is arranged on the toner receiving room of taking in described toner, and this toner receiving room is arranged at described handle box.

5. the bale packing of image processing system according to claim 1 structure is characterized in that, described drying agent will all cut off from the light of the described photoreceptor of described exposure device directive along the axial setting of described photoreceptor.

6. the bale packing of image processing system according to claim 1 structure is characterized in that having a plurality of described handle box of spread configuration in described image processing system, and described drying agent is crossed on all described a plurality of handle boxes.

7. the bale packing of image processing system according to claim 1 is constructed, it is characterized in that, have a plurality of described handle box of spread configuration in described image processing system, be provided with a plurality of described drying agent at described a plurality of handle boxes, described a plurality of drying agent link mutually.