CN100414456C - Powder container and image forming apparatus - Google Patents
Powder container and image forming apparatus Download PDFInfo
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- CN100414456C CN100414456C CNB2005800008888A CN200580000888A CN100414456C CN 100414456 C CN100414456 C CN 100414456C CN B2005800008888 A CNB2005800008888 A CN B2005800008888A CN 200580000888 A CN200580000888 A CN 200580000888A CN 100414456 C CN100414456 C CN 100414456C
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Abstract
A powder container that is detachably installed in a container housing unit of an image forming apparatus includes a container body including an opening located at a head of the container body, and an engaging part located at a bottom of the container body, the engaging part being engaged with an engagement receiving part of the container housing unit; a drive transferring member that rotates integrally with the container body; and a lid including a discharge outlet that further discharges powder discharged from the opening of the container body, and a shutter that opens and closes the discharge outlet. A position of the powder container in the container housing unit is determined by engaging the engaging part with the engagement receiving part, and operating the lid such that the shutter opens the discharge outlet.
Description
Technical field
The present invention relates to a kind of powder jar, this powder jar is removably mounted on the powder such as ink powder that is consumed to replenish in the imaging process on the body of imaging device, and relates to a kind of imaging device that comprises this powder jar.
Background technology
For example the imaging device of hybrid machine has at least two functions in printer, duplicating machine or the facsimile recorder.When using imaging device, consumed toner; Thereby, replenish toner to developing cell constantly according to the consumption needs of toner.Typically use the toner container of toner Cartridge for example or toner jar to replenish toner.When the toner jar was sky, it was replaced by new toner jar.
The column toner jar of developing cell that is used for toner is added to traditional imaging device is for known, and for example it is disclosed in Japanese Patent Application No.2000-338758 (being hereinafter referred to as " first document ").
In first document, the toner jar is installed in the body (below be called " device body ") of imaging device as follows.
At first, the retainer that the user will install the toner supplementary units of body draws back, and takes out the slack tank on retainer then.Next, the user laterally is installed in new toner jar in the retainer.The user will have the rear portion of the retainer propelling toner supplementary units of new toner jar.Therefore, the recess that is arranged on the bottom of toner jar combines with the connecting portion at the place, rear portion of toner supplementary units.This position with the toner jar is installed in the toner supplementary units.
The inner peripheral surface of toner jar is provided with the spirality projection.Therefore, when driving connecting portion and rotation toner jar rotationally, the toner that is contained in the toner jar is discharged from opening.The toner of discharging from the toner jar adds in the developing cell.
Aforesaid toner jar cost is relatively low, and reason is, compares with for example having the toner jar of the transfer member of internal stirrers, has used less parts.In addition, above-mentioned toner jar is used for the purpose of recycle, because compare with the toner jar of loose shape, it has high-caliber physical strength.
Because the user need replace the toner jar,, and should prevent that toner from spreading out and the user's that makes dirty hand and clothes so the toner jar should be easy to replacement.In addition, if can not stably discharge the toner of stable quantity and add to the developing cell from the toner jar, it is inhomogeneous that toner concentration becomes.This causes decrease in image quality, for example image blurring or uneven color.Therefore, the toner of stabilizing amount need be discharged to the toner supplementary units from the toner jar and go.
Proposed and realized that various toner jars satisfy such needs.Known example be for example be disclosed in Japanese Patent Application No.2000-139031 (below be called " the cylindricality toner jar in second document ") with spiral toner delivery section.
Have outlet (opening) on an end of this toner jar, this outlet has the diameter less than the spirality tank body.This toner jar is installed in the device body so that the axis substantial horizontal of jar.In addition, the toner jar of the type is discharged toner by rotating from outlet.In addition, can be above device installation toner jar, and grip part (handle) is arranged on the toner jar.Therefore, the user can easily install the toner jar by using its finger.
Figure 20 is the toner jar with grip part (handle) and spiral toner delivery section.
As shown in figure 20, toner jar 101 comprises cylindricality tank body 102, and cylindricality is discharged member (lid), and this cylindricality is discharged member and is connected in the outlet (opening) 103 of tank body 102, and grip part (handle) 111 is arranged on the discharge member (lid) 110.Tank body 102 is connected in the following way discharges on the member (lid) 110, that is, make teat 104 along the outer peripheral face of tank body 102 near outlet (opening) 102 be formed on discharge member (lid) 110 on claw 112 combine.Therefore, discharging member (lid) 110 can integrally rotate with tank body 102.Gap when teat 104 combines with claw 112 is within the employed tolerance on fit in Machine Design (approximately 0.01mm to 0.2mm), therefore, discharges member (lid) 110 and tank body and can rotate.Thickness is the elastic component of 3mm, and for example foam polyurethane (foamed polyurethance) is connected to and discharges on the member (lid) 110.Therefore, when the side of the outlet (opening) 103 of tank body 102 is pressed against on the elastic component 113, prevented that toner is from tank body 102 with discharge the place that member (lid) 110 is in contact with one another and spill.
The tank body 102 of toner jar 101 is driven rotationally by gear 106.Therefore, the acting force by spirality toner delivery section 105 will be stored in inner toner and carry to outlet (opening) 103, and toner is from being arranged on the feed supplement opening (not shown) discharge on the side face of discharging member (lid) 110.For tank body 102 is rotated, predetermined gap is arranged on the cylindricality direction (in the example of Fig. 2, the gap of 2mm is arranged on radial direction) of the toner jar 101 of discharging member (lid) 110 and tank body 102 overlappings.In other words, toner jar 101 has the roughly clearance delta L of 2mm discharging member (lid) 110 and tank body 102 overlapping radial direction.Yet in first document in the disclosed conventional art, the user can not clearly feel mechanical click when toner being installed on the device body.Therefore, the possibility that exists the toner jar correctly not install.
Specifically, when the user was installing toner jar on the retainer pull out from the toner supplementary units, the user can not be sure of that toner correctly installs.Only when the user will have the retainer propelling toner supplementary units of toner jar, the user felt just to be sure of that the toner jar has correctly installed.
This means the possibility that the toner jar can not be correctly installed in existence when the toner jar is installed on the retainer.If retainer is pushed into the toner supplementary units under the situation that the toner jar is not correctly installed, the parts of toner supplementary units or toner jar may damage.In addition, if adjustment look jar does not combine with the joint portion, toner can correctly not replenish.
Disclosed in second document have grip part (handle) and spirality toner delivery section toner jar has following problems.When the user will the toner jar 101 shown in Figure 20,21 be installed in the imaging device, the user held the toner jar to hold whole toner jar by grip part (handle) 111.Grip part (handle) 111 is positioned on the discharge member (lid) 110 at an end place of toner jar 101, and at toner jar 101 with discharge the gap that has between the member (lid) 110 within tolerance on fit.Therefore, toner jar 101 is only at one end held, and tank body 102 is downward-sloping.In other words, comprise the weight of stored toner, so the bottom side relative with discharging member (lid) 110 is downward-sloping by the weight of tank body 102.The result is that the center of rotation axis C1 of tank body 102 departs from the central axis C 2 of discharging member (lid) 110, as shown in figure 21.Under this state, tank body 102 can be from discharging member (lid) 110 from unclamping, and may form the gap betwixt.If toner jar 101 is being installed under this state on the device body, under the effect of the vibration that device causes, toner spills or spreads out from portion of unclamping or gap.In some cases, can prevent that toner from spilling from the portion of unclamping.Yet if the toner jar 101 of tank body 102 tilts when toner jar 101 is installed on the device body, gear 106 can depart from rotary middle spindle.The torque that this causes fluctuation and has increased the drive unit body.
In view of foregoing, made the present invention.The objective of the invention is to propose a kind of powder jar and imaging device, the user can clearly feel mechanical click when this powder jar being installed to the body of this imaging device.Therefore in addition, the objective of the invention is to guarantee that the powder jar is correctly installed, adopt simple structure to prevent that the center of rotation axis of tank body from departing from the central axis of discharging member (cap), thereby prevented the increase with torque of spreading out of powder.In other words, a kind of powder jar and imaging device have been the object of the present invention is to provide, so that the powder jar is installed in the body of imaging device stably.
Summary of the invention
The objective of the invention is to solve at least the problem that exists in the conventional art.
Powder jar according to an aspect of the present invention, it is removably mounted in the jar outer cover unit of imaging device, this powder jar comprises the opening at the head place that is positioned at described tank body and is positioned at the joint portion at described tank base place that described joint portion combines with the cooperation acceptance division of described jar of outer cover unit; Driving transmission component with described tank body unitary rotation; And lid, this lid comprises discharges outlet and dividing plate, and the powder of discharging from the described opening of described tank body is further discharged in described outlet, and described dividing plate opens and closes described outlet opening.The position of described powder jar in described jar of outer cover unit come to determine in the following way, that is, described joint portion is combined with described cooperation acceptance division, and operates described lid so that described dividing plate is opened described discharge outlet.
Imaging device according to a further aspect in the invention comprises the powder jar, and this powder jar comprises tank body, and described tank body comprises opening that is positioned at this tank body head place and the joint portion that is positioned at this tank base place, and described joint portion combines with the cooperation acceptance division of described jar of outer cover unit; Driving transmission component with described tank body unitary rotation; And lid, this lid comprises discharges outlet and dividing plate, and the powder of discharging from the described opening of described tank body is further discharged in described outlet, and described dividing plate opens and closes described outlet opening.The position of described powder jar in described jar of outer cover unit come to determine in the following way, that is, described joint portion is combined with described cooperation acceptance division, and operates described lid so that described dividing plate is opened described discharge outlet.Described powder jar is removably mounted in the described jar of outer cover unit.Described jar of outer cover unit comprises described cooperation acceptance division, and the described joint portion of described powder jar combines with described cooperation acceptance division.
Powder jar according to another aspect of the invention, it comprises tank body, and this tank body comprises delivery section, and the powder that described delivery section will store in described tank body is carried to the opening of described tank body; And lid, this lid supports described tank body so that described tank body is rotatable, and discharges the powder of discharging from opening by discharging outlet.Described lid comprises the contact site that contacts with described opening and prevents parts that this prevents that parts from preventing to form the gap between described opening and described contact site.By described lid being installed on the imaging device and described tank body is installed in the described imaging device.
Imaging device according to another aspect of the invention comprises the powder jar, and this powder jar comprises tank body, and described tank body comprises delivery section, and the powder that described delivery section will store in described tank body is carried to the opening of described tank body; And lid, this lid supports described tank body so that described tank body is rotatable, and discharges the powder of discharging from described opening by discharging outlet.Described lid comprises the contact site that contacts with described opening and prevents parts that this prevents that parts from preventing to form the gap between described opening and described contact site.The powder jar that contains toner can be installed in the described imaging device.By described lid being installed on the imaging device and described tank body is installed in the described imaging device.
In conjunction with the drawings the present invention is carried out following explaining, other purposes of the present invention, feature and advantage are illustrated particularly maybe and will be become apparent.
Description of drawings
Fig. 1 is the whole diagrammatic sketch according to the imaging device of first embodiment and second embodiment;
Fig. 2 is the cut-open view of the image-generating unit in the imaging device shown in Fig. 1;
Fig. 3 is arranged on the skeleton view of the toner jar in the imaging device, and this imaging device is the imaging device according to first embodiment shown in Fig. 1;
Fig. 4 is that this toner jar is the toner jar of basis first embodiment as shown in Figure 3 from the viewed skeleton view in toner jar below;
Fig. 5 is the cut-open view of head one side of toner jar, and this toner jar is according to the toner jar at first embodiment shown in Fig. 3;
Fig. 6 is the skeleton view that is loaded into the toner jar on jar outer cover unit, and this toner jar is the toner jar according to first embodiment and second embodiment;
Fig. 7 is the cut-open view according to the toner jar of first embodiment that is loaded on jar outer cover unit;
Fig. 8 A is that the toner jar according to first embodiment is loaded onto the cut-open view on the jar outer cover unit of another example;
Fig. 8 B is that the toner jar according to first embodiment is loaded onto the cut-open view on the jar outer cover unit of another example;
Fig. 9 is the front elevation that is loaded into the housing of the toner jar on jar outer cover unit according to first embodiment;
Figure 10 is the front elevation of the housing of the toner jar that is rotated on the jar outer cover unit according to first embodiment as shown in Figure 9;
Figure 11 is as shown in figure 10 according to the front elevation of housing after rotating of the toner jar of first embodiment;
Figure 12 is the skeleton view of toner jar when being connected with toner conveyance unit according to first embodiment;
Figure 13 is toner jar another skeleton view when being connected with toner conveyance unit according to first embodiment;
Figure 14 is the amplification view according to the open side of the toner jar of second embodiment;
Figure 15 is at the cut-open view inner according to the housing (cover) of the toner jar of second embodiment;
Figure 16 is another embodiment according to second embodiment, the tank body of toner jar and the schematic cross sectional views of housing lap when keeping;
Figure 17 is other embodiment according to second embodiment, when mounted the schematic cross sectional views of the tank body of toner jar and housing lap;
Figure 18 is the skeleton view according to the toner tank shell inside of the another embodiment of second embodiment;
Figure 19 is the another embodiment according to second embodiment, when mounted the schematic cross sectional views of the tank body of toner jar and housing lap;
Figure 20 is that traditional toner jar is analysed and observe block diagram when released state; And
Figure 21 is that traditional toner jar is analysed and observe block diagram when confined state.
Embodiment
Below with reference to accompanying drawing powder jar and the imaging device of realizing best mode of the present invention is described in detail.Common or corresponding parts are indicated by identical Reference numeral and simplify or omitted overlapping explanation.The invention is not restricted to these embodiment.
Below explanation is according to the imaging device of first embodiment.Fig. 1 and Fig. 2 are used to illustrate the general structure of imaging device and the diagrammatic sketch of running.Fig. 1 is the diagrammatic sketch as the printer of imaging device, and Fig. 2 is the amplification diagrammatic sketch of the image-generating unit in the printer.
As shown in Figure 1,4 jar outer cover units 31 that are removably disposed in the top that is arranged in imaging device body (below be called " device body ") 100 respectively with the corresponding toner jar of yellow, reddish violet, blue-green and black 32Y, 32M, 32C and 32K.
As shown in Figure 2, comprise photosensitive drums 1Y, and charhing unit 4Y, the developing cell 5Y, the cleaning unit 2Y that are provided with around photosensitive drums 1Y, remove static unit (not shown) etc. with yellow corresponding imaging units 6Y.Imaging processing (charge step, step of exposure, development step, transfer step, cleaning step) is finished on photosensitive drums 1Y, and yellow image is formed on the photosensitive drums 1Y.
Other three image-generating unit 6M, 6C have the structure identical with yellow corresponding imaging units 6Y basically with 6K, adopt the toner color image different with formation of different colours except each image-generating unit.Therefore, omitted explanation to other three image-generating unit 6M, 6C and 6K, and following only to describing with yellow corresponding imaging units 6Y.
As shown in Figure 2, photosensitive drums 1Y is rotatably driven along direction shown in the arrow R1 among Fig. 2 by the drive motor (not shown).The surface of photosensitive drums 1Y is in the charging (charge step) equably of the position of charhing unit 4Y quilt.
Subsequently, shine position on the photosensitive drums 1Y from exposing unit 7, by exposure/scanning the electrostatic latent image of yellow is formed on the surface of photosensitive drums 1Y (step of exposure) at laser beam L.
Subsequently, face the position of developing cell 5Y on the surface of photosensitive drums 1Y, the electrostatic latent image that develops, and form yellow toner image (development step).
Subsequently, face the position that the intermediate transfer belt 8 and first transfer bias are rolled 9Y on the surface of photosensitive drums 1Y, toner image is transferred to (first transfer step) on the intermediate transfer belt 8 from feeling bulging 1Y.In this step, a spot of toner is not transferred and remains on the photosensitive drums 1Y.
Subsequently, face the position of cleaning unit 2Y on the surface of photosensitive drums 1Y, blade 2a collects the toner (cleaning step) that remains on the photosensitive drums 1Y.
At last, face the position of removing static unit (not shown) on the surface of photosensitive drums 1Y, the current potential that remains on the photosensitive drums 1Y is removed.
Therefore, the imaging processing of carrying out on photosensitive drums 1Y finishes.
Other three image-generating unit 6M, 6C and 6K carry out with by the performed identical imaging processing of above-mentioned yellow image-generating unit 6Y.Specifically, in each of image-generating unit 6M, 6C and 6K, shine on the photosensitive drums based on the exposing unit 7 of laser beam L below being arranged on image-generating unit of image information.More particularly, exposing unit 7 with laser beam L reflection, is passed a plurality of optical elements with laser beam L then and shines on the photosensitive drums by rotating polygon mirror by light emitted laser beam L.
Subsequently, development step form toner image transfer printing on each photosensitive drums on intermediate transfer belt 8 with mutual superposition.The result is to form full-color toner image on intermediate transfer belt 8.
As shown in Figure 1, intermediate transfer unit 15 comprises 8, four first transfer bias cylinders of intermediate transfer belt 9Y, 9M, 9C and 9K, and the second transfer printing back-up roller 12 cleans back-up roller 13, tension roller 14, intermediate transfer cleaning unit 10 etc.Intermediate transfer belt 8 is by 12 to 14 tensioning and the supports of three cylinders.In addition, the rotation of the second transfer printing back-up roller 12 makes intermediate transfer belt 8 gyrate along the arrow indicated direction among Fig. 1.
Each of four first transfer bias cylinder 9Y, 9M, 9C and 9K intermediate transfer belt 8 with each clamping of photosensitive drums 1Y, 1M, 1C and 1K respectively.The result is that the opposite polarity transfer bias of polarity and toner is applied on each of the first transfer bias cylinder 9Y, 9M, 9C and 9K.
Subsequently, in the position of the intermediate transfer belt 8 that has overlapping toner image, in the middle of the second transfer printing back-up roller 12 and second transfer platen 19 are interposed in intermediate transfer belt 8, thereby form second transfer nip towards second transfer platen 19.In the full-color toner image that forms on the intermediate transfer belt 8 thereby be transferred on the transfer materials P, this transfer materials P for example is the transfer paper that is transported in second transfer nip.In this step, a spot of toner is not transferred to transfer materials P and goes up and remain on the intermediate transfer belt 8.
Subsequently, at intermediate transfer cleaning unit 10 places, the toner that remains on the intermediate transfer belt 8 is collected.
Therefore, the transfer process of carrying out on intermediate transfer belt 8 finishes.
The transfer materials P that is sent in second transfer nip transports out from the paper feed unit 26 of the bottom that is positioned at device body 100, passes paper supply roll 27 and a pair of registration cylinder 28.
Specifically, the transfer materials P of a plurality of for example transfer papers is stacked in the paper feed unit 26.When direction is rotatably driven shown in the arrow R2 (counterclockwise) of paper supply roll 27 in Fig. 1, top transfer materials P by paper feeding port 26a to a pair of registration cylinder 28 feedings.
This stops operating to registration cylinder 28 so that transfer materials P stops in this cylinder roll gap to registration cylinder 28.When the full-colour image of middle transfer belt 8 during near second transfer nip, 28 pairs on registration cylinder begins to rotate, thereby transfer materials P and full-color toner image synchronously are transported in second transfer nip.At this moment, the opposite polarity transfer bias of toner (voltage) of its polarity and intermediate transfer belt 8 lip-deep full-color toner image is applied on second transfer platen 19.The result is that intermediate transfer belt 8 lip-deep full-color toner image are transferred on the transfer materials P immediately.Therefore, required coloured image is transferred on the transfer materials P.
Change after second transfer nip prints on the transfer materials P at coloured image, transfer materials P is sent on the fixation unit 20.In fixation unit 20, photographic fixing cylinder and pressing roller are applied to heat and pressure on the transfer materials P, thus with the coloured image photographic fixing of institute's transfer printing on transfer materials P.
Subsequently, transfer materials P passes a pair of word bomb and goes out cylinder 29 and be transported to outside the device.Going out cylinder 29 by paired word bomb is ejected into a plurality of transfer materials P as output image outside the device and is stacked on continuously and covers on 30.
Therefore, the image of being carried out by described imaging device forms the processing end.
It more than is explanation to the imaging running that on transfer materials P, forms full-colour image.Yet, can finish imaging operation by only using one, two or three image-generating unit 6Y, 6M, 6C and 6K, thereby form monochrome image, 2 color images or 3 color images.
Next, describe structure and the running of the developing cell 5Y among the image-generating unit 6Y in detail with reference to figure 2.
Developing cell 5Y comprises the developing roller 51Y in the face of photosensitive drums 1Y, doctor blade 52Y in the face of developing roller 51Y, two transmission screw rod 55Y that are arranged on developer reservoir 53Y, 54Y inside, toner feed supplement unit 58Y by opening is communicated with developer reservoir 54Y detects the concentration detection sensor 56Y of toner concentration in the developer etc.Developing roller 51Y comprises the sleeve that is fixed on inner magnet and rotates around this magnet etc.The developer of two components comprises carrier and the toner that is stored among developer reservoir 53Y, the 53Y.
Developing cell 5Y running with said structure is as follows.
The sleeve of developing roller 51Y rotates along the indicated direction of the arrow among Fig. 2.Magnet among the developing roller 51Y forms magnetic field.When sleeve rotated, magnetic field was moved the developer that is carried on the developing roller 51Y on developing roller 51Y.
In developing cell 5Y, the ratio of the toner that is comprised in developer (toner concentration) is adjusted in the predetermined scope.Specifically, along with the consumption of toner in developing cell 5Y, the toner transfer canal 43Y that the toner among the toner jar 32Y passes toner conveying unit (seeing Figure 12) and toner feed supplement unit 58Y adds among the developer reservoir 54Y.The structure of toner jar 32Y is described in detail with operating at subsequently.
Subsequently, stirring adds to the toner among the toner container 54Y and transmits screw rod 55Y by two it is mixed with developer, and the toner among reciprocation cycle two developer reservoir 53Y, 54Y (moving in the horizontal direction as shown in Figure 2).Toner in the developer is recharged to stick on the carrier when rubbing with carrier.The toner that will stick on the carrier by the magnetic force on the developing roller 51Y is transported on the developing roller 51Y subsequently.
Developer entrained on developing roller 51Y transmits along the indicated direction of arrow in Fig. 2, and arrives the position towards doctor blade 52Y.The developer quantity of being carried on developing roller 51Y is suitably adjusted by doctor blade 52Y.The developer of suitable quantity is transported to subsequently towards the position of photosensitive drums 1Y (developing regional).The electric field that forms in developing regional sticks to toner on the latent image that is formed on the photosensitive drums 1Y.When sleeve was rotated further, remaining developer arrived the top of developer reservoir 53Y on developing roller 51Y, and developer breaks away from developing roller 51Y herein.
Next, the toner jar that illustrates the toner supply developing apparatus with reference to figure 5 to 13.
As described in Figure 1, four toner jar 32Y, 32M, 32C and 32K are removably disposed in jar outer cover unit 31.When finish the serviceable life of each toner jar 32Y, 32M, 32C and 32K (when stored toner almost all run out of and the toner jar when empty), the toner jar is replaced by new toner jar.Therefore, the toner with each toner jar 32Y, 32M, 32C and the corresponding color of 32K is added in the developing cell of each image-generating unit 6Y, 6M, 6C and 6K.
The structure of toner jar at first, is described with reference to figure 3 to 5.
Fig. 3 is the skeleton view of toner jar 32Y.Fig. 4 is the skeleton view of the viewed toner jar 32Y from the below.Fig. 5 is the cut-open view of head one side of toner jar 32Y.
Other three toner jar 32M, 32C and 32K have and the substantially the same structure of toner jar 32Y that contains Yellow toner, except each toner jar contains the toner of different colours.Therefore, omitted explanation, and followingly only the toner jar 32Y that contains Yellow toner has been described other three toner jar 32M, 32C and 32K.
As shown in Figure 3, the critical piece of toner jar 32Y is tank body 33Y and housing 34Y (cover), and described housing 34Y is arranged on the head of tank body 33Y, has the function of lid.
The head of tank body 33Y has as the gear 37Y and the open C (with reference to figure 5) that drive transmission component, and gear integrally rotates with tank body 33Y.The driven wheel engagement of gear 37Y and device body 100 so that tank body 33Y rotate on around as shown in Figure 3 rotation axis by the direction shown in the arrow.The toner that is stored among the tank body 33Y flow in the space among the housing 34Y by open C.
As shown in Figure 4, recessed, circular joint portion 63Y is formed on the bottom 62Y of tank body 33Y.Joint portion 63Y combines with the protuberance 61Y that forms on the sidewall of jar outer cover unit 31.
As shown in Figure 5, spiral projection 33a extend into inner circumferential surface from the outer peripheral face of tank body 33Y.Spiral projection 33a is set so that tank body 33Y rotates, thereby makes toner outlet opening C.
The tank body 33Y and the gear 37Y that can make as above to be constructed by shaping die.
As shown in Figure 3, be used for hand-turning housing 34Y handle 35Y, be used for the toner outlet D (with reference to figure 5) that toner is discharged from toner jar 32Y and be used for toner is exported the side face that dividing plate (shutter) 36Y that D opens and closes is arranged on housing 34Y.
As shown in Figure 5, dividing plate 36Y combines with guide portion 34b on the housing 34Y, and moves on the side face of housing 34Y to open and close toner outlet D along guide portion 34b.Spring 44 is arranged on the end of dividing plate 36Y.The thrust of spring 44 makes dividing plate 36Y close toner outlet D.
As shown in Figure 3, the side of housing 34Y is provided with installation portion 38Y, and this installation portion forms long and short straight wall and curved wall.Installation portion 38Y is installed on the protuberance 39Y on another sidewall that is formed at jar outer cover unit 31.
As shown in Figure 5, the teat 34a of the housing 34Y that is as above constructed is pushed between the edge part 33b of gear 37Y and tank body 33Y.In other words, housing 34Y and tank body 33Y are assembled into relative to each other and upwards relatively rotate in week.Therefore, roll-shell 34Y manually when setting the toner jar, and when replenishing toner, can drive tank body 33Y rotationally, this will describe subsequently.
Next, with reference to figure 6 to 11 operation that toner jar 32Y is installed on jar outer cover unit 31 or separates from jar outer cover unit 31 is described.
Fig. 6 is the skeleton view that is loaded into the Yellow toner jar 32Y on jar outer cover unit 31 (along the indicated direction of arrow E).Fig. 7 is the cut-open view of Z-Z intercepting along the line among Fig. 6.Fig. 9 to Figure 11 is the front elevation of motion that is used to install the housing 34Y of toner jar.
As shown in Figure 6, jar outer cover unit 31 has four jar housing department 31Y, 31M, 31C and 31K corresponding to four toner jar 32Y, 32M, 32C and 32K.Each of four jar housing department 31Y, 31M, 31C and 31K has the part 61 that combines with the joint portion of tank body, and the part (not shown) that is installed together with the installation portion of housing.
When toner jar 32Y is installed to device body 100 the jar outer cover unit 31 on the time, lid 30 is as shown in Figure 1 at first upwards opened to expose jar outer cover unit 31.
Subsequently, shown in Fig. 6 and 7, toner jar 32Y is installed in jar housing department 31Y and goes up (along the indicated direction of arrow).Toner jar 32Y is configured such that the joint portion 63Y on the bottom 62Y of tank body 33Y combines with jar part 61Y of housing department 31Y.Simultaneously, toner jar 32Y is arranged so that the part 39Y slip (with reference to figure 9 and Figure 10) of the straight wall of the installation portion 38Y that is provided with along jar housing department 31Y on the side of housing 34Y.Therefore, toner jar 32Y is installed between part 61Y and the part 39Y.This has limited toner jar 32Y to a certain extent and has shaken in a longitudinal direction.
Because joint portion 63Y is a spill, therefore can erect with bottom 62Y at bottom toner jar 32Y.This is convenient to toner is encased in process among the toner jar 32Y in factory, and is increased in user location, factory or sells the degree of freedom that the subsidiary company place stores toner jar stock.
In the present embodiment, be the part 61Y and the joint portion 63Y combination that is recessed circle of cylindricality, so that the bottom of toner jar 32Y can not be lifted from the wall portion of jar outer cover unit 31.Yet the shape of part 61Y and joint portion 63Y is not limited to these examples; For example, part 61Y and joint portion 63Y can form shown in Fig. 8 A, the 8B such.In Fig. 8 A, part 61Y has the taper that combines with spill joint portion 63Y.In Fig. 8 B, part 61Y comprises the dish 61Ya for disk or cruciform dish that combines with spill joint portion 63Y.In addition, joint portion 63Y can be spill and taper (not shown).
After toner jar 32Y was installed as shown in Figure 7, the user caught the handle 35Y of toner jar 32Y, and roll-shell 34Y.Therefore, the position of toner jar 32Y finally is installed among jar housing department 31Y.
Below explanation is used to install the motion of the housing 34Y of toner jar 32Y.
As shown in Figure 9, housing 34Y is mounted to and makes the straight wall of installation portion 38Y along the part 39Y of jar housing department 31Y slide (by the indicated direction of arrow E).Shown in Fig. 6 and 7, the joint portion 63Y of tank body 33Y combines with jar part 61Y of housing department 31Y.
When toner jar 32Y was installed on jar housing department 31Y, the straight wall of installation portion 38Y contacted with jar part 39Y of housing department 31Y, as shown in figure 10.Spring 44 is shifted the dividing plate 36Y of housing 34Y onto position (being locked in the position of the first block 45a) that toner outlet D is got clogged.
Toner outlet D rotates along with the rotation of housing 34Y, and finally is parked in bottom position (as shown in figure 11).In addition, the retainer 31a of jar housing department 31Y has hindered the rotation of dividing plate 36Y.Therefore, the edge of dividing plate 36Y presses the spring 44 that is at one end kept by the second block 45b, so that dividing plate 36Y opens toner outlet D.
When dividing plate 36Y opened toner outlet D when housing 34Y rotates, installation portion 38Y was installed on the part 39Y, so that the position of toner jar 32Y is installed among jar housing department 31Y.
Therefore, the user clearly feels mechanical click when toner jar 32Y is installed, thereby makes the user know that toner jar 32Y installs.This prevents that the user from correctly not installing toner jar 32Y.This prevents from correctly not replenish toner, and has prevented breaking of toner jar 32Y and jar parts of outer cover unit 31Y.
Especially, because joint portion 63Y combines with part 61Y at the 62Y place, bottom of toner jar 32Y, prevented that therefore bottom 62Y is lifted when tank body 33Y is rotated driving.When tank body 33Y is rotated driving, joint portion 63Y and part 61Y mutual friction mutually; Therefore, joint portion 63Y and part 61Y are preferably made by the material with low-friction coefficient.
When toner jar 32Y removed from jar housing department 31Y, the user carried out and the opposite process of process that toner jar 32Y is installed.Specifically, the user rotates the handle 35Y of toner jar 32Y along opposite direction (direction indicated with arrow among Figure 11 is opposite).Therefore, the installation portion 38Y of housing 34Y discharges from the part 39Y of jar housing department 31Y.Simultaneously, dividing plate 36Y relatively moves and toner is exported D and closes.The user holds handle 35Y when joint portion 63Y is discharged from part 61Y, and upwards pull out toner jar 32Y.
Next with reference to Figure 12 and 13 toner conveyance unit is described, this toner conveyance unit with the delivered inside of the toner jar 32Y of toner from be installed in jar outer cover unit 31 to developing cell 5Y.
Figure 12 is mounted in jar outer cover unit 31 and the perspective view of the toner jar 32Y, 32M, 32C and the 32K that are connected with toner conveyance unit 40Y, 40M, 40C and 40K respectively.Figure 13 is the side perspective view of the toner jar 32Y, 32M, 32C and the 32K that are connected with toner conveyance unit 40Y, 40M, 40C and 40K respectively.In Figure 12 and 13, omitted a jar outer cover unit 31.
Four toner conveyance unit 40Y, 40M, 40C and 40K have identical structure, except it carries the toner of different colours separately.Therefore, the toner conveyance unit 40Y that is used to carry Yellow toner only is described.
As shown in figure 12, toner conveyance unit 40Y mainly comprises: drive motor 41Y; Driven wheel 42Y, it has the effect of driver element; And toner conveyance conduit 43Y.Has soft conveying coil (not shown) in the inside of toner conveyance conduit 43Y.The gear 37Y of driven wheel 42Y and toner jar 32Y (driving transmission component) engagement.Therefore, when driving driven wheel 42Y, the tank body 33Y of toner jar 32Y rotates.
According to the consumption of the toner among the developing cell 5Y, tank body 33Y rotates to discharge toner.Specifically, when the concentration detection sensor 56Y in the developing cell 5Y shown in Fig. 2 detects toner concentration among the developer container 54Y not enough, from the signal activated drive motor 41Y of control module.
As previously mentioned, spiral projection 33a is formed on the inside surface of tank body 33Y of toner jar 32Y.Therefore, when tank body 33Y rotated, toner was transferred among the housing 34Y of the head of tank body 33Y from the bottom 62Y of tank body 33Y.Then, toner is discharged from the open C of tank body 33Y, through the space among the housing 34Y, and outside toner outlet D discharge toner jar.
The toner of discharging from toner jar 32Y splashes into the toner receiving portion (not shown) the toner transmission unit 40Y.The toner receiving portion is communicated with toner transmission pipeline 43Y.By driving described drive motor 41Y, tank body 33Y rotates, and the transmission coil among the toner transmission pipeline 43Y rotates.Therefore, the toner that drips in the toner receiving portion transmits in toner transmission pipeline 43Y, and adds among the toner feed supplement unit 58Y among the developing cell 5Y.
As implied above, in imaging device, combine with jar part 61Y of housing department 31Y at the formed joint portion 63Y of bottom 62Y according to first embodiment.In addition, the position of toner jar 32Y is installed among jar housing department 31Y, so that dividing plate 36Y opens toner opening D by roll-shell 34Y.Therefore, the user can clearly feel mechanical click when being installed to each toner jar 32Y, 32M, 32C and 32K on the device body 100.This prevents that the user from can not correctly install toner jar 32Y, 32M, 32C and 32K.
In the present embodiment, in toner jar 32Y, 32M, 32C and 32K, only store toner.Yet, in developing cell 5, providing in the another kind of imaging device of two component developers that contain toner and carrier, the developer of two components can be stored among toner jar 32Y, 32M, 32C and the 32K.
Below explanation is according to the imaging device of second embodiment.
In first embodiment, combine with part on jar housing department in formed joint portion, the bottom of tank body.In addition, by roll-shell with the stationkeeping of toner jar in the jar housing department, so that dividing plate is opened the toner opening.In a second embodiment, in the housing of toning body jar, be provided with rib.These ribs prevent from closely forming the gap between the housing handle part of contact and the tank body opening mutually.In addition, these ribs prevent to form the gap between housing handle part and tank body opening when housing is installed to the device body.
The general structure of image-forming apparatus according to the present invention is identical with the structure of the imaging device of as shown in Figure 1 first embodiment.In addition, the structure of image-generating unit is identical with the structure of the image-generating unit of as shown in Figure 2 first embodiment.In addition, the toner jar is identical with situation among first embodiment as shown in Figure 6 according to the installment state of jar on the outer cover unit in the imaging device of present embodiment.
Figure 14 is the cut-open view according to the top of the toner jar 32Y of present embodiment.
Other three toner jar 32M, 32C have and the identical structure of toner jar 32Y that contains Yellow toner with 32K, and different is its toner that contains different colours separately.The toner jar 32Y that contains Yellow toner only is described therefore; Yet present embodiment also is applicable to other three toner jar 32M, 32C and 32K.
In Figure 14, toner jar 32Y comprises the column tank body 133 as container body.Cylindrical shell 140 (cover) with lid function is arranged on the opening 35 of top end of tank body 133.Housing 140 rotates with respect to tank body 133.Tank body 133 comprises spiral projection (spiral transport part) 136, and when tank body 133 rotated, this projection was transmitted toner to opening 135.Housing 140 comprises cap `141, and this cap has toner outlet (the toner feed supplement opening) 144 that is arranged on the periphery bottom.Handle part 142 is fixed on the cap 141, and cap 141 is installed on the tank body 133.Housing 140 and tank body 133 be arranged on the clearance meshing of claw 143 and tank body 133 on the handle part 142, so that relative to each other can rotate.The place that seal 145 is arranged on tank body 133 and cap 141 combinations spills from this part to prevent toner.The handle part 142 of housing 140 comprises handle 146 and dividing plate 147.In addition, near being installed to place on the tank body 133, housing 140 is provided with jar gear 134.Jar gear 134 is the input gears as input part, and itself and tank body 133 integrally form.
When being installed to toner jar 32Y on the device body 100, at first upwards open to open wide a jar outer cover unit 31 at the lid shown in Fig. 1 30.As shown in Figure 6, after toner jar 32Y is installed on jar housing department 31Y, user's swing handle 146.This makes with handle 146 integrally formed housings 140 and rotates, and dividing plate 147 is moved on housing 140 along circumferential direction, thereby opens toner outlet (toner feed supplement opening) 144.Simultaneously, a housing 140 and a jar housing department 31Y interconnect and are fixed together.Such mechanism is not a main inventive point of the present invention; Therefore omitted detailed description thereof.The jar gear 134 that is installed in the toner jar 32Y among jar housing department 31Y is with the driven wheel (not shown) engagement of device body 100 and by its driving.
On the other hand, when toner jar 32Y removed from device body 100, the user is swing handle 146 in opposite direction.Therefore, discharge among 140 clumps of jar housing departments of housing 31Y.Simultaneously, dividing plate 147 is closed, thereby toner outlet (toner feed supplement opening) 144 closed.The user holds handle 146 when toner jar 32Y is separated from device body 100.Because toner jar 32Y can be installed on the device body 100 or from device body 100 by the top and separate, so understand and realize replacing easily the process of toner jar 32Y easily.In addition, because housing has handle 146, so toner 32Y can be easily mounted on jar outer cover unit 31 by roll-shell 140.When toner jar 32Y separated from installing body 100, even the handle 146 of roll-shell 140, dividing plate 147 can not opened yet.Therefore, when replacing toner jar 32Y,, prevented that the toner accident from spilling owing to keep dividing plate 147 to close.
As mentioned above, when attaching/detaching toner jar 32Y, 32M, 32C and 32K, hold handle 146.Therefore, owing to have only the end of toner jar 32Y to be held, so the center rotating shaft line of tank body 133 departs from the center rotating shaft line of housing 140.This has caused the problem that for example toner disperses and driving torque increases.
Therefore, in the present invention, on inner peripheral surface, be provided as the rib 148 that prevents member, with the tank body 133 that dwindles toner jar 32Y gap with housing 140 overlappings.Shown in Figure 14 and 15, each rib 148 is positioned at a side relative with respect to the central axis of housing 140 and handle 146.
As mentioned above, housing 140 has and is arranged on the side relative with handle 146.Therefore, even when the user holds handle 146 when rotating toner jar 32Y toner jar 32Y is installed in the device, and when only holding the end of toner jar 32Y, each rib 148 can prevent that also tank body 133 from unclamping from housing 140.This prevents to form the gap between housing 140 and tank body 133, thereby prevents that toner from disperseing.In addition, prevented that housing 140 from coming off or almost coming off from tank body 133.This has prevented the dispersion of toner and the increase of torque.In addition, when rotating tank body 133, the center rotating shaft line of each rib 148 restriction tank body 133 too far departs from preposition, so that do not form the gap between opening 135 and handle part 142.Therefore, the center rotating shaft line of tank body 133 can not depart from greatly holds the precalculated position, thereby has prevented the increase of torque.
In addition, owing to prevent that member from being rib 148, so prevent that member is less with the contact area of tank body 133 rotationally.This has reduced to contact the torque that is produced with tank body 133.
In addition, according to present embodiment, shown in Figure 15 to 17, three ribs 148 are parallel to the extension of central axis of housing 140.Rib 148a and handle 146 are relatively located, and rib 148b is positioned at the both sides of rib 148a.Rib 148a prevents that by himself weight tank body 133 from coming off or almost coming off from housing 140.When toner jar 32Y was installed in the device, owing to the load that handle 146 is applied, rib 148a and 148b prevented that tank body 133 from coming off or almost coming off from housing 140.This has prevented the dispersion of toner and the increase of torque.The quantity of rib 148 is not limited to three, and the rib 148 of any amount can be set.But when tank body 133 rotated, too many rib 148 may increase slip load; Therefore, housing preferably only has the rib 148 of minority.
Figure 18 is the skeleton view of housing 140 according to another embodiment of the present invention.In the present embodiment, be provided with as the hemispheric projection 149 that prevents member in the position relative with handle 146, it is similar to rib 148.Be arranged on the hemispherical projections 149 on the edge of housing 140 owing to prevent member, so prevent that the contact area of tank body 133 of member and rotation is quite little.This has reduced to contact with tank body 133 and the torque that produces.
Figure 19 illustrates another embodiment.Downward-sloping because of what gravity caused in order to prevent after tank body 133 is in being installed to device, another rib 148C or projection 149 preferably are arranged on the position corresponding to the bottom of housing 140.Owing to have this structure, when the user held handle 146, rib 148a and rib 148b had prevented that three positions tank body 133 is downward-sloping.In addition, when the toner jar was installed in the device and be driven in device, rib 148C prevented that toner tank body 133 is downward-sloping.
When use had the rib of differing heights, the optimum height of rib 148 was detected.Testing result is illustrated in the table 1.The rib that is used for this test satisfies following condition: shown in Figure 16 and 17, when the axis alignment of the central axis of tank body 133 and housing 140, tank body 133 is 2mm with the clearance delta L of housing 140 overlappings.Based on this condition, used four ribs, each rib has formed the gap beta of 0mm, 0.5mm, 1.0mm and 1.5mm between tank body 133 and housing 140.
[table 1]
| Gap beta (mm) | Toner disperses | The turnability of toner jar |
| 0 | O (not disperseing) | X (rib and the friction of toner jar and load increase) |
| 0.5 | O (not disperseing) | O (good) |
| 1 | O (not disperseing) | O (good) |
| 1.5 | X (dispersion) | X (axis moves and the increase of loading) |
As shown in table 1, the rib that forms 1mm and 0.5mm gap beta can not cause toner to disperse, and the turnability of toner jar is good.The rib that forms the 0mm gap can not cause toner to disperse, but because the big load that the friction of rib 148 and toner jar causes degenerates the turnability of container.In addition, the rib that forms the 1.5mm gap beta causes the turnability of toner dispersion and container to descend, and reason is to have moved central axis and increased rotating load.
The result shows that when clearance delta L was 2mm, the height of rib 148 was preferably about 1mm to 1.5mm.
Preferred embodiment of the present invention more than has been described.Yet, the invention is not restricted to these embodiment, but can carry out various changes.
For example, in a second embodiment, the toner jar is considered to the example of powder jar.Yet the powder jar is not limited to the toner jar; The powder jar can be the box that is used for storage of developer, and this developer is the potpourri of toner and carrier, or only is carrier.
As implied above, in the imaging device according to second embodiment, housing 140 comprises rib 148, and this rib 148 prevents from closely forming the gap between the handle part 142 of contact and the opening 135 mutually.In addition, when housing 140 was installed on the device body 100, rib 148 prevented to form the gap between handle part 142 and opening 135.Therefore, even hold handle 146 as the user when being installed to the toner jar in the device, and only hold an end of toner jar, rib 148 can prevent that also tank body 133 from unclamping from housing 140.This has prevented to form the gap between housing 140 and tank body 133, thereby has prevented the toner dispersion.In addition, in the precalculated position that housing 140 is installed in device body 100 after, roll-shell 140 so that its with the device body 100 the joint portion combine.In addition, when rotating tank body 133, it is too far away out of position that rib 148 has limited the center rotating shaft line of tank body 133, so that do not form the gap between opening 135 and handle part 142.Therefore, prevented that the center rotating shaft line of tank body 133 is too big out of position, thereby prevented the torque increase.
The invention is not restricted to these embodiment.Obviously, under the situation that does not break away from category of the present invention, can carry out various changes to the present invention.In addition, the quantity of parts, position and shape are not limited to these embodiment, and parts, position and the shape that can change over preferred amount are to realize the present invention.
In order to disclose the present invention fully and clearly, though describe the present invention in conjunction with specific embodiment, but appended claim is not thereby be restricted, but being interpreted as embodying all modifications and the selectable structure that it may occur to persons skilled in the art that, these are revised and selectable structure clearly drops in the basic instruction described herein.
Claims (15)
1. powder jar, it is removably mounted in the jar outer cover unit (31) of electrophotograph imaging device, and this powder jar comprises:
Tank body (33Y), it comprises
Be positioned at the opening (C) at the head place of described tank body; And
Be positioned at the joint portion (63Y) at described tank base place, this joint portion combines with the cooperation acceptance division of described jar of outer cover unit;
Driving transmission component with described tank body unitary rotation; And
Lid, it comprises
Discharge outlet, the powder of discharging from the described opening of described tank body is further discharged in this outlet; And
With the dividing plate (36Y) of described outlet opening opening and closing, wherein
The position of described powder jar in described jar of outer cover unit come to determine in the following way, that is, described joint portion is combined with described cooperation acceptance division, and operates described lid so that described dividing plate is opened described discharge outlet.
2. powder jar as claimed in claim 1, wherein, described joint portion (63Y) forms depression and circular shape.
3. powder jar as claimed in claim 1, wherein, described cooperation acceptance division forms convex.
4. powder jar as claimed in claim 1, wherein, described lid comprises installation portion (38Y), this installation portion is installed in the corresponding portion of described jar of outer cover unit together with the described opening of described discharge outlet.
5. powder jar as claimed in claim 1, wherein, described driving transmission component is to be positioned on the side face of described tank body and the gear (37Y) on the sidepiece of described opening.
6. powder jar as claimed in claim 1, wherein, described tank body (33Y) the spiral projection (33a) on the side face that included.
7. powder jar as claimed in claim 1, wherein, described tank body (33Y) stores toner.
8. powder jar as claimed in claim 7, wherein, described tank body (33Y) is storage carrier also.
9. imaging device electrophotograph imaging device that comprises the powder jar, described powder jar comprises: tank body (33Y), it comprises
Be positioned at the opening (C) at the head place of described tank body; And
Be positioned at the joint portion (63Y) at described tank base place, this joint portion combines with the cooperation acceptance division of described jar of outer cover unit;
Driving transmission component with described tank body unitary rotation; And
Lid, it comprises
Discharge outlet, the powder of discharging from the described opening of described tank body is further discharged in this outlet; And
With the dividing plate (36Y) of described outlet opening opening and closing, wherein
The position of described powder jar in described jar of outer cover unit come to determine in the following way, that is, described joint portion (63Y) is combined with described cooperation acceptance division, and operates described lid so that described dividing plate is opened described discharge outlet,
Described powder jar is removably mounted in the described jar of outer cover unit, and
Described jar of outer cover unit comprises described cooperation acceptance division, and the described joint portion (63Y) of described powder jar combines with described cooperation acceptance division.
10. electrophotograph imaging device as claimed in claim 9, wherein, described jar of outer cover unit comprises corresponding portion, the installation portion of described lid (38Y) is installed on described corresponding with the described opening of described discharge outlet.
11. electrophotograph imaging device as claimed in claim 9, wherein, described electrophotograph imaging device comprises driver element, and this driver element passes to described drive transmitting member with driving force.
12. a powder jar, it comprises:
Tank body (133), this tank body comprises delivery section, described delivery section will be carried to the opening (135) of described tank body by stored powder in described tank body; And
Lid (141), it supports described tank body so that described tank body is rotatable, and discharges the powder of discharging from described opening by discharging outlet, wherein
Described lid comprises
The contact site that contacts with described opening; And
Rib (148), this rib prevent to form the gap between described opening and described contact site, and
By described lid being installed on the electrophotograph imaging device and described powder jar is installed in the described electrophotograph imaging device,
After described powder jar is placed in the precalculated position of described electrophotograph imaging device, rotate described lid it is combined with the described joint portion of described electrophotograph imaging device so that described powder jar is installed in the described electrophotograph imaging device,
Described rib (148) prevents to form the gap between described opening (135) and described contact site by the center of rotation axis that limits described tank body when rotating described lid greater than scheduled volume out of position,
Described lid comprises the handle (146) of user's grasping,
The described member that prevents is to be parallel to the axial rib of described powder jar, and the described member that prevents is with respect to described center of rotation axis and described handle relative positioning.
13. powder jar as claimed in claim 12, wherein, described lid comprises the handle (146) of user's grasping, and,
The described member that prevents is a semisphere, and described prevent member near the edge of the described lid the described tank body with respect to described center of rotation axis and described handle relative positioning.
14. powder jar as claimed in claim 12 wherein, is provided with a plurality of members that prevent.
15. an electrophotograph imaging device that comprises the powder jar, described powder jar comprises:
Tank body (133), this tank body comprises delivery section, described delivery section will be carried to the opening (135) of described tank body by stored powder in described tank body; And
Lid (141), it supports described tank body so that described tank body is rotatable, and discharges the powder of discharging from described opening by discharging outlet, wherein
Described lid comprises the contact site that contacts with described opening, and rib (148), and this rib prevents to form the gap between described opening and described contact site,
The described powder jar that contains toner can be installed in the described electrophotograph imaging device, and
By described lid being fixed on the electrophotograph imaging device and described powder jar is installed in the described electrophotograph imaging device,
After described powder jar is placed in the precalculated position of described electrophotograph imaging device, rotate described lid it is combined with the described joint portion of described electrophotograph imaging device so that described powder jar is installed in the described electrophotograph imaging device,
Described rib prevents to form the gap between described opening and described contact site by the center of rotation axis that limits described tank body when rotating described lid greater than scheduled volume out of position,
Described lid comprises the handle (146) of user's grasping,
The described member that prevents is to be parallel to the axial rib of described powder jar, and the described member that prevents is with respect to described center of rotation axis and described handle relative positioning.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2004207656A JP2006030488A (en) | 2004-07-14 | 2004-07-14 | Toner bottle and image forming apparatus |
| JP207656/2004 | 2004-07-14 | ||
| JP018321/2005 | 2005-01-26 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1842753A CN1842753A (en) | 2006-10-04 |
| CN100414456C true CN100414456C (en) | 2008-08-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005800008888A Expired - Fee Related CN100414456C (en) | 2004-07-14 | 2005-07-14 | Powder container and image forming apparatus |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP2006030488A (en) |
| CN (1) | CN100414456C (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP5056032B2 (en) * | 2007-01-30 | 2012-10-24 | ブラザー工業株式会社 | Developing device and toner cartridge |
| KR101707253B1 (en) * | 2009-03-30 | 2017-02-15 | 캐논 가부시끼가이샤 | Developer replenishing container and developer replenishing system |
| JP4947098B2 (en) | 2009-07-02 | 2012-06-06 | 富士ゼロックス株式会社 | Conveying device, developer container, and image forming apparatus |
| JP5391893B2 (en) | 2009-07-16 | 2014-01-15 | 富士ゼロックス株式会社 | Conveying device, developer container, and image forming apparatus |
| JP2022166667A (en) * | 2021-04-21 | 2022-11-02 | ヒューレット－パッカード デベロップメント カンパニー エル．ピー． | Toner cartridge including rotatable toner container and fixed agitator |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH11133713A (en) * | 1997-10-30 | 1999-05-21 | Oki Data Corp | Developer cartridge and image forming device |
| JPH11272050A (en) * | 1998-03-23 | 1999-10-08 | Seiko Epson Corp | Developing device |
| JP2000214669A (en) * | 1999-01-25 | 2000-08-04 | Ricoh Co Ltd | Toner container |
| JP2000338758A (en) * | 1999-05-25 | 2000-12-08 | Ricoh Co Ltd | Toner replenishing device |
| CN1365030A (en) * | 2000-12-25 | 2002-08-21 | 株式会社理光 | Toner compensator and its imaging device |
| CN2615706Y (en) * | 2001-02-19 | 2004-05-12 | 佳能株式会社 | Sealing element, toner receptacle and imaging apparatus |
-
2004
- 2004-07-14 JP JP2004207656A patent/JP2006030488A/en active Pending
-
2005
- 2005-07-14 CN CNB2005800008888A patent/CN100414456C/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH11133713A (en) * | 1997-10-30 | 1999-05-21 | Oki Data Corp | Developer cartridge and image forming device |
| JPH11272050A (en) * | 1998-03-23 | 1999-10-08 | Seiko Epson Corp | Developing device |
| JP2000214669A (en) * | 1999-01-25 | 2000-08-04 | Ricoh Co Ltd | Toner container |
| JP2000338758A (en) * | 1999-05-25 | 2000-12-08 | Ricoh Co Ltd | Toner replenishing device |
| CN1365030A (en) * | 2000-12-25 | 2002-08-21 | 株式会社理光 | Toner compensator and its imaging device |
| CN2615706Y (en) * | 2001-02-19 | 2004-05-12 | 佳能株式会社 | Sealing element, toner receptacle and imaging apparatus |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2006030488A (en) | 2006-02-02 |
| CN1842753A (en) | 2006-10-04 |
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