CN207164470U - A kind of Delevoping cartridge, chip fixed part and image processing system - Google Patents

Abstract

The utility model provides a kind of Delevoping cartridge, chip fixed part and image processing system, there is the first position and the second place relative to box body by the chip used on Delevoping cartridge, or it is used in electrical connection Delevoping cartridge and arrangement of multiple chip contacts units on Delevoping cartridge of image processing system there is first state and the second state, the Delevoping cartridge box body of same structure is set to be changed between two kinds of Delevoping cartridge models, with suitable for corresponding to different model Delevoping cartridge on image processing system.By using the chip fixed part of the utility model Delevoping cartridge, not only chip is set to be firmly secured on Delevoping cartridge, additionally it is possible to make chip easily disassembled and be convenient for changing.

Description

A kind of Delevoping cartridge, chip fixed part and image processing system

Technical field

The application is related to imaging device technical field, more particularly to a kind of Delevoping cartridge, chip fixed part and image form dress Put.

Background technology

The Delevoping cartridge being used cooperatively in the image processing systems such as laser printer, duplicator, the development in market circulation Box can have different structures because model is different, Delevoping cartridge 10B knot shown in Delevoping cartridge 10A as shown in Figure 1 structure and Fig. 2 Structure, Delevoping cartridge 10A and Delevoping cartridge 10B difference are：Chip on box body 100a, 100b rear end face 101a, 101b 110a and 110b position it is different and positioned at box body rear end in both sides the second handle 13a and 13b in side (D directions) Position is different, as shown in Figure 3.

In addition, prior art is also present because having the Delevoping cartridge 20 of different structure to performance improvement, as shown in figure 4, aobvious Shadow box 20 includes box body 200, and conducting connecting part 222 is additionally provided with Delevoping cartridge 20, by using conducting connecting part 222 and right The various structures of conducting connecting part 222 are improved, and the one end of conducting connecting part 222 is contacted shape with the chip terminal 221 on chip 220 Into electrical connection, the chip contact head (not shown) that the other end of conducting connecting part 222 can be stably with image processing system connects Touch and form electrical connection, then make to form electrical contact between chip 220 and image processing system, while improve Delevoping cartridge and printing Electrical contact reliability between owner's body.The structure of Delevoping cartridge 20 equally exists the type such as above-mentioned Delevoping cartridge 10A and Delevoping cartridge 10B Number difference.

Therefore, although Delevoping cartridge structure is similar because of chip and its position difference and in different model image processing system Interfere with each other and compatible can not use, such as Delevoping cartridge 10B is installed in image processing system corresponding to Delevoping cartridge 10A, develop Terminal on box 10B chip 11b can not then contact with the contact pilotage in image processing system, and second handle 13b also can be because of position It is different and do not close the cover of image processing system.Then, when the Delevoping cartridge market circulation quantity gap great disparity of two kinds of models, If because said structure difference can not it is general the Delevoping cartridge moulding of superfluous model is can not be applied in model in short supply, aobvious The waste of superfluous resource is will appear from the recovery operation of shadow box, the box body moulding of a certain model can be then caused in brand-new production Stock largely overstock.Particularly in the case of the structure-improved Delevoping cartridge of Delevoping cartridge 20, due to parts species sum The increase of amount, it is as general in that can not accomplish to assemble between the Delevoping cartridge of each model, more wasting phenomenons are often led to, are influenceed just Often production running.In addition, the mode such as chip generally use screw fixation of the prior art is fixed on Delevoping cartridge, such a Fixed form not only needs to spend the longer set-up time, in chip setup error or needs dismantlement work during replacing same The waste of time and cost of labor is caused, box-packed to development brings very big inconvenience with work.

Utility model content

The utility model provides a kind of Delevoping cartridge, chip fixed part and image processing system, to solve in the prior art It is difficult to the problem of general and the technical problem of chip dismounting and installation inconvenience between the Delevoping cartridge of different model.

A kind of Delevoping cartridge, for being removably installed in the main body of image processing system, including box body, on box body Chip, the chip have relative to box body first position and the second place.

A kind of Delevoping cartridge, for being removably installed in the main body of image processing system, including box body, on box body Chip and multiple chip contacts units, the multiple chip contacts unit be used for make the chip and described image forming apparatus Electrical connection, multiple chip contacts units have first state and the second state.

Described Delevoping cartridge, it is preferred that the chip includes chip substrate and chip terminal, and the Delevoping cartridge is provided with energy The conducting connecting part being connected with the chip terminal, the chip contacts unit include the chip terminal and described are conductively connected At least one of both parts.

Described Delevoping cartridge, it is preferred that multiple chip terminals are on the chip substrate, and multiple conductions are even On the box body, each conducting connecting part can correspond to each chip terminal to be contacted and forms electrical connection fitting, When the conducting connecting part is formed with the corresponding chip terminal to be electrically connected, the conducting connecting part and the chip terminal The chip contacts unit of composition is an electrical connecting unit, when the conducting connecting part forms non-electrical with the corresponding chip terminal During connection, the chip contacts unit that the conducting connecting part and/or the chip terminal are formed is a non-electric-connecting unit.

Described Delevoping cartridge, it is preferred that formed with the resettlement groove for accommodating the conducting connecting part, institute on the box body State each conducting connecting part from the resettlement groove to extend and contact to form electrical connection with each chip terminal, at the resettlement groove When forming the electrical connection of conducting connecting part and the chip terminal, the conducting connecting part and the chip of chip terminal composition Contact point unit is an electrical connecting unit, and the conducting connecting part and/or the chip terminal are lacked at the resettlement groove at least One, contact room is formed at the resettlement groove, the contact room is a non-electric-connecting unit.

Described Delevoping cartridge, it is preferred that the Delevoping cartridge has drive end and conducting end, when the electrical connecting unit is relative When non-electric-connecting unit is close to conducting end, multiple chip contacts unit arrangement form first states, when the electrical connection Unit relative to non-electric-connecting unit close to drive end when, the second state of multiple chip contacts unit arrangement forms.

Described Delevoping cartridge, it is preferred that the box body is provided with chip mount unit, and the chip mount unit includes core Piece accommodating chamber, chip supporting table and chip fixed part, the chip mount unit have the first card for limiting the chip position Position and the second screens.

Described Delevoping cartridge, it is preferred that the chip fixed part includes body, the location division on body and deduction Portion.

Described Delevoping cartridge, it is preferred that the location division is step-like projection, and the deduction part is buckle.

Described Delevoping cartridge, it is preferred that the body is provided with first screens.

Described Delevoping cartridge, it is preferred that elastic portion is extended with the body, first screens is located at the elastic portion Free end on.

Described Delevoping cartridge, it is preferred that the body is provided with identification and is open, for identification chip position.

Described Delevoping cartridge, it is preferred that first screens is located on the chip fixed part, for making the chip exist It is located at first position in chip accommodating chamber；Second screens is located in the chip accommodating chamber, for making the chip in core It is located at the second place in piece accommodating chamber.

Described Delevoping cartridge, it is preferred that the Delevoping cartridge has front-end and back-end, when the electrical connecting unit is relative to non- When electrical connecting unit is close to front end, multiple chip contacts unit arrangement form first states, when the electrical connecting unit phase During for non-electric-connecting unit close to rear end, the second state of multiple chip contacts unit arrangement forms.

Described Delevoping cartridge, it is preferred that the Delevoping cartridge has drive end and conducting end, and the chip is disposed relative to The conducting end is closer at the drive end, and the box body is provided with chip conductive member, and the chip conductive member includes Electric acceptance division, electric transfer part and electrical connection section, the electrical connection section are electrically connected with the electric acceptance division and the electric transfer part respectively Connect, the electric acceptance division is disposed relative to the drive end closer at the conducting end, and the conducting connecting part includes the One conducting connecting part and the second conducting connecting part, first conducting connecting part are arranged on the electric acceptance division, and described second Conducting connecting part is arranged in the electric transfer part, and the chip contacts unit includes the chip terminal and second conduction At least one of both connectors.

Described Delevoping cartridge, it is preferred that the electric transfer part is disposed relative to the conducting end closer to the driving At end.

Described Delevoping cartridge, it is preferred that the electric transfer part includes electric transferring substrates, and second conducting connecting part is set In the electric transferring substrates, the electric acceptance division includes electricity and receives substrate, and first conducting connecting part is arranged on the electricity Receive on substrate.

Described Delevoping cartridge, it is preferred that second conducting connecting part is welded in the electric transferring substrates；And/or institute The first conducting connecting part is stated to be welded on the electricity reception substrate.

Described Delevoping cartridge, it is preferred that second conducting connecting part is plugged in the electric transferring substrates；And/or institute The first conducting connecting part is stated to be plugged on the electricity reception substrate.

Described Delevoping cartridge, it is preferred that the electrical connection section is flexible conductive element.

A kind of Delevoping cartridge, for being removably installed in the main body of image processing system, including box body, on box body Chip, the Delevoping cartridge has a drive end and conducting end, and the chip is disposed relative to the conducting end closer to described At drive end, the box body is provided with chip conductive member, and the chip conductive member includes electric acceptance division, electric transfer part and electricity Connecting portion, the electrical connection section electrically connect with the electric acceptance division and electric transfer part respectively, the electrical connection section and the chip Electrical connection, the electric acceptance division are used to electrically connect with image processing system, so that the chip and described image forming apparatus electricity Connection.

Described Delevoping cartridge, it is preferred that the electric acceptance division is disposed relative to the drive end closer to the conduction At end, the electric transfer part is disposed relative to the conducting end closer at the drive end.

Described Delevoping cartridge, it is preferred that the electric acceptance division includes electricity and receives substrate, and the electricity receives substrate and is provided with the One conducting connecting part, the electric transfer part include electric transferring substrates, and the electric transferring substrates are provided with the second conducting connecting part.

Described Delevoping cartridge, it is preferred that second conducting connecting part is welded in the electric transferring substrates；And/or institute The first conducting connecting part is stated to be welded on the electricity reception substrate.

Described Delevoping cartridge, it is preferred that second conducting connecting part is plugged in the electric transferring substrates；And/or institute The first conducting connecting part is stated to be plugged on the electricity reception substrate.

Described Delevoping cartridge, it is preferred that the electrical connection section is flexible conductive element.

A kind of chip fixed part, is removably mounted on the box body of Delevoping cartridge, and the chip fixed part includes body, position In location division and deduction part on body.

Described chip fixed part, it is preferred that the location division is step-like projection, and the deduction part is buckle.

Described chip fixed part, it is preferred that the body is provided with the first screens.

Described chip fixed part, it is preferred that elastic portion is extended with the body, first screens is located at the bullet On the free end in property portion.

Described chip fixed part, it is preferred that the body is provided with identification and is open, for identification chip position.

A kind of image processing system, including main body, cover, power pack and Delevoping cartridge, the power pack are arranged on institute State on cover, the Delevoping cartridge is installed in the main body, and the Delevoping cartridge is Delevoping cartridge provided by the utility model.

According to Delevoping cartridge provided by the utility model, the chip used thereon has the first position and the relative to box body Two positions, or it is used in arrangement of the multiple chip contacts units for electrically connecting Delevoping cartridge and image processing system on Delevoping cartridge With first state and the second state, the Delevoping cartridge box body of same structure is set to be changed between two kinds of Delevoping cartridge models, to be applicable In corresponding to different model Delevoping cartridge on image processing system.

According to the chip fixed part used in chip fixing structure provided by the utility model and the fixed structure, utilize The chip fixed part and its assembling in chip mount unit, not only make chip be firmly secured on Delevoping cartridge, additionally it is possible to Make chip easily disassembled and be convenient for changing.

Brief description of the drawings

, below will be to required use in embodiment in order to illustrate more clearly of the technical scheme of the utility model embodiment Accompanying drawing be briefly described, it should be apparent that, drawings in the following description are only some embodiments of the utility model, right For those of ordinary skill in the art, without having to pay creative labor, it can also be obtained according to these accompanying drawings Other accompanying drawings.

Fig. 1 is the stereogram of A models Delevoping cartridge in the prior art；

Fig. 2 is the stereogram of Type B Delevoping cartridge in the prior art；

Fig. 3 is the contrast schematic diagram of A models Delevoping cartridge and Type B Delevoping cartridge rearview in the prior art；

Fig. 4 is the partial exploded view of the Delevoping cartridge of another structure in the prior art；

Fig. 5 is the schematic diagram for the Delevoping cartridge that the application provides；

Fig. 6 is the partial exploded view for the Delevoping cartridge that the application provides；

Fig. 7 is the structural representation of the Delevoping cartridge that the application provides and image processing system；

Fig. 8 is the dimensional structure diagram of conducting connecting part in the embodiment of the present application；

Fig. 9 is the partial exploded view that the embodiment of the present application chips are arranged on Delevoping cartridge box body；

Figure 10 is the dimensional structure diagram of the embodiment of the present application chips fixed part；

Figure 11 a are the partial exploded view of the embodiment of the present application chips and fixed part on Delevoping cartridge box body；

Figure 11 b are the diagrammatic cross-section after the installation of Figure 11 a chips；

Figure 12 a are the partial exploded view of the embodiment of the present application chips and fixed part on Delevoping cartridge box body；

Figure 12 b are the diagrammatic cross-section after the installation of Figure 12 a chips；

Figure 13 is the partial exploded view for the Delevoping cartridge that embodiment two provides；

Figure 14 is the partial exploded view of the chips of embodiment two and fixed part on Delevoping cartridge box body；

Figure 15 is the partial exploded view of the chips of embodiment two and fixed part on Delevoping cartridge box body；

Figure 16 is the schematic diagram for the Delevoping cartridge that embodiment three provides；

Figure 17 is the schematic diagram for the Delevoping cartridge that embodiment three provides；

Figure 18 is the partial exploded view for the Delevoping cartridge that embodiment three provides；

Figure 19 is the schematic diagram of the chips conductive member of embodiment three；

Figure 20 is the schematic diagram of electric acceptance division in embodiment three；

Figure 21 is the schematic diagram of electric transfer part in embodiment three；

Figure 22 is the partial exploded view that electric acceptance division is arranged on Delevoping cartridge box body；

Figure 23 is the schematic diagram after the installation of electric acceptance division；

Figure 24 is the partial exploded view that electric transfer part is arranged on Delevoping cartridge box body；

Figure 25 is the schematic diagram after the installation of electric transfer part；

Figure 26 is the partial exploded view that the chip in embodiment three is arranged on Delevoping cartridge box body；

Figure 27 is the partial exploded view that the chip in embodiment three is arranged on Delevoping cartridge box body；

Figure 28 is the schematic diagram after the chip installation in embodiment three；

Figure 29 is the schematic diagram after the chip installation in embodiment three；

Figure 30 is the schematic diagram for the Delevoping cartridge that example IV provides；

Figure 31 is electric acceptance division and the schematic diagram of electrical connection section attachment structure in example IV；

Figure 32 is Figure 31 partial exploded view；

Figure 33 is the dimensional structure diagram of the first electric connecting terminal in example IV；

Reference：

10A：Delevoping cartridge；

100a：Box body；

101a：Rear end face；13a：Second handle；

110a：Chip；

10B：Delevoping cartridge；

100b：Box body；

101b：Rear end face；13b：Second handle；

110b：Chip；

20：Delevoping cartridge；

200：Box body；

220：Chip；221：Chip terminal；222：Conducting connecting part；

30：Delevoping cartridge；

30K：First Delevoping cartridge；30Y：Second Delevoping cartridge；30M：3rd Delevoping cartridge；30C：4th Delevoping cartridge；

300：Box body；

301：Conducting end；302：Drive end；303：Front end；304：Rear end；

305：Developer roll；306：Powder outlet cutter；307：Handle；

310：Chip；

311：Chip substrate；312：Chip terminal；

3111：Slot to make way；

320：Chip contacts unit；

321：Conducting connecting part；

3210：Matrix；3211：End is passed in fax；3212：Electric receiving terminal；

3213：Clamping wall；3214：Grasping part；3215：Resilient portion；

330：Resettlement groove；

340：Chip mount unit；

350：Chip accommodating chamber；

351：First wall；352：Second wall；353：3rd wall；354：4th wall；

360：Chip supporting table；

361：Limited block；362：Second screens；

370：Chip fixed part；

371：Body；

3711：Positioning end；3712：Deduction end；

372：Location division；

373：Deduction part；

3731：Circuity part；3732：Buckle part；

374：First screens；

375：Elastic portion；3751：Elastic tip；3752：Gap；

376：Identification opening；

380：Access Division；390：Stage portion；N：Room

E：First position；F：The second place；

e：First state；f：Second state；

40：Delevoping cartridge；

400：Box body；

401：Conducting end；402：Drive end；

410：Chip；

411：Chip substrate；412：Chip terminal；

420：Chip contacts unit；

50：Delevoping cartridge；

500：Box body；

501：Conducting end；502：Drive end；503：Front end；504：Rear end；505：Upper surface；506：Lower surface；

510：Chip；

511：Chip substrate；512：Chip terminal；

5111：Slot to make way；

520：Chip contacts unit；

590：Chip conductive member；

591：Electric acceptance division；592：Electric transfer part；593：Electrical connection section；

5911：Electricity receives substrate；5912：First conducting connecting part；5913：First connection position；5914：Handle hole；

5921：Electric transferring substrates；5922：Second conducting connecting part；5923：Second connection position；

59121：First matrix；59122：Electric receiving terminal；

59221：Second matrix；59222：End is passed in fax；

59123：Clamping wall；59124：Grasping part；59125：Resilient portion；

5931：First electric connecting terminal；5932：Second electric connecting terminal；

531：First resettlement groove；

532：Second resettlement groove；

533：3rd resettlement groove；

534：Substrate accommodating chamber；

5341：Substrate support pedestal；5342：Chute；5343：Limit fastener；5344：Side wall；

535：Substrate accommodating chamber；

5351：Substrate support pedestal；5353：Limit fastener；

536：Wire casing grab；

540：Chip mount unit；

550：Chip accommodating chamber；

551：First wall；552：Second wall；553：3rd wall；554：4th wall；

560：Chip supporting table；

561：Limited block；562：First screens；563：Second screens；

570：Chip fixed part；

60：Delevoping cartridge；

600：Box body；

602：Drive end；603：Front end；604：Rear end；

610：Chip；

611：Chip substrate；612：Chip terminal；

6111：Slot to make way；

620：Chip contacts unit；

70：Delevoping cartridge；

700：Box body；

790：Chip conductive member；

791：Electric acceptance division；792：Electric transfer part；793：Electrical connection section；

7911：Electricity receives substrate；7912：First conducting connecting part；7913：First connection position；7931：First electrical connection End；

79310：Plug chamber；79311：First plug-in unit；79312：Grab；

79130：Grafting chamber；79131：Second plug-in unit；79132：Neck；

1：Image processing system；

12：Main body；

13：Chip contact head；

14：Cover.

Accompanying drawing herein is merged in specification and forms the part of this specification, shows the implementation for meeting the application Example, and be used to together with specification to explain the principle of the application.

Embodiment

To make the purpose, technical scheme and advantage of the embodiment of the present application clearer, below in conjunction with the embodiment of the present application In accompanying drawing, the technical scheme in the embodiment of the present application is clearly and completely described, it is clear that described embodiment is The part of the embodiment of the application, rather than whole embodiments.Based on the embodiment in the application, ordinary skill people The every other embodiment that member is obtained on the premise of creative work is not made, belong to the scope of the application protection.

In the embodiment of the present application, in the basic structure and background technology of image processing system (such as laser printer) Identical, for Delevoping cartridge in addition to the structure of special instruction, remaining structure is identical with background technology.

Embodiment one

As viewed in figures 5-8, the present embodiment provides a kind of Delevoping cartridge 30, this Delevoping cartridge 30 could be arranged to it is multiple, such as four Individual, this four Delevoping cartridges 30 are respectively the first Delevoping cartridge 30K, the second Delevoping cartridge 30Y, the 3rd Delevoping cartridge 30M and the shown in Fig. 7 Four Delevoping cartridge 30C.Delevoping cartridge 30 is removably installed in the main body 12 of the image processing systems such as printer 1, passes through the machine of closing Lid 14 makes image processing system 1 be electrically connected with Delevoping cartridge 30.As shown in Figure 5 and Figure 6, on the length direction of Delevoping cartridge 30, its Both ends are respectively the conducting end 301 provided with electric-conductor and the drive end 302 provided with transmission mechanisms such as gears；In the width of Delevoping cartridge 30 Spend on direction, Delevoping cartridge 30 has front end 303 and rear end 304.Developer roll 305 is provided with the front end 303 of Delevoping cartridge 30, is gone out The parts such as powder knife；The middle part of rear end 304 of Delevoping cartridge 30 is provided with handle 307.Delevoping cartridge 30 includes box body 300, is arranged at box Chip 310 and multiple chip contacts units 320 on body 300.Specifically, it is provided with conducting connecting part on box body 300 321, chip 310 includes chip substrate 311 and chip terminal 312, and conducting connecting part 321 is respectively with chip terminal 312 and beating The chip contact head 13 set on the cover 14 of print machine contacts, and makes between chip terminal 312 and the chip contact head 13 of printer Form electrical connection.Chip terminal 312 can be multiple, be arranged on chip substrate 311.Accordingly, conducting connecting part 321 Also have multiple, and be correspondingly in contact with corresponding chip terminal 312 to form electrical connection.In this application, by die terminals At least one of both son 312 and conducting connecting part 321 constitute chip contacts unit 320.By multiple chip contacts units 320 will electrically connect in formation between Delevoping cartridge 30 and image processing system 1.

Wherein, as shown in figure 8, conducting connecting part 321 includes matrix 3210, for the chip terminal 312 on chip 310 Contact and end 3211 is passed in the fax that forms electrical connection, and for by clamped part (such as chip contact head 13 in printer) Clamping contact is so as to forming the electric receiving terminal 3212 of electrical connection；There are at least two clamping walls 3213, respectively in electric receiving terminal 3212 Clamping wall 3213 surrounds a grasping part 3214, and the grasping part 3214 can be used for clamping clamped part (such as in printer Chip contact head 13), between at least two clamping walls 3213 be provided be used for drive each clamping wall 3213 relatively close Resilient portion 3215.

According to the Delevoping cartridge 30 of the application, touched by the electric connection state and multiple chips of chip contacts unit 320 itself The arrangement mode of dot element 320, multiple chip contacts units are made to form first state and the second state.Thus, different conditions Chip contacts unit can make Delevoping cartridge 30 realize Delevoping cartridge 30 in difference suitable for the image processing system 1 of different model Delevoping cartridge model between switching.

Specifically, the electric connection state of chip contacts unit 320 itself is following form.

When conducting connecting part 321 is in contact to form electrical connection with corresponding chip terminal 312, the conducting connecting part The 321 chip contacts units 320 formed with the chip terminal 312 can be electrically connected and turn into electrical connecting unit.

When conducting connecting part 321 and corresponding chip terminal 312 not in contact with or lack one of which and formed non-electric-connecting When, the non-electric connection of chip contacts unit 320 that the conducting connecting part 321 and/or the chip terminal 312 are formed and as non- Electrical connecting unit.

According to the Delevoping cartridge 30 of the application, as shown in fig. 6, formed with for accommodating the conducting connecting part on box body 300 Resettlement groove 330, position of the resettlement groove 330 on Delevoping cartridge 30 can not be limited, such as resettlement groove 330 is arranged on Being appeared on the stage positioned at the upper surface of Delevoping cartridge box body 300 or one at terrace at the rear end 304 of Delevoping cartridge 30, if can make it is fixed after One end of conducting connecting part 321 forms with chip terminal 312 and electrically connected, and the chip contact head of the other end and printer, which is formed, to be electrically connected Connect.

When forming the electrical connection of conducting connecting part 321 and chip terminal 312 at resettlement groove 330, by conducting connecting part The 321 chip contacts units 320 formed with chip terminal 312 can be electrically connected and turn into electrical connecting unit；

When at least one of conducting connecting part 321 and/or chip terminal 312 are not provided with resettlement groove 330, then disposing Chip contacts unit 320 is formed at groove 330 or forms a contact room, the chip contacts unit 320 or contact room As non-electric-connecting unit.

According to the Delevoping cartridge 30 of the application, chip 310 can have first position and the second relative to box body 300 Put.When chip 310 is located at first position, multiple chip contacts units 320 are in first state, when chip 310 is located at second During position, multiple chip contacts units 320 are in the second state.

Specifically, as shown in figure 9, being provided with chip mount unit 340 on box body 300, the chip mount unit 340 Position can not be limited, if fixed chip 310 is accommodated, for example (,) it is same as the prior art positioned at the rear end of box body 300 At 304, chip mount unit 340 includes chip accommodating chamber 350, chip supporting table 360 and chip fixed part 370, further, core Piece installation unit 340 also has the first screens and the second screens of limitation chip 310 position.

Chip accommodating chamber 350 is respectively in four faces by the first wall 351, the second wall 352, the 3rd wall 353 and the 4th wall 354 Around into receiving space, be provided with chip supporting table 360 in it.Chip accommodating chamber 350 can be set in the phase of resettlement groove 330 Connection, contact so that chip terminal 312 can pass end 3211 with the fax of conducting connecting part 321 and form electrical connection.Chip holds Receiving the position of chamber 350 can not be limited, such as same as the prior art, and chip accommodating chamber 350 is set along with resettlement groove 330 Appeared on the stage positioned at the upper surface of Delevoping cartridge box body 300 or one at terrace.As shown in figure 9, it is provided with the first wall in supporting table 360 351 screens 362 of limited block 361 and second.Limited block 361 can be stretched out by chip supporting table 360 or by the first wall 351 The rib or projection of stretching.One with chip terminal 312 of chip substrate 311 be face toward into the direction of Delevoping cartridge from bottom to top It is placed on chip supporting table 360, the second wall of limited block 361 and the opposite of limited block 361 in chip accommodating chamber 350 352 pairs of chips 310 play restriction effect in the width direction.

As shown in Figure 10, the application also provides the chip used in a kind of chip fixing structure and the fixed structure and fixed Portion, using the chip fixed part and its assembling in chip mount unit, not only chip is set to be firmly secured on Delevoping cartridge, Chip can also be made easily disassembled and be convenient for changing.Body 371 is included, positioned at this according to the chip fixed part 370 of the present embodiment Location division 372 and deduction part 373 on body.Body 371 has positioning end 3711 and deduction end 3712, and location division 372 is to be located at One step-like projection of positioning end 3711, deduction part 373 are the buckle being located on deduction end 3712, and deduction part 373 is included from this What body 371 stretched out is used to provide the concave circuity part 3731 of depth of elasticity and positioned at the buckle part of the free end of circuity part 3732.Chip fixed part 370 also includes the first screens 374, is arranged on body 371.Specifically, it is extended with from body 371 Cantilever-shaped elastic portion 375, the first screens 374 are the projection being arranged on the free end of elastic portion 375, and its projected direction can not be done Limitation, such as protruded along perpendicular to body 371 towards the direction inside Delevoping cartridge.Elastic portion 375 is connected by an elastic tip 3751 Gap 3752 is left on body 371, and with body 371.

When the first screens 374 or elastic portion 375 be not by external force, nature is kept to prolong between elastic portion 375 and body 371 Stretch, such as keep flushing with the plane where body 371.When the first screens 374 or elastic portion 375 are acted on by external force, Elastic portion 375 can be that using gap 3752 relative to body 371 elastic warpage or elasticity occur for basic point with elastic tip 3751 Swing, the first screens 374 is protruded from body 371.

As shown in figures 11a and 11b, it is the upward view by chip 310 at first position E in Delevoping cartridge box body 300. As shown in figures 12 a and 12b, it is the upward view by chip 310 at second place F in Delevoping cartridge box body 300.Chip 310 There is first position and the second place in chip mount unit, when Delevoping cartridge because the chip of same size is upper in Delevoping cartridge When putting the different Delevoping cartridge models of difference of difference two, the general of different model Delevoping cartridge can be realized according to the technical scheme of the application, Among suitable for different internal structure printer.

Box portion positioned at the 3rd wall 353 and the periphery of the 4th wall 354 in chip mount unit 340, which is additionally provided with, to be used for Access Division 380, stage portion 390 and the room N of fixed chip fixed part 370 are installed.First by the location division of chip fixed part 370 372 are connected on Access Division 380, and the circuity part 3731 of deduction part 373 is embedded in the N of room, and is carried by circuity part 3731 For a small amount of deformation and elastic force by the left-hand thread of buckle part 3732 of its free end in stage portion 390, pacifying chip fixed part 370 It is not easy positioned at the bottom of box body 300 after dress.

Specifically, as shown in figures 11a and 11b, the first screens 374 can be with the resigning in the chip substrate 311 of chip 310 Groove 3111 matches, and under the restriction effect of the first screens 374, and can also be played under the withstanding effect of the 3rd wall 353 To the restriction effect of chip 310 in its longitudinal direction, now, in terms of the development box outer surfac after assembling, elastic portion 375 and this Nature extension is kept between body 371, elastic portion 375 flushes in body 371, and the first screens 374 does not protrude from body 371, thus, It can be identified after chip installs, chip 310 is at the E of first position.

Now, close to the side of drive end 302, divided by multiple conducting connecting parts 321 with corresponding multiple chip terminals 312 The multiple chip contacts units 320 not formed be in can status of electrically connecting, multiple chip contacts units 320 turn into multiple electrical connections Unit；A conducting connecting part 321 not contacted with corresponding chip terminal 312 is being left close to the side of conducting end 301, sky, Thus the chip contacts unit 320 that the empty conducting connecting part 321 stayed is formed becomes a non-electric-connecting unit.Then, from Development box outer surfac after assembling sees, when electrical connecting unit relative to non-electric-connecting unit close to drive end 302 when, multiple chips Contact point unit arrangement form first state e.

On the other hand, as shown in figures 12 a and 12b, the second screens 362 for can with the chip substrate 311 of chip 310 Slot to make way 3111 matches chimeric rib or columnar protrusions, under the restriction effect of the second screens 362, and can also be The restriction effect to chip 310 in its longitudinal direction is played under the withstanding effect of 4th wall 354, now, the first screens 374 is then Power is compressed by with what the back flat of chip 310 was interfered, makes elastic portion 375 that elastic warpage occur, from the Delevoping cartridge after assembling Outer surface sees that the first screens 374 protrudes from the body 371 of chip fixed part 370, as shown in Figure 12b, thus, is installed in chip After can identify, chip 310 is in second place F.

Now, close to the side of conducting end 301, divided by multiple conducting connecting parts 321 with corresponding multiple chip terminals 312 The multiple chip contacts units 320 not formed be in can status of electrically connecting, each chip contacts unit 320 turns into electrical connecting unit； The conducting connecting part 321 not contacted with corresponding chip terminal 312 is being left close to the side of drive end 302, sky, thus sky stays The chip contacts unit 320 that conducting connecting part 321 is formed becomes non-electric-connecting unit.Then, from the Delevoping cartridge after assembling Outer surface sees, when electrical connecting unit relative to non-electric-connecting unit close to conducting end 301 when, multiple chip contacts units arrange shapes Into the second state f.

In addition, when chip is in first position E or second place F, above-mentioned close conducting end 301 or close driving Hold 302 non-electric-connecting units to can also be the contact room at resettlement groove 330, i.e., be not provided with being conductively connected at resettlement groove 330 Part 321, make conducting connecting part 321 fail to match chip terminal 312 because of chip 310, one is then formed at resettlement groove 330 Room is contacted, the contact room turns into non-electric-connecting unit.Contact room turn into non-electric-connecting unit be equally applicable to composition it is more The first state e of individual chip contacts unit arrangement form and the second state f.

Further, on the body 371 of said chip fixed part 370, identification opening 376, identification opening can also be opened up 376 can be through hole, the first position and the second place of 376 chips 310 corresponding on the body 371 of identification opening not phase The opening position of coincidence, first position or the second place are located at identification chip 310.Specifically, identification is open in this application 376 are correspondingly arranged in the position of the second screens 362 nearby, if chip 310 is arranged on into second place F, from showing after assembling Shadow box outer surfac is seen, it is observed that being matched with the chip 310 of the second screens 362 from identification opening 376.If conversely, by core Piece 310 is arranged on first position E, and in terms of the development box outer surfac after assembling, matching is then would not observe that from identification opening 376 In the chip 310 of the first screens 374.Then, identified when chip 310 appears in opening 376, can determine that chip 310 is arranged on At the F of the second place, identified when chip 310 does not appear in opening 376, can determine that chip 310 is arranged at the E of first position.This Structure more intuitively judges for Delevoping cartridge can be done after assembling finishes as which kind of model.

Embodiment two

As illustrated in figs. 13-15, on the basis of embodiment one, the present embodiment provides a kind of specific shape of Delevoping cartridge conversion Formula.By changing chip and chip position, diverse location that different chips are placed in Delevoping cartridge, Delevoping cartridge 30 and development are realized Conversion between box 40.

As shown in figure 14, it is the upward view by chip 310 installed in first position in Delevoping cartridge box body 300.Such as Figure 15 institutes Show, for chip 410 to be arranged on to the upward view of diverse location in Delevoping cartridge box body 300.Chip 310 and chip 410 have difference Information entrained by model Delevoping cartridge, both contour structures are identical, chip terminal number and the position difference in box body, core Piece 310 is identical with embodiment one, and its chip substrate 311 is provided with four chip terminals 312；Chip 410 be and chip 310 Size is identical, and its chip substrate 411 is provided with three chip terminals 412.

Specifically, as shown in figure 14, chip 310 is arranged on box body 300 and forms Delevoping cartridge 30.The energy of first screens 374 It is enough to match with the slot to make way 3111 in the chip substrate 311 of chip 310, under the restriction effect of the first screens 374, and also The restriction effect to chip 310 in its longitudinal direction can be played under the withstanding effect of the 3rd wall 353, now, from assembling Development box outer surfac afterwards is seen, nature extension is kept between elastic portion 375 and body 371, and elastic portion 375 flushes in body 371, First screens 374 does not protrude from body 371, thus, can be identified after chip installs, and chip 310 is in first position E Place.

Now, close to the side of drive end 302, divided by four conducting connecting parts 321 with corresponding four chip terminals 312 The four chip contacts units 320 not formed be in can status of electrically connecting, four chip contacts units 320 turn into four electrical connections Unit；A conducting connecting part 321 not contacted with corresponding chip terminal 312 is being left close to the side of conducting end 301, sky, Thus the chip contacts unit 320 that empty conducting connecting part 321 stayed is formed becomes a non-electric-connecting unit.Then, In terms of the development box outer surfac after assembling, when electrical connecting unit relative to non-electric-connecting unit close to drive end 302 when, Duo Gexin Piece contact point unit arrangement form first state e.

On the other hand, as shown in figure 15, chip 410 is arranged on box body 400 and forms Delevoping cartridge 40.Second screens 362 For the chimeric rib or columnar protrusions that can match with the slot to make way 4111 in the chip substrate 411 of chip 410, second Under the restriction effect of screens 362, and it can also be played under the withstanding effect of the 4th wall 354 to chip 410 in its length side Upward restriction effect, now, the first screens 374 are then compressed power by with what the back flat of chip 410 was interfered, make elastic portion 375 occur elastic warpage, and in terms of the development box outer surfac after assembling, the first screens 374 protrudes from the body of chip fixed part 370 371, thus, it can be identified after chip installs, chip 410 is in second place F.

Now, close to the side of conducting end 401, divided by three conducting connecting parts 321 with corresponding three chip terminals 412 The three chip contacts units 420 not formed be in can status of electrically connecting, each chip contacts unit 420 turns into electrical connecting unit； The conducting connecting part 321 not contacted with corresponding chip terminal 412 is being left close to the side of drive end 402, sky, thus sky stays Two chip contacts units 420 that two conducting connecting parts 321 are formed become two non-electric-connecting units.Then, from dress Development box outer surfac after matching somebody with somebody sees, when electrical connecting unit relative to non-electric-connecting unit close to conducting end 401 when, multiple chips touch The second state of the arrangement form f of dot element 420.

Embodiment three

As shown in Figure 16-29, the present embodiment has done further improvement on the basis of embodiment two, and box body is utilized rationally While space, chip is arranged with respect to conducting end closer to drive end, changes the connection knot of conducting connecting part and chip Structure, by changing chip and chip position, diverse location that different chips are placed in Delevoping cartridge, realize Delevoping cartridge 50 and development Conversion between box 60.

By taking Delevoping cartridge 50 as an example, multiple Delevoping cartridges 50 can be removably installed in the image processing systems such as printer 1 In main body 12, image processing system 1 is set to be electrically connected with Delevoping cartridge 50 by closing cover 14.As shown in Figure 16 and Figure 17, aobvious On the length direction of shadow box 50, its both ends is respectively the conducting end 501 provided with electric-conductor and the drive provided with transmission mechanisms such as gears Moved end 502；On the width of Delevoping cartridge 50, Delevoping cartridge 50 has front end 503 and rear end 504, and, Delevoping cartridge 50 also wraps Include upper surface 505 and lower surface 506.Developer roll (not shown) is provided with the front end 503 of Delevoping cartridge 50, powder outlet cutter (does not show Go out) etc. part；The middle part of rear end 504 of Delevoping cartridge 50 is provided with handle 507.

Specifically, Delevoping cartridge 50 includes box body 500, the chip 510 being arranged on box body 500 and multiple chip contacts lists Member 520, wherein, chip 510 is disposed relative to conducting end 501 closer at drive end 502, including chip substrate 511 and core Piece terminal 512.

As shown in Figure 17-21, chip conductive member 590, including electric acceptance division 591, fax are additionally provided with box body 500 Portion 592 and electrical connection section 593 are passed, electrical connection section 593 electrically connects with electric acceptance division 591 and electric transfer part 592 respectively, makes electric reception Circuit turn-on is formed between portion 591 and electric transfer part 592.

Electrical connection section 593 is the flexible conductive element that electric wire, thin-walled steel disc etc. are capable of bending, and having can be with electric acceptance division First electric connecting terminal 5931 of 591 stable engagements and the second electric connecting terminal 5932 that can be engaged with electric transfer part 592 stabilization.Root According to needing to be formed the concrete condition of circuit turn-on in electric acceptance division 591 and electric transfer part 592, electrical connection section 593 in the present embodiment For the flexible conductive element formed with five electric wire alignments.

Electric acceptance division 591 is disposed relative to drive end 502 closer at conducting end 501, and electric acceptance division 591 connects including electricity The conducting connecting part 5912 of substrate 5911 and first is received, as shown in figure 20, the first conducting connecting part 5912 can be welding or grafting The metallic conduction part on substrate 5911 is received in electricity, including the first matrix 59121 and for by clamped part (such as in printer Chip contact head 13) for clamping contact so as to form the electric receiving terminal 59122 of electrical connection, electric receiving terminal 59122 can be as implemented The structure of electric receiving terminal 3212 in example one, has at least two clamping walls 59123, and each clamping wall 59123 surrounds a grasping part 59124, the grasping part 59124 can be used for clamping clamped part (such as chip contact head 13 in printer), at least It is provided between two clamping walls 59123 and is used to drive the relatively close resilient portion 59125 of each clamping wall 59123.Electric acceptance division 591 also include receiving the first connection position 5913 on the arbitrary face of substrate 5911, in the present embodiment, the first connection position positioned at electricity 5913 be pad position, is welded by the first electric connecting terminal 5931 with electrical connection section 593 to form stable electrical contact.

Electric transfer part 592 is disposed relative to conducting end 501 closer at drive end 502, to be matched with setting for chip 510 Seated position, electric transfer part 592 include the electric conducting connecting part 5922 of transferring substrates 5921 and second, and as shown in figure 21, second is conductive Connector 5922 can be multiple welding or the conducting metal shell fragments being plugged in electric transferring substrates 5921, including the second matrix 59221 and fax pass end 59222.Second conducting connecting part 5922 and chip terminal 512 are corresponding to be contacted and forms electrical connection, by the At least one of both two conducting connecting parts 5922 and chip terminal 512 form chip contacts unit 520.

Electric transfer part 592 also includes the second connection position 5923 on the electric arbitrary face of transferring substrates 5921, in this implementation In example, the second connection position 5923 is pad position, is welded by the second electric connecting terminal 5932 with electric transfer part 592 with shape Into stable electrical contact.

Thus, after the first conducting connecting part 5912 contacts formation electrical connection with the chip contact head 13 of printer, Neng Gouyou Electrical connection section 593 make the first conducting connecting part 5912, the second conducting connecting part 5922 and with the phase of the second conducting connecting part 5922 Electrical connection is formed between the chip terminal 512 of contact.Thus, chip conductive member 590 connects the chip of chip 510 and printer Electrical connection is formed between contact 13.

It is arranged on according to the conductive member 590 of the present embodiment at the lower surface 506 of handle box 50, but not limited to this, also may be used It is arranged at upper surface 505.Specifically, as shown in figure 18, the resettlement groove on box body 500 may include the first resettlement groove 531, Second resettlement groove 532 and the 3rd resettlement groove 533, the first resettlement groove 531 is used to accommodate or part accommodates first conduction even Fitting 5912, the second resettlement groove 532 is used to accommodate or part accommodates second conducting connecting part 5922, the 3rd resettlement groove 533 For accommodating or partly accommodating the electrical connection section 593.

As shown in Figure 22 and Figure 23, substrate accommodating chamber 534 is set with being connected with the first resettlement groove 531, substrate accommodating chamber Substrate support pedestal 5341, the respectively chute 5342 and limit fastener 5343 in substrate support pedestal 5341 are provided with 534.Its In, the both sides of substrate support pedestal 5341 are equipped with chute 5342, and spacing of two chutes 5342 in substrate support pedestal 5341 Be configured to electricity receive substrate 5911 physical dimension match, by electricity receive substrate 5911 two ends respectively with cunning Groove 5342 is slidably matched, and electricity is received substrate 5911 and is slided in chute 5342, and substrate support pedestal 5341 can be made steady Fixed support electricity receives substrate 5911, prevents electricity from receiving substrate 5911 and deviating from from substrate accommodating chamber 534.In addition, in the present embodiment, Limit fastener 5343 is equipped with the both sides of substrate support pedestal 5341, electricity is connect for being received in electricity after substrate 5911 is installed in place Receive substrate 5911 carry out it is spacing, prevented in glide direction electricity receive substrate 5911 deviate from from substrate accommodating chamber 534.Specifically Ground, what limit fastener 5343 can be arranged on that electricity receives substrate 5911 relative to chute 5342 slips into direction (arrow in such as Figure 22 Direction) upstream end, but not limited to this, when electricity received into substrate 5911 inserted from chute 5342 in substrate accommodating chamber 534, limit Position buckle 5343 is received the interference at the both ends of substrate 5911 by electricity and is in the avoidance state of elastic deformation, and substrate is received in electricity 5911 when being connected to the side wall 5344 of substrate accommodating chamber 534, and electricity receives substrate 5911 and is installed in place, as shown in figure 23, this time limit The interference that position buckle 5343 can depart from electricity reception substrate 5911 returns to nature, and is connected to electricity in glide direction and connects Receive on substrate 5911, to prevent electricity receives substrate 5911 from deviating from from substrate accommodating chamber 534.Thus, it is steady to receive substrate 5911 for electricity Surely it is fixed in substrate accommodating chamber 534, while the first conducting connecting part 5912 is stably contained in the first resettlement groove 531.

In addition, it is also provided with receiving the handle hole 5914 on substrate 5911 positioned at electricity on electric acceptance division 591, by electricity When acceptance division 591 takes out from box body 500, at control limit fastener 5343, it can also be hooked by instruments such as tweezers and draw the behaviour Make hole 5914 in order to which electric acceptance division 591 more successfully departs from the interference of limit fastener 5343, facilitate tearing open for electric acceptance division 591 Unload.

As shown in figures 24 and 25, substrate accommodating chamber 535 is set with being connected with the second resettlement groove 532, substrate accommodating chamber Substrate support pedestal 5351, the limit fastener 5353 in substrate support pedestal 5351 are provided with 535.Wherein, multiple limit fasteners 5353 are separately positioned on the multiple side-walls for forming substrate accommodating chamber 535, and the present embodiment is to distinguish three limit fasteners 5353 It is arranged on three side-walls for forming substrate accommodating chamber 535.Electric transferring substrates 5921 are installed on according to the direction of arrow in Figure 24 During substrate accommodating chamber 535, multiple limit fasteners 5353 respectively by electric transferring substrates 5921 different ends interference and Avoidance state in elastic deformation, after electric transferring substrates 5921 are entirely enclosed in into substrate accommodating chamber 535, multiple limit fasteners 5353 carry out spacing in the different ends of electric transferring substrates 5921 and fix to electric transferring substrates 5921 respectively, prevent fax from passing Substrate 5921 is deviate from from substrate accommodating chamber 535.Thus, electric transferring substrates 5921 are stably fixed in substrate accommodating chamber 535, together When the second conducting connecting part 5922 is stably contained in the second resettlement groove 532.

The also settable wire casing grab 536 at the first resettlement groove 531 and the second resettlement groove 532, when the first conducting connecting part 5912nd, after the second conducting connecting part 5922 is stably contained in the first resettlement groove 531 and the second resettlement groove 532 respectively, first A part of electrical connection section 593 connected on the conducting connecting part 5922 of conducting connecting part 5912 and second is regularly embedded in the line In groove grab 536, and postpone and be positioned in the 3rd resettlement groove 533 of bar shaped, at the lower surface 506 of box body 500, positioned at Electrical connection section 593 at the length direction both ends of three resettlement groove 533 is then respectively fixed by wire casing grab 536 and is not easy box body 500, it can then use the conventional meanses such as adhesive plaster, protecting cover, screw fastening will in the stage casing part of the length direction of the 3rd resettlement groove 533 Electrical connection section 593 is fixed in the 3rd resettlement groove 533, the electrical connection section 593 of the opening position is not easy box body 500.

As shown in figure 26, it is located at according to the chip mount unit 540 of the present embodiment at the drive end 502 of handle box 50, is wrapped Chip accommodating chamber 550 and chip supporting table 560 are included, further, chip mount unit 540 also has limitation chip 510 position First screens 562 and the second screens 563.

Chip accommodating chamber 550 is respectively in four faces by the first wall 551, the second wall 552, the 3rd wall 553 and the 4th wall 554 Around into receiving space, be provided with chip supporting table 560 in it.Chip accommodating chamber 550 can be set to and the second resettlement groove 532 It is connected, contacts so that chip terminal 512 can pass end 59222 with the fax of the second conducting connecting part 5922 and formed and be electrically connected Connect.It is provided with the limited block 561 of the second wall 552 in supporting table 560, presses close to the first screens 562 of the first wall 551, and It is additionally provided with the second screens 563 of the second wall 552.Limited block 561 can be stretched out by chip supporting table 560 or by At least one rib or projection that two walls 552 stretch out.Chip substrate 511 had into chip terminal 512 (dotted line is shown in Figure 26) One face toward the direction of Delevoping cartridge from bottom to top and be placed on chip supporting table 560, it is spacing in chip accommodating chamber 550 Block 561 and first wall 551 on the opposite of limited block 561 play restriction effect in the width direction to chip 510.

According to the chip fixed part 570 of the present embodiment be arranged on chip mount unit such as foregoing limit fastener 5343 Or the buckle structure of limit fastener 5353, the structure in embodiment two can also be used, its structure type can not be limited, only Chip can be made stable fixed.

In addition, chip supporting table 560 and aforesaid base plate supporting table 5351 can be two supporting tables being provided separately, can also The tow sides formed for same moulding support electric transferring substrates 5921 and the supporting table of chip substrate 511 respectively.

According to the conversion between the Delevoping cartridge 50 and Delevoping cartridge 60 of the present embodiment, as illustrated in figures 26-29, chip 610 and core Piece 510 has the information entrained by different model Delevoping cartridge, both contour structures, chip terminal number and the position in box body Put difference.The chip substrate 511 of chip 510 is provided with four chip terminals 512；The chip substrate 611 of chip 610 is provided with three Individual chip terminal 612.Electrical equipment in its chips 610 and chip 510, which omits, to be not shown.

As shown in Figure 26 and Figure 27, chip 510 is arranged on box body 500 and forms Delevoping cartridge 50.Chip 610 is arranged on Delevoping cartridge 60 is formed on box body 600.Delevoping cartridge 60 can be identical with Delevoping cartridge 50, in the longitudinal direction with conducting end (not shown) With drive end 602；There is front end 603 and rear end 604 in the direction of the width.The other structures of box body 600 and box body 500 can phase Together, such as with identical chip mount unit 540, chip accommodating chamber 550, identical chip conductive member 590 etc. is installed Structure, it will not be repeated here.

The chip substrate 511 of chip 510 is provided with least one slot to make way 5111, is set on the chip substrate 611 of chip 610 There is at least one slot to make way 6111, slot to make way 5111 and slot to make way 6111 are respectively on chip substrate 511 and on chip substrate 611 Corresponding position can differ.

Then, as shown in figure 28, chip 510 is placed in chip accommodating chamber 550, the first screens 562 can be with chip Slot to make way 5111 on substrate 511 matches, and under the limitation of the first screens 562, plays to chip 510 in its longitudinal direction Restriction effect, now, chip 510 is at the E of first position.

Chip contacts unit 520 includes at least one of both conducting connecting parts 5922 of chip terminal 512 and second. Close to the side of front end 503, four respectively constituted by four the second conducting connecting parts 5922 with corresponding four chip terminals 512 Chip contacts unit 520 be in can status of electrically connecting, four chip contacts units 520 turn into four electrical connecting units；By The nearly side of rear end 504, sky leave second conducting connecting part 5922 not contacted with corresponding chip terminal 512, thus empty The chip contacts unit 520 that second conducting connecting part 5922 stayed is formed becomes a non-electric-connecting unit.Then, when Electrical connecting unit relative to non-electric-connecting unit close to front end 503 when, multiple chip contacts unit arrangement form first state e.

On the other hand, as shown in figure 29, chip 610 can also be placed in chip accommodating chamber 550, the second screens 563 It can match with the slot to make way 6111 on chip substrate 611, under the limitation of the second screens 563, play to chip 610 at it Restriction effect on length direction, now, chip 610 are at the F of the second place.

Chip contacts unit 620 includes at least one of both conducting connecting parts 5922 of chip terminal 612 and second. Close to the side of rear end 604, four respectively constituted by four the second conducting connecting parts 5922 with corresponding four chip terminals 612 Chip contacts unit 620 be in can status of electrically connecting, four chip contacts units 620 turn into four electrical connecting units；By The side of front end 603, sky leave two the second conducting connecting parts 5922 not contacted with corresponding chip terminal 612, thus empty The chip contacts unit 620 that two the second conducting connecting parts 5922 stayed are formed becomes a non-electric-connecting unit.Then, When electrical connecting unit relative to non-electric-connecting unit close to rear end 504 when, the second state of multiple chip contacts unit arrangement forms f。

Thus chip 610 and chip 510 need to be only switched in the box body of Delevoping cartridge, you can completing will development Conversion between box 50 and Delevoping cartridge 60.

Example IV

The Delevoping cartridge provided according to the present embodiment, has used another structure of chip conductive member thereon：Electrical connection section Between electric acceptance division, and/or stable electrical connection is realized between electrical connection section and electric transfer part in the form of grafting.Such as figure Shown in 30-33, chip conductive member 790, including electric acceptance division 791, electric transfer part are installed in the box body 700 of Delevoping cartridge 70 792 and electrical connection section 793, electrical connection section 793 electrically connected respectively with electric acceptance division 791 and electric transfer part 792, make electric acceptance division Circuit turn-on is formed between 791 and electric transfer part 792.

As shown in figs. 31-33, the grafting between electrical connection section 793 and electric acceptance division 791 is described by taking electric acceptance division 791 as an example Structure, electric acceptance division 791 include electricity and receive the conducting connecting part 7912 of substrate 7911 and first, and electricity receives substrate 7911 and first and led The structure and set-up mode of electrical connector 7912 are identical with embodiment three, and electric acceptance division 791 also includes receiving substrate positioned at electricity The first connection position 7913 on 7911 arbitrary faces, in the present embodiment, the first connection position 7913 pass through with electrical connection section 793 One electric connecting terminal 7931 carries out grafting to form stable electrical contact.

First electric connecting terminal 7931 is that the pin member plugged together is matched with the first connection position 7913, including is surrounded by four walls The plug chamber 79310 formed, the inside of plug chamber 79310 are provided with the first plug-in unit 79311 and card of five hollow cylindricals Hook 79312, grab 79312 can be arranged on the wall of plug chamber 79310, and five first plug-in units 79311 are respectively with electrically connecting Five electric wires electrical connection in portion 793.

First connection position 7913 to match the grafting position plugged together with the first electric connecting terminal 7931, including surrounded by four walls and Into grafting chamber 79130, the inside of grafting chamber 79130 is provided with the second plug-in unit 79131 and neck of five solid cylindricals 79132, neck 79132 can be arranged on the wall of grafting chamber 79130, five second plug-in units 79131 respectively with electric acceptance division 791 five the first conducting connecting parts 7912.

The inside dimension of the Outside Dimensions and grafting chamber 79130 of four walls of plug chamber 79310 matches, and second inserts The inside dimension of the Outside Dimensions of part 79131 and the hollow space of the first plug-in unit 79311 matches, and makes the first electric connecting terminal 7931 It is inserted into the first connection position 7913, while the second plug-in unit 79131 can be corresponded to and is inserted into the first plug-in unit 79311, and It is embedded in from grab 79312 in neck 79132 with constraining therewith, makes the first connection position 7913 and the first electric connecting terminal 7931 will not Abjection separation easily, it is achieved in the grafting of electrical connection section 793 and electric acceptance division 791 and forms stable electrical connection.

Embodiment five

As shown in figs. 16-21, the present embodiment provides a kind of Delevoping cartridge 50, for being removably installed in image processing system Main body 1 on, including box body 500, the chip 510 on box body 500, the Delevoping cartridge 50 have drive end 502 and conduction End 501, the chip 510 is disposed relative to the conducting end 501 closer at the drive end 502, on the box body 500 Provided with chip conductive member 590, the chip conductive member 590 includes electric acceptance division 591, electric transfer part 592 and electrical connection section 593, the electrical connection section 593 is electrically connected with the electric acceptance division 591 and electric transfer part 592 respectively, and the electric acceptance division 593 is set Put relative to the drive end 502, closer at the conducting end 501, the electric transfer part 592 is disposed relative to described Conducting end 501 is closer at the drive end 502, and electrical connection section 593 electrically connects with the chip 510, the electric acceptance division 591 For being electrically connected with image processing system, so that the chip 510 electrically connects with described image forming apparatus.

In the present embodiment, electrical connection section 593 is the flexible conductive element that electric wire, thin-walled steel disc etc. are capable of bending, and having can Stablize the first electric connecting terminal 5931 engaged with electric acceptance division 591 and can be engaged with electric transfer part 592 stabilization second is electrically connected Connect end 5932.

Electric acceptance division 591 is disposed relative to drive end 502 closer at conducting end 501, and electric acceptance division 591 connects including electricity The conducting connecting part 5912 of substrate 5911 and first is received, as shown in figure 20, the first conducting connecting part 5912 can be welding or grafting The metallic conduction part on substrate 5911 is received in electricity, including the first matrix 59121 and for by clamped part (such as in printer Chip contact head 13) for clamping contact so as to form the electric receiving terminal 59122 of electrical connection, electric receiving terminal 59122 can be as implemented The structure of electric receiving terminal 3212 in example one, has at least two clamping walls 59123, and each clamping wall 59123 surrounds a grasping part 59124, the grasping part 59124 can be used for clamping clamped part (such as chip contact head 13 in printer), at least It is provided between two clamping walls 59123 and is used to drive the relatively close resilient portion 59125 of each clamping wall 59123.Electric acceptance division 591 also include receiving the first connection position 5913 on the arbitrary face of substrate 5911, in the present embodiment, the first connection position positioned at electricity 5913 be pad position, is welded by the first electric connecting terminal 5931 with electrical connection section 593 to form stable electrical contact.

Electric transfer part 592 is disposed relative to conducting end 501 closer at drive end 502, to be matched with setting for chip 510 Seated position, electric transfer part 592 include the electric conducting connecting part 5922 of transferring substrates 5921 and second, and as shown in figure 21, second is conductive Connector 5922 can be multiple welding or the conducting metal shell fragments being plugged in electric transferring substrates 5921, including the second matrix 59221 and fax pass end 59222.Second conducting connecting part 5922 corresponds to chip terminal 512 to be contacted and forms electrical connection.

Electric transfer part 592 also includes the second connection position 5923 on the electric arbitrary face of transferring substrates 5921, in this implementation In example, the second connection position 5923 is pad position, is welded by the second electric connecting terminal 5932 with electric transfer part 592 with shape Into stable electrical contact.

Thus, after the first conducting connecting part 5912 contacts formation electrical connection with the chip contact head 13 of printer, Neng Gouyou Electrical connection section 593 make the first conducting connecting part 5912, the second conducting connecting part 5922 and with the phase of the second conducting connecting part 5922 Electrical connection is formed between the chip terminal 512 of contact.Thus, chip conductive member 590 connects the chip of chip 510 and printer Electrical connection is formed between contact 13.

The concrete condition of circuit turn-on, the electrical connection section 593 of the present embodiment chips conductive member 590 are formed as needed For the flexible conductive element formed with four electric wire alignments, and, the first conducting connecting part 5912 of electric acceptance division 591, fax Can be also respectively set to by passing the quantity of second conducting connecting part 5922 in portion 592 by four, be coordinated with being only used for conducting with four The chip (such as chip 510) of chip terminal.

In addition, electrical connection section 593 can also be the flexible conductive element formed with three electric wire alignments, and, electricity receives First conducting connecting part 5912 in portion 591, the quantity of the second conducting connecting part 5922 of electric transfer part 592 can be also respectively set to Three, coordinate the chip (such as chip 610) with three chip terminals to be only used for conducting.

It is matched with as long as turning on to the quantity property of can adapt to of the related conducting electric wire of chip conductive member, conducting connecting part The chip of chip terminal with respective numbers.Such as need chip 510 being replaced by chip 610, then can by conductive member with With chip together disassembling, assembling and replacing, with it is advantageously ensured that the correctness of circuit turn-on.

Embodiment six

The present embodiment provides a kind of image processing system 1, as shown in fig. 7, it includes main body 12, cover 14, power pack, The power pack is to be arranged on the chip contact head 13 on the inside of cover, is provided with the main body 12 of image processing system as taken up an official post The Delevoping cartridge that one embodiment is provided.

The structure of Delevoping cartridge in the present embodiment is same as the previously described embodiments with function, will not be repeated here.

Finally it should be noted that：Various embodiments above is only to illustrate the technical solution of the utility model, rather than it is limited System；Although the utility model is described in detail with reference to foregoing embodiments, one of ordinary skill in the art should Understand：It can still modify to the technical scheme described in foregoing embodiments, either to which part or whole Technical characteristic carries out equivalent substitution；And these modifications or replacement, the essence of appropriate technical solution is departed from this practicality newly The scope of each embodiment technical scheme of type.

Claims (32)

1. a kind of Delevoping cartridge, for being removably installed in the main body of image processing system, including box body, on box body Chip, it is characterised in that the chip has the first position and the second place relative to box body.

2. a kind of Delevoping cartridge, for being removably installed in the main body of image processing system, including box body, on box body Chip and multiple chip contacts units, the multiple chip contacts unit are used to make the chip and described image forming apparatus electricity Connection, it is characterised in that multiple chip contacts units have first state and the second state.

3. Delevoping cartridge according to claim 2, it is characterised in that the chip includes chip substrate and chip terminal, institute State Delevoping cartridge and be provided with the conducting connecting part that can be connected with the chip terminal, the chip contacts unit includes the die terminals At least one of both sub and described conducting connecting parts.

4. Delevoping cartridge according to claim 3, it is characterised in that multiple chip terminals are located at the chip substrate On, for multiple conducting connecting parts on the box body, each conducting connecting part can be corresponding with each chip terminal Contact and form electrical connection,

When the conducting connecting part is formed with the corresponding chip terminal to be electrically connected, the conducting connecting part and the chip The chip contacts unit that terminal is formed is an electrical connecting unit,

When the conducting connecting part forms non-electric-connecting with the corresponding chip terminal, the conducting connecting part and/or institute The chip contacts unit for stating chip terminal composition is a non-electric-connecting unit.

5. Delevoping cartridge according to claim 3, it is characterised in that formed with for accommodating the conduction even on the box body The resettlement groove of fitting, each conducting connecting part, which extends from the resettlement groove and contacts to be formed with each chip terminal, to be electrically connected Connect,

When the electrical connection of conducting connecting part and the chip terminal is formed at the resettlement groove, the conducting connecting part with it is described The chip contacts unit that chip terminal is formed is an electrical connecting unit,

Lack at the resettlement groove conducting connecting part and/or the chip terminal at least one, shape at the resettlement groove Into contact room, the contact room is a non-electric-connecting unit.

6. the Delevoping cartridge according to claim 4 or 5, it is characterised in that the Delevoping cartridge has drive end and conducting end,

When the electrical connecting unit relative to non-electric-connecting unit close to conducting end when, multiple chip contacts units arrangement shapes Into first state,

When the electrical connecting unit relative to non-electric-connecting unit close to drive end when, multiple chip contacts units arrangement shapes Into the second state.

7. Delevoping cartridge according to claim 1 or 2, it is characterised in that the box body is provided with chip mount unit, described Chip mount unit includes chip accommodating chamber, chip supporting table and chip fixed part, and the chip mount unit has limitation institute State the first screens and the second screens of chip position.

8. Delevoping cartridge according to claim 7, it is characterised in that the chip fixed part includes body, on body Location division and deduction part.

9. Delevoping cartridge according to claim 8, it is characterised in that the location division is step-like projection, the deduction part For buckle.

10. Delevoping cartridge according to claim 8 or claim 9, it is characterised in that the body is provided with first screens.

11. Delevoping cartridge according to claim 10, it is characterised in that it is extended with elastic portion on the body, described first Screens is on the free end of the elastic portion.

12. Delevoping cartridge according to claim 8 or claim 9, it is characterised in that the body is provided with identification and is open, for knowing Other chip position.

13. Delevoping cartridge according to claim 7, it is characterised in that first screens is located on the chip fixed part, For making the chip be located at first position in chip accommodating chamber；Second screens is located in the chip accommodating chamber, is used It is located at the second place in chip accommodating chamber in making the chip.

14. Delevoping cartridge according to claim 5, it is characterised in that the Delevoping cartridge has front-end and back-end,

When the electrical connecting unit relative to non-electric-connecting unit close to front end when, multiple chip contacts unit arrangement forms First state,

When the electrical connecting unit relative to non-electric-connecting unit close to rear end when, multiple chip contacts unit arrangement forms Second state.

15. the Delevoping cartridge according to claim 3 or 14, it is characterised in that the Delevoping cartridge has drive end and conducting end, The chip is disposed relative to the conducting end closer at the drive end, and the box body is provided with chip conductive member, The chip conductive member includes electric acceptance division, electric transfer part and electrical connection section, and the electrical connection section receives with the electricity respectively Portion and electric transfer part electrical connection, the electric acceptance division are disposed relative to the drive end closer at the conducting end, The conducting connecting part includes the first conducting connecting part and the second conducting connecting part, and first conducting connecting part is arranged on described On electric acceptance division, second conducting connecting part is arranged in the electric transfer part, and the chip contacts unit includes the core At least one of both piece terminal and second conducting connecting part.

16. Delevoping cartridge according to claim 15, it is characterised in that the electric transfer part is disposed relative to the conduction Hold closer at the drive end.

17. Delevoping cartridge according to claim 15, it is characterised in that the electric transfer part includes electric transferring substrates, described Second conducting connecting part is arranged in the electric transferring substrates, and the electric acceptance division includes electricity and receives substrate, and described first is conductive Connector is arranged on the electricity and received on substrate.

18. Delevoping cartridge according to claim 17, it is characterised in that second conducting connecting part is welded on the fax Pass on substrate；

And/or first conducting connecting part is welded on the electricity and received on substrate.

19. Delevoping cartridge according to claim 17, it is characterised in that second conducting connecting part is plugged on the fax Pass on substrate；

And/or first conducting connecting part is plugged on the electricity and received on substrate.

20. Delevoping cartridge according to claim 15, it is characterised in that the electrical connection section is flexible conductive element.

21. a kind of Delevoping cartridge, for being removably installed in the main body of image processing system, including box body, on box body Chip, it is characterised in that the Delevoping cartridge has drive end and conducting end, and the chip is disposed relative to the conducting end Closer at the drive end, the box body is provided with chip conductive member, and the chip conductive member includes electric acceptance division, electricity Transfer part and electrical connection section, the electrical connection section electrically connect with the electric acceptance division and electric transfer part respectively, the electrical connection section Electrically connected with the chip, the electric acceptance division is used to electrically connect with image processing system, so that the chip and described image Forming apparatus electrically connects.

22. Delevoping cartridge according to claim 21, it is characterised in that the electric acceptance division is disposed relative to the driving Closer at the conducting end, the electric transfer part is disposed relative to the conducting end closer at the drive end at end.

23. Delevoping cartridge according to claim 21, it is characterised in that the electric acceptance division includes electricity and receives substrate, described Electricity receives substrate and is provided with the first conducting connecting part, and the electric transfer part includes electric transferring substrates, set in the electric transferring substrates There is the second conducting connecting part.

24. Delevoping cartridge according to claim 23, it is characterised in that second conducting connecting part is welded on the fax Pass on substrate；

And/or first conducting connecting part is welded on the electricity and received on substrate.

25. Delevoping cartridge according to claim 23, it is characterised in that second conducting connecting part is plugged on the fax Pass on substrate；

And/or first conducting connecting part is plugged on the electricity and received on substrate.

26. Delevoping cartridge according to claim 21, it is characterised in that the electrical connection section is flexible conductive element.

27. a kind of chip fixed part, is removably mounted on the box body of Delevoping cartridge, it is characterised in that the chip fixed part Location division and deduction part including body, on body.

28. chip fixed part according to claim 27, it is characterised in that the location division is step-like projection, described Deduction part is buckle.

29. the chip fixed part according to claim 27 or 28, it is characterised in that the body is provided with the first screens.

30. chip fixed part according to claim 29, it is characterised in that elastic portion is extended with the body, it is described First screens is on the free end of the elastic portion.

31. the chip fixed part according to claim 27 or 28, it is characterised in that the body is provided with identification and is open, For identification chip position.

32. a kind of image processing system, including main body, cover, power pack and Delevoping cartridge, the power pack is arranged on described On cover, the Delevoping cartridge is installed in the main body, it is characterised in that the Delevoping cartridge is any one of claim 1-21 Described Delevoping cartridge.