CN206573865U - A kind of drive component and the handle box comprising the drive component - Google Patents
A kind of drive component and the handle box comprising the drive component Download PDFInfo
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- CN206573865U CN206573865U CN201720053563.6U CN201720053563U CN206573865U CN 206573865 U CN206573865 U CN 206573865U CN 201720053563 U CN201720053563 U CN 201720053563U CN 206573865 U CN206573865 U CN 206573865U
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Abstract
A kind of handle box the utility model discloses drive component and comprising the drive component, including：The power reception portion that can be stretched in a first direction, it can engage to receive the driving force of driving head with driving head；Flange component；Power transfering part, the driving force that the power reception portion is received is transferred to the flange component；The flange component receives the driving force from power reception portion and rotated；The power reception portion has non-driven state relative to the flange component, it is rotatable relative to the flange component in power reception portion described in the non-driven state, the drive component also includes regulating member, the regulating member can in a first direction be moved relative to the power reception portion, the regulating member limits stop place of the power reception portion on itself direction of rotation by movement in a first direction so that power reception portion is in a position do not interfered with imaging device driving head.
Description
Technical field
The utility model is related to a kind of drive component and the handle box comprising the drive component.
Background technology
Handle box is a kind of box that can be detachably loaded with respect in imaging device main frame, and the box is used as an integral unit bag
An electronic photographic sensitive component and at least such as charger, developer, one of the processor of cleaner etc are included.
Because handle box is removably installed relative to device Host, therefore it is easy to the maintenance of equipment.Using electrophotographic image forming
The electrophotographic image forming of mode so works：Electrofax by the light of imaging device to charger uniform charging
Photosensory assembly carries out selectively exposure and forms electrostatic latent image, the sub-image by developer toner development into toner image,
The toner image formed is transferred in recording medium by transfer implement, to form image on recording materials.
Usually, power reception device is provided with the photosensory assembly of handle box, the power reception device and imaging device
Interior machine drive device engagement, to drive photosensory assembly to rotate, drives whole handle box work.But photosensory assembly
Need to be removably installed in imaging device with handle box, therefore it is required that handle box from imaging device take out when, power reception
Device is disengaged from machine drive device, to ensure that handle box is successfully taken out from imaging device；It is installed into handle box
When imaging device carries out print job, it is desirable to which power reception device is realized with machine drive device and engaged, it is ensured that photosensory assembly is suitable
Profit receives driving force.
Many producers use telescopic power reception device in the prior art, set one to control power in handle box side
Power reception device is engaged with machine drive device when the flexible controlling organization of reception device realizes handle box work, is moved during dismounting
Power reception device is disengaged from machine drive device, China Patent Publication No. for CN204044516 patent in disclose one
Handle box is planted, a side of above-mentioned handle box is provided with controlling organization, and controlling organization is set to pressing lever, is attached in handle box
When in imaging device, the track of pressing lever and imaging device coordinates to control the flexible of power reception device, above-mentioned handle box
In order to not change the use habit of client, above-mentioned handle box side is additionally provided with a jacking block, and above-mentioned jacking block is opened in imaging device
Automatic jack-up handle box during door, control power reception device retraction, facilitates handle box to be dismantled from imaging device, but above-mentioned knot
There is following defect in structure:Handle box generally requires to be attached in different imaging devices, due to the structure in every kind of imaging device
There is the position for not having to support jacking block in nuance, some imaging devices, therefore above-mentioned handle box is in such imaging device
It can not smoothly dismount, there is the problem of versatility is not enough；In addition, the flexible stroke of flexible power reception device suffers from control
The limitation of actuator travel processed, in the flexible stroke limiting situation of power reception device, when the power reception of power reception device is dashed forward
Rise in installation or dismounting substantially with installation direction overlap or it is parallel when, it can do with the driving head in imaging device
Relate to, handle box can not normal mounting with dismounting, therefore, a kind of new handle box need to be developed to solve the above problems.
Utility model content
The problem of to solve in above-mentioned technical proposal, the utility model is achieved through the following technical solutions：
It is a kind of can from imaging device driving head receive driving force drive component, including：
Flange component；
Power transfer assembly, for transmitting driving force to the flange component and driving the flange component to rotate；
The power transfer assembly is included approximately along the power reception stretched on the first direction in its own rotation axis line direction
Portion, it can engage to receive the driving force of the driving head with the driving head；
Adjusting part, for adjusting stop place of the power reception portion on itself direction of rotation；
The power reception portion has driving condition and non-driven state relative to the flange component, in the driving shape
Engaged by intermediate transfer component with the flange component to drive the flange component to rotate, in institute in power reception portion described in state
State intermediate transfer component described in non-driven state to be disengaged from without driving the flange component to rotate with the flange component, institute
Stating adjusting part includes regulating member, and the regulating member can be moved and led in a first direction relative to the power reception portion
The movement is crossed to adjust stop place of the power reception portion on itself direction of rotation.
The power transfer assembly also includes the component that is conditioned for being connected to power reception portion, and described be conditioned on component sets
It is equipped with forced section, the regulating member and is provided with adjusting rod, the adjusting rod can be contacted with the forced section and driven described
It is conditioned component rotation.
The forced section is set to relative to each other two.
The adjusting rod is conditioned between component and power reception portion described in being arranged on, when the adjusting rod and the stress
The power reception portion can rotate relative to the regulating member when portion is disengaged from.
The forced section has the stress surface contacted with the adjusting rod, the domed shape of stress surface.
Set fluted between the pair of forced section, the adjusting rod can be caught in the pair of groove described to position
It is conditioned component.
The adjusting part also includes being provided with oblique cunning on the control-rod for controlling the regulating member flexible, the control-rod
With a pair of stress pins on groove, the regulating member, moved in a first direction described in the oblique chute guide adjustment part.
The adjusting rod is arranged on the both sides of the adjustment portion split-phase pair with the stress pin.
A kind of dismountable handle box being attached into the imaging device with driving head, including described in any of the above-described
Drive component.
Drive component and handle box that the utility model is provided, when power reception portion relative to flange component in non-driven
During state, power reception portion stop place on its own direction of rotation can be adjusted by a regulating member and cause power reception
Portion not with imaging device driving head interfere, be processed as box can it is smooth install imaging device and from imaging device it is smooth
Take out, the power reception portion in handle box in the prior art of solving can not be installed with a predetermined angle and may with into
As the technical problem of the driving head interference in equipment.
Brief description of the drawings
Fig. 1 is the utility model handle box structural representation；
Fig. 2 is the structural representation at another visual angle of the utility model handle box；
Fig. 3 is the utility model handle box adjusting part decomposition texture schematic diagram；
Fig. 4 is the decomposition texture schematic diagram of the utility model handle box driving side；
Fig. 5 is the decomposition texture schematic diagram of the utility model handle box drive component；
Fig. 6 is the partial structurtes decomposing schematic representation of the utility model handle box drive component；
Fig. 7 is the structural representation of the utility model handle box drive component；
Fig. 8 is the first state schematic diagram of the utility model handle box adjusting part；
Fig. 9 is the second view of the utility model handle box adjusting part；
Figure 10 and Figure 11 is the utility model regulating member and the cooperation schematic diagram for being conditioned component；
Figure 12 is the sectional view that the utility model handle box is conditioned component；
Figure 13 is the installation direction schematic diagram of the utility model handle box；
Figure 14 is the schematic diagram that handle box installs interference with imaging device；
Figure 15 and Figure 16 installs the schematic diagram in imaging device for the utility model handle box power reception portion；
Figure 17 to Figure 19 installs the perspective view in imaging device for the utility model handle box power reception portion.
Embodiment
It is new below in conjunction with this practicality to make the purpose, technical scheme and advantage of the utility model embodiment clearer
Accompanying drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that retouched
The embodiment stated is a part of embodiment of the utility model, rather than whole embodiments.Based on the implementation in the utility model
Example, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made is belonged to
The scope of the utility model protection.
As shown in figure 1, the handle box of the utility model embodiment includes framework 1, photosensitive drums 3 are rotatable by the framework
1 support, power reception portion 21 is provided with a side of framework 1, and the power reception portion 21 is used for and the driving in imaging device
Head engages and can receive the driving force of the driving head and drive the rotating members such as photosensitive drums and developer roll to rotate.
As shown in Figures 2 and 3, the side where above-mentioned power reception portion 21 is referred to as to the driving side of handle box, in processing
The offside of the driving side of box is provided with control-rod 31, and an elastic component 32 is arranged between control-rod 31 and framework 1.In framework
Control-rod guide part 1a and 1b, the movement for being oriented to control-rod 31 are provided with 1.
As shown in figs. 4 and 7, the drive component of handle box includes power transfer assembly 20, and power transfer assembly 20 is used for
Driving force is transmitted to photosensitive drums 3, flange component 26 of the power transfer assembly 20 comprising the driving rotation of photosensitive drums 3, power reception portion
21 and the driving force in power reception portion 21 is transferred to the intermediate transfer component of flange component 26, intermediate transfer in the present embodiment
Component includes the first transmission member 22 and the second transmission member 28, and the first transmission member 22 passes through pivot pin 24 and power reception portion 21
Connection, the second transmission member 28 is connected with flange component 26, and being provided with the first transmission member 22 and the second transmission member 28 can
Intermeshing disk tooth, optionally, it would however also be possible to employ the connection of other engagement systems, such as axostylus axostyle and circumferential teeth, as long as
There is effect of the engagement to transmit driving force He be disengaged from the transmission to cancel driving force in the axial direction.Second transmission structure
Part 28 can also be integrally formed further to simplify the structure of power transfer assembly 20 with flange component 26.It is conditioned component 23
It is connected by above-mentioned pivot pin 24 with the transmission member 22 of power reception portion 21 and first.Pivot pin 24, which is sequentially passed through, to be conditioned on component 23
The first hole 23a, the 3rd hole 21a on the second hole 22a and power reception portion 21 on the first transmission member 22, will so be adjusted
Section component 23, the first transmission member 22 and power reception portion 21 are fixed.Preferably, component will be conditioned by pivot pin 24
23rd, the first transmission member 22 and power transfering part 21 are connected and fixation can be easy to the installation of power transfer assembly 20, alternative
, it can also will be conditioned the transmission member 22 of component 23 and first and be made of one formula structure, or by power reception portion 21 and
One transmission member 22 is made of one formula structure, or will be conditioned component 23, the first transmission member 22 and power reception portion three
Person is made of one formula structure.First elastic component 25, which is arranged at, to be conditioned between component 23 and flange component 26, and its one end is abutted
Component 23 is conditioned, the other end abuts flange component 26.Second transmission member 28 is covered on the first transmission member 22, specifically
Say, the first transmission member 22, power reception portion 21 and be conditioned component 23 and enter as an integral installation in flange component 23
It is provided with portion, the second transmission member 28 on hole 28b, the second transmission member 28 and is additionally provided with and is arranged on flange component 26
First holding section 28a of the second holding section 26a engagings, the second transmission member 28 is arranged on the oral area and Gai of flange component 26
On one transmission member 22.When the first transmission member 22 stretches in the axial direction, the first transmission member 22 and the second transmission member
It in engagement and can be disengaged from switching between state between 28, the second biography can be driven in the first transmission member of engagement 22
Component 28 is passed to rotate, it is rotatable relative to the second transmission member 28 in the first transmission member of the state that is disengaged from 22.Power reception
Portion 21 has driving condition and non-driven state relative to flange component 26, by the first transmission member 22 and the second transmission member 28
The state of engagement is referred to as driving condition, at any driving condition, power reception portion 21 can driving flange component 26 rotate, by first pass
The state referred to as non-driven state that the transmission member 28 of component 22 and second is disengaged from is passed, in non-driven state, power reception portion
21 rotatable relative to flange component 26 rotate without driving flange component 26.One through photosensitive drums 3 regulating member 33 its
One end is connected with power transfer assembly 20, and the other end is connected with being arranged at the control-rod of handle box driving side offside.Regulating member
33 are provided with adjusting rod 33b close to one end of handle box driving side, and the other end is provided with stress pin 33a, adjusting rod 33b for controlling
System is conditioned the rotation stop place of component 23, and this will be described.Adjusting rod 33b is set with the split of pivot pin 33 to be simplified
The installation of regulating member 33 and power transfer assembly 20, specifically, flange component 26, first is sequentially passed through by regulating member 33
Elastic component 25 and it is conditioned component 23, then adjusting rod 33b is inserted in regulating member 33.Adjusting part 30 is used to control power
Flexible and limitation power reception portion the rotation stop place of acceptance division, this will be described in detail later in this article.In the present embodiment, move
Force transfer unit 20 and adjusting part 30 together constitute the drive component of handle box.Optionally, regulating member 33 also may be used
From the driving side and driving side offside of the connection framework elsewhere of framework 1, flange components 26 are preferably directly same with photosensitive drums 3
Axle is socketed, selectable, and the rotation of photosensitive drums 3 can also be driven by gear-linked structure.It should be noted that due to each portion
Installation between part is needed with tolerance, and therefore, power reception portion 21 may have slight when being stretched along its axial direction
Beat, therefore, flexible to can be understood as power reception portion 21 big along its axial direction for power reception portion described in the present embodiment
Cause flexible along its own rotation axis direction.
As shown in Figure 3 and Figure 7, adjusting part 30 includes control-rod 31, second elastic component 32 and regulating member 33.Framework
1 side is provided with a support 2, and the one end of second elastic component 32 abuts support 2, and the other end abuts control-rod 31.On framework 1
Control-rod guide sliding part 1a and 1b are additionally provided with, guide sliding part 1a and 1b are arranged to T-shaped by the motion track for being oriented to control-rod 31
The movement that slot structure can not only be oriented to control-rod 31 can also prevent control 31 from departing from from framework 1.Recess is provided with control-rod 1
The raised 1c coordinated with recess 31a is provided with 31a, framework 1.It is provided with control-rod 31 in oblique chute 31c, the present embodiment
Oblique chute 31c is particularly configured to an elongated hole, and the axis direction of the length direction and regulating member 33 of the elongated hole is at an acute angle,
Stress pin 33a on regulating member 33 is inserted in oblique chute 31c, the axial direction of above-mentioned regulating member 33 and the axle of photosensitive drums 3
It is identical to direction.When control-rod 31 is slided along guide sliding part 1a and 1b, stress pin 33a is slided along oblique chute 31c and is driven regulation
Part 33 is moved in the axial direction.Guide sliding part 1a and 1b and projection 1c setting cause control-rod 31 along a default track
Mobile, oblique chute 31c is set to two, and the both sides for being arranged on raised 1c relative two oblique chute 31c, stress pin 33a is installed
In the oblique chute 31c of above-mentioned two, such a setting ensure that regulating member 33 is being driven and in axial stretching by control-rod 31
During will not rotate, i.e., regulating member 33 is not rotated relative to framework 1 in moving process.It is selectable, adjust
Section part 33 can also be limited by framework 1 to prevent regulating member 33 from rotating, as long as being set on framework 1 prevents regulating member 33
The structure of rotation, such as set a recess on framework 1, sets what is matched with the recess in the setting of regulating member 33
Projection can prevent regulating member 33 from rotating.
As shown in Figure 7 to 9, it is provided with support 2 on first abutting part 2a, the main body 31b of control-rod 31 and is provided with
Two abutting part 31d, one end of second elastic component 32 abuts the first abutting part 2a, and the other end abuts the second abutting part 31d, control-rod
33 can receive external force and move, and when handle box is under free state, the elastic force of second elastic component 32 pushes control-rod 31
So that control-rod 31 is moved to the direction away from regulating member 33, stress pin 33a is moved along oblique chute 31c and is driven regulating member
33 are moved from the Inside To Outside of framework 1, i.e., regulating member 33 is moved to the direction away from power transfer assembly 20.Work as control-rod
31 by an external force F when being acted on, and control-rod 31 overcomes the elastic force of second elastic component 32 to close to regulating member 33
Direction is moved, and stress pin 33a is moved along oblique chute 31c and driven the outside of regulating member 33 from framework 1 to move inward, that is, adjusts
Part 33 is saved to move to the direction close to power transfer assembly 20.
As shown in Fig. 5, Figure 10, Figure 11 and Figure 12, it is conditioned component 23 and is provided with a pair of forced section 23b, a pair of forced sections
23b is oppositely arranged in the circumferential direction for being conditioned component 23, and a pair of groove 23c are provided between a pair of forced section 23b.Forced section
23b is configured to arcuate in shape high in the middle and low on both ends with the adjusting rod 33b stress surfaces contacted, specifically, as shown in figure 12, wears
Cross the rotation axis for being conditioned component 23 and a pair of groove 23c do a section, see that above-mentioned stress surface is middle height along profile direction
The low arcuate in shape in two.Selectable, stress surface can also be arranged to other shapes, such as taper, as long as meeting stress surface
The height at two is met less than middle height.Adjusting rod 33b controls to be adjusted by the abutting with above-mentioned forced section 23b
Save the rotation of component 23.One end where being conditioned the upper groove 23c of component 23 is referred to as the root for being conditioned component 23, with groove
One end relative 23c is referred to as the oral area for being conditioned component 23, as adjusting rod 33b from the position close to the oral area for being conditioned component 23
Moved to the root position for being conditioned component 23, because adjusting rod 33b is inserted in regulating member 33, and regulating member 33 is controlled
Bar 31 processed is limited and can not selected, therefore adjusting rod 33b is driven by being contacted with forced section 23b and is conditioned component 33 and rotates simultaneously
Eventually enter into a pair of groove 23c, groove 23c is arranged to match with adjusting rod 33b Outside Dimensions, i.e., as adjusting rod 33b
Into in a pair of groove 23c, adjusting rod 33b can position groove 23c and not rotated or only light so that being conditioned component 23
Micro- rotation.On the direction of rotation of power transfer assembly 20, relative to framework 1, the position of regulating member 33 is fixed, insertion
The position of adjusting rod 33b in regulating member 33 is also fixed, when adjusting rod 33b enters in a pair of groove 23c, is conditioned structure
The position of part 23 is also fixed, and power reception portion 21 is also to be connected by pivot pin 24 with being conditioned component 23, therefore power
The position of acceptance division 21 is also fixed.A pair of groove 23c setting is to be conditioned component 23 to preferably position, can also
Groove 23c is not set additionally, be conditioned at the position that a pair of forced section 23b of component 23 are connected to each other can also be formed one it is recessed
The portion of falling into, adjusting rod 33b and the depressed part cooperation can similarly reach above-mentioned groove 23c effect.It is selectable, above-mentioned tune
The structure of adjusting rod 33a and the above-mentioned forced section 23b being conditioned on component 23 on section part 33 can also be replaced mutually, in quilt
One rod-like structure similar with above-mentioned adjusting rod is set in adjustment means 23, set and above-mentioned forced section on regulating member 33
The arch bulge-structure of structure type, can equally control to be conditioned the rotation stop place of component using the movement of regulating member
Put.
As shown in Figure 13 and Figure 14, X is installed in imaging device handle box in assembly direction.Driving head in imaging device
150 adjacent locations are provided with a block 151, and this will cause handle box in installation process it is possible that as in Figure 13
The bottom cylinder 150a of power reception claw 21b and driving head 150 in situation, i.e. power reception portion 21 interfere, so as to cause
Handle box can not complete to install.
As shown in Figure 15 to Figure 19, in order to overcome handle box to occur situation, this reality as shown in fig. 13 that in installation process
Apply and be conditioned component 23 in the stop place of direction of rotation using the control of regulating member 33 in example and finally control power reception portion 21
Stop place in direction of rotation.In the present embodiment, a pair of power reception claw 21b line direction is referred to as P directions, and a pair dynamic
The bearing of trend that power receives the opening between claw 21b is referred to as Q directions.It is preferred that the line by a pair of power reception claw 21b
Direction P is vertical with the installation direction X of handle box, i.e., the bearing of trend Q directions of the opening between a pair of power reception claw 21b with
The installation direction X of handle box is parallel, be arranged so that opening surface between a pair of claw 21b in power reception portion 21 into
As the bottom cylinder 150a of the driving head 150 in equipment, handle box is able to smooth installation.A pair due to power reception portion 21 are dynamic
The extended distance that power is received between claw 21b is greater than driving head 150 in imaging device so far, and therefore, a pair of power connect
The opening bearing of trend Q received between claw 21b can also at an angle be installed along with installation direction X, as long as occurring without such as figure
The situation that a pair of claw 21b interfere with driving head 150 in 13 can complete the installation of handle box.As is illustrated by figs. 11 and 12, when
Install after handle box, close the machine door closure of imaging device, machine door closure applies a power F, control-rod 31 to control-rod 33
Part 33 is controlled to adjust to move to the direction close to power transfer assembly 20, be arranged on adjusting rod 33b on regulating member 33 from
The top for being conditioned the upper groove 23c of component 23 and being moved to a pair of forced section 23b is opened, in above-mentioned top position adjusting rod 33b
Allow to be conditioned component 23 and rotate with adjusting rod 33b not interfere.The elastic force of First elastic component 25, which compels to push away, is conditioned component 23,
Moved so that being conditioned component 23 from the Inside To Outside of framework 1, power reception portion 21 is together moved with the above-mentioned component 23 that is conditioned
It is dynamic and engaged with the driving head 150 in imaging device, at the same power reception portion 21 to the outside of framework 1 stretch out when, first passes
Pass component 22 to engage with the second transmission member 28, each rotating member rotation in the driving handle box of driving head 150 in imaging device
Then complete imaging action.
When needing to change handle box, the machine door closure of imaging device is opened, machine door closure is cancelled to control member 33
Pressing, control member 33 is under the elastic force of second elastic component 32 to the square movement away from regulating member 33, regulating member
33 move under the drive of control member 33 to the direction away from power transfer assembly 20, are arranged at the regulation on regulating member 33
Bar 33b controls are conditioned component 23 and are retracted, while the retraction of component 23 is conditioned, the first transmission member 22 and the second transmission structure
Part 28 is disengaged from, and being conditioned component 23 can rotate freely, and the groove 23c and adjusting rod 33b being conditioned on component 23 coordinates
And be conditioned bar 33b and be positioned at a fixed position, the fixed position is the fixed position for being conditioned component 23 in direction of rotation,
Power reception portion 21 is also fixed on the fixed position on a direction of rotation, and the fixed position is the one of power reception portion 21
The position do not interfered with the bottom cylinder 150a of driving head 150 power reception claw 21b, handle box is able to smooth taking-up.This
Because regulating member 33 can in the axial direction be moved freely relative to component 23 is conditioned in embodiment, even if power reception portion
21 are stopped and can not be indented further and cause to be conditioned component 23 and can not contract by the top incline 151a of block 151 in imaging device
Enter, regulating member 33, which can still control to be conditioned component 23, to be rotated, so as to ensure that power reception portion 21 takes out in handle box
Driving head 150 in Shi Buyu imaging devices is interfered.
Drive component and handle box that the utility model is provided, when power reception portion relative to flange component in non-driven
During state, power reception portion stop place on its own direction of rotation can be adjusted by a regulating member and cause power reception
Portion not with imaging device driving head interfere, be processed as box can it is smooth install imaging device and from imaging device it is smooth
Take out, the power reception portion in handle box in the prior art of solving can not be installed with a predetermined angle and may with into
As the technical problem of the driving head interference in equipment.
Above example is only to illustrate the technical solution of the utility model, rather than its limitations；Although with reference to foregoing reality
Example is applied the utility model is described in detail, it will be understood by those within the art that：It still can be to preceding
State the technical scheme described in each embodiment to modify, or equivalent substitution is carried out to which part technical characteristic；And these
Modification is replaced, and the essence of appropriate technical solution is departed from the spirit and model of each embodiment technical scheme of the utility model
Enclose.
Claims (10)
1. it is a kind of can from imaging device driving head receive driving force drive component, including：
Flange component；
Power transfer assembly, for transmitting driving force to the flange component and driving the flange component to rotate；
The power transfer assembly is included approximately along the power reception portion stretched on the first direction in its own rotation axis line direction, its
It can engage to receive the driving force of the driving head with the driving head；
Adjusting part, for adjusting stop place of the power reception portion on itself direction of rotation；
Characterized in that, the power reception portion has driving condition and non-driven state relative to the flange component, in institute
Power reception portion described in driving condition is stated to engage to drive the flange component with the flange component by intermediate transfer component
Rotation, is disengaged from without driving the flange structure in intermediate transfer component described in the non-driven state and the flange component
Part rotates, and the adjusting part includes regulating member, and the regulating member can be relative to the power reception portion in a first direction
On the movement is moved through to adjust stop place of the power reception portion on itself direction of rotation.
2. drive component according to claim 1, it is characterised in that the power transfer assembly also includes being connected to power
Acceptance division is conditioned component, and described be conditioned on component is provided with forced section, adjusting rod, institute are provided with the regulating member
Stating adjusting rod can contact with the forced section and drive the component that is conditioned to rotate.
3. drive component according to claim 2, it is characterised in that the forced section is set to relative to each other two.
4. drive component according to claim 3, it is characterised in that the adjusting rod be arranged on it is described be conditioned component and
Between power reception portion, when the adjusting rod is disengaged from the forced section, the power reception portion can be adjusted relative to described
Save part rotation.
5. the drive component according to Claims 2 or 3, it is characterised in that the forced section has to be connect with the adjusting rod
Tactile stress surface, the domed shape of stress surface.
6. drive component according to claim 3, its spy is, set fluted between the pair of forced section, it is described
Adjusting rod can be caught in the pair of groove to be conditioned component described in positioning.
7. according to any described drive component of Claims 1-4, it is characterised in that the adjusting part also includes control institute
State to be provided with oblique chute, the regulating member on the flexible control-rod of regulating member, the control-rod and there are a pair of stress pins,
Moved in a first direction described in the oblique chute guide adjustment part.
8. drive component according to claim 7, it is characterised in that the adjusting rod is arranged on described with the stress pin
The both sides of adjustment portion split-phase pair.
9. a kind of dismountable handle box being attached into the imaging device with driving head, it is characterised in that including right
It is required that the drive component described in 1 to 8 any one.
10. it is a kind of can from imaging device driving head receive driving force drive component, including：
Flange component；
Power transfer assembly, for transmitting driving force to the flange component and driving the flange component to rotate；
The power transfer assembly is included approximately along the power reception portion stretched on the first direction in its own rotation axis line direction, its
It can engage to receive the driving force of the driving head with the driving head；
Adjusting part, for adjusting stop place of the power reception portion on itself direction of rotation；
Characterized in that, the power reception portion has driving condition and non-driven state relative to the flange component, in institute
Power reception portion described in driving condition is stated to engage to drive the flange component with the flange component by intermediate transfer component
Rotation, is disengaged from without driving the flange structure in intermediate transfer component described in the non-driven state and the flange component
Part rotates, and the adjusting part includes regulating member, and the power transfer assembly is with the power that can receive the regulating member
Forced section, the regulating member may move in said first direction relative to the forced section, when the regulating member is in institute
State on first direction to away from the power reception portion move when forced section described in pressable with adjust the power reception from
Stop place on body direction of rotation, when the regulating member is moved to close to the power reception portion in said first direction
Shi Suoshu regulating members can disengage to allow the power reception portion to rotate with the fast forced section.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720053563.6U CN206573865U (en) | 2017-01-18 | 2017-01-18 | A kind of drive component and the handle box comprising the drive component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720053563.6U CN206573865U (en) | 2017-01-18 | 2017-01-18 | A kind of drive component and the handle box comprising the drive component |
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| CN206573865U true CN206573865U (en) | 2017-10-20 |
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| CN201720053563.6U Active CN206573865U (en) | 2017-01-18 | 2017-01-18 | A kind of drive component and the handle box comprising the drive component |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109031912A (en) * | 2018-08-06 | 2018-12-18 | 中山市迪迈打印科技有限公司 | Power transmission and handle box |
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2017
- 2017-01-18 CN CN201720053563.6U patent/CN206573865U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109031912A (en) * | 2018-08-06 | 2018-12-18 | 中山市迪迈打印科技有限公司 | Power transmission and handle box |
| CN109031912B (en) * | 2018-08-06 | 2021-01-15 | 中山市迪迈打印科技有限公司 | Power transmission device and process cartridge |
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