CN107443320A - Throw - Google Patents
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- Publication number
- CN107443320A CN107443320A CN201710233027.9A CN201710233027A CN107443320A CN 107443320 A CN107443320 A CN 107443320A CN 201710233027 A CN201710233027 A CN 201710233027A CN 107443320 A CN107443320 A CN 107443320A
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- CN
- China
- Prior art keywords
- suspender member
- housing body
- body portion
- principal axis
- support
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
- B25F—COMBINATION OR MULTI-PURPOSE TOOLS NOT OTHERWISE PROVIDED FOR; DETAILS OR COMPONENTS OF PORTABLE POWER-DRIVEN TOOLS NOT PARTICULARLY RELATED TO THE OPERATIONS PERFORMED AND NOT OTHERWISE PROVIDED FOR
- B25F5/00—Details or components of portable power-driven tools not particularly related to the operations performed and not otherwise provided for
- B25F5/02—Construction of casings, bodies or handles
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Portable Power Tools In General (AREA)
- Load-Engaging Elements For Cranes (AREA)
Abstract
It is an object of the invention to provide a kind of throw.Realize the performance that can not hinder throw and more reliably hang the compact composition of the throw.The impact driver (1) of the present invention possesses：The motor for rotating instrument；Shell (4), its handle portion that there is the housing body portion (11) for the tubular for being formed as extending in a manner of motor can be stored in inside along the rotation direction of principal axis of motor and extend from housing body portion (11) along prescribed direction；Suspender member (20), it has the hanging portion (20a) of suspended shell (4), the end of the rotation direction of principal axis of housing body portion (11) is arranged at, and slip can be carried out along the rotation direction of principal axis relative to housing body portion (11) and moved.Suspender member (20) can be housed and be available for the suspender member (20) to carry out sliding the recess (15) that moves along the rotation direction of principal axis by being provided with housing body portion (11).
Description
Technical field
The invention provides a kind of throw, and it makes the shell of the drive division of instrument rotation with storage and to hang
The suspender member of the shell.
Background technology
In the past, there is storage to make the shell of the drive division of instrument rotation and to hang the rotation work of the suspender member of the shell
Tool is known.For example, Patent Document 1 discloses a kind of formed, this composition is in power tool body, in past handle
The installation hook as suspender member is provided with the side wall of the front extension in portion.
In this way, it can be hooked installing loaded on snak link with sluice gate to be opened/closed being arranged at beside the waist of operator etc.
On engagement device.Therefore, operator can hang over electric tool on the waistband of operator when without using electric tool, therefore,
The operation of electric tool can be carried out not needing with two hands vacated.
However, the drive divisions such as the motor for rotating instrument are accommodated with the cylindric main part of power tool body.
Therefore, in electric tool, main part is than handle portion weight.In such composition, composition as disclosed in above-mentioned patent document 1 that
Sample, in the case that side more forward than handle portion is provided with suspender member, it is configured at the suspender member is mounted in by the waist of operator
In the state of the engagement device on side, the main body section of weight is in the position than handle portion on the lower.Then, shaken in main part heavy every time
When dynamic, operator may feel that by the inertia force pulling of throw.It is this to feel to make us feeling unhappy.
On the other hand, For example, Patent Document 2 discloses a kind of hanging of the side for the motor part for being installed on electric tool
Part.In the suspender member, the lateral body that is abutted with the side of motor part possess upper member, lower side member, above-mentioned upper member and on
Lower side member is stated each toward the extended front end fastener for forming ring-type in front.The front end fastener is locked to the leading section of motor part
Point.Upper member and lower side member are linked by bolt.
In addition, the suspender member of above-mentioned patent document 2 possesses the sliding component at the rear for being installed on lateral body, and the sliding component
Enter line slip movement vertically, length is freely adjustable.Sliding component is with the size phase of the electric tool according to installation suspender member
The state of position adjustment has been carried out by fastened by screw on the lateral body for lateral body.The rear of sliding component formed it is hollow, with to
The connection ring body hanging of the operation band of operator.
Suspender member in above-mentioned patent document 2 is fixed with lateral body by the hose clamp of ring-type in rear side and slides structure
Part.
Suspender member, in the composition of above-mentioned patent document 2, can be installed on length and size not by the composition more than
The motor part of same various electric tools.When the suspender member of this composition is hung on the waistband of operator, the motor part of weight
Positioned at upside, and handle position is in downside.Therefore, in the case of the composition of above-mentioned patent document 2, with above-mentioned patent document
Composition disclosed in 1 is compared, when hanging over the electric tool on waistband of operator etc. and rocking, caused inertia on the electric tool
Power is smaller.
Prior art literature
Patent document 1：No. 5416649 publications of Japanese Patent No.
Patent document 2：No. 3134808 publications of Japanese Utility Model Registration Section No.
The content of the invention
Problems to be solved by the invention
However, hung installing other components relative to throw the composition as disclosed in above-mentioned patent document 2
In the composition of suspension member, because the installation method of the suspender member is different, adverse effect may be brought to the performance of throw.Also
That is, in the composition disclosed in above-mentioned patent document 2, the upper member and lower side member of lateral body are linked by bolt, but such as
Fruit excessively fastens bolt, and motor part is possible to deform, and adverse effect is brought to electronic components such as the motors of inside or is connected
The shaft core for connecing the shaft portion of motor and instrument is possible to misplace.In addition, because the position that lateral body is installed relative to motor part is different,
The heat extraction of motor may be hindered.
In addition, in the composition disclosed in above-mentioned patent document 2, because being that suspender member is fixed on throw, therefore
As be integrated with may maximization, and if can not be securely fixed suspender member relative to throw, throw also has can
It can be fallen down from the suspender member.
The purpose of the present invention is, realizes the performance that can not hinder throw and more reliably hangs the throw
Compact composition.
The solution used to solve the problem
According to the throw of one embodiment of the present invention, possess：The drive division for rotating instrument；Shell, it has
There is the shell for being formed as the tubular along the rotation direction of principal axis extension of the drive division in a manner of inside can store the drive division
Main part and the handle portion extended from the housing body portion along prescribed direction；Suspender member, it has shell described in suspended
Hanging portion, the end of the rotation direction of principal axis of the housing body portion is arranged at, and can edge relative to the housing body portion
The rotation direction of principal axis carries out slip movement.The suspender member can be housed and be available for the hanging by being provided with the housing body portion
Part carries out sliding the resettlement section moved along the rotation direction of principal axis (first is formed).
In this way, the rotation direction of principal axis for being arranged on the housing body portion for being accommodated with the drive division for rotating instrument can be utilized
The suspender member hanging throw of end.The suspender member, which is housed in, to be arranged in the resettlement section of the housing body portion, and can
Slip is carried out along the rotation direction of principal axis to move.It therefore, there is no need to the suspender member in housing body portion installation split, will not produce
Rough sledding as composition disclosed in patent document 2 described above.
That is, by setting suspender member in housing body portion, with institute in the above-mentioned patent document 2 for the suspender member for installing split
Disclosed composition is compared, it is possible to achieve the intensity of the coupling part of densification and suspender member and housing body portion improves, and can
The problem of when preventing to install suspender member, produces.
In addition, in the case where not needing the suspender member, by making the suspender member slide movement, can be housed
In the resettlement section of the housing body portion, therefore, the densification of throw is realized.
And then as described above, by being set as making above-mentioned suspender member relative to above-mentioned housing body portion slidable movement
Form, the collecting position that above-mentioned suspender member can be easily switched in pull-out location and the housing body portion.
In described first is formed, the suspender member is by a pair of support parts along the rotation direction of principal axis extension and incited somebody to action
It is that link portions that the support links each other are formed, when overlooking be the tabular component of U-shaped, with the link portions positioned at described outer
The mode of the outward side of the rotation direction of principal axis on shell main part, configured along the side of the housing body portion.Described one
There is the support main body positioned at the link portions side respectively to support.The hanging portion passes through the support main body and institute
Link portions are stated to form (second is formed).
In this way, forming suspender member for the tabular component of U-shaped during by by overlooking, the firm of the suspender member can be improved
Property.It is thus possible to improve the intensity of the suspender member.
Moreover, by forming the suspender member by tabular component, and by side of the suspender member along housing body portion
Face configures, and can compactly configure suspender member relative to housing body portion.Therefore, it is possible to suppress the maximization of throw.
In addition, hung because the support main body and link portions that each have by a pair of support parts of the suspender member are formed
Extension portion, therefore the hanging portion can be formed as U-shaped as the suspension of the engagement devices such as snak link.
In described second is formed, the pair of support also has：The mutual interval of support is than the supporting
Portion's main body is narrow, and enters the sliding part of line slip movement relative to the resettlement section；Positioned at the support main body and the slip
Stage portion between portion.The collecting position being positioned in the suspender member in the resettlement section is provided with the housing body portion
In the state of putting, for the abutting part of stage portion abutting (the 3rd is formed).
In this way, when making suspender member slip be moved to the collecting position in resettlement section, the stage portion of suspender member is with being arranged at
The abutting part of housing body portion abuts.Therefore, it is possible to which suspender member to be more reliably installed on to the collecting position in resettlement section.
In described second or the 3rd are formed, it is provided with the support main body with the interval of the pair of support
The mode to narrow bends to the crank portion of crank-like (the 4th is formed).In this way, it is loaded on by engagement devices such as snak links on suspender member
In the state of when the suspender member is unloaded, can utilize the crank portion one hand of the support main body for being arranged at the suspender member from
Engagement device unloads the suspender member down.That is, it is arranged on the suspender member by being pushed toward the sluice gate portion of the snak link
Crank portion in the support main body of the support outside the snak link in a pair of support parts, opens the sluice gate portion,
The sluice gate portion and main part turn into the state for clamping the crank portion.In this condition, by past relative to the sluice gate portion
The direction for opening the sluice gate portion pushes suspender member, can be unloaded suspender member down from snak link with one hand.
Therefore, according to above-mentioned composition, easily the suspender member can be unloaded from engagement device.
In any composition in being formed described first to fourth, it is also equipped with relative to the housing body portion, by institute
State the end that the mode on the direction that suspender member is maintained at orthogonal with the rotation direction of principal axis is arranged at the housing body portion
The maintaining part (the 5th is formed) in portion.
In this way, the movement in the past direction orthogonal with rotation direction of principal axis of suspender member is limited by maintaining part.Therefore, it is possible to make
Suspender member swimmingly enters line slip along the rotation direction of principal axis relative to housing body portion and moved.
Moreover, the maintaining part is installed in the end of the rotation direction of principal axis of the housing body portion, therefore, it is possible to
The rigidity of the housing body portion is improved using the maintaining part.Therefore, it is possible to improve the overall rigidity of throw, Neng Gouli
Instrument is rotated with drive division with stable state.
It is being also equipped with being arranged at the handle portion with the shell in any composition in being formed described first to the 5th
The fixation suspender member of the ring-type of the opposite side of main part.The fixed suspender member at least outer peripheral portion through-thickness is bent
(the 6th is formed).
In this way, operator can be by a wieldy side in suspender member and fixed suspender member loaded on engagement device.Therefore,
The convenience of operator can be improved.
Moreover, by the way that the outer peripheral portion through-thickness of fixed suspender member is bent, the fixation suspender member can be improved
Rigidity.It is thereby achieved that the intensity of fixed suspender member improves.
The effect of invention
According to the throw of one embodiment of the present invention, the housing body portion that is accommodated with drive division is being arranged at
Suspender member is contained in resettlement section, and the suspender member can carry out slip along the rotation direction of principal axis of the drive division and move.In this way,
Obtain not hindering the performance of throw and more reliably hanging the compact rotation work of the throw using suspender member
The composition of tool.
Brief description of the drawings
Fig. 1 is the side view of the schematic configuration for the impact driver for showing embodiment of the present invention.
Fig. 2 is the stereogram in the impact driver from rear ramp in the state of having unloaded shield and side cover.
Fig. 3 is equivalent to figure when making suspender member slide mobile toward pull-out location in the state of having unloaded shield and side cover
2 figure.
Fig. 4 is the top view of suspender member.
Fig. 5 is the figure of the suspender member from link portions side.
Fig. 6 is the figure of the holding member from link portions side.
Fig. 7 is the side view of the holding member from side.
Fig. 8 is the figure for schematically showing the situation that suspender member is removed from snak link.
Fig. 9 is the figure for showing the side for having unloaded the impact driver in the state of shield, side cover and locking member.
Figure 10 is the top view of fixing component.
Description of reference numerals
1 impact driver
2 motors (drive division)
2a output shafts
4 shells
8 suspender member mechanisms
9 hook parts (fixed suspender member)
9a hanging portions
9b fixed parts
9c recesses
11 housing body portions
12 handle portions
13 power supply installation portions
15th, 16 recesses (resettlement section)
15c, 16c stage portion
20th, 60 suspender member
20a hanging portions
21st, 22 support
23 link portions
24th, 25 support main body
The notch of 24a, 25a first
The notch of 24b, 25b second
24c, 25c crank portion
26th, 27 sliding part
28th, 29,68,69 stage portion
28a, 29a engage notch
30 holding members (maintaining part)
40 locking mechanisms
41st, 42 locking member
41a, 42a installation portion
41b, 42b holding section
P rotation axis
Embodiment
Hereinafter, the embodiment that present invention will be described in detail with reference to the accompanying.In addition, the size of the member of formation in each figure, and
According to the facts display does not actually constitute the size of component and the dimension scale of each member of formation etc..
(being monolithically fabricated)
Fig. 1 is the side view of the schematic configuration for the impact driver 1 for showing the throw as embodiments of the present invention.
Impact driver 1 is made to be installed on the instrument for being referred to as drill bit on anvil block 3 and (saved by the rotary driving force from motor 2 (driving source)
Sketch map mark) rotation, rotating percussion power is so bestowed into bolt or nut etc..
In the following description, the left side in Fig. 1 is referred to as to the front (hereinafter referred to as front) of impact driver, by Fig. 1
In right side be referred to as the rear (hereinafter referred to as rear) of impact driver.In addition, the upside in Fig. 1 is referred to as the upper of impact driver
Side, the downside in Fig. 1 is referred to as to the lower section of impact driver.In addition, omit the explanation of the drive part about impact driver 1.
Impact driver 1 possesses：Motor 2, the drive mechanism (not shown) driven by motor 2, storage motor 2 and above-mentioned drive
Shell 4, front shroud 5, shield 6, side cover 7, suspender member mechanism 8, hook part 9 (the fixed suspender member) of motivation structure.Motor 2 has to above-mentioned
Drive mechanism transmits the output shaft 2a of rotary driving force.In Fig. 1, symbol P is the rotation axis of motor 2.For motor 2 and above-mentioned
The composition of drive mechanism, omit detailed description.
Shell 4 has：Housing body portion 11, handle portion 12, power supply installation portion 13.Shell 4 is by by right casing 4a and a left side
Shell 4b is combined and formed (reference picture 2).That is, shell 4 from the rotation axis P of motor 2 axis direction (hereinafter referred to as rotate
Direction of principal axis) observation, have by the composition of left and right segmentation.By the way that right casing 4a and left outside shell 4b is combined, housing body portion is formed
11st, handle portion 12 and power supply installation portion 13.
Housing body portion 11 is formed as the cylindrical shape extended on the rotation direction of principal axis of motor 2.In housing body portion 11
Inside contains motor 2 and above-mentioned drive mechanism.
Opening (omit diagram) is provided with the leading section of housing body portion 11, in the opening, anvil block 3 is towards above-mentioned rotation
The front of rotor shaft direction protrudes.As shown in figure 1, the leading section of housing body portion 11 inserts the state quilt of above-mentioned opening with anvil block 3
Front shroud covers.
The rearward end of housing body portion 11 is to be provided with the shape of the holding member 30 (maintaining part) of suspender member mechanism 8 described later
State is covered by shield 6.
In the side of housing body portion 11, it is respectively formed with to configure in the left and right sides from above-mentioned rotation direction of principal axis
The recess 15,16 (reference picture 2, Fig. 3, Fig. 9) of a pair of suspender members 20,60 of suspender member mechanism 8.That is, a pair of suspender members 20,60
It is configured in the left and right sides of the side of housing body portion 11.In the left and right sides of the side of housing body portion 11, hung with covering
The mode of suspension member 20,60 is configured with side cover 7.
In this way, the left and right sides by the way that a pair of suspender members 20,60 to be configured to housing body portion 11, no matter operator is left
It is also right-handed person to skim son, one side of a pair of suspender members 20,60 can be installed on engagement device by the usual hand of operator.
In addition, the composition for being arranged at the recess 15,16 of housing body portion 11 is identical, the composition of suspender member 20,60 is also identical,
Therefore, in the following description, only to be formed at housing body portion 11 side recess 15 and be configured in the recess 15
The composition of suspender member 20 illustrates.
As be described hereinafter, the recess 15 for being formed at the side of housing body portion 11 is formed as storing the shape of suspender member 20.Also
That is, recess 15 has the first recess 15a of the wide cut for the support main body described later 24,25 that can store suspender member 20, and can receive
Receive sliding part 26,27 and the width second recess 15b (reference picture 3) narrower than first recess 15a.
It is past with rotation axis P from housing body portion 11 as shown in figure 1, the part that handle portion 12 is operator to hold
Orthogonal direction (defined direction) extension.In Fig. 1, handle portion 12 extends downward from housing body portion 11.In handle portion
It is provided with to control the trigger switch 12a of the drivings such as the ON/OFF of motor 2 on 12.
Power supply installation portion 13 is arranged at the side opposite with housing body portion 11 of handle portion 12.In Fig. 1, power supply installation portion
13 are arranged at the lower section of handle portion 12.Power supply installation portion 13 is configured to that the battery B for supplying impact driver 1 electric power can be connected.
Power supply installation portion 13 is formed as the tabular toward the Directional Extension all around of impact driver 1, to cover the one of battery B top
Part.
It is integrally formed with the housing body portion 11, handle portion 12 and power supply installation portion 13 formed as described above.
Hook part 9 is loaded on the engagement devices such as the snak link on waist for hanging over operator etc..Hook part 9 has the hanging portion of ring-type
9a and fixed part 9b, fixed part 9b is installed on electricity using screw in a manner of hanging portion 9a protrudes toward the rear of impact driver 1
The side of source installation portion 13.At least outer circumferential side through-thickness of hook part 9 is bent.Specifically, the hanging portion 9a of hook part 9 inner circumferential
Side and the bending of outer circumferential side through-thickness, and also through-thickness is bent fixed part 9b outer circumferential side.In this way, with utilizing flat board
The situation for forming hook part is compared, and can improve the rigidity of hook part, realizes that the intensity of the hook part improves.
The hanging portion 9a of hook part 9 is loaded on above-mentioned engagement device.Therefore, in the case where hook part 9 is arranged on into engagement device,
Power supply installation portion 13 is located at upside, also, in impact driver 1, is accommodated with the larger motor 2 of weight or the shell of drive mechanism
Main part 11 also is located at downside.
Hanging portion 9a is formed as the ring-type with elliptoid hole.On the 9a of hanging portion, in the middle body of long axis direction
The recess 9c being recessed formed with the thickness direction toward hanging portion 9a.In the 9a of hanging portion, it is provided with the two of short-axis direction
Recess 9c.
By setting recess 9c, hanging portion 9a can be made easily to block relative to engagement device de-.That is, by making recess 9c
Such as contacted with the sluice gate portion of snak link, hanging portion 9a is just not easy to skid relative to the sluice gate portion.Therefore, hanging portion 9a relative to
The card of engagement device is de- to become easy.
In addition, hook part 9 is installed on power supply installation portion 13 with the state of the above-below direction squint relative to impact driver 1.Such as
This, can be such that hanging portion 9a easily blocks relative to engagement device de-.
In addition, formed with step between hanging portion 9a and fixed part 9b, so that hanging portion 9a leaves power supply installation portion 13.
In this way, shells 4 of the hanging portion 9a away from impact driver 1 can be made.Therefore, can make hanging portion 9a relative to engagement device easily
Card is de-.
(suspender member mechanism)
Then, the composition of suspender member mechanism 8 for being configured at housing body portion 11 is illustrated using Fig. 1~Fig. 7.Fig. 2 is from oblique
Observe stereogram during impact driver 1 in rear.Fig. 3 is to make suspender member 20 toward the mobile state of pull-out location slip equivalent to figure
1 figure.In addition, for convenience of description, Fig. 2 and Fig. 3 represent to pull down the impact driver 1 of the state after shield 6 and side cover 7.
Suspender member mechanism 8 is configured to suspender member 20 and can carried out relative to housing body portion 11 along the rotation direction of principal axis of motor 2
Slide movement.Suspender member 20, which has, can hang the suspender member 20 loaded on engagement device in the state of the pull-out of housing body portion 11
Extension portion 20a (reference picture 3).In this way, impact driver 1 can be hung on engagement device.
As shown in Figures 2 and 3, suspender member mechanism 8 is configured on the side of housing body portion 11 with possessing slidable movement
Suspender member 20, suspender member 20 to be held in the holding member 30 (maintaining part) of housing body portion 11, to by suspender member
20 are separately fixed at the locking mechanism 40 of collecting position and pull-out location.
Fig. 4 shows the top view of suspender member 20.Fig. 5 represents the figure of the suspender member 20 from link portions side.
As shown in figure 4, suspender member 20 is formed as U-shaped in top view.In addition, suspender member 20 is by by the structure of tabular
Part bends and formed.That is, suspender member 20 is seen as the tabular component of U-shaped on top view.
Suspender member 20 has along a pair of support parts 21,22 of direction extension and by the side at one end each other of support 21,22
The link portions 23 of link.Suspender member 20 has shape symmetrical centered on linking the line of the intermediate point of a pair of support parts 21,22
Shape.In this way, because suspender member 20 has symmetrical shape, so as to be used right-handed person's use and left-handed person and there is identical composition
A pair of suspender members 20,60 be configured at the left and right sides of housing body portion 11.Therefore, being produced into for suspender member 20 can be reduced
This.
The edge in a manner of the outward side that link portions 23 are located at the rotation direction of principal axis of the motor 2 of housing body portion 11 of suspender member 20
The side configuration of housing body portion 11.In this way, suspender member 20 can be compactly configured at housing body portion 11.Therefore, may be used
To suppress the maximization of impact driver 1.
A pair of support parts 21,22 from the side of link portions 23, respectively with the inward side part of suspender member 20 compared to outer
Square side part be located at the side side of thickness direction one mode tilt in the state of, linked together by link portions 23.That is, hanging
In the state of suspension member 20 is configured on the side of the housing body portion 11 of cylindrical shape, from the rotation direction of principal axis of motor 2, one
Support 21,22 is set in a manner of along above-mentioned side.Therefore, from the side of link portions 23, suspender member 20 is with along outer
The mode of the side of shell main part 11 is bent.By the composition of this suspender member 20, suspender member 20 can more compactly be configured
In housing body portion 11.Therefore, it is possible to more reliably suppress the maximization of impact driver 1.
A pair of support parts 21,22, which has, to be the support main body 24,25 of the side of link portions 23 positioned at an above-mentioned side and is located at
The sliding part 26,27 of another side.The interval of sliding part 26,27 is narrower than the interval of support main body 24,25.In this way, a pair
Bearing portion 21,22 has stage portion 28,29 respectively between support main body 24,25 and sliding part 26,27.
As described above, by a pair of support parts 21,22 set interval than positioned at the side of link portions 23 support main body 24,
25 narrow sliding parts 26,27, as be described hereinafter, it is provided with even in sliding part 26,27 toward the width (Zhou Fang of housing body portion 11
To) in the case of prominent protuberance 26a, 27a, it can also realize the densification of suspender member 20.In addition, as described above, because
Stage portion 28,29 is respectively formed between support main body 24,25 and sliding part 26,27, therefore, as be described hereinafter, platform can be utilized
The limiting mechanism mobile as the slip of limitation suspender member of rank portion 28,29.
Here, as shown in figure 3, in housing body portion 11, rotation axis P is clipped in the both sides of side (left and right of side) shape
Cheng Youke houses the recess 15 of the support 21,22 of suspender member 20.The recess 15 has the support that can store support 21,22
Main body 24,25, and big the first recess 15a of size of width (circumferential direction of housing body portion 11) and sliding part can be stored
26th, the 27 and above-mentioned size second recess 15b smaller than the first recess 15a.
Formed with stage portion 15c (abutting part) between the first recess 15a and the second recess 15b.As shown in Fig. 2 hanging
When suspension member 20 is accommodated in recess 15, the stage portion 28,29 of support 21,22 abuts with stage portion 15c.Therefore, recess
15 stage portion 15c and the stage portion 28,29 of support 21,22 limit suspender member 20, make it will not be toward than reception position (Fig. 2
Shown position) more moved by the side of anvil block 3.
In the second recess 15b, the two of the width (circumferential direction of housing body portion 11) for forming second recess 15b
Side is respectively formed with the groove 15d along the rotation direction of principal axis extension of motor 2.In groove 15d, the protrusion of sliding part 26,27 described later
26a, 27a are positioned in portion.
As shown in Figures 2 and 3, in housing body portion 11, the second recess 15b rear side be the second recess 15b with
The opposite side of anvil block 3 is provided with bellying 15e.Bellying 15e is arranged at the width of the second recess 15b rear side
The middle body of (circumferential direction of housing body portion 11).Bellying 15e is formed as than a pair of the supportings of size of above-mentioned width
The interval of the sliding part 26,27 in portion 21,22 is big.
In this way, in the second recess 15b, dividing between the second recess 15b side and bellying 15e formed with only supporting
The space that portion 21,22 can pass through.Therefore, when suspender member 20 is pulled out relative to housing body portion 11, a pair of support parts 21,22
Stage portion 28,29 on the inward side part of suspender member 20 abutted with bellying 15e.Therefore, the platform of a pair of support parts 21,22
The slip movement of the pull-out direction of rank portion 28,29 and bellying 15e limitation suspender members 20.
Sliding part 26,27 respectively there is a side to be connected with support main body 24,25, and be hung in another side direction
Protuberance 26a, 27a that the foreign side of the width (circumferential direction of housing body portion 11) of part 20 protrudes.
Protuberance 26a, 27a are configured in the groove 15d of the two sides for the second recess 15b for being arranged at housing body portion 11
It is interior, moved in the rotation direction of principal axis of the 15d interior edges motor 2.That is, sliding part 26,27 is configured as being formed at
The above-mentioned rotation direction of principal axis of the second recess 15b interior edges of housing body portion 11 slides.
By the composition of above-mentioned sliding part 26,27, suspender member 20 can be shown in Fig. 2 relative to housing body portion 11
Enter line slip movement between reception position and pull-out location shown in Fig. 3.
In addition, the size of the above-mentioned width near sliding part 26,27, protuberance 26a, 27a is than other parts
The size of above-mentioned width is small.
Support main body 24,25 is entering line slip movement, suspender member 20 by sliding part 26,27 in the second recess 15b
It is positioned in the state of the pull-out location shown in Fig. 3, hanging portion 20a is together constituted with link portions 23.
In support main body 24,25, the inward side of the suspender member 20 of side (side of link portions 23), which is provided with, at one end is cut
First notch 24a, 25a of trapezoidal shape.In addition, in support main body 24,25, than first notch 24a, 25a
Outward side close to the suspender member 20 of another side is provided with second notch 24b, the 25b for being cut into trapezoidal shape.
Composition more than, in support main body 24,25, passes through first notch 24a, 25a and the second notch
24b, 25b formed with being diminished by support main body 24,25 mutual intervals in a manner of bend to crank-like crank portion 24c,
25c.As be described hereinafter, when unloading suspender member 20 from the snak link as engagement device, crank portion 24c, 25c enters the sluice gate of snak link
Between portion and main part.In this way, operator can open the sluice gate portion of snak link with one hand.
In addition, compared with second notch 24b, 25b, first notch 24a, 25a incision length is longer.
In present embodiment, first notch 24a, 25a and second notch 24b, 25b these be individually cut to trapezoidal shape,
Also, compared with second notch 24b, 25b, first notch 24a, 25a incision length is longer.However, the first notch
24a, 25a and second notch 24b, 25b shape can be any shapes, as long as operator singlehanded can open snak link
Sluice gate portion shape, and each incision length also can be any length.
Stage portion 28,29 is positioned in storage position in recess 15 of the suspender member 20 as shown in Figure 2 in housing body portion 11
When putting, the outward side part of suspender member 20 abuts with the stage portion 15c of recess 15.On the other hand, in suspender member 20 as shown in Figure 3
When being positioned in pull-out location, the inward side part of the suspender member 20 of stage portion 28,29 and the drum for being arranged at housing body portion 11
Go out portion 15e abuttings.Therefore, a part for the limiting mechanism mobile as the slip of limitation suspender member 20 of stage portion 28,29 acts as
With.
As shown in figure 4, stage portion 28,29 has locking notch 28a, 29a in the inward side of suspender member 20 respectively.Locking
Notch 28a, 29a are respectively formed as semicircle shape.Locking mechanism 40 described later is engaged respectively in the locking notch 28a, 29a
Locking member 41,42.Details are aftermentioned, in locking notch 28a, 29a, are positioned in collecting position in suspender member 20 and pull out position
When putting, locking member 41,42 is engaged respectively.In this way, suspender member 20 can be fixed on collecting position and pull-out location.
Link portions 23 link a side of a pair of support parts 21,22 each other.Link portions 23 are with relative to a pair of support parts
21st, 22 modes extended along their thickness direction are formed.That is, suspender member 20 has link portions 23 relative to a pair of supportings
The shape that portion 21,22 is bent toward thickness direction.By the way that link portions 23 are made into this shape, the composition with not bending link portions 23
Compare, suspender member 20 is compact in the composition of length direction, can improve the rigidity of suspender member 20.
Fig. 5 is the figure of the suspender member 20 from the side of link portions 23.As shown in figure 5, link portions 23 will be will be inclined as described above
In the state of the mode that links of a pair of support parts 21,22 for configuring set.That is, link portions 23 from its thickness direction when shape
Into about trapezoidal shape.
In link portions 23, the mutual part of inward side of the suspender member 20 in connection a pair of support parts 21,22 is provided with
The notch 23a of semicircle shape.By setting notch 23a, as be described hereinafter, can prevent toward filling suspender member 20 on snak link
When, link portions 23 are skidded relative to snak link.
Coupling part 20b, 20c of link portions 23 and a pair of support parts 21,22 have in its outward side passes through smooth song
The R portions that face is formed.In this way, when unloading the suspender member 20 being loaded on engagement device, the coupling part of suspender member 20 can be prevented
20b, 20c and the situation of engagement device interference.Therefore, it is possible to which easily suspender member 20 is unloaded from engagement device.
Next, illustrate the composition of holding member 30 using Fig. 2,3,6,7.Fig. 6 is from the side of link portions 32 (impact driver 1
Rear side) observation holding member 30 figure, Fig. 7 is the side view of the holding member 30 from the side of impact driver 1.
A pair of suspender members 20,60 are held in housing body portion 11 by holding member 30.Specifically, holding member 30 has
Be installed on the state of housing body portion 11 be configured on the side of the housing body portion 11 it is multiple (in present embodiment be 4
It is individual) maintaining part 31 and the link portions 32 that link maintaining part 31 each other.Holding member 30 passes through maintaining part 31 and link portions 32 1
The tabular component that body is formed is formed.Maintaining part 31 is by the way that tabular component is bent to form toward its thickness direction.
Multiple maintaining parts 31 are bent in a manner of along the side of housing body portion 11 respectively.Holding member 30 is formed as
The holding member 30 is installed in the state of the rearward end of housing body portion 11, two quilts of maintaining part 31 in multiple maintaining parts 31
Be positioned at clip the side of rotation axis P and housing body portion 11 to position.In this case, structure is kept
Part 30 has four maintaining parts 31, therefore, housing body portion 11 is kept from four directions using 4 maintaining parts 31.
Multiple maintaining parts 31 are in the state of holding member 30 is installed on the rearward end of housing body portion 11, from housing main body
The footpath in portion 11 keeps a pair of the suspender members 20,60 being configured on the side of housing body portion 11 outward.In this way, a pair of suspender members
20th, 60 can be moved relative to housing body portion 11 in the enterprising line slip of rotation direction of principal axis of motor 2, on the other hand, toward shell
The movement of the radial direction of main part 11 is limited.
Link portions 32 are formed as in the state of holding member 30 is installed on the rearward end of housing body portion 11, along shell
Main part 11 radially extends.A pair of maintaining parts 31 are respectively arranged with the both ends of link portions 32.In addition, in link portions 32,
It is provided between a pair of maintaining parts 31 at both ends for being inserted holding member 30 to be fixed on to the screw of housing body portion 11
Logical through hole 33.
By the way that the rearward end of housing body portion 11, Ke Yiti will be installed on the holding member 30 formed as described above
The rigidity of high housing body portion 11.That is, holding member 30 can be diametrically kept by right casing 4a and left outside shell 4b structures
Into housing body portion 11 rearward end, therefore, right casing 4a and left outside shell 4b can more firmly be connected.In this way, can be with
Suppress the output shaft 2a of motor 2 axle beat, and it is possible to suppress to turn into high in housing body portion 11 because of the driving of motor 2
The thermal expansion of housing body portion 11 when warm.Therefore, it is possible to reduce because of the driving of motor 2 and caused by vibration etc..
Next, illustrated using Fig. 2 and Fig. 3 suspender member 20 is fixed on into reception position and the locking machine of pull-out location
The composition of structure 40.
As shown in Figures 2 and 3, a pair of locking member of locking mechanism 40 are configured with the recess 15 of housing body portion 11
41、42.Engage locking notch of the mechanism 40 by locking member 41,42 and the stage portion 28,29 for being arranged at suspender member 20
28a, 29a are formed.That is, by engaging respectively in locking notch 28a, 29a of the stage portion 28,29 for being arranged at suspender member 20
Locking member 41,42, suspender member 20 is fixed on assigned position relative to housing body portion 11.
Only component 41,42 is the leaf spring that forms elongated tabular component bending.Specifically, locking member 41,42
There is the middle body positioned at length direction respectively and bend to installation portion 41a, 42a of semicircle shape in a thickness direction, and position
In the both ends of length direction and toward the thickness direction curving opposite with installation portion 41a, 42a holding section 41b, 41c,
42b、42c.That is, the both ends of the length direction in locking member 41 are respectively arranged with holding section 41b, 41c, also, in card
Only the both ends of the length direction of component 42 are respectively arranged with holding section 42b, 42c.In addition, holding section 41b, 41c, 42b, 42c
Be formed as arc-shaped, so that its fore-end can engage with locking notch 28a, 29a of suspender member 20.
Installation portion 41a, 42a of locking member 41,42 are arranged respectively in the recess 15 for being arranged at housing body portion 11
In fixed support portion 15f, 15g.Fixed support portion 15f, 15g has respectively is formed as round from side during housing body portion 11
The groove of arcuation.
Specifically, in rotation axis direction of fixed support portion 15f, 15g in the recess 15 of housing body portion 11
Part is entreated, is set in a manner of central convex time of the width (circumferential direction of the side of housing body portion 11) towards recess 15
There is the groove of arc-shaped.By the installation portion that locking member 41,42 is configured relative to fixed support portion 15f, 15g so formed
41a, 42a, holding section 41b, 41c, 42b, 42c of the locking member 41,42 are configured in than installation portion 41a, 42a more outward shell
The side of the recess 15 of main part 11.In addition, holding section 41b, 41c, 42b, 42c of locking member 41,42 are in the locking
The thickness direction of component 41,42 can carry out the free end of displacement.
By configuring locking member 41,42 as described above, in the locking otch for the stage portion 28,29 for being arranged at suspender member 20
When portion 28a, 29a are positioned in holding section 41b, 42b, holding section 41b, 42b engage with locking notch 28a, 29a respectively.Separately
Outside, when being arranged at locking notch 28a, 29a of stage portion 28,29 of suspender member 20 and being positioned in holding section 41c, 42c, card
Conjunction portion 41c, 42c engage with locking notch 28a, 29a respectively.
Specifically, in the case of the reception position that suspender member 20 is located at shown in Fig. 2, the holding section of locking member 41
The locking notch 28a of stage portions 28 of the 41b with being arranged at suspender member 20 engages, also, the holding section 42b of locking member 42 with
It is arranged at the locking notch 29a engagings of the stage portion 29 of suspender member 20.On the other hand, it is located in suspender member 20 shown in Fig. 3
In the case of pull-out location, the holding section 41c of locking member 41 engages with the locking notch 28a of suspender member 20, also, engages
The holding section 42c of component 42 engages with the locking notch 29a of suspender member 20.
In this way, suspender member 20 can be separately fixed at Fig. 2 institutes relative to housing body portion 11 using locking member 41,42
The pull-out location shown in reception position and Fig. 3 shown.As described above, locking member 41,42 is made up of leaf spring respectively.Therefore,
Be sticked in even in holding section 41b, 42b of locking member 41,42 locking notch 28a, 29a of suspender member 20 state or
Person holding section 41c, 42c are sticked in the state of locking notch 28a, 29a, also can by make suspender member 20 slide it is mobile and
Release holding section 41b, 41c and engage notch 28a, 29a fastening state or the fastening state with holding section 42b, 42c.
Composition more than, by making the suspender member 20 loaded on engagement devices such as snak links enter relative to housing body portion 11
Line slip is moved, and the suspender member 20 can be positioned at into reception position and pull-out location.In this way, can be by suspender member 20 compactly
It is accommodated in the recess 15 of housing body portion 11, also, when in use, suspender member 20 can be held relative to housing body portion 11
Change places pull-out.
In addition, by setting suspender member 20 in housing body portion 11, can be with compared with the composition of suspender member of split is installed
Realize that densification and suspender member 20 and the intensity of the coupling part of housing body portion 11 improve, and can prevent that suspender member is installed
Problem is produced when 20.
And then according to the composition of the above, because suspender member 20 can be fixed on to reception position and pull-out location, therefore inciting somebody to action
Suspender member 20 can limit suspender member 20 and be moved toward reception position Slideslip in the state of housing body portion 11 pulls out use.
Suspender member 20 is housed in the recess 15 for the side for being arranged at housing body portion 11.In this way, can be relative to outer
Shell main part 11 compactly houses suspender member 20.That is, because suspender member 20 is housed in the side for being arranged at housing body portion 11
In the recess 15 in face, therefore the foreign side that can suppress suspender member 20 toward housing body portion 11 protrudes.
Suspender member 20 is bent in a manner of along the side of housing body portion 11.In this way, can be relative to housing body portion
11 more compactly configure suspender member 20.Therefore, it is possible to more reliably suppress the maximization of throw caused by suspender member 20.
Clip housing body portion 11 and to position be configured with a pair of suspender members 20.In this way, with from rotation direction of principal axis
When observing housing body portion 11, the mode of housing body portion 11 is clipped, that is, suspender member 20 is arranged in the two of housing body portion 11
Side.Therefore, operator either right-handed person or left-handed person, suspender member 20 can be easily loaded on engagement device.
Suspender member 20 is fixed on the reception position being accommodated in recess 15 by the one side of impact driver 1, on the other hand, also has
The standby locking member 41,42 being fixed in from the position that recess 15 pulls out.
In this way, suspender member 20 can be individually fixed in reception position and pull-out location.Therefore, with the intention nothing of operator
Close, can prevent suspender member 20 from sliding relative to housing body portion 11 to move.
(from unloading for snak link)
Next, using Fig. 8 illustrate by with the suspender member 20 formed as described above from the state loaded on snak link 100
Action when unloading.Fig. 8 be schematically show from snak link 100 unload suspender member 20 when figure.
Snak link 100 has the main part 101 of C-shaped and is pivotably coupled to the rod of a side of the main part 101
The sluice gate portion 102 of shape.The interior side that sluice gate portion 102 has base end side towards main part 101 is rotatably supported in the main part
101, and the composition that front can engage with the another side of main part 101.Snak link 100 is identical with general composition, therefore,
Omit detailed description.
When the suspender member 20 is unloaded from the state that suspender member 20 is mounted on snak link 100, first, as shown in figure 8,
The supporting of the foreign side positioned at snak link 100 in a pair of support parts main body 24,25 of suspender member 20 is pushed relative to sluice gate portion 102
First notch 24a of portion's main body 24, sluice gate portion 102 is set somewhat to be rotated toward the interior side of main part 101.
Then, by the way that the crank portion 24c of support main body 24 to be inserted to leading section and the main part 101 in sluice gate portion 102
Between another side, the second notch 24b of support main body 24 is pushed into the other end of the main part 101 of snak link 100.
In this way, the crank portion 24c of support main body 24 can be positioned to leading section and the main part 101 in sluice gate portion 102
The other end between.Moreover, the interior side of the main part 101 by the way that the support main body 24 to be pressed directly into snak link 100, solution
Except suspender member 20 is relative to the installment state of snak link 100.
As above, when suspender member 20 is unloaded from the state loaded on snak link 100, the support main body 24 of suspender member 20 is made
The first notch 24a biasing springs button 100 sluice gate portion 102, in this way, support main body 24 can be suppressed relative to sluice gate portion
102 skid.Also, the main part of the second notch 24b biasing springs button 100 of support main body 24 by making suspender member 20
101 the other end, support main body 24 can be suppressed and skidded relative to main part 101.
Therefore, by setting first notch 24a, 25a and second notch 24b, 25b on suspender member 20, from bullet
When spring button 100 unloads suspender member 20, it can prevent suspender member 20 from being skidded relative to snak link 100.Therefore, it is possible to easily from bullet
Spring button 100 unloads suspender member 20.
(fixture construction of suspender member)
Next, using Fig. 9 and Figure 10 explanation by suspender member 20 in the state of pull-out location is positioned in relative to outer
The composition that shell main part 11 is fixed.In addition, Fig. 9 is the state for representing to have unloaded shield 6, side cover 7 and locking member 41,42
Impact driver 1 side figure.Figure 10 is the figure of fixing component 50 viewed from above.In Fig. 9, symbol 16c is and recess 15
Stage portion 15c have identical form stage portion.
In the following description, suspender member 60 is illustrated, but with suspender member 20 it is also possible to be consolidated using fixing component 50
It is scheduled on pull-out location.
Drawn as shown in figure 9, being fixed on suspender member 60 using fixing component 50 (fixed part) relative to housing body portion 11
The position gone out.Fixing component 50 is for example made up of bar-shaped component.As shown in FIG. 9 and 10, fixing component 50 has bending
The shape turned back into C-shaped and by both ends.Specifically, fixing component 50 has a pair of reflex parts 51,52 and link folding
Return the link portions 53 in portion 51,52.A pair of reflex parts 51,52 are bent relative to link portions 53 toward the same side.
With the fixing component 50 formed as described above as shown in figure 9, being installed as relative to impact driver 1, reflex part
51st, 52 it is sandwiched into respectively between the stage portion 16c of the stage portion 68,69 of suspender member 60 and the recess 16 of housing body portion 11.This
When, link portions 53 are positioned in the radial direction outward side of housing body portion 11 relative to suspender member 60.In this way, fixing component 50 limits
Suspender member 60 is toward the slip movement in the recess 16 of housing body portion 11, and therefore, suspender member 60 is fixed on pull-out location.
Therefore, the composition more than, it can prevent suspender member 60 mistakenly toward sliding in the recess 16 of housing body portion 11
Dynamic movement.
In addition, the composition as fixed suspender member 60, however it is not limited to the composition as described above for having used fixing component 50,
Such as can utilize spiral shell peg or pin etc. by suspender member 60 be fixed on housing body portion 11, shield 6 and side cover 7 it is at least one on,
The limitation structure of limit slippage movement in the pull-out location of suspender member 60, can be also installed between link portions 23 and housing body portion 11
Part.
Dashed forward in addition, can also be set on housing body portion 11 by spring etc. along what the radial direction of housing body portion 11 can retreat
The portion of rising.The jut is configured to：Radial direction inward side is positioned in when suspender member 60 slides mobile, on the other hand, is being hung
Protruded outward toward footpath when part 60 is located at pull-out location.In addition, above-mentioned jut is arranged at is positioned in drawing in suspender member 60
In the state of out position, the position that the stage portion 68,69 of suspender member 60 moves toward reception position is limited.Above-mentioned jut can be
Claw shape, also can be pin-shaped shape.
And then it can also be slided on the outer peripheral face of housing body portion 11 with changeable for limitation suspender member 20 toward reception position
Mobile first position and limitation suspender member 60 is moved to set along shell master toward the mode of the mobile second place of reception position slip
The moveable mobile member of circumferential direction in body portion 11.
(other embodiments)
More than, although being described to embodiments of the present invention, above-mentioned embodiment is only implementing this
The illustration of invention.Therefore, however it is not limited to above-mentioned embodiment, can be suitably by above-mentioned implementation in the range of its purport is not departed from
Mode changes and is practiced.
In the above-described embodiment, suspender member 20,60 is by the way that tabular component is bent to be formed.However, can also pass through by
Rod member bends and forms suspender member 20,60.
In the above-described embodiment, suspender member 20 has stage portion 28,29.However, support main body 24,25 mutual
Every with sliding part 26,27 it is mutual interval also can be equal.That is, also stage portion can not be set in suspender member 20.In addition, support
Main body 24,25 mutual intervals are also big than sliding part 26,27 mutual intervals.
In the above-described embodiment, handle portion 12 extends from the past direction orthogonal with rotation axis P of housing body portion 11, but
Not limited to this, handle portion 12 can be also configured on rotation direction of principal axis relative to housing body portion 11.
In the above-described embodiment, as throw, illustrated by taking impact driver 1 as an example.As long as however, make
The drive division of instrument rotation is incorporated in the composition in housing body portion 11, and the throw of any composition can.
Industrial applicability
The present invention can be used in the throw for bestowing revolving force to instrument as impact driver etc..
Claims (6)
1. a kind of throw, possesses：
The drive division for rotating instrument；
Shell, have and be formed as in a manner of inside can store the drive division along the rotation direction of principal axis extension of the drive division
The housing body portion of tubular, and the handle portion extended from the housing body portion along prescribed direction；
Suspender member, there is the hanging portion of shell described in suspended, be arranged at the rotation direction of principal axis of the housing body portion
End, and can carry out slip along the rotation direction of principal axis relative to the housing body portion and move,
The housing body portion be provided with can house the suspender member and be available for the suspender member along it is described rotation direction of principal axis carry out
Slide mobile resettlement section.
2. throw according to claim 1, wherein,
The suspender member is by a pair of support parts along the rotation direction of principal axis extension and the chain for linking the support each other
It is the tabular component of U-shaped when socket part composition, vertical view, is located at the rotation on the housing body portion with the link portions
Side configuration of the mode of the outward side of direction of principal axis along the housing body portion,
The pair of support has the support main body positioned at the link portions side respectively,
The hanging portion is made up of the support main body and the link portions.
3. throw according to claim 2, wherein,
The pair of support also has：
The mutual interval of support is narrower than the support main body, and enters the cunning of line slip movement relative to the resettlement section
Dynamic portion；
Stage portion between the support main body and the sliding part,
It is provided with the housing body portion in the state of the collecting position that the suspender member is positioned in the resettlement section,
The abutting part abutted for the stage portion.
4. the throw according to Claims 2 or 3, wherein,
The song that crank-like is bent in a manner of the narrower intervals of the pair of support is provided with the support main body
Shank.
5. according to throw according to any one of claims 1 to 4, wherein,
It is also equipped with so that the suspender member is maintained at into the direction orthogonal with the rotation direction of principal axis relative to the housing body portion
On mode be arranged at the housing body portion the end maintaining part.
6. according to throw according to any one of claims 1 to 5, wherein,
It is also equipped with being arranged at the fixation suspender member of the ring-type of the side opposite with the housing body portion relative to the handle portion,
The fixed suspender member at least outer peripheral portion through-thickness is bent.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2016078919A JP6792954B2 (en) | 2016-04-11 | 2016-04-11 | Rotating tool |
| JP2016-078919 | 2016-04-11 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107443320A true CN107443320A (en) | 2017-12-08 |
Family
ID=60086439
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710233027.9A Pending CN107443320A (en) | 2016-04-11 | 2017-04-11 | Throw |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP6792954B2 (en) |
| CN (1) | CN107443320A (en) |
| TW (1) | TW201736059A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111788029A (en) * | 2018-02-27 | 2020-10-16 | 株式会社牧田 | Portable cutting machine |
| CN114248225A (en) * | 2020-09-22 | 2022-03-29 | 施耐宝公司 | Anti-rotation tool and motor |
| US11338427B2 (en) | 2019-01-10 | 2022-05-24 | Milwaukee Electric Tool Corporation | Power tool |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP7053350B2 (en) * | 2018-04-05 | 2022-04-12 | 株式会社マキタ | Hand-held tools |
| JP7118706B2 (en) * | 2018-04-05 | 2022-08-16 | 株式会社マキタ | hand tool |
| JP7118707B2 (en) * | 2018-04-05 | 2022-08-16 | 株式会社マキタ | hand tool |
| DE112019001199T5 (en) * | 2018-04-05 | 2020-12-10 | Makita Corporation | HAND-HELD TOOL |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP3676609B2 (en) * | 1998-09-29 | 2005-07-27 | 株式会社マキタ | Mounting structure of hanging tool in electric power tool |
| JP5243146B2 (en) * | 2008-08-20 | 2013-07-24 | 株式会社マキタ | Electric tool |
| JP4389255B1 (en) * | 2008-11-04 | 2009-12-24 | モトコマ株式会社 | Electric tool hanger |
| JP5469466B2 (en) * | 2010-01-04 | 2014-04-16 | 株式会社マキタ | Hand-held power tool with hanging tool |
| JP5416649B2 (en) * | 2010-05-07 | 2014-02-12 | パナソニック株式会社 | Electric tool and suspension tool for electric tool |
-
2016
- 2016-04-11 JP JP2016078919A patent/JP6792954B2/en active Active
-
2017
- 2017-04-10 TW TW106111930A patent/TW201736059A/en unknown
- 2017-04-11 CN CN201710233027.9A patent/CN107443320A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111788029A (en) * | 2018-02-27 | 2020-10-16 | 株式会社牧田 | Portable cutting machine |
| US11684985B2 (en) | 2018-02-27 | 2023-06-27 | Makita Corporation | Portable cutting machine |
| US11338427B2 (en) | 2019-01-10 | 2022-05-24 | Milwaukee Electric Tool Corporation | Power tool |
| CN114248225A (en) * | 2020-09-22 | 2022-03-29 | 施耐宝公司 | Anti-rotation tool and motor |
Also Published As
| Publication number | Publication date |
|---|---|
| TW201736059A (en) | 2017-10-16 |
| JP2017189824A (en) | 2017-10-19 |
| JP6792954B2 (en) | 2020-12-02 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20171208 |
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| WD01 | Invention patent application deemed withdrawn after publication |