CN208774850U - Machine components transfer device - Google Patents
Machine components transfer device Download PDFInfo
- Publication number
- CN208774850U CN208774850U CN201821579628.1U CN201821579628U CN208774850U CN 208774850 U CN208774850 U CN 208774850U CN 201821579628 U CN201821579628 U CN 201821579628U CN 208774850 U CN208774850 U CN 208774850U
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- CN
- China
- Prior art keywords
- head clamp
- lateral
- arc head
- cylindrical bar
- supporting plate
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- 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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Abstract
The utility model provides a kind of machine components transfer device, and the utility model solves the problems, such as to be difficult to carry out reliable location to it when transporting tube shape component；The technical solution of solution includes: that transferring platform upper surface is equipped with the mutually matched head clamp of multiple groups, lower end is equipped with supporting plate between mutually matched two head clamp, supporting plate transverse ends are fixed with triangular framing, and triangular framing inclined-plane is slidably matched with the first cylindrical bar therein is arranged in, therefore when tube shape component is placed on supporting plate, supporting plate can be made to move down and drive mutually matched head clamp to move towards to clamp tube shape component by triangular framing, the gravity of part itself is utilized, without hand-operated clamping, without consumption electric energy, using more convenient, improve transfer efficiency.
Description
Technical field
The utility model relates to part transhipment technical field more particularly to a kind of machine components transfer devices.
Background technique
It is to constitute mechanical primary element that machine components, which are also known as mechanical organ, is that composition is mechanical and machine can not decouple
Single product, machine components are both a Men Xueke and part and assembly for mechanical basic part in research and the various equipment of design
General term, with lower part of usual situation from be worked into factory need to complete by multiple working procedure last factory or
Cooperate with other parts and assemble, part relates to from a production line to another production line to part the problem of transporting, at present
It is related to tube shape component in transport process, common transporting mode is to be put into the wooden case equipped with panel using by tube shape component
In, or transport being placed in parallel into wooden case after tube shape component waterproof paper packing, by not to transported part do it is some compared with
Good location measure exists in addition the characteristic shaken should not be fixed and be easy to tube shape component itself and places unreliable, part and zero
The problems such as part, panel, cabinet are mutually collided, abraded, some tube shape component surfaces can also do some anti-corrosion processing, transport
Part and part, panel, cabinet mutually collide the antirust erosion resisting coating that can destroy tube shape component surface in journey, influence making for part
With serious also to carry out reworked processing, wasting the plenty of time also improves production cost, even if some transfer devices have folder
Clamping and positioning device can carry out reliable location to tube shape component, but need manually to carry out operating more troublesome, it is therefore desirable to one
Kind transfer device that tube shape component positions can be solved into problem above automatically.
Utility model content
For above situation, for the defect for overcoming the prior art, the utility model provides a kind of machine components transfer device,
The tube shape component transported can be carried out reliable clamp and positioned by the machine components transfer device, and tube shape component is placed in support
On plate, supporting plate is pushed using part self gravity, and then drives the head clamp for being located at supporting plate both lateral sides to tubular zero
Part is mobile, realizes the purpose that tube shape component is carried out to positioning clamping, and by part its own gravity without manual operation
It clamps, the efficiency easy to use for improving part transhipment.
Specific technical solution is as follows:
Machine components transfer device, including transferring platform, which is characterized in that longitudinal gap is equipped with cross on the transferring platform
To the sliding slot of extension, mutually matched two sliding slot constitutes lateral separation on sliding slot group and transferring platform and is equipped with multiple sliding slot groups, institute
It states lateral separation in sliding slot and slidably connects vertically arranged rectangular slab, the two rectangle plate faces positioned at same sliding slot group transverse direction one end
Two rectangular slabs for being fixed with the first arc head clamp and the lateral other end to two rectangular slab sides of the lateral other end be fixed with
The second arc head clamp that first arc head clamp matches is set below the first arc head clamp and the second arc head clamp
There is the supporting plate longitudinally extended and supporting plate both lateral sides are fixed with the penetrating triangular framing in longitudinal both ends, the triangle frame
Frame slides vertically far from supporting plate transverse direction one end and is connected on transferring platform and connects between triangular framing bottom end and transferring platform
It is connected to the first spring, is fixedly connected with positioned at the opposite side of two rectangular slabs of same group of sliding slot transverse direction one end and is arranged in triangular framing
Interior the first cylindrical bar and the first cylindrical bar is slidably matched with triangular framing bevel edge, and ten thousand are equipped with below the transferring platform
To wheel and transferring platform upper surface transverse direction one end is equipped with hook.
Preferably, it is respectively equipped with positioned at every group of sliding slot transverse direction side and far from the two rectangular slab both lateral sides for linking up with one end vertical
To the first positioning plate and the second positioning plate of extension, the first positioning plate and the second positioning plate longitudinal direction both ends, which are rotatably assorted, has rotation to connect
The second cylindrical bar and third cylindrical bar for being connected on transferring platform and being laterally extended, second cylindrical bar and first are determined
Position plate mating portion position is to be threadedly engaged, and the third cylindrical bar and the second positioning plate matching part is are threadedly engaged, described the
Two cylindrical bars and the separate hook one end of third cylindrical bar are equipped with rotational handle.
Preferably, second spring is connected between the rectangular slab and sliding slot transverse direction one side wall corresponding thereto.
Preferably, the first arc head clamp and the second opposite side of arc head clamp have been respectively fixedly connected between longitudinal direction
Every setting and horizontal-extending third spring, the first arc head clamp and the second arc head clamp be connected with respectively through third spring
The third arc head clamp matched.
The utility model provides a kind of machine components transfer device, the tubular which can will be transported
Part carries out reliable clamp and positions, and tube shape component is placed on supporting plate, is pushed supporting plate using part self gravity,
And then drive the head clamp for being located at supporting plate both lateral sides mobile to tube shape component, it realizes and tube shape component is subjected to positioning clamping
Purpose, so as to avoid occurring wiping the case where touching between each other because firm positioning can not be carried out in part transport process,
So that part safety is transported through, and the gravity that part is located through its own is realized and is clamped without being manually operated, make
With the efficiency for conveniently improving part transhipment.
Detailed description of the invention
Fig. 1 is the utility model schematic front view；
Fig. 2 is the utility model side view；
Fig. 3 is the utility model top view；
Fig. 4 is the utility model front view；
Fig. 5 is the utility model partial sectional view；
Fig. 6 is the utility model supporting plate and triangular framing connection schematic diagram.
1 in figure: transferring platform 1, sliding slot 2, rectangular slab 3, the first arc head clamp 4, the second arc head clamp 5, support
Plate 6, triangular framing 7, second spring 8, the first cylindrical bar 9, universal wheel 10, hook 11, the first positioning plate 12, second is fixed
Position plate 13, the second cylindrical bar 14, third cylindrical bar 15, rotational handle 16, the first spring 17, third spring 18, third arc
Shape head clamp 19.
Specific embodiment
Aforementioned and other technology contents, feature and effect in relation to the utility model, in following cooperation with reference to figures 1 through figure
In the detailed description of 6 pairs of embodiments, can clearly it present.The structure content being previously mentioned in following embodiment is with explanation
Book attached drawing is reference.
Each exemplary embodiment of the utility model is described below with reference to accompanying drawings.
Machine components transfer device, including transferring platform 1, which is characterized in that longitudinal gap is equipped on the transferring platform 1
The sliding slot 2 being laterally extended, mutually matched two sliding slot 2 constitute lateral separation on 2 groups of sliding slot and transferring platform 1 and are equipped with multiple sliding slots
2 groups, lateral separation slidably connects vertically arranged rectangular slab 3 in the sliding slot 2, positioned at 2 groups of transverse direction one end of same sliding slot
Two rectangular slabs 3 are fixed with two squares of the first arc head clamp 4 and the lateral other end towards two rectangular slabs, 3 side of the lateral other end
Shape plate 3 is fixed with the second arc head clamp 5 matched with the first arc head clamp 4, is located at the first arc head clamp 4 and second
It is equipped with the supporting plate 6 longitudinally extended below arc head clamp 5 and 6 both lateral sides of supporting plate are fixed with the penetrating triangle in longitudinal both ends
Shape frame 7, the triangular framing 7 slides vertically far from the lateral one end of supporting plate 6 to be connected on transferring platform 1 and triangle frame
The first spring 17 is connected between 7 bottom end of frame and transferring platform 1, two rectangular slabs 3 opposite one positioned at the lateral one end of same group of sliding slot 2
Side is fixedly connected with the first cylindrical bar 9 being arranged in triangular framing 7 and the first cylindrical bar 9 and triangular framing 7 are oblique
While being slidably matched, it is equipped with universal wheel 10 below the transferring platform 1 and 1 upper surface transverse direction one end of transferring platform is equipped with hook 11.
When in use, the utility model provides a kind of machine components transfer device to the embodiment, is especially transporting
When the machine components of some tubulars, since the characteristic of shaking should not be fixed and be easy to produce to tubular machine components itself, transporting
It easily generates to occur to wipe between part and part, cabinet in the process and touch, lead to damage parts, it is serious to will do it reworked processing,
It affects production efficiency and also increases unnecessary cost payout to enterprise, preferably, which can be to cylinder
Shape part carries out Automatic-clamping；Specifically, the tube shape component to be transported is placed on supporting plate 6, supporting plate 6 by part from
The gravity slide downward of body is connected on transferring platform 1 since triangular framing 7 slides vertically far from the lateral one end of supporting plate 6,
And then the triangular framing 7 for being fixed on 6 transverse ends of supporting plate is driven to move down, due to the first cylindrical bar 9 and triangle
7 bevel edge of frame is to be slidably matched, therefore be fixedly connected on the triangular framings 7 of 6 transverse ends of supporting plate with supporting plate 6 to moving down
Drive is arranged in two first cylindrical bar 9 therein and is slided in opposite directions in dynamic process, and then drives the first arc head clamp 4
It is slid in opposition with the second arc head clamp 5, to be fixed on supporting plate 6 for the tube shape component clamping on supporting plate 6 is located at
It is connected with the first spring 17 between 7 bottom of triangular framing of transverse ends and transferring platform 1, supporting plate 6 can be buffered,
After preventing tube shape component to be placed on supporting plate 6,6 decrease speed of supporting plate is too fast, so that the slow slide downward of supporting plate 6, into
And make slowly to be placed on supporting plate 6 positioned at the first arc head clamp 4 of 6 transverse ends of supporting plate and the second arc head clamp 5
Part clamp, avoid and destruction generated to piece surface during clamping and positioning to part, when needing to unload part
When, part is lifted up, the first spring 17 slowly jacks up supporting plate 6 upwards during part is lifted up, in turn
It drives the first arc head clamp 4 and the second arc head clamp 5 to slide along opposite direction to separate with tube shape component, reaches zero
Part release effect, the smart structural design, it is easy to operate be easy to use.
Embodiment 2, on the basis of embodiment 1, positioned at the lateral side of every group of sliding slot 2 and far from two squares for linking up with 11 one end
3 both lateral sides of shape plate are respectively equipped with the first positioning plate 12 and the second positioning plate 13 longitudinally extended, the first positioning plate 12 and second
The longitudinal both ends of positioning plate 13, which are rotatably assorted, to be rotationally connected on transferring platform 1 and the second cylindrical bar 14 for being laterally extended and the
Three cylindrical bars 15, second cylindrical bar 14 are to be threadedly engaged with 12 matching part of the first positioning plate, the third cylinder
Shape bar 15 is to be threadedly engaged with 13 matching part of the second positioning plate, and second cylindrical bar 14 and third cylindrical bar 15 are separate
11 one end are linked up with equipped with rotational handle 16.
The embodiment when in use, when part is placed on supporting plate 6 and through the first arc head clamp 4 and the second arc
When shape 5 board clamping of clamping, vibration is inevitably generated during transportation, and preferably, we can be lateral in every group of sliding slot 2
It is fixed that two rectangular slabs, 3 both lateral sides of side and 11 one end of separate hook are respectively equipped with the first positioning plate 12 and second longitudinally extended
Position plate, for positioning the first arc head clamp 4, vertical displacement will not occur because being vibrated again for part at this time, make
It is firm that the transfer device more preferably consolidates, specifically, the second cylindrical bar 14 is to be threadedly engaged with 12 matching part of the first positioning plate,
Third cylindrical bar 15 is to be threadedly engaged, therefore screw third cylinder by rotational handle 16 with 13 matching part of the second positioning plate
Shape bar 15 makes it drive the second positioning plate 13 mobile to the rectangular slab 3 being fixedly connected with the first arc head clamp 4 until second is fixed
The lateral side of position plate 13 contacts at rectangular slab 3, and screwing the second cylindrical bar 14 at this time makes it drive 12 Xiang Yu of the first positioning plate
The rectangular slab 3 that one arc head clamp 4 is fixedly connected is mobile until the lateral side of the first positioning plate 12 contacts at rectangular slab 3, at this time
First positioning plate 12 and the mutual cooperation of the second positioning plate 13 position the first arc head clamp 4, due to arc head clamp and
The continuity that supporting plate 6 moves, therefore supporting plate 6 also obtains effective position, so that being held when transferring platform 1 is encountered and jolted
Supporting plate 6 will not be subjected to displacement in vertical position, so that the transport process of part is more steady.
Embodiment 3, on the basis of embodiment 1, the rectangular slab 3 and the lateral one side wall of sliding slot 2 corresponding thereto it
Between be connected with second spring 8.
The embodiment when in use, preferably, the lateral one side wall of sliding slot in rectangular slab 3 and corresponding thereto 2 it
Between be connected with second spring 8, make its first spring 17 between triangular framing 7 and transferring platform 1 of being cooperatively connected, when being wanted
When the part of transhipment is placed on supporting plate 6, second spring 8 and the first spring 17 can centainly buffer supporting plate 6, prevent
Part falling speed is too fast, damages to part, so that part falls with supporting plate 6 and the first arc head clamp 4 and the
Two arc head clamps 5 are clamped whole process and are slowly carried out, it is ensured that part can smoothly carry out positioning clamping.
Embodiment 4, on the basis of embodiment 1, the first arc head clamp 4 and the second arc head clamp 5 opposite one
Side has been respectively fixedly connected with longitudinal gap setting and horizontal-extending third spring 18, the first arc head clamp 4 and the second arc
Head clamp 5 is connected with the third arc head clamp 19 matched through third spring 18 respectively.
The embodiment when in use, preferable first arc head clamp 4, the second arc head clamp 5, third arc card
Elastomeric material can be used in tight plate 19, and 4 plate of the first arc clamping and the second arc head clamp 5 are connected by third spring 18 respectively
Third arc head clamp 19 is connect, the part of different-diameter size can effectively can be clamped, to avoid part also not with holding
When supporting plate 6 is moved to bottommost, the head clamp positioned at the left and right sides has clamped part, at this time only by clamping force by part
Positioning, it is unstable firm, if passing through the connection of third spring 18 the between the first arc head clamp 4 and the second arc head clamp 5
Three arc head clamps 19, when third arc head clamp 19 is contacted with piece surface, if part is not moved to supporting plate 6 also at this time
Bottommost, part continues to move down with supporting plate 6 at this time, and third spring 18 is compressed at the same time, so that part is with support
Plate 6 is moved to bottommost and head clamp is by its clamping, by the between the first arc head clamp 4 and the second arc head clamp 5
Three springs 18 connection third arc head clamp 19 further increases the device reliability.
The utility model provides a kind of machine components transfer device, the tubular which can will be transported
Part carries out reliable clamp and positions, and tube shape component is placed on supporting plate 6, will be under supporting plate 6 using part self gravity
Pressure, and then drive the head clamp for being located at 6 both lateral sides of supporting plate mobile to tube shape component, it realizes and tube shape component is subjected to locating clip
Tight purpose occurs wiping the feelings touched between each other so as to avoid in part transport process because that can not carry out firm positioning
Condition, so that part safety is transported through, and the gravity that part is located through its own is realized and is clamped without being manually operated,
The efficiency easy to use for improving part transhipment.
It is described above simply to illustrate that the utility model, it is understood that the utility model is not limited to the above implementation
Example, the various variants for meeting the utility model thought both are within the protection scope of the present invention.
Claims (4)
1. machine components transfer device, including transferring platform (1), which is characterized in that longitudinal gap is set on the transferring platform (1)
There is the sliding slot (2) being laterally extended, mutually matched two sliding slot (2) constitutes lateral separation on sliding slot (2) group and transferring platform (1) and sets
There is multiple sliding slots (2) group, the interior lateral separation of the sliding slot (2) slidably connects vertically arranged rectangular slab (3), is located at same cunning
Two rectangular slabs (3) that slot (2) organizes lateral one end are fixed with the first arc clamping towards two rectangular slabs (3) side of the lateral other end
Two rectangular slabs (3) of plate (4) and the lateral other end are fixed with the second arc head clamp matched with the first arc head clamp (4)
(5), it is located at and is equipped with the supporting plate (6) longitudinally extended and support below the first arc head clamp (4) and the second arc head clamp (5)
Plate (6) both lateral sides are fixed with the penetrating triangular framing in longitudinal both ends (7), and the triangular framing (7) is far from supporting plate (6)
Lateral one end, which slides vertically, to be connected on transferring platform (1) and is connected between triangular framing (7) bottom end and transferring platform (1)
First spring (17), the opposite side of two rectangular slabs (3) for being located at the lateral one end of same group sliding slot (2), which is fixedly connected with, is arranged in triangle
The first cylindrical bar (9) and the first cylindrical bar (9) in shape frame (7) are slidably matched with triangular framing (7) bevel edge, described
It is equipped with universal wheel (10) and transferring platform (1) upper surface transverse direction one end below transferring platform (1) and is equipped with hook (11).
2. machine components transfer device according to claim 1, which is characterized in that be located at the lateral side of every group of sliding slot (2)
And two rectangular slabs (3) both lateral sides far from hook (11) one end are respectively equipped with the first positioning plate (12) and second longitudinally extended
The longitudinal both ends of positioning plate (13), the first positioning plate (12) and the second positioning plate (13), which are rotatably assorted, is rotationally connected with transferring platform
(1) on and the second cylindrical bar (14) and third cylindrical bar (15) that are laterally extended, second cylindrical bar (14) and the
One positioning plate (12) matching part is to be threadedly engaged, and the third cylindrical bar (15) is with the second positioning plate (13) matching part
It is threadedly engaged, second cylindrical bar (14) and separate hook (11) one end of third cylindrical bar (15) are equipped with rotational handle
(16).
3. machine components transfer device according to claim 1, which is characterized in that the rectangular slab (3) and corresponding thereto
Second spring (8) are connected between the lateral one side wall of the sliding slot (2) answered.
4. machine components transfer device according to claim 1, which is characterized in that the first arc head clamp (4) with
The opposite side of second arc head clamp (5) has been respectively fixedly connected with longitudinal gap setting and horizontal-extending third spring (18),
First arc head clamp (4) and the second arc head clamp (5) are connected with the third arc matched through third spring (18) respectively
Head clamp (19).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821579628.1U CN208774850U (en) | 2018-09-27 | 2018-09-27 | Machine components transfer device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821579628.1U CN208774850U (en) | 2018-09-27 | 2018-09-27 | Machine components transfer device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208774850U true CN208774850U (en) | 2019-04-23 |
Family
ID=66162604
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821579628.1U Expired - Fee Related CN208774850U (en) | 2018-09-27 | 2018-09-27 | Machine components transfer device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208774850U (en) |
-
2018
- 2018-09-27 CN CN201821579628.1U patent/CN208774850U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190423 Termination date: 20190927 |