CN208451568U - A kind of carrying apparatus of adjustable-angle - Google Patents
A kind of carrying apparatus of adjustable-angle Download PDFInfo
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- CN208451568U CN208451568U CN201820992403.2U CN201820992403U CN208451568U CN 208451568 U CN208451568 U CN 208451568U CN 201820992403 U CN201820992403 U CN 201820992403U CN 208451568 U CN208451568 U CN 208451568U
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- angle
- operation handle
- regulating mechanism
- adjustable
- lockable
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Abstract
The utility model provides a kind of carrying apparatus of adjustable-angle, including article carrying platform mechanism, first angle regulating mechanism, second angle regulating mechanism, the first operation handle, the first transmission mechanism, the first lockable mechanism, the second operation handle, the second transmission mechanism, the second lockable mechanism, the first tension sensor, the second tension sensor, multiple resistances switch and controller.By active force on both the first operation handle and the second operation handle or one in the utility model, the first and second transmission mechanism can separately or concurrently be driven, it can separately or concurrently make the first and second lockable mechanism that separately or concurrently the first and second angle adjusting mechanism be locked or be unlocked, article carrying platform mechanism can be made to have the function of horizontally rotating or/and radially rotate;First and second tension sensor is set and resistance switch ensures that unnecessary external force will not be such that the first and second angle adjusting mechanism is unlocked when in the first and second operation handle, to guarantee the connective stability of article carrying platform mechanism.
Description
Technical field
The utility model relates to numerical control machine tool technique field more particularly to a kind of carrying apparatus of adjustable-angle.
Background technique
Along with increasingly the complicating of workpiece, the raising of accuracy class and processing efficiency, polyaxial, high revolving speed and multiple
Close the necessary condition that processing has become numerically controlled processing equipment.Traditional numeric-control process equipment, such as numerically controlled lathe, to realize compound add
Work, it is necessary to increase additional auxiliary machining device in equipment to realize the high-freedom degree of lathe, improve the processing performance of lathe.
Design for Modern NC Machine Tool, the design that the carrying apparatus of load bearing element is used for for it are generally more simple
It is single, and needing that carrying apparatus is made to have the function of that spatial position variable is changed, for carrying out multi-angle processing to parts to be processed
When, it is generally only that setting can make carrying apparatus make the transmission mechanism that space is moved along X, Y, Z axis, the setting of the transmission mechanism is realized
Function it is technical extremely low and conventional, not only structure is complicated, cause the variable spaces position of carrying apparatus diversification reduce, root
Originally be unable to reach make carrying apparatus can random transformation space position technical effect, operating flexibility is extremely low;
And due to the large labor intensity of numerically-controlled machine tool, complex procedures still need in use or in numerically-controlled machine tool stopping process
Artificial to carry out relevant operation, such as put workpiece to be added or maintenance, touching carrying apparatus that inevitably can be different degrees of is not only
Manually it is influenced, any external force is likely to influence the structure connective stability of carrying apparatus, makes the space bit of carrying apparatus
It sets and changes.
Therefore, the prior art has much room for improvement and develops.
Utility model content
The purpose of this utility model is to provide a kind of carrying apparatus of adjustable-angle, it is intended to solve existing numerically-controlled machine tool
On carrying apparatus and its transmission mechanism structure is complicated and routine, the functional low and loading that cannot be effectively ensured on numerically-controlled machine tool
The technical issues of device connective stability.
The technical solution of the utility model is as follows:
A kind of carrying apparatus of adjustable-angle, wherein including article carrying platform mechanism, first angle regulating mechanism, second
Angle adjusting mechanism, the first operation handle, the first transmission mechanism, the first lockable mechanism, the second operation handle, the second driver
Structure, the second lockable mechanism, the first tension sensor, the second tension sensor, multiple resistances switch and controller;
The article carrying platform mechanism is rotatably attached with the first angle regulating mechanism, the second angle regulating mechanism with should
First angle regulating mechanism is rotatably attached, and the surfaces of revolution of the first angle regulating mechanism and the first angle regulating mechanism
The angle of the surfaces of revolution be acute angle or right angle;
Its first graduated structure for rotating angle of multiple instructions is offered on the first angle regulating mechanism, first operation
One end of handle and first transmission mechanism is sequentially connected, and the other end of first transmission mechanism and first lockable mechanism are driven
Connection, first operation handle be used for by first transmission mechanism drive first lockable mechanism selectively with one first quarter
Degree structure connection is to lock the first angle regulating mechanism, or drives the first locking machine by first transmission mechanism
Structure separates to unlock the first angle regulating mechanism with first graduated structure;It is offered on the second angle regulating mechanism
One end of its second graduated structure for rotating angle of multiple instructions, second operation handle and second transmission mechanism, which is driven, to be connected
Connect, the other end of second transmission mechanism and second lockable mechanism are sequentially connected, second operation handle be used for by this
Two transmission mechanisms drive second lockable mechanism selectively to connect with one second graduated structure to which the second angle is adjusted machine
Structure is locked, or drive second lockable mechanism to separate with second graduated structure by second transmission mechanism thus by this
The unlock of two angle adjusting mechanisms;First tension sensor is arranged between the article carrying platform mechanism and first operation handle,
Second tension sensor be arranged between the article carrying platform mechanism and second operation handle, first tension sensor and should
Second tension sensor is electrically connected with the controller;
Resistance switch, the first locking machine are provided in each first graduated structure and each second graduated structure
Connected while structure is connect with first graduated structure by the resistance switch locking, second lockable mechanism and second graduated structure
By the resistance switch locking while connecing;The controller is electrically connected with multiple resistance switch, which receives first drawing
The electric signal that force snesor and second tension sensor generate after by pulling force, and resistance switch is controlled according to electric signal situation
First lockable mechanism and second lockable mechanism are unlocked.
The carrying apparatus of the adjustable-angle, wherein the article carrying platform mechanism includes article carrying platform and connecting cylinder
Component, the connection cartridge module are set to the lower surface of the article carrying platform, which is used to adjust machine with the first angle
Structure rotation connection.
The carrying apparatus of the adjustable-angle, wherein the first tension sensor one end is connected to the article carrying platform
On, which is connected to the first operation handle end, which is connected to
On the article carrying platform, which is connected to the second operation handle end.
The carrying apparatus of the adjustable-angle, wherein first graduated structure is scale hole, first lockable mechanism
For latch structure;Resistance switch is arranged on the inner sidewall in the scale hole, is provided with first on latch structure one end outer wall
Card slot, after which connect with the scale hole, resistance switch limit, which is connected in first card slot, to be used for bolt knot
Structure locks.
The carrying apparatus of the adjustable-angle, wherein second graduated structure is scale hole, second lockable mechanism
For latch structure;Resistance switch is arranged on the inner sidewall in the scale hole, is provided with second on latch structure one end outer wall
Card slot, after which connect with the scale hole, resistance switch limit, which is connected in second card slot, to be used for bolt knot
Structure locks.
The carrying apparatus of the adjustable-angle, wherein resistance switch is that electrostriction pads, which passes through
Control is transferred to the voltage of each electrostriction liner, so that the thickness of each electrostriction liner is controlled, when the electrostriction pads
When thickness becomes larger, electrostriction liner, which can limit, to be connected in first card slot and second card slot, when the electrostriction serves as a contrast
When mat thickness becomes smaller, electrostriction liner is detached from the connection with first card slot and second card slot, makes the first locking machine
Structure and the second lockable mechanism are unlocked.
The carrying apparatus of the adjustable-angle, wherein the connection cartridge module includes the first connecting cylinder, the first guide wire
And first arrangement for guiding;First connecting cylinder is set on the bottom surface of the article carrying platform and is fixed using bolt or screw,
Setting is positioned apart from there are two spaced cricoid step surface on the side wall of first guide wire in first connecting cylinder
Have the first connection ring and the second connection ring, first connection ring and the second connection ring respectively with two spaced rings
The step surface of shape is bolted;First guide wire is connected with first angle regulating mechanism rotation, and for for being somebody's turn to do
Second lockable mechanism is arranged in wherein;First arrangement for guiding is sheathed on the lateral wall of first connecting cylinder.
The carrying apparatus of the adjustable-angle, wherein first arrangement for guiding includes lantern ring and guide seat, this is led
Introduction is set on the outer wall of the lantern ring, which is used to be sheathed on the lateral wall of first connecting cylinder, is opened on the guide seat
Equipped with the first guide hole passed through for first lockable mechanism.
The carrying apparatus of the adjustable-angle, wherein the first angle regulating mechanism includes first angle adjustment disk
And first bearing;First guide wire of the first angle adjustment disk and the connection cartridge module, which rotates, to be connected;The first axle is contracted
It includes two and is spaced the first vertical plate being oppositely arranged, which is vertically connected at the bottom of the first angle adjustment disk
Face;The first axle bearing bore being oppositely arranged there are two being opened up on two first vertical plates;The second angle regulating mechanism is installed on this
Between two the first vertical plates, and by this two first axle bearing bore that are oppositely arranged realize with the first angle regulating mechanism can
Rotation connection.
The carrying apparatus of the adjustable-angle, wherein the first angle adjustment disk is circular plate, and the center is opened
Equipped with a circular first through hole, and the 4th circular connection ring is provided with along the first through hole, the 4th connection ring is used for
It rotates and connects with the first guide wire of the connection cartridge module;Multiple first graduated structure is along the first angle adjustment disk circumference
Uniform intervals setting and the front for being located at the first angle adjustment disk.
The utility model is the utility model has the advantages that act on the first operation handle and the second manipulator for active force in the utility model
On both handles or one, the first and second transmission mechanism can be separately or concurrently driven, can separately or concurrently make the first and second lockable mechanism
Separately or concurrently the first and second angle adjusting mechanism is locked or unlocked, can make article carrying platform mechanism that there is horizontal turn
Function that is dynamic or/and radially rotating;The first and second tension sensor and multiple resistances switch, which is arranged, can unlock for monitoring
One, the active force of two angle adjusting mechanisms ensures unnecessary external force when in the first and second operation handle, will not make first,
Two angle adjusting mechanisms are unlocked, to guarantee the connective stability of article carrying platform mechanism.The utility model overall structure is simple,
It is ingenious in design, it is even more simple to the operation of the spatial position transformation of article carrying platform mechanism, so that active force is acted on the first manipulator
On handle and the second operation handle, the spatial position that the article carrying platform mechanism in the application can move to is in the prior art
Any carrying apparatus institute is inaccessiable, keeps the application creativeness high.Setting resistance is switched matches with the first and second tension sensor
The connective stability for ensureing article carrying platform mechanism is closed, stable structure sure effect is splendid, and particular content is detailed in specific embodiment.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the carrying apparatus of adjustable-angle.
Fig. 2 is the schematic diagram of the section structure of the carrying apparatus of adjustable-angle.
Fig. 3 is the configuration schematic diagram of the first connecting cylinder.
Fig. 4 is the configuration schematic diagram of first angle regulating mechanism and second angle regulating mechanism.
Fig. 5 is the configuration schematic diagram of the first lockable mechanism.
Fig. 6 is the structural schematic diagram of the first transmission mechanism.
Fig. 7 is the configuration schematic diagram of the first transmission mechanism.
Fig. 8 is the structural schematic diagram of the second horizontal lever structure.
Fig. 9 is the structural schematic diagram of the second transmission mechanism.
Figure 10 is the configuration schematic diagram of the second transmission mechanism.
Figure 11 is the structural schematic diagram of the 4th horizontal lever structure.
Figure 12 each component dynamic schematic diagram when being the carrying apparatus work of adjustable-angle.
Figure 13 is partial structurtes enlarged cross-sectional view.
Specific embodiment
The embodiments of the present invention is described below in detail, the example of the embodiment is shown in the accompanying drawings, wherein
Same or similar label indicates same or similar element or element with the same or similar functions from beginning to end.Lead to below
It crosses the embodiment being described with reference to the drawings to be exemplary, is only used for explaining the utility model, and should not be understood as practical to this
Novel limitation.
In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", " length ", " width
Degree ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside",
The orientation or positional relationship of the instructions such as " clockwise ", " counterclockwise " be based on the orientation or positional relationship shown in the drawings, be only for
Convenient for description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have specifically
Orientation is constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, term " first ",
" second " is used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance or implicitly indicates indicated technology
The quantity of feature.Define " first " as a result, the feature of " second " can explicitly or implicitly include it is one or more
The feature.The meaning of " plurality " is two or more in the description of the present invention, unless otherwise clearly specific
It limits.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified
Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection;It can be mechanical connection, be also possible to be electrically connected or can mutually communicate;It can be directly connected, it can also be in
Between medium be indirectly connected, can be the connection inside two elements or the interaction relationship of two elements.For this field
For those of ordinary skill, the concrete meaning of above-mentioned term in the present invention can be understood as the case may be.
In the present invention unless specifically defined or limited otherwise, fisrt feature the "upper" of second feature or it
"lower" may include that the first and second features directly contact, and also may include that the first and second features are not direct contacts but lead to
Cross the other characterisation contact between them.Moreover, fisrt feature includes above the second feature " above ", " above " and " above "
One feature is right above second feature and oblique upper, or is merely representative of first feature horizontal height higher than second feature.First is special
Sign is directly below and diagonally below the second feature including fisrt feature under the second feature " below ", " below " and " below ", or only
Indicate that first feature horizontal height is less than second feature.
Following disclosure provides many different embodiments or example is used to realize the different structure of the utility model.
In order to simplify the disclosure of the utility model, hereinafter the component of specific examples and setting are described.Certainly, they are only
Example, and purpose does not lie in limitation the utility model.In addition, the utility model can in different examples repeat reference numerals
And/or reference letter, this repetition are for purposes of simplicity and clarity, itself not indicate discussed various embodiments
And/or the relationship between setting.In addition, the example of various specific techniques and material that the utility model provides, but this
Field those of ordinary skill can be appreciated that the application of other techniques and/or the use of other materials.
Referring to Fig. 1 and Fig. 2, Fig. 1 and Fig. 2 are the loads of the adjustable-angle in an embodiment of the present invention
The structural schematic diagram of object device.The carrying apparatus of the adjustable-angle includes: article carrying platform mechanism 10, first angle regulating mechanism
20a, second angle regulating mechanism 20b, the first lockable mechanism 30a, the second lockable mechanism 30b, the first transmission mechanism 40a, second
Transmission mechanism 40b, the first operation handle 50a, the second operation handle 50b, the first tension sensor 60, the second tension sensor
70, multiple resistance switches 80 and controller (not drawn in figure).Wherein, the article carrying platform mechanism 10 and the first angle are adjusted
Mechanism 20a is rotatably attached, which is rotatably attached with first angle regulating mechanism 20a,
And the angle of the surfaces of revolution of the surfaces of revolution of first angle regulating mechanism 20a and second angle regulating mechanism 20b be acute angle or
Right angle, in the present embodiment, the rotation of the surfaces of revolution and second angle regulating mechanism 20b of first angle regulating mechanism 20a
Face is mutually perpendicular to.
Multiple the first graduated structure 211a for indicating its rotation angle are offered on first angle regulating mechanism 20a,
One end of the first operation handle 50a and first transmission mechanism 40a is sequentially connected, the other end of first transmission mechanism 40a
It is sequentially connected with the first lockable mechanism 30a, which is used to drive by the first transmission mechanism 40a and be somebody's turn to do
First lockable mechanism 30a selectively connect to lock the first angle regulating mechanism 20a with one first graduated structure 211a
Extremely, or by first transmission mechanism 40a drive the first lockable mechanism 30a to separate with first graduated structure 211a to
The first angle regulating mechanism 20a is unlocked.Multiple instructions are offered on second angle regulating mechanism 20b, and it rotates angle
Second graduated structure 211b;One end of the second operation handle 50b and second transmission mechanism 40b is sequentially connected, second biography
The other end of motivation structure 40b and the second lockable mechanism 30b are sequentially connected, the second operation handle 50b be used for by this second
Transmission mechanism 40b drives second lockable mechanism 30b selectively to connect with one second graduated structure 211b to by this second jiao
It is locked to spend regulating mechanism 20b, or the second lockable mechanism 30b and second scale are driven by second transmission mechanism 40b
Structure 211b separation is to unlock the second angle regulating mechanism 20b.
When the first lockable mechanism 30a is locked by the first angle regulating mechanism 20a, the first angle regulating mechanism
20a is fixed relative to the article carrying platform mechanism 10, can not adjust the relative angle of the two.When first lockable mechanism 30a should
When first angle regulating mechanism 20a is unlocked, which can rotate relative to the first angle regulating mechanism 20a.
When the second lockable mechanism 30b is locked by the second angle regulating mechanism 20b, the second angle regulating mechanism 20b relative to
The article carrying platform mechanism 10 is fixed, can not adjust the angle.When the second lockable mechanism 30b is by second angle regulating mechanism 20b
When unlock, which can rotate relative to the second angle regulating mechanism 20b.
First tension sensor 60 is arranged between the article carrying platform mechanism 10 and first operation handle 50a, this
Two tension sensors 70 are arranged between the article carrying platform mechanism 10 and second operation handle 50b, first tension sensor
60 are electrically connected with the controller with second tension sensor 70.Each first graduated structure 211a and each second graduated structure
The resistance switch 80 is provided in 211b, while which connect with first graduated structure 211a
It is lockked by the resistance switch 80, is opened while which connect with second graduated structure 211b by the resistance
80 are closed to lock;The controller is electrically connected with multiple resistance switch 80, which receives first tension sensor 60 and should
The electric signal that second tension sensor 70 generates after by pulling force, and according to electric signal situation control 80 pairs of the resistance switch this first
Lockable mechanism 30a and second lockable mechanism 30b are unlocked.
Specifically, which includes article carrying platform 11 and connection cartridge module 12, the connection cartridge module 12
It is set to the lower surface of the article carrying platform 11.The connection cartridge module 12 is used to rotate with the first angle regulating mechanism 20a and connect.
Wherein, referring to Fig. 1, Fig. 2, Fig. 3, which includes the first connecting cylinder 121, the first guide wire
122 and first arrangement for guiding 123.First connecting cylinder 121 be set on the bottom surface of the article carrying platform 11 and using bolt or
Person's screw is fixed.There are two spaced cricoid step surface, first guide wires 122 for setting in first connecting cylinder 121
Side wall on be positioned apart from the first connection ring 1221 and the second connection ring 1222, first connection ring 1221 and second
Connection ring 1222 is bolted with this two spaced cricoid step surfaces respectively.First guide wire 122 with this
One angle adjusting mechanism 20a rotation connection, and for being arranged in wherein for second lockable mechanism 30b.
First arrangement for guiding 123 includes lantern ring 1231 and guide seat 1232, which is set to the lantern ring
On 1231 outer wall, and the lantern ring 1231 and guide seat 1232 are an integral molding structure.The lantern ring 1231 is for being sheathed on this
On the lateral wall of first connecting cylinder 121, the first guiding passed through for first lockable mechanism 30a is offered on the guide seat 1232
Hole 1233.
Referring concurrently to Fig. 1, Fig. 2 and Fig. 4, first angle regulating mechanism 20a include first angle adjustment disk 21a and
First bearing 22a.First bearing 22a is set on the bottom surface of first angle adjustment disk 21a.
Wherein, the generally circular plate of first angle adjustment disk 21a, the center offer a circular first through hole
212a, and the 4th circular connection ring 213a is provided with along first through hole 212a.4th connection ring 213a is used for and this
The first guide wire 122 for connecting cartridge module 12 rotates connection.Multiple first graduated structure 211a is adjusted along the first angle
The setting of disk 21a even circumferential interval and the front for being located at first angle adjustment disk 21a.It is to be appreciated that the first scale knot
Structure 211a can may be protrusion for groove, and it is scale hole that in the present embodiment, which, which is groove,.
First bearing 22a includes two and is spaced the first vertical plate being oppositely arranged, which vertically connects
In the bottom surface of first angle adjustment disk 21a.The first axle bearing bore being oppositely arranged there are two being opened up on two first vertical plates
221a.Second angle regulating mechanism 20b is installed between two first vertical plates, and by this two be oppositely arranged first
Bearing hole 221a realization is rotatably connected with the first angle regulating mechanism 20a's.
Second angle regulating mechanism 20b includes second angle adjustment disk 21b, the second shaft 22b, two the second limit sleeves
Ring 23b and two protection cap 24b.The second angle adjustment disk 21b in complete discoid or incomplete discoid,
Such as it is semicircular discoid.It is evenly spaced apart to offer multiple second scales on the arc surface of second angle adjustment disk 21b
Structure 211b, multiple second graduated structure 211b can may be protrusion for groove, in the present embodiment, second scale
Structure 211b is groove, is scale hole.The center point of second angle adjustment disk 21b offers third through-hole 212b.This second
Shaft 22b passes through two first axle bearing bore 221a and third through-hole 212b to realize and the first angle regulating mechanism
20a's is rotatably connected.And second angle adjustment disk 21b is located between two first vertical plates.Two second limit sleeves
Ring 23b is socketed on the both ends of second shaft 22b, which is respectively adopted bolt and is fixedly connected on the first axle
It holds on 22a at first axle bearing bore 221a.
It include the first spacer pin 31a, the first reset bullet referring concurrently to Fig. 1, Fig. 2 and Fig. 5, the first lockable mechanism 30a
Spring 32a and the first limit base 33a.Wherein, first limit base 33a is installed on the first arrangement for guiding of the connection cartridge module 12
On 123, fixed by screw or bolt.One end of first spacer pin 31a is connect with first transmission mechanism 20a, this
The other end of one spacer pin 31a sequentially passes through the first guide hole on the first limit base 33a and first arrangement for guiding 123
Visible first guide hole 1233 of 1233(Fig. 3), first back-moving spring 32a is socketed on first spacer pin 31a, and this
One end of one reset spring 32a is abutted with first limit base 33a.
Specifically, the upper end of first spacer pin 31a offers the first notch 312a, the corresponding side first notch 312a
Two fourth hole 313a being oppositely arranged are offered on wall surface, which is used to supply first transmission mechanism 40a
End be installed on wherein, fourth hole 313a is used to cooperate the installation of first transmission mechanism 40a that (specific assembly relation to exist
It will be described in detail when subsequent descriptions first transmission mechanism 40a).
The closing on the side wall of lower end of first spacer pin 31a is provided with the first circular limited step 311a, this
The lower surface of one limited step 311a is abutted with the hole of the first guide hole 1233 on first arrangement for guiding 123 edge, to prevent
The length that first spacer pin 31a protrudes into first graduated structure 211a is too long.The lower end of first back-moving spring 32a and this
The upper surface of one limited step 311a abuts, and the other end of first back-moving spring 32a is abutted with first limit base 33a, from
And the first spacer pin 31a is given to provide a restoring force towards the direction the first graduated structure 211a.
First limit base 33a includes the bracket 332a of N shape and the second limit casing for being set on bracket 332a
331a offers the perforation passed through for the first spacer pin 31a on the roof of bracket 332a, which surround
Perforation setting, bracket 332a are fixedly mounted on the guide seat 1232 of first arrangement for guiding 123 by screw or bolt
On.
It include the second spacer pin 31b, second back-moving spring please continue to refer to Fig. 1, Fig. 2, Fig. 3, the second lockable mechanism 30b
33b.The upper end of second spacer pin 31b passes through first guide wire 122 and connect with the end of second transmission mechanism 40b.
The lower end of second spacer pin 31b is used to cooperate with the second graduated structure 211b, which is locked
Only or unlock.
The upper end of second spacer pin 31b offers the second notch 311b, in the corresponding side wall surface of second notch 311b
Two fifth hole 32b being oppositely arranged are offered, which is used to pacify for the end of second transmission mechanism 40b
Loaded on wherein, (specific assembly relation is in subsequent descriptions for cooperating the installation of second transmission mechanism 40a by fifth hole 32b
It will be described in detail when second transmission mechanism 40b).
Closing on the side wall of lower end for second spacer pin 31b is provided with the second circular limited step 34b, this second
The lower surface of limited step 34b for being abutted with second graduated structure 211b, with prevent second spacer pin 31b protrude into this
The distance of two graduated structure 211b is too long.One end of second back-moving spring 33b and the upper surface of second limited step 34b are supported
It connects, the other end of second back-moving spring 33b is abutted with the step surface in first guide wire 122, to give second spacer pin
31b provides a reset force towards second graduated structure 211b.
Specifically, referring to Fig. 1 and Fig. 2, which is connected on the article carrying platform 11, this first
60 other end of tension sensor is connected to the end the first operation handle 50a, which is connected to this
On article carrying platform 11, which is connected to the end the second operation handle 50b.
The first graduated structure 211a is scale hole, which is arranged on the inner sidewall in the scale hole, and the
The first card slot 100a, after the first spacer pin 31a is connect with the scale hole, the resistance are provided on one one end spacer pin 31a outer wall
The limit of switch 80 is connected in first card slot 100a for lockking the first spacer pin 31a.
The second graduated structure 211b is scale hole, which is arranged on the inner sidewall in the scale hole, and the
The second card slot 100b, after the first spacer pin 31b is connect with the scale hole, the resistance are provided on two one end spacer pin 31b outer walls
The limit of switch 80 is connected in second card slot 100b for lockking the first spacer pin 31b.
Specifically, the resistance switch 80 is electrostriction liner, which is transferred to each electrostriction lining by control
The voltage of pad, to control the thickness of each electrostriction liner, when the electrostriction liner thickness becomes larger, electrostriction lining
Pad, which can limit, to be connected in the first card slot 100a and second card slot 100b (as shown in figure 13), when the electrostriction pads thickness
When degree becomes smaller, electrostriction liner is detached from the connection with the first card slot 100a and second card slot 100b, makes the first limit
Pin 31a and the first spacer pin 31b is unlocked.In conclusion this structure is when in use, if user the first operation handle 50a and
When the pulling force of second operation handle 50b is greater than a preset value, controller can just control be detached from after each electrostriction gasket deformation with
The connection of the first card slot 100a and second card slot 100b, and it is unlocked the first spacer pin 31a and the first spacer pin 31b,
To play the connection protective effect to the first lockable mechanism 30a and the second lockable mechanism 30b, the first operation handle 50a is prevented
Each transmission mechanism is moved and driven by unnecessary external force with the second operation handle 50b, causes the first lockable mechanism 30a
Unstable situation is connected with the second lockable mechanism 30b to occur.
It include the first vertical transmission component referring to Fig. 1, Fig. 2, Fig. 6 and Fig. 7, the first transmission mechanism 40a
41a, first level lever construction 44a, the second horizontal lever structure 42a, the first corner bracket structure 43a, first bearing structure 45a,
Second bearing structure 47a and the first limited block 46a.Wherein, the first bearing structure 45a and the first limited block 46a are all provided with
It is placed on the lower surface of the article carrying platform 11.Second bearing structure 47a is set to the upper surface of the article carrying platform 11.
One end of first level lever construction 44a is connect with first operation handle 50a, specially vertical connection.It should
The other end of first level lever construction 44a is connect with one end of the first vertical transmission component 41a, the first level lever knot
A predetermined patterns and second bearing structure 47a rotation between the both ends of structure 44a are connected to the first level lever knot
The fulcrum of structure 44a.The other end of one end of second horizontal lever structure 42a and the first vertical transmission component 41a, which are driven, to be connected
It connects, the other end of the second horizontal lever structure 42a is connect with one end of the first corner bracket structure 43a, the first corner bracket structure
The other end of 43a is connect with the upper end of the first spacer pin 31a of first lockable mechanism 30a.Second horizontal lever structure 42a
Both ends between predetermined patterns and first bearing structure 45a be rotatably connected as the second horizontal lever structure 42a's
Fulcrum, the corner of the first corner bracket structure 43a and first bearing structure 45a are rotatably connected as the first corner bracket structure
The rotation fulcrum of 43a.
Specifically, first level lever construction 44a, which is offered, is through to one end far from first operation handle 50a
Third notch 441a, and two first perforation being oppositely arranged are offered on two opposite side walls of third notch 441a respectively
442a, two second opposite perforation 443a.Corresponding, second bearing structure 47a includes first substrate 471a and vertical
Third perforation 473a is offered on the starting stave 472a being set on first substrate 471a, starting stave 472a, this
The end of one riser 472a is threaded through in third notch 441a, and the first level lever construction 44a passes through across this two
The bolt realization of first perforation 442a and third perforation 473a are rotatably attached.First substrate 471a is fixed by screw
It is installed on the lower surface of the article carrying platform 11.
The first vertical transmission component 41a include first bearing seat 411a, the first gag lever post 412a, the first spring 413a,
First vertical frame 414a and the first limit film 415a.
Wherein, the bottom of first bearing seat 411a is connect with the top of the first vertical frame 414a, the first bearing seat
Two second perforation 443a on the bearing hole that is arranged on 411a and first level lever construction 44a cooperate, realize and this
The rotation of one horizontal lever structure 44a connects, certainly, between the first level lever construction 44a and first bearing seat 411a
The bolt for passing through the bearing hole and this two second perforation 443a by one realizes rotation connection.
The bottom of the first vertical frame 414a and one end of the second horizontal lever structure 42a rotate and connect.Specifically,
The bottom of the first vertical frame 414a is provided with 3rd bearing structure 4141a, which passes through the third
Realize rotation connection in one end of bearing arrangement 4141a and the second horizontal lever structure 42a.The bottom of the first vertical frame 414a
Accommodation space 4140a is provided between portion and top, first vertical frame 414a tool there are two opposite the first side wall face with
And two opposite second side wall surfaces, it offers respectively and the accommodation space on the first side wall face and second side wall surface
The strip-shaped hole 4142a of 4140a connection.First limited block 46a offer the 4th perforation 461a, the one of first limited block 46a
End is connect with the article carrying platform, which protrudes into the receiving by the strip-shaped hole on the first side wall face
In the 4140a of space.First gag lever post 412a is threaded through in accommodation space 4140a and passes through on first limited block 46a
4th perforation 461a, first spring 413a is socketed on first gag lever post 412a, and the both ends of first spring 413a point
It is not abutted with the top plate of the vertical frame 414a and bottom plate elasticity, first spring 413a is also solid with the first limited block 46a
Fixed connection.First spring 413a is either moved down or moved up in the first vertical transmission component 41a can be with
Play buffer function.When moving up, which is located at by first spring 413a and is delayed
Punching and reset, when moving down, by first spring 413a be located at the part below first limited block 46a carry out buffering with
It resets.And first limited block 46a can also play the limit work of the X-direction of horizontal plane to the first vertical transmission component 41a
With.The first limit film 415a is by screw or is bolted on the end of first limited block, first limit film
415a is abutted with the first side wall face of the vertical frame 414a, and the width of first limit film 415a is greater than strip-shaped hole 4142a
Width.So that first limit film 415a plays the Y-direction carried out on horizontal plane to the first vertical transmission component 41a
The effect limited, the X-direction are vertical with the Y-direction.
Fig. 8 is please referred to, the second horizontal lever structure 42a includes the first different bar portion 421a of thickness and the second bar portion
The thickness of 422a, second bar portion 422a are greater than the thickness of first bar portion 421a.Second bar portion 422a far from this first
One end of bar portion 421a offers the 5th notch 4221a of one end installation for the first corner bracket 43a.5th 4221a pairs of notch
The two opposite side walls answered offer the corresponding two opposite side wall difference of V-shape hole a 4222a, the 5th notch 4221a respectively
The one end far from second bar portion 422a for opening up the 5th perforation 4223a, first bar portion 421a offers the 6th perforation
4211a.6th perforation 4211a is strip, is in other words in runway shape, and the length of the 6th perforation 4211a, which is greater than, to be inserted in wherein
The diameter of bolt can also be moved along the 6th perforation 4211a so that the bolt can not only rotate.
The second horizontal lever structure 42a passes through on the 6th perforation 4211a and 3rd bearing structure 4141a
The bolt of bearing hole is realized to be connected with 3rd bearing structure 4141a rotation.6th perforation 4211a is in bar shaped, and the bar shaped
The both ends of 6th perforation 4211a are in arc-shaped.
The first bearing structure 45a includes that a long bearing 452a and a short axle hold 451a.Long bearing 452a and short axle
It holds and is provided with bearing hole on 451a.The second horizontal lever structure 42a is by passing through the 5th perforation 4223a and the long bearing
The bolt realization of bearing hole on 452a is connect with the rotation of long bearing 452a, and using long bearing 452a as second water
The fulcrum of flat lever construction 42a.
First corner bracket structure 43a includes the first supporting plate 431a and the second supporting plate 432a in the connection of predetermined angle, excellent
It is selected as vertically connecting.The first supporting plate 431a is structure as a whole with second supporting plate 432a.It is separate on first supporting plate 431a to be somebody's turn to do
One end of second supporting plate 432a offers separate first supporting plate 431a's of the 7th perforation 4321a, second supporting plate 432a
The intersection that one end offers the 8th perforation 4311a, the first supporting plate 431a and the second supporting plate 432a opens up the 9th perforation
4322a.Wherein, the 8th perforation 4321a is strip-shaped hole, such as can be in runway shape, in other words, the 8th perforation 4321a
Length be greater than this be inserted in the diameter of bolt therein so that the bolt can not only rotate, can also be worn along the 8th
Hole 4321a is mobile.
The first supporting plate 431a of the second horizontal lever structure 42a and the first corner bracket structure 43a passes through across the 8th
The bolt of perforation 4311a and V-shape hole 4222a realizes rotation connection, and the first corner bracket structure 43a across the 9th by wearing
The bolt that hole 4322a and the short axle hold the bearing hole on 451 realizes rotation connection, and the short axle holds 451a as this first jiao
The fulcrum of frame structure 43a.The end of the second supporting plate 432a of first corner bracket structure 43a is threaded through first spacer pin 31a's
In first notch 312a of upper end, should and it pass through the bolt across the perforation of two fourth hole 313a and the 7th 4321a
It realizes hinged with first spacer pin 31a.
It include the second vertical transmission component referring to Fig. 1, Fig. 2, Fig. 9 and Figure 10, the second transmission mechanism 40b
41b, third horizontal lever structure 44b, the 4th horizontal lever structure 42b, the second corner bracket structure 43b, fourth bearing structure 45b,
5th bearing structure 47b and the second limited block 46b.Wherein, the fourth bearing structure 45b and the second limited block 46b are all provided with
It is placed on the lower surface of the article carrying platform 11.5th bearing structure 47b is set to the upper surface of the article carrying platform 11.
One end of third horizontal lever structure 44b is connect with second operation handle 50b, specially vertical connection.It should
The other end of third horizontal lever structure 44b is connect with one end of the second vertical transmission component 41b, the third horizontal lever knot
A predetermined patterns and 5th bearing structure 47b rotation between the both ends of structure 44b are connected to the third horizontal lever knot
The fulcrum of structure 44b.The other end of one end of 4th horizontal lever structure 42b and the second vertical transmission component 41b, which are driven, to be connected
It connects, the other end of the 4th horizontal lever structure 42b is connect with one end of the second corner bracket structure 43b, the second corner bracket structure
The other end of 43b is connect with the upper end of the second spacer pin 31b of second lockable mechanism 30b.4th horizontal lever structure 42b
Both ends between predetermined patterns and fourth bearing structure 45b be rotatably connected as the 4th horizontal lever structure 42b's
Fulcrum, the corner of the second corner bracket structure 43b and fourth bearing structure 45b are rotatably connected as the second corner bracket structure
The rotation fulcrum of 43b.
Specifically, third horizontal lever structure 44b, which is offered, is through to one end far from second operation handle 50b
13rd notch, and two the 11st perforation being oppositely arranged are offered on two opposite side walls of the 13rd notch respectively
442b, two opposite twelve punch 443b.Corresponding, 5th bearing structure 47b includes the second substrate 471b and hangs down
The 13rd perforation 473b is offered on the second riser 472b being directly set on the second substrate 471b, second riser 472b,
The end of second riser 472b is threaded through in the 13rd notch, and third horizontal lever structure 44b by across this two
The bolt realization of a 11st perforation 442b and the 13rd perforation 473b are rotatably attached.The second substrate 471b passes through spiral shell
Nail is fixedly installed on the lower surface of the article carrying platform 11.
The second vertical transmission component 41b include second bearing seat 411b, the second gag lever post 412b, second spring 413b,
Second vertical frame 414b and the second limit film 415b.
Wherein, the bottom of second bearing seat 411b is connect with the top of the second vertical frame 414b, the second bearing seat
The two twelve punch 443b on bearing hole and third horizontal lever structure 44b being arranged on 411b cooperate, and realize and are somebody's turn to do
The rotation of third horizontal lever structure 44b connects, certainly, third horizontal lever structure 44b and second bearing seat 411b it
Between by one pass through second bearing seat 411b on bearing hole and two twelve punch 443b bolt realize rotation
Connection.
The bottom of the second vertical frame 414b and one end of the 4th horizontal lever structure 42b rotate and connect.Specifically,
The bottom of the second vertical frame 414b is provided with 6th bearing structure 4141b, which passes through the 6th
Realize rotation connection in one end of bearing arrangement 4141b and the 4th horizontal lever structure 42b.The bottom of the second vertical frame 414b
Accommodation space 4140b is provided between portion and top, second vertical frame 414b tool there are two opposite third side wall surface with
And two the 4th opposite side wall surfaces, it offers respectively and the accommodation space in the third side wall surface and the 4th side wall surface
The strip-shaped hole 4142b of 4140b connection.Second limited block 46b offers the 14th perforation 461b, second limited block 46b's
One end is connect with the article carrying platform, which protrudes into the appearance by the strip-shaped hole in the third side wall surface
It receives in the 4140b of space.Second gag lever post 412b is threaded through in accommodation space 4140b and passes through on second limited block 46b
The 14th perforation 461b, second spring 413b is socketed on second gag lever post 412b, and the two of second spring 413b
End is abutted respectively with the top plate of the second vertical frame 414b and bottom plate elasticity, second spring 413b also with this second limit
Block 46b is fixedly connected.Second spring 413b is either moved down or is moved up in the second vertical transmission component 41b
Buffer function can be played.When moving up, which is located at by second spring 413b
It is buffered and is resetted, when moving down, the part below second limited block 46b is located at by second spring 413b and is carried out
Buffering and reset.And second limited block 46b can also play the X-direction of horizontal plane to the second vertical transmission component 41b
Position-limiting action.The second limit film 415b is by screw or is bolted on the end of second limited block, second limit
Bit slice 415b is abutted with the third side wall surface of the second vertical frame 414b, and the width of second limit film 415b is greater than the bar shaped
The width of hole 4142b.The second vertical transmission component 41b is carried out on horizontal plane so that second limit film 415b is played
The effect that is limited of Y-direction, the X-direction is vertical with the Y-direction.
Figure 11 is please referred to, the 4th horizontal lever structure 42b includes the different third bar portion 421b and the 4th bar of thickness
The thickness of portion 422b, the 4th bar portion 422b are greater than the thickness of third bar portion 421b.4th bar portion 422b far from this
One end of three bar portion 421b offers the 15th notch 4221b of one end installation for the second corner bracket structure 43b.15th lacks
The corresponding two opposite side walls of mouth 4221b offer V-shape hole a 4222b, the 15th notch 4221b corresponding two relatively respectively
Side wall open up offering far from one end of the 4th bar portion 422b for the 15th perforation 4223b, third bar portion 421b respectively
16th perforation 4211b.
4th horizontal lever structure 42b passes through across the 16th perforation 4211b and 6th bearing structure 4141b
The bolt of upper bearing aperture is realized to be connected with 6th bearing structure 4141b rotation.16th perforation 4211b is in bar shaped, and this
The both ends of 16th perforation 4211b of shape are in arc-shaped.16th perforation 4211b is strip, is in other words in runway shape, this
The length of 16 perforation 4211b is greater than the diameter for being inserted in bolt therein, so that the bolt can not only rotate, it can also edge
The 16th perforation 4211b it is mobile.
The fourth bearing structure 45b includes that a long bearing 452b and a short axle hold 451b.Long bearing 452b and short axle
It holds and is provided with bearing hole on 451b.4th horizontal lever structure 42b is by passing through the 15th perforation 4223b and the long axis
The bolt realization for holding the bearing hole on 452b is connect with the rotation of long bearing 452b, and using long bearing 452b as the 4th
The fulcrum of horizontal lever structure 42b.
Second corner bracket structure 43b includes the third supporting plate 431b and the 4th supporting plate 432b connected in predetermined angle, excellent
It is selected as vertically connecting.The third supporting plate 431b and the 4th supporting plate 432b is structure as a whole.It is separate on third supporting plate 431b to be somebody's turn to do
One end of 4th supporting plate 432b offers the separate third supporting plate 431b of the 17th perforation 4311b, the 4th supporting plate 432b
One end offer the 18th perforation 4321b, the third supporting plate 431b and the 4th supporting plate 432b intersection open up the 19th
Perforate 4322b.Wherein, the 18th perforation 4321b is strip-shaped hole, such as can be in runway shape.
The third supporting plate 431b of 4th horizontal lever structure 42b and the second corner bracket structure 43b passes through across the tenth
The bolt of eight perforation 4321b and V-shape hole 4222b realizes rotation connection, and the second corner bracket structure 43b passes through across the tenth
The bolt that nine perforation 4322b and the short axle hold the bearing hole on 451 realizes rotation connection, and the short axle hold 451b as this
The fulcrum of two corner bracket structure 43b.The end of the 4th supporting plate 432b of second corner bracket structure 43b passes through setting in first connection
Notch on the side wall of cylinder 121 protrudes into first connecting cylinder 121, and the end of the 4th supporting plate 432b is located at second limit
In the second notch 311b for selling the upper end of 31b, the 4th supporting plate 432b passes through across two fifth hole 32b and the tenth
The bolt of eight perforation 4321b is realized hinged or is rotatably connected.Wherein, the 18th perforation 4321b is strip-shaped hole, such as can
To be in runway shape, in other words, the length of the 18th perforation 4321b is greater than this and is inserted in the diameter of bolt therein, so that
The bolt can not only rotate, and can also move along the 18th perforation 4321b.
12 are please referred to, when mentioning first operation handle 50a upwards, which is rotated clockwise,
The first vertical transmission component 41a is pushed to move down, which pushes the second horizontal lever structure
42a is rotated clockwise, so that the end of the first supporting plate 431a of the first corner bracket structure 43a is moved to along V-shape hole 4222a
The bottom of V-shape hole 4222a so that the first corner bracket structure 43a is rotated clockwise, and then drives first lockable mechanism
The direction that the first spacer pin 31a of 30a is directed away from first graduated structure 211a is mobile, thus with first graduated structure
211a separation, and then the first angle regulating mechanism 20a is unlocked, at this point it is possible to adjust the article carrying platform mechanism 10 and this
The relative angle of one angle adjusting mechanism 20a.To simplify picture step and making to draw clearly, the first pulling force biography is not drawn into Figure 12
Sensor 60, the second tension sensor 70 and multiple resistance switches 80, disclose each structure of other in the application sufficiently.
When mentioning second operation handle 50b upwards, which rotates counterclockwise, and pushing should
Second vertical transmission component 41b is moved down, which pushes the 4th horizontal lever structure 42b inverse
Hour hands rotation, so that the end of the third supporting plate 431b of the second corner bracket structure 43b is moved to the V-arrangement along V-shape hole 4222b
The bottom of hole 4222b so that the second corner bracket structure 44b rotates counterclockwise, and then drives second lockable mechanism 30b's
The direction that second spacer pin 31b is directed away from second graduated structure 211b is mobile, thus with the second graduated structure 211b points
From, so by the second angle regulating mechanism 20b unlock, at this point it is possible to adjust the second angle regulating mechanism 20b and this first
The relative angle of angle adjusting mechanism 20a.
From the foregoing, it will be observed that the utility model adjusts the load by the first angle regulating mechanism and second angle regulating mechanism
The angle of object platform mechanism on two planar can satisfy the position progress to the device being carried in the article carrying platform mechanism
The effect accurately adjusted, and due to the presence of two lockable mechanisms, the case where maloperation can be avoided the occurrence of.
In the description of this specification, reference term " embodiment ", " certain embodiments ", " schematically implementation
What the description of mode ", " example ", " specific example " or " some examples " etc. meant to describe in conjunction with the embodiment or example
Particular features, structures, materials, or characteristics are contained at least one embodiment or example of the utility model.In this explanation
In book, schematic expression of the above terms are not necessarily referring to identical embodiment or example.Moreover, the specific spy of description
Sign, structure, material or feature can be combined in any suitable manner in any one or more embodiments or example.
Although above preferred embodiment is not used in conclusion the utility model is disclosed above with preferred embodiment
To limit the utility model, those skilled in the art can make without departing from the spirit and scope of the utility model
It is various to change and retouch, therefore the protection scope of the utility model subjects to the scope of the claims.
Claims (10)
1. a kind of carrying apparatus of adjustable-angle, which is characterized in that including article carrying platform mechanism, first angle regulating mechanism,
Second angle regulating mechanism, the first operation handle, the first transmission mechanism, the first lockable mechanism, the second operation handle, the second transmission
Mechanism, the second lockable mechanism, the first tension sensor, the second tension sensor, multiple resistances switch and controller;
The article carrying platform mechanism is rotatably attached with the first angle regulating mechanism, the second angle regulating mechanism and this first
Angle adjusting mechanism is rotatably attached, and the rotation of the surfaces of revolution of the first angle regulating mechanism and the first angle regulating mechanism
The angle for turning face is acute angle or right angle;
Its first graduated structure for rotating angle of multiple instructions, first operation handle are offered on the first angle regulating mechanism
It is sequentially connected with one end of first transmission mechanism, the other end of first transmission mechanism and first lockable mechanism transmission connect
Connect, first operation handle be used for by first transmission mechanism drive first lockable mechanism selectively with one first scale
Structure connection is to lock the first angle regulating mechanism, or drives first lockable mechanism by first transmission mechanism
It separates to unlock the first angle regulating mechanism with first graduated structure;It is offered on the second angle regulating mechanism more
One end of its second graduated structure for rotating angle of a instruction, second operation handle and second transmission mechanism is sequentially connected,
The other end of second transmission mechanism and second lockable mechanism are sequentially connected, which is used to second pass by this
Motivation structure drives second lockable mechanism selectively to connect with one second graduated structure to lock the second angle regulating mechanism
Extremely, or by second transmission mechanism second lockable mechanism is driven to separate with second graduated structure to by this second jiao
Spend regulating mechanism unlock;First tension sensor is arranged between the article carrying platform mechanism and first operation handle, this
Two tension sensors be arranged between the article carrying platform mechanism and second operation handle, first tension sensor and this second
Tension sensor is electrically connected with the controller;
Be provided in each first graduated structure and each second graduated structure the resistance switch, first lockable mechanism with
By the resistance switch locking while first graduated structure connects, which connect with second graduated structure
Simultaneously by the resistance switch locking;The controller is electrically connected with multiple resistance switch, which receives first pulling force biography
The electric signal that sensor and second tension sensor generate after by pulling force, and resistance switch is controlled to this according to electric signal situation
First lockable mechanism and second lockable mechanism are unlocked.
2. the carrying apparatus of adjustable-angle according to claim 1, which is characterized in that the article carrying platform mechanism includes carrying
Object platform and connection cartridge module, which is set to the lower surface of the article carrying platform, the connection cartridge module be used for
First angle regulating mechanism rotation connection.
3. the carrying apparatus of adjustable-angle according to claim 2, which is characterized in that the first tension sensor one end
It is connected on the article carrying platform, which is connected to the first operation handle end, second pulling force
Sensor one end is connected on the article carrying platform, which is connected to the second operation handle end.
4. the carrying apparatus of adjustable-angle according to claim 3, which is characterized in that first graduated structure is scale
Hole, first lockable mechanism are latch structure;Resistance switch is arranged on the inner sidewall in the scale hole, the latch structure one end
The first card slot is provided on outer wall, after which connect with the scale hole, resistance switch limit is connected to first card
For lockking latch structure in slot.
5. the carrying apparatus of adjustable-angle according to claim 4, which is characterized in that second graduated structure is scale
Hole, second lockable mechanism are latch structure;Resistance switch is arranged on the inner sidewall in the scale hole, the latch structure one end
The second card slot is provided on outer wall, after which connect with the scale hole, resistance switch limit is connected to second card
For lockking latch structure in slot.
6. the carrying apparatus of adjustable-angle according to claim 5, which is characterized in that resistance switch is electrostriction
Liner, the controller are transferred to the voltage of each electrostriction liner by control, so that the thickness of each electrostriction liner is controlled,
When the electrostriction liner thickness becomes larger, electrostriction liner, which can limit, is connected to first card slot and second card slot
In, when the electrostriction liner thickness becomes smaller, electrostriction liner is detached from the company with first card slot and second card slot
It connects, is unlocked first lockable mechanism and the second lockable mechanism.
7. the carrying apparatus of adjustable-angle according to claim 6, which is characterized in that the connection cartridge module includes first
Connecting cylinder, the first guide wire and the first arrangement for guiding;First connecting cylinder is set on the bottom surface of the article carrying platform and uses
Bolt or screw are fixed, and there are two spaced cricoid step surface, first guide wires for setting in first connecting cylinder
Side wall on be positioned apart from the first connection ring and the second connection ring, first connection ring and the second connection ring respectively with
This two spaced cricoid step surfaces are bolted;First guide wire and the first angle regulating mechanism rotate
Connection, and for being arranged in wherein for second lockable mechanism;First arrangement for guiding is sheathed on the outer of first connecting cylinder
On side wall.
8. the carrying apparatus of adjustable-angle according to claim 7, which is characterized in that first arrangement for guiding includes set
Ring and guide seat, the guide seat are set on the outer wall of the lantern ring, which is used to be sheathed on the outside of first connecting cylinder
On wall, the first guide hole passed through for first lockable mechanism is offered on the guide seat.
9. the carrying apparatus of adjustable-angle according to claim 8, which is characterized in that the first angle regulating mechanism packet
Include first angle adjustment disk and first bearing;First guide wire of the first angle adjustment disk and the connection cartridge module, which rotates, to be connected
It connects;The first bearing includes two and is spaced the first vertical plate for being oppositely arranged, two first vertical plates be vertically connected at this first
The bottom surface of angular adjustment disk;The first axle bearing bore being oppositely arranged there are two being opened up on two first vertical plates;The second angle tune
The first axle bearing bore that section mechanism is installed between two first vertical plates, and is oppositely arranged by this two is realized and this first jiao
Degree regulating mechanism is rotatably connected.
10. the carrying apparatus of adjustable-angle according to claim 9, which is characterized in that the first angle adjustment disk is
Circular plate, the center offers a circular first through hole, and the first through hole is provided with circular the 4th and connects
Ring is connect, the 4th connection ring is used to rotate with the first guide wire of the connection cartridge module and connect;Multiple first graduated structure along
First angle adjustment disk even circumferential interval setting and the front for being located at the first angle adjustment disk.
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
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CN108466071A (en) * | 2018-06-26 | 2018-08-31 | 广东广航科技有限公司 | A kind of carrying apparatus of adjustable-angle |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
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CN108466071A (en) * | 2018-06-26 | 2018-08-31 | 广东广航科技有限公司 | A kind of carrying apparatus of adjustable-angle |
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