CN106946151A - A kind of hydraulic clamp - Google Patents
A kind of hydraulic clamp Download PDFInfo
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- CN106946151A CN106946151A CN201710155703.5A CN201710155703A CN106946151A CN 106946151 A CN106946151 A CN 106946151A CN 201710155703 A CN201710155703 A CN 201710155703A CN 106946151 A CN106946151 A CN 106946151A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66C—CRANES; LOAD-ENGAGING ELEMENTS OR DEVICES FOR CRANES, CAPSTANS, WINCHES, OR TACKLES
- B66C1/00—Load-engaging elements or devices attached to lifting or lowering gear of cranes or adapted for connection therewith for transmitting lifting forces to articles or groups of articles
- B66C1/10—Load-engaging elements or devices attached to lifting or lowering gear of cranes or adapted for connection therewith for transmitting lifting forces to articles or groups of articles by mechanical means
- B66C1/42—Gripping members engaging only the external or internal surfaces of the articles
- B66C1/44—Gripping members engaging only the external or internal surfaces of the articles and applying frictional forces
- B66C1/445—Gripping members engaging only the external or internal surfaces of the articles and applying frictional forces motor actuated
- B66C1/447—Gripping members engaging only the external or internal surfaces of the articles and applying frictional forces motor actuated by hydraulic or pneumatic motors
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Abstract
本发明涉及一种液压夹紧装置，属于工程机械领域。本发明所述液压顶上端的螺纹处穿过起重臂中间的孔Ⅱ并用螺母Ⅰ与液压顶上端螺纹处之间的螺纹连接方式将起重臂固定在液压顶上，螺栓穿过液压顶底座的孔和下底座中间位置的孔Ⅲ并用螺母Ⅰ与螺栓之间的螺纹连接方式将液压顶固定在下底座上，支架的一端固定在下底座上，支架的另一端固定在上底座上，连杆的一端通过圆键Ⅰ与起重臂上的孔Ⅳ连接，连杆的另一端通过圆键Ⅱ与夹柄Ⅰ或夹柄Ⅱ上的孔Ⅴ连接，夹柄Ⅰ与夹柄Ⅱ通过其中间的孔Ⅵ用圆键Ⅲ连接在下底座上的孔Ⅵ处。本发明提高了运输重物的效率，减轻了人力劳动的负担。
The invention relates to a hydraulic clamping device, which belongs to the field of engineering machinery. The thread at the upper end of the hydraulic jack according to the present invention passes through the hole II in the middle of the boom, and the boom is fixed on the hydraulic jack by the threaded connection between the nut I and the thread at the upper end of the hydraulic jack, and the bolt passes through the base of the hydraulic jack and the hole III in the middle of the lower base, and the hydraulic jack is fixed on the lower base by the threaded connection between the nut I and the bolt, one end of the bracket is fixed on the lower base, the other end of the bracket is fixed on the upper base, and the connecting rod One end is connected to hole IV on the boom through round key I, the other end of the connecting rod is connected to hole V on clamp handle I or clamp handle II through round key II, and clamp handle I and clamp handle II pass through the middle hole Ⅵ is connected to hole Ⅵ on the lower base with round key Ⅲ. The invention improves the efficiency of transporting heavy objects and reduces the burden of human labor.
Description
技术领域technical field
本发明涉及一种液压夹紧装置，属于工程机械领域。The invention relates to a hydraulic clamping device, which belongs to the field of engineering machinery.
背景技术Background technique
重型货物的起重为工程中经常遇到的问题，起重货物之前第一步先要固定物体，当前固定物体的方法主要是如叉车的托举式，其原理为选择两个托举点使得物体在提升过程中能实现自身的平衡，或者如工厂中常见的行车这种拴绳钩挂的固定方式，将物体用绳子捆好后用行车上的钩子钩住或者直接用行车上的钩子钩住物体上的某个孔再将物体提起来。这两种起重前固定物体的方式都有其自身的局限性，如叉车的托举式，其使得物体提升过程中保持平衡完全凭叉车司机的经验，且物体底部必须有一定的空隙叉车的货叉才能进入从而托起物体，栓绳钩挂式在起重物体前需要做较长时间的准备工作，且对物体自身有一定的要求，如有没有可以用于钩挂的孔，这就使得起重物体变得困难和不便，工程中因为固定物体的不便，很多重物的搬运仍以人力为主，如园林绿化做路基的长方形石头和袋装水泥的运输的搬运等很多都是以人力来实现，其增加了货物成本且工作效率差，恶劣的工作环境和繁重的体力消耗，一直阻碍着相关行业高效快速的发展。The lifting of heavy goods is a problem often encountered in engineering. Before lifting goods, the first step is to fix the object. The current method of fixing objects is mainly the lifting method of a forklift. The principle is to select two lifting points so that The object can achieve its own balance during the lifting process, or it can be fixed with a leash hook such as the common driving car in the factory. After the object is tied up with a rope, it can be hooked with the hook on the driving car or directly hooked with the hook on the driving car. Hold a hole in the object and lift the object. These two methods of fixing objects before lifting have their own limitations, such as the lift of a forklift, which makes the balance of the object during the lifting process completely dependent on the experience of the forklift driver, and there must be a certain gap at the bottom of the object. The fork can only enter to lift the object. The tethered hook type needs a long time of preparation before lifting the object, and has certain requirements for the object itself. If there is no hole that can be used for hooking, this will It makes it difficult and inconvenient to lift objects. Because of the inconvenience of fixing objects in the project, the handling of many heavy objects is still dominated by manpower. It is realized by manpower, which increases the cost of goods and has poor work efficiency. The harsh working environment and heavy physical exertion have always hindered the efficient and rapid development of related industries.
发明内容Contents of the invention
本发明提供了一种液压夹紧装置，以解决工程中起重物体前固定物体时所遇到的困难，其通过相关机构的设计将液压的轴向力转化为与其轴向垂直的夹紧力，液压因其轴向强大的输出力在工程中得到了广泛的应用，但其与轴向垂直的受力能力很差且极易损坏其油缸，本发明通过机构的设计将液压的轴向力转化为与其轴向垂直的夹紧力用来实现在重物起重前对物体的固定，将起重一个物体简化为夹紧和提升这两个过程。The invention provides a hydraulic clamping device to solve the difficulties encountered in fixing objects in front of lifting objects in engineering, which converts the hydraulic axial force into a clamping force perpendicular to its axial direction through the design of related mechanisms , hydraulic pressure has been widely used in engineering because of its strong axial output force, but its force bearing capacity perpendicular to the axial direction is very poor and its oil cylinder is easily damaged. The clamping force transformed into the clamping force perpendicular to its axis is used to fix the object before the heavy object is lifted, and the lifting of an object is simplified to two processes of clamping and lifting.
本发明的技术方案是：一种液压夹紧装置，包括夹柄Ⅰ1、夹柄Ⅱ2、圆键Ⅰ3、圆键Ⅱ4、圆键Ⅲ5、连杆6、上底座7、支架8、螺栓9、螺母Ⅰ10、螺母Ⅱ11、起重臂12、液压顶13、下底座14、孔Ⅰ15、孔Ⅱ16、孔Ⅲ17、孔Ⅳ18、孔Ⅴ19和孔Ⅵ20；The technical solution of the present invention is: a hydraulic clamping device, including clamping handle I1, clamping handle II2, round key I3, round key II4, round key III5, connecting rod 6, upper base 7, bracket 8, bolt 9, nut Ⅰ10, nut Ⅱ11, boom 12, hydraulic top 13, lower base 14, hole Ⅰ15, hole Ⅱ16, hole Ⅲ17, hole Ⅳ18, hole Ⅴ19 and hole Ⅵ20;
所述液压顶13上端的螺纹处穿过起重臂12中间的孔Ⅱ16并用螺母Ⅰ10与液压顶13上端螺纹处之间的螺纹连接方式将起重臂12固定在液压顶13上，螺栓9穿过液压顶13底座的孔和下底座14中间位置的孔Ⅲ17并用螺母Ⅰ10与螺栓9之间的螺纹连接方式将液压顶13固定在下底座14上，支架8的一端穿过位于下底座14四周的孔Ⅰ15并用螺母Ⅱ11通过支架8端处的螺纹将支架8的一端固定在下底座14上，支架8另一端穿过位于上底座7四周的孔Ⅰ15并用螺母Ⅱ11通过支架8端处的螺纹将支架8的另一端固定在上底座7上，连杆6的一端通过圆键Ⅰ3与起重臂12上的孔Ⅳ18连接，连杆6的另一端通过圆键Ⅱ4与夹柄Ⅰ1或夹柄Ⅱ2上的孔Ⅴ19连接，夹柄Ⅰ1与夹柄Ⅱ2通过其中间的孔Ⅵ20用圆键Ⅲ5连接在下底座14上的孔Ⅵ20处；其中夹柄Ⅰ1、夹柄Ⅱ2分别为两个，连杆6为四根，两根连杆6连接夹柄Ⅰ1，两根连杆6连接夹柄Ⅱ2。The thread at the upper end of the hydraulic jack 13 passes through the hole II16 in the middle of the boom 12, and the boom 12 is fixed on the hydraulic jack 13 by the threaded connection between the nut I10 and the thread at the upper end of the hydraulic jack 13, and the bolt 9 is passed through. Through the hole in the base of the hydraulic jack 13 and the hole III17 in the middle of the lower base 14, the hydraulic jack 13 is fixed on the lower base 14 with the threaded connection between the nut I10 and the bolt 9, and one end of the bracket 8 passes through the holes located around the lower base 14. Fix one end of the bracket 8 on the lower base 14 through the thread at the end of the bracket 8 with a nut II11 through the hole I15, and the other end of the bracket 8 passes through the hole I15 located around the upper base 7 and fix the bracket 8 through the thread at the end of the bracket 8 with the nut II11. The other end of the connecting rod 6 is fixed on the upper base 7, one end of the connecting rod 6 is connected with the hole IV18 on the boom 12 through the round key I3, and the other end of the connecting rod 6 is connected with the clamping handle I1 or the clamping handle II2 through the round key II4 The hole Ⅴ19 is connected, the clamping handle I1 and the clamping handle II2 are connected to the hole VI20 on the lower base 14 through the hole VI20 in the middle with the round key III5; there are two clamping handles I1 and II2 respectively, and four connecting rods 6 , two connecting rods 6 are connected to the clamping handle I1, and two connecting rods 6 are connected to the clamping handle II2.
所述连杆6与夹柄Ⅰ1、连杆6与夹柄Ⅱ2、连杆6与起重臂12的连接方式均为铰链连接。The connection modes between the connecting rod 6 and the clamping handle I1, the connecting rod 6 and the clamping handle II2, and the connecting rod 6 and the boom 12 are hinge connections.
所述夹柄Ⅰ1与下底座14、夹柄Ⅱ2与下底座14的连接方式均为铰链连接。The connections between the clamping handle I1 and the lower base 14, and between the clamping handle II2 and the lower base 14 are hinge connections.
本发明的工作原理是：The working principle of the present invention is:
当需要夹紧重物时液压顶13处于加压的升长状态，由于上端通过孔Ⅱ16和螺母Ⅰ10与起重臂12固定，在液压顶13升长的过程中将会将起重臂12向上推，起重臂12以铰链的形式与连杆6连接，连杆6以铰链的形式与夹柄Ⅱ2、夹柄Ⅰ1连接，夹柄Ⅱ2、夹柄Ⅰ1以铰链的形式与下底座14连接，所以当起重臂12在液压顶13的作用下向上上升时将会带着连杆6和夹柄Ⅱ2、夹柄Ⅰ1一起上升且连杆6、夹柄Ⅱ2、夹柄Ⅰ1在这个过程中连杆6与起重臂12、连杆6与夹柄Ⅰ1、连杆6与夹柄Ⅱ2、夹柄Ⅰ1与夹柄Ⅱ2相对于他们圆键连接的中心，其相对角度处于动态变化中，这样的运动效果将会使的夹柄Ⅰ1夹柄Ⅱ2末端的夹紧部位彼此靠近从而实现对重体的夹紧过程。When it is necessary to clamp heavy objects, the hydraulic jack 13 is in a pressurized and elongated state. Since the upper end is fixed to the boom 12 through the hole II16 and the nut I10, the boom 12 will be lifted upward during the elongation of the hydraulic jack 13. Push, the boom 12 is connected to the connecting rod 6 in the form of a hinge, the connecting rod 6 is connected to the clamping handle II2 and the clamping handle I1 in the form of a hinge, and the clamping handle II2 and I1 are connected to the lower base 14 in the form of a hinge, Therefore, when the boom 12 rises upward under the action of the hydraulic jack 13, it will take the connecting rod 6, the clamping handle II2, and the clamping handle I1 together to rise together, and the connecting rod 6, the clamping handle II2, and the clamping handle I1 will be connected in this process. The relative angles between rod 6 and jib 12, connecting rod 6 and clamping handle I1, connecting rod 6 and clamping handle II2, clamping handle I1 and clamping handle II2 relative to the center of their circular key connection are in dynamic change, such The movement effect will make the clamping parts at the ends of the clamping handle I1 and the clamping handle II2 approach each other so as to realize the clamping process of the counterweight.
当需要释放重物时液压顶13处于减压的缩短的状态，由于上端通过孔Ⅱ16和螺母Ⅰ10与起重臂12固定，在液压顶13缩短的过程中将会将起重臂12向下拉，起重臂12以铰链的形式与连杆6连接，连杆6以铰链的形式与夹柄Ⅱ2、夹柄Ⅰ1连接，夹柄Ⅱ2、夹柄Ⅰ1以铰链的形式与下底座14连接，所以当起重臂12在液压顶13的作用下向下下降时将会带着连杆6和夹柄Ⅱ2、夹柄Ⅰ1一起下降且连杆6、夹柄Ⅱ2、夹柄Ⅰ1在这个过程中连杆6与起重臂12、连杆6与夹柄Ⅰ1、连杆6与夹柄Ⅱ2、夹柄Ⅰ1与夹柄Ⅱ2相对于他们圆键连接的中心，其相对角度处于动态变化中，这样的运动效果将会使的夹柄Ⅰ1夹柄Ⅱ2末端的夹紧部位彼此远离从而实现对重体的释放过程。When the weight needs to be released, the hydraulic jack 13 is in a shortened state of decompression. Since the upper end is fixed to the boom 12 through the hole II16 and the nut I10, the boom 12 will be pulled down during the shortening process of the hydraulic jack 13. The boom 12 is connected to the connecting rod 6 in the form of a hinge, the connecting rod 6 is connected to the clamping handle II2 and the clamping handle I1 in the form of a hinge, and the clamping handle II2 and I1 are connected to the lower base 14 in the form of a hinge, so when When the boom 12 descends downward under the action of the hydraulic jack 13, it will bring the connecting rod 6, the clamping handle II2, and the clamping handle I1 down together, and the connecting rod 6, the clamping handle II2, and the clamping handle I1 will connect the rods during this process. 6 and boom 12, connecting rod 6 and clamping handle I1, connecting rod 6 and clamping handle II2, clamping handle I1 and clamping handle II2 relative to the center of their round key connections, their relative angles are in dynamic change, such movement The effect will be to make the clamping parts at the ends of the clamping handle I1 and the clamping handle II2 away from each other so as to realize the release process of the counterweight.
本发明的有益效果是：通过机构的设计使得液压顶巨大的轴向输出力转化为能够足以夹住重物的横向力，其通过简单的液压顶的加压和释压实现对重物的夹紧和释放，提高了运输重物的效率，减轻了人力劳动的负担。这种夹紧装置通过其上底座可以悬挂和固定的方式与很多起重机器配合使用。The beneficial effects of the present invention are: through the design of the mechanism, the huge axial output force of the hydraulic jack is converted into a lateral force sufficient to clamp the heavy object, which realizes the clamping of the heavy object through simple pressurization and release of the hydraulic jack Tight and release, which improves the efficiency of transporting heavy objects and reduces the burden of human labor. This clamping device is used in cooperation with many lifting machines by means of which the upper base can be suspended and fixed.
附图说明Description of drawings
图1本发明结构示意图；Fig. 1 structural representation of the present invention;
图2本发明前视图；Fig. 2 front view of the present invention;
图3本发明夹柄Ⅰ结构示意图；Fig. 3 is a structural schematic diagram of clamping handle I of the present invention;
图4本发明夹柄Ⅱ结构示意图；Fig. 4 is a structural schematic diagram of clamping handle II of the present invention;
图5本发明连杆结构示意图；Fig. 5 is a schematic diagram of the connecting rod structure of the present invention;
图6本发明上底座结构示意图；Fig. 6 is a schematic diagram of the structure of the upper base of the present invention;
图7本发明起重臂结构示意图；Fig. 7 is a structural schematic diagram of the boom of the present invention;
图8本发明下底座结构示意图；Fig. 8 is a schematic diagram of the structure of the lower base of the present invention;
图9本发明夹紧重物状态一视图；Fig. 9 is a view of the clamping state of the heavy object in the present invention;
图10本发明夹紧重物状态二视图；Fig. 10 is a second view of the state of clamping heavy objects in the present invention;
图11本发明提起重物视图；Fig. 11 is a view of the present invention lifting heavy objects;
图12本发明提起重物等三轴测图；Figure 12 is the triaxial view of the present invention for lifting heavy objects;
图中各标号：1-夹柄Ⅰ，2-夹柄Ⅱ，3-圆键Ⅰ，4-圆键Ⅱ，5-圆键Ⅲ，6-连杆，7-上底座，8-支架，9-螺栓，10-螺母Ⅰ，11-螺母Ⅱ，12-起重臂，13-液压顶，14-下底座，15-孔Ⅰ，16-孔Ⅱ，17-孔Ⅲ，18-孔Ⅳ，19-孔Ⅴ，20-孔Ⅵ。Each label in the figure: 1-clamp handle Ⅰ, 2-clamp handle Ⅱ, 3-round key Ⅰ, 4-round key Ⅱ, 5-round key Ⅲ, 6-connecting rod, 7-upper base, 8-bracket, 9 - Bolts, 10- Nut Ⅰ, 11- Nut Ⅱ, 12- Lifting arm, 13- Hydraulic top, 14- Lower base, 15- Hole Ⅰ, 16- Hole Ⅱ, 17- Hole Ⅲ, 18- Hole Ⅳ, 19 - hole V, 20-hole VI.
具体实施方式detailed description
实施例1：如图1-12所示，一种液压夹紧装置，包括夹柄Ⅰ1、夹柄Ⅱ2、圆键Ⅰ3、圆键Ⅱ4、圆键Ⅲ5、连杆6、上底座7、支架8、螺栓9、螺母Ⅰ10、螺母Ⅱ11、起重臂12、液压顶13、下底座14、孔Ⅰ15、孔Ⅱ16、孔Ⅲ17、孔Ⅳ18、孔Ⅴ19和孔Ⅵ20；Embodiment 1: As shown in Figure 1-12, a hydraulic clamping device includes clamping handle I1, clamping handle II2, round key I3, round key II4, round key III5, connecting rod 6, upper base 7, and bracket 8 , bolt 9, nut Ⅰ10, nut Ⅱ11, boom 12, hydraulic top 13, lower base 14, hole Ⅰ15, hole Ⅱ16, hole Ⅲ17, hole Ⅳ18, hole Ⅴ19 and hole Ⅵ20;
所述液压顶13上端的螺纹处穿过起重臂12中间的孔Ⅱ16并用螺母Ⅰ10与液压顶13上端螺纹处之间的螺纹连接方式将起重臂12固定在液压顶13上，螺栓9穿过液压顶13底座的孔和下底座14中间位置的孔Ⅲ17并用螺母Ⅰ10与螺栓9之间的螺纹连接方式将液压顶13固定在下底座14上，支架8的一端穿过位于下底座14四周的孔Ⅰ15并用螺母Ⅱ11通过支架8端处的螺纹将支架8的一端固定在下底座14上，支架8另一端穿过位于上底座7四周的孔Ⅰ15并用螺母Ⅱ11通过支架8端处的螺纹将支架8的另一端固定在上底座7上，连杆6的一端通过圆键Ⅰ3与起重臂12上的孔Ⅳ18连接，连杆6的另一端通过圆键Ⅱ4与夹柄Ⅰ1或夹柄Ⅱ2上的孔Ⅴ19连接，夹柄Ⅰ1与夹柄Ⅱ2通过其中间的孔Ⅵ20用圆键Ⅲ5连接在下底座14上的孔Ⅵ20处；其中夹柄Ⅰ1、夹柄Ⅱ2分别为两个，连杆6为四根，两根连杆6连接夹柄Ⅰ1，两根连杆6连接夹柄Ⅱ2。The thread at the upper end of the hydraulic jack 13 passes through the hole II16 in the middle of the boom 12, and the boom 12 is fixed on the hydraulic jack 13 by the threaded connection between the nut I10 and the thread at the upper end of the hydraulic jack 13, and the bolt 9 is passed through. Through the hole in the base of the hydraulic jack 13 and the hole III17 in the middle of the lower base 14, the hydraulic jack 13 is fixed on the lower base 14 with the threaded connection between the nut I10 and the bolt 9, and one end of the bracket 8 passes through the holes located around the lower base 14. Fix one end of the bracket 8 on the lower base 14 through the thread at the end of the bracket 8 with a nut II11 through the hole I15, and the other end of the bracket 8 passes through the hole I15 located around the upper base 7 and fix the bracket 8 through the thread at the end of the bracket 8 with the nut II11. The other end of the connecting rod 6 is fixed on the upper base 7, one end of the connecting rod 6 is connected with the hole IV18 on the boom 12 through the round key I3, and the other end of the connecting rod 6 is connected with the clamping handle I1 or the clamping handle II2 through the round key II4 The hole Ⅴ19 is connected, the clamping handle I1 and the clamping handle II2 are connected to the hole VI20 on the lower base 14 through the hole VI20 in the middle with the round key III5; there are two clamping handles I1 and II2 respectively, and four connecting rods 6 , two connecting rods 6 are connected to the clamping handle I1, and two connecting rods 6 are connected to the clamping handle II2.
所述连杆6与夹柄Ⅰ1、连杆6与夹柄Ⅱ2、连杆6与起重臂12的连接方式均为铰链连接。The connection modes between the connecting rod 6 and the clamping handle I1, the connecting rod 6 and the clamping handle II2, and the connecting rod 6 and the boom 12 are hinge connections.
所述夹柄Ⅰ1与下底座14、夹柄Ⅱ2与下底座14的连接方式均为铰链连接。The connections between the clamping handle I1 and the lower base 14, and between the clamping handle II2 and the lower base 14 are hinge connections.
实施例2：如图1-12所示，一种液压夹紧装置，包括夹柄Ⅰ1、夹柄Ⅱ2、圆键Ⅰ3、圆键Ⅱ4、圆键Ⅲ5、连杆6、上底座7、支架8、螺栓9、螺母Ⅰ10、螺母Ⅱ11、起重臂12、液压顶13、下底座14、孔Ⅰ15、孔Ⅱ16、孔Ⅲ17、孔Ⅳ18、孔Ⅴ19和孔Ⅵ20；Embodiment 2: As shown in Figure 1-12, a hydraulic clamping device, including clamping handle I1, clamping handle II2, round key I3, round key II4, round key III5, connecting rod 6, upper base 7, bracket 8 , bolt 9, nut Ⅰ10, nut Ⅱ11, boom 12, hydraulic top 13, lower base 14, hole Ⅰ15, hole Ⅱ16, hole Ⅲ17, hole Ⅳ18, hole Ⅴ19 and hole Ⅵ20;
所述液压顶13上端的螺纹处穿过起重臂12中间的孔Ⅱ16并用螺母Ⅰ10与液压顶13上端螺纹处之间的螺纹连接方式将起重臂12固定在液压顶13上，螺栓9穿过液压顶13底座的孔和下底座14中间位置的孔Ⅲ17并用螺母Ⅰ10与螺栓9之间的螺纹连接方式将液压顶13固定在下底座14上，支架8的一端穿过位于下底座14四周的孔Ⅰ15并用螺母Ⅱ11通过支架8端处的螺纹将支架8的一端固定在下底座14上，支架8另一端穿过位于上底座7四周的孔Ⅰ15并用螺母Ⅱ11通过支架8端处的螺纹将支架8的另一端固定在上底座7上，连杆6的一端通过圆键Ⅰ3与起重臂12上的孔Ⅳ18连接，连杆6的另一端通过圆键Ⅱ4与夹柄Ⅰ1或夹柄Ⅱ2上的孔Ⅴ19连接，夹柄Ⅰ1与夹柄Ⅱ2通过其中间的孔Ⅵ20用圆键Ⅲ5连接在下底座14上的孔Ⅵ20处；其中夹柄Ⅰ1、夹柄Ⅱ2分别为两个，连杆6为四根，两根连杆6连接夹柄Ⅰ1，两根连杆6连接夹柄Ⅱ2。The thread at the upper end of the hydraulic jack 13 passes through the hole II16 in the middle of the boom 12, and the boom 12 is fixed on the hydraulic jack 13 by the threaded connection between the nut I10 and the thread at the upper end of the hydraulic jack 13, and the bolt 9 is passed through. Through the hole in the base of the hydraulic jack 13 and the hole III17 in the middle of the lower base 14, the hydraulic jack 13 is fixed on the lower base 14 with the threaded connection between the nut I10 and the bolt 9, and one end of the bracket 8 passes through the holes located around the lower base 14. Fix one end of the bracket 8 on the lower base 14 through the thread at the end of the bracket 8 with a nut II11 through the hole I15, and the other end of the bracket 8 passes through the hole I15 located around the upper base 7 and fix the bracket 8 through the thread at the end of the bracket 8 with the nut II11. The other end of the connecting rod 6 is fixed on the upper base 7, one end of the connecting rod 6 is connected with the hole IV18 on the boom 12 through the round key I3, and the other end of the connecting rod 6 is connected with the clamping handle I1 or the clamping handle II2 through the round key II4 The hole Ⅴ19 is connected, the clamping handle I1 and the clamping handle II2 are connected to the hole VI20 on the lower base 14 through the hole VI20 in the middle with the round key III5; there are two clamping handles I1 and II2 respectively, and four connecting rods 6 , two connecting rods 6 are connected to the clamping handle I1, and two connecting rods 6 are connected to the clamping handle II2.
所述夹柄Ⅰ1与下底座14、夹柄Ⅱ2与下底座14的连接方式均为铰链连接。The connections between the clamping handle I1 and the lower base 14, and between the clamping handle II2 and the lower base 14 are hinge connections.
实施例3：如图1-12所示，一种液压夹紧装置，包括夹柄Ⅰ1、夹柄Ⅱ2、圆键Ⅰ3、圆键Ⅱ4、圆键Ⅲ5、连杆6、上底座7、支架8、螺栓9、螺母Ⅰ10、螺母Ⅱ11、起重臂12、液压顶13、下底座14、孔Ⅰ15、孔Ⅱ16、孔Ⅲ17、孔Ⅳ18、孔Ⅴ19和孔Ⅵ20；Embodiment 3: As shown in Figure 1-12, a hydraulic clamping device, including clamping handle I1, clamping handle II2, round key I3, round key II4, round key III5, connecting rod 6, upper base 7, bracket 8 , bolt 9, nut Ⅰ10, nut Ⅱ11, boom 12, hydraulic top 13, lower base 14, hole Ⅰ15, hole Ⅱ16, hole Ⅲ17, hole Ⅳ18, hole Ⅴ19 and hole Ⅵ20;
所述液压顶13上端的螺纹处穿过起重臂12中间的孔Ⅱ16并用螺母Ⅰ10与液压顶13上端螺纹处之间的螺纹连接方式将起重臂12固定在液压顶13上，螺栓9穿过液压顶13底座的孔和下底座14中间位置的孔Ⅲ17并用螺母Ⅰ10与螺栓9之间的螺纹连接方式将液压顶13固定在下底座14上，支架8的一端穿过位于下底座14四周的孔Ⅰ15并用螺母Ⅱ11通过支架8端处的螺纹将支架8的一端固定在下底座14上，支架8另一端穿过位于上底座7四周的孔Ⅰ15并用螺母Ⅱ11通过支架8端处的螺纹将支架8的另一端固定在上底座7上，连杆6的一端通过圆键Ⅰ3与起重臂12上的孔Ⅳ18连接，连杆6的另一端通过圆键Ⅱ4与夹柄Ⅰ1或夹柄Ⅱ2上的孔Ⅴ19连接，夹柄Ⅰ1与夹柄Ⅱ2通过其中间的孔Ⅵ20用圆键Ⅲ5连接在下底座14上的孔Ⅵ20处；其中夹柄Ⅰ1、夹柄Ⅱ2分别为两个，连杆6为四根，两根连杆6连接夹柄Ⅰ1，两根连杆6连接夹柄Ⅱ2。The thread at the upper end of the hydraulic jack 13 passes through the hole II16 in the middle of the boom 12, and the boom 12 is fixed on the hydraulic jack 13 by the threaded connection between the nut I10 and the thread at the upper end of the hydraulic jack 13, and the bolt 9 is passed through. Through the hole in the base of the hydraulic jack 13 and the hole III17 in the middle of the lower base 14, the hydraulic jack 13 is fixed on the lower base 14 with the threaded connection between the nut I10 and the bolt 9, and one end of the bracket 8 passes through the holes located around the lower base 14. Fix one end of the bracket 8 on the lower base 14 through the thread at the end of the bracket 8 with a nut II11 through the hole I15, and the other end of the bracket 8 passes through the hole I15 located around the upper base 7 and fix the bracket 8 through the thread at the end of the bracket 8 with the nut II11. The other end of the connecting rod 6 is fixed on the upper base 7, one end of the connecting rod 6 is connected with the hole IV18 on the boom 12 through the round key I3, and the other end of the connecting rod 6 is connected with the clamping handle I1 or the clamping handle II2 through the round key II4 The hole Ⅴ19 is connected, the clamping handle I1 and the clamping handle II2 are connected to the hole VI20 on the lower base 14 through the hole VI20 in the middle with the round key III5; there are two clamping handles I1 and II2 respectively, and four connecting rods 6 , two connecting rods 6 are connected to the clamping handle I1, and two connecting rods 6 are connected to the clamping handle II2.
上面结合附图对本发明的具体实施方式作了详细说明，但是本发明并不限于上述实施方式，在本领域普通技术人员所具备的知识范围内，还可以在不脱离本发明宗旨的前提下作出各种变化。The specific implementation of the present invention has been described in detail above in conjunction with the accompanying drawings, but the present invention is not limited to the above-mentioned implementation, within the knowledge of those of ordinary skill in the art, it can also be made without departing from the gist of the present invention. Variations.
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| DE1583655A1 (en) * | 1966-09-12 | 1972-01-05 | Kerma Corp | Transportable stripping device for separating a casting mold from a cast body or cast block |
| US5073080A (en) * | 1990-08-27 | 1991-12-17 | Berkel & Company | Grapple device for auger sections |
| DE4237647A1 (en) * | 1992-11-07 | 1994-05-11 | Krupp Industrietech | Transfer device |
| JPH06191785A (en) * | 1992-12-25 | 1994-07-12 | Mitsubishi Heavy Ind Ltd | Tongs opening preventing mechanism for crane |
| DE19531338A1 (en) * | 1995-08-25 | 1996-09-12 | Alexander Schneider | Excavator equipment with hydraulic grab |
| EP1386878A1 (en) * | 2002-07-31 | 2004-02-04 | Joseph Jacobus Kennis | Hydraulic stone grab with means to incite additional functions |
| FR2939452A1 (en) * | 2008-12-09 | 2010-06-11 | Sade Cie Generale De Travaux D | Tong for grasping lining plate of urban roadway system suspended at tow-hoe, has connection parts pivotingly mounted around axes such that vertical movement of mobile unit permits pivoting of tabs and locking/unlocking of jaws of tabs |
| CN201896033U (en) * | 2010-11-04 | 2011-07-13 | 上海电机学院 | Long span hanging beam and clamp hoisting device |
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2017
- 2017-03-16 CN CN201710155703.5A patent/CN106946151B/en not_active Expired - Fee Related
Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE1583655A1 (en) * | 1966-09-12 | 1972-01-05 | Kerma Corp | Transportable stripping device for separating a casting mold from a cast body or cast block |
| US5073080A (en) * | 1990-08-27 | 1991-12-17 | Berkel & Company | Grapple device for auger sections |
| DE4237647A1 (en) * | 1992-11-07 | 1994-05-11 | Krupp Industrietech | Transfer device |
| JPH06191785A (en) * | 1992-12-25 | 1994-07-12 | Mitsubishi Heavy Ind Ltd | Tongs opening preventing mechanism for crane |
| DE19531338A1 (en) * | 1995-08-25 | 1996-09-12 | Alexander Schneider | Excavator equipment with hydraulic grab |
| EP1386878A1 (en) * | 2002-07-31 | 2004-02-04 | Joseph Jacobus Kennis | Hydraulic stone grab with means to incite additional functions |
| FR2939452A1 (en) * | 2008-12-09 | 2010-06-11 | Sade Cie Generale De Travaux D | Tong for grasping lining plate of urban roadway system suspended at tow-hoe, has connection parts pivotingly mounted around axes such that vertical movement of mobile unit permits pivoting of tabs and locking/unlocking of jaws of tabs |
| CN201896033U (en) * | 2010-11-04 | 2011-07-13 | 上海电机学院 | Long span hanging beam and clamp hoisting device |
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