| Patent application number | Description | Published |
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| 20100166520 | INTELLIGENT LOGISTICS GOODS BINDING SYSTEM - The present invention discloses an intelligent logistics goods binding system in the field of control technology. The problems of the conventional intelligent logistics goods binding systems, such as inconvenience in operation of the intelligent logistics goods binding system, low operation efficiency and complicated adjusting of control parameters, are addressed by the system of the invention. The intelligent logistics goods binding system of the invention includes an upper controller and a lower controller connected thereto. A sensor and a power mechanism are connected to the lower controller, which are respectively provided on the pay-out and take-up device. An upper input means is connected with the upper controller and a lower input means is connected to the lower controller. The activation or deactivation of the power mechanism is controlled by the upper controller through the lower controller or directly controlled by the lower controller based on the pressure signal of the sensor. According to the invention, one or more lower controllers could be controlled or set through one upper controller to form a system in which each tightener could work separately and be controlled in a centralized manner. The system of the invention further has the benefits of convenient operation, moderate tensioning force of the binding strip and high operation efficiency and safety. | 07-01-2010 |
| 20100166521 | PAY-OUT AND TAKE-UP DEVICE FOR TIGHTENER - The present invention provides a pay-out and take-up device for a tightener in the mechanical field. The pay-out and take-up device of the invention includes a casing fixedly connected to the side of the holder and a worm, a worm axis and a worm wheel set within the casing, in which the worm wheel is fixedly connected to the extension end of the belt axis, and the worm axis is provided on the side of the worm wheel and could move in the axial direction thereof within the casing, and the worm is covered on the worm axis and fixedly connected to the worm axis. A guide mechanism is placed between the casing and the worm or between the casing and the worm axis, in which the worm axis could move in the axial direction thereof when the worm axis rotates. The worm axis or the worm could be detached from the guide mechanism when the worm is engaged with the worm wheel. A power mechanism is further provided on the holder. A transmission mechanism is provided between the power mechanism and the worm axis for transmitting the power. The device of the invention has the benefits of simple operation, high binding efficiency and excellent applicability. | 07-01-2010 |
| 20100229998 | ABRASION RESISTANT MESH BELT - The present invention discloses an abrasion resistant mesh belt in the field of operation and transportation, which addresses the disadvantages of the conventional abrasion resistant mesh belts, such as a weak abrasion resistant degree, a short use life, a low safety property and a complex structure. The abrasion resistant mesh belt of the invention comprises a belt body braided by warps and woofs. The woofs are arranged along the transverse direction of the belt body, and the warps extend along the longitudinal direction of the belt body. The thickness of side parts extending along the longitudinal direction of the belt body is larger than that of the remaining main part. The abrasion resistant mesh belt of the invention has advantages such as a high abrasion resistant degree, a long use life, a high safety property and a simple structure. | 09-16-2010 |
| 20100230574 | DEVICE FOR FIXING ROD-LIKE APPARATUS - The present invention discloses a device for fixing a rod-like apparatus in the field of mechanics. The existing problems of the device for fixing the rod-like apparatus, such as infirm fixation and low reliability, are addressed by using the device of the invention. The fixing device of the invention includes a body having a cavity in the interior. One or more notches having recessions are provided on the body. The notches have one or more holding pawls which could be opened and closed at the ends thereof. One or more positioning mechanisms are further provided in the body which could lock the holding pawls, in particular, lock the holding pawls when the notches of the body are closed by the holding pawls. The device of the invention could provide the benefits such as firm fixation, high reliability, an orderly and aesthetic appearance and relatively high practical value. | 09-16-2010 |
| 20100300225 | DRIVING SYSTEM FOR BELT AXIS OF WINCH - The present invention discloses a driving system for a belt axis of a winch in the field of mechanics, which addresses the problems existing in conventional driving systems, such as a complicated structure and poor reliability. The driving system for the belt axis of the winch is positioned at the extension end of the belt axis on one side of a winch support. The driving system includes a rotary body and a fixed base, in which the fixed base is connected to the extension end of the belt axis via a connection means and the inner end of the rotary body is set on the fixed base. An insertion pore is positioned at the outer end of the rotary body. A spring is provided between the rotary body and the fixed base, under the action of which the inner end face of the rotary body is attached to the outer end face of the fixed base. A one-way clutch mechanism is disposed between the inner end face of the rotary body and the outer end face of the fixed base, which is formed by engagement of the one-way gear teeth on the surfaces. The rotary body could drive the fixed base to rotate therewith only when it runs in one direction by way of the one-way clutch mechanism. Therefore, the present invention has benefits such as improved reliability and convenient installation and maintenance. | 12-02-2010 |
| 20110000317 | FORCE MEASURING RIGID LOAD BINDER - The present invention provides a force measuring rigid load binder in the field of goods holding. The force measuring rigid load binder of the invention address the problems of conventional force measuring rigid load binders, such as potential damages to goods, adverse affection on goods transportation, increased difficulty in manual control, time and labor consumption and inconsistent tensioning forces of the binding belt. The force measuring rigid load binder of the invention includes a tensioning mechanism having a handle. Each of both ends of the tensioning mechanism is connected with a hook respectively. The tensioning mechanism is made of a rigid material. The distance between two hooks could be adjusted by the tensioning mechanism when the handle is pulled. A sensor is provided at a forced part of the tensioning mechanism, which could generate a signal corresponding to the size of the tensioning force when the load binder is in operation. The sensor is connected with a signal processing circuit which could receive and process said signal. A display device is connected with the signal processing circuit to display the size of the tensioning force. The force measuring rigid load binder of the invention has advantages including timely availability of the size of the tensioning force of the load binder, a high safety property, a compact structure and a low manufacturing cost. | 01-06-2011 |
| 20110001627 | FORCE MEASURING RATCHET TIE DOWN - The present invention provides a force measuring ratchet tie down in the field of goods holding. The force measuring ratchet tie down of the invention addresses the technical problems such has insufficiently tight binding, severe difficulty in control and trouble in adjustment. The force measuring ratchet tie down includes a body assembly, a handle, a teeth stop board, a catch and a scroll. The handle is connected with the body assembly through the scroll. A binding belt having a fixable outer end is connected to the body assembly. Another binding belt having a fixable outer end is rolled on the scroll. A ratchet is fixed on the scroll. The body assembly is movably connected with a teeth stop board the end of which could be embedded among the teeth of the ratchet. The handle is movably connected with a catch the end of which could be embedded among the teeth of the ratchet. A sensor is placed at a forced part of the tie down, which is linked with a signal processing circuit and could generate a signal corresponding to the size of the tensioning force of the binding belt when the tie down is in operation. A display device is connected to the signal processing circuit. The force measuring ratchet tie down of the invention has advantages including a high safety property, a compact structure and a low manufacturing cost. | 01-06-2011 |
| 20110176884 | RIGID TIE DOWN - The present invention discloses a rigid tie down in the field of mechanics, which addresses the problems of the existing tie downs, for example, they occupy a large space and have a low binding efficiency. The rigid tie down comprises a body, a first hook and a second hook provided on both ends of the body, and a handle connected to the body. The body has a cylindrical shape. The first hook has a first screw thereon, and the second hook has a second screw thereon. The first screw is threadedly connected with one end of the body, and the second screw is threadedly connected with the other end of the body. The direction of the threads of the first screw is reverse to that of the second screw. The rigid tie down could be operated in a convenient manner, have a high binding efficiency and occupy a small space. | 07-21-2011 |
