30results about How to "Operator safety" patented technology

A laser induced liquid jet generating device comprising: a main body 6 adapted to be filled with a specified laser beam absorbing liquid and configured such that it can contain a laser irradiating part 4 of an optical fiber from which laser beams are emitted to generate jet streams J of said liquid W by irradiating said liquid W with laser beams, with said jet streams J ejected from said main body 6 to the outside; said main body 6 comprising: a catheter mounting unit mounted integrally or in a removable manner on a catheter member 13 into which said jet stream J is introduced; a jet generating tube unit 10 in which said laser irradiation part 4 is adapted to be positioned; and a heat transfer inhibition means 11 for inhibiting thermal effect due to laser beams irradiated by said laser irradiating part 4 from being transferred outside through said jet generating tube unit 10. Thus, it provides a laser induced liquid jet generating device that is safe for both the operator and the patient as it can apply irradiation of powerful laser beams for a long period of time without the catheter being thermally affected by the laser beams.

A tumbling container is mounted for rotation with a curved screen fixedly mounted within the tumbling container. A multiple vane paddle is mounted to a shaft that is rotatably mounted to the tumbling container. The paddle vanes are formed with angular edges. As the tumbler rotates and the paddle rotates, powder is repeatedly dropped onto the screen to be sifted with the aid of the paddle. Rotating the tumbler further drops unsifted portions of the powder from the screen to mix with additional powder in the tumbler body. Thus, sifting and blending of powders is accomplished in one single operation. The invention utilizes an apparatus having a multiple section screen and a multiple section paddle to enable assembly through the openings in the tumbling container. The screen of a second embodiment has a cowl adjacent to each screen opening to optimize powder lump disintegration.

A circular saw including a saw blade (36) which may be rotatingly driven about a rotational axis, and at least one first splitting wedge is described. The circular saw is configured so that the first splitting wedge is movable relative to the rotational axis of the saw blade.

A tumbling container is mounted for rotation with a curved screen fixedly mounted within the tumbling container. A multiple vane paddle is mounted to a shaft that is rotatably mounted to the tumbling container. The paddle vanes are formed with angular edges. As the tumbler rotates and the paddle rotates, powder is repeatedly dropped onto the screen to be sifted with the aid of the paddle. Rotating the tumbler further drops unsifted portions of the powder from the screen to mix with additional powder in the tumbler body. Thus, sifting and blending of powders is accomplished in one single operation. The invention utilizes an apparatus having a multiple section screen and a multiple section paddle to enable assembly through the openings in the tumbling container. The screen of a second embodiment has a cowl adjacent to each screen opening to optimize powder lump disintegration.

The invention relates generally to an apparatus for use with curtain side trailers, including a pillar with a hydraulic dampening device and two members, and providing a way for the pillar to be locked and released from lateral movement along a railing or framework. The invention is generally used as an intermediary support for the curtain and the roof, and extends from the trailer bed to the roof. Since the pillars can move laterally along the railing or framework once released and opened, the width for loading and unloading is increased. The dampening device of present invention helps with safety issues of prior inventions by decreasing the velocity of the opening pillar.

Transportable system for the diagnosis, evaluation and prediction of leakages in hydraulic circuits of low pressure between 0 to 7 bar and of high pressure from 0 to 170 bar, quickly and safely for the operator is provided having a first independent circuit of high pressure and low flow and a second independent circuit of low pressure and high flow wherein the first independent circuit comprises: a first pressure subsystem, which delivers pressure to a first 4 / 3 valve with ports A, B, P and T, which is actuated by first solenoids, to deliver pressure to a first coupling A or to a first coupling B, in fluid communication with the ports A and B of the first 4 / 3 valve respectively a computer arranged to control the pressure of each pressure subsystem and associated method.

Machine for extracting a cord made of metal material from a sidewall of a tire, being part of the sidewall and defining a support structure of said tire, including: a frame; support means for the tire configured to support said tire resting on one sidewall in a loading zone; a hook for extracting said cord from the sidewall of the tire; means for manipulating said hook, configured to manipulate the hook with respect to the frame in an extraction direction between a position for engagement with said tire in the loading zone and a position for disengagement from said tire and extraction of said cord; a command and control unit to command said means for manipulating the hook,:an element able to move with respect to the frame to detach the cord from the hook when the hook is in position for disengagement;and means for manipulating the movable element, to manipulate the movable element from a first position to a second position to carry out releasing of the cord from the hook.

The present invention relates to a variable frequency quick electric soldering iron which need not be preheated or be heat-insalated, and can quickly heat to the 360 deg.C for milting soldering tin from room temperature within 2-6 Sec. and can be quickly cooled to room temperature when it is not used. It is characterized by that said invention adopts integrated circuit chip or semiconductor to make frequency change and temperature regulation, and adopts Curie point magnetic torque lattice physical temperature control sensing technique and amorphous nano alloy high-frequency transformer so as to change the traditional 50H2 electric soldering table into the invented electric soldering iron which can be worked under the 1000 H2 to 1200KH2 frequency.

The technology of washing and treatment MWU (modular washing unit) is conceived to wash and treat fruits and vegetables in a confined environment, with progressively more and more clean water (counter-current) and with an optimal ratio between the quantities of water used and processed products. The system allows important savings of water, chemicals and energy. The technology of washing and treatment MWU (modular washing unit) is conceived to allow the transport and the treatment of the product in confined environment, with clean water (counter-current) In the MWU the product is submitted to sequence of filling and emptying with appropriated solutions, progressively cleaner, prior to subsequent discretionary treatments. A treatment plant can be equipped with a variable number of MWUs, with additional remote MWUs to meet the desired production capacity. Each MWU consists of a vertical watertight cylinder containing a concetric basket; on the top it is connected to the main product manifold and to the vacuum collector, and at the bottom it is connected to the product drain collector, to the load / unload manifold and to the fluids recycling manifolds. Each MWU is connected to the other MWU of the plant, and to the external tank, through independent manifolds, by appropriate valves, to prevent the mixing of fluids and the cross-contamination.

A system includes an abrasion component containing an abrasion pad configured to clean a faying surface of a nutplate and a shaft attached to the abrasion pad and configured to rotate the shaft and the abrasion pad during cleaning of the nutplate, which includes abrading the faying surface with the abrasion pad. The system further includes a base configured to attach to a pressure applicator, and the pressure applicator, which is configured to attach to the base, hold the nutplate such that the faying surface is capable of contacting the abrasion pad during the cleaning of the nutplate, and apply pressure to the nutplate such that the nutplate contacts the abrasion pad during the cleaning of the nutplate. Furthermore, the abrasion component is configured to rotate the abrasion pad within at least one of the base and the pressure applicator during the cleaning of the nutplate.

A system includes an abrasion assembly containing one or more abrasion pads configured to clean a faying surface of multiple nutplates, and a shaft attached to at least one of the abrasion pads and configured to rotate some or all of the abrasion pads during cleaning, wherein cleaning includes abrading the faying surfaces with the abrasion pads. The system also includes a base configured to attach to a pressure applicator, and a pressure applicator configured to attach to the base, hold the nutplates such that the faying surface of each nutplate is capable of contacting one of the abrasion pads, and apply pressure to the nutplates such that each of the nutplates contact one of the abrasion pads during the cleaning. Furthermore, the abrasion assembly is configured to rotate the abrasion pads within at least one of the base and the pressure applicator during cleaning.

The invention relates to a closed filter press. A main beam of the filter press is provided with an upper frame body and a lower frame body; a fixed frame is arranged and installed on the upper end of the main beam; the fixed frame is welded with columns, and used for supporting and connecting an upper side frame; an upper transverse frame is arranged and welded with the upper frame body composed of the upper side frame and columns; the lower end of the main beam is welded with a fixed frame, and the fixed frame is welded with the columns and used for supporting and connecting a lower side frame; a lower transverse frame is arranged and welded with the lower frame body composed of the lower side frame and columns; both sides of the frame bodies are connected with a thrust plate and a base; a groove is installed in the frame bodies; a sealing plate is arranged and installed in the groove; the lower end of the lower frame body is provided with a material receiving tray; the upper end of the upper frame body is provided with a door side frame, and a door inner frame is welded with a transverse rib plate to constitute door-leaf upper covers; the upper end of the transverse rib plate is welded with a plate grip; and a sealing plate is installed in the door-leaf upper covers. According to the structure, the filter plate-filter cloth overall filter system is closed in the frame bodies, the leaked or ejected material is collected in the frame under control, and the sealing plate is made of an organic glass material which is transparent, and thus, can be used for observing the filtering conditions. The closed filter press has the advantages of compact structure and favorable closeness.

The present invention relates to a variable frequency quick electric soldering iron which need not be preheated or be heat-insalated, and can quickly heat to the 360 deg.C for milting soldering tin from room temperature within 2-6 Sec. and can be quickly cooled to room temperature when it is not used. It is characterized by that said invention adopts integrated circuit chip or semiconductor to make frequency change and temperature regulation, and adopts Curie point magnetic torque lattice physical temperature control sensing technique and amorphous nano alloy high-frequency transformer so as to change the traditional 50H2 electric soldering table into the invented electric soldering iron which can be worked under the 1000 H2 to 1200KH2 frequency.

A monitoring system for monitoring the conditions of a band circulating in a paper-making machine, comprises a guide extending substantially along an axis; and a monitoring apparatus movable along the guide and comprising at least one measuring device configured to measure at least one parameter indicative of the conditions of the band; the apparatus is a self-propelled motorized apparatus, provided with a motor and at least one driving member operated by the motor and which engages at least one corresponding surface of the guide to move the apparatus along the guide.

The invention discloses a bench drilling machine for machining wind power generation metal parts. The bench drilling machine comprises a drilling machine body and a working element installed above the drilling machine body. The working element comprises a lifting assembly, a fixing plate, a front-back moving assembly, a left-right moving assembly and a drilling assembly which are installed on the drilling machine body, the fixing plate is installed at the upper end of the lifting assembly, the front-back moving assembly is installed below the fixing plate, the left-right moving assembly is installed on the front-back moving assembly, and the drilling assembly is installed on the left-right moving assembly. The service life of a drill bit is longer through the arranged cooling assembly, the machining efficiency of the drilling machine is higher through the arrangement of a rotating disc, continuous work can be conducted, the machining time is saved, an operator is safer during operation through the arrangement of a protection door, accidents are not prone to occurring, the front-back and left-right positions of the drill bit assembly can be adjusted, the hole is positioned by adjusting the position of the drill bit, and operation is more convenient.

The invention discloses a V-type punching operation method of a transformer core, and relates to the technical field of V punching of the transformer core. A punching platform, a V-type punching die, backers and an iron yoke piece are included, the two backers are arranged on the punching platform, the V-type punching die is fixed to a V-type punching machine, and the iron yoke piece is matched with the backers. The V-type punching operation method of the transformer core comprises the steps that A, the two backers are arranged on the punching platform; B, the V-type punching die is fixed to the V-type punching machine; C, the lower edge of an upper iron yoke or the upper edge of a lower iron yoke of the iron yoke piece is taken as a base level to lean against the backers; D, finally, the iron yoke piece is attached to the punching platform to be moved towards the V-type punching die, and the iron yoke piece is punched to be formed through the V-type punching die. The noise, the temperature rising and no-load losses of a transformer are reduced, an operator feels safe, and the production efficiency is improved.

The invention concerns a cable stripping device, the device comprising at least:—an extraction chamber (2) of which a distal end is closed by a flange (7) comprising a groove (7), —a pusher (8) movably mounted in the extraction chamber between a rest position in which the pusher extends at a proximal end of the chamber and a deployed position, the pusher being intended to push on the cable in order to press it against the groove of the flange.