49results about How to "Shorten production downtime" patented technology

A laser beam is generated and transmitted within an enclosed pathway through at least one crystal optic at a power density that progressively degrades transmissivity of the crystal optic with accumulating fluence. The crystal optics are cooled below normal operating temperatures to slow the progressive degradation in the transmissivity of the crystal optics with the accumulating fluence or to accommodate a higher power density without correspondingly increasing the progressive degradation in transmissivity.

A geometric end effector system for use on a robot. The system includes a platform and a frame secured to the platform. At least one base is arranged at a predetermined position on the frame. The system also has an anchor mount secured to the base and a component connected to an end of the anchor mount by a collar assembly. A key is arranged between the component and the anchor mount.

A process for creating porous anode foil for use in an electrolytic capacitor of an implantable cardioverter defibrillator is provided. The process includes electrochemical drilling a plurality of etched metal foils in sequence one after the other in a bath containing electrochemical drilling (ECD) solution initially having a pH of less than 5. Alternatively, an etched foil sheet may be passed through the bath in a substantially continuous manner such that a portion of said etched foil sheet is in contact with the ECD solution is electrochemically drilled to generate pores. Electrochemical drilling is achieved when a current is passed to the foil or portion of the foil sheet in solution, ECD replenishment solution having a pH of less than about 5 is added from a feed reservoir to the bath at such a rate so as to maintain a pH in the ECD solution in the bath of less than about 5, and ECD solution in the bath is removed to a waste reservoir at the substantially the same rate as the addition of the ECD replenishment solution to the bath.

A geometric end effector system for use on a robot. The system includes a platform and a frame secured to the platform. At least one base is arranged at a predetermined position on the frame. The system also has an anchor mount secured to the base and a component connected to an end of the anchor mount by a collar assembly. A key is arranged between the component and the anchor mount.

A laser beam is generated and transmitted within an enclosed pathway through at least one crystal optic at a power density that progressively degrades transmissivity of the crystal optic with accumulating fluence. The crystal optics are cooled below normal operating temperatures to slow the progressive degradation in the transmissivity of the crystal optics with the accumulating fluence or to accommodate a higher power density without correspondingly increasing the progressive degradation in transmissivity.

The present application describes a method for automatically identifying an electronic component (260a, 260b) using image processing. The method has the following steps: (a) loading a data record having different descriptions of the visual appearance of the electronic component (260a, 260b) into a data processing device (151), (b) loading a picture of the electronic component (260a, 260b) which has been taken by a camera (150) into the data processing device (151), and (c) comparing at least one feature of the different descriptions with at least one feature (265a, 265b) of the picture, with the component (260a, 260b) being identified as corresponding to the data record if the at least one feature (265a, 265b) of the picture corresponds to at least one feature of the data record within a prescribed tolerance.

The invention provides an underground mine ventilating system and an air quantity distribution method, and aims to solve the problem of simultaneously mining and ventilating for multiple middle sections of an underground mine. The constructed mine ventilating system takes a panel as a smallest ventilating unit; a special tail gate is utilized as a panel tail gate, and a gate which does not take the main function is taken as a panel main air inlet gate which communicates with each mining sub-section gate through a panel air-return inclined drift; an air flow purifying device and a cooling and heat exchange device are arranged in the panel air inlet gate, so that inlet air flow is purified and cooled; and a mine ventilating system with a function of isolating contaminated air from fresh airis formed. In the constructed ventilating system, two panel air quantity distribution methods are disclosed, the first method refers to controlling section dimension of each air-return inclined driftin each panel to balance air quantity of each panel, and the second method refers to arranging an intelligent regulating air window in the air-return inclined drift and a disc air-return stone gate linked with the tail gate to regulate ventilation amount of each panel.

The invention provides a straightener and relates to the technical field of electronic parts and components. The straightener comprises a first rotating shaft, a second rotating shaft, at least two first straightening wheels, at least two second straightening wheels and a driving device. The two first straightening wheels are connected onto the first rotating shaft, and a first gap is formed between the two first straightening wheels which can move relatively along an axial direction of the first rotating shaft so as to adjust the width of the first gap. The two second straightening wheels areconnected onto the second rotating shaft, and a second gap is formed between the two second straightening wheels which can move relatively along an axial direction of the second rotating shaft. Workpiece passages are formed between outer circumferential surfaces of the first straightening wheels and outer circumferential surfaces of the second straightening wheels. The driving device is connectedwith the first rotating shaft and the second rotating shaft in a driving manner so as to drive the same to rotate around respective axes. The straightener solves the technical problem of operative difficulty in a straightening process in the prior art.

A particle trap for a remote plasma source includes a body structure having an inlet for coupling to a chamber of a remote plasma source and an outlet for coupling to a process chamber inlet. The particle trap for a remote plasma source also includes a gas channel formed in the body structure and in fluid communication with the body structure inlet and the body structure outlet. The gas channel can define a path through the body structure that causes particles in a gas passing from a first portion of the channel to strike a wall that defines a second portion of the gas channel at an angle relative to a surface of the wall. A coolant member can be in thermal communication with the gas channel.

The present application describes a method for automatically identifying an electronic component (260a, 260b) using image processing. The method has the following steps: (a) loading a data record having different descriptions of the visual appearance of the electronic component (260a, 260b) into a data processing device (151), (b) loading a picture of the electronic component (260a, 260b) which has been taken by a camera (150) into the data processing device (151), and (c) comparing at least one feature of the different descriptions with at least one feature (265a, 265b) of the picture, with the component (260a, 260b) being identified as corresponding to the data record if the at least one feature (265a, 265b) of the picture corresponds to at least one feature of the data record within a prescribed tolerance.

A modular coolant water jacket has a coolant tube cartridge portion (60) and a selectively separable outer flange portion (50). Separation of the larger diameter outer flange portion from the cartridge portion facilitates axially oriented insertion and removal of the cartridge tube portion in radially confined spaces. Modular construction also facilitates reuse of the outer flange portion and replacement of only a worn cartridge tube portion.

The invention discloses a quick change type cooling water joint for continuous caster sector driving roller. The joint comprises a fixed joint body arranged in the through hole of a sector driving roller base; a rotary joint body connected with a sector driving roller is arranged in a front section mounting hole of the fixed joint body; the fixed joint body is fixedly connected with the sector driving roller base via a flange tube fitted on the rear section of the fixed joint body; the tube wall of the flange tube is embedded in the rear section U shaped ring groove of the fixed joint body; wedge shaped grooves are formed on the outer wall of the U shaped ring groove and the tube wall of the flange tube, corresponding in position, and loaded with steel balls; and an outer sleeve is arranged on the outer wall of the U shaped ring groove, positions the fixed joint body and the flange tube together under the condition that the outer sleeve covers the steel balls, and separates the fixed joint body from the flange tube under the condition that the steel balls moves out of the outer sleeve. The inventive joint has good assembly precision, is adaptive in axial movement and convenient to assemble / disassemble, reduces equipment repair and maintenance workloads and operation time, shortens production shutdown time, and improves equipment continuous production operation efficiency.

A method and device for purifying a filling machine, which performs COP and One or both of the SOPs, when executing one or both of the COP and the SOP, make at least the movable spray nozzle (17b) opposite to the filling machine (1) from the outer periphery of the filling machine (1) in the filling machine (1) The up and down direction reciprocates, and the prescribed working fluid is sprayed to the outside of the filling machine (1) in a prescribed order, thereby purifying the filling machine. Thereby, the downtime of the beverage filling operation is shortened.

The invention relates to a method for operating a textile machine (1) comprising a plurality of work stations (2) consisting of at least one maintenance unit and a textile machine for carrying out the method (5A, 5B, 6A, 6B) maintenance, the at least one maintenance group performs at least one maintenance operation at the requested station (2), the at least one maintenance operation includes at least one partial task, in order to perform the at least one maintenance operation , the station (2) requests the maintenance unit to perform the maintenance operation through the communication system (18, 20) of the textile machine (1), and the feasibility of the maintenance operation is checked in order to check the functionality of the maintenance unit, wherein, after determining In the event of a malfunction of the maintenance unit, information is sent via the communication system (18, 20) of the textile machine (1) to all relevant workstations (2) about the presence of a malfunction which prevents the execution of maintenance operations or at least Execution of a partial task.

The invention discloses a smooth brake control system of multiple constant-tension anchor gears for a pipe-laying ship, comprising a cockpit operation control center and a remote anchor gear engine room control device. The cockpit operation control center is connected to the remote anchor gear engine room control device through an optical cable and used for controlling the multiple anchor gears and collecting traveling state data of the multiple anchor gears. A bow anchor gear control platform and a stern anchor gear operation control platform are in interactive transmission with information of controlling the anchor gear and the operation control center of the engine room cab through a control bus; the control device of the remote anchor gear engine room connects the bow linkage control cabinet, the stern linkage control cabinet to the main control station of a cockpit monitoring center in order to realize the data collection and monitoring of all operation control cabinets in the cockpit. The invention reduces production downtime, realizes smooth braking of multiple anchors, guarantees working state of multiple anchor gears and thus realizes the smooth movement and positioning of the pipe-laying ship.