mhurhangee/patent-ind-claim-en huggingface dataset:
A method of programming a temperature controller for a heater for heating the contents of a container in a hazardous area, the method comprising the steps of: - writing controller identification data and associated parameter data to a memory of a portable token in an area remote from the temperature controller in the hazardous area; - transporting said portable token to a position in proximity to the temperature controller in the hazardous area; - transmitting, by means of near field communication, the controller identification data and associated parameter data stored in the memory of the portable token to a receiver in the temperature controller ; - comparing the controller identification data received by the temperature controller with controller identification data stored in a memory of the temperature controller; - if said comparison of controller identification data is positive, updating parameter data stored in the memory of the temperature controller with the associated parameter data received by the receiver ; and - if said comparison is negative, not updating the parameter data stored in the memory of the temperature controller with the associated parameter data received by the receiver . - writing controller identification data and associated parameter data to a memory of a portable token in an area remote from the temperature controller in the hazardous area; - transporting said portable token to a position in proximity to the temperature controller in the hazardous area; - transmitting, by means of near field communication, the controller identification data and associated parameter data stored in the memory of the portable token to a receiver in the temperature controller ; - comparing the controller identification data received by the temperature controller with controller identification data stored in a memory of the temperature controller; - if said comparison of controller identification data is positive, updating parameter data stored in the memory of the temperature controller with the associated parameter data received by the receiver ; and - if said comparison is negative, not updating the parameter data stored in the memory of the temperature controller with the associated parameter data received by the receiver .
A method for protecting a 1,2-diol group or a 1,3-diol group, comprising reacting a 1,2-diol group or a 1,3-diol group with a group represented by Formula in the presence of a base, in the formula, R 1a and R 1b are the same as or different from each other and each represent a hydrogen atom or a carboxy protective group; and * is a binding position.
Semiconductor chip for optoelectronics, in particular radiation-emitting semiconductor chip, having - an active thin film layer , in which a photon emitting zone is formed; and - a carrier substrate for the thin film layer , which is arranged on a side of the thin film layer facing away from the direction of radiation of the chip and is connected thereto, wherein - at least one cavity is formed in the active thin-film layer from the carrier substrate , through which a plurality of mesas is formed at the boundary between carrier substrate and thin-film layer , - the mesas are covered with a reflective layer , - the reflective layer comprises a metallization layer underlaid with an insulating layer , characterised in that - the insulating layer is interrupted along a base surface of the mesas by through holes , wherein the through holes are formed by metallized sections. - an active thin film layer , in which a photon emitting zone is formed; and - a carrier substrate for the thin film layer , which is arranged on a side of the thin film layer facing away from the direction of radiation of the chip and is connected thereto, wherein - at least one cavity is formed in the active thin-film layer from the carrier substrate , through which a plurality of mesas is formed at the boundary between carrier substrate and thin-film layer , - the mesas are covered with a reflective layer , - the reflective layer comprises a metallization layer underlaid with an insulating layer , characterised in that - the insulating layer is interrupted along a base surface of the mesas by through holes , wherein the through holes are formed by metallized sections.
A collision risk calculation program configured to cause a processor to perform processing, the processing comprising: executing acquisition processing that includes acquiring travel information regarding a position and velocity of each of a first vessel and a second vessel ; creating an estimated future route of the first vessel and an estimated future route of the second vessel ; executing region calculation processing that includes calculating a region having a possibility of future collision between the first vessel and the second vessel from the travel information of each of the first vessel and the second vessel ; and executing first risk calculation processing that includes estimating a minimum turning radius required for the first vessel or the second vessel as a maneuvering amount to be used by the first vessel or the second vessel in order to avoid the region, the minimum turning radius being a radius of a circle that comes in contact with both the route of the first vessel or the route of the second vessel and the region, and calculating a first risk value based on the estimated maneuvering amount, wherein the first risk value is a value obtained by dividing the minimum turning radius at the time of maneuver of the respective first vessel or second vessel using the maneuvering amount in order to avoid the region by a turning radius of the corresponding first vessel or second vessel that performs the maneuver. executing acquisition processing that includes acquiring travel information regarding a position and velocity of each of a first vessel and a second vessel ; creating an estimated future route of the first vessel and an estimated future route of the second vessel ; executing region calculation processing that includes calculating a region having a possibility of future collision between the first vessel and the second vessel from the travel information of each of the first vessel and the second vessel ; and executing first risk calculation processing that includes estimating a minimum turning radius required for the first vessel or the second vessel as a maneuvering amount to be used by the first vessel or the second vessel in order to avoid the region, the minimum turning radius being a radius of a circle that comes in contact with both the route of the first vessel or the route of the second vessel and the region, and calculating a first risk value based on the estimated maneuvering amount, wherein the first risk value is a value obtained by dividing the minimum turning radius at the time of maneuver of the respective first vessel or second vessel using the maneuvering amount in order to avoid the region by a turning radius of the corresponding first vessel or second vessel that performs the maneuver.
A compressor , in particular a compressor for a compressed air supply of a compressed air supply device , for operating a pneumatic installation , comprising: - a first compression chamber , a second compression chamber , an air supply connection and a compressed air outlet , - a piston with a first face side which can be subjected to pressure which is directed to the first compression chamber and a second face side which can be subjected to pressure, opposite the first face side , which is directed to the second compression chamber , wherein the first compression chamber is limited by the first face side and the second compression chamber is limited by the second face side of the piston , - wherein the first face side is a full side and the second face side is a step side , - and the piston is attached to a drive via a connecting rod , wherein - the first compression chamber and the second compression chamber are connected to each other via a connection line , characterized in that - the connecting rod is connected at one piston side (128.1) to the piston in a rigid and joint-free manner and is rotatably connected at a drive side (128.2) to a rotating part of the drive , and - the piston on the step side bears at least one seal , which seals the first compression chamber and/or the second compression chamber , and - the at least one seal effects a pressure-tight seal acting in radial direction on the step side of the piston both at an exterior (138.1) and at an interior (138.2) . - a first compression chamber , a second compression chamber , an air supply connection and a compressed air outlet , - a piston with a first face side which can be subjected to pressure which is directed to the first compression chamber and a second face side which can be subjected to pressure, opposite the first face side , which is directed to the second compression chamber , wherein the first compression chamber is limited by the first face side and the second compression chamber is limited by the second face side of the piston , - wherein the first face side is a full side and the second face side is a step side , - and the piston is attached to a drive via a connecting rod , wherein - the first compression chamber and the second compression chamber are connected to each other via a connection line , characterized in that - the connecting rod is connected at one piston side (128.1) to the piston in a rigid and joint-free manner and is rotatably connected at a drive side (128.2) to a rotating part of the drive , and - the piston on the step side bears at least one seal , which seals the first compression chamber and/or the second compression chamber , and - the at least one seal effects a pressure-tight seal acting in radial direction on the step side of the piston both at an exterior (138.1) and at an interior (138.2) .
A system for harnessing wind power, said system comprising a ski lift having a haul rope , wherein said system further comprises a generator and wind-catching structures (10; 31), and the haul rope is connected to the generator and the moving haul rope is arranged to transfer mechanical energy to the generator that is arranged to produce electrical energy, characterised in that the ski lift has carriers clamped to the haul rope and is arranged to be modified by replacing the carriers at least partly by wind-catching structures (10; 31) that are configured to move the haul rope when wind affects at least some of the wind-catching structures, and the generator is an electric motor of the ski lift.
Overrunning clutch having a first clutch member , a second clutch member and an intermediate member which interacts with the first clutch member and second clutch member and which, depending on the direction of the rotational loading of the overrunning clutch, can assume an overrunning position or an engagement position, wherein a change between the overrunning position and the engagement position occurs by an axial displacement of the intermediate member , and wherein at least one control mechanism is provided which initiates the axial displacement of the intermediate member from the overrunning position into the engagement position by means of a control element , characterized in that the first clutch member axially overlaps the second clutch member in the engagement position with formation of an effective toothing width (B), and the control element is arranged on the intermediate member at least partially within the toothing width (B).
A method for selectively displaying content on a display of a computing device , comprising: receiving input display data configured to represent information for display; generating , in response to selecting a privacy display mode, output display data by inverting values of the pixels in the input display data which are associated with a plurality of first sub-areas of a polarizer which have a first polarization, and not inverting values of the pixels in the input display data which are associated with a plurality of second sub-areas of the polarizer which have a second polarization; and providing the output display data to the display, wherein the inverted pixels associated with the plurality of first sub-areas are displayed with the non-inverted pixels associated with the plurality of second sub-areas and wherein the plurality of first sub-areas is interspersed between the plurality of second sub-areas . receiving input display data configured to represent information for display; generating , in response to selecting a privacy display mode, output display data by inverting values of the pixels in the input display data which are associated with a plurality of first sub-areas of a polarizer which have a first polarization, and not inverting values of the pixels in the input display data which are associated with a plurality of second sub-areas of the polarizer which have a second polarization; and providing the output display data to the display, wherein the inverted pixels associated with the plurality of first sub-areas are displayed with the non-inverted pixels associated with the plurality of second sub-areas and wherein the plurality of first sub-areas is interspersed between the plurality of second sub-areas .
A position-measuring device for measuring an absolute position with a measuring standard that has a binary code , which has at least one position track with binary position markings , and a sensor device that scans the binary code , wherein the sensor device is suitably designed to scan a first binary code that has a first number (M) of code words (C) that have the same code word length (L), characterized in that the binary code of the measuring standard is a binary code that forms a portion of the first binary code with a second number (m) of code words (C) reduced compared to the first number (M) which can be mapped onto the first binary code , wherein the second binary code is uniquely mapped onto the first binary code by means of a predefined mapping rule containing a scaling.
A solid electrolytic capacitor comprising: an anode ; a dielectric on said anode; a cathode on said dielectric wherein said cathode comprises a material selected from manganese dioxide and conductive polymer; a conductive coating on said cathode wherein said conductive coating comprises a plating wherein said plating is selected from nickel plating and silver plated with nickel; and a cathode lead electrically connected to said conductive coating by metallurgical bonds to said plating by a sintered transient liquid phase sintering adhesive wherein said sintered transient liquid phase sintering adhesive comprises at least one member selected from the group consisting of copper, silver, aluminum, gold, platinum, palladium, beryllium, rhodium, nickel, cobalt, iron and molybdenum or an alloy of said member. an anode ; a dielectric on said anode; a cathode on said dielectric wherein said cathode comprises a material selected from manganese dioxide and conductive polymer; a conductive coating on said cathode wherein said conductive coating comprises a plating wherein said plating is selected from nickel plating and silver plated with nickel; and a cathode lead electrically connected to said conductive coating by metallurgical bonds to said plating by a sintered transient liquid phase sintering adhesive wherein said sintered transient liquid phase sintering adhesive comprises at least one member selected from the group consisting of copper, silver, aluminum, gold, platinum, palladium, beryllium, rhodium, nickel, cobalt, iron and molybdenum or an alloy of said member.
A method of forming a superconductor device interconnect structure , the method comprising: forming a first dielectric layer (16; 56) overlying a substrate (12; 52); forming a base electrode (18; 66) in the first dielectric layer, the base electrode having a top surface aligned with the top surface of the first dielectric layer; forming a Josephson junction, JJ, (30; 74) over the base electrode; depositing a second dielectric layer (20; 76) over the JJ, the base electrode and the first dielectric layer; forming a first contact (22; 92) through the second dielectric layer to the base electrode to electrically couple the first contact to a first end of the JJ, and a second contact (24; 92) through the second dielectric layer to a second end of the JJ; and forming a first conductive line (26; 94) overlying the first contact and a second conductive line (28; 94) overlying the second contact, wherein the first and second conductive lines (26, 28; 94) have a top surface that is aligned with a top surface of the second dielectric layer (20; 76). forming a first dielectric layer (16; 56) overlying a substrate (12; 52); forming a base electrode (18; 66) in the first dielectric layer, the base electrode having a top surface aligned with the top surface of the first dielectric layer; forming a Josephson junction, JJ, (30; 74) over the base electrode; depositing a second dielectric layer (20; 76) over the JJ, the base electrode and the first dielectric layer; forming a first contact (22; 92) through the second dielectric layer to the base electrode to electrically couple the first contact to a first end of the JJ, and a second contact (24; 92) through the second dielectric layer to a second end of the JJ; and forming a first conductive line (26; 94) overlying the first contact and a second conductive line (28; 94) overlying the second contact, wherein the first and second conductive lines (26, 28; 94) have a top surface that is aligned with a top surface of the second dielectric layer (20; 76).
A slotted channel for surface drainage, which can be installed in a ground , comprising an inflow part having two side walls between which an inflow slot is formed, and at the lower ends of which in each case a support bracket is attached, and a channel element which can be attached below the inflow part such that surface water or similar liquid can be guided into the channel element through the inflow part , wherein the support brackets are attached and dimensioned to protrude beyond side walls of the channel element such that the support brackets can be installed in the ground without any contact to the channel element so that a load acting from above upon the inflow part - in the installed state - can be deflected into a ground portion situated next to the channel element , characterized by an elastically compressible sealing strip installed between one of the support brackets and the channel element .
Pipeline pig, in particular in the form of a cleaning or inspection pig, having a central unit and at least one, in the longitudinal direction of the central unit, front and a rear sealing unit , and having at least one sensor device which has a plurality of sensor arms and is provided in particular for the measurement of a geometry or condition of the pipeline, wherein at least one of the sealing units and preferably the central unit are produced from a plastic material at least in portions, characterized in that the sensor device comprises at least one light guide which extends in or along the sensor arm and is designed for the measurement of the curvature of a sensor arm.
A device for a foam-based cleaning of a radiator, comprising at least one upper frame , at least one lower frame , at least one suction unit , characterized in that the device comprises a sheath element which is detachably fastened between the upper frame and the lower frame so that no foam-like cleaning agent can escape.
A brake actuator for an aircraft braking system, the brake actuator comprising: a housing having an internal bore ; a sleeve mounted for axial movement within the internal bore of the housing , the sleeve having a plurality of ratchet teeth on an external surface thereof; and a piston slidable along an axis (X), the piston comprising a pin portion mounted within the internal bore of the housing and extending axially through the sleeve , a piston head disposed at a first end of the pin portion , and a cap disposed at a second end of the pin portion for operative engagement with a brake element , the pin portion being mounted so as to be movable axially relative to the sleeve between a first position in which the piston head is drivingly engaged with the sleeve for urging the sleeve in a first direction (A) along the internal bore of the housing , and a second position in which the piston head is drivingly disengaged from the sleeve , characterised in that : the brake actuator further comprises an annular member mounted to the housing and circumscribing the sleeve , the annular member comprising one or more resilient elements extending radially inwardly for engagement with the ratchet teeth of the sleeve , the one or more resilient elements preventing movement of the sleeve along the internal bore of the housing in a second direction (B) opposite to the first direction (A). a housing having an internal bore ; a sleeve mounted for axial movement within the internal bore of the housing , the sleeve having a plurality of ratchet teeth on an external surface thereof; and a piston slidable along an axis (X), the piston comprising a pin portion mounted within the internal bore of the housing and extending axially through the sleeve , a piston head disposed at a first end of the pin portion , and a cap disposed at a second end of the pin portion for operative engagement with a brake element , the pin portion being mounted so as to be movable axially relative to the sleeve between a first position in which the piston head is drivingly engaged with the sleeve for urging the sleeve in a first direction (A) along the internal bore of the housing , and a second position in which the piston head is drivingly disengaged from the sleeve , characterised in that : the brake actuator further comprises an annular member mounted to the housing and circumscribing the sleeve , the annular member comprising one or more resilient elements extending radially inwardly for engagement with the ratchet teeth of the sleeve , the one or more resilient elements preventing movement of the sleeve along the internal bore of the housing in a second direction (B) opposite to the first direction (A).