mhurhangee/patent-ind-claim-en huggingface dataset:
An aisle containment system comprising: a frame having a first end and a second end, two posts positioned at each end, header frames extending a width of the frame and wall beams extending a length of the frame, wherein the header frames and the wall beams are secured to the posts; a plurality of cabinets positioned within the frame; a plurality of adjustable above cabinet blanking panels installed above the plurality of cabinets for filling any openings between the wall beams and the cabinet; and a panel clamp secured to one of the wall beams, wherein the panel clamp has a first end with openings for receiving a fastener to secure the panel clamp to the wall beam and a second end , wherein the secured panel clamp defines a slot between the wall beam and the panel clamp for receiving the above cabinet blanking panels, wherein the second end of the panel clamp has an angled flange , the angled flange receiving a flap seal to seal openings between the above cabinet blanking panels and the panel clamp in the aisle containment system, wherein each above cabinet blanking panel overlaps adjacent above cabinet blanking panels along the length of the frame, the above cabinet blanking panels being arranged to slide to fill any open space between the cabinets and the wall beam. a frame having a first end and a second end, two posts positioned at each end, header frames extending a width of the frame and wall beams extending a length of the frame, wherein the header frames and the wall beams are secured to the posts; a plurality of cabinets positioned within the frame; a plurality of adjustable above cabinet blanking panels installed above the plurality of cabinets for filling any openings between the wall beams and the cabinet; and a panel clamp secured to one of the wall beams, wherein the panel clamp has a first end with openings for receiving a fastener to secure the panel clamp to the wall beam and a second end , wherein the secured panel clamp defines a slot between the wall beam and the panel clamp for receiving the above cabinet blanking panels, wherein the second end of the panel clamp has an angled flange , the angled flange receiving a flap seal to seal openings between the above cabinet blanking panels and the panel clamp in the aisle containment system, wherein each above cabinet blanking panel overlaps adjacent above cabinet blanking panels along the length of the frame, the above cabinet blanking panels being arranged to slide to fill any open space between the cabinets and the wall beam.
Joining tool for the accurately fitting joining of preferably elongated components , in particular stringers, to flexible workpieces , in particular surface structures, wherein the joining tool is heatable and has a connection for an industrial robot (3-6) and a gripping tool for a component , characterized in that the gripping tool has a controllable lifting gripper acting on the component upper side , in particular a suction gripper, and a heated counter-holder arranged alongside, which likewise acts on the component upper side .
System for monitoring a train , the system comprising: a first signal unit for arrangement at a first train end (E1) of the train and a second signal unit for arrangement at a second train end (E2) of the train, wherein the first signal unit comprises a first receiving unit (12.1) which is designed to receive first signal data from a tracking system on at least one first frequency (f1) and wherein the system further comprises an evaluation unit which is designed to determine position data of the first receiving unit (12.1) from the first signal data, and wherein the second signal unit comprises a second receiving unit (14.1) which is designed to receive second signal data from a tracking system on the at least one first frequency (f1), characterized in that the second signal unit has a first frequency converter (14.2) which is designed to convert the second signal data to at least one second frequency and to transmit said second signal data analog on the at least one second frequency, and in that the first receiving unit (12.1) is designed to receive the second signal data on the at least one second frequency and the first signal unit has a second frequency converter (12.2) which is designed to convert the second signal data from the at least one second frequency to the at least one first frequency (f1) and in that the evaluation unit is designed to determine position data of the second receiving unit (14.1) from the second signal data. a first signal unit for arrangement at a first train end (E1) of the train and a second signal unit for arrangement at a second train end (E2) of the train, wherein the first signal unit comprises a first receiving unit (12.1) which is designed to receive first signal data from a tracking system on at least one first frequency (f1) and wherein the system further comprises an evaluation unit which is designed to determine position data of the first receiving unit (12.1) from the first signal data, and wherein the second signal unit comprises a second receiving unit (14.1) which is designed to receive second signal data from a tracking system on the at least one first frequency (f1), characterized in that the second signal unit has a first frequency converter (14.2) which is designed to convert the second signal data to at least one second frequency and to transmit said second signal data analog on the at least one second frequency, and in that the first receiving unit (12.1) is designed to receive the second signal data on the at least one second frequency and the first signal unit has a second frequency converter (12.2) which is designed to convert the second signal data from the at least one second frequency to the at least one first frequency (f1) and in that the evaluation unit is designed to determine position data of the second receiving unit (14.1) from the second signal data.
A lamp, comprising: a lamp tube ; a light source assembly ; a drive assembly ; and a lamp base ; wherein the lamp tube has a tubular structure and has at least two segments arranged in parallel with each other, the light source assembly extends at least within the at least two segments , the light source assembly and the drive assembly are configured to be electrically connected to each other, and the drive assembly is fixedly mounted inside the lamp base ; two first ribs for fixing the light source assembly are disposed on the lamp tube to fix the light source assembly in the lamp tube ; and the lamp tube has a flat bottom structure on one side, and the first ribs are disposed on both sides of the flat bottom structure to fit a surface of the light source assembly without light bead to the flat bottom structure ; characterized in that a first terminal is disposed at an end of the drive assembly near the light source assembly , and a first terminal seat is disposed at an end of the light source assembly near the drive assembly and configured to allow the first terminal to be inserted therein; and the lamp base further comprises a copper pin , a mounting hole for accommodating the copper pin is disposed in one end surface of the lamp base , and a second terminal is disposed on the drive assembly , passes through the mounting hole and is electrically connected to the copper pin , and a fixing slot is disposed inside the lamp base to fix the driver assembly . a lamp tube ; a light source assembly ; a drive assembly ; and a lamp base ; wherein the lamp tube has a tubular structure and has at least two segments arranged in parallel with each other, the light source assembly extends at least within the at least two segments , the light source assembly and the drive assembly are configured to be electrically connected to each other, and the drive assembly is fixedly mounted inside the lamp base ; two first ribs for fixing the light source assembly are disposed on the lamp tube to fix the light source assembly in the lamp tube ; and the lamp tube has a flat bottom structure on one side, and the first ribs are disposed on both sides of the flat bottom structure to fit a surface of the light source assembly without light bead to the flat bottom structure ; characterized in that a first terminal is disposed at an end of the drive assembly near the light source assembly , and a first terminal seat is disposed at an end of the light source assembly near the drive assembly and configured to allow the first terminal to be inserted therein; and the lamp base further comprises a copper pin , a mounting hole for accommodating the copper pin is disposed in one end surface of the lamp base , and a second terminal is disposed on the drive assembly , passes through the mounting hole and is electrically connected to the copper pin , and a fixing slot is disposed inside the lamp base to fix the driver assembly .
A liquid ring compressor , comprising: a shaft ; a main body inner casing disposed about the shaft to form a chamber between the shaft and the main body inner casing ; an inlet configured to remove a portion of liquid from a wet gas and to direct the wet gas into the chamber , wherein the inlet comprises an inlet inner casing with an interior configured to receive the wet gas, an inlet outer casing disposed about the inlet inner casing to form a liquid collection chamber therebetween, and openings within the inlet inner casing configured to direct the separated portion of the liquid into the liquid collection chamber ; an impeller rotatably disposed within the chamber and configured to direct a remaining portion of the liquid in the wet gas out towards the main body inner casing to form a liquid ring within the chamber to compress the wet gas; and an outer casing disposed around the main body inner casing to collect liquid in the chamber therebetween. a shaft ; a main body inner casing disposed about the shaft to form a chamber between the shaft and the main body inner casing ; an inlet configured to remove a portion of liquid from a wet gas and to direct the wet gas into the chamber , wherein the inlet comprises an inlet inner casing with an interior configured to receive the wet gas, an inlet outer casing disposed about the inlet inner casing to form a liquid collection chamber therebetween, and openings within the inlet inner casing configured to direct the separated portion of the liquid into the liquid collection chamber ; an impeller rotatably disposed within the chamber and configured to direct a remaining portion of the liquid in the wet gas out towards the main body inner casing to form a liquid ring within the chamber to compress the wet gas; and an outer casing disposed around the main body inner casing to collect liquid in the chamber therebetween.
A compound of formula I: or a salt thereof, wherein: R 1 is H, (C 1 -C 4 )alkyl, phenyl, or benzyl; R 2 is halo, or (C 1 -C 4 )alkyl that is optionally substituted with one or more halo; R 3 is H and R 4 is -N(R a )SO 2 R c ,-N(R a )C(=S)N(R a )R c , or - -N(R a )C(=O)N(R a )R c ; R 5 is H, (C 1 -C 4 )alkyl, or halo; each R a is independently H or (C 1 -C 4 )alkyl; and R c is (C 2 -C 6 )alkyl that is optionally substituted with one or more groups independently selected from the group consisting of halo, (C 3 -C 6 )cycloalkyl, phenyl, (C 1 -C 4 )alkoxy, trifluoromethyl, and cyano. R 1 is H, (C 1 -C 4 )alkyl, phenyl, or benzyl; R 2 is halo, or (C 1 -C 4 )alkyl that is optionally substituted with one or more halo; R 3 is H and R 4 is -N(R a )SO 2 R c ,-N(R a )C(=S)N(R a )R c , or - -N(R a )C(=O)N(R a )R c ; R 5 is H, (C 1 -C 4 )alkyl, or halo; each R a is independently H or (C 1 -C 4 )alkyl; and R c is (C 2 -C 6 )alkyl that is optionally substituted with one or more groups independently selected from the group consisting of halo, (C 3 -C 6 )cycloalkyl, phenyl, (C 1 -C 4 )alkoxy, trifluoromethyl, and cyano.
A dam for insertion into a tundish for use in metal casting, comprising a body of refractory material having opposed faces in contact with the liquid metal in use, opposed side edges and a lower edge , the side and lower edges engaging inner surfaces of the tundish in use, an aperture extending between the opposed faces in the lower part thereof, the aperture being closed by a metal plate , characterised in that the metal plate is anchored in the dam by means of a plurality of projections on or adjacent to the side and upper edge of the plate, the projections being embedded in the refractory material .
A multifunctional calibration device for characterizing luminescence measurement systems, and in particular spectrally resolving, wide-field and/or confocal imaging systems, comprising: (a) a baseplate ; (b) at least one calibration module , which is arranged on the baseplate and includes at least one calibration and/or characterization function; (c) at least one focusing device , which is arranged on the baseplate and comprises a highly planar, reflective and/or luminescent focusing surface for setting a defined measuring beam focus of the luminescence measurement systems to be calibrated, the focusing surface being arranged in one plane with a surface of the at least one calibration module and having a roughness below the optical resolution of the luminescence measurement system to be calibrated; and (d) a calibration module for determining the spatial resolution in the x, y and z directions, comprising a reflective and/or fluorescent inclined plane, the baseplate comprising receptacles for the at least one calibration module including the calibration and/or characterization function and the calibration module for determining the spatial resolution in the x, y and z directions, so that the multifunctional calibration device can be designed in keeping with individual requirements. (a) a baseplate ; (b) at least one calibration module , which is arranged on the baseplate and includes at least one calibration and/or characterization function; (c) at least one focusing device , which is arranged on the baseplate and comprises a highly planar, reflective and/or luminescent focusing surface for setting a defined measuring beam focus of the luminescence measurement systems to be calibrated, the focusing surface being arranged in one plane with a surface of the at least one calibration module and having a roughness below the optical resolution of the luminescence measurement system to be calibrated; and (d) a calibration module for determining the spatial resolution in the x, y and z directions, comprising a reflective and/or fluorescent inclined plane,
An ESD protection semiconductor device comprising: - a semiconductor substrate with a surface , - a source region and a drain region of a first type of electrical conductivity arranged in the substrate at or near the surface at a distance from one another, - a channel region of a second type of electrical conductivity, which is opposite to the first type of electrical conductivity, arranged between the source region and the drain region , - a gate electrode arranged above the channel region , and - a substrate well of the first type of electrical conductivity being arranged in the substrate at a distance from the source region , the substrate well being contiguous with the drain region , wherein - the substrate well is arranged under the drain region , - a further substrate well of the first type of electrical conductivity is arranged under the substrate well , - the distance between the source region and the substrate well is larger than the distance between the source region and the drain region , - the distance between the source region and the further substrate well is larger than the distance between the source region and the substrate well , characterised in that - the substrate well has a lower doping concentration than the drain region , - the further substrate well has a lower doping concentration than the substrate well , and - the electrical conductivity of the further substrate well is lower than the electrical conductivity of the substrate well . - a semiconductor substrate with a surface , - a source region and a drain region of a first type of electrical conductivity arranged in the substrate at or near the surface at a distance from one another, - a channel region of a second type of electrical conductivity, which is opposite to the first type of electrical conductivity, arranged between the source region and the drain region , - a gate electrode arranged above the channel region , and - a substrate well of the first type of electrical conductivity being arranged in the substrate at a distance from the source region , the substrate well being contiguous with the drain region , wherein - the substrate well is arranged under the drain region , - a further substrate well of the first type of electrical conductivity is arranged under the substrate well , - the distance between the source region and the substrate well is larger than the distance between the source region and the drain region , - the distance between the source region and the further substrate well is larger than the distance between the source region and the substrate well , characterised in that - the substrate well has a lower doping concentration than the drain region , - the further substrate well has a lower doping concentration than the substrate well , and - the electrical conductivity of the further substrate well is lower than the electrical conductivity of the substrate well .
Compositions comprising a) at least one polyalkylene terephthalate, b) at least aluminium oxide, and c) glass fibres. a) at least one polyalkylene terephthalate, b) at least aluminium oxide, and c) glass fibres.
Method for the generative manufacturing of a component on a building platform • in which particles of a building material are first applied layer by layer to the building platform and then to the component under construction and are fused by an energy beam , • the building platform being equipped with a heating device and the component under construction being heated by means of the building platform , characterized in that the first layer of the component under construction is heated by means of the building platform to a temperature level that is at least as high as a calculated or experimentally determined heating of the uppermost layer of the component completed without using the heating device and in that a reference temperature T r for the layer produced in each case and a tolerance range for the reference temperature T r are defined and the heating power of the heating device is lowered as the method progresses to the extent that the tolerance range for a reference temperature T r is maintained in the layer that is last produced in each case. • in which particles of a building material are first applied layer by layer to the building platform and then to the component under construction and are fused by an energy beam , • the building platform being equipped with a heating device and the component under construction being heated by means of the building platform ,
Device for measuring reference points in real time during lithographic printing, comprising a light source providing an exposure beam ; - a light modulator modulating the exposure beam according to an exposure pattern: - a measurement system comprising a camera and where the measurement system is configured to define at least one camera area of interest to optimize fast camera data transfer and to measure a position of a number of alignment marks previously arranged on a substrate , - an exposure optical system comprising a control unit, the exposure optical system delivering the modulated exposure beam as an image provided by the light modulator onto the substrate; where the exposure system control unit is configured to: - calculate the orientation of the substrate based on the position of the alignment marks simultaneously to the exposure, and - control the delivering of the modulated exposure beam relative to the calculated orientation of the substrate to control the positioning of the subsequent exposed images on the substrate. - a light modulator modulating the exposure beam according to an exposure pattern: - a measurement system comprising a camera and where the measurement system is configured to define at least one camera area of interest to optimize fast camera data transfer and to measure a position of a number of alignment marks previously arranged on a substrate , - an exposure optical system comprising a control unit, the exposure optical system delivering the modulated exposure beam as an image provided by the light modulator onto the substrate; - calculate the orientation of the substrate based on the position of the alignment marks simultaneously to the exposure, and - control the delivering of the modulated exposure beam relative to the calculated orientation of the substrate to control the positioning of the subsequent exposed images on the substrate.
An apparatus for a movable rack comprising: an umbilical connection to deliver a fluid, an electrical current, a network connection, or any combinations thereof, to the movable rack; and a translating frame to move the umbilical connection to correspond with a movement of the movable rack; and characterized in that the apparatus comprises a translating frame connector to: connect the translating frame to the movable rack ; bear a force generated by moving the movable rack ; and move in response to the force generated by moving the movable rack . an umbilical connection to deliver a fluid, an electrical current, a network connection, or any combinations thereof, to the movable rack; and a translating frame to move the umbilical connection to correspond with a movement of the movable rack; and connect the translating frame to the movable rack ; bear a force generated by moving the movable rack ; and move in response to the force generated by moving the movable rack .
A heating device for vehicle, the heating device comprising a heater core , a blowing port , a blower , and an electric heater being individually arranged at the blowing port from which an air fed by the blower is blown into a vehicle room, wherein the electric heater has a structure in which a heat generating sheet , which generates heat by supplying electricity thereto and is formed in a strip shape, is received in a case such that the heat generating sheet is folded twice or more and that a surface of the heat generating sheet is made to be along a direction of a flow at the blowing port ; and in the case an outer cylinder and an inner cylinder are concentrically arranged; characterized in that the outer cylinder and the inner cylinder are connected with each other by a connector bar , the case is equipped with plural pins situated inside folded parts of the heat generating sheet , the heat generating sheet is folded along the pins ; and the pins are provided on an outer peripheral flange part jutting out from the outer cylinder to an inner peripheral side and on an inner peripheral flange part jutting out from the inner cylinder to an outer peripheral side, the connector bar being set up between the outer peripheral flange part and the inner peripheral flange part .
A method for placing a bale of harvested material on a placement substrate by means of an agricultural working machine , the working machine comprising - a front loader , - working hydraulics for the application of a lifting force in order to operate the front loader , - a driver assistance system for the at least semi-automated operation of the front loader during the course of placing the bale of harvested material , characterized in that in order to place the bale of harvested material by means of the driver assistance system , the lifting force with which the front loader is operated during the course of the placement is automatically adjusted as a function of at least the respective placement substrate . - a front loader , - working hydraulics for the application of a lifting force in order to operate the front loader , - a driver assistance system for the at least semi-automated operation of the front loader during the course of placing the bale of harvested material ,