mhurhangee/patent-ind-claim-en huggingface dataset:
Anchor module for anchoring to a casing (C), comprising: - an inner mandrel having a through bore ; - a slips device provided radially outside the inner mandrel ; - upper and lower slips supports for supporting the slips device in a run state, in which the slips device is radially retracted, and for supporting the slips device in a set state, in which the slips device is radially expanded; - a spring device provided radially outside of the inner mandrel , where the slips device is biased to its run state by means of the spring device ; - a fluid actuation system configured to counteract the biasing force provided by the spring device , thereby causing the slips device to move from its run state to its set state; where the fluid actuation system comprises a lower piston axially displaceable within a lower fluid chamber , where a lower fluid line is provided between the bore and the lower fluid chamber , where the lower piston is a part of or is connected to the lower slips device ; characterized in that : - the fluid actuation system further comprises an upper piston axially displaceable within an upper fluid chamber , where an upper fluid line is provided between the bore and the upper fluid chamber , where the upper piston is connected to the lower slips device ; - the fluid actuation system further comprises a fluid restriction provided in the bore , where a cross sectional area (A67) of the fluid bore at the entrance of the upper fluid line is smaller than the cross sectional area (A66) of the fluid bore at the entrance of the lower fluid line . - an inner mandrel having a through bore ; - a slips device provided radially outside the inner mandrel ; - upper and lower slips supports for supporting the slips device in a run state, in which the slips device is radially retracted, and for supporting the slips device in a set state, in which the slips device is radially expanded; - a spring device provided radially outside of the inner mandrel , where the slips device is biased to its run state by means of the spring device ; - a fluid actuation system configured to counteract the biasing force provided by the spring device , thereby causing the slips device to move from its run state to its set state; - the fluid actuation system further comprises an upper piston axially displaceable within an upper fluid chamber , where an upper fluid line is provided between the bore and the upper fluid chamber , where the upper piston is connected to the lower slips device ; - the fluid actuation system further comprises a fluid restriction provided in the bore , where a cross sectional area (A67) of the fluid bore at the entrance of the upper fluid line is smaller than the cross sectional area (A66) of the fluid bore at the entrance of the lower fluid line .
A multiplexed same type-antigenic peptide comprising a dendritic core and B-cell recognition peptides, wherein the B-cell recognition peptide is a peptide consisting of 7 to 50 amino acid residues, wherein the multiplexed same type-antigenic peptide comprises 4 to 8 B-cell recognition peptides having 100% sequence identity, which are bound to the terminal ends of the dendritic core directly or via a spacer, wherein the dendritic core is bound to the B-cell recognition peptides or the spacer(s) by reaction with the reactive functional groups of the dendritic core, the dendritic core having the following structure:
A holding device for surgical instruments, in particular for the minimally invasive surgery, comprising a holding arm , an instrument carrier held by the holding arm , which instrument carrier carries a surgical instrument at its distal end, and a driving device connected to the instrument carrier for operating the instrument , wherein the driving device is connected to the holding arm via a holding device comprising a pivoting element such that the entire driving device is adapted to be pivoted or rotated from a driving position into an exchanging position, and the instrument carrier, in the operating position, is directly connected to the driving device.
A DC motor with a one-way bearing, comprising: a chassis , a motor shaft disposed in the chassis, and a front output shaft and a rear output shaft disposed at both ends of the chassis respectively wherein a front one-way bearing is installed between the front end of the motor shaft and the inner end of the front output shaft , and a rear one-way bearing is installed between the rear end of the motor shaft and the inner end of the rear output shaft , and the front and rear one-way bearings are installed with a relation of rotating in opposite directions with respect to each other; the forward rotation of the motor shaft drives the front output shaft to rotate in the forward direction synchronously through the front one-way bearing and the rear output shaft remains still, or the reverse rotation of the motor shaft drives the rear output shaft to rotate in a reverse direction through the rear one-way bearing and the front output shaft remains still; both ends of the chassis have a front end cover and a rear end cover respectively, and the front end cover has a front bearing cavity formed thereon, and the rear end cover has a rear bearing cavity formed thereon; and characterized in that the inner end of the front output shaft , the front one-way bearing , and the front end of the motor shaft are disposed in the front bearing cavity , and the front bearing cavity further has a rolling bearing disposed between a wall of the front bearing cavity and the inner end of the front output shaft and for rotating and supporting the inner end of the front output shaft and the front end of the motor shaft ; and the inner end of the rear output shaft , the rear one-way bearing , and the rear end of the motor shaft are disposed in the rear bearing cavity , and the rear bearing cavity further has a rolling bearing disposed between a wall of the rear bearing cavity and the inner end of the rear output shaft and for rotating and supporting the inner end of the rear output shaft and the rear end of the motor shaft , wherein the front bearing cavity has an oil seal for sealing the inner end of the front output shaft , and the oil seal is installed on the outer side of the rolling bearing that rotates and supports the inner end of the front output shaft ; and the rear bearing cavity has an oil seal for sealing the inner end of the rear output shaft, and the oil seal is installed on the outer side of the rolling bearing that rotates and supports the inner end of the rear output shaft .
A laser scanner system comprising: a laser scanner which includes a distance measuring light emitting unit for emitting a distance measuring light , a distance measuring unit for receiving a reflection light from an object to be measured and performing a distance measurement, a scanning unit for rotatably irradiating said distance measuring light , a frame unit on which said scanning unit is provided and capable of rotating horizontally, a levelling unit for levelling said frame unit , a directional angle detecting unit for detecting an irradiating direction of said distance measuring light , a GNSS device , and a control arithmetic unit , characterised in that said laser scanner is installed at an installation point A and then moved to an installation point B, and said frame unit is levelled by said levelling unit at each of the installation points, and wherein said control arithmetic unit obtains global coordinates of said installation positions of said laser scanner from said GNSS device respectively, rotates horizontally said frame unit around a vertical axis as a center and scans said distance measuring light over a total circumference at each of the installation positions, acquires point cloud data of the total circumference, converts said acquired point cloud data to a global coordinate system respectively based on said global coordinates of said installation positions, performs a shape matching of said two point cloud data only by a relative rotation of said two point cloud data around the vertical axis as the center and combines said two point cloud data.
A computing device for building automation individualization of a building , the computing device comprising: a mobile interface module adapted to receive individualized sensor data from a mobile computing device , wherein the individualized sensor data is indicative of a location of the mobile computing device , a current time, and a building system control parameter; a building automation module adapted to determine a building system configuration based on the individualized sensor data, wherein to determine the building system configuration based on the individualized sensor data comprises to aggregate individualized sensor data to model the building in order to optimize the building system configuration for cost, efficiency, or comfort and to identify anomalies in individualized sensor data as exceedance of one or more expected measurement limits; and a controller interface module adapted to configure a building controller based on the building system configuration to control a building system of the building . a mobile interface module adapted to receive individualized sensor data from a mobile computing device , wherein the individualized sensor data is indicative of a location of the mobile computing device , a current time, and a building system control parameter; a building automation module adapted to determine a building system configuration based on the individualized sensor data, wherein to determine the building system configuration based on the individualized sensor data comprises to aggregate individualized sensor data to model the building in order to optimize the building system configuration for cost, efficiency, or comfort and to identify anomalies in individualized sensor data as exceedance of one or more expected measurement limits; and a controller interface module adapted to configure a building controller based on the building system configuration to control a building system of the building .
A method for displaying information, the method comprising: determining a field of view of a user viewing an environment via a display of a display device ; using the field of view, determining a focal region of interest of the user in the environment ; and being characterized by : providing a database comprising a list of objects and, for each object, a location of that object in the environment ; specifying a task to be performed by the user , the task specifying one or more objects in the environment ; using the list of objects and a location of the focal region in the environment , identifying one or more of the objects specified by the task that are at least partially located in the environment in or proximate to the focal region; acquiring information related to the identified one or more objects, wherein the acquired information for the one or more objects specified in the task is dependent on the task; generating an image element comprising the acquired information; and displaying the generated image element on the display of the display device through which the user is viewing the environment . determining a field of view of a user viewing an environment via a display of a display device ; using the field of view, determining a focal region of interest of the user in the environment ; and being characterized by : providing a database comprising a list of objects and, for each object, a location of that object in the environment ; specifying a task to be performed by the user , the task specifying one or more objects in the environment ; using the list of objects and a location of the focal region in the environment , identifying one or more of the objects specified by the task that are at least partially located in the environment in or proximate to the focal region; acquiring information related to the identified one or more objects, wherein the acquired information for the one or more objects specified in the task is dependent on the task; generating an image element comprising the acquired information; and displaying the generated image element on the display of the display device through which the user is viewing the environment . providing a database comprising a list of objects and, for each object, a location of that object in the environment ; specifying a task to be performed by the user , the task specifying one or more objects in the environment ; using the list of objects and a location of the focal region in the environment , identifying one or more of the objects specified by the task that are at least partially located in the environment in or proximate to the focal region; acquiring information related to the identified one or more objects, wherein the acquired information for the one or more objects specified in the task is dependent on the task; generating an image element comprising the acquired information; and displaying the generated image element on the display of the display device through which the user is viewing the environment .
A cable distribution system that includes a headend connected to a plurality of customer devices through a transmission network that includes a remote fiber node that converts digital data to analog data suitable for said plurality of customer devices, where said remote fiber node includes a processor, configured for: (a) said remote fiber node receiving a downstream external protocol interface packet that includes a header portion and a data portion, and storing the packet in memory; (b) said remote fiber node encoding and transmitting said data portion to at least one of said plurality of customer devices; and (c) wherein said data portion is transferred from said memory using direct memory access based upon a buffer descriptor for said encoding. (a) said remote fiber node receiving a downstream external protocol interface packet that includes a header portion and a data portion, and storing the packet in memory; (b) said remote fiber node encoding and transmitting said data portion to at least one of said plurality of customer devices; and (c) wherein said data portion is transferred from said memory using direct memory access based upon a buffer descriptor for said encoding.
Reinforcing element for producing prestressed concrete components , having a plurality of fibers and a plurality of holding elements which are connected to one another by the fibers , so that the fibers can be stressed in their longitudinal direction (T) by means of the holding elements , characterized in that the fibers have a net cross-sectional area of less than 5 mm 2 and are coated with a granular material, in particular with sand, and form a substantially planar layer in the holding elements and are fixed to the holding elements by lamination or by lamination and clamping in such a way that, in stressed state, the fibers open into the holding elements in a substantially straight line.
A thermoplastic elastomer composition comprising the following component (A-2), the following component (B) and the following component (C), wherein the content of the component (A-2) is 5 parts by weight or more and 95 parts by weight or less with respect to 100 parts by weight of the total amount of the component (A-2) and the component (B), and the content of the component (C) is 0.005% by weight or more and 3% by weight or less with respect to 100% by weight of the whole amount of the thermoplastic elastomer composition; component (A-2): a crosslinked product of a component (A-1); component (A-1): an ethylene copolymer comprising a monomer unit derived from at least one selected from the group consisting of propylene and α-olefins having the number of carbon atoms of 4 or more and 10 or less, and a monomer unit derived from ethylene, and having a Mooney viscosity (ML 1+4 , 125°C) of 50 or more; component (B): a propylene polymer; component (C): an antifungal agent. the content of the component (A-2) is 5 parts by weight or more and 95 parts by weight or less with respect to 100 parts by weight of the total amount of the component (A-2) and the component (B), and the content of the component (C) is 0.005% by weight or more and 3% by weight or less with respect to 100% by weight of the whole amount of the thermoplastic elastomer composition; component (A-2): a crosslinked product of a component (A-1); component (A-1): an ethylene copolymer comprising a monomer unit derived from at least one selected from the group consisting of propylene and α-olefins having the number of carbon atoms of 4 or more and 10 or less, and a monomer unit derived from ethylene, and having a Mooney viscosity (ML 1+4 , 125°C) of 50 or more; component (B): a propylene polymer; component (C): an antifungal agent. component (A-2): a crosslinked product of a component (A-1); component (A-1): an ethylene copolymer comprising a monomer unit derived from at least one selected from the group consisting of propylene and α-olefins having the number of carbon atoms of 4 or more and 10 or less, and a monomer unit derived from ethylene, and having a Mooney viscosity (ML 1+4 , 125°C) of 50 or more; component (B): a propylene polymer; component (C): an antifungal agent.
Circuit arrangement for switching an electrical load , comprising: - at least one electrical switching element with a control input and an output , - a control unit which is connected to the control input of the electrical switching element , wherein the control unit is configured to actuate the switching element such that, in a first switching state of the switching element , a first output signal can be generated at the output , and in a second switching state, a second output signal can be generated which is smaller in amount that the first output signal, - at least one safety output which is electrically connected to the output of the electrical switching element and to which the electrical load is connected, - a decoupling device which is arranged between the output of the electrical switching element and the safety output , and - a first output signal detection device which is connected to the output of the electrical switching element , characterised in that the circuit arrangement comprises a second output signal detection device which is arranged in a circuit path between the decoupling device and the safety output , wherein the output signal of the switching element in front of and behind the decoupling device can be detected, read back and compared by means of the two output signal detection devices . - at least one electrical switching element with a control input and an output , - a control unit which is connected to the control input of the electrical switching element , wherein the control unit is configured to actuate the switching element such that, in a first switching state of the switching element , a first output signal can be generated at the output , and in a second switching state, a second output signal can be generated which is smaller in amount that the first output signal, - at least one safety output which is electrically connected to the output of the electrical switching element and to which the electrical load is connected, - a decoupling device which is arranged between the output of the electrical switching element and the safety output , and - a first output signal detection device which is connected to the output of the electrical switching element , characterised in that the circuit arrangement comprises a second output signal detection device which is arranged in a circuit path between the decoupling device and the safety output , wherein the output signal of the switching element in front of and behind the decoupling device can be detected, read back and compared by means of the two output signal detection devices .
Flat floodlight having at least one flat radiating surface and an edge region surrounding said flat radiating surface , comprising at least one aerodynamic component , wherein the aerodynamic component has an aerodynamic side and is mounted in the edge region such that the aerodynamic side reduces the flow resistance of the flat floodlight , wherein the aerodynamic side extends from the front side of the flat floodlight to the rear side thereof.
A track system for low voltage power supply, comprising a power transmission track , and an electrical plug configured to be detachably connected to the power transmission track , wherein a surface of the power transmission track is provided with a first conductive bar , the electrical plug is provided with a second conductive bar , and the second conductive bar is contacted with the first conductive bar when the electrical plug is connected to the power transmission track for low voltage power supply, wherein surfaces of the first conductive bar and the second conductive bar are wrapped with a conductive elastomer , the conductive elastomer on the second conductive bar squeezes to contact with the conductive elastomer on the first conductive bar when the electrical plug is connected to the power transmission track , and those portions of the conductive elastomer that are squeezed due to their mutual contact when the electrical plug is connected to the power transmission track take a reduced electric resistance value to form a conductive contact portion for low voltage power supply, wherein the second conductive bar is bent towards the first conductive bar to form a bending portion extending in parallel with the first conductive bar , wherein the bending portion squeezes and contacts with the first conductive bar when the electrical plug is connected to the power transmission track and the shape of the conductive elastomer on the surface of the second conductive bar is matched to a deformation of the second conductive bar . a power transmission track , and an electrical plug configured to be detachably connected to the power transmission track , wherein a surface of the power transmission track is provided with a first conductive bar , the electrical plug is provided with a second conductive bar , and the second conductive bar is contacted with the first conductive bar when the electrical plug is connected to the power transmission track for low voltage power supply, wherein surfaces of the first conductive bar and the second conductive bar are wrapped with a conductive elastomer , the conductive elastomer on the second conductive bar squeezes to contact with the conductive elastomer on the first conductive bar when the electrical plug is connected to the power transmission track , and those portions of the conductive elastomer that are squeezed due to their mutual contact when the electrical plug is connected to the power transmission track take a reduced electric resistance value to form a conductive contact portion for low voltage power supply, wherein the second conductive bar is bent towards the first conductive bar to form a bending portion extending in parallel with the first conductive bar , wherein the bending portion squeezes and contacts with the first conductive bar when the electrical plug is connected to the power transmission track and the shape of the conductive elastomer on the surface of the second conductive bar is matched to a deformation of the second conductive bar .