mhurhangee/patent-ind-claim-en huggingface dataset:
A robotic garden tool configured to operate in a lawn within a predetermined working area defined by boundaries, the perimeter of the working area being defined by a boundary wire sending electrical signals, which working area is divided into subareas ( 210-218 ), wherein the robotic garden tool is adapted to operate in the working area in an irregular pattern, the robotic garden tool comprising: at least one sensor unit configured to detect the boundaries based on one or more signals provided by a signal source ; a low-accuracy positioning device for defining the subareas ( 210-218 ) based on coordinates from the low-accuracy positioning device , wherein the low-accuracy local positioning device is adapted to provide an approximate position of the robotic garden tool in a subarea; and a control unit comprising at least one processor means and a memory means , wherein the robotic garden tool is characterized in that the processor means is adapted to compare the coordinates for the subareas ( 210-218 ) with the coordinates for an approximate position of the robotic garden tool from the low-accuracy positioning device , to determine in which subarea the robotic garden tool is at present. at least one sensor unit configured to detect the boundaries based on one or more signals provided by a signal source ; a low-accuracy positioning device for defining the subareas ( 210-218 ) based on coordinates from the low-accuracy positioning device , wherein the low-accuracy local positioning device is adapted to provide an approximate position of the robotic garden tool in a subarea; and a control unit comprising at least one processor means and a memory means , wherein the robotic garden tool is characterized in that the processor means is adapted to compare the coordinates for the subareas ( 210-218 ) with the coordinates for an approximate position of the robotic garden tool from the low-accuracy positioning device , to determine in which subarea the robotic garden tool is at present.
Electrical household heating food-preparation appliance comprising a working vessel , a top portion locked by rotation onto the working vessel at two opposing locking points, an electrical heating device for heating the food contained in the working vessel , a working chamber being defined by the working vessel and the top portion , characterised in that one of the locking points is deformable, preferably elastically, in case of overpressure in the working chamber exerting pressure under the top portion , in order to allow the top portion to lift off the working vessel and create a leak out of the working chamber .
A modified polyaspartic acid ester comprising a polyaspartic acid ester (A) and polymer fine particles (B), wherein the polymer fine particles have a volume average particle diameter of 0.01 to 0.6 μm and an amount of the polymer fine particles is 0.5 to 70 % by weight, wherein the polymer fine particles (B) have a core-shell structure, wherein the polymer fine particles (B) comprise a core layer comprising an elastic rubber of a crosslinked polymer and a shell layer comprising a polymer graft-polymerized on the core layer, wherein the shell layer of the polymer fine particles (B) is polymerized with at least a monomer having a hydroxyl group, and wherein a rubber content of the polymer fine particles (B) is from 70 to 95 % by weight.
In-ground lifting system for lifting a vehicle , comprising: - one or more lifts comprising at least one moveable lift ; - a support structure for mounting the one or more lifts in a pit ; - a moving drive configured for moving the one or more moveable lifts in the pit; - a lifting drive configured for lifting one or more of the lifts for raising and/or lowering the vehicle; and - a cover configured for covering the pit, wherein the cover comprises a number of cover elements , wherein an individual cover element extends in a width direction of the pit, and wherein the cover elements are configured to move between a pit covering state and a lift moving state such that the one or more moveable lifts pass over and/or by the cover elements; said in-ground lifting system being characterized in that the cover elements move when one of the one or more moveable lifts moving through the pit is approaching, wherein the cover further comprises a release mechanism that is configured for allowing the cover elements to move from a pit covering position to a lift moving state, wherein the cover elements are positioned to allow the moveable lift to pass, wherein the release mechanism comprises a moveable support element . - one or more lifts comprising at least one moveable lift ; - a support structure for mounting the one or more lifts in a pit ; - a moving drive configured for moving the one or more moveable lifts in the pit; - a lifting drive configured for lifting one or more of the lifts for raising and/or lowering the vehicle; and - a cover configured for covering the pit, wherein the cover comprises a number of cover elements , wherein an individual cover element extends in a width direction of the pit, and wherein the cover elements are configured to move between a pit covering state and a lift moving state such that the one or more moveable lifts pass over and/or by the cover elements;
A method for identifying an application scenario of a terminal device, comprising: analyzing an application program running on a terminal device by means of compilation to obtain characteristic data of the application program, wherein the application program includes one or more functions, the one or more functions are compiled, and the characteristic data of an application program refers to the one or more functions that are included in the application program; and determining , from a scenario characteristic data set according to the characteristic data of the application program, application scenario information corresponding to the characteristic data of the application program, wherein the scenario characteristic data set is determined in advance, stored in a file or a database, and comprises a correspondence between multiple types of application scenario information and characteristic data of multiple application programs, and the application scenario information corresponding to the characteristic data of the application program is used to indicate an application scenario currently used for the terminal device. analyzing an application program running on a terminal device by means of compilation to obtain characteristic data of the application program, wherein the application program includes one or more functions, the one or more functions are compiled, and the characteristic data of an application program refers to the one or more functions that are included in the application program; and determining , from a scenario characteristic data set according to the characteristic data of the application program, application scenario information corresponding to the characteristic data of the application program, wherein the scenario characteristic data set is determined in advance, stored in a file or a database, and comprises a correspondence between multiple types of application scenario information and characteristic data of multiple application programs, and the application scenario information corresponding to the characteristic data of the application program is used to indicate an application scenario currently used for the terminal device.
A method of providing graphical information to a user, the method comprising: Receiving location information relating to a changeable location of a mobile device ; automatically determining an asset (112, 114, 124, A, B, 604, 606, 608, 610, 612) that is closest in geographic proximity to a location of the mobile device, the asset selected from a plurality of assets; characterised in based upon the selected asset, automatically retrieving mobile interface information that is specifically associated with the selected asset; and automatically sending the mobile interface information to the mobile device for display to the user without any interaction from the user, wherein at least one of the plurality of assets has defined about it a geofence , the geofence defining a boundary about the asset, and detecting when the user enters a periphery of the geofence. Receiving location information relating to a changeable location of a mobile device ; automatically determining an asset (112, 114, 124, A, B, 604, 606, 608, 610, 612) that is closest in geographic proximity to a location of the mobile device, the asset selected from a plurality of assets; characterised in based upon the selected asset, automatically retrieving mobile interface information that is specifically associated with the selected asset; and automatically sending the mobile interface information to the mobile device for display to the user without any interaction from the user, wherein at least one of the plurality of assets has defined about it a geofence , the geofence defining a boundary about the asset, and detecting when the user enters a periphery of the geofence.
A cellular communication aggregation device configured to provide an aggregator function, the cellular communication aggregation device comprising a radio system configured to establish a cellular wireless connection to a node of a cellular macro radio area network, RAN, the RAN comprising at least one node configured to provide a macro cell and being connected to a cellular core network, the cellular core network comprising a security gateway, SecGW, connected to a gateway, GW, the GW provided with an aggregator Access Point Name, aggregator APN, providing access to an aggregator SecGW , wherein the radio system is configured to connect to the macro RAN node to establish an EPS bearer using the aggregator APN, wherein the EPS bearer transfers data from the cellular communication aggregation device across macro RAN node and a secure connection from the macro RAN node to the SecGW to terminate at the gateway, GW; a base station radio system configured to act as a base station for establishing cellular wireless connections with one or more other cellular communication devices to thereby enable an aggregator EPS bearer to be established for transferring data from the other cellular communication devices across the EPS bearer; and a security function configured to establish a secure connection with a cellular core network via the cellular wireless connection to the cellular macro radio area network, configured to: encrypt the data received by the base station radio system from the one or more other cellular communication devices in the aggregator EPS bearer; and carry the encrypted data from the base station radio system and route the encrypted data to the aggregator SecGW for decryption and further transport in the aggregator EPS bearer, to be terminated at the or another gateway, GW, provided with an internet Access Point Name, internet APN, for routing the unencrypted data received in the aggregator EPS bearer to a packet data network PDN. encrypt the data received by the base station radio system from the one or more other cellular communication devices in the aggregator EPS bearer; and carry the encrypted data from the base station radio system and route the encrypted data to the aggregator SecGW for decryption and further transport in the aggregator EPS bearer, to be terminated at the or another gateway, GW, provided with an internet Access Point Name, internet APN, for routing the unencrypted data received in the aggregator EPS bearer to a packet data network PDN.
A heat-sealed squeezable dispensing pouch comprising: an outer sheet having a front wall , a rear wall and a folded edge located between the front wall and the rear wall, wherein the outer sheet is folded along the folded edge such that an inner surface of the front wall faces an inner surface of the rear wall; a first heat seal coupling the inner surface of a peripheral section of the front wall to a peripheral section of the inner surface of the rear wall such that the inner surfaces of the front and rear walls define an interior chamber; a rupturable inner membrane formed from a contiguous, single monolayer of thermoplastic material, the rupturable inner membrane located within the interior chamber, wherein the rupturable inner membrane divides the interior chamber into a contents compartment and a dispensing channel, wherein the first heat seal defines an edge of the contents compartment and the folded edge defines an edge of the dispensing channel; a second heat seal coupling the rupturable inner membrane to the inner surface of the front wall; a third heat seal coupling the rupturable inner membrane to the inner surface of the rear wall; and wherein the second heat seal and the third heat seal are positioned within the interior chamber; wherein the rupturable inner membrane is configured to break when a pressure within the contents compartment is greater than a rupture threshold, wherein the first, second and third heat seals are configured to remain sealed when the inner membrane breaks. an outer sheet having a front wall , a rear wall and a folded edge located between the front wall and the rear wall, wherein the outer sheet is folded along the folded edge such that an inner surface of the front wall faces an inner surface of the rear wall; a first heat seal coupling the inner surface of a peripheral section of the front wall to a peripheral section of the inner surface of the rear wall such that the inner surfaces of the front and rear walls define an interior chamber; a rupturable inner membrane formed from a contiguous, single monolayer of thermoplastic material, the rupturable inner membrane located within the interior chamber, wherein the rupturable inner membrane divides the interior chamber into a contents compartment and a dispensing channel, wherein the first heat seal defines an edge of the contents compartment and the folded edge defines an edge of the dispensing channel; a second heat seal coupling the rupturable inner membrane to the inner surface of the front wall; a third heat seal coupling the rupturable inner membrane to the inner surface of the rear wall; and wherein the second heat seal and the third heat seal are positioned within the interior chamber; wherein the rupturable inner membrane is configured to break when a pressure within the contents compartment is greater than a rupture threshold, wherein the first, second and third heat seals are configured to remain sealed when the inner membrane breaks.
A device for producing cleaned crushed polycrystalline silicon blocks comprising, a) a conveyor for crushed polycrystalline silicon blocks , and b) a gas blower placed above a travel surface of a conveying belt of said conveyor , and said gas blower is for blowing away fine powders mixed in the crushed polycrystalline silicon blocks , c) a scattering prevention mesh for said crushed polycrystalline silicon blocks which is placed between said travel surface of said conveying belt and the gas blower placed above the travel surface , said scattering prevention mesh being arranged so that the crushed polycrystalline silicon blocks can scatter on the conveying belt due to the gas blown from said gas blower and such as to prevent the crushed polycrystalline silicon blocks from falling out of the conveying belt , characterized in that said gas blower is arranged such that the gas blower blows the gas through the scattering prevention mesh to the entire area in the width direction of the belt . a) a conveyor for crushed polycrystalline silicon blocks , and b) a gas blower placed above a travel surface of a conveying belt of said conveyor , and said gas blower is for blowing away fine powders mixed in the crushed polycrystalline silicon blocks , c) a scattering prevention mesh for said crushed polycrystalline silicon blocks which is placed between said travel surface of said conveying belt and the gas blower placed above the travel surface , said scattering prevention mesh being arranged so that the crushed polycrystalline silicon blocks can scatter on the conveying belt due to the gas blown from said gas blower and such as to prevent the crushed polycrystalline silicon blocks from falling out of the conveying belt ,
A turbocharger kinematic component comprising, at least as a part of its constituency, an austenitic stainless steel alloy, comprising, by weight: 23% to 27% chromium, 18% to 22% nickel, 0.5% to 2.0% manganese, 1.2% to 1.4% carbon, 1.6% to 1.8% silicon, 0% to 0.5% molybdenum, and a balance of iron, and other inevitable/unavoidable impurities that are present in trace amounts. 23% to 27% chromium, 18% to 22% nickel, 0.5% to 2.0% manganese, 1.2% to 1.4% carbon, 1.6% to 1.8% silicon, 0% to 0.5% molybdenum, and a balance of iron, and other inevitable/unavoidable impurities that are present in trace amounts.
A medical device delivery system , comprising: an outer sheath ; an inner catheter disposed within the outer sheath , the inner catheter having a distal end, wherein the inner catheter includes a coupler including a plurality of coupling fingers ; an implant releasably coupled to the inner catheter ; wherein the implant is configured to shift between a first configuration where the implant is sheathed within the outer sheath and a second configuration where the implant is unsheathed; and characterized by a sheathing transition member (182, 182', 182") coupled to the inner catheter , the sheathing transition member being configured to ease shifting of the implant from the second configuration to the first configuration, wherein the sheathing transition member (182, 182', 182") includes a guide (82, 82', 82") disposed over one or more of the coupling fingers . an outer sheath ; an inner catheter disposed within the outer sheath , the inner catheter having a distal end, wherein the inner catheter includes a coupler including a plurality of coupling fingers ; an implant releasably coupled to the inner catheter ; wherein the implant is configured to shift between a first configuration where the implant is sheathed within the outer sheath and a second configuration where the implant is unsheathed; and characterized by a sheathing transition member (182, 182', 182") coupled to the inner catheter , the sheathing transition member being configured to ease shifting of the implant from the second configuration to the first configuration, wherein the sheathing transition member (182, 182', 182") includes a guide (82, 82', 82") disposed over one or more of the coupling fingers .
A method for a user equipment, UE , to receive a Physical hybrid ARQ indicator channel, PHICH, signal, the method comprising: receiving a physical broadcast channel, PBCH, signal from a base station, BS , the PBCH signal comprising a system bandwidth, and a first value, a, related to PHICH transmission per subframe; and receiving the PHICH signal from the BS through N PHICH mapping resources, N being an integer, wherein the number N of the PHICH mapping resources is obtained by multiplying the received first value, a, by a number of resource blocks, N RB , predetermined according to the received system bandwidth, and wherein the received first value, a, is a weight value consisting of a positive number. receiving a physical broadcast channel, PBCH, signal from a base station, BS , the PBCH signal comprising a system bandwidth, and a first value, a, related to PHICH transmission per subframe; and receiving the PHICH signal from the BS through N PHICH mapping resources, N being an integer, wherein the number N of the PHICH mapping resources is obtained by multiplying the received first value, a, by a number of resource blocks, N RB , predetermined according to the received system bandwidth, and wherein the received first value, a, is a weight value consisting of a positive number.
A management system for a commercial electric vehicle (EV) , comprising: a controller area network (CAN) comprising a plurality of separate CAN buses, each of the separate CAN busses being connectable to a plurality of components of the EV; and a vehicle controller connected to the CAN and configured to monitor and/or control the plurality of components of the EV based on CAN signals; wherein the vehicle controller is further configured to: measure operating temperature of the motor controller and adjust speed of a cooling pump and a radiator fan to maintain a predetermined operating temperature; and monitor a state of battery contactors of the HV battery and optimize an amount of time required to start the EV , the system being characterized in that the plurality of separate CAN buses and their respective components comprise: a drive CAN bus connected to a motor controller system comprising a motor controller connected to an electric motor ; a battery CAN bus , separate from the drive CAN bus, connected to a battery system comprising a high-voltage (HV) battery ; and a telematics CAN bus , separate from the drive CAN bus and the battery CAN bus , connected to a telematics system . a controller area network (CAN) comprising a plurality of separate CAN buses, each of the separate CAN busses being connectable to a plurality of components of the EV; and a vehicle controller connected to the CAN and configured to monitor and/or control the plurality of components of the EV based on CAN signals; wherein the vehicle controller is further configured to: measure operating temperature of the motor controller and adjust speed of a cooling pump and a radiator fan to maintain a predetermined operating temperature; and monitor a state of battery contactors of the HV battery and optimize an amount of time required to start the EV , the system being characterized in that the plurality of separate CAN buses and their respective components comprise: measure operating temperature of the motor controller and adjust speed of a cooling pump and a radiator fan to maintain a predetermined operating temperature; and monitor a state of battery contactors of the HV battery and optimize an amount of time required to start the EV , the system being characterized in that the plurality of separate CAN buses and their respective components comprise: a drive CAN bus connected to a motor controller system comprising a motor controller connected to an electric motor ; a battery CAN bus , separate from the drive CAN bus, connected to a battery system comprising a high-voltage (HV) battery ; and a telematics CAN bus , separate from the drive CAN bus and the battery CAN bus , connected to a telematics system .
Gerotor pump having an inner gear with outer teeth, the rotor , and an outer gear with inner teeth, the gear ring , which is guided in a circular working chamber of a pump housing in such a manner that both gears stand in meshing engagement and rotate about their own but relatively offset axes, wherein the rotor is mounted on a bearing sleeve on one side, and side walls , which are either integrated into the pump housing or can be disposed on the pump housing as covers , are disposed on both sides of face walls of the meshing gears, wherein, in at least one of these side walls , on both sides of an eccentricity plane that contains the relatively offset axes of the rotor and the gear ring , an arc-shaped pressure kidney and an opposing arc-shaped suction kidney are disposed, respectively, characterized in that only on the face wall of the rotor adjacent to the arc-shaped pressure kidney and the arc-shaped suction kidney , on each tooth over its entire tooth height (H), a lubrication surface , which is inclined in a direction of rotation (R) of the rotor , relative to a surface plane of the face wall of the rotor , is disposed either starting directly in a center tooth plane (M) or starting "offset" ahead of the center tooth plane (M) in the direction of rotation (R) of the rotor , wherein the lubrication surface is formed by a planar surface or a plurality of always planar partial surfaces that follow one another, which respectively enclose an angle of inclination (α, β, γ,...) relative to the surface plane of the face wall of the rotor that is in the range from 0.2° to 7°, respectively.