mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, from a radar sensor of a vehicle , a reflection signal indicative of a detected target present in a defined area proximate the vehicle , the reflection signal being in response to a radar signal emitted from the radar sensor toward the defined area ; if a present speed of the vehicle is greater than a speed threshold, determining, by a controller of the vehicle, whether the detected target corresponds to a trailer based on whether a range to the detected target varies less than a variation threshold for greater than a time threshold, wherein the range is less than a maximum distance threshold; responsive to determining that the detected target corresponds to the trailer , defining an exclusion zone of the defined area , the exclusion zone being occupied by the trailer and being characterized and defined by: defining a length of the exclusion zone based on a longitudinal distance to a most-distant target that corresponds to the trailer and is closer than a maximum trailer length; and defining a width of the exclusion zone based on a lateral distance between a left-most target that corresponds to the trailer and a right-most target that corresponds to the trailer ; and tracking, with the radar sensor , objects outside the exclusion zone while operating the vehicle at or above the present speed . receiving, from a radar sensor of a vehicle , a reflection signal indicative of a detected target present in a defined area proximate the vehicle , the reflection signal being in response to a radar signal emitted from the radar sensor toward the defined area ; if a present speed of the vehicle is greater than a speed threshold, determining, by a controller of the vehicle, whether the detected target corresponds to a trailer based on whether a range to the detected target varies less than a variation threshold for greater than a time threshold, wherein the range is less than a maximum distance threshold; responsive to determining that the detected target corresponds to the trailer , defining an exclusion zone of the defined area , the exclusion zone being occupied by the trailer and being characterized and defined by: defining a length of the exclusion zone based on a longitudinal distance to a most-distant target that corresponds to the trailer and is closer than a maximum trailer length; and defining a width of the exclusion zone based on a lateral distance between a left-most target that corresponds to the trailer and a right-most target that corresponds to the trailer ; and tracking, with the radar sensor , objects outside the exclusion zone while operating the vehicle at or above the present speed .
An anchor for use in post-tensioned concrete, comprising: an anchor body including a bore extending along an axis of the body ; and a sealing cover including a first portion and a second portion, wherein the first portion at least partially encapsulates the body , wherein the second portion includes an elongated tube having first and second ends and is joined by welding to the first portion at one of the first and second ends ; wherein one of the first and second portions includes an end surface and a plurality of annular protrusions (82a. 82b, 82c) extending from the end surface and wherein the other of the first and second portions includes at least one annular mating protrusion for engaging the plurality of protrusions . an anchor body including a bore extending along an axis of the body ; and a sealing cover including a first portion and a second portion, wherein the first portion at least partially encapsulates the body , wherein the second portion includes an elongated tube having first and second ends and is joined by welding to the first portion at one of the first and second ends ; wherein one of the first and second portions includes an end surface and a plurality of annular protrusions (82a. 82b, 82c) extending from the end surface and wherein the other of the first and second portions includes at least one annular mating protrusion for engaging the plurality of protrusions .
A solid-sate imaging device comprising a plurality of pixel sharing units each including a first light receiving section including a first plurality of photoelectric conversion sections each configured to correspond to a pixel, a second light receiving section including a second plurality of photoelectric conversion sections each configured to correspond to a pixel, an accumulation section configured to be shared by the first or second plurality of photoelectric conversion sections and to accumulate charges generated thereby, a plurality of transistors including an amplifier gate, a selector gate, a reset gate and a switch transistor , and wiring laid out in a metal layer as wiring capacitance; wherein the plurality of transistors are arranged in a first transistor group and a second transistor group , wherein the first transistor group is arranged between the first light receiving section and the second light receiving section , and the second transistor group is arranged at a side of the second light receiving section opposite to the first transistor group , wherein the first transistor group and the second transistor group have the same layout, wherein the switch transistor functions as a switch to change conversion efficiency and is configured to change the conversion efficiency by selectively enabling or disabling additional capacitance with respect to the accumulation section, wherein the additional capacitance includes the wiring capacitance, and wherein the wiring overlaps the first light receiving section , the second light receiving section and the plurality of transistors symmetrically in terms of wire thickness, wire positions and wire count.
A method of operating a user equipment, UE, in a mobile communication system, the method comprising: performing an area update in response to a change from a previous registration area to a current registration area; and after performing the area update, performing a reselection to the previous registration area from the current registration area for receiving a paging transmitted on the previous registration area, wherein when performing the reselection to the previous registration area, the UE uses previous cell's information without having to again receive the information of the previous cell. performing an area update in response to a change from a previous registration area to a current registration area; and after performing the area update, performing a reselection to the previous registration area from the current registration area for receiving a paging transmitted on the previous registration area, wherein when performing the reselection to the previous registration area, the UE uses previous cell's information without having to again receive the information of the previous cell.
A method for manufacturing a shell , comprising a decorative film , implementing a first step of moulding a plastic material so as to form a first element , characterized in that the manufacturing method implements a second step consisting in applying a decorative film against a front face of the first element , then a third step of overmoulding a plastic material on at least one part of the decorative film and of the first element , so as to maintain the decorative film between the first element and a second element of the shell , wherein the first element and/or the second element include optical dioptres aligned with at least one hole perforating the decorative film .
Storage device for storing transport units (3, 3', 3", 3a", 36), comprising a plurality of transport units (3, 3', 3", 3a", 36), each comprising a carrying unit (31, 361, 371-391, 3101, 31 11, 3121) for carrying transport goods (4, 4', 4", 46, 411) and each comprising a carriage to which the carrying units (31, 361, 371-391, 3101, 3111, 3121) are each attachable, a plurality of storage lines (12, 12a'-12g'), which are configured to store transport units (3, 3', 3", 3a", 36-39, 310-312), a feeding line , which is connected to the storage lines (12, 12a'-12g') via a first switch in each case, a measuring device (15, 15', 1 5.1-1 5.6) arranged at the feeding line , which is configured to determine an extension (L1, L2) of a transport unit (3, 3', 3", 3a", 36-39, 310-312) in each case, and a control unit (16, 16', 16"), which is connected to the measuring device (15, 15', 15.1-15.6) and the first switches and is configured to select, based on the extension (L1, L2) of a transport unit (3, 3', 3a", 36-39, 310-312) determined by the measuring device (15, 15', 15.1-1 5.6), a storage line (12, 12a'-12g') for storing the transport unit (3, 3', 3", 3a", 36-39, 310-312), wherein the measuring device is preferably arranged in front of the first switches .
A method for producing blow-moulded containers , which are sterile at least in some areas, in a blow-moulding machine, in which method a preform made of a thermoplastic material is initially heated and is then stretched by a stretching rod in a blowing station and a pressurised fluid is applied to it via a blowing nozzle , and in which method a sterilisation device is arranged in the blowing station , wherein the sterilisation device has at least one radiation source, which emits a sterilising radiation onto the stretching rod and/or onto the blowing nozzle , wherein the radiation source is in particular a UV radiation source and emits UV radiation, characterised in that the radiation source is arranged on the blowing nozzle and emits radiation onto the stretching rod and/or onto the opening area of the preform and/or onto the blowing nozzle area, which comes into contact with the preform .
Torque-limiting nut for a break-off bolt , especially for an electric connector , the torque-limiting nut comprising a thread section and a head section which are separated by a predetermined breaking area , wherein the thread section comprises an internal thread and the head section comprises at least one abutment shoulder extending further towards the radial inward direction than the internal thread , the at least one abutment shoulder being arranged adjoining to the predetermined breaking area , characterized in that the thread section tapers off towards a free end .
A method of controlling a mobile terminal , the method comprising: receiving status information of an external device , via a wireless communication unit of the mobile terminal , from the external device in response to the mobile terminal being located within a predetermined distance range from the external device ; detecting, from the mobile terminal , schedule information related to the received status information of the external device ; calculating a position of the mobile terminal expected at a specific time based on the detected schedule information; and checking the calculated position of the mobile terminal and displaying recommended user notification information for performing a recommended operation related to the received status information in response to the check of the position of the mobile terminal at the specific time. receiving status information of an external device , via a wireless communication unit of the mobile terminal , from the external device in response to the mobile terminal being located within a predetermined distance range from the external device ; detecting, from the mobile terminal , schedule information related to the received status information of the external device ; calculating a position of the mobile terminal expected at a specific time based on the detected schedule information; and checking the calculated position of the mobile terminal and displaying recommended user notification information for performing a recommended operation related to the received status information in response to the check of the position of the mobile terminal at the specific time.
A neuromodulation catheter , comprising: an elongate shaft ; and a neuromodulation element operably connected to the shaft, the neuromodulation element including- an elongate support member , and a plurality of bow springs operably connected to the support member, the individual bow springs including a distal leg and a proximal leg , the distal and proximal legs of the plurality of bow springs being longitudinally interdigitated, wherein the individual bow springs are configured to independently expand radially outward from the support member when the neuromodulation element transitions from a low-profile delivery state to a deployed state. an elongate shaft ; and a neuromodulation element operably connected to the shaft, the neuromodulation element including- an elongate support member , and a plurality of bow springs operably connected to the support member, the individual bow springs including a distal leg and a proximal leg , the distal and proximal legs of the plurality of bow springs being longitudinally interdigitated, wherein the individual bow springs are configured to independently expand radially outward from the support member when the neuromodulation element transitions from a low-profile delivery state to a deployed state. an elongate support member , and a plurality of bow springs operably connected to the support member, the individual bow springs including a distal leg and a proximal leg , the distal and proximal legs of the plurality of bow springs being longitudinally interdigitated, wherein the individual bow springs are configured to independently expand radially outward from the support member when the neuromodulation element transitions from a low-profile delivery state to a deployed state.
A telecommunications system , comprising: a handheld device having a processor, a memory device, a user input device, a speaker and a microphone; the processor configured to execute an algorithm that causes the processor to detect one or more network parameters of a network that the handheld device is connected to ; the processor further configured to detect a location of the handheld device ; characterized in that : the handheld device further being configured to store a range of P-CSCF/SBC addresses which can be updated using a configuration server ; wherein the handheld device is configured to select a P-CSCF from the range of P-CSCF/SBC based on the one or more network parameters, and the location; the handheld device configured to use the same subscriber assigned number to make and receive calls; and the processor further configured to route a call via the selected P-CSCF; wherein the processor is further configured to route the call via a selected home network P-CSCF if the one or more network parameters includes a home network identifier and if it is determined that a home network associated with the home network identifier is available. a handheld device having a processor, a memory device, a user input device, a speaker and a microphone; the processor configured to execute an algorithm that causes the processor to detect one or more network parameters of a network that the handheld device is connected to ; the processor further configured to detect a location of the handheld device ; characterized in that : the handheld device further being configured to store a range of P-CSCF/SBC addresses which can be updated using a configuration server ; wherein the handheld device is configured to select a P-CSCF from the range of P-CSCF/SBC based on the one or more network parameters, and the location; the handheld device configured to use the same subscriber assigned number to make and receive calls; and the processor further configured to route a call via the selected P-CSCF; wherein the processor is further configured to route the call via a selected home network P-CSCF if the one or more network parameters includes a home network identifier and if it is determined that a home network associated with the home network identifier is available. the handheld device further being configured to store a range of P-CSCF/SBC addresses which can be updated using a configuration server ; wherein the handheld device is configured to select a P-CSCF from the range of P-CSCF/SBC based on the one or more network parameters, and the location; the handheld device configured to use the same subscriber assigned number to make and receive calls; and the processor further configured to route a call via the selected P-CSCF; wherein the processor is further configured to route the call via a selected home network P-CSCF if the one or more network parameters includes a home network identifier and if it is determined that a home network associated with the home network identifier is available.
A driving controlling method for a reciprocating compressor, comprising: cutting off power supplied to a motor of the reciprocating compressor, wherein a switching device connected between a commercial power and the motor is opened; preventing an over-stroke generated from the motor of the reciprocating compressor; varying an output capacity of the reciprocating compressor; matching an impedance of a driving controlling apparatus to an inductance of the motor using a first capacitor (C1) and a second switching device (RY2) connected to a second capacitor (C2) so as to match to the varied output capacity; and supplying power to the power cut-off motor, characterized in that the matching an impedance of the driving controlling apparatus further uses a first switching device (RY1) connected to the first capacitor (C1) so as to match to the varied output capacity; and the preventing an over-stroke comprises: opening a PTC relay (RY3) serially connected to the power after cutting off the power; and closing the PTC relay (RY3) so as to form a path of a rush current after a first reference time lapses. cutting off power supplied to a motor of the reciprocating compressor, wherein a switching device connected between a commercial power and the motor is opened; preventing an over-stroke generated from the motor of the reciprocating compressor; varying an output capacity of the reciprocating compressor; matching an impedance of a driving controlling apparatus to an inductance of the motor using a first capacitor (C1) and a second switching device (RY2) connected to a second capacitor (C2) so as to match to the varied output capacity; and supplying power to the power cut-off motor, characterized in that the matching an impedance of the driving controlling apparatus further uses a first switching device (RY1) connected to the first capacitor (C1) so as to match to the varied output capacity; and the preventing an over-stroke comprises: opening a PTC relay (RY3) serially connected to the power after cutting off the power; and closing the PTC relay (RY3) so as to form a path of a rush current after a first reference time lapses. opening a PTC relay (RY3) serially connected to the power after cutting off the power; and closing the PTC relay (RY3) so as to form a path of a rush current after a first reference time lapses.
A computing system for signing software code, comprising: a storage device configured to store an implementer table data structure , the data structure comprising a plurality of entries (501-502; 1201-1202), each entry corresponding to one of a plurality of software implementers and comprising credentials and a secret state generated for the respective one of the plurality of software implementers, a communications subsystem configured to receive a request to sign a representation of a body of code from a software implementer and to receive credentials from the software implementer that authenticate the software implementer's identity; a cryptography subsystem configured to generate a key for the software implementer at least in part based upon at least a portion of the received credentials and the secret state stored by the storage device on behalf of the software implementer and to sign , on behalf of the software implementer, the representation of a body of code received by the communications subsystem using the key generated for the software implementer that is not accessible to the software implementer, in response to the request, and the communications subsystem further configured to return to the software implementer the signed representation of a body of code produced by the cryptography subsystem. a storage device configured to store an implementer table data structure , the data structure comprising a plurality of entries (501-502; 1201-1202), each entry corresponding to one of a plurality of software implementers and comprising credentials and a secret state generated for the respective one of the plurality of software implementers, a communications subsystem configured to receive a request to sign a representation of a body of code from a software implementer and to receive credentials from the software implementer that authenticate the software implementer's identity; a cryptography subsystem configured to generate a key for the software implementer at least in part based upon at least a portion of the received credentials and the secret state stored by the storage device on behalf of the software implementer and to sign , on behalf of the software implementer, the representation of a body of code received by the communications subsystem using the key generated for the software implementer that is not accessible to the software implementer, in response to the request, and the communications subsystem further configured to return to the software implementer the signed representation of a body of code produced by the cryptography subsystem.
A fuel cell system, comprising: a first fuel cell of a first type; a second fuel cell of a second type different from the first type; a first direct current (DC)/DC converter electrically connected to the first fuel cell via a first DC bus; a second DC/DC converter electrically connected to the second fuel cell via a second DC bus; an electric energy storage system; a third DC/DC converter electrically connected to the electric energy storage system and configured to output DC electric energy from the electric energy storage system to a DC/alternating current (AC) inverter; and a DC/AC inverter electrically connected in parallel to the first DC/DC converter, to the second DC/DC converter, and to the third DC/DC converter via a combined DC bus. a first fuel cell of a first type; a second fuel cell of a second type different from the first type; a first direct current (DC)/DC converter electrically connected to the first fuel cell via a first DC bus; a second DC/DC converter electrically connected to the second fuel cell via a second DC bus; an electric energy storage system; a third DC/DC converter electrically connected to the electric energy storage system and configured to output DC electric energy from the electric energy storage system to a DC/alternating current (AC) inverter; and a DC/AC inverter electrically connected in parallel to the first DC/DC converter, to the second DC/DC converter, and to the third DC/DC converter via a combined DC bus.
A device for endoluminal treatment of a blood vessel, comprising: a flexible waveguide defining an elongated axis, a proximal end optically connectable to a source of radiation , and a distal end receivable within the blood vessel and including a radiation emitting surface adapted to emit radiation from the radiation source laterally with respect to the elongated axis of the waveguide and radially over 360° onto an angularly extending portion of the surrounding vessel wall, wherein the radiation emitting surface is angled inwardly from the distal tip toward the elongated axis of the waveguide and wherein the distal tip of the waveguide defines an expanded width in comparison to a portion of the waveguide extending proximally therefrom.