mhurhangee/ep-ind-claims huggingface dataset:
Surveillance system having an image recording means, which has an addressable CMOS image sensor for recording moving, optically distorted, digital, wide-angle images consisting of a plurality of pixels, a reproduction means which reproduces, in a straightened form, image details of the images which have been recorded with optical distortion, and a transmission means, which, for bidirectional communication, is designed for transmission of image information from the image recording means to the reproduction means which reproduces, in a straightened form, image details of the images which have been recorded with optical distortion, and is designed for transmission of control information to the image recording means, characterized in that, a means for storing camera-specific geometry distortion correction information is provided on the image recording means and the transmission means is designed for repeated transmission of the geometry distortion correction information, and is designed to receive PTZ setpoint parameters during the bidirectional communication, wherein these parameters can be taken as a basis for determining image details according to the line and column areas of the image sensor and then for combining pixels on a zoom parameter basis, and is further designed to provide image data streams based on these image details for the difference-compressed transmission, and to transmit them with PTZ-parameter-dependent additional information allowing image detail distortion correction, wherein a storage means for the camera-specific geometry distortion correction information allowing image detail distortion correction is provided on the reproduction means, in order to allow distortion correction in said storage means taking into consideration the camera-specific geometry distortion correction information and the PTZ-parameter-dependent additional information.
Blend comprising: ▪ at least one polyimide, of which more than 50 wt. % of the recurring units comprise at least one aromatic ring, at least one imide group and 0 to 1 ether group (-O-); ▪ at least one aromatic sulfone polymer; ▪ at least one polyimide, of which more than 50 wt. % of the recurring units comprise at least one aromatic ring, at least one imide group and at least two ether groups (-O-). ▪ at least one polyimide, of which more than 50 wt. % of the recurring units comprise at least one aromatic ring, at least one imide group and 0 to 1 ether group (-O-); ▪ at least one aromatic sulfone polymer; ▪ at least one polyimide, of which more than 50 wt. % of the recurring units comprise at least one aromatic ring, at least one imide group and at least two ether groups (-O-).
Method for verifying an item of information on the location of a terminal provided with a UICC card, which terminal is connected to a cellular telecommunications network, and located in a current cell, said terminal memorizing, in the security module, an identifier (CELL_ID T) of the current cell and at least one identifier (CELL_ID T-1; CELL_ID T-2; CELL_ID T-3) of a preceding cell in which the terminal was previously located, said method including steps, implemented by a processing server (SERV) connected to said network, of: - receiving said identifiers arising from the terminal via the communication network; - determining a first item of location information on the basis of the identifier of the current cell; - estimating a second item of location information on the basis of the identifier of at least one preceding cell; - detecting a location error if the two items of location information correspond to different geographical positions according to a determined criterion. - receiving said identifiers arising from the terminal via the communication network; - determining a first item of location information on the basis of the identifier of the current cell; - estimating a second item of location information on the basis of the identifier of at least one preceding cell; - detecting a location error if the two items of location information correspond to different geographical positions according to a determined criterion.
An electric vacuum cleaner comprising: a body on which a secondary battery is detachably mountable; an electric blower housed in the body, the electric blower being driven by power supplied from the secondary battery and generating negative pressure; characterised by: a connection determinator that only at a time of the secondary battery being attached to the body, transmits a confirmation signal to the secondary battery and verifies if a reception signal received from the secondary battery and verification information match with each other; and a control member that, if the connection determinator confirms a match between the reception signal and the verification information, permits driving of the electric blower, and if the connection determinator confirms otherwise, prohibits driving of the electric blower. a body on which a secondary battery is detachably mountable; an electric blower housed in the body, the electric blower being driven by power supplied from the secondary battery and generating negative pressure; characterised by: a connection determinator that only at a time of the secondary battery being attached to the body, transmits a confirmation signal to the secondary battery and verifies if a reception signal received from the secondary battery and verification information match with each other; and a control member that, if the connection determinator confirms a match between the reception signal and the verification information, permits driving of the electric blower, and if the connection determinator confirms otherwise, prohibits driving of the electric blower. a connection determinator that only at a time of the secondary battery being attached to the body, transmits a confirmation signal to the secondary battery and verifies if a reception signal received from the secondary battery and verification information match with each other; and a control member that, if the connection determinator confirms a match between the reception signal and the verification information, permits driving of the electric blower, and if the connection determinator confirms otherwise, prohibits driving of the electric blower.
A hair care appliance comprising: a body, a heater, a fan unit, a PCB, a primary fluid flow path extending from a primary fluid inlet into the body to a primary fluid outlet out of the body and a fluid flow path extending from a fluid inlet into the body towards a fluid outlet out of the body. wherein the PCB and heater are in fluid communication with the primary fluid flow path and the PCB is upstream of the heater wherein a thermal barrier is provided between the PCB and the heater and wherein the body comprises a duct extending along the body from the fluid inlet to the fluid outlet and the duct extends about the fluid flow path.
A steering control device configured to control a reaction motor that generates a steering reaction force applied to a steering wheel of which power transmission to and from turning wheels (16, 16) is cut off, the steering control device comprising: a first processor configured to change a virtual operation range of the steering wheel according to a steering state or a vehicle state by controlling the reaction motor; and a second processor configured to change a degree of change of the virtual operation range of the steering wheel according to the steering state or the vehicle state when an operation position of the steering wheel reaches a position in a vicinity of a limit position of the virtual operation range, characterized in that the first processor is configured to calculate a limit value (θend) of the virtual operation range of the steering wheel by dividing a rotation angle of a shaft which rotates with a turning operation of the turning wheels by a speed increasing ratio (v) between the steering wheel and the shaft which is calculated based on a vehicle speed, and wherein the second processor is configured to limit a change per unit time of the speed increasing ratio which is used to calculate the limit value (θend) when the operation position of the steering wheel reaches the position in the vicinity of the limit position of the virtual operation range. a first processor configured to change a virtual operation range of the steering wheel according to a steering state or a vehicle state by controlling the reaction motor; and a second processor configured to change a degree of change of the virtual operation range of the steering wheel according to the steering state or the vehicle state when an operation position of the steering wheel reaches a position in a vicinity of a limit position of the virtual operation range, characterized in that the first processor is configured to calculate a limit value (θend) of the virtual operation range of the steering wheel by dividing a rotation angle of a shaft which rotates with a turning operation of the turning wheels by a speed increasing ratio (v) between the steering wheel and the shaft which is calculated based on a vehicle speed, and wherein the second processor is configured to limit a change per unit time of the speed increasing ratio which is used to calculate the limit value (θend) when the operation position of the steering wheel reaches the position in the vicinity of the limit position of the virtual operation range.
A method for use in switching communications associated with a user account from a source mobile communication device to a target mobile communication device, the source mobile communication device having a first wireless transceiver and a second wireless transceiver, the source mobile communication device being enabled to maintain data synchronization with a host server over a wireless communication network via the first wireless transceiver for user data of an application program associated with the user account, the user account being associated with user account data which includes at least one encryption/decryption key for encrypting/decrypting the user data during the data synchronization, the host server having a stored mapping between the user account and an identification of the source mobile communication device, the method being performed by the source mobile communication device and comprising the acts of: establishing a programming session with the target mobile communication device via the second wireless transceiver; causing the user account data which includes the encryption/decryption key to be transmitted to the target mobile communication device via the second wireless transceiver during the programming session; causing a remapping request to be sent to the host server over the wireless communication network via the first wireless transceiver, the remapping request being for changing the stored mapping of the host server to be between the user account and an identification of the target mobile communication device; and wherein the acts of the method thereby enable the target mobile communication device to maintain data synchronization with the host server for the user data of the application program associated with the user account using the at least one encryption/decryption key for encrypting/decrypting the user data. establishing a programming session with the target mobile communication device via the second wireless transceiver; causing the user account data which includes the encryption/decryption key to be transmitted to the target mobile communication device via the second wireless transceiver during the programming session; causing a remapping request to be sent to the host server over the wireless communication network via the first wireless transceiver, the remapping request being for changing the stored mapping of the host server to be between the user account and an identification of the target mobile communication device; and wherein the acts of the method thereby enable the target mobile communication device to maintain data synchronization with the host server for the user data of the application program associated with the user account using the at least one encryption/decryption key for encrypting/decrypting the user data.
A manganese-containing aluminium- based alloy selected from the following compositions, in weight percent: Alloy Number 557 558 559 560 567 570 Cr 0.18 0.23 0.25 0.22 0.23 0.18 0.25 0.18 Cu 0.94 1.04 1.06 1.06 1.08 1.06 1 1.00 Fe 0.08 0.23 0.30 0.22 0.22 0.25 0.1 (maximum) 0.10 (maximum) Mg 2.60 2.51 2.46 2.68 2.45 2.47 2.5 2.50 Mn 2.81 2.83 2.88 2.90 2.91 2.88 3 3.00 Ni 3.04 3.03 3.06 3.02 3.06 3.22 3 3.00 Sc 0.19 0.10 0.10 0.09 0.11 0.09 0.15 0.15 Si 0.05 0.11 0.09 0.08 0.16 0.07 0.1 (maximum) 0.10 (maximum) Ti 0.10 0.13 0.11 0.10 0.12 0.12 0.1 0.10 Zn 6.58 6.46 6.47 6.50 6.25 6.51 6.5 6.50 Zr 0.09 0.11 0.11 0.10 0.05 0.11 0.15 0.15 Al balance balance balance balance balance balance balance balance
An in-mold detachable marking device comprising: a substantially cylindrical outer shell body for indication fit into a molding mold, an index body fit into said outer shell body for indication and configured to be angularly displaceable around an axis line of said outer shell body for indication, a cover body screwed at a lowermost part of said outer shell body for indication, and a spring which biases said index body with a downward force, said outer shell body for indication and said index body having a marking indication part (24, 35) formed on their surfaces, wherein said index body comprises an index part facing an inner surface of said mold, a positioning part extending downward from said index part, and a shaft extending downward from said positioning part, said shaft having a threaded part in its lower part, characterised in that said spring has an engaging part which engages with said index part, and a fixed part which is fixed to said cover body, the pitch of said spring of said engaging part and the pitch of said threaded part are equal, and said engaging part and said threaded part engage each other. a substantially cylindrical outer shell body for indication fit into a molding mold, an index body fit into said outer shell body for indication and configured to be angularly displaceable around an axis line of said outer shell body for indication, a cover body screwed at a lowermost part of said outer shell body for indication, and a spring which biases said index body with a downward force, said outer shell body for indication and said index body having a marking indication part (24, 35) formed on their surfaces, wherein said index body comprises an index part facing an inner surface of said mold, a positioning part extending downward from said index part, and a shaft extending downward from said positioning part, said shaft having a threaded part in its lower part, characterised in that said spring has an engaging part which engages with said index part, and a fixed part which is fixed to said cover body, the pitch of said spring of said engaging part and the pitch of said threaded part are equal, and said engaging part and said threaded part engage each other.
A method of operating a wireless mesh network having a plurality of nodes (14A-14I) capable of transmitting and receiving messages wherein the plurality of nodes comprises a first set of one or more nodes having first minimum communication time capabilities and a second set of one or more nodes having second minimum communication time capabilities faster than the first minimum communication time capabilities, the first and second minimum communication time capabilities being times for each associated node between turning on its radio and listening for an acknowledgement of a sent message, the method comprising: selecting a time duration t i of timeslot increments making up a repeating communication frame, the time duration t i selected as a function of both the first and second minimum communication time capabilities, wherein the repeating communication frame has a time duration T f =Nt i based on a refresh rate of the wireless mesh network, where N is a total number of timeslot increments in the frame, N being a positive integer and each timeslot increment t i being of equal length; synchronizing, by assigning the nodes (14A-14I) to timeslots of the repeating communication frame, the nodes (14A-14I) to a communication cycle having the repeating communication frame; and determining, based upon the first and/or second minimum communication time capabilities of the nodes (14A-14I) assigned to each timeslot to communicate, a time duration Mt i of each timeslot, M being a positive integer less than N. selecting a time duration t i of timeslot increments making up a repeating communication frame, the time duration t i selected as a function of both the first and second minimum communication time capabilities, wherein the repeating communication frame has a time duration T f =Nt i based on a refresh rate of the wireless mesh network, where N is a total number of timeslot increments in the frame, N being a positive integer and each timeslot increment t i being of equal length; synchronizing, by assigning the nodes (14A-14I) to timeslots of the repeating communication frame, the nodes (14A-14I) to a communication cycle having the repeating communication frame; and determining, based upon the first and/or second minimum communication time capabilities of the nodes (14A-14I) assigned to each timeslot to communicate, a time duration Mt i of each timeslot, M being a positive integer less than N.
A clip for attaching a fluidic pipe to a wiper arm of a spraying system for a motor vehicle, said clip having the overall shape of a V, the base of the V forming a receptacle for a portion of the fluidic pipe and comprising a first holding arm and a second holding arm that are located at the first end and the second end of the V shape and extend toward one another, said holding arms (3a, 3b) being asymmetrical in an axial direction intended to be parallel to the fluidic pipe such that the space between the two holding arms (3a, 3b) forms an opening having a divergent shape in the axial direction (Δ).
An apparatus comprising: processing circuitry to execute a transaction comprising a number of program instructions that execute to generate updates to state data, to commit the updates if the transaction completes without a conflict, and to generate trace control signals during execution of the number of program instructions, the processing circuitry using at least one resource during execution of the program instructions; characterized in further comprising: transaction trace circuitry to generate trace items in response to the trace control signals, in response to the trace control signals indicating that a change in a usage level of the at least one resource has occurred during execution of the program instructions, and to output the trace items, the transaction trace circuitry generating at least one trace item that indicates the usage level of the at least one resource.
A vehicle display device comprising: a display unit configured to display a display image; a target object information acquiring unit configured to acquire target object information regarding a target object existing around a vehicle on which the vehicle display device is mounted; and an image generating unit configured to generate the display image, characterized in that a display region of the display image includes a sharply visible region and a blurred region, wherein the image generating unit generates an information image of the target object in the sharply visible region when a distance from the vehicle to the target object is not less than or greater than a first reference value, and generates the information image of the target object in the blurred region when the distance from the vehicle to the target object is less than a second reference value, wherein the information image in the blurred region is generated to be less sharply visible than the information image in the sharply visible region, and wherein the first reference value is not less than the second reference value, wherein the information image is superimposed on the target object. a display unit configured to display a display image; a target object information acquiring unit configured to acquire target object information regarding a target object existing around a vehicle on which the vehicle display device is mounted; and an image generating unit configured to generate the display image, characterized in that a display region of the display image includes a sharply visible region and a blurred region, wherein the image generating unit generates an information image of the target object in the sharply visible region when a distance from the vehicle to the target object is not less than or greater than a first reference value, and generates the information image of the target object in the blurred region when the distance from the vehicle to the target object is less than a second reference value, wherein the information image in the blurred region is generated to be less sharply visible than the information image in the sharply visible region, and wherein the first reference value is not less than the second reference value, wherein the information image is superimposed on the target object.
An implantable tissue retractor (200, 800) for treatment of a breathing disorder, the implantable tissue retractor (200, 800) comprising: a shaft (205, 310, 405, 520, 805) sized for insertion into a soft tissue located in a patient's oral cavity or pharynx; and a retractor member (210, 300, 320, 330, 340, 350, 360, 370, 815) at or near a first end (215, 820) of the shaft (205, 310, 405, 520, 805), at least one of a portion of the shaft (205, 310, 405, 520, 805) or the retractor member (210, 300, 320, 330, 340, 350, 360, 370, 815) positionable on a surface of the soft tissue; and characterized in that the implantable tissue retractor (200, 800) is provided with an anchor member (700, 825) configured to be connected to the shaft (205, 310, 405, 520, 805), and a position of the anchor member (700, 825) along the shaft (205, 310, 405, 520, 805) is adjustable to change the length of the shaft (205, 310, 405, 520, 805) that extends between the retractor member and the anchor member (700, 825) in order to vary the force applied to the soft tissue to prevent a deformation of at least a portion of the soft tissue to prevent obstruction of the patient's airway. a shaft (205, 310, 405, 520, 805) sized for insertion into a soft tissue located in a patient's oral cavity or pharynx; and a retractor member (210, 300, 320, 330, 340, 350, 360, 370, 815) at or near a first end (215, 820) of the shaft (205, 310, 405, 520, 805), at least one of a portion of the shaft (205, 310, 405, 520, 805) or the retractor member (210, 300, 320, 330, 340, 350, 360, 370, 815) positionable on a surface of the soft tissue; and characterized in that the implantable tissue retractor (200, 800) is provided with an anchor member (700, 825) configured to be connected to the shaft (205, 310, 405, 520, 805), and a position of the anchor member (700, 825) along the shaft (205, 310, 405, 520, 805) is adjustable to change the length of the shaft (205, 310, 405, 520, 805) that extends between the retractor member and the anchor member (700, 825) in order to vary the force applied to the soft tissue to prevent a deformation of at least a portion of the soft tissue to prevent obstruction of the patient's airway.
A method for adjusting wavelength for an Optical Line Terminal,OLT, comprising: sending, by a source OLT, an adjustment notification message to a target OLT, to indicate that an Optical Network Unit, ONU, is to be adjusted into a Time-Wavelength Division Multiplexing Channel, TWDM CH, of the target OLT, and receiving, by the source OLT, an adjustment acknowledgement message provided by the target OLT, wherein the adjustment acknowledgement message is used for indicating that an adjustment process of the ONU has been completed.