mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle-mounted electrically operated device comprising: an actuator including an electric drive source controlled by a control means mounted on the vehicle and receiving an electric power from a power source mounted on the vehicle; an operating mechanism for operating an operated member of the vehicle by means of a driving of the electric drive source; and a detecting means for detecting an operation status of the operated member or the operating mechanism and outputting a detection signal to the control means; characterized in that a first connector including a first connection terminal for electrically connecting the detecting means to the control means, and a second connector formed on the actuator and with which the first connector is engageable and disengageable, the second connector including a second connection terminal for electrically connecting the electric drive source to the control means, wherein the second connector includes a through-hole within which the first connection terminal is positioned. an actuator including an electric drive source controlled by a control means mounted on the vehicle and receiving an electric power from a power source mounted on the vehicle; an operating mechanism for operating an operated member of the vehicle by means of a driving of the electric drive source; and a detecting means for detecting an operation status of the operated member or the operating mechanism and outputting a detection signal to the control means; characterized in that a first connector including a first connection terminal for electrically connecting the detecting means to the control means, and a second connector formed on the actuator and with which the first connector is engageable and disengageable, the second connector including a second connection terminal for electrically connecting the electric drive source to the control means, wherein the second connector includes a through-hole within which the first connection terminal is positioned.
A synchronization method, wherein the method comprises: sending(301; 501), by a terminal, a first uplink signal to a network device on a supplementary uplink resource; receiving(304; 504), by the terminal, indication information from the network device, wherein the indication information indicates a frequency offset value of the supplementary uplink resource; and determining(304;504), by the terminal, the frequency offset value of the supplementary uplink resource based on the indication information, wherein the frequency offset value is used for the terminal to implement frequency synchronization with the supplementary uplink resource, wherein the indication information is a frequency offset indicator value; and wherein the method is characterized in that the determining, by the terminal, the frequency offset value of the supplementary uplink resource based on the indication information comprises: obtaining, by the terminal, frequency offset precision from the network device ; and determining, by the terminal, the frequency offset value of the supplementary uplink resource based on the frequency offset precision and the frequency offset indicator value, wherein the frequency offset value is a product of the frequency offset precision and the frequency offset indicator value. sending(301; 501), by a terminal, a first uplink signal to a network device on a supplementary uplink resource; receiving(304; 504), by the terminal, indication information from the network device, wherein the indication information indicates a frequency offset value of the supplementary uplink resource; and determining(304;504), by the terminal, the frequency offset value of the supplementary uplink resource based on the indication information, wherein the frequency offset value is used for the terminal to implement frequency synchronization with the supplementary uplink resource, wherein the indication information is a frequency offset indicator value; and wherein the method is characterized in that the determining, by the terminal, the frequency offset value of the supplementary uplink resource based on the indication information comprises: obtaining, by the terminal, frequency offset precision from the network device ; and determining, by the terminal, the frequency offset value of the supplementary uplink resource based on the frequency offset precision and the frequency offset indicator value, wherein the frequency offset value is a product of the frequency offset precision and the frequency offset indicator value. obtaining, by the terminal, frequency offset precision from the network device ; and determining, by the terminal, the frequency offset value of the supplementary uplink resource based on the frequency offset precision and the frequency offset indicator value, wherein the frequency offset value is a product of the frequency offset precision and the frequency offset indicator value.
Method for coating a metallic article, the metal surface being coated with a composition which comprises a polymer, characterized in that the composition comprises the following components: a) the stated polymer, selected from the group consisting of polyamides, polyvinyl chloride and also fluoropolymers, and b) an unsaturated compound which comprises olefinic double bonds, possesses a number-average molecular weight M n , determined by vapour pressure osmometry, of not more than 38 000 g/mol and is present in an amount such that the composition comprises 70 - 2700 meq/kg olefinically double bonds, with the proviso that, if the polymer is a polyamide and the composition further comprises a rubber, the latter carries functional groups and is dispersed in the matrix. a) the stated polymer, selected from the group consisting of polyamides, polyvinyl chloride and also fluoropolymers, and b) an unsaturated compound which comprises olefinic double bonds, possesses a number-average molecular weight M n , determined by vapour pressure osmometry, of not more than 38 000 g/mol and is present in an amount such that the composition comprises 70 - 2700 meq/kg olefinically double bonds,
A system for calculating and storing an average amplitude response for each peak of a mass spectrum during data acquisition, comprising: an ion source that is configured to ionize sample molecules producing a beam of ions; a mass analyzer that includes an analog-to-digital converter (ADC) detector subsystem configured to analyze the beam of ions; and a processor in communication with the mass analyzer that is configured to: (a) instruct the mass analyzer to analyze N extractions of the ion beam, producing N sub-spectra, (b) for each sub-spectrum of the N sub-spectra, count a nonzero amplitude from the ADC detector subsystem as one ion peak, producing a peak count of one for each ion peak of each sub-spectrum, (c) sum the ADC amplitudes and peak counts of the N sub-spectra, producing a spectrum that includes a summed ADC amplitude and a total count for each ion peak of the spectrum, (d) for each ion peak of the spectrum, calculate an estimated ion count from a Poisson distribution of the peak counts of the N sub-spectra, (e) for each ion peak of the spectrum, calculate and store an average amplitude response by dividing the summed amplitude by the estimated ion count, and (f) execute step (a) again. an ion source that is configured to ionize sample molecules producing a beam of ions; a mass analyzer that includes an analog-to-digital converter (ADC) detector subsystem configured to analyze the beam of ions; and a processor in communication with the mass analyzer that is configured to: (a) instruct the mass analyzer to analyze N extractions of the ion beam, producing N sub-spectra, (b) for each sub-spectrum of the N sub-spectra, count a nonzero amplitude from the ADC detector subsystem as one ion peak, producing a peak count of one for each ion peak of each sub-spectrum, (c) sum the ADC amplitudes and peak counts of the N sub-spectra, producing a spectrum that includes a summed ADC amplitude and a total count for each ion peak of the spectrum, (d) for each ion peak of the spectrum, calculate an estimated ion count from a Poisson distribution of the peak counts of the N sub-spectra, (e) for each ion peak of the spectrum, calculate and store an average amplitude response by dividing the summed amplitude by the estimated ion count, and (f) execute step (a) again. (a) instruct the mass analyzer to analyze N extractions of the ion beam, producing N sub-spectra, (b) for each sub-spectrum of the N sub-spectra, count a nonzero amplitude from the ADC detector subsystem as one ion peak, producing a peak count of one for each ion peak of each sub-spectrum, (c) sum the ADC amplitudes and peak counts of the N sub-spectra, producing a spectrum that includes a summed ADC amplitude and a total count for each ion peak of the spectrum, (d) for each ion peak of the spectrum, calculate an estimated ion count from a Poisson distribution of the peak counts of the N sub-spectra, (e) for each ion peak of the spectrum, calculate and store an average amplitude response by dividing the summed amplitude by the estimated ion count, and (f) execute step (a) again.
Flow-limiting device for controlling the distribution of unitary products to be fitted into a container for such unitary products, the flow-limiting device comprising: - at least one dispensing opening (36; 36a, 36b); - a body made of a polymeric material with an entry side , a dispensing side and a peripheral side extending in an axial direction of the body, the peripheral side having a lower axial end and an upper axial end ; - the entry side having, at least in part, a concave shape when viewed onto the entry side with at least one guiding surface for guiding a unitary product to be dispensed towards the at least one dispensing opening (36; 36a, 36b); - the at least one dispensing opening (36; 36a, 36b) being at an axial position between and spaced from the axial positions of the lower axial end and the upper axial end ; characterised in that , the dispensing side has, at least in part, a concave shape when viewed onto the dispensing side , and in that - the entry side and/or the dispensing side comprises a plurality of elevated regions (38; 40a, 40b), preferably ribs, which are arranged to define the concave shape. - at least one dispensing opening (36; 36a, 36b); - a body made of a polymeric material with an entry side , a dispensing side and a peripheral side extending in an axial direction of the body, the peripheral side having a lower axial end and an upper axial end ; - the entry side having, at least in part, a concave shape when viewed onto the entry side with at least one guiding surface for guiding a unitary product to be dispensed towards the at least one dispensing opening (36; 36a, 36b); - the at least one dispensing opening (36; 36a, 36b) being at an axial position between and spaced from the axial positions of the lower axial end and the upper axial end ; characterised in that , the dispensing side has, at least in part, a concave shape when viewed onto the dispensing side , and in that - the entry side and/or the dispensing side comprises a plurality of elevated regions (38; 40a, 40b), preferably ribs, which are arranged to define the concave shape.
A computer implemented method for collecting and monitoring data at a power interface, the method comprising: receiving power quality data and load management data from a plurality of sensors operable to collect power quality data and load management data for a plurality of Broadband over Power Line (BPL) data links and a multi-use power interface operable to be electrically and communicatively coupled to a vehicle via the plurality of BPL data links; determining , based on the power quality data and load management data, functional health statuses of the multi-use power interface and the plurality of BPL data links; transmitting the functional health statuses, the power quality data, and the load management data to a data store; and indicating , in a user interface , the functional health statuses. receiving power quality data and load management data from a plurality of sensors operable to collect power quality data and load management data for a plurality of Broadband over Power Line (BPL) data links and a multi-use power interface operable to be electrically and communicatively coupled to a vehicle via the plurality of BPL data links; determining , based on the power quality data and load management data, functional health statuses of the multi-use power interface and the plurality of BPL data links; transmitting the functional health statuses, the power quality data, and the load management data to a data store; and indicating , in a user interface , the functional health statuses.
System for making a moulded article made of foamed material, comprising a die essentially composed of sections, respectively an upper section and a lower section , which are separable and coupled to define a recess, first sucking means adapted to create a vacuum to allow shaping a plastic film on a wall of at least one portion of the recess of said sections and , tensioning and locking means of the plastic film to allow positioning and fastening the plastic film outside the recess, said tensioning and locking means of the plastic film comprising a fixed frame equipped with at least one internal perimeter groove , said at least one internal groove being peripherally arranged with respect to the recess of said sections and and connected to second sucking means to create a vacuum adapted to allow tensioning and blocking the plastic film along said at least one internal groove , wherein said tensioning and locking means of the plastic film comprise a mobile frame equipped with at least one external perimeter groove , said at least one external groove being peripherally arranged with respect to said at least one internal groove and connected to third sucking means adapted to create a vacuum to allow tensioning and blocking the plastic film along said at least one external groove , characterized in that said first and second sucking means comprise filtering elements adapted to allow distributing the suction action and levelling the vacuum action, in the recess formed of said coupled sections and in said internal groove .
An apparatus comprising: means for obtaining at least two bitstreams each comprising one or more independently decodable sub-bitstreams, wherein one of the at least two bitstreams is a V3C atlas bitstream consisting of one or more atlas tiles, and the sub-bitstream identifiers correspond to atlas tile identifiers; means for determining identifiers of the one or more independently decodable sub-bitstream; means for generating a description file, in which an indication of the relationship between the sub-bitstream identifiers of the independently decodable sub-bitstreams from the at least two bitstreams is included; means for encapsulating the at least two bitstreams into real-time protocol streams; and means for transmitting the real-time protocol packets comprising the at least two real-time protocol streams along with the description file indicating the relations between the independently decodable sub-bitstreams of the at least two bitstreams; characterized in that the means for determining identifiers are further configured to determine a spatial relationship between the independently decodable sub-bitstreams of the at least two bitstreams, and configured to define a mapping table by linking sub-bitstream identifiers between media bitstreams, wherein the mapping table links sub-bitstream identifiers to video sub-bitstream identifiers. means for obtaining at least two bitstreams each comprising one or more independently decodable sub-bitstreams, wherein one of the at least two bitstreams is a V3C atlas bitstream consisting of one or more atlas tiles, and the sub-bitstream identifiers correspond to atlas tile identifiers; means for determining identifiers of the one or more independently decodable sub-bitstream; means for generating a description file, in which an indication of the relationship between the sub-bitstream identifiers of the independently decodable sub-bitstreams from the at least two bitstreams is included; means for encapsulating the at least two bitstreams into real-time protocol streams; and means for transmitting the real-time protocol packets comprising the at least two real-time protocol streams along with the description file indicating the relations between the independently decodable sub-bitstreams of the at least two bitstreams; characterized in that the means for determining identifiers are further configured to determine a spatial relationship between the independently decodable sub-bitstreams of the at least two bitstreams, and configured to define a mapping table by linking sub-bitstream identifiers between media bitstreams, wherein the mapping table links sub-bitstream identifiers to video sub-bitstream identifiers.
Fitting to be connected to at least one pipe, in particular plastic pipe or plastic-metal composite pipe, - with a main body , - with at least one to the main body connected supporting body for insertion into a pipe end, and - with at least one to the main body connected pressing sleeve for receiving the pipe end, - wherein the pressing sleeve has a cylindrical pressing portion , characterised in that, - the pressing sleeve is made of a metal with a microhardness of less than 65 HV, in particular less than 50 HV 1, preferably in the range from 40 to 50 HV 1 as measured according to Vickers, and - the ratio of wall thickness (s) of the pressing section to the outer diameter (d) of the pressing section is less than 0.06, preferably in the range from 0.03 to 0.06. - with a main body , - with at least one to the main body connected supporting body for insertion into a pipe end, and - with at least one to the main body connected pressing sleeve for receiving the pipe end, - wherein the pressing sleeve has a cylindrical pressing portion , - the pressing sleeve is made of a metal with a microhardness of less than 65 HV, in particular less than 50 HV 1, preferably in the range from 40 to 50 HV 1 as measured according to Vickers, and - the ratio of wall thickness (s) of the pressing section to the outer diameter (d) of the pressing section is less than 0.06, preferably in the range from 0.03 to 0.06.
Readout circuitry for a photmultiplier tube (PMT), which is adapted for providing a pair of first and second synchronous output signals (U A + out , U A - out ), the first output signal (U A + out ) of the pair having a first AC portion being representative of a charge flow of an anode (AN) of the PMT over time, the second output signal (U A - out ) of the pair having a second AC portion which corresponds to an inverted form of the first AC portion of the first output signal (U A + out ), the readout circuitry comprising: a first sub-circuitry (R AH , R AL ) which is adapted to derive the first output signal (U A + out ) from the charge flow over time (i A ) of the anode (AN), and a second sub-circuitry (R DH + R DL ) which is adapted to derive the second output signal (U A - out ) from a charge flow over time (i D ) of at least one dynode (D N , D N-1 , D N-2 ,...) of the PMT, wherein the first output signal further comprises a first DC portion (U CENTER + U MAX / 2) and the second output signal further comprises a second DC portion (U CENTER - U MAX / 2), wherein the first sub-circuitry comprises a first voltage source circuit (V DD ) for setting the first DC portion of the first output signal (U A + out ), and the second sub-circuitry comprises a second voltage source circuit (V DD ) for setting the second DC portion of the second output signal (U A - out ), wherein the first sub-circuitry comprises first and second resistor elements, for setting the DC portion of the first output signal (U A + out ), and the second sub-circuitry comprises third and fourth resistor elements, for setting DC portion of the second output voltage (U A - out ). wherein the first and second resistor elements are connected in series between the first voltage source and a ground potential, and defining a common first connection point of the first and second resistor elements, the first resistor element being attached to ground, the second resistor element being attached to the first voltage source, the first connection point providing the first output signal, and further being AC connectable to the anode, the third and fourth resistor elements are connected in series between the second voltage source and the ground potential, and defining a common second connection point of the third and fourth resistor elements, the third resistor element being attached to ground, the fourth resistor element being attached to the second voltage source, the second connection point providing the second output signal, and further being AC connectable to the at least one dynode, wherein the first sub-circuit and the second sub-circuit are composed of only passive elements. a first sub-circuitry (R AH , R AL ) which is adapted to derive the first output signal (U A + out ) from the charge flow over time (i A ) of the anode (AN), and a second sub-circuitry (R DH + R DL ) which is adapted to derive the second output signal (U A - out ) from a charge flow over time (i D ) of at least one dynode (D N , D N-1 , D N-2 ,...) of the PMT,
A robot cleaner, comprising: a body ; a mop rotatably coupled to the body to wipe a floor; an actuator configured to rotate the mop ; a battery configured to supply power to the actuator ; a water container configured to store liquid that is supplied to the mop ; and a controller configured to manage delivery of the liquid supplied from the water container to the mop , characterised in that wherein the controller manages the delivery of the liquid according to a state of the battery . a body ; a mop rotatably coupled to the body to wipe a floor; an actuator configured to rotate the mop ; a battery configured to supply power to the actuator ; a water container configured to store liquid that is supplied to the mop ; and a controller configured to manage delivery of the liquid supplied from the water container to the mop , characterised in that wherein the controller manages the delivery of the liquid according to a state of the battery .
A compound having one of the following structures: or a stereoisomer, a geometric isomer, a tautomer, an N -oxide, a hydrate, a solvate, or a pharmaceutically acceptable salt thereof.
A work machine comprising: a rear detection section configured to detect rear of a vehicle body when traveling backward; a state detection section configured to detect a state of the vehicle body ; and a controller configured to brake the vehicle body based on detection of the rear detection section and detection of the state detection section , wherein the vehicle body is an articulate type, characterised in that the state of the vehicle body includes an articulate angle (Θ). a rear detection section configured to detect rear of a vehicle body when traveling backward; a state detection section configured to detect a state of the vehicle body ; and a controller configured to brake the vehicle body based on detection of the rear detection section and detection of the state detection section , wherein the vehicle body is an articulate type, characterised in that the state of the vehicle body includes an articulate angle (Θ).