mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining a location of an electronic device from a Global Navigation Satellite System, GNSS, or Global Positioning System, GPS, and an Inertial Navigation System, INS, wherein the INS comprises a plurality of sensors, comprising: receiving a satellite signal from the GNSS or the GPS; determining the location of the electronic device based on the satellite signal; determining a reliability of location information of the electronic device provided by the GNSS or the GPS using at least one of satellite information of the satellite signal and location information based on the determined location of the electronic device; determining (208-224) an operational level of the INS using the reliability of the location information of the electronic device; and compensating the location of the electronic device by operating the INS according to the determined operational level of the INS, characterized in that a plurality of operational levels of the INS are defined by at least different patterns formed by turned on/off status of each of the sensors of the INS. receiving a satellite signal from the GNSS or the GPS; determining the location of the electronic device based on the satellite signal; determining a reliability of location information of the electronic device provided by the GNSS or the GPS using at least one of satellite information of the satellite signal and location information based on the determined location of the electronic device; determining (208-224) an operational level of the INS using the reliability of the location information of the electronic device; and compensating the location of the electronic device by operating the INS according to the determined operational level of the INS, characterized in that a plurality of operational levels of the INS are defined by at least different patterns formed by turned on/off status of each of the sensors of the INS.
An electrophotographic photosensitive member comprising: a support member ; an electroconductive layer ; and a photosensitive layer in this order, wherein the electroconductive layer contains a binder and particles having a core containing titanium oxide, and a coating layer coating the core and containing titanium oxide doped with niobium or tantalum. a support member ; an electroconductive layer ; and a photosensitive layer in this order, wherein the electroconductive layer contains a binder and particles having a core containing titanium oxide, and a coating layer coating the core and containing titanium oxide doped with niobium or tantalum. a binder and particles having a core containing titanium oxide, and a coating layer coating the core and containing titanium oxide doped with niobium or tantalum.
Intercalated clay, comprising a clay and an algae extract comprising water-soluble polysaccharides as the intercalating compound, wherein the clay is a sheet clay having swelling properties.
An information processing apparatus displaying information on a display apparatus, the information processing apparatus comprising: a memory; a storage; and a processor coupled to the memory, wherein the processor detects a specified position on a display surface of the displaying apparatus, generates visual information based on the detected specified position, recognizes a symbol, including at least one of a character, a numerical value, a graphic, a stroke and a special symbol, formed of one or more visual information items generated by the processor, and determines a plurality of recognition process candidates in association with the symbol, and converts serialized data created by serializing the symbol, the recognition process candidates, the stroke and the graphic data into a portable document format (PDF) file, and wherein the processor saves the PDF file with the serialized data attached in the storage, and the processor obtains the attached serialized data from the PDF file and displays the recognition progress candidates, and prompts a user to reselect from among the displayed recognition process candidates. a memory; a storage; and a processor coupled to the memory, wherein the processor detects a specified position on a display surface of the displaying apparatus, generates visual information based on the detected specified position, recognizes a symbol, including at least one of a character, a numerical value, a graphic, a stroke and a special symbol, formed of one or more visual information items generated by the processor, and determines a plurality of recognition process candidates in association with the symbol, and converts serialized data created by serializing the symbol, the recognition process candidates, the stroke and the graphic data into a portable document format (PDF) file, and wherein the processor saves the PDF file with the serialized data attached in the storage, and the processor obtains the attached serialized data from the PDF file and displays the recognition progress candidates, and prompts a user to reselect from among the displayed recognition process candidates.
Cylinder having - a cylinder housing and a piston , wherein the piston is mounted in the cylinder housing so as to be movable along a piston axis between a retracted position (P1) and an extended position (P2), - wherein provision is made of at least one position-identification unit by means of which an actual position of the piston in relation to the piston axis is able to be determined, - wherein the at least one position-identification unit has a transmitting unit for generating a signal for wireless communication of the actual position to a control unit , and the at least one position-identification unit has an internal energy-transducer unit for supply of energy to the position-identification unit , wherein the cylinder housing has at least one cavity , wherein the at least one position-identification unit is provided completely within the at least one cavity , wherein the energy-transducer unit is designed together with the transmitting unit as a battery-free radio-sensor module, wherein the position-identification unit comprises an actuating unit by way of the actuation of which the signal is able to be generated, characterized in that the actuating unit is able to be switched mechanically between a rest position (RL) and a transmitting position (SL), wherein the actuating unit comprises an actuating pin . - a cylinder housing and a piston , wherein the piston is mounted in the cylinder housing so as to be movable along a piston axis between a retracted position (P1) and an extended position (P2), - wherein provision is made of at least one position-identification unit by means of which an actual position of the piston in relation to the piston axis is able to be determined, - wherein the at least one position-identification unit has a transmitting unit for generating a signal for wireless communication of the actual position to a control unit , and the at least one position-identification unit has an internal energy-transducer unit for supply of energy to the position-identification unit , wherein the cylinder housing has at least one cavity , wherein the at least one position-identification unit is provided completely within the at least one cavity , wherein the energy-transducer unit is designed together with the transmitting unit as a battery-free radio-sensor module, wherein the position-identification unit comprises an actuating unit by way of the actuation of which the signal is able to be generated, characterized in that the actuating unit is able to be switched mechanically between a rest position (RL) and a transmitting position (SL), wherein the actuating unit comprises an actuating pin .
Switching device with at least one contact point and an arc blow device associated with said contact point, where said arc blow device comprises at least one blow magnet (2.1, 2.2) for generating a magnetic blow field, where said blow field is of such nature that a switch arc (3.1, 3.2) developing when said contact point opens is blown out from said contact point, wherein said blow field comprises a first magnetic field area and a second magnetic field area arranged adjacent to said first magnetic field area, where magnetic field lines of said first magnetic field area are oriented in opposite direction to magnetic field lines of said second magnetic field area, and where said blow field further comprises a transition area which connects said first magnetic field area and said second magnetic field area with each other, where the orientation of said magnetic field lines in said transition area, each starting out from said first magnetic field area and said second magnetic field area, aligns toward said contact point so that said switch arc (3.1, 3.2) within said transition area is in dependence of the direction of the current, starting out from said contact point, directed either into said first magnetic field area or into said second magnetic field area and there in both cases blown in the same direction away from said contact point, wherein said arc blow device comprises a first lateral pole plate (6.1), a second lateral pole plate (6.2) and an interposed center pole plate (6.3), where said first magnetic field area is given between said first lateral pole plate (6.1) and said center pole plate (6.3), and where said second magnetic field area is given between said second lateral pole plate (6.2) and said center pole plate (6.3), wherein said center pole plate (6.3) at one first end facing said contact point is shorter than said two lateral pole plates (6.1, 6.2), wherein said switching device further comprises an arc extinguishing device (5.1, 5.2, 5.3) which is arranged such that said switch arc (3.1, 3.2) is blown through said arc blow device into said arc extinguishing device (5.1, 5.2, 5.3), irrespective of the direction of the current, characterized in that said center pole plate (6.3) is at a second end disposed opposite to its first end also shorter than said two lateral pole plates (6.1, 6.2), such that the switch arc (3.1, 3.2) is prior to entering into the arc extinguishing device (5.1, 5.2, 5.3) again directed toward the center between said first lateral pole plate (6.1) and said second lateral pole plate (6.2).
A washing machine comprising; an outer drum ; an inner drum configured to hold items to be washed, wherein said inner drum is rotatably arranged around a rotational axis R in said outer drum; an outer drum opening arranged in said outer drum for accessing said inner drum; a door configured to seal said outer drum opening, wherein said door is arranged to be repeatably movable between a sealed position and an opened position, wherein the transition between said sealed position and said opened position is divided into a sealing movement along a first axis A1 extending outwards from said outer drum and in a sliding movement along a second axis A2; characterized in that the washing machine comprises a door guiding means configured to allow the door to move along said first axis and said second axis, wherein said door guiding means comprises a locking device configured to lock/seal said door and to perform said sealing movement. an outer drum ; an inner drum configured to hold items to be washed, wherein said inner drum is rotatably arranged around a rotational axis R in said outer drum; an outer drum opening arranged in said outer drum for accessing said inner drum; a door configured to seal said outer drum opening, wherein said door is arranged to be repeatably movable between a sealed position and an opened position, wherein the transition between said sealed position and said opened position is divided into a sealing movement along a first axis A1 extending outwards from said outer drum and in a sliding movement along a second axis A2; characterized in that the washing machine comprises a door guiding means configured to allow the door to move along said first axis and said second axis, wherein said door guiding means comprises a locking device configured to lock/seal said door and to perform said sealing movement.
A flowmeter for measuring a fluid flow rate, comprising a first chamber and a second chamber , and a channel connecting said first chamber and said second chamber : - the first chamber being provided with a wall including a first deformable membrane , which extends in the direction of flow of a fluid in the first chamber, and with first and second gauges (R1, R2), on or in the first deformable membrane; - the second chamber being provided with a wall including a second deformable membrane , which extends in the direction of flow of a fluid in the second chamber, and with third and fourth gauges (R3, R4), on or in the second deformable membrane, Characterized in that : - the four gauges form a Wheatstone bridge with which a pressure difference between the first chamber and the second chamber may be measured when a fluid flows through the first chamber, and then through the channel, and then through the second chamber. - the flowmeter further comprising an electronic measurement system , able to measure said pressure difference and to determine the fluid flow rate from the measured pressure difference. - the first chamber being provided with a wall including a first deformable membrane , which extends in the direction of flow of a fluid in the first chamber, and with first and second gauges (R1, R2), on or in the first deformable membrane; - the second chamber being provided with a wall including a second deformable membrane , which extends in the direction of flow of a fluid in the second chamber, and with third and fourth gauges (R3, R4), on or in the second deformable membrane, - the four gauges form a Wheatstone bridge with which a pressure difference between the first chamber and the second chamber may be measured when a fluid flows through the first chamber, and then through the channel, and then through the second chamber. - the flowmeter further comprising an electronic measurement system , able to measure said pressure difference and to determine the fluid flow rate from the measured pressure difference.
A plastic scintillator material comprising a polymeric matrix into which is incorporated at least one fluorescent compound at a mass concentration greater than or equal to 10% by mass of the total mass of the material, wherein the polymeric matrix consists of a crosslinked polymer obtainable by polymerization of a mixture comprising at least one aromatic monomer and at least one monomer playing the role of a crosslinking agent selected from among alkyl diacrylates, alkyl dimethacrylates, and mixtures thereof, the molar proportions of the monomer playing the role of a crosslinking agent and of the aromatic monomer in the mixture being from 10% to 50% and from 90% to 50%, respectively; preferably the molar proportions of the crosslinking agent and of the aromatic monomer in the mixture are from 15% to 20% and from 85% to 80%, respectively.
A tie rod, particularly for an air conditioning unit, comprising a first tie rod part and a second tie rod part , both made of plastic material, said first tie rod part having an end provided with a seat , and said second tie rod part having an end designed to be inserted into the seat of the first tie rod part , and a joint designed to form an adjustable-length connection between said first and second tie rod parts, wherein the joint comprises a first and a second series of ribs formed on said first and second tie rod parts, respectively, said ribs extending transversely to the longitudinal direction of the tie rod and being arranged one after the other in the longitudinal direction of the tie rod , the first series of ribs being capable of engaging with the second series of ribs to define a relative longitudinal position of the tie rod parts with respect to each other, wherein the joint further comprises a clip hinged to the first tie rod part and carrying the first series of ribs , said clip being foldable so as to snap onto the first tie rod part to lock the end of the second tie rod part within the seat of the first tie rod part , said tie rod being characterized in that the seat of the first tie rod part is designed to slidably guide the end of the second tie rod part when the clip is in the open position. a first tie rod part and a second tie rod part , both made of plastic material, said first tie rod part having an end provided with a seat , and said second tie rod part having an end designed to be inserted into the seat of the first tie rod part , and a joint designed to form an adjustable-length connection between said first and second tie rod parts, wherein the joint comprises a first and a second series of ribs formed on said first and second tie rod parts, respectively, said ribs extending transversely to the longitudinal direction of the tie rod and being arranged one after the other in the longitudinal direction of the tie rod , the first series of ribs being capable of engaging with the second series of ribs to define a relative longitudinal position of the tie rod parts with respect to each other, wherein the joint further comprises a clip hinged to the first tie rod part and carrying the first series of ribs , said clip being foldable so as to snap onto the first tie rod part to lock the end of the second tie rod part within the seat of the first tie rod part , said tie rod being characterized in that the seat of the first tie rod part is designed to slidably guide the end of the second tie rod part when the clip is in the open position.
A phase change memory, PCM, array, comprising: a plurality of PCM cells , wherein each PCM cell in the plurality of PCM cells comprises a top electrode , a resistive element , and a bottom electrode ; a global heater comprising a thermally conductive materia contacting each of the plurality of PCM cells, wherein the global heater is configured to receive an electric signal to heat the plurality of PCM cells simultaneously characterised by the global heater surrounding the plurality of PCM cells . a plurality of PCM cells , wherein each PCM cell in the plurality of PCM cells comprises a top electrode , a resistive element , and a bottom electrode ; a global heater comprising a thermally conductive materia contacting each of the plurality of PCM cells, wherein the global heater is configured to receive an electric signal to heat the plurality of PCM cells simultaneously characterised by the global heater surrounding the plurality of PCM cells .
Air filter comprising a fan housing , wherein the fan housing has a feed-air side (Z) and a discharge-air side (A), a fan arranged in the housing , and at least one filter element , characterised in that the fan housing comprises, on the side faces and the upper side, a one-piece cover that is connected exchangeably to the fan housing via adhesive connections.
A personal electronics device , comprising: an image capture device ; a display device ; an input control device; a kiosk interface configured to interface with an external device via a communication link; a communication device configured to communicate with a server; and one or more processors and/or circuits configured to: establish a video call connection with a called party; following the establishment of the video call connection and in response to control signals from the kiosk unit, disable the image capture device; receive incoming video call data; output the received video call data to the external device; receive outgoing video call data from the external device; and transmit the outgoing video call data to the server. an image capture device ; a display device ; an input control device; a kiosk interface configured to interface with an external device via a communication link; a communication device configured to communicate with a server; and one or more processors and/or circuits configured to: establish a video call connection with a called party; following the establishment of the video call connection and in response to control signals from the kiosk unit, disable the image capture device; receive incoming video call data; output the received video call data to the external device; receive outgoing video call data from the external device; and transmit the outgoing video call data to the server. establish a video call connection with a called party; following the establishment of the video call connection and in response to control signals from the kiosk unit, disable the image capture device; receive incoming video call data; output the received video call data to the external device; receive outgoing video call data from the external device; and transmit the outgoing video call data to the server.
Nozzle arrangement for the process connection of a fitting or a sensor , comprising a first, stationary nozzle element and a second, replaceable nozzle element configured to be at least partly received by a receiving opening of the first, stationary nozzle element , wherein the second, replaceable nozzle element has an external thread for applying a union nut of the fitting or the sensor , and at least one holding device configured to hold together the first, stationary nozzle element and the second, replaceable nozzle element .
A circuit comprising: an input node configured to receive a current-mode input signal comprising a bias current; an input stage including an input device communicatively coupled to the input node and configured to receive the current-mode input signal at the input node ; bias circuitry communicatively coupled to the input stage at the input node and configured to: provide a bias current for the input device; and remove at least a portion of the bias current of the current-mode input signal through circuitry associated with the input node such that the current-mode input signal is received by the input device with at least a portion of the bias current of the current-mode input signal removed; a cascode stage communicatively coupled to the input stage and the bias circuitry at the input node and configured to provide a low input impedance to the received current-mode input signal; and an output stage communicatively coupled to the input stage and configured to output a current-mode output signal based on the current-mode input signal. an input node configured to receive a current-mode input signal comprising a bias current; an input stage including an input device communicatively coupled to the input node and configured to receive the current-mode input signal at the input node ; bias circuitry communicatively coupled to the input stage at the input node and configured to: provide a bias current for the input device; and remove at least a portion of the bias current of the current-mode input signal through circuitry associated with the input node such that the current-mode input signal is received by the input device with at least a portion of the bias current of the current-mode input signal removed; a cascode stage communicatively coupled to the input stage and the bias circuitry at the input node and configured to provide a low input impedance to the received current-mode input signal; and an output stage communicatively coupled to the input stage and configured to output a current-mode output signal based on the current-mode input signal. provide a bias current for the input device; and remove at least a portion of the bias current of the current-mode input signal through circuitry associated with the input node such that the current-mode input signal is received by the input device with at least a portion of the bias current of the current-mode input signal removed; a cascode stage communicatively coupled to the input stage and the bias circuitry at the input node and configured to provide a low input impedance to the received current-mode input signal; and an output stage communicatively coupled to the input stage and configured to output a current-mode output signal based on the current-mode input signal.
A trimmer for pruning plants, such as trees or hedges, comprising a chamber able to receive cutting discs , a motor and means for rotating said cutting discs , characterised in that the chamber is curvilinear, the centre being on the rear of said chamber so as to have a convex leading edge BA in the travel and work direction F.