mhurhangee/ep-ind-claims huggingface dataset:
A wireless transmit/receive unit, WTRU, supporting machine-type communications for use in a wireless network, comprising a processor configured to: set a WTRU timer that indicates to the WTRU to change from a mobile originated-and-terminated-mode to a mobile-originated-only mode, in which the WTRU is attached to a wireless communications network and performs no cell reselection, no location update procedures, no system information monitoring, or no paging monitoring while attached to the network; and change the WTRU from the mobile originated-and-terminated-mode to the mobile-originated-only mode in response to the WTRU timer, and to send a message to the wireless network that comprises a time parameter defining an unreachability cycle that is associated with the mobile-originated-only mode, wherein the message comprises at least one of a tracking area update message, a routing area update message, or an attach request message. set a WTRU timer that indicates to the WTRU to change from a mobile originated-and-terminated-mode to a mobile-originated-only mode, in which the WTRU is attached to a wireless communications network and performs no cell reselection, no location update procedures, no system information monitoring, or no paging monitoring while attached to the network; and change the WTRU from the mobile originated-and-terminated-mode to the mobile-originated-only mode in response to the WTRU timer, and to send a message to the wireless network that comprises a time parameter defining an unreachability cycle that is associated with the mobile-originated-only mode, wherein the message comprises at least one of a tracking area update message, a routing area update message, or an attach request message.
An induction heating device, comprising: a working coil; an inverter comprising a first switching element and a second switching element that are configured to perform a switching operation and to apply resonance current to the working coil based on the switching operation; a current transformer comprising a first coil connected to the inverter and the working coil that are configured to change a magnitude of the resonance current in the first coil; a current detecting circuit electrically connected to the current transformer, the current detecting circuit being configured to receive a first resonance current which is the resonance current having changed magnitude and output a first voltage based on the received first resonance current; a voltage detecting circuit electrically connected to the inverter, the voltage detecting circuit being configured to receive a switching voltage applied to the second switching element and to output a second voltage based on the received switching voltage; characterised by an AND circuit configured to receive the first voltage and the second voltage and to output a pulse based on the received first voltage and the received second voltage; and a controller configured to: control the switching operation, receive the output pulse from the AND circuit, and determine a material of an object on the working coil based on a width of the received pulse. a working coil; an inverter comprising a first switching element and a second switching element that are configured to perform a switching operation and to apply resonance current to the working coil based on the switching operation; a current transformer comprising a first coil connected to the inverter and the working coil that are configured to change a magnitude of the resonance current in the first coil; a current detecting circuit electrically connected to the current transformer, the current detecting circuit being configured to receive a first resonance current which is the resonance current having changed magnitude and output a first voltage based on the received first resonance current; a voltage detecting circuit electrically connected to the inverter, the voltage detecting circuit being configured to receive a switching voltage applied to the second switching element and to output a second voltage based on the received switching voltage; characterised by an AND circuit configured to receive the first voltage and the second voltage and to output a pulse based on the received first voltage and the received second voltage; and a controller configured to: control the switching operation, receive the output pulse from the AND circuit, and determine a material of an object on the working coil based on a width of the received pulse. control the switching operation, receive the output pulse from the AND circuit, and determine a material of an object on the working coil based on a width of the received pulse.
A threaded element for a threaded tubular connection which is resistant to galling, comprising a threading coated with a solid thin coating which is not sticky to the touch and adheres to the substrate, which comprises a solid matrix in which particles of solid lubricants are dispersed, characterized in that the solid matrix is lubricating and exhibits plastic or viscoplastic type rheological behaviour, and in that said particles of solid lubricants comprise particles of lubricants from at least two of classes 1, 2, 3 and 4, class 1 being solid bodies owing their lubrication properties to their crystalline structure, for example graphite or boron nitride BN, class 2 being solid bodies owing their lubricating properties to their crystalline structure and to a reactive chemical element in their composition,for example molybdenum disulphide MoS 2, graphite fluoride, sulphides of tin or sulphides of bismuth, class 3, being solid bodies owing their lubricating properties to their chemical reactivity,for example certain thiosulphate type chemical compounds, and class 4 being solid bodies owing their lubricating properties to plastic or viscoplastic behaviour under friction stresses, for example polytetrafluoroethylene, PTFE, or polyamides. classes 1, 2, 3 and 4, class 1 being solid bodies owing their lubrication properties to their crystalline structure, for example graphite or boron nitride BN, class 2 being solid bodies owing their lubricating properties to their crystalline structure and to a reactive chemical element in their composition,for example molybdenum disulphide MoS 2, graphite fluoride, sulphides of tin or sulphides of bismuth, class 3, being solid bodies owing their lubricating properties to their chemical reactivity,for example certain thiosulphate type chemical compounds, and class 4 being solid bodies owing their lubricating properties to plastic or viscoplastic behaviour under friction stresses, for example polytetrafluoroethylene, PTFE, or polyamides.
An assembly comprising: one or more lens elements; and a lens barrel configured to retain the one or more lens elements, the lens barrel including: a connection portion configured to provide a physical coupling to a camera module; and an interface geometry having a complementary shape to an aperture of an external enclosure of a mobile computing device sufficient to align the lens barrel and the one or more lens elements in relation to the external enclosure, wherein the interface geometry is configured as a protrusion extending out of an end surface of the lens barrel opposite to the camera module coupled to the connection portion, and configured to extend into the aperture of the external enclosure. one or more lens elements; and a lens barrel configured to retain the one or more lens elements, the lens barrel including: a connection portion configured to provide a physical coupling to a camera module; and an interface geometry having a complementary shape to an aperture of an external enclosure of a mobile computing device sufficient to align the lens barrel and the one or more lens elements in relation to the external enclosure, wherein the interface geometry is configured as a protrusion extending out of an end surface of the lens barrel opposite to the camera module coupled to the connection portion, and configured to extend into the aperture of the external enclosure. a connection portion configured to provide a physical coupling to a camera module; and an interface geometry having a complementary shape to an aperture of an external enclosure of a mobile computing device sufficient to align the lens barrel and the one or more lens elements in relation to the external enclosure, wherein the interface geometry is configured as a protrusion extending out of an end surface of the lens barrel opposite to the camera module coupled to the connection portion, and configured to extend into the aperture of the external enclosure.
An anti-inflammatory pharmaceutical and/or dermocosmetic composition comprising tamarind seed polysaccharide in combination with an extract of Ferula hermonis as active ingredients, mixed with one or more acceptable excipients.
Floor panel for a raised-access floor, wherein the floor panel's main component is a gypsum material, characterized by at least one edge surface without an edge band or edge finish which, adjacent to the visible surface of the floor panel has an upper segment as well as lower segment, which are both substantially perpendicular to the visible surface, wherein the lower segment is offset by a predetermined spacing towards the central region of the floor panel and a middle segment of the edge is a bevel connecting the upper and the lower segments (3, 6).
An oil scraper ring which extends in a circumferential direction about a center and which has a longitudinal axis extending through the center, wherein the oil scraper ring has an end face oriented towards the center, and wherein the oil scraper ring comprises a first side surface, a second side surface, as well as an outer surface facing away with respect to the center, wherein the oil scraper ring has a plurality of passages extending towards the center at the first side surface, which passages are mutually spaced apart in the circumferential direction and which extend in the radial direction over the complete width of the first side surface and thereby form a fluid conducting connection between the end face and the outer surface, and wherein a respective crown part extending in the circumferential direction is arranged between two passages, wherein the crown part respectively projects over the passage in the direction of extent of the longitudinal axis and in this connection forms a passage side surface for the passage, characterised in that at least one of the crown parts is configured as a long crown part and extends over an angular range (α) between 60 degrees and 350 degrees in the circumferential direction.
Method for estimation of lost temperature increment (T LostIncrement) after system restart for motor coil temperature estimation in an electric power steering apparatus of a motor vehicle with a power pack comprising an ECU with a temperature sensor and an electric motor, characterized in that said method comprises the steps of: a) Storing a given resistance vs temperature curve of the motor coils; b) Storing a measured resistance vs temperature curve of the ECU,; c) Measuring a demand voltage vector (U d,d), a current feedback value I d,fb based on a demand current vector (I d,d) and a battery voltage (U bat) during a special measurement pulse; d) Determining the power pack resistance (R powerpack) based on the parameters measured in step c); e) Measuring the temperature of the ECU (T ECU)with the temperature sensor; f) Determining the resistance of the ECU (R ECU) on basis of the measured temperature in step e) and the stored resistance vs temperature curve of the ECU; g) Subtracting the resistance of the ECU (R ECU) from the determined power pack resistance (R powerpack); h) Determining the temperature of the motor coils (T motorcoil) based on the value obtained in step g) and the stored resistance vs temperature curve of the motor coils; and i) Obtaining the lost temperature increment (T LostIncrement) by subtracting the measured temperature of the ECU (T ECU) from the determined temperature of the motor coils (T motorcoil). a) Storing a given resistance vs temperature curve of the motor coils; b) Storing a measured resistance vs temperature curve of the ECU,; c) Measuring a demand voltage vector (U d,d), a current feedback value I d,fb based on a demand current vector (I d,d) and a battery voltage (U bat) during a special measurement pulse; d) Determining the power pack resistance (R powerpack) based on the parameters measured in step c); e) Measuring the temperature of the ECU (T ECU)with the temperature sensor; f) Determining the resistance of the ECU (R ECU) on basis of the measured temperature in step e) and the stored resistance vs temperature curve of the ECU; g) Subtracting the resistance of the ECU (R ECU) from the determined power pack resistance (R powerpack); h) Determining the temperature of the motor coils (T motorcoil) based on the value obtained in step g) and the stored resistance vs temperature curve of the motor coils; and i) Obtaining the lost temperature increment (T LostIncrement) by subtracting the measured temperature of the ECU (T ECU) from the determined temperature of the motor coils (T motorcoil).
A method of making a food ingredient, comprising: providing an intimate mixture of (i) smoke source and (ii) flavour source; combusting the intimate mixture to generate smoke; and combining the smoke with a carrier, yielding the food ingredient, wherein the flavour source comprises a lipid. providing an intimate mixture of (i) smoke source and (ii) flavour source; combusting the intimate mixture to generate smoke; and combining the smoke with a carrier, yielding the food ingredient, wherein the flavour source comprises a lipid.
Microfluidic apparatus which has a number of influencing devices (Z ij) for influencing a fluid flow in the microfluidic apparatus, wherein the microfluidic apparatus has the following features: a number of signal paths (S i) for the activation of the influencing devices (Z ij), wherein each signal path (S i) comprises at least a number of branch paths (110; 210) to at least one of the influencing devices (Z ij); a number of control valves which are arranged in at least some branch paths (110; 210) of the signal paths (S i), wherein at least one of the number of control valves is assigned to a branch path (110; 210); characterized by a number of control paths (K j) for the switching of at least some of the control valves, wherein at least one control path (K j) is assigned to control valves of different signal paths (S i); and a number of signal path interfaces for applying target states to the signal paths (S i), wherein each signal path interface is assigned to one of the signal paths (S i), and a number of control path interfaces for switching the control valves via the control paths (K j), wherein each control path interface is assigned to one of the control paths (K j). a number of signal paths (S i) for the activation of the influencing devices (Z ij), wherein each signal path (S i) comprises at least a number of branch paths (110; 210) to at least one of the influencing devices (Z ij); a number of control valves which are arranged in at least some branch paths (110; 210) of the signal paths (S i), wherein at least one of the number of control valves is assigned to a branch path (110; 210); characterized by a number of control paths (K j) for the switching of at least some of the control valves, wherein at least one control path (K j) is assigned to control valves of different signal paths (S i); and a number of signal path interfaces for applying target states to the signal paths (S i), wherein each signal path interface is assigned to one of the signal paths (S i), and a number of control path interfaces for switching the control valves via the control paths (K j), wherein each control path interface is assigned to one of the control paths (K j).
A patella protection system adapted for use by a wearer comprising: - an upper member designed to be positioned in proximity of an upper part of the wearer's leg; - a lower member designed to be positioned in proximity of a lower part of the wearer's leg; - an intermediate guard member designed to be positioned over the patella and operatively connected to the upper member and the lower member; wherein said upper member and said lower member are designed to move within said intermediate guard member between a straight configuration and an angulated configuration, the patella protection system is characterized in that said upper member and lower member have predetermined degree of overlap there between within the intermediate guard member in the straight configuration and a reduced degree of overlap there between within the intermediate guard member in the angulated configuration. - an upper member designed to be positioned in proximity of an upper part of the wearer's leg; - a lower member designed to be positioned in proximity of a lower part of the wearer's leg; - an intermediate guard member designed to be positioned over the patella and operatively connected to the upper member and the lower member;
A toy system comprising - a toy spinning top; and - a toy figurine, wherein said toy spinning top comprises a spinner body with an elongate axis; a sidewall; and a bottom wall, wherein said sidewall of the spinner body comprises a top rim; an outside surface; and an inside surface, wherein said bottom wall comprises an outside bottom surface; and an inside bottom surface, characterized in that the inner bottom surface comprises first connection means for releasably connecting second connection means of said toy figurine to the toy spinning top, and allowing transfer of torque from said toy figurine to said toy spinning top; and wherein said sidewall has a height from said inner bottom surface to said top rim which extends over a major part of the height of said toy figurine. - a toy spinning top; and - a toy figurine, wherein said toy spinning top comprises a spinner body with an elongate axis; a sidewall; and a bottom wall, wherein said sidewall of the spinner body comprises a top rim; an outside surface; and an inside surface, wherein said bottom wall comprises an outside bottom surface; and an inside bottom surface, characterized in that the inner bottom surface comprises first connection means for releasably connecting second connection means of said toy figurine to the toy spinning top, and allowing transfer of torque from said toy figurine to said toy spinning top; and wherein said sidewall has a height from said inner bottom surface to said top rim which extends over a major part of the height of said toy figurine.
A tilting and folding device of a treadmill comprising: a base; a track bed, a rear end of which being adapted to be put on a floor; an arm having a first pivotal end pivotably connected to the track bed, and a second pivotal end pivotably connected to a front end of the base, a pivotal portion (3 3 A) of the arm being located between the first pivotal end and the second pivotal end; an actuator having a first end pivotably connected to the base and a second end pivotably connected to the pivotal portion; and a support device, characterized in that the support device comprises a support portion fixed to the first pivotal end, wherein the support portion is to be moved with the arm and has a contact face, and the actuator is adapted to drive the arm for lifting the track bed, so that the front end of the track bed is lifted by the arm pivoted about the second pivotal end, while the rear end of the track bed remains on the floor, until the lifting movement of the front end of the track bed is stopped after being traveled to a pre-set stroke at a position where the contact face comes into contact with the underside of the track bed to support the rear end of the track bed and, when the actuator continuously drives the arm, the rear end of the track bed being supported by the contact face is lifted from the floor to an upright position. a base; a track bed, a rear end of which being adapted to be put on a floor; an arm having a first pivotal end pivotably connected to the track bed, and a second pivotal end pivotably connected to a front end of the base, a pivotal portion (3 3 A) of the arm being located between the first pivotal end and the second pivotal end; an actuator having a first end pivotably connected to the base and a second end pivotably connected to the pivotal portion; and a support device, characterized in that the support device comprises a support portion fixed to the first pivotal end, wherein the support portion is to be moved with the arm and has a contact face, and the actuator is adapted to drive the arm for lifting the track bed, so that the front end of the track bed is lifted by the arm pivoted about the second pivotal end, while the rear end of the track bed remains on the floor, until the lifting movement of the front end of the track bed is stopped after being traveled to a pre-set stroke at a position where the contact face comes into contact with the underside of the track bed to support the rear end of the track bed and, when the actuator continuously drives the arm, the rear end of the track bed being supported by the contact face is lifted from the floor to an upright position.
A packet processing method, comprising: sending, by a root node, a topology update packet to a transit node in an area; receiving a topology update response packet sent by the transit node in the area, wherein the topology update response packet carries node information of the transit node in the area; characterized by configuring a control virtual local area network, VLAN, for each ring in the area respectively according to the node information which is of the transit node in the area and is carried in the topology update response packet, wherein control VLANs of any two rings that have an adjacent edge in the area are different; sending, by the root node, a VLAN configuration packet to the transit node in the area, wherein the VLAN configuration packet carries configuration information used for configuring a control VLAN for each ring in the area respectively. sending, by a root node, a topology update packet to a transit node in an area; receiving a topology update response packet sent by the transit node in the area, wherein the topology update response packet carries node information of the transit node in the area; characterized by configuring a control virtual local area network, VLAN, for each ring in the area respectively according to the node information which is of the transit node in the area and is carried in the topology update response packet, wherein control VLANs of any two rings that have an adjacent edge in the area are different; sending, by the root node, a VLAN configuration packet to the transit node in the area, wherein the VLAN configuration packet carries configuration information used for configuring a control VLAN for each ring in the area respectively.