mhurhangee/patent-ind-claim-en huggingface dataset:
A power transmitter for supplying power to a power receiver connected to a load (L), the power transmitter comprising: a first coil configured to wirelessly transmit the power to a second coil of the power receiver ; a converter configured to receive direct current (DC) power, convert the DC power into alternating current (AC) power (Pac2), and supply the AC power (Pac2) to the first coil ; and a controller configured to execute power control for causing power (Pout) supplied to the load (L) to approach desired power, wherein the controller is configured to execute frequency control of the AC power (Pac2) and at least one control of phase shift control of the AC power (Pac2) of the converter and voltage control of the DC power as the power control, when the power (Pout) supplied to the load (L) cannot be caused to approach the desired power by the frequency control, the controller is configured to execute at least one of the phase shift control and the voltage control, the controller is configured to execute the frequency control and the phase shift control as the power control, the controller is configured to execute the phase shift control when the power (Pout) supplied to the load (L) cannot be caused to approach the desired power by the frequency control, characterised in that the controller is configured to perform frequency control for changing the magnitudes of the AC power (Pac2) and the power (Pout) supplied to the load (L) by changing the frequency of the AC power (Pac2). a first coil configured to wirelessly transmit the power to a second coil of the power receiver ; a converter configured to receive direct current (DC) power, convert the DC power into alternating current (AC) power (Pac2), and supply the AC power (Pac2) to the first coil ; and a controller configured to execute power control for causing power (Pout) supplied to the load (L) to approach desired power, wherein the controller is configured to execute frequency control of the AC power (Pac2) and at least one control of phase shift control of the AC power (Pac2) of the converter and voltage control of the DC power as the power control, when the power (Pout) supplied to the load (L) cannot be caused to approach the desired power by the frequency control, the controller is configured to execute at least one of the phase shift control and the voltage control, the controller is configured to execute the frequency control and the phase shift control as the power control, the controller is configured to execute the phase shift control when the power (Pout) supplied to the load (L) cannot be caused to approach the desired power by the frequency control, characterised in that the controller is configured to perform frequency control for changing the magnitudes of the AC power (Pac2) and the power (Pout) supplied to the load (L) by changing the frequency of the AC power (Pac2).
Method of connecting two components by ultrasonic welding for producing a power semiconductor module, said method comprising the steps of: a) Aligning the components to be welded to form a welding interface ; b) Aligning a welding tool to the aligned components; c) Removably arranging a trapping material at least partly encompassing the welding interface ; and d) Connecting the components by activating the welding tool ; said method characterized in that the trapping material is a foam. a) Aligning the components to be welded to form a welding interface ; b) Aligning a welding tool to the aligned components; c) Removably arranging a trapping material at least partly encompassing the welding interface ; and d) Connecting the components by activating the welding tool ; said method characterized in that the trapping material is a foam.
A work machine comprising: a machine body ; an articulated-type work implement including a boom rotatably mounted to the machine body , an arm rotatably mounted to a tip portion of the boom , and a work tool rotatably mounted to the arm ; a boom cylinder configured to drive the boom ; an arm cylinder configured to drive the arm ; a work tool cylinder configured to drive the work tool ; an operation device that expands and contracts the boom cylinder , the arm cylinder , and the work tool cylinder at a speed according to an operation amount, and outputs an operation signal for operating the work implement , and a controller configured to set a target surface for the work tool , and control an operation of the work implement in such a manner that the work tool does not penetrate to below the target surface, characterized in that the controller is configured to set a speed correction region on an upper side of the target surface, to decrease a width of the speed correction region as an operation amount of the operation device for outputting the operating signal for operating the work implement decreases, and to control the operation of the work implement in such a manner that the work tool does not penetrate into the speed correction region. a machine body ; an articulated-type work implement including a boom rotatably mounted to the machine body , an arm rotatably mounted to a tip portion of the boom , and a work tool rotatably mounted to the arm ; a boom cylinder configured to drive the boom ; an arm cylinder configured to drive the arm ; a work tool cylinder configured to drive the work tool ; an operation device that expands and contracts the boom cylinder , the arm cylinder , and the work tool cylinder at a speed according to an operation amount, and outputs an operation signal for operating the work implement , and a controller configured to set a target surface for the work tool , and control an operation of the work implement in such a manner that the work tool does not penetrate to below the target surface, characterized in that the controller is configured to set a speed correction region on an upper side of the target surface, to decrease a width of the speed correction region as an operation amount of the operation device for outputting the operating signal for operating the work implement decreases, and to control the operation of the work implement in such a manner that the work tool does not penetrate into the speed correction region.
A Lubiprostone crystal VI having an X-ray powder diffraction (XRPD) pattern exhibiting its five strongest characteristic peaks at the following 2θ reflection angles: 7.5±0.2°, 10.3±0.2°, 13.9±0.2°, 18.7±0.2°, and 21.1±0.2°.
A method for a communication device , comprising: sending a radio link failure report when a new connection is established between the communication device and an access network; characterized in that the radio link failure report includes information about a power saving state of the communication device when the radio link failure occurred.
A system, comprising: a power source configured to supply a first voltage; a voltage regulator configured to receive the first voltage and supply a second voltage, wherein the second voltage corresponds to a rated operating voltage for a controller ; the controller configured to receive the second voltage and output the second voltage via an output pin ; a switching element configured to receive the second voltage from the output pin of the controller at a first terminal and receive the first voltage from the power supply at a second terminal, wherein the switching element is configured to selectively charge a storage capacitor ; characterised in that the switching element is configured to selectively charge the storage capacitor based on a difference between the first voltage and the second voltage, and in that the switching element is configured to automatically open in response to the second voltage being approximately equal to a sum of the first voltage and a threshold corresponding to the switching element. a power source configured to supply a first voltage; a voltage regulator configured to receive the first voltage and supply a second voltage, wherein the second voltage corresponds to a rated operating voltage for a controller ; the controller configured to receive the second voltage and output the second voltage via an output pin ; a switching element configured to receive the second voltage from the output pin of the controller at a first terminal and receive the first voltage from the power supply at a second terminal, wherein the switching element is configured to selectively charge a storage capacitor ; characterised in that the switching element is configured to selectively charge the storage capacitor based on a difference between the first voltage and the second voltage, and in that the switching element is configured to automatically open in response to the second voltage being approximately equal to a sum of the first voltage and a threshold corresponding to the switching element.
Fragrance dispenser comprising a timer device , said timer device comprising a first timer in communication with control means , said control means being in communication with the fragrance dispenser and said first timer sending an order to the control means after a first preset time period is counted by the first timer , characterized in that the timer device also comprises a second timer in communication with said control means , said second timer counting a second preset time period that is a portion of said first preset time period, so that when said second time period is expired and said first time period is also expired, control means of the timer device are reset, and the fragrance dispenser connected with the timer device starts a new operation cycle.
An exhaust gas treatment device for treating exhaust gas of the combustion unit , comprising an exhaust gas system with a connecting device for connecting the exhaust gas system to the combustion unit and arranged in the exhaust gas system an oxidation catalyst , a reduction catalyst for the selective catalytic reduction and a particle filter , wherein the oxidation catalyst is arranged upstream of the reduction catalyst and the reduction catalyst upstream of the particle filter and a metering module is arranged between the oxidation catalyst and the reduction catalyst , wherein the reduction catalyst is arranged far upstream in the exhaust gas system in the direction of the exhaust gas flow in such a manner that the heat of the exhaust gas passing through the reduction catalyst suffices, in order to bring the reduction catalyst to an operating temperature, wherein the metering module is arranged in a connecting module characterized in that , wherein the particle filter is arranged at a vertical height lower than the connecting device on the side of the combustion unit , wherein the oxidation catalyst , the metering module , the reduction catalyst and the particle filter are arranged on a side of the combustion unit and the oxidation catalyst is arranged at a vertical height at the height of the connecting device , wherein the exhaust gas treatment device furthermore has a low-pressure exhaust gas recirculation .
A method of separating and detecting analytes of a sample, the method comprising: applying a sample to a separation medium, wherein the separation medium is a polyacrylamide gel; embedding a dipstick in the separation medium and colocalizing the dipstick with the separation path of the analyte at the time the dipstick is embedded in the separation medium; thereafter, separating analytes of the sample in the separation medium in the separation path along a separation axis; immobilizing the analytes on the dipstick embedded in the separation medium in which analytes become distributed such that the dipstick or an elongated portion thereof is aligned parallel to the separation axis, while preserving the distribution of the analytes in the separation medium, as achieved by the separating, and facilitating immobilization of the analytes on the dipstick; removing the dipstick from the separation medium; and detecting the analytes immobilized on the removed dipstick. applying a sample to a separation medium, wherein the separation medium is a polyacrylamide gel; embedding a dipstick in the separation medium and colocalizing the dipstick with the separation path of the analyte at the time the dipstick is embedded in the separation medium; thereafter, separating analytes of the sample in the separation medium in the separation path along a separation axis; immobilizing the analytes on the dipstick embedded in the separation medium in which analytes become distributed such that the dipstick or an elongated portion thereof is aligned parallel to the separation axis, while preserving the distribution of the analytes in the separation medium, as achieved by the separating, and facilitating immobilization of the analytes on the dipstick; removing the dipstick from the separation medium; and detecting the analytes immobilized on the removed dipstick.
A receiver comprising an external housing, wherein the external housing comprises a first housing , a second housing and a third housing adapted with each other from top to bottom, a vibration system is accommodated in a cavity formed by the external housing and comprises a vibration diaphragm dividing the receiver into a front sound cavity and a rear sound cavity, which is characterized in that the third housing is injection-molded and a corner of the third housing is provided with a sound outlet hole of the rear sound cavity which is in communication with outside environment, the corner of the third housing is coupled with a mesh fabric at a position corresponding to the sound outlet hole by injection-molding, and the mesh fabric covers the sound outlet hole and isolates the rear sound cavity from the outside environment.
Power distribution apparatus comprising: a first automatic transfer switch having a first power input, a second power input, a power output, and a transfer switch, wherein the transfer switch selectively connects either said first power input or said second power input to said power output, depending on a state of power at one or both said first and second power inputs: a first plug-in busway tap box enclosure for connecting electrically and mechanically said first power input to a first power busway , wherein said first automatic transfer switch is incorporated into said first plug-in busway tap box enclosure, said first power busway comprising a linear portion of a power distribution topology of a data center that is installed parallel to a row of equipment racks; a power conduit that interfaces with said first plug-in busway tap box enclosure for connecting said second power input to a second power busway ; and a power supply cord for connecting said power output to an output load disposed in an equipment rack. a first plug-in busway tap box enclosure for connecting electrically and mechanically said first power input to a first power busway , wherein said first automatic transfer switch is incorporated into said first plug-in busway tap box enclosure, said first power busway comprising a linear portion of a power distribution topology of a data center that is installed parallel to a row of equipment racks; a power conduit that interfaces with said first plug-in busway tap box enclosure for connecting said second power input to a second power busway ; and a power supply cord for connecting said power output to an output load disposed in an equipment rack.
Cooling module having a fan wheel and having a housing (4, 6, 10; 206), wherein, for sound attenuation, at least one wall portion (14, 20, 24, 40; 214) of the housing (4, 6, 10; 206) has chambers (36; 136) which are delimited by a microperforated absorber extending over a plurality of chambers (36; 136) and by partitions (35; 135), wherein the microperforated absorber has a plurality of comparatively small through-apertures, and wherein the chambers (36; 136) are separated from one another by the partitions (35; 135), wherein the absorber is in one piece, characterized in that the absorber forms a plurality of inner flat wall elements and, between them, has contact portions in contact with an outer flat wall element, wherein the absorber is formed from a metal sheet and has a plurality of mutually parallel bending points.
Formwork for pouring a concrete slab , which d formwork includes a membrane formed of a foil or tarpaulin or the like made of plastic, whereby the membrane forms the bearing surface that bears the concrete to be poured for the concrete slab while it cures, whereby the formwork has a perimeter, provided on at least two opposite sides with lateral elements , and whereby the membrane is fixed and has been fastened to the lateral elements of the formwork to that end, so that the membrane will be stretched between at least two opposite sides of its perimeter, when concrete is poured in the formwork , and whereby the membrane is optionally pre-stretched between said at least two opposite sides of its perimeter, so that the membrane is already stretched before concrete is poured in the formwork , wherein a reinforcement is provided over the membrane , whereby said opposite lateral elements on the opposite sides of the membrane are mutually connected by transverse elements which hold the lateral elements at a distance from one another and which are able to absorb the tension force for stretching the membrane which is present as soon as and optionally before the concrete is being poured, until this concrete has cured, wherein on the opposite sides of the membrane retaining means are provided to hold the membrane and tightening means with which the retaining means can be moved in relation to one another in order to stretch the membrane .
Operating bar fitting with locking plate for windows, doors, or the like, comprising locking pins which project from the operating bars and which, in a locking position, engage behind retaining shoulders of counter locking parts on the frame side, and comprising a device for achieving a slightly open ventilation position (III) of the leaf with respect to the frame in one position of the operating bar actuation handle , said device being formed by an operating bar retaining pin which is moved into a receiving recess of a locking plate on the frame side via run-on sloping surfaces , with the retaining pin being formed by at least one of the locking pins, and the locking plate , on the frame side, having a locking slot behind which the retaining pin engages in the locking position (I), and a run-on sloping surface which is offset inwards and which, in the slightly open position, pushes the retaining pin away over a plane running ahead of the retaining shoulder away from the rebate, and with the run-on sloping surface being adjustable, characterised in that the run-on sloping surface is attached to an adjusting piece mounted beneath a cover plate forming the locking slot and in that in the slightly open ventilation position (III) the retaining pin is associated with a locking slot section which is movable relative to the locking slot .
A method comprising: in response to receiving an input from a first user indicating that the first user intends to record audio content, causing capture and storage of audio content; receiving input from the first user indicating at least one identifier for the audio content; associating the stored audio content with the at least one identifier; receiving a voice input from a subsequent user; analyzing characteristics of the voice input; in response to determining that the voice input has particular characteristics, biasing speech recognition in respect of the voice input towards recognition of the at least one identifier, comprising modifying one or more values of or generated by a voice to text model to increase the likelihood that the at least one identifier is recognized, wherein the particular characteristics indicate that the subsequent user is someone different to the first user; and in response to recognizing, based on the biased speech recognition, presence of the at least one identifier in the voice input, causing playback of the stored audio content. in response to receiving an input from a first user indicating that the first user intends to record audio content, causing capture and storage of audio content; receiving input from the first user indicating at least one identifier for the audio content; associating the stored audio content with the at least one identifier; receiving a voice input from a subsequent user; analyzing characteristics of the voice input; in response to determining that the voice input has particular characteristics, biasing speech recognition in respect of the voice input towards recognition of the at least one identifier, comprising modifying one or more values of or generated by a voice to text model to increase the likelihood that the at least one identifier is recognized, wherein the particular characteristics indicate that the subsequent user is someone different to the first user; and in response to recognizing, based on the biased speech recognition, presence of the at least one identifier in the voice input, causing playback of the stored audio content.
A nano-sand mill with static discharge at the tail end of a turbine, comprising a main body and a screen box , wherein the screen box is fixedly installed at a bottom of the main body , a top surface of the screen box is provided with a through hole , the screen box is communicated with a discharge chamber of the main body through the through hole , an annular mounting plate is fixedly installed on an inner side surface of the screen box , a screen is fixedly installed between inner side surfaces of the annular mounting plate , and a striking mechanism is provided inside the annular mounting plate ; and the striking mechanism comprises a striking box , a side surface of the striking box is fixedly connected with a connecting frame, two symmetrical rotating shafts are movably connected between a front inner wall and a back inner wall of the striking box , a rotating roller is fixedly installed on an outer surface of the rotating shaft , evenly distributed installation sleeves are fixedly installed on an outer surface of the rotating roller , evenly distributed bumps are fixedly installed on an outer surface of the installation sleeve , a drive box for driving the two rotating shafts is fixedly installed on a front surface of the striking box , two sets of symmetrical limit sleeves penetrate and are fixedly connected with an inner top wall of the striking box , a protruding rod is movably connected between inner rings of the limit sleeve , a connecting block is fixedly installed on a bottom of the protruding rod , a bottom of the connecting block is in contact with a top surface of the bump , a second spring is fixedly installed between a top surface of the connecting block and the inner top wall of the striking box , and a striking marble is fixedly installed on a top of the protruding rod .