mhurhangee/ep-ind-claims huggingface dataset:
Hair restorer, consisting of an aqueous sodium carbonate solution with the pH value of the solution in the range of 9.5 to 12, for use in the promotion or strengthening of hair growth and in hair thickening, wherein the aqueous solution is applied on the scalp and is allowed to take action.
Metallurgical plant for processing a hot product, comprising a device for energy recovery through utilisation of residual heat of a plant part and/or of the hot product, characterised in that the device comprises a collector element which faces the plant part and/or the hot product and which has a collector area (A K), wherein the collector area (A K) can be acted on by a heat flow (dQ/dt) from the plant part and/or the hot product, wherein the collector element is in thermally conductive connection with a contact element, wherein arranged on the contact element is at least one thermoelement by which electrical energy can be directly obtained with utilisation of the heat flow (dQ/dt), wherein the thermoelement is in thermal connection with the contact element at a contact area (A T) which is smaller than the collector area (A K), wherein the contact area (A T) is at most half as large as the collector area (A K), wherein the thermoelement is connected by its side remote from the contact element with a cooling element and wherein at least one spacer by which the contact element and the cooling element are kept at a defined spacing (a) is present.
A handheld airless fluid sprayer comprising: a housing comprising a handle integrated with the housing; a trigger supported by the housing; a fluid container supported by the housing; a reciprocating piston fluid pump located within the housing and comprising at least one piston configured to reciprocate to pressurize at least one pumping chamber; a drive element located within the housing and configured to output rotational motion; a connecting mechanism located within the housing and connected to the drive element and the at least one piston, the connecting mechanism configured to convert the rotational motion output by the drive element to reciprocating motion that reciprocates the at least one piston of the reciprocating piston fluid pump; and characterized by a reversible spray tip that rotates within a tip guard, the spray tip supported by the housing and fluidly connected to an outlet of the at least one pumping chamber, and a return line supported by the housing that routes fluid drawn from the fluid container back into the fluid container. a housing comprising a handle integrated with the housing; a trigger supported by the housing; a fluid container supported by the housing; a reciprocating piston fluid pump located within the housing and comprising at least one piston configured to reciprocate to pressurize at least one pumping chamber; a drive element located within the housing and configured to output rotational motion; a connecting mechanism located within the housing and connected to the drive element and the at least one piston, the connecting mechanism configured to convert the rotational motion output by the drive element to reciprocating motion that reciprocates the at least one piston of the reciprocating piston fluid pump; and characterized by a reversible spray tip that rotates within a tip guard, the spray tip supported by the housing and fluidly connected to an outlet of the at least one pumping chamber, and a return line supported by the housing that routes fluid drawn from the fluid container back into the fluid container.
Guiding device with a running rail and a guide carriage that is displaceable along the running rail and is rotatably connectable to a first separation element, and that comprises a carriage body with a carriage head and a carriage foot that are connected with one another by a carriage beam, whereby the carriage head holds at least one support wheel and at least two guide wheels and the carriage foot is connected torque proof with a first end piece of a hinge lever, whose second end piece is rotatably held by a hinge shaft at the level or below the running rail, which hinge shaft is arranged in a guide hinge, which is attachable laterally at the front side of the first separation element, characterized in that the carriage foot comprises a bolt chamber, that is provided on the upper side with a bearing seat having a front sided recess, with a front sided chamber opening and at the lower side with a chamber base having a receiving opening and that the first end piece of the hinge lever comprises a lever block with a threaded bore provided therein, in which a bolt shaft of a mounting bolt is pivotally held, which mounting bolt is insertable through the chamber opening into the bolt chamber and is held pivotally and adjustable in the bearing seat and is secured against automatic disconnection.
A method for preparing sponge titanium from potassium fluotitanate by aluminothermic reduction, characterized in that, the method comprises the following steps: a reaction step: aluminum and magnesium are mixed under a vacuum argon introduction condition, and the mixture is then reacted with potassium fluotitanate; a distillation step: KF, AlF3, MgF2 and Mg generated by reaction are distilled out under a vacuum state; and a cooling step: sponge titanium is obtained subsequent to banking cooling; wherein the mass ratio of the aluminum to the magnesium is 1:1 to 1:10. a reaction step: aluminum and magnesium are mixed under a vacuum argon introduction condition, and the mixture is then reacted with potassium fluotitanate; a distillation step: KF, AlF3, MgF2 and Mg generated by reaction are distilled out under a vacuum state; and a cooling step: sponge titanium is obtained subsequent to banking cooling; wherein the mass ratio of the aluminum to the magnesium is 1:1 to 1:10.
A method for fabricating an electric coil on a circuit board for use in a wireless charging apparatus according to claim 12, comprising: fabricating on the circuit board a first coil layer comprising a first coil trace and a plurality of vias distributed along the length of the first coil trace; and overlaying a second coil layer on the first coil layer, wherein the vias of the first coil layer join the first coil layer and the second coil layer, wherein at least some of the vias are fabricated to have different sizes and surfaces to increase current flow. fabricating on the circuit board a first coil layer comprising a first coil trace and a plurality of vias distributed along the length of the first coil trace; and overlaying a second coil layer on the first coil layer, wherein the vias of the first coil layer join the first coil layer and the second coil layer, wherein at least some of the vias are fabricated to have different sizes and surfaces to increase current flow.
A vascular system comprising: a self-expanding apparatus which undergoes a phase change enabling it to move from at least a compacted position to an expanded position, and a filter effective for, when implanted in at least one of a vessel and a body lumen, trapping thrombi; characterised in that, the filter comprises a plurality of degradable polymeric string-like members, which members expand from a slackened to a tensioned state in conjunction with the phase change of the apparatus from the compacted position to the expanded position. a self-expanding apparatus which undergoes a phase change enabling it to move from at least a compacted position to an expanded position, and a filter effective for, when implanted in at least one of a vessel and a body lumen, trapping thrombi; characterised in that, the filter comprises a plurality of degradable polymeric string-like members, which members expand from a slackened to a tensioned state in conjunction with the phase change of the apparatus from the compacted position to the expanded position.
A system for supplying power from an input node to an output node (VOUT) comprising: multiple MOSFET switches (Q1, Q2) coupled in parallel between the input node and the output node (VOUT) and each controlled by a switch control signal for performing switching operations to provide power from the input node to the output node (VOUT), the MOSFET switches (Q1, Q2) being supplied with an ON signal to command the MOSFET switches (Q1, Q2) to turn on, fault detecting circuitry being configured for indicating a fault condition of the MOSFET switches (Q1, Q2) when the MOSFET switches (Q1, Q2) are commanded to turn on and a condition is detected wherein a voltage across the MOSFET switches (Q1, Q2) exceeds a predetermined value for a predetermined period of time; wherein the fault detecting circuitry is further configured for indicating the fault condition of the MOSFET switches (Q1, Q2) when the MOSFET switches (Q1, Q2) are commanded to turn on and a condition is detected wherein the gate to source voltages of all of the MOSFET switches (Q1, Q2) are below a threshold value for a predetermined period of time; and wherein the fault detecting circuitry is further configured for indicating the fault condition of the MOSFET switches (Q1, Q2) when the MOSFET switches (Q1, Q2) are commanded to turn on and a condition is detected wherein the gate to source voltage of any one of the MOSFET switches (Q1, Q2) is below a threshold value and an output signal of that MOSFET switch is not being regulated for current limitation. multiple MOSFET switches (Q1, Q2) coupled in parallel between the input node and the output node (VOUT) and each controlled by a switch control signal for performing switching operations to provide power from the input node to the output node (VOUT), the MOSFET switches (Q1, Q2) being supplied with an ON signal to command the MOSFET switches (Q1, Q2) to turn on, fault detecting circuitry being configured for indicating a fault condition of the MOSFET switches (Q1, Q2) when the MOSFET switches (Q1, Q2) are commanded to turn on and a condition is detected wherein a voltage across the MOSFET switches (Q1, Q2) exceeds a predetermined value for a predetermined period of time; wherein the fault detecting circuitry is further configured for indicating the fault condition of the MOSFET switches (Q1, Q2) when the MOSFET switches (Q1, Q2) are commanded to turn on and a condition is detected wherein the gate to source voltages of all of the MOSFET switches (Q1, Q2) are below a threshold value for a predetermined period of time; and wherein the fault detecting circuitry is further configured for indicating the fault condition of the MOSFET switches (Q1, Q2) when the MOSFET switches (Q1, Q2) are commanded to turn on and a condition is detected wherein the gate to source voltage of any one of the MOSFET switches (Q1, Q2) is below a threshold value and an output signal of that MOSFET switch is not being regulated for current limitation.
A terminal device for cell voltage measurement of a fuel cell having a plurality of cells, the terminal device comprising: a plurality of terminals each including a conductive columnar part, the terminals being electrically connected to the cells by the columnar part of each of the terminals being in contact with a conductive terminal contact part of a different cell of the fuel cell; a support member that supports the terminals so that center axes of the columnar parts of the terminals are parallel to each other, and so that the center axes are aligned in one row at fixed intervals; and a fixing member that supports the support member so as to be able to rotate around a specified rotation shaft that is parallel to the center axes, the fixing member being attached to the fuel cell. a plurality of terminals each including a conductive columnar part, the terminals being electrically connected to the cells by the columnar part of each of the terminals being in contact with a conductive terminal contact part of a different cell of the fuel cell; a support member that supports the terminals so that center axes of the columnar parts of the terminals are parallel to each other, and so that the center axes are aligned in one row at fixed intervals; and a fixing member that supports the support member so as to be able to rotate around a specified rotation shaft that is parallel to the center axes, the fixing member being attached to the fuel cell.
A chiller system comprising: - a compressor configured to circulate a refrigerant between an evaporator and a condenser in a closed refrigerant loop; - a synchronous motor (50, 86) configured to drive the compressor, the motor (50, 86) comprising a stator winding and a rotor; and - a controller configured to provide a control signal to the motor (50, 86) based on an estimated flux linkage, wherein the controller is configured to estimate the flux linkage of the rotor by: - applying a voltage of the stator winding to a transfer function comprising an S-domain integration operation and an error correction variable; characterized by - using a first value of the error correction variable in the transfer function to obtain convergence of the flux linkage over an initial motor starting interval; and - updating the transfer function to replace the first value of the error correction variable with a second value of the error correction variable after the initial motor starting interval to reduce a flux linkage estimation error resulting from the error correction variable. - a compressor configured to circulate a refrigerant between an evaporator and a condenser in a closed refrigerant loop; - a synchronous motor (50, 86) configured to drive the compressor, the motor (50, 86) comprising a stator winding and a rotor; and - a controller configured to provide a control signal to the motor (50, 86) based on an estimated flux linkage, wherein the controller is configured to estimate the flux linkage of the rotor by: - applying a voltage of the stator winding to a transfer function comprising an S-domain integration operation and an error correction variable; characterized by - using a first value of the error correction variable in the transfer function to obtain convergence of the flux linkage over an initial motor starting interval; and - updating the transfer function to replace the first value of the error correction variable with a second value of the error correction variable after the initial motor starting interval to reduce a flux linkage estimation error resulting from the error correction variable. - applying a voltage of the stator winding to a transfer function comprising an S-domain integration operation and an error correction variable; - using a first value of the error correction variable in the transfer function to obtain convergence of the flux linkage over an initial motor starting interval; and - updating the transfer function to replace the first value of the error correction variable with a second value of the error correction variable after the initial motor starting interval to reduce a flux linkage estimation error resulting from the error correction variable.
A planographic printing plate precursor, comprising: a substrate having a hydrophilic surface; and two or more positive-working recording layers provided on the substrate and each containing an alkali-soluble resin, wherein at least one of the two or more positive-working recording layers includes an infrared absorbing agent, and wherein, of the two or more positive-working recording layers, a positive-working recording layer provided in closest proximity to the substrate includes a resin having an onium salt structure and a (meth)acrylic resin having at least one repeating unit selected from a structural unit represented by the following Formula or a structural unit represented by the following Formula: wherein, in Formulae and, R 1 represents a hydrogen atom or an alkyl group; Z represents -O- or -N(R 2)- wherein R 2 represents a hydrogen atom, an alkyl group, an alkenyl group, or an alkynyl group; Ar 1 and Ar 2 each independently represent an aromatic group, and at least one of Ar 1 or Ar 2 is a heteroaromatic group; and a and b each independently represent 0 or 1.
A method of a first mode terminal in a wireless communication system, the method comprising: receiving, from a base station, information on shared resources for vehicle-to-everything, V2X, communication of a first mode terminal and a second mode terminal; configuring a resource reservation field based on the information on the shared resources and a semi-persistent scheduling, SPS, periodicity configured to the first mode terminal; and transmitting a control message including the configured resource reservation field, wherein the method further comprises: receiving, from the base station, a radio resource control, RRC, message including information for configuring a sensing measurement for the shared resources; performing a sensing measurement for the shared resources based on the RRC message; and transmitting periodically, to the base station, a result of the sensing measurement, wherein the first mode terminal is associated with a sidelink transmission mode 3, and the second mode terminal is associated with a sidelink transmission mode 4. receiving, from a base station, information on shared resources for vehicle-to-everything, V2X, communication of a first mode terminal and a second mode terminal; configuring a resource reservation field based on the information on the shared resources and a semi-persistent scheduling, SPS, periodicity configured to the first mode terminal; and transmitting a control message including the configured resource reservation field, wherein the method further comprises: receiving, from the base station, a radio resource control, RRC, message including information for configuring a sensing measurement for the shared resources; performing a sensing measurement for the shared resources based on the RRC message; and transmitting periodically, to the base station, a result of the sensing measurement, wherein the first mode terminal is associated with a sidelink transmission mode 3, and the second mode terminal is associated with a sidelink transmission mode 4. receiving, from the base station, a radio resource control, RRC, message including information for configuring a sensing measurement for the shared resources; performing a sensing measurement for the shared resources based on the RRC message; and transmitting periodically, to the base station, a result of the sensing measurement, wherein the first mode terminal is associated with a sidelink transmission mode 3, and the second mode terminal is associated with a sidelink transmission mode 4.
A method for extending a usable frequency range of an analog input signal (i) being processed by a hearing device, the method comprising the steps of: - converting the analog input signal (i) to a first digitized output signal (o 1) and to an intermediate signal (o m), the first output signal (o 1) having a final sampling rate and the intermediate signal (o m) having an intermediate sampling rate that is greater than the final sampling rate, - applying band-pass filtering to the intermediate signal (o m) in order to obtain a filtered intermediate signal (o mf), a lower cut-off frequency of the band-pass filtering being above half the final sampling rate, an upper cut-off frequency of the band-pass filtering being below half the intermediate sampling rate, and - shifting a spectrum of the filtered intermediate signal (o mf) to a frequency range being below the final sampling rate to obtain an intermediate output signal (o m2). - converting the analog input signal (i) to a first digitized output signal (o 1) and to an intermediate signal (o m), the first output signal (o 1) having a final sampling rate and the intermediate signal (o m) having an intermediate sampling rate that is greater than the final sampling rate, - applying band-pass filtering to the intermediate signal (o m) in order to obtain a filtered intermediate signal (o mf), a lower cut-off frequency of the band-pass filtering being above half the final sampling rate, an upper cut-off frequency of the band-pass filtering being below half the intermediate sampling rate, and - shifting a spectrum of the filtered intermediate signal (o mf) to a frequency range being below the final sampling rate to obtain an intermediate output signal (o m2).
An information distributing method by which data of a DVD content is transmitted to an information recording apparatus by way of a communications channel, comprising the steps of: dividing disk image data of each of sectors for the DVD content to be distributed into 12 units of 172 bytes each; storing the divided data units together with 16 control bytes into transport stream packets of 188 bytes each and adding to each unit an inner parity in an error correction code block complying with the DVD format; and characterized by specifying and storing into the control bytes, a content identification code that uniquely identifies on the basis of the individual sectors for the DVD content the content, and a distribution-process identification code that individually identifies on the basis of the individual sectors for the DVD content a content distribution-process. dividing disk image data of each of sectors for the DVD content to be distributed into 12 units of 172 bytes each; storing the divided data units together with 16 control bytes into transport stream packets of 188 bytes each and adding to each unit an inner parity in an error correction code block complying with the DVD format; and characterized by specifying and storing into the control bytes, a content identification code that uniquely identifies on the basis of the individual sectors for the DVD content the content, and a distribution-process identification code that individually identifies on the basis of the individual sectors for the DVD content a content distribution-process.