mhurhangee/patent-ind-claim-en huggingface dataset:
An inverter control device comprising: - voltage detection means for detecting an actual direct-current voltage to be input to an inverter that is configured to convert a direct-current power input from a direct-current power supply into an alternating-current power supplied to a motor ; - target value calculation means for calculating a target value of an alternating-current output from the inverter based on a detection voltage detected by the voltage detection means ; - inverter control means for generating a control signal for a switching element of the inverter based on the detection voltage and the target value to control the inverter ; - abnormality detection means for detecting an occurrence of an abnormality or failure in the voltage detection means so that a voltage greater than the actual voltage is detected by the voltage detection means based on the detected direct-current voltage, and - voltage clamp means for clamping the detection voltage, wherein, when an abnormality or failure is detected by the abnormality detection means , the target value calculation means is configured to calculate the target value based on a first assured voltage (V dc_1 ) clamped by the voltage clamp means representative of a lower limit area of an assured voltage range that is configured to assure an operation of the inverter , characterized in that the inverter control means is configured to generate the control signal representative of a second assured voltage (V dc_h ) that is higher than the first assured voltage (V dc_1 ). - voltage detection means for detecting an actual direct-current voltage to be input to an inverter that is configured to convert a direct-current power input from a direct-current power supply into an alternating-current power supplied to a motor ; - target value calculation means for calculating a target value of an alternating-current output from the inverter based on a detection voltage detected by the voltage detection means ; - inverter control means for generating a control signal for a switching element of the inverter based on the detection voltage and the target value to control the inverter ; - abnormality detection means for detecting an occurrence of an abnormality or failure in the voltage detection means so that a voltage greater than the actual voltage is detected by the voltage detection means based on the detected direct-current voltage, and - voltage clamp means for clamping the detection voltage,
A topical composition comprising 10-hydroxystearic acid or a salt thereof and at least one nonionic emulsifier, with the proviso that the composition is free of any parabene, characterized in that the topical composition comprises a co-emulsifier selected from the group of nonionic solid fatty alcohols having from 12 to 22 carbon atoms as well as mixtures thereof.
A particle beam therapy apparatus comprising: a particle beam irradiator configured to output a particle beam (B); a supporting structure configured to be movable and support the particle beam irradiator ; a plurality of movable plates disposed on a displacement trajectory of the particle beam irradiator , forming a substantially horizontal enveloping surface below a table for placing an irradiation object , comprising in at least one of the plurality of movable plates : a first floor member ; and a second floor member , wherein the first floor member is made of a material that is higher in X-ray transmittance than the second floor member ; an X-ray generator provided in a non-collision area where the X-ray generator does not collide with any of the particle beam irradiator , the supporting structure , and the plurality of movable plates ; and an X-ray detector installed at a position where the X-ray detector faces the X-ray generator and can detect X-rays transmitted through the first floor member , wherein the second floor member is punched and the first floor member is removably fit into the punched portion, thereby coupling the first floor member to the second floor member , and the size of the punched portion is set such that the X-ray generator can be taken in and out through the punched portion when the first floor member is removed. a particle beam irradiator configured to output a particle beam (B); a supporting structure configured to be movable and support the particle beam irradiator ; a plurality of movable plates disposed on a displacement trajectory of the particle beam irradiator , forming a substantially horizontal enveloping surface below a table for placing an irradiation object , comprising in at least one of the plurality of movable plates : a first floor member ; and a second floor member , wherein the first floor member is made of a material that is higher in X-ray transmittance than the second floor member ; a first floor member ; and a second floor member , wherein the first floor member is made of a material that is higher in X-ray transmittance than the second floor member ; an X-ray generator provided in a non-collision area where the X-ray generator does not collide with any of the particle beam irradiator , the supporting structure , and the plurality of movable plates ; and an X-ray detector installed at a position where the X-ray detector faces the X-ray generator and can detect X-rays transmitted through the first floor member , wherein the second floor member is punched and the first floor member is removably fit into the punched portion, thereby coupling the first floor member to the second floor member , and the size of the punched portion is set such that the X-ray generator can be taken in and out through the punched portion when the first floor member is removed.
A system for manufacturing a membrane filter comprising: a radiation source operative to emit radiation that contacts discrete portions of a filter substrate so as to facilitate the formation of openings within the filter substrate ; a collimator disposed between the filter substrate and the radiation source and operative to restrict some of the radiation from contacting the filter substrate , said collimator comprising a body with one or more openings aligned with respect to the radiation source such that any or most of the radiation contacts the filter substrate at an angle of incidence (Ø) that ranges from 70° to 90°, and wherein said one or more openings are defined by a plurality of fins ; further characterized by : an adjustable support operative to move the filter substrate with respect to the collimator ; and a radiation detector disposed on a side of the filter substrate opposite the radiation source and operative to obtain one or more measurements of a flux of the radiation across the filter substrate ; and a controller operative to adjust the flux based at least in part on the one or more measurements, wherein the controller is operative to adjust the flux by adjusting the adjustable support . a radiation source operative to emit radiation that contacts discrete portions of a filter substrate so as to facilitate the formation of openings within the filter substrate ; a collimator disposed between the filter substrate and the radiation source and operative to restrict some of the radiation from contacting the filter substrate , said collimator comprising a body with one or more openings aligned with respect to the radiation source such that any or most of the radiation contacts the filter substrate at an angle of incidence (Ø) that ranges from 70° to 90°, and wherein said one or more openings are defined by a plurality of fins ; further characterized by : an adjustable support operative to move the filter substrate with respect to the collimator ; and a radiation detector disposed on a side of the filter substrate opposite the radiation source and operative to obtain one or more measurements of a flux of the radiation across the filter substrate ; and a controller operative to adjust the flux based at least in part on the one or more measurements, wherein the controller is operative to adjust the flux by adjusting the adjustable support . an adjustable support operative to move the filter substrate with respect to the collimator ; and a radiation detector disposed on a side of the filter substrate opposite the radiation source and operative to obtain one or more measurements of a flux of the radiation across the filter substrate ; and a controller operative to adjust the flux based at least in part on the one or more measurements, wherein the controller is operative to adjust the flux by adjusting the adjustable support .
A coupling comprising a first and second elongated part to be coupled to each other by insertion of the first part into the second part , each part comprises an internal liquefied gas conduit to be fluidly connected at a connection point for transfer of liquefied gas, preferably liquefied hydrogen or helium, through the coupling , one of the first part and the second part comprises a warm seal and the second part comprises a purge opening , the coupling further comprising a cold seal arranged to seal a volume between the cold seal and the warm seal from the internal liquefied gas conduits , characterized in that the warm seal is arranged to seal a space between the first and second parts from the atmosphere, the coupling further comprising a locking device with a first and second lock position wherein, - in the first lock position, the first part is partly inserted into the second part such that a space is formed between the first and second parts, and - the warm seal is engaged such that the purge opening is located between the space and the warm seal enabling purging of a volume between the first and second parts; and - in the second lock position the first part is fully inserted into the second part forming a fluid connection at the connection point . the warm seal is arranged to seal a space between the first and second parts from the atmosphere, the coupling further comprising a locking device with a first and second lock position wherein, - in the first lock position, the first part is partly inserted into the second part such that a space is formed between the first and second parts, and - the warm seal is engaged such that the purge opening is located between the space and the warm seal enabling purging of a volume between the first and second parts; and - in the second lock position the first part is fully inserted into the second part forming a fluid connection at the connection point . - in the first lock position, the first part is partly inserted into the second part such that a space is formed between the first and second parts, and - the warm seal is engaged such that the purge opening is located between the space and the warm seal enabling purging of a volume between the first and second parts; and - in the second lock position the first part is fully inserted into the second part forming a fluid connection at the connection point .
A kit for extracting and amplifying a nucleic acid of a nucleic acid extraction target from a sample containing the nucleic acid extraction target, comprising (i), (ii) and (iii), wherein the nucleic acid extraction target is selected from microorganisms, animal cells, plant cells, and extracellular vesicles: (i) a nucleic acid extraction reagent, containing at least a surfactant with a steroid skeleton; (ii) γ-cyclodextrin having a C1-4 hydroxyalkyl group, wherein said γ-cyclodextrin having a C1-4 hydroxyalkyl group is 2-hydroxypropyl-y-cyclodextrin; and (iii) a nucleic acid amplification reagent. (i) a nucleic acid extraction reagent, containing at least a surfactant with a steroid skeleton; (ii) γ-cyclodextrin having a C1-4 hydroxyalkyl group, wherein said γ-cyclodextrin having a C1-4 hydroxyalkyl group is 2-hydroxypropyl-y-cyclodextrin; and (iii) a nucleic acid amplification reagent.
Method for transmitting multiple measured times (t i ) by way of multiple transmitters (Tx), each of the transmitters (Tx) being associated with devices (C) that are a starting device (C 0 ), a target device (C 1 ) or one of multiple intermediate devices (C i ), wherein the method involves recording a first time (t i ) by way of a first timer and a second time (t i ) by way of a second timer and transmitting the first time (t i ) from a first transmitter (Tx) and the second time (t i ) from a second transmitter (Tx) to a common receiver (Rx) using a respective signal (S i ), and each of the transmitters (Tx) sends a series comprising multiple signals (S i ) associated with its time (t i ), characterized in that the signals (S i ) are sent in such a way that, based on the situation in which the first signal (S i1 ) is sent by each of at least three transmitters (Tx) simultaneously, - the third signal (S i3 ) of each transmitter (Tx) is sent only after the last second signal (S i2 ) of all the transmitters (Tx) and - the interval of time is greater between adjacent third signals (S i3 ) than between adjacent second signals (S i2 ). each of the transmitters (Tx) sends a series comprising multiple signals (S i ) associated with its time (t i ), characterized in that the signals (S i ) are sent in such a way that, based on the situation in which the first signal (S i1 ) is sent by each of at least three transmitters (Tx) simultaneously, - the third signal (S i3 ) of each transmitter (Tx) is sent only after the last second signal (S i2 ) of all the transmitters (Tx) and - the interval of time is greater between adjacent third signals (S i3 ) than between adjacent second signals (S i2 ). - the third signal (S i3 ) of each transmitter (Tx) is sent only after the last second signal (S i2 ) of all the transmitters (Tx) and - the interval of time is greater between adjacent third signals (S i3 ) than between adjacent second signals (S i2 ).
Apparatus for separating wing tips from poultry carcasses , comprising: a suspended conveyor device which is configured to convey poultry carcasses suspended from the legs along a conveyor line in the transport direction ; a support guide which is configured for guiding the neck and shoulder region, extends in the transport direction and is arranged below the poultry carcass , and has at least one support surface configured to support the neck and shoulder region of the poultry carcass ; a lower arm guide which is configured for guiding the poultry lower arm and wing tip of the poultry carcass and is arranged at the side of the support guide ; a first hold-down guide which is configured for holding down the poultry upper arm under pretension and is arranged stationarily; a second hold-down guide which is arranged downstream of the first hold-down guide in the transport direction and has at least two guiding elements configured for holding down the poultry upper arm , wherein the guiding elements are arranged so as to be movable in deflection against a return force; and a separating device which is configured for separating the wing tip and is arranged along the conveyor line in the region of the second hold-down guide . a suspended conveyor device which is configured to convey poultry carcasses suspended from the legs along a conveyor line in the transport direction ; a support guide which is configured for guiding the neck and shoulder region, extends in the transport direction and is arranged below the poultry carcass , and has at least one support surface configured to support the neck and shoulder region of the poultry carcass ; a lower arm guide which is configured for guiding the poultry lower arm and wing tip of the poultry carcass and is arranged at the side of the support guide ; a first hold-down guide which is configured for holding down the poultry upper arm under pretension and is arranged stationarily; a second hold-down guide which is arranged downstream of the first hold-down guide in the transport direction and has at least two guiding elements configured for holding down the poultry upper arm , wherein the guiding elements are arranged so as to be movable in deflection against a return force; and a separating device which is configured for separating the wing tip and is arranged along the conveyor line in the region of the second hold-down guide .
A fiber optic interface module configured to provide optical communication of infrared light between a light source and an optical fiber having an end and a core, comprising: a module body that is substantially transparent to light having an infrared wavelength and that includes a top surface and a bottom surface , wherein the top surface defines a total-internal-reflection mirror , an end wall , and an optical fiber support feature that supports the optical fiber with the optical fiber end abutting the end wall , wherein the optical fiber support feature is a groove; a lens surface formed on the bottom surface of the module body , wherein the lens surface , the total-internal-reflection mirror , the end wall and an intervening portion of the module body define a lens having a folded optical axis that can be laterally offset from the light source by a lateral misalignment δZ; and the lens surface having a shape that provides a theoretical coupling efficiency CE ≥ 85% between the light source and the optical fiber and that defines a back focus that falls within the optical fiber core at a back focus distance F2 in the range of 0 < F2 ≤ 500 μm when the optical fiber is operably supported in the optical fiber support feature , wherein the lens surface has a hyperbolic shape, and wherein the lens surface shape is defined by a radius R in the range of 80 microns ≤ R ≤ 300 microns. a module body that is substantially transparent to light having an infrared wavelength and that includes a top surface and a bottom surface , wherein the top surface defines a total-internal-reflection mirror , an end wall , and an optical fiber support feature that supports the optical fiber with the optical fiber end abutting the end wall , wherein the optical fiber support feature is a groove; a lens surface formed on the bottom surface of the module body , wherein the lens surface , the total-internal-reflection mirror , the end wall and an intervening portion of the module body define a lens having a folded optical axis that can be laterally offset from the light source by a lateral misalignment δZ; and the lens surface having a shape that provides a theoretical coupling efficiency CE ≥ 85% between the light source and the optical fiber and that defines a back focus that falls within the optical fiber core at a back focus distance F2 in the range of 0 < F2 ≤ 500 μm when the optical fiber is operably supported in the optical fiber support feature , wherein the lens surface has a hyperbolic shape, and wherein the lens surface shape is defined by a radius R in the range of 80 microns ≤ R ≤ 300 microns.
A radiating heating module for a tunnel kiln for continuous-cycle firing of ceramic products such as tiles, slabs, bricks, sanitary appliances and the like, which advance on a roller plane located internally of the tunnel, in which the heating means are of a radiant type, characterised in that it comprises a pair of parallel radiant tubes , each comprising at an end thereof a free flame burner , combustion gases of which flow along the tube, and at an opposite end thereof a heat exchanger crossed by the combustion gases, the two radiant tubes being reciprocally orientated in an opposite direction so that the end of the tube of each pair comprising the burner is adjacent to the end of the other tube of the same pair comprising the heat exchanger , the comburent air conduit of the burner of a tube comprising the adjacent heat exchanger located at the end of the other tube.
A composition for use in a method for treating motor neuron diseases (MNDs) wherein the MNDs are amyotrophic lateral sclerosis, spinal muscular atrophy, primary lateral sclerosis, or progressive bulbar palsy, said composition comprising, in each unit, substances in amounts meeting the following proportional relationship, wherein "unit" refers to the daily dosage administered to a patient: 0.3 to 8 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.3 to 8 g, 0.5 to 5 g of aspartic acid, and 2 to 20 g of vitamin B 6 ; preferably 0.325 to 8 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.325 to 8 g, 0.625 to 5 g of aspartic acid, and 3 to 20 g of vitamin B 6 ; further preferably 0.5 to 8 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.5 to 8 g, 1 to 5 g of aspartic acid, and 6 to 20 g of vitamin B 6 ; or further preferably 0.325 to 0.65 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.325 to 0.65 g, 0.625 to 1.25 g of aspartic acid, and 3 to 10 g of vitamin B 6 . 0.3 to 8 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.3 to 8 g, 0.5 to 5 g of aspartic acid, and 2 to 20 g of vitamin B 6 ; preferably 0.325 to 8 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.325 to 8 g, 0.625 to 5 g of aspartic acid, and 3 to 20 g of vitamin B 6 ; further preferably 0.5 to 8 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.5 to 8 g, 1 to 5 g of aspartic acid, and 6 to 20 g of vitamin B 6 ; or further preferably 0.325 to 0.65 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.325 to 0.65 g, 0.625 to 1.25 g of aspartic acid, and 3 to 10 g of vitamin B 6 .
A device for dispensing a material comprising a container for holding the material, a piston movably arranged within the container and a spindle in cooperation with the piston , wherein the device is configured such that the spindle and the container are rotatable about a rotation axis (A) relative to each other to move the piston for dispensing the material, and wherein the piston and the spindle are adapted to anti-twist lock against each other in a first axial position of the piston relative to spindle , and wherein in a second axial position of the piston relative to spindle the anti-twist lock between the piston and the spindle is suspended, with the first and second axial position referring to two different positions in a dimension of the rotation axis (A), characterized in that the spindle and the container are threadably engaged with one another such that a rotation of the spindle and the container relative to each other causes the spindle to move axially relative to the container , wherein a front end of the spindle is located inside the container and a rear end of the spindle is located outside the container , the front end comprising in a direction of the front end toward the rear end a first section , a second section and a third section consecutively arranged in the order as listed, and wherein the piston has a front end and a rear end with a receptacle extending from the rear end into the piston , the receptacle having a first section adjacent the piston rear end and a second section further toward the piston front end , and wherein in the first axial position of the piston and the spindle the piston second section is engaged with the spindle first section , and in the second axial position of the piston and the spindle the piston second section and the spindle first section are disengaged from each other.