mhurhangee/patent-ind-claim-en huggingface dataset:
An electric actuator comprising: a differential , the differential including: a drive rotating body rotatable about a rotation axis (O); a planetary rotating body that is rotatable and is revolvable about the rotation axis (O); and a driven rotating body rotatable about the rotation axis (O), wherein the planetary rotating body is engaged with each of the drive rotating body and the driven rotating body , a first speed reducer is constituted between the planetary rotating body and the drive rotating body , a second speed reducer is constituted between the planetary rotating body and the driven rotating body , and a reduction ratio of the first speed reducer and a reduction ratio of the second speed reducer is different from each other; and an electric motor that drives the planetary rotating body , wherein the drive rotating body is driven by a driving force from outside, the driven rotating body is provided with a first output member , and the drive rotating body is provided with a second output member , characterized in that , in a state where the electric motor is not energized, the rotation of the drive rotating body is transmitted to the driven rotating body via the planetary rotating body , and the driven rotating body rotates integrally with the drive rotating body while maintaining the same rotation phase with the drive rotating body . a differential , the differential including: a drive rotating body rotatable about a rotation axis (O); a planetary rotating body that is rotatable and is revolvable about the rotation axis (O); and a driven rotating body rotatable about the rotation axis (O), wherein the planetary rotating body is engaged with each of the drive rotating body and the driven rotating body , a first speed reducer is constituted between the planetary rotating body and the drive rotating body , a second speed reducer is constituted between the planetary rotating body and the driven rotating body , and a reduction ratio of the first speed reducer and a reduction ratio of the second speed reducer is different from each other; and an electric motor that drives the planetary rotating body , wherein the drive rotating body is driven by a driving force from outside, the driven rotating body is provided with a first output member , and the drive rotating body is provided with a second output member ,
Towel dispenser with a receptacle for a fresh towel roll and with a mechanism for unwinding fresh towel from the fresh towel roll in portions and winding it onto a used towel roll after its use, wherein (i) there is a double roller (6; 7) arranged downstream of the fresh cloth roll , through which the fresh cloth is guided in the operating state, each of the two rollers of the double roller (6; 7) being provided with a laterally mounted drive means (8; 9); and (ii) the two rollers of the double roller (6;7) which can be driven by the drive means (8;9) are rotatably coupled to one another by means of a coupling means in such a way that (iii) the two rollers of the double roller (6;7) can only be rotated clockwise or counterclockwise in the same direction. (i) there is a double roller (6; 7) arranged downstream of the fresh cloth roll , through which the fresh cloth is guided in the operating state, each of the two rollers of the double roller (6; 7) being provided with a laterally mounted drive means (8; 9); and (ii) the two rollers of the double roller (6;7) which can be driven by the drive means (8;9) are rotatably coupled to one another by means of a coupling means in such a way that (iii) the two rollers of the double roller (6;7) can only be rotated clockwise or counterclockwise in the same direction.
A catheter, comprising: a catheter tube, wherein the catheter tube includes a first polyamide layer , a modified polyolefin layer arranged on an inner surface of the first polyamide layer , and a second polyamide layer arranged on an outer surface of the first polyamide layer , and wherein the second polyamide layer includes a coloring agent. a catheter tube, wherein the catheter tube includes a first polyamide layer , a modified polyolefin layer arranged on an inner surface of the first polyamide layer , and a second polyamide layer arranged on an outer surface of the first polyamide layer , and wherein the second polyamide layer includes a coloring agent.
A method comprising: generating, at a signal generator of a frequency response analyzer , an analog test signal; determining, at the signal generator , a first synchronization signal identifying a period of the analog test signal; generating an output signal based on the analog test signal; providing the output signal to a unit under test via a first external terminal of the frequency response analyzer ; receiving, at a first analog channel module of the frequency response analyzer , analog data in response to providing the output signal; providing the first synchronization signal to a digital frequency response analyzer (DFRA) of the frequency response analyzer ; measuring, at a reference channel module , phase data of the output signal; providing, by the DFRA , a digital command signal based on the first synchronization signal; receiving, at the DFRA , digitized analog data in response to providing the digital commands; correlating, by a processor of the DFRA , the received digitized analog data to the received analog data based on the phase data; and determining a transfer function of a plant of the unit under test based on the correlation of the received digitized analog data and the received analog data. generating, at a signal generator of a frequency response analyzer , an analog test signal; determining, at the signal generator , a first synchronization signal identifying a period of the analog test signal; generating an output signal based on the analog test signal; providing the output signal to a unit under test via a first external terminal of the frequency response analyzer ; receiving, at a first analog channel module of the frequency response analyzer , analog data in response to providing the output signal; providing the first synchronization signal to a digital frequency response analyzer (DFRA) of the frequency response analyzer ; measuring, at a reference channel module , phase data of the output signal; providing, by the DFRA , a digital command signal based on the first synchronization signal; receiving, at the DFRA , digitized analog data in response to providing the digital commands; correlating, by a processor of the DFRA , the received digitized analog data to the received analog data based on the phase data; and determining a transfer function of a plant of the unit under test based on the correlation of the received digitized analog data and the received analog data.
A polypeptide comprising a first amino acid sequence and a second amino acid sequence, wherein the first amino acid sequence consists of an amino acid sequence selected from the group consisting of SEQ ID NO: 15 and 16, wherein the second amino acid sequence comprises a constant domain of a human IgG1 or IgG2 Fc domain; wherein a linker polypeptide is positioned between the first amino acid sequence and second amino acid sequence; and wherein the linker is 1-10 amino acids in length and/or wherein the linker polypeptide comprises the sequence TGGG.
An anti-contamination agent composition for preventing pitch contamination in a dry part (D) of a paper-making process, comprising: a linear polysiloxane compound represented by following formula , characterized by further comprising a cyclic siloxane compound. [wherein substituents R 1 represent a hydrogen atom, an alkyl group, a methylphenyl group, a polyether group, a higher fatty acid ester group, an amino-modified group, an epoxy-modified group, a carboxy group, a phenol group, a mercapto group, a carbinol group, or a methacryl group in one molecule, and the number n of repeating siloxane units represents an integer from 20 to 1430]. a linear polysiloxane compound represented by following formula , characterized by further comprising a cyclic siloxane compound. [wherein substituents R 1 represent a hydrogen atom, an alkyl group, a methylphenyl group, a polyether group, a higher fatty acid ester group, an amino-modified group, an epoxy-modified group, a carboxy group, a phenol group, a mercapto group, a carbinol group, or a methacryl group in one molecule, and the number n of repeating siloxane units represents an integer from 20 to 1430].
Centering electro-hydraulic Lift-O-Matic system, comprising: • a valve body comprising the following valve parts: two solenoid valves providing an oil flow based on incoming electrical signals and a valve slider which functions as a double-acting cylinder, one portion of the valve slider extending out of the valve body and valve channels which provide oil flow to the desired points of the valve slider to move the valve slider by pressure provided by the oil flow of the solenoid valves , • a detention mechanism which keeps the valve slider in a middle position when there is no pressure provided by the oil flow of the solenoid valves • a centering mechanism which provides that the valve slider remains in the middle position when there is no pressure provided by the oil flow of the solenoid valves , • a bellows for protecting the portion of the valve slider extending out of the valve body from dust, dirt, etc. • a bellows stopper to fix the bellow to the valve body where the portion of the valve slider extends outside the valve body , • a clip to fix the bellow to the end of the valve slider . • a valve body comprising the following valve parts: two solenoid valves providing an oil flow based on incoming electrical signals and a valve slider which functions as a double-acting cylinder, one portion of the valve slider extending out of the valve body and valve channels which provide oil flow to the desired points of the valve slider to move the valve slider by pressure provided by the oil flow of the solenoid valves , • a detention mechanism which keeps the valve slider in a middle position when there is no pressure provided by the oil flow of the solenoid valves • a centering mechanism which provides that the valve slider remains in the middle position when there is no pressure provided by the oil flow of the solenoid valves , • a bellows for protecting the portion of the valve slider extending out of the valve body from dust, dirt, etc. • a bellows stopper to fix the bellow to the valve body where the portion of the valve slider extends outside the valve body , • a clip to fix the bellow to the end of the valve slider .
An ophthalmic lens for use in preventing or slowing the development or progression of myopia, wherein: the lens has a first optical axis ; a first surface of the lens is shaped to form a first surface power map; a second surface of the lens is shaped to form a second surface power map; the first and second surface power maps together form a lens power map; and one of the first surface power map, the second surface power map, and the lens power map comprises: a base region having a base power which focusses light to a focal point that is on the first optical axis ; and a myopia control region which comprises a spiral shape and focusses light to a plurality of focal points that are offset from the first optical axis , wherein the plurality of focal points form a ring or an interrupted ring. the lens has a first optical axis ; a first surface of the lens is shaped to form a first surface power map; a second surface of the lens is shaped to form a second surface power map; the first and second surface power maps together form a lens power map; and one of the first surface power map, the second surface power map, and the lens power map comprises: a base region having a base power which focusses light to a focal point that is on the first optical axis ; and a myopia control region which comprises a spiral shape and focusses light to a plurality of focal points that are offset from the first optical axis , wherein the plurality of focal points form a ring or an interrupted ring. a base region having a base power which focusses light to a focal point that is on the first optical axis ; and a myopia control region which comprises a spiral shape and focusses light to a plurality of focal points that are offset from the first optical axis , wherein the plurality of focal points form a ring or an interrupted ring.
A method of producing a nitride fluorescent material, the method comprising the steps of: preparing a calcined product having a composition represented by following formula (I): M a v M b w M c x M d y N z (I) wherein M a is at least one element selected from the group consisting of Sr, Ca, Ba, and Mg; M b is at least one element selected from the group consisting of Li, Na, and K; M c is at least one element selected from the group consisting of Eu, Mn, Tb, and Ce; M d is at least one element selected from the group consisting of Al, B, Ga, and In; and v, w, x, y, and z are numbers satisfying 0.8 ≤ v ≤ 1.1, 0.8 ≤ w ≤ 1.1, 0.001 < x ≤ 0.1, 2.0 ≤ y ≤ 4.0, and 3.0 ≤ z ≤ 5.0, respectively; mixing the calcined product with a polar solvent, and optionally removing the polar solvent after mixing, wherein the polar solvent is alcohol and/or ketone containing water in a range of 0.01% by mass or more and 12% by mass or less. preparing a calcined product having a composition represented by following formula (I): M a v M b w M c x M d y N z (I) wherein M a is at least one element selected from the group consisting of Sr, Ca, Ba, and Mg; M b is at least one element selected from the group consisting of Li, Na, and K; M c is at least one element selected from the group consisting of Eu, Mn, Tb, and Ce; M d is at least one element selected from the group consisting of Al, B, Ga, and In; and v, w, x, y, and z are numbers satisfying 0.8 ≤ v ≤ 1.1, 0.8 ≤ w ≤ 1.1, 0.001 < x ≤ 0.1, 2.0 ≤ y ≤ 4.0, and 3.0 ≤ z ≤ 5.0, respectively; mixing the calcined product with a polar solvent, and optionally removing the polar solvent after mixing, wherein the polar solvent is alcohol and/or ketone containing water in a range of 0.01% by mass or more and 12% by mass or less.
A method for producing a hydrogen enriched fuel comprising: providing a flow of methane gas at a selected flow rate; providing catalyst of 81 wt % NiO and 19 wt.% Al 2 O 3 ; irradiating the methane gas under a negative pressure of from 2666,45 Pascal (20 mmHg) to 26664,5 Pascal (200 mmHg) using microwave irradiation at a microwave power from 70 W to 140 W to form a methane plasma; directing the methane plasma over the catalyst; and controlling the flow of methane gas and the microwave power to produce a product gas having a selected composition. providing a flow of methane gas at a selected flow rate; providing catalyst of 81 wt % NiO and 19 wt.% Al 2 O 3 ; irradiating the methane gas under a negative pressure of from 2666,45 Pascal (20 mmHg) to 26664,5 Pascal (200 mmHg) using microwave irradiation at a microwave power from 70 W to 140 W to form a methane plasma; directing the methane plasma over the catalyst; and controlling the flow of methane gas and the microwave power to produce a product gas having a selected composition.
A file key storage method, performed by a terminal, the method comprising: receiving an encryption request for a target file; generating a key for the target file based on the encryption request; and transmitting a key storage request to an external safety device, wherein the key storage request is configured to request the external safety device to store a correspondence between an identifier of the target file and the key, characterized in that the external safety device is a wearable device comprising a first operating system and a second operating system, a storage space of the first operating system being independent of a storage space of the second operating system; and said transmitting the key storage request to the external safety device comprises: transmitting the key storage request to the first operating system of the wearable device, wherein the key storage request is configured to instruct the first operating system to store the correspondence between the identifier of the target file and the key in the second operating system. receiving an encryption request for a target file; generating a key for the target file based on the encryption request; and transmitting a key storage request to an external safety device, wherein the key storage request is configured to request the external safety device to store a correspondence between an identifier of the target file and the key, characterized in that the external safety device is a wearable device comprising a first operating system and a second operating system, a storage space of the first operating system being independent of a storage space of the second operating system; and said transmitting the key storage request to the external safety device comprises: transmitting the key storage request to the first operating system of the wearable device, wherein the key storage request is configured to instruct the first operating system to store the correspondence between the identifier of the target file and the key in the second operating system.
A method for determining tissue insulin sensitivity in a human subject, characterized in that : a) RNA is isolated from a whole blood sample drawn from a human subject and the expression of the following genes is measured: KLF9, PEMT and EGR1; b) an insulin sensitivity index is determined on the basis of obtained results of the measurements specified in a) using the following equation: Insulin sensitivity index = 7.2109 - log2 KLF9 × 1.8717 + log2 PEMT × 1.2903 + log2 EGR1 × 0.1145, wherein KLF9 is the value of the measured expression of KLF9 gene, PEMT is the value of the measured expression of PEMT gene, EGR1 is the value of measured expression of EGR1 gene, wherein the obtained index value of 6.3 or less indicates a reduced tissue insulin sensitivity, and wherein lower result corresponds to lower tissue insulin sensitivity and a higher result corresponds to higher tissue insulin sensitivity (also within the range below and above the cut-off point). a) RNA is isolated from a whole blood sample drawn from a human subject and the expression of the following genes is measured: KLF9, PEMT and EGR1; b) an insulin sensitivity index is determined on the basis of obtained results of the measurements specified in a) using the following equation: Insulin sensitivity index = 7.2109 - log2 KLF9 × 1.8717 + log2 PEMT × 1.2903 + log2 EGR1 × 0.1145, wherein KLF9 is the value of the measured expression of KLF9 gene, PEMT is the value of the measured expression of PEMT gene, EGR1 is the value of measured expression of EGR1 gene, KLF9 is the value of the measured expression of KLF9 gene, PEMT is the value of the measured expression of PEMT gene, EGR1 is the value of measured expression of EGR1 gene, wherein the obtained index value of 6.3 or less indicates a reduced tissue insulin sensitivity, and wherein lower result corresponds to lower tissue insulin sensitivity and a higher result corresponds to higher tissue insulin sensitivity (also within the range below and above the cut-off point).
Cutting tool having a base body and a coating applied thereto, characterized in that the coating comprises at least one oxide layer deposited in the PVD process, consisting of at least 10 alternating single coats of Al 2 O 3 and (Al x ,Me 1-x ) 2 O 3 where 0 < x < 1, wherein Me is selected from one or more of the group of Si, Ti, V, Mg, Fe, and Cr, the single coats of (Al x ,Me 1-x ) 2 O 3 of the oxide layer consisting of single coats are single phase, the crystal structure of the single coats consisting of (Al x ,Me 1-x ) 2 O 3 has the same crystal structure as the single coats of Al 2 O 3 , the fraction of Me in the oxide layer consisting of the single coats is in the range of from 0.3 at.% to 5.4 at.%.
Thermostat mixing valve for sanitary fittings having a head piece , in which a cone is axially movably arranged via a rotatably mounted spindle , and a passage sleeve with windows for the inflow of hot and cold water, in which a carriage prestressed via a spring is axially movable, which is connected to a thermocouple having a set piston , wherein, in dependence of the movement of the carriage, the inflow of hot and cold water is adjustable by the windows, characterised in that the cone comprises a bush , which is closed via a bottom on its underside facing away from the spindle and in which a conical piston is axially movably arranged, which is prestressed in the direction of the bottom via a spring , wherein a coupling channel , which is axially aligned with the conical piston , is arranged in the bottom, which is at the same time axially aligned with the set piston of the thermocouple and into which the conical piston and/or the set piston of the thermocouple can be moved and wherein in an upper position of the carriage (hot water position), the set piston abuts against the conical piston and the bottom is spaced apart from the carriage and in a lower position of the carriage (cold water position), the set piston is spaced apart from the conical piston and the bottom rests on the carriage .
A method of wireless communication, comprising: pre-preparing , at a transmitter , while a clear channel assessment, CCA, is pending, a plurality of candidate combined transmission waveforms of cross-carrier control information for one of at least one non-guaranteed transmission carriers and one or more of: control information and data for a guaranteed transmission carrier; receiving , at the transmitter , a transmission status for the at least one non-guaranteed transmission carriers, the transmission status comprising results of the CCA checks; selecting , by the transmitter , a transmission waveform from the plurality of candidate combined transmission waveforms based on the transmission status; and transmitting , by the transmitter , the selected transmission waveform to a receiver . pre-preparing , at a transmitter , while a clear channel assessment, CCA, is pending, a plurality of candidate combined transmission waveforms of cross-carrier control information for one of at least one non-guaranteed transmission carriers and one or more of: control information and data for a guaranteed transmission carrier; receiving , at the transmitter , a transmission status for the at least one non-guaranteed transmission carriers, the transmission status comprising results of the CCA checks; selecting , by the transmitter , a transmission waveform from the plurality of candidate combined transmission waveforms based on the transmission status; and transmitting , by the transmitter , the selected transmission waveform to a receiver .