mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting uplink control information, UCI, of a terminal in a communication system, the method comprising: receiving information on whether simultaneous physical uplink shared channel, PUSCH, and physical uplink control channel, PUCCH, transmission is configured; receiving downlink control information, DCI, for an uplink transmission; identifying at least one PUSCH transmitted in a subframe for UCI transmission; transmitting the UCI on a PUSCH in the subframe, if simultaneous PUSCH and PUCCH transmission is configured based on the information, the at least one PUSCH is transmitted in the subframe and the UCI includes channel status information, CSI based on the DCI; and transmitting the UCI on a PUCCH in the subframe, if the simultaneous PUSCH and PUCCH transmission is configured based on the information and the UCI includes a hybrid automatic repeat request-acknowledgement. receiving information on whether simultaneous physical uplink shared channel, PUSCH, and physical uplink control channel, PUCCH, transmission is configured; receiving downlink control information, DCI, for an uplink transmission; identifying at least one PUSCH transmitted in a subframe for UCI transmission; transmitting the UCI on a PUSCH in the subframe, if simultaneous PUSCH and PUCCH transmission is configured based on the information, the at least one PUSCH is transmitted in the subframe and the UCI includes channel status information, CSI based on the DCI; and transmitting the UCI on a PUCCH in the subframe, if the simultaneous PUSCH and PUCCH transmission is configured based on the information and the UCI includes a hybrid automatic repeat request-acknowledgement.
A method for functionality monitoring of a gas sensor which works based on the principle of thermal conductivity, wherein the gas sensor includes a measuring chamber having a purge gas port , a thermal conductivity sensor disposed in the measuring chamber for determining one or more measured values, a temperature sensor , and a membrane , which separates the measuring chamber from a fluid medium when in operation and is permeable to a target gas; and wherein the method includes the following steps: a. performing a calibration cycle in a calibration medium, which is a fluid medium having a known target gas concentration, wherein the calibration cycle includes a purging process and a subsequent measuring process, and determining a calibration baseline which includes the calibration voltage as a function of the voltage values determined during the purging process; b. performing a measuring cycle in a measuring medium, which is a fluid medium having an unknown target gas concentration, wherein the measuring cycle includes a purging process and a subsequent measuring process, and determining a calibration baseline which includes the calibration voltage as a function of the voltage values determined during the purging process; c. calculating a baseline comparison value by including the calibration baseline or the measuring baseline; d. comparing the baseline comparison value to a predetermined baseline threshold value, and, if the amount of the baseline comparison value is greater than the baseline threshold value, generating a first error message which indicates a malfunction of the purge gas supply, wherein a purging process includes that the measuring chamber is purged with a purge gas; wherein a measuring process includes that the membrane of the gas sensor is brought into contact with the fluid medium, that target gases contained in the fluid medium diffuse through the membrane into the measuring chamber , and that one or more measured values are determined using a thermal conductivity sensor disposed in the measuring chamber . a. performing a calibration cycle in a calibration medium, which is a fluid medium having a known target gas concentration, wherein the calibration cycle includes a purging process and a subsequent measuring process, and determining a calibration baseline which includes the calibration voltage as a function of the voltage values determined during the purging process; b. performing a measuring cycle in a measuring medium, which is a fluid medium having an unknown target gas concentration, wherein the measuring cycle includes a purging process and a subsequent measuring process, and determining a calibration baseline which includes the calibration voltage as a function of the voltage values determined during the purging process; c. calculating a baseline comparison value by including the calibration baseline or the measuring baseline; d. comparing the baseline comparison value to a predetermined baseline threshold value, and, if the amount of the baseline comparison value is greater than the baseline threshold value, generating a first error message which indicates a malfunction of the purge gas supply,
A polyurethane foam formed from ingredients comprising 2,3-dibromoallyl alcohol.
A method performed by a wireless device in a wireless communication system for performing random access, wherein the wireless communication system is a narrowband internet of things, NB-IoT, system and the wireless device supports random access on a non-anchor carrier, the method comprising: obtaining configuration information that governs on which carrier within a set of carriers the wireless device is to perform random access, wherein the set of carriers includes an anchor carrier and one or more non-anchor carriers , wherein the configuration information indicates a probability value that is assigned to each of one or more of the carriers in the set ; selecting , from among the carriers in the set , a carrier on which to perform random access, in accordance with the configuration information ; and performing random access on the selected carrier. obtaining configuration information that governs on which carrier within a set of carriers the wireless device is to perform random access, wherein the set of carriers includes an anchor carrier and one or more non-anchor carriers , wherein the configuration information indicates a probability value that is assigned to each of one or more of the carriers in the set ; selecting , from among the carriers in the set , a carrier on which to perform random access, in accordance with the configuration information ; and performing random access on the selected carrier.
A process for producing a dry film with high galling resistance on a threaded element for drilling and/or operating a hydrocarbon well, characterized in that it comprises at least the following steps: • forming a stable dispersion comprising a polyamide-imide powder, a polar aprotic solvent with a boiling point of more than 180°C at 1013 hPa (760 mm Hg), and water; • applying the dispersion to one of the ends of said threaded element at a temperature in the range 20°C to 40°C; • drying the coated end, wherein said polar aprotic solvent is dimethylsulphoxide. • forming a stable dispersion comprising a polyamide-imide powder, a polar aprotic solvent with a boiling point of more than 180°C at 1013 hPa (760 mm Hg), and water; • applying the dispersion to one of the ends of said threaded element at a temperature in the range 20°C to 40°C; • drying the coated end,
An accumulator for being connected to a compressor , said accumulator comprising: a case (111, 112, 113; 211a, 211b, 211c) forming a space to accommodate refrigerant material; a suction pipe connected to the case; and at least one connection pipe (12; 212, 213) configured for connecting a side surface of the case with a suction side of the compressor , wherein the case has a recessed portion that is partially recessed inward, and wherein the connection pipe (12; 212, 213) has a first portion configured to be connected to the suction side of the compressor, and a second portion connected to the recessed portion of the case, characterized in that the case (111, 112, 113; 211a, 211b, 211c) comprises: a body (111; 211a) comprising an open portion; and a cap (113; 211c) covering the open portion of the body (111; 211a) and including the recessed portion (113a; 211d), wherein the recessed portion (113a; 211d) includes a stepped surface spaced apart by a predetermined distance from an outer peripheral surface of the cap toward the center of the cap , and wherein the connection pipe (12; 212, 213) is connected to the stepped surface . a case (111, 112, 113; 211a, 211b, 211c) forming a space to accommodate refrigerant material; a suction pipe connected to the case; and at least one connection pipe (12; 212, 213) configured for connecting a side surface of the case with a suction side of the compressor , wherein the case has a recessed portion that is partially recessed inward, and wherein the connection pipe (12; 212, 213) has a first portion configured to be connected to the suction side of the compressor, and a second portion connected to the recessed portion of the case, characterized in that the case (111, 112, 113; 211a, 211b, 211c) comprises: a body (111; 211a) comprising an open portion; and a cap (113; 211c) covering the open portion of the body (111; 211a) and including the recessed portion (113a; 211d), a body (111; 211a) comprising an open portion; and a cap (113; 211c) covering the open portion of the body (111; 211a) and including the recessed portion (113a; 211d), wherein the recessed portion (113a; 211d) includes a stepped surface spaced apart by a predetermined distance from an outer peripheral surface of the cap toward the center of the cap , and wherein the connection pipe (12; 212, 213) is connected to the stepped surface .
Combination of a cable and a device for electrically connecting the cable to a housing in which a shielded element is arranged for electrically contacting a cable shield and for electrically connecting the cable shield to the housing , wherein the shielded element is multi-part and a first part of the shielded element is in electrically connecting contact with the housing , and wherein the first part is electro-conductively connected to the cable shield via at least one further part of the shielded element , characterised in that the shielded element has, as a first further part, a third part arranged in the housing , which part has at least one first sleeve-shaped portion, the inside of which encloses the insulation of the cable with the cable shield of the third part lying thereon, and in that a second part of the shielded element , which is arranged in the housing and which electro-conductively connects the first part of the shielded element to the cable shield , is applied as a second further part to the outside of the first sleeve-shaped portion of the third part with interposition of the cable shield which is folded around the free end of the first sleeve-shaped portion and as a result the cable shield is electrically contacted.
A method performed at a mobility management entity comprising: performing a short message service delivery failure notification procedure comprising: if a short message service delivery failure notification due to a user equipment not reachable is received by a mobility management entity from a home subscriber server, and if the mobility management entity has a mobility management context for said user, the mobility management entity setting a parameter to indicate a need to report to the home subscriber server when the mobility management entity receives an indication that the user equipment is reachable, and performing a mobile user activity procedure comprising: if the mobility management entity receives an indication that the user equipment is reachable, and if the mobility management entity has a mobility management context for said user and said parameter is set, the mobility management entity reporting to the home subscriber server that the user equipment is reachable and clearing said parameter. performing a short message service delivery failure notification procedure comprising: if a short message service delivery failure notification due to a user equipment not reachable is received by a mobility management entity from a home subscriber server, and if the mobility management entity has a mobility management context for said user, the mobility management entity setting a parameter to indicate a need to report to the home subscriber server when the mobility management entity receives an indication that the user equipment is reachable, and performing a mobile user activity procedure comprising: if the mobility management entity receives an indication that the user equipment is reachable, and if the mobility management entity has a mobility management context for said user and said parameter is set, the mobility management entity reporting to the home subscriber server that the user equipment is reachable and clearing said parameter.
A safety system having a safety switch for monitoring a safe protective device status of a movable protective device , having a base housing that comprises at least two part members that can be positioned with respect to one another, wherein a signal receiver is provided in one part member and a signal transmitter is provided in the other part member so that a safe state of the protective device is detectable by means of a control and evaluation unit , and having an interlocking device having an electromagnet and a retaining plate that is disposed opposite the electromagnet for locking or unlocking the protective device , wherein the control and evaluation unit is configured to unlock or lock the interlocking unit after checking and verifying the signal receiver , characterized in that a coil of the electromagnet forms a resonant circuit with the capacitor , with the control and evaluation unit being configured to control the resonant circuit cyclically by at least one pulse signal , and with the control and evaluation unit being configured to evaluate the pulse response (VS) from the resonant circuit and with at least one contact or a non-contact between the electromagnet and the retaining plate being detectable by the control and evaluation unit in dependence on the pulse response (VS). and having an interlocking device having an electromagnet and a retaining plate that is disposed opposite the electromagnet for locking or unlocking the protective device , wherein the control and evaluation unit is configured to unlock or lock the interlocking unit after checking and verifying the signal receiver , characterized in that a coil of the electromagnet forms a resonant circuit with the capacitor , with the control and evaluation unit being configured to control the resonant circuit cyclically by at least one pulse signal , and with the control and evaluation unit being configured to evaluate the pulse response (VS) from the resonant circuit and with at least one contact or a non-contact between the electromagnet and the retaining plate being detectable by the control and evaluation unit in dependence on the pulse response (VS).
A method of attaching a self-attaching fastener to a panel , comprising the following steps: - forming a self-attaching fastener including a central fastener portion and an integral tubular barrel portion having an open free end , with the tubular barrel portion comprising a cylindrical internal surface , a coaxially aligned cylindrical outer surface and an arcuate outer driven surface adjacent the open free end ; - receiving the open free end of the tubular barrel portion through an opening in a panel and around a die post of lesser diameter than the open free end ; - driving the open free end of the tubular barrel portion against a substantially planar die face deforming the open free end radially inwardly against an outer surface of the die post ; - collapsing an intermediate portion of the tubular barrel portion over the radially deformed end portion, thereby forming an inwardly opening U-shaped end portion ; - collapsing the intermediate portion of the tubular barrel portion over the U-shaped end portion ; and - flattening the end portion , thereby substantially thickening the tubular barrel portion and forming an annular surface engaging and supporting the panel surrounding the opening . - forming a self-attaching fastener including a central fastener portion and an integral tubular barrel portion having an open free end , with the tubular barrel portion comprising a cylindrical internal surface , a coaxially aligned cylindrical outer surface and an arcuate outer driven surface adjacent the open free end ; - receiving the open free end of the tubular barrel portion through an opening in a panel and around a die post of lesser diameter than the open free end ; - driving the open free end of the tubular barrel portion against a substantially planar die face deforming the open free end radially inwardly against an outer surface of the die post ; - collapsing an intermediate portion of the tubular barrel portion over the radially deformed end portion, thereby forming an inwardly opening U-shaped end portion ; - collapsing the intermediate portion of the tubular barrel portion over the U-shaped end portion ; and - flattening the end portion , thereby substantially thickening the tubular barrel portion and forming an annular surface engaging and supporting the panel surrounding the opening .
A thermostable human epidermal growth factor-spider venom fusion protein with increased skin cell proliferation effect which consists of the amino acid sequence of SEQ ID NO: 2.
Control logic (SLO) such that an air-extraction (AZ, AWE) and/or air-treatment device (LBV) which is configured as a separate household appliance can be controlled, in particular switched on and/or switched off, as a function of at least one state parameter (ZP) of a household dishwasher (GS), wherein the household dishwasher (GS) can be coupled via at least one direct or indirect communication connection (DKV, IKV) to the air-extraction (AZ, AWE) and/or air-treatment device (LBV) such that a switched-on operating phase (EB) of the air-extraction (AZ, AWE) and/or air-treatment device (LBV) correlates, considered chronologically, in particular partially or entirely coincides, considered chronologically, with an outflow operating phase (AP) of the household dishwasher (GS), in which process air (PL) flows out of the dishwasher cavity (SB) of the household dishwasher (GS), in particular into a living space, preferably a kitchen space (KR), in which the household dishwasher (GS) and the air-extraction (AZ, AWE) and/or air-treatment device (LBV) are provided together, and wherein the control logic (SLO) is configured such that via the at least one direct or indirect communication connection (DKV, IKV) at least one information signal (IS, IS2*), in particular a control signal (SS2*), can be transmitted to a communication unit (U2) of the air-extraction (AZ, AWE) and/or air-treatment device (LBV), which causes the air-extraction (AZ, AWE) and/or air-treatment device (LBV) to be in its switched-on operating state (EB) at least during a time period, in particular a starting time period, of an outflow operating phase (AP) of the household dishwasher (GS), during which process air (PL) flows out of the dishwasher cavity (SB) of the household dishwasher (GS), in particular into the living space, preferably the kitchen space (KR), or to have already changed into its switched-on operating state (EB) for a predeterminable period of time (ZV) before the starting time (tAPS) of the outflow operating phase (AP) of the household dishwasher (GS), and to maintain this operating state at least during a starting time period, in particular during the entire time period (TAP = tAPE - tAPS), of the outflow operating phase (AP) of the household dishwasher (GS).
A method for the positioning of a cover disk with respect to an open impeller of a pump arranged in a pump housing comprising the following steps: - Step 1: Positioning of the cover disk and of the pump housing with respect to one another such that the cover disk comes into contact at the impeller and such that a desired spacing only has to be set in an axial direction between the cover disk and the impeller for reaching an end position of the cover disk ; - Step 2: Screwing in of a first adjustment bolt into a first threaded bore of the cover disk until a bolt end of the first adjustment bolt comes into contact with a contact surface of the pump housing , with the cover disk continuing to contact the impeller ; - Step 3: Application of an identifier at the cover disk or at the pump housing , said identifier characterizing a position of a first marking of the first adjustment bolt ; - Step 4: Screwing in of the first adjustment bolt until a second marking of the first adjustment bolt reaches the said identifier such that the desired spacing between the cover disk and the impeller is thereby set; and carrying out of the steps 2 to 4 for at least a second adjustment bolt, with the first and second adjustment bolts having like threads and with the first and second markings being arranged in a similar manner with respect to one another at the first and second adjustment bolts, and the first and second markings are made as notches at the periphery of the adjustment bolts and have different shapes. - Step 1: Positioning of the cover disk and of the pump housing with respect to one another such that the cover disk comes into contact at the impeller and such that a desired spacing only has to be set in an axial direction between the cover disk and the impeller for reaching an end position of the cover disk ; - Step 2: Screwing in of a first adjustment bolt into a first threaded bore of the cover disk until a bolt end of the first adjustment bolt comes into contact with a contact surface of the pump housing , with the cover disk continuing to contact the impeller ; - Step 3: Application of an identifier at the cover disk or at the pump housing , said identifier characterizing a position of a first marking of the first adjustment bolt ; - Step 4: Screwing in of the first adjustment bolt until a second marking of the first adjustment bolt reaches the said identifier such that the desired spacing between the cover disk and the impeller is thereby set; and
A NO x absorber catalyst for treating an exhaust gas from a lean burn engine comprising: a molecular sieve catalyst comprising a noble metal and a small pore molecular sieve, wherein the small pore molecular sieve contains the noble metal, and the noble metal comprises palladium; an oxygen storage material for protecting the molecular sieve catalyst; and a substrate having an inlet end and an outlet end; wherein the NOx absorber catalyst comprises a first layer and a second layer, wherein the first layer comprises the oxygen storage material, and the second layer comprises the molecular sieve catalyst, and wherein the first layer is disposed on a second layer. a molecular sieve catalyst comprising a noble metal and a small pore molecular sieve, wherein the small pore molecular sieve contains the noble metal, and the noble metal comprises palladium; an oxygen storage material for protecting the molecular sieve catalyst; and a substrate having an inlet end and an outlet end;
A surgical drape comprising a tacky layer to be incised or punctured with a surgical tool, the tacky layer having a tacky surface to be brought into contact with a region including a surgery site of a living body, characterized in that the surgical drape has a Young's modulus in the range of 0.1 to 5.0 MPa or less, and in that the surgical drape has a piercing strength in a thickness direction of 4.0 N or less.
Pharmaceutical composition comprising a therapeutically effective amount of terlipressin or a pharmaceutically acceptable salt thereof, for use in treating ascites in a subject, wherein the pharmaceutical composition is configured as a tablet or capsule comprising about 10 mg to about 30 mg of terlipressin or pharmaceutically acceptable salt thereof and is administered orally thereby treating the subject.