mhurhangee/patent-ind-claim-en huggingface dataset:
Banjo fitting comprising a sleeve axially receiving (A1) a hollow body whose recess opens at any one of the axial ends of the banjo fitting , the sleeve being provided with a first radial channel placed in communication with the recess of the hollowed-out body via a second radial channel with which the hollowed-out body is provided, the hollowed-out body axially enclosing the sleeve between stops taking axially antagonistic supports against respectively the axial end faces of the sleeve , sealing washers being axially interfaced between the sleeve and respectively said stops being fixed and immobilized in rotation on the sleeve , for each of the washers , the washer being individually fixed to the sleeve by close fitting of at least one relief integrated into the washer inside a housing formed in the axial end face of the sleeve which is oriented towards the washer , characterized in that according to a plane oriented radially , each of the housings receiving a said relief has a substantially polygonal profile.
A photodetector with microstructure-enhanced photoabsorption comprising: a cathode region ; an anode region ; a reverse biasing circuitry configured to apply a voltage between said cathode and anode regions such that said cathode region is driven to a more positive voltage than said anode region thereby establishing an electric field in a direction from one toward the other of the cathode and anode regions; and a microstructure-enhanced photon absorbing semiconductor region that is between the cathode and anode regions and is configured to absorb photons from an optical source signal and comprises a substantially continuous I-layer interrupted by a plurality of intentionally formed holes extending generally in the direction of the electric field, wherein said holes increase absorption of photons of light impinging in the direction of said electric field at a range of wavelengths that includes a wavelength of said source signal relative to an otherwise same absorbing region that is not intentionally microstructure-enhanced; and wherein the photodetector comprises a PIN structure, where the P doped semiconductor is the anode region and the N doped semiconductor is the cathode region , made of Si layers, the holes extend through the whole thickness of the PI layers, and the microstructures have at least one dimension that is equal to or shorter than a longest wavelength in the range of wavelengths. a cathode region ; an anode region ; a reverse biasing circuitry configured to apply a voltage between said cathode and anode regions such that said cathode region is driven to a more positive voltage than said anode region thereby establishing an electric field in a direction from one toward the other of the cathode and anode regions; and a microstructure-enhanced photon absorbing semiconductor region that is between the cathode and anode regions and is configured to absorb photons from an optical source signal and comprises a substantially continuous I-layer interrupted by a plurality of intentionally formed holes extending generally in the direction of the electric field, wherein said holes increase absorption of photons of light impinging in the direction of said electric field at a range of wavelengths that includes a wavelength of said source signal relative to an otherwise same absorbing region that is not intentionally microstructure-enhanced; and wherein the photodetector comprises a PIN structure, where the P doped semiconductor is the anode region and the N doped semiconductor is the cathode region , made of Si layers, the holes extend through the whole thickness of the PI layers, and the microstructures have at least one dimension that is equal to or shorter than a longest wavelength in the range of wavelengths.
A method of a user equipment for a Universal Mobile Telecommunications System, UMTS, mobile communications system, the mobile communication system defining a dedicated channel, DCH, active set comprising at least one cell and an enhanced-dedicated channel, E-DCH, active set comprising at least one cell, the method being performed by the user equipment and comprising: performing a power measurement of a first pilot signal from a first cell that is not included in the E-DCH active set but is included in the DCH active set and performing a power measurement of a second pilot signal from a second cell that is included in the E-DCH active set, determining that an event has been triggered when the first pilot signal becomes better than the second pilot signal; and sending, to a radio access network of the UMTS mobile communication system, a measurement report comprising measured results based on said measurements. performing a power measurement of a first pilot signal from a first cell that is not included in the E-DCH active set but is included in the DCH active set and performing a power measurement of a second pilot signal from a second cell that is included in the E-DCH active set, determining that an event has been triggered when the first pilot signal becomes better than the second pilot signal; and sending, to a radio access network of the UMTS mobile communication system, a measurement report comprising measured results based on said measurements.
A secondary battery-mounted circuit chip integrally formed with a circuit , wherein a secondary battery is formed in a region facing the circuit, characterized in that the secondary battery is divided into a plurality of secondary batteries divided by positive electrodes (75-1, 75-2) and negative electrodes, and the divided secondary batteries are connected to respective electrode pads (76-1, 76-2) for the negative electrodes and respective electrode pads (80-1, 80-2) for the positive electrodes.
Method for operating a vehicle electrical system in a motor vehicle, wherein the vehicle electrical system has a DC-DC converter and an energy store , wherein a damage to the DC-DC converter and a damage to the energy store are ascertained during operation of the vehicle electrical system , wherein a respective specified damage characteristic is prescribed both for the DC-DC converter and for the energy store , and the vehicle electrical system is operated, by adapting the operating strategy of the DC-DC converter , such that the ascertained damages each make allowance for the associated specified damage characteristic .
A process for the preparation of Molnupiravir having the formula (I), comprising: (a) reacting 2' ,3'-O-isopropylidene cytidine sulphate having the structure II, with isobutyric anhydride in a solvent in the presence of a non-nucleophilic base selected from the group consisting of diisopropylethyl amine (DIPEA), N-methyl morpholine, 1,4-diazabicyclo-[2.2.2]octane (DABCO), 1.8-diazabicyclo[5.4.0]undec-7-ene (DBU), and triethylamine at room temperature to obtain 5-isobutyric ester of the structure (III), having N-isobutyric amide as an impurity (Impurity 1), (b) reacting the reaction product obtained from step-a with para-toluenesulphonic acid monohydrate to obtain 5'-isobutyryl cytidine acid tosylate salt (IV), which is free from N-isobutyric amide impurity, and (c) converting 5'-isobutyryl cytidine acid salt (IV) to its free base (V) and reacting (V) with hydroxylamine to obtain Molnupiravir having the structure (I). (a) reacting 2' ,3'-O-isopropylidene cytidine sulphate having the structure II, with isobutyric anhydride in a solvent in the presence of a non-nucleophilic base selected from the group consisting of diisopropylethyl amine (DIPEA), N-methyl morpholine, 1,4-diazabicyclo-[2.2.2]octane (DABCO), 1.8-diazabicyclo[5.4.0]undec-7-ene (DBU), and triethylamine at room temperature to obtain 5-isobutyric ester of the structure (III), having N-isobutyric amide as an impurity (Impurity 1), (b) reacting the reaction product obtained from step-a with para-toluenesulphonic acid monohydrate to obtain 5'-isobutyryl cytidine acid tosylate salt (IV), which is free from N-isobutyric amide impurity, and (c) converting 5'-isobutyryl cytidine acid salt (IV) to its free base (V) and reacting (V) with hydroxylamine to obtain Molnupiravir having the structure (I).
An adaptive method carried out in a terminal, the method comprising: detecting whether screen usage modes for at least two applications using an audio function processed in parallel by the terminal are of same usage mode based on screen usage parameters of the applications, wherein the screen usage parameters of an application indicate that a screen usage mode of the application is a landscape screen usage mode or a portrait screen usage mode; and in response to detecting that the screen usage modes for the at least two applications are different usage modes, obtaining detection data of a gravity sensor in the terminal and determining a current screen usage state of the terminal based on the detection data; the method being characterised by the steps of: determining an application whose screen usage mode is not consistent with the current screen usage state of the terminal among the at least two applications; modifying screen usage parameters of the application to screen usage parameters corresponding to the current screen state, wherein the screen usage parameters include audio parameters; and adjusting microphone parameters for voice collection based on the current screen usage state. detecting whether screen usage modes for at least two applications using an audio function processed in parallel by the terminal are of same usage mode based on screen usage parameters of the applications, wherein the screen usage parameters of an application indicate that a screen usage mode of the application is a landscape screen usage mode or a portrait screen usage mode; and in response to detecting that the screen usage modes for the at least two applications are different usage modes, obtaining detection data of a gravity sensor in the terminal and determining a current screen usage state of the terminal based on the detection data; the method being characterised by the steps of: determining an application whose screen usage mode is not consistent with the current screen usage state of the terminal among the at least two applications; modifying screen usage parameters of the application to screen usage parameters corresponding to the current screen state, wherein the screen usage parameters include audio parameters; and adjusting microphone parameters for voice collection based on the current screen usage state. determining an application whose screen usage mode is not consistent with the current screen usage state of the terminal among the at least two applications; modifying screen usage parameters of the application to screen usage parameters corresponding to the current screen state, wherein the screen usage parameters include audio parameters; and adjusting microphone parameters for voice collection based on the current screen usage state.
In vitro method for the screening of an inflammatory rheumatic disease in a subject comprising the following steps: a) determining the levels of anti-CD26 IgG antibodies in an antibody-containing sample isolated from said subject; b) comparing the levels in said antibody-containing sample with a reference value; wherein an increase of the anti-CD26 IgG antibody levels in the subject sample with regard to said reference value is indicative of inflammatory rheumatic disease. a) determining the levels of anti-CD26 IgG antibodies in an antibody-containing sample isolated from said subject; b) comparing the levels in said antibody-containing sample with a reference value;
A method for wireless communications at a relay network node in a wireless communications system , comprising: identifying a first communication path from the relay network node to a first anchor network node of the wireless communications system, wherein the first communication path is associated with a first hop-count and a first quality of service, QoS; identifying a second communication path from the relay network node to a second anchor network node of the wireless communications system, wherein the second communication path is associated with a second hop-count and a second QoS; and determining, based at least in part on the first hop-count and/or the second hop-count, a resource pattern or a slot structure for at least one of the relay network node, a parent network node in communication with the relay network node, a child network node in communication with the relay network node, an access device in communication with the relay network node, or any combination thereof, transmitting a signal to the child network node or the access device in communication with the relay network node, wherein the signal conveys an indication of the resource pattern or the slot structure based on the at least one of the first hop-count or the second hop-count. identifying a first communication path from the relay network node to a first anchor network node of the wireless communications system, wherein the first communication path is associated with a first hop-count and a first quality of service, QoS; identifying a second communication path from the relay network node to a second anchor network node of the wireless communications system, wherein the second communication path is associated with a second hop-count and a second QoS; and determining, based at least in part on the first hop-count and/or the second hop-count, a resource pattern or a slot structure for at least one of the relay network node, a parent network node in communication with the relay network node, a child network node in communication with the relay network node, an access device in communication with the relay network node, or any combination thereof, transmitting a signal to the child network node or the access device in communication with the relay network node, wherein the signal conveys an indication of the resource pattern or the slot structure based on the at least one of the first hop-count or the second hop-count.
A method, comprising: • reporting at least a first set of user equipment location information and at least a second set of user equipment location information from a user equipment to at least one network node for broadcast bearer management, wherein the first set of user equipment location information comprises a serving cell identity of the user equipment, and • wherein the second set of user equipment location information comprises at least one identity of at least one network service area for media broadcasting, said identity of the network service area comprising a multimedia broadcast/multicast service (MBMS) service area identity and/or a tracking area identity, and • wherein the reporting comprises reporting from the user equipment to a group communication service application server for executing the broadcast bearer management which comprises a mapping from the first set of user equipment location information to the second set of user equipment location information, wherein the broadcast bearer management is based on the mapping. • reporting at least a first set of user equipment location information and at least a second set of user equipment location information from a user equipment to at least one network node for broadcast bearer management, wherein the first set of user equipment location information comprises a serving cell identity of the user equipment, and • wherein the second set of user equipment location information comprises at least one identity of at least one network service area for media broadcasting, said identity of the network service area comprising a multimedia broadcast/multicast service (MBMS) service area identity and/or a tracking area identity, and • wherein the reporting comprises reporting from the user equipment to a group communication service application server for executing the broadcast bearer management which comprises a mapping from the first set of user equipment location information to the second set of user equipment location information, wherein the broadcast bearer management is based on the mapping.
System for fluid heating and air circulation comprising a plurality of collectors fitted end-to-end in one or more columns, so that air ducts of the collectors form an air column along each column of collectors, wherein each solar collector comprises: a solar radiation planar absorber for heat exchange and for working as a siphon that sucks air from a dwelling, comprising a piping of the fluid to be heated , and comprising an anterior face aimed at solar exposure and a posterior face opposed to the anterior face wherein the piping of the fluid to be heated is arranged in the posterior face of the planar absorber; an air duct for heat exchange with the planar absorber, wherein the air duct comprises the posterior face of the planar absorber and is arranged along said face, and wherein the air duct has an inlet and outlet on two opposite ends of the solar collector; characterised in that the system further comprises a bottom air damper for air entering the dwelling through said bottom air damper directed to the bottom of the dwelling; further comprising a descendent air duct with an outlet air damper for collecting air from the upper part of the dwelling and with a bottom part opening connected to the bottom of the air duct of one or more collector columns for bottom insufflation for air flowing along the planar absorber and exhausting from the dwelling through an exhaust air damper directed outside. a solar radiation planar absorber for heat exchange and for working as a siphon that sucks air from a dwelling, comprising a piping of the fluid to be heated , and comprising an anterior face aimed at solar exposure and a posterior face opposed to the anterior face wherein the piping of the fluid to be heated is arranged in the posterior face of the planar absorber; an air duct for heat exchange with the planar absorber, wherein the air duct comprises the posterior face of the planar absorber and is arranged along said face, and wherein the air duct has an inlet and outlet on two opposite ends of the solar collector; characterised in that the system further comprises a bottom air damper for air entering the dwelling through said bottom air damper directed to the bottom of the dwelling; further comprising a descendent air duct with an outlet air damper for collecting air from the upper part of the dwelling and with a bottom part opening connected to the bottom of the air duct of one or more collector columns for bottom insufflation for air flowing along the planar absorber and exhausting from the dwelling through an exhaust air damper directed outside.
A system iron comprising: a body including a steam generator for generating steam; an ironing plate , which is rotatably coupled to an upper portion of the body and which sprays the steam generated by the steam generator to an outside; an angle-limiting member for limiting rotation of the ironing plate ; and a button unit , which is operated in linkage with the angle-limiting unit so as to release a state in which rotation of the ironing plate is limited by the angle-limiting unit; characterized by an elastic member for maintaining the state in which rotation of the ironing plate is limited by the angle-limiting unit, a hinge shaft connecting the ironing plate to an upper portion of the body in a rotatable manner; a connecting bar connecting the hinge shaft to the ironing plate ; and a locking bar , which is disposed on the body so as to support rotation of the hinge shaft and which has formed therein a locking groove into which the angle-limiting member is inserted, wherein the angle-limiting member is inserted at one end thereof into the locking groove in the locking bar and is connected at a remaining end thereof to the elastic member . a body including a steam generator for generating steam; an ironing plate , which is rotatably coupled to an upper portion of the body and which sprays the steam generated by the steam generator to an outside; an angle-limiting member for limiting rotation of the ironing plate ; and a button unit , which is operated in linkage with the angle-limiting unit so as to release a state in which rotation of the ironing plate is limited by the angle-limiting unit; characterized by an elastic member for maintaining the state in which rotation of the ironing plate is limited by the angle-limiting unit, a hinge shaft connecting the ironing plate to an upper portion of the body in a rotatable manner; a connecting bar connecting the hinge shaft to the ironing plate ; and a locking bar , which is disposed on the body so as to support rotation of the hinge shaft and which has formed therein a locking groove into which the angle-limiting member is inserted, wherein the angle-limiting member is inserted at one end thereof into the locking groove in the locking bar and is connected at a remaining end thereof to the elastic member .
A non-transitory computer readable memory storing instructions executed by a processor to: form a wallet configured to facilitate recording transactions within a distributed ledger for a message sending client, open a placeholder container for a future cryptographic transaction to be recorded in the wallet, the placeholder container referring to the wallet, form a network link to the placeholder container receive a request to authenticate a document, obtain the network link to the placeholder container for the future cryptographic transaction, insert the network link into the document, perform a hash cryptographic operation on the combination of the document and the network link to form a certified document, include the hash cryptographic operation on the combination of the document and the network link in the transaction, sign the transaction and record the signed transaction in the distributed ledger, receive from the network the certified document, perform a cryptographic operation on the certified document to obtain certified document cryptographic results, select from the certified document cryptographic results a link to the wallet referred to in the network link, utilize the link to the wallet to show contents of transactions within the distributed ledger, confirm that there is a match between a hash cryptographic result in the transactions within the distributed ledger and a hash cryptographic result in the certified document cryptographic results. form a wallet configured to facilitate recording transactions within a distributed ledger for a message sending client, open a placeholder container for a future cryptographic transaction to be recorded in the wallet, the placeholder container referring to the wallet, form a network link to the placeholder container receive a request to authenticate a document, obtain the network link to the placeholder container for the future cryptographic transaction, insert the network link into the document, perform a hash cryptographic operation on the combination of the document and the network link to form a certified document, include the hash cryptographic operation on the combination of the document and the network link in the transaction, sign the transaction and record the signed transaction in the distributed ledger, receive from the network the certified document, perform a cryptographic operation on the certified document to obtain certified document cryptographic results, select from the certified document cryptographic results a link to the wallet referred to in the network link, utilize the link to the wallet to show contents of transactions within the distributed ledger, confirm that there is a match between a hash cryptographic result in the transactions within the distributed ledger and a hash cryptographic result in the certified document cryptographic results.