mhurhangee/patent-ind-claim-en huggingface dataset:
A bi-stable solenoid comprising: a housing ; a wire coil arranged within the housing; a permanent magnet arranged within the housing; an armature slidably arranged within the housing and moveable between a first armature position and a second armature position; a first pole piece and a second pole piece ; a pin at least partially extending out of the housing and slidably engaged by the armature, the first pole piece, and the second pole piece; and a spring biased between the armature and the pin, the pin being adapted to encounter an intermediate position between a retracted position and an extended position upon engaging an obstruction, and the spring being configured to maintain a biasing force on the pin until the obstruction is removed and wherein, when the armature is in the first armature position, the armature is engaged with the first pole piece and wherein the second pole-piece includes a hollow cylindrical portion and wherein the spring is disposed around the pin, and wherein the housing includes a first surface and an open second end , and the first pole piece is disposed at least partially within the housing, and characterized in that the first pole piece extends at least partially through the first surface, and wherein when the armature is in the second armature position, the armature is engaged with the second pole piece, and wherein the spring is disposed at least partially within the hollow cylindrical portion of the second pole piece. a housing ; a wire coil arranged within the housing; a permanent magnet arranged within the housing; an armature slidably arranged within the housing and moveable between a first armature position and a second armature position; a first pole piece and a second pole piece ; a pin at least partially extending out of the housing and slidably engaged by the armature, the first pole piece, and the second pole piece; and a spring biased between the armature and the pin, the pin being adapted to encounter an intermediate position between a retracted position and an extended position upon engaging an obstruction, and the spring being configured to maintain a biasing force on the pin until the obstruction is removed and wherein, when the armature is in the first armature position, the armature is engaged with the first pole piece and wherein the second pole-piece includes a hollow cylindrical portion and wherein the spring is disposed around the pin, and wherein the housing includes a first surface and an open second end , and the first pole piece is disposed at least partially within the housing, and characterized in that the first pole piece extends at least partially through the first surface, and wherein when the armature is in the second armature position, the armature is engaged with the second pole piece, and wherein the spring is disposed at least partially within the hollow cylindrical portion of the second pole piece.
A lighting system , in particular for a medical technology therapy system and/or diagnostic system, comprising at least one laser light source and an optical waveguide , which can be coupled to and/or associated with the at least one laser light source at a proximal end thereof, and comprising a diffuser element at the distal end of the optical waveguide , which substantially exhibits a radial, spherical radiation characteristic, wherein the diffuser element comprises at least one diffuser base body and the diffuser base body comprises an inorganic material, in particular a glass, a glass ceramic, a glass-like material or a composite material made from the aforementioned materials and at least one scattering element (43.6), wherein the surface of the at least one diffuser base body corresponds to a fire-polished surface quality; characterized in that light is injected via an injection area which is defined by a coupling area of the diffuser base body.
A wireless communication method, the method comprising receiving , by a terminal device, configuration information sent by a network device, wherein the configuration information comprises configuration information associated with a first uplink carrier, and the first uplink carrier is one of a plurality of uplink carriers that can be used for the terminal device; receiving, by the terminal device, indication information sent by the network device, wherein the indication information indicates a parameter used to select an uplink carrier during random access, wherein the parameter is used for the terminal device to acquire a DL signal threshold corresponding to an uplink carrier; determining, by the terminal device based on a relationship between a DL signal measurement result and the DL signal threshold, to perform uplink transmission on the first uplink carrier; and performing , by the terminal device, uplink transmission on the first uplink carrier based on the configuration information. receiving, by the terminal device, indication information sent by the network device, wherein the indication information indicates a parameter used to select an uplink carrier during random access, wherein the parameter is used for the terminal device to acquire a DL signal threshold corresponding to an uplink carrier; determining, by the terminal device based on a relationship between a DL signal measurement result and the DL signal threshold, to perform uplink transmission on the first uplink carrier; and performing , by the terminal device, uplink transmission on the first uplink carrier based on the configuration information.
A combination for use in reducing or reverting augmentation arising from the treatment of Restless Legs Syndrome by a D 3 receptor agonist, the combination comprising: (a) ecopipam (SCH 39166) as a D 1 receptor antagonist; (b) at least one D 3 receptor agonist; and (c) optionally an opioid receptor agonist. (a) ecopipam (SCH 39166) as a D 1 receptor antagonist; (b) at least one D 3 receptor agonist; and (c) optionally an opioid receptor agonist.
Fastening element for a porous material, in particular for balsa wood, comprising a fastening head configured to receive a torque in both rotational directions around a main axis , a shank extending from the fastening head and ending in a tip at the end facing away from the fastening head, wherein the shank has an outer thread along at least a section of its extension in a direction of the main axis, for screwing the fastening element into the material, wherein the ratio of the outer diameter (D) of the outer thread along at least a section of its extension in a direction of the main axis and the core diameter (d) of the outer thread is D/d > 2.5, wherein the outer thread has a first thread flank facing the fastening head and a second thread flank facing away from the fastening head, wherein the outer thread extends up to the tip and wherein particularly the outer diameter (D) of the outer thread decreases towards the tip , wherein the thread profile of the second thread flank has a kink such that a first angle (a1) between the first thread flank and a first section of the second thread flank is larger between the kink and a thread base than a second angle (a2) between the first thread flank and a second section of the second thread flank between the kink and a thread tip .
A method for providing a service discovery service to a network function, NF, instance , the method comprising: a network repository function, NRF, receiving (s402, 501) a discover request transmitted by a NF instance , wherein the discover request comprises a set of query parameters and a limit attribute value defining a maximum number of NF instance profiles to be returned in a discover reponse ; the NRF searching (s404) for NF instance profiles that match a search criteria based on the set of query parameters included in the discover request , and then generating (s406) the discover response by determining that the total number of matching NF instance profiles exceeds the limit attribute value and that the NRF must limit the number of NF instance profiles to include in the discover response ; the NRF transmitting (s408), based on the search criteria , the discover response that comprises an array of NF instance profiles, wherein each NF instance profile included in the array is an NF instance profile that matches the search criteria, wherein the discover response further comprises; 1) a value specifying the total number of NF instance profiles that match the search criteria; and 2) an object identifier that the NF instance can use to obtain NF instance profiles that match the search criteria but were not included in the discover response to the NF instance . the NRF searching (s404) for NF instance profiles that match a search criteria based on the set of query parameters included in the discover request , and then generating (s406) the discover response by determining that the total number of matching NF instance profiles exceeds the limit attribute value and that the NRF must limit the number of NF instance profiles to include in the discover response ; the NRF transmitting (s408), based on the search criteria , the discover response that comprises an array of NF instance profiles, wherein each NF instance profile included in the array is an NF instance profile that matches the search criteria, wherein the discover response further comprises; 1) a value specifying the total number of NF instance profiles that match the search criteria; and 2) an object identifier that the NF instance can use to obtain NF instance profiles that match the search criteria but were not included in the discover response to the NF instance .
A manufacturing method of a semiconductor structure, comprising: providing a base with an electrical contact layer therein; forming an insulating layer on the base , the insulating layer having a through hole penetrating the insulating layer , and the through hole exposing a surface of the electrical contact layer ; forming a sidewall layer on a sidewall of the through hole , a top surface of the sidewall layer being lower than a top surface of the insulating layer ; forming a first isolation layer , the first isolation layer covering a surface of the sidewall layer and an exposed surface of the insulating layer ; removing the sidewall layer to form a gap between the first isolation layer and the insulating layer ; forming a second isolation layer on a surface of the first isolation layer , a density of the second isolation layer being greater than that of the first isolation layer ; removing the first isolation layer and the second isolation layer located at the bottom of the through hole and the top surface of the insulating layer ; and forming a conducting layer filling the through hole , the conducting layer being electrically connected to the electrical contact layer . providing a base with an electrical contact layer therein; forming an insulating layer on the base , the insulating layer having a through hole penetrating the insulating layer , and the through hole exposing a surface of the electrical contact layer ; forming a sidewall layer on a sidewall of the through hole , a top surface of the sidewall layer being lower than a top surface of the insulating layer ; forming a first isolation layer , the first isolation layer covering a surface of the sidewall layer and an exposed surface of the insulating layer ; removing the sidewall layer to form a gap between the first isolation layer and the insulating layer ; forming a second isolation layer on a surface of the first isolation layer , a density of the second isolation layer being greater than that of the first isolation layer ; removing the first isolation layer and the second isolation layer located at the bottom of the through hole and the top surface of the insulating layer ; and forming a conducting layer filling the through hole , the conducting layer being electrically connected to the electrical contact layer .
A quench protection apparatus , comprising: a number N of superconducting coils electrically coupled in series, the number N of superconducting coils comprising a plurality of main superconducting coils (181 - 186) and a bucking superconducting coil ; and a heater matrix module comprising the number N of heater units (281 - 287), the number N of heater units (281 - 287) being electrically coupled in parallel with the number N of superconducting coils respectively, wherein: the heater unit electrically coupled with the bucking superconducting coil comprises at least the number N of heaters (1871 - 1877), each thermally coupled with one of the superconducting coils ; each of the heater units (281 - 286) electrically coupled with a corresponding one of the main superconducting coils (181 - 186) comprises at least one heater (1811 - 1861) thermally coupled with the bucking superconducting coil . a number N of superconducting coils electrically coupled in series, the number N of superconducting coils comprising a plurality of main superconducting coils (181 - 186) and a bucking superconducting coil ; and a heater matrix module comprising the number N of heater units (281 - 287), the number N of heater units (281 - 287) being electrically coupled in parallel with the number N of superconducting coils respectively, wherein: the heater unit electrically coupled with the bucking superconducting coil comprises at least the number N of heaters (1871 - 1877), each thermally coupled with one of the superconducting coils ; each of the heater units (281 - 286) electrically coupled with a corresponding one of the main superconducting coils (181 - 186) comprises at least one heater (1811 - 1861) thermally coupled with the bucking superconducting coil . the heater unit electrically coupled with the bucking superconducting coil comprises at least the number N of heaters (1871 - 1877), each thermally coupled with one of the superconducting coils ; each of the heater units (281 - 286) electrically coupled with a corresponding one of the main superconducting coils (181 - 186) comprises at least one heater (1811 - 1861) thermally coupled with the bucking superconducting coil .
A method of decoding video data, the method comprising: decoding, from a video parameter set, VPS, of a multi-layer bitstream, data that indicates a tile configuration for an i-th layer of the multi-layer bitstream, wherein decoding the data that indicates the tile configuration comprises decoding a first syntax element, tiles_enabled_vps_flag[i], in the VPS for the i-th layer of the multi-layer bitstream, wherein a value oftiles_enabled_vps_flag[i] equal to 1 indicates that the value of a second syntax element, tiles_enabled_flag, included in each picture parameter set, PPS, that is referred to by at least one picture of the i-th layer is equal to 1, wherein a value of tiles_enabled_flag equal to 1 indicates that tiles are enabled for pictures referring to that PPS; and decoding the multi-layer bitstream in accordance with the data decoded from the VPS. decoding, from a video parameter set, VPS, of a multi-layer bitstream, data that indicates a tile configuration for an i-th layer of the multi-layer bitstream, wherein decoding the data that indicates the tile configuration comprises decoding a first syntax element, tiles_enabled_vps_flag[i], in the VPS for the i-th layer of the multi-layer bitstream, wherein a value oftiles_enabled_vps_flag[i] equal to 1 indicates that the value of a second syntax element, tiles_enabled_flag, included in each picture parameter set, PPS, that is referred to by at least one picture of the i-th layer is equal to 1, wherein a value of tiles_enabled_flag equal to 1 indicates that tiles are enabled for pictures referring to that PPS; and decoding the multi-layer bitstream in accordance with the data decoded from the VPS.
An electrosurgical unit comprising: a power source configured to produce direct current; a radiofrequency (RF) waveform generator configured to convert the direct current into an RF signal; a voltage sensor configured to measure a DC input voltage to the RF waveform generator; a current sensor configured to measure an output current feedback; and a processor configured to: estimate an output voltage feedback based at least upon the measured DC input voltage and the measured output current feedback; and output a control signal to control the DC input voltage to the RF waveform generator, the control signal based at least upon the estimated output voltage and the output current feedback characterized in that the estimated output voltage feedback is not based upon a measured output voltage feedback. a power source configured to produce direct current; a radiofrequency (RF) waveform generator configured to convert the direct current into an RF signal; a voltage sensor configured to measure a DC input voltage to the RF waveform generator; a current sensor configured to measure an output current feedback; and a processor configured to: estimate an output voltage feedback based at least upon the measured DC input voltage and the measured output current feedback; and output a control signal to control the DC input voltage to the RF waveform generator, the control signal based at least upon the estimated output voltage and the output current feedback estimate an output voltage feedback based at least upon the measured DC input voltage and the measured output current feedback; and output a control signal to control the DC input voltage to the RF waveform generator, the control signal based at least upon the estimated output voltage and the output current feedback characterized in that the estimated output voltage feedback is not based upon a measured output voltage feedback.
An analog signal input/output device which includes a light emitting element , wherein the analog signal input/output device is configured to perform at least one of input and output of an analog signal, the analog signal input/output device comprising: an input/output level detecting section configured to detect at least one of an input level and an output level of the analog signal; a light emission control section configured to control an on and off pattern of light emission of the light emitting element ; and a storage section configured to store range information which indicates different analog signal input/output level ranges; characterized in that the analog signal input device is configured to set a range for a signal input/output level range among the different analog signal input/output level ranges in response to a selection operation performed by a user, resulting in a set range information ; the analog signal input/output device comprises a relative value converting section configured to convert a detected input or output level of the analog signal into a relative value which is, on a percentage basis, relative to one voltage level of the analog signal input/output range indicated by the set range information ; and the light emission control section is configured to control the on and off pattern of light emission of the light emitting element in accordance with the relative value. an input/output level detecting section configured to detect at least one of an input level and an output level of the analog signal; a light emission control section configured to control an on and off pattern of light emission of the light emitting element ; and a storage section configured to store range information which indicates different analog signal input/output level ranges; characterized in that the analog signal input device is configured to set a range for a signal input/output level range among the different analog signal input/output level ranges in response to a selection operation performed by a user, resulting in a set range information ; the analog signal input/output device comprises a relative value converting section configured to convert a detected input or output level of the analog signal into a relative value which is, on a percentage basis, relative to one voltage level of the analog signal input/output range indicated by the set range information ; and the light emission control section is configured to control the on and off pattern of light emission of the light emitting element in accordance with the relative value.
A composition comprising CD80 extracellular domain (ECD) fusion molecules for use in the treatment of a PD-L1 negative tumor in a subject, wherein the CD80 ECD fusion molecules comprise a human CD80 ECD and a human IgG1 Fc domain.
Bearing of a linkage of a wiper mechanism, the bearing including an arm for retaining a link in a transport position, the retaining arm housing at its free end an element for locking the link in a transport position, said locking element being mobile in translation between an unlocked position and a locking position in which the link is locked in the transport position, characterized in that the locking element comprises at least one wall extending parallel to the direction of movement of the locking element and carrying a retaining lug , said retaining lug being intended to come into contact with a first face of the link opposite a second face disposed facing the bearing .
Holding clamp for building material, wherein the holding clamp has at least one elastic region and two clamping legs spaced apart therefrom, and wherein the clamping legs are designed to fix wall covering elements to a masonry and/or to hold drywall construction elements on the masonry and/or on support elements, wherein the elastic region has at least one torsion spring with a torsion axis (TA), characterized in that the clamping legs extend substantially in the direction of the torsion axis (TA) of the torsion spring . wherein the elastic region has at least one torsion spring with a torsion axis (TA), characterized in that the clamping legs extend substantially in the direction of the torsion axis (TA) of the torsion spring .