mhurhangee/patent-ind-claim-en huggingface dataset:
Method performed by a network node (A) for supporting retransmission in a wireless communication system comprising a user equipment, UE, which is scheduled, by a base station, BS, (C) for communication in a radio resource (R), said method comprising: - receiving scheduling information associated with the radio resource (R) from at least one BS (B) which is not scheduling the UE, the scheduling information including information about which Resource Blocks are used, which precoder is used and/or which power is used; - estimating the interference to the communication of the UE in the radio resource (R) based on said information; - predicting that a retransmission of the UE communication is required, based on the estimated interference and a predetermined criterion, wherein the predetermined criterion involves a SINR threshold value and/or a block error rate, BLER, threshold value, representing a breakpoint between decoding success and decoding failure; - when the network node (A) is comprised in the BS (C) scheduling the UE, scheduling a retransmission of the UE communication before: a) receiving Hybrid Automatic Repeat Request, HARQ, feedback from the UE, in case of the scheduled UE receiving data; or b) decoding and signaling reception success, in case of the scheduled UE transmitting data; and - when the network node (A) is not comprised in the BS (C) scheduling the UE, providing an indication of the prediction to the BS (C) scheduling the UE. - receiving scheduling information associated with the radio resource (R) from at least one BS (B) which is not scheduling the UE, the scheduling information including information about which Resource Blocks are used, which precoder is used and/or which power is used; - estimating the interference to the communication of the UE in the radio resource (R) based on said information; - predicting that a retransmission of the UE communication is required, based on the estimated interference and a predetermined criterion, wherein the predetermined criterion involves a SINR threshold value and/or a block error rate, BLER, threshold value, representing a breakpoint between decoding success and decoding failure; - when the network node (A) is comprised in the BS (C) scheduling the UE, scheduling a retransmission of the UE communication before: a) receiving Hybrid Automatic Repeat Request, HARQ, feedback from the UE, in case of the scheduled UE receiving data; or b) decoding and signaling reception success, in case of the scheduled UE transmitting data; and a) receiving Hybrid Automatic Repeat Request, HARQ, feedback from the UE, in case of the scheduled UE receiving data; or b) decoding and signaling reception success, in case of the scheduled UE transmitting data; and - when the network node (A) is not comprised in the BS (C) scheduling the UE, providing an indication of the prediction to the BS (C) scheduling the UE.
A beverage brewing apparatus, comprising: a reservoir; a brew basket configured to contain a flavorant for preparing a brewed beverage; a heating mechanism fluidly coupled to the reservoir and the brew basket; and a flow meter configured to produce pulses, at a pulse rate, to measure a volume of fluid supplied from the reservoir to said brew basket, each pulse representing a nominal volume of said fluid passing through the flow meter; characterized in that the apparatus is configured to calibrate the flow meter dynamically during operation of the apparatus, in response to at least one operating parameter of the apparatus, by applying a scaling factor to adjust the nominal volume represented by each pulse, wherein the scaling factor is based on an identified relationship between calibration variance and pulse rate of the flow meter. a reservoir; a brew basket configured to contain a flavorant for preparing a brewed beverage; a heating mechanism fluidly coupled to the reservoir and the brew basket; and a flow meter configured to produce pulses, at a pulse rate, to measure a volume of fluid supplied from the reservoir to said brew basket, each pulse representing a nominal volume of said fluid passing through the flow meter; characterized in that the apparatus is configured to calibrate the flow meter dynamically during operation of the apparatus, in response to at least one operating parameter of the apparatus, by applying a scaling factor to adjust the nominal volume represented by each pulse, wherein the scaling factor is based on an identified relationship between calibration variance and pulse rate of the flow meter.
Method for telecommunication between a base station (eNB) and users (UE) such that an uplink transmission is grant-free, comprising: - identifying two disjoint lists of pilots (P11, P12, ..., P1m, ..., Pn1, Pn2, ..., Pnm), (R11, R12, ..., R1K, ..., Rl1, Rl2, ..., RlK), which lists are known to the base station and to the users, a first of which is for initial uplink transmissions and a second of which is for uplink retransmissions, - defining a first mapping between the pilots of the two lists, a pilot of the second list mapped to a pilot of the first list according to the first mapping being referred to as a reference pilot ( ReTx pilot ) , - a user randomly selecting a pilot (P7) of the first list during an initial uplink transmission, the selected pilot making it possible to determine, according to the first mapping, the reference pilot among the pilots of the second list, - defining different first patterns of relationships between pilots of the second list and the reference pilot (R2) in order to distinguish different respective retransmission modes, - the user selecting a pilot (R3, R1) from the second list during a retransmission, this pilot being in a relationship, according to one of the first patterns, with the reference pilot, and this pilot corresponding to the mode of the retransmission. - identifying two disjoint lists of pilots (P11, P12, ..., P1m, ..., Pn1, Pn2, ..., Pnm), (R11, R12, ..., R1K, ..., Rl1, Rl2, ..., RlK), which lists are known to the base station and to the users, a first of which is for initial uplink transmissions and a second of which is for uplink retransmissions, - defining a first mapping between the pilots of the two lists, a pilot of the second list mapped to a pilot of the first list according to the first mapping being referred to as a reference pilot ( ReTx pilot ) , - a user randomly selecting a pilot (P7) of the first list during an initial uplink transmission, the selected pilot making it possible to determine, according to the first mapping, the reference pilot among the pilots of the second list, - defining different first patterns of relationships between pilots of the second list and the reference pilot (R2) in order to distinguish different respective retransmission modes, - the user selecting a pilot (R3, R1) from the second list during a retransmission, this pilot being in a relationship, according to one of the first patterns, with the reference pilot, and this pilot corresponding to the mode of the retransmission.
A connector to be fitted to a counter connector by being moved frontward along a fitting direction, the connector comprising: a contact coupled with an end of an electric wire (C); a housing retaining the contact; a cover member retaining the housing; a slider retained in the housing to be slidable along the fitting direction; and an elastic member disposed between the cover member and the slider and applying to the slider an elastic force acting along the fitting direction, wherein the housing includes a pair of lock pieces that are arranged to be spaced apart from each other in a first direction perpendicular to the fitting direction and that lock a fitting state between the connector and the counter connector by being fitted in the counter connector, the connector being characterised in that the cover member has a pair of flat outer surfaces that are spaced apart from each other in a second direction perpendicular to both the fitting direction and the first direction and that are inclined to approach each other toward a rear end of the cover member, wherein the first outer surface and the second outer surface spaced apart from each other in the second direction are larger than outer surfaces aligning in the first direction and are substantially identical to each other in size. a contact coupled with an end of an electric wire (C); a housing retaining the contact; a cover member retaining the housing; a slider retained in the housing to be slidable along the fitting direction; and an elastic member disposed between the cover member and the slider and applying to the slider an elastic force acting along the fitting direction, wherein the housing includes a pair of lock pieces that are arranged to be spaced apart from each other in a first direction perpendicular to the fitting direction and that lock a fitting state between the connector and the counter connector by being fitted in the counter connector, the connector being characterised in that the cover member has a pair of flat outer surfaces that are spaced apart from each other in a second direction perpendicular to both the fitting direction and the first direction and that are inclined to approach each other toward a rear end of the cover member, wherein the first outer surface and the second outer surface spaced apart from each other in the second direction are larger than outer surfaces aligning in the first direction and are substantially identical to each other in size.
A linear light irradiation device comprising a first light source array (L1) and a second light source array (L2), the first and second light source arrays (L1, L2) each being adapted to array multiple light sources each comprising a light emission part having a filament and a socket connected with a back end of the light emission part , wherein at least the respective light sources of the first light source array (L1) and the respective light sources of the second light source array (L2) are alternately arranged along an array direction in respectively different postures, and the filaments of the respective light sources of both the light source arrays (L1, L2) are provided on a straight line or on an arc parallel to the array direction as viewed from a predetermined direction.
A cannula , comprising: an elongated rigid cannula body extending along a longitudinal axis (y) and having a proximal body end and a distal body end ; wherein the cannula body is composed of material having a first thickness (t); a flexible thread extending along at least a portion of the cannula body from the distal body end toward the proximal body end ; and wherein the thread is composed of material having a second thickness, which is less than a first thickness (t), wherein the thread comprises a base having a proximal side and a distal side , characterized in that the thread further comprises a supporting feature adjacent to the distal side and extending from the cannula body . an elongated rigid cannula body extending along a longitudinal axis (y) and having a proximal body end and a distal body end ; wherein the cannula body is composed of material having a first thickness (t); a flexible thread extending along at least a portion of the cannula body from the distal body end toward the proximal body end ; and wherein the thread is composed of material having a second thickness, which is less than a first thickness (t), wherein the thread comprises a base having a proximal side and a distal side , characterized in that the thread further comprises a supporting feature adjacent to the distal side and extending from the cannula body .
A refrigerating apparatus comprising: a vacuum adiabatic body comprising: a first plate defining at least a portion of a wall for a first space having a first temperature, the first space forming a cavity , a second plate defining at least a portion of a wall for a second space having a second temperature different from the first temperature, a sealing part sealing the first plate and the second plate to provide a third space between the first plate and the second plate that has a third temperature between the first temperature and the second temperature and is in a vacuum state, a supporting unit provided in the third space to support the first and second plates to maintain the third space , a heat resistance unit for reducing heat transfer between the first plate and the second plate , and a vacuum port through which a gas in the third space is discharged; and a heat exchange module comprising a heat exchanger and a fan configured to cycle air through the heat exchanger and the cavity ; characterized in that the heat exchange module contacts an inner surface of the cavity provided by the first plate and the second plate . a first plate defining at least a portion of a wall for a first space having a first temperature, the first space forming a cavity , a second plate defining at least a portion of a wall for a second space having a second temperature different from the first temperature, a sealing part sealing the first plate and the second plate to provide a third space between the first plate and the second plate that has a third temperature between the first temperature and the second temperature and is in a vacuum state, a supporting unit provided in the third space to support the first and second plates to maintain the third space , a heat resistance unit for reducing heat transfer between the first plate and the second plate , and a vacuum port through which a gas in the third space is discharged; and a heat exchange module comprising a heat exchanger and a fan configured to cycle air through the heat exchanger and the cavity ; characterized in that the heat exchange module contacts an inner surface of the cavity provided by the first plate and the second plate .
Surgical instrument for performing anastomosis of a first gastro-intestinal tract sections and a second gastro-intestinal tract section, said instrument comprising: - a first body having a first pressure area ; - a second body having a second pressure area ; - connection means connecting the first body and the second body, said connection means configured to move the first body between an open position away from the second body and a closed position near the second body; wherein the first and second bodies are configured such that during use, the first gastro-intestinal tract section and the second gastro-intestinal tract section are compressed between the first pressure area and the second pressure area such that the sum of the first pressure area and the second pressure area increases during the compression to seal the first gastro-intestinal tract section and the second gastro-intestinal tract section, characterized in that the first pressure area is inclined or slanted with respect to the second pressure area such that during the compression the muscularis and/or mucosal layers are crushed such that the muscularis and/or mucosal layers are pressed aside and stripped from the submucosal layers of the first and second gastro-intestinal tract sections such that both submucosal layers contact each other. - a first body having a first pressure area ; - a second body having a second pressure area ; - connection means connecting the first body and the second body, said connection means configured to move the first body between an open position away from the second body and a closed position near the second body; wherein the first and second bodies are configured such that during use, the first gastro-intestinal tract section and the second gastro-intestinal tract section are compressed between the first pressure area and the second pressure area such that the sum of the first pressure area and the second pressure area increases during the compression to seal the first gastro-intestinal tract section and the second gastro-intestinal tract section, characterized in that the first pressure area is inclined or slanted with respect to the second pressure area such that during the compression the muscularis and/or mucosal layers are crushed such that the muscularis and/or mucosal layers are pressed aside and stripped from the submucosal layers of the first and second gastro-intestinal tract sections such that both submucosal layers contact each other.
A precursor of a superconducting wire, comprising: a core material ; a mixed powder element disposed around the core material and the number of the mixed powder elements is 6 or greater; and an outer shell layer disposed on an outer side of the core material and the mixed powder element, wherein the mixed powder element includes mixed powders containing Mg powders and boron powders and a sheath material made of metal not reacting with Mg at the time of high temperature heating covering the mixed powders, wherein the Vickers hardness is greater in the metal sheath material than in the core material and greater in the outer shell layer than in the metal sheath material , characterized in further comprising a pipe made of Cu disposed on the inner side of the outer shell layer for stabilizing the outer shell layer . a core material ; a mixed powder element disposed around the core material and the number of the mixed powder elements is 6 or greater; and an outer shell layer disposed on an outer side of the core material and the mixed powder element, wherein the mixed powder element includes mixed powders containing Mg powders and boron powders and a sheath material made of metal not reacting with Mg at the time of high temperature heating covering the mixed powders, wherein the Vickers hardness is greater in the metal sheath material than in the core material and greater in the outer shell layer than in the metal sheath material , characterized in further comprising a pipe made of Cu disposed on the inner side of the outer shell layer for stabilizing the outer shell layer .
A lighting control system for controlling one or more luminaires of a lighting system to illuminate an environment , the lighting control system comprising: - an interface for sending control commands to the luminaires; - an automation component configured to: - automatically control, via the interface, the luminaires according to a set of one or more automation rules stored in a memory accessible by the lighting control system; and characterised in that said lighting control system further comprises: - a suppression component configured to: - process data pertaining to a user in the environment from at least one data source to monitor activity exhibited by the user in the environment; - detect a condition of increased user stress based on the activity monitoring; - identify at least one of the automation rules as a potential cause of the increased user stress; - suppress or modify the identified automation rule for at least one of the luminaires based thereon; wherein the data source is a control device arranged to control one or more of the luminaries and wherein said data from the control device is user input provided by the user using the control device. - an interface for sending control commands to the luminaires; - an automation component configured to: - automatically control, via the interface, the luminaires according to a set of one or more automation rules stored in a memory accessible by the lighting control system; and - a suppression component configured to: - process data pertaining to a user in the environment from at least one data source to monitor activity exhibited by the user in the environment; - detect a condition of increased user stress based on the activity monitoring; - identify at least one of the automation rules as a potential cause of the increased user stress; - suppress or modify the identified automation rule for at least one of the luminaires based thereon;
An attachment mechanism for connecting an accessory to a rotary power tool having a rotatable spindle and a first mating member , the attachment mechanism comprising: a housing having a body and a plurality of arms extending therefrom; a hub rotatably supported within the housing between the arms and configured to be coupled to the spindle to receive torque therefrom; a ball detent disposed within the hub and selectively engagable with the spindle to axially lock the accessory to the power tool; a sleeve axially slidable along the arms and relative to the hub between a first position in which the sleeve biases the ball detent radially inward and into engagement with the spindle when coupled to the hub to axially secure the accessory to the tool, and a second position in which the ball detent is disengageable from the spindle to release the accessory from the tool, and a second mating member axially fixed to the arms of the housing, wherein the sleeve is slidable between the second mating member and the body of the housing, and wherein the first and second mating members are engaged when the accessory is axially secured to the tool to rotationally fix the accessory to the tool, characterised in that the sleeve includes a plurality of apertures through which the corresponding plurality of arms extend. a housing having a body and a plurality of arms extending therefrom; a hub rotatably supported within the housing between the arms and configured to be coupled to the spindle to receive torque therefrom; a ball detent disposed within the hub and selectively engagable with the spindle to axially lock the accessory to the power tool; a sleeve axially slidable along the arms and relative to the hub between a first position in which the sleeve biases the ball detent radially inward and into engagement with the spindle when coupled to the hub to axially secure the accessory to the tool, and a second position in which the ball detent is disengageable from the spindle to release the accessory from the tool, and a second mating member axially fixed to the arms of the housing, wherein the sleeve is slidable between the second mating member and the body of the housing, and wherein the first and second mating members are engaged when the accessory is axially secured to the tool to rotationally fix the accessory to the tool, characterised in that the sleeve includes a plurality of apertures through which the corresponding plurality of arms extend.