mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus of a directional multi-gigabit, DMG, station, the apparatus comprising circuitry configured to cause the DMG station to: receive a DMG beacon frame in a beacon transmission interval, BTI, within a beacon interval , the DMG beacon frame including a Basic Service Set Identifier, BSSID, and a beacon interval control field comprising a discovery mode field set to a value of "1" and a clustering control present field set to "1" to indicate that a clustering control field is to be present in the DMG beacon frame, the clustering control field including an Association-Beamforming-Training, A-BFT, responder address subfield, the A-BFT responder address subfield including an address to indicate at least one station, STA, which is allowed to transmit during an A-BFT period following said BTI within said beacon interval; and transmit in said A-BFT period, if a Media-Access-Control, MAC, address of said DMG station is equal to the address in the A-BFT responder address subfield, or if the address in the A-BFT responder address subfield includes a group address of a group to which said DMG station belongs. receive a DMG beacon frame in a beacon transmission interval, BTI, within a beacon interval , the DMG beacon frame including a Basic Service Set Identifier, BSSID, and a beacon interval control field comprising a discovery mode field set to a value of "1" and a clustering control present field set to "1" to indicate that a clustering control field is to be present in the DMG beacon frame, the clustering control field including an Association-Beamforming-Training, A-BFT, responder address subfield, the A-BFT responder address subfield including an address to indicate at least one station, STA, which is allowed to transmit during an A-BFT period following said BTI within said beacon interval; and transmit in said A-BFT period, if a Media-Access-Control, MAC, address of said DMG station is equal to the address in the A-BFT responder address subfield, or if the address in the A-BFT responder address subfield includes a group address of a group to which said DMG station belongs.
Angiopoietin-like 8 (ANGPTL8) for use in a method of treating a cardiac-related medical condition by myocardial regeneration in an individual, comprising the step of providing an effective amount of said ANGPTL8 to the individual.
A clamping master track link comprising: a body defining a top surface , a bottom surface , a first side surface and a second side surface defining a thickness therebetween, a proximate end and a distal end ; wherein the body defines a first bore adjacent the distal end and a second bore adjacent to the proximate end ; the body defines a first aperture disposed between the first bore and the second bore , the first aperture being disposed nearer the first bore than the second bore ; the body defines a second aperture disposed between the first aperture and the second bore ; the body includes a first strut disposed between the first aperture and the second aperture , the body defining a first gap dividing the first strut into a first upper portion and a first lower portion ; the body includes a second strut disposed between the first aperture and the first bore , the body defining a second gap dividing the second strut into a second upper portion and a second lower portion ; characterized in that the body includes a bridge disposed between the second aperture and the second bore ; and wherein the first bore defines a first diameter (D218), the second bore defines a second diameter (D220), the first diameter (D218) is less than the second diameter (D220), the first bore is a blind bore and the second bore is a thru bore. a body defining a top surface , a bottom surface , a first side surface and a second side surface defining a thickness therebetween, a proximate end and a distal end ; wherein the body defines a first bore adjacent the distal end and a second bore adjacent to the proximate end ; the body defines a first aperture disposed between the first bore and the second bore , the first aperture being disposed nearer the first bore than the second bore ; the body defines a second aperture disposed between the first aperture and the second bore ; the body includes a first strut disposed between the first aperture and the second aperture , the body defining a first gap dividing the first strut into a first upper portion and a first lower portion ; the body includes a second strut disposed between the first aperture and the first bore , the body defining a second gap dividing the second strut into a second upper portion and a second lower portion ; characterized in that the body includes a bridge disposed between the second aperture and the second bore ; and wherein the first bore defines a first diameter (D218), the second bore defines a second diameter (D220), the first diameter (D218) is less than the second diameter (D220), the first bore is a blind bore and the second bore is a thru bore.
A computer implemented method comprising the following steps arranged for execution at a client system : providing a username and password from a user of the client system to a Web-based service to authenticate the user of the client system to the Web-based service using the username and password; receiving , within the client system , a credential from the Web-based service responsive to the authentication of the user of the client system to the Web-based service ; and logging the user into a browser executing within the client system using the credential , wherein logging the user into the browser includes activating one or more browser settings corresponding with the credential to implement a user-specific browser environment. providing a username and password from a user of the client system to a Web-based service to authenticate the user of the client system to the Web-based service using the username and password; receiving , within the client system , a credential from the Web-based service responsive to the authentication of the user of the client system to the Web-based service ; and logging the user into a browser executing within the client system using the credential , wherein logging the user into the browser includes activating one or more browser settings corresponding with the credential to implement a user-specific browser environment.
A sensor assembly comprising: a sensor module comprising: a cylindrical portion , in which a measurement target fluid is introducible; and a diaphragm provided at an end of the cylindrical portion , the diaphragm comprising a first surface to be in contact with the measurement target fluid, and a second surface opposite the first surface , a detector being provided on the second surface ; a joint attached with the sensor module , the joint comprising a pressure introduction port configured to introduce the measurement target fluid to the sensor module ; a cylindrical base member attached to the joint , the cylindrical base member surrounding the sensor module ; an electronic circuit attached to the base member and configured to receive a detection signal outputted by the detector ; and a temperature sensor electrically connected with the electronic circuit , wherein the temperature sensor comprises a temperature detector configured to detect a temperature, and at least one lead wire electrically connecting the temperature detector and the electronic circuit ; characterized in that : the temperature sensor is received in a receiver of the cylindrical base member such that the temperature detector is provided at the side of the sensor module opposite the side receiving the measurement target fluid and near the sensor module , and such that the temperature detector is cooled by ambient air in the same manner as the detector . a sensor module comprising: a cylindrical portion , in which a measurement target fluid is introducible; and a diaphragm provided at an end of the cylindrical portion , the diaphragm comprising a first surface to be in contact with the measurement target fluid, and a second surface opposite the first surface , a detector being provided on the second surface ; a joint attached with the sensor module , the joint comprising a pressure introduction port configured to introduce the measurement target fluid to the sensor module ; a cylindrical base member attached to the joint , the cylindrical base member surrounding the sensor module ; an electronic circuit attached to the base member and configured to receive a detection signal outputted by the detector ; and a temperature sensor electrically connected with the electronic circuit , wherein the temperature sensor comprises a temperature detector configured to detect a temperature, and at least one lead wire electrically connecting the temperature detector and the electronic circuit ;
An apparatus to wake up a slave circuit in a system , the apparatus comprising: a coupler configured to couple a remote wake-up signal between a master circuit and the slave circuit using at least one connection of the fixed set of cable connections, the at least one connection further coupling a second signal between the master circuit and the slave circuit; a selection component configured to select, at the slave circuit, the remote wake-up signal from a radio frequency, RF, control signal, an intermediate frequency, IF, signal, or a local oscillator, LO, signal; and a detector configured to detect , at the slave circuit, the remote wake-up signal coupled between the master circuit and the slave circuit; and a wake-up signal generator configured to generate a local wake-up signal at the slave circuit based on detecting the remote wake-up signal coupled between the master circuit and the slave circuit and wake up the slave circuit with the local wake-up signal. a coupler configured to couple a remote wake-up signal between a master circuit and the slave circuit using at least one connection of the fixed set of cable connections, the at least one connection further coupling a second signal between the master circuit and the slave circuit; a selection component configured to select, at the slave circuit, the remote wake-up signal from a radio frequency, RF, control signal, an intermediate frequency, IF, signal, or a local oscillator, LO, signal; and a detector configured to detect , at the slave circuit, the remote wake-up signal coupled between the master circuit and the slave circuit; and a wake-up signal generator configured to generate a local wake-up signal at the slave circuit based on detecting the remote wake-up signal coupled between the master circuit and the slave circuit and wake up the slave circuit with the local wake-up signal.
A heat conductive sheet comprising a resin and a particulate carbon material, wherein the resin is a combination of a thermoplastic fluororesin that is solid at a temperature of 23 °C in a proportion of 80 to 30% by mass and a thermoplastic fluororesin that is liquid at a temperature of 23 °C in a proportion of 20 to 70% by mass among the resin; and the heat conductive sheet has an Asker C hardness at 25 °C of 60 or more and a thermal resistance value under a pressure of 0.5 MPa of 0.20 °C/W or less, wherein the Asker C hardness is measured at a predetermined temperature of 25 °C using a hardness tester according to the Asker C method specified in the Japan Rubber Association Standard, and the thermal resistance value under the pressure of 0.5 MPa of the heat conductive sheet is measured using a resin material thermal resistance tester , wherein the sample of the heat conductive sheet is cut into a size of 1 cm square and the thermal resistance is measured when a constant pressure of 0.5 MPa is applied and the measurement is carried out such that the sample temperature is 50 °C. wherein the resin is a combination of a thermoplastic fluororesin that is solid at a temperature of 23 °C in a proportion of 80 to 30% by mass and a thermoplastic fluororesin that is liquid at a temperature of 23 °C in a proportion of 20 to 70% by mass among the resin; and the heat conductive sheet has an Asker C hardness at 25 °C of 60 or more and a thermal resistance value under a pressure of 0.5 MPa of 0.20 °C/W or less, wherein the Asker C hardness is measured at a predetermined temperature of 25 °C using a hardness tester according to the Asker C method specified in the Japan Rubber Association Standard, and the thermal resistance value under the pressure of 0.5 MPa of the heat conductive sheet is measured using a resin material thermal resistance tester , wherein the sample of the heat conductive sheet is cut into a size of 1 cm square and the thermal resistance is measured when a constant pressure of 0.5 MPa is applied and the measurement is carried out such that the sample temperature is 50 °C.
A method for obtaining a liquid fertiliser from vegetable biomass, wherein the method comprises the following steps: i. drying the biomass until obtaining a dry biomass with a moisture content of less than 5% and grinding it once dry until obtaining an average particle size of less than 50 microns; ii. preparing a mixture of a wetting agent based on biogenic polyamines, histamine, putrescine, spermidine and cadaverine, a dispersant based on humic substances, an anti-foaming agent and a temperature stabiliser based on a low-molecular-weight glycol; iii. in a reactor, adding the mixture prepared in ii) and the ground dry biomass together with water and subjecting the mixture obtained to liquid-phase milling until obtaining an average particle size between 2 μm and 10 μm; and iv. subjecting the milled product of step iii) to sonication with ultrasound to ensure a homogeneous size of less than 10 μm. i. drying the biomass until obtaining a dry biomass with a moisture content of less than 5% and grinding it once dry until obtaining an average particle size of less than 50 microns; ii. preparing a mixture of a wetting agent based on biogenic polyamines, histamine, putrescine, spermidine and cadaverine, a dispersant based on humic substances, an anti-foaming agent and a temperature stabiliser based on a low-molecular-weight glycol; iii. in a reactor, adding the mixture prepared in ii) and the ground dry biomass together with water and subjecting the mixture obtained to liquid-phase milling until obtaining an average particle size between 2 μm and 10 μm; and iv. subjecting the milled product of step iii) to sonication with ultrasound to ensure a homogeneous size of less than 10 μm.
A wheeled trolley comprising: a platform base member , a wheel set defining a ground contact surface; and a foot lever articulated to the platform base member Z through a biasing mechanism , said foot lever being configured to have a first position in which it is not in contact with the ground contact surface, and a second position in which the lever is in contact with the ground contact surface, against a biasing effect of the biasing mechanism, and wherein the foot lever is biased into said first position by the biasing mechanism, characterized in that the biasing mechanism comprises a pivoting structure and a biasing member, and the biasing member is an elastically deformable member disposed between a bottom face of the platform and a support member articulated to the pivoting structure. a platform base member , a wheel set defining a ground contact surface; and a foot lever articulated to the platform base member Z through a biasing mechanism , said foot lever being configured to have a first position in which it is not in contact with the ground contact surface, and a second position in which the lever is in contact with the ground contact surface, against a biasing effect of the biasing mechanism, and wherein the foot lever is biased into said first position by the biasing mechanism, characterized in that the biasing mechanism comprises a pivoting structure and a biasing member, and the biasing member is an elastically deformable member disposed between a bottom face of the platform and a support member articulated to the pivoting structure.
A flame resistant fabric shaped to cover at least a portion of a wearer's body, the fabric comprising first yarns combined with second yarns, the first yarns comprising filament yarns comprised of an inherently flame resistant material, the second yarns comprising spun yarns containing inherently flame resistant fibers, wherein the fabric includes a warp direction and a fill direction, and wherein the ratio between the filament yarns and the spun yarns is from 2:3 to 1:3 in both the warp direction and the fill direction, wherein the spun yarns contain polybenzimidazole fibers in an amount of more than about 30% by weight, and wherein the spun yarns contain said polybenzimidazole fibers in combination with aramid fibers.
An illumination apparatus comprising: a holder having a support structure in which a groove is formed, wherein the groove is sized to receive therein a side of a waveguide that is to be fixed in position next to a surface of the groove, wherein the groove runs in a longitudinal direction along the length of the side of the waveguide ; wherein the holder is to one of a) reflect, diffuse or absorb some light that is out-coupled from the side of the waveguide , or b) wavelength convert some of the out-coupled light from the side of the waveguide , to produce side illumination that emerges from a side of the holder , the illumination apparatus being characterized in that the holder comprises an opaque portion for hiding a part, not all, of the out-coupled light that is emerging from the side of the waveguide , wherein the opaque portion prevents some, not all, of the out-coupled light that is emerging from the side of the waveguide , from reaching an illumination region, while other portions of the holder allow the out-coupled light to reach the illumination region. a holder having a support structure in which a groove is formed, wherein the groove is sized to receive therein a side of a waveguide that is to be fixed in position next to a surface of the groove, wherein the groove runs in a longitudinal direction along the length of the side of the waveguide ; wherein the holder is to one of a) reflect, diffuse or absorb some light that is out-coupled from the side of the waveguide , or b) wavelength convert some of the out-coupled light from the side of the waveguide , to produce side illumination that emerges from a side of the holder , the illumination apparatus being characterized in that the holder comprises an opaque portion for hiding a part, not all, of the out-coupled light that is emerging from the side of the waveguide , wherein the opaque portion prevents some, not all, of the out-coupled light that is emerging from the side of the waveguide , from reaching an illumination region, while other portions of the holder allow the out-coupled light to reach the illumination region.
Sowing coulter, in particular a chisel coulter , preferably for the direct and/or mulch sowing method, having a coulter body , there being arranged in the lower front region and on the front side of the coulter body a ripping chisel , which is fastened by means of a fastening device , and coulter blades , which protrude laterally from the ripping chisel and are provided with a front cutting edge for creating a sowing furrow in the ground, the coulter blades being arranged on the ripping chisel , such that the ripping chisel , together with the coulter blades , can be adjusted about a first horizontal axis extending transversely to the direction of travel and can be fixed in different positions by means of an adjusting device arranged between the ripping chisel and the coulter body , characterized in that the adjusting device comprises at least one eccentric adjusting element which can be rotated about a second horizontal axis extending transversely to the direction of travel and has adjustment surfaces arranged at different distances from the second horizontal axis.
A printing apparatus comprising: a print section configured to perform printing; an insertion port into which a containing member that contains a print associated member (32, P) which is associated with printing by the print section can be inserted; an openable cover that openably covers the insertion port; and a lock mechanism for locking the openable cover in a closed position, wherein the lock mechanism includes: an insertion section disposed on the openable cover; and a displacement member disposed on the exterior part surrounding the openable cover, and configured to move between a locked position in which it is inserted into the insertion section and an unlocked position in which it disengages from the insertion section to permit opening movement of the openable cover, wherein the displacement member includes an operation section which is operated to displace the displacement member . a print section configured to perform printing; an insertion port into which a containing member that contains a print associated member (32, P) which is associated with printing by the print section can be inserted; an openable cover that openably covers the insertion port; and a lock mechanism for locking the openable cover in a closed position, wherein the lock mechanism includes: an insertion section disposed on the openable cover; and a displacement member disposed on the exterior part surrounding the openable cover, and configured to move between a locked position in which it is inserted into the insertion section and an unlocked position in which it disengages from the insertion section to permit opening movement of the openable cover, wherein the displacement member includes an operation section which is operated to displace the displacement member . an insertion section disposed on the openable cover; and a displacement member disposed on the exterior part surrounding the openable cover, and configured to move between a locked position in which it is inserted into the insertion section and an unlocked position in which it disengages from the insertion section to permit opening movement of the openable cover, wherein the displacement member includes an operation section which is operated to displace the displacement member .
An unmanned ground vehicle comprising: a main body ; a drive system supported by the main body , the drive system comprising right and left driven track assemblies mounted on right and left sides of the main body ; and a manipulator arm pivotally coupled to the main body and configured to extend from a stowed position to an extended position, wherein the manipulator arm in the stowed position is contained entirely within a geometric volume of the right and left driven track assemblies ; wherein the manipulator arm comprises a first section pivotally coupled to the main body at a pivot end and a second section pivotally coupled to the first section at an end opposite the pivot end ; wherein the manipulator arm comprises a sensor suite mounted on a bridge between the first section and the second section . a main body ; a drive system supported by the main body , the drive system comprising right and left driven track assemblies mounted on right and left sides of the main body ; and a manipulator arm pivotally coupled to the main body and configured to extend from a stowed position to an extended position, wherein the manipulator arm in the stowed position is contained entirely within a geometric volume of the right and left driven track assemblies ; wherein the manipulator arm comprises a first section pivotally coupled to the main body at a pivot end and a second section pivotally coupled to the first section at an end opposite the pivot end ; wherein the manipulator arm comprises a sensor suite mounted on a bridge between the first section and the second section .