mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication, comprising: detecting , by a transmitter , a successful extended clear channel assessment -ECCA- check on at least one carrier utilizing a contention-based radio frequency spectrum, wherein the successful ECCA check occurs prior to a boundary of a current subframe; characterized in that the method further comprises: remaining idle, by the transmitter , from the time in which the successful ECCA was detected to the beginning of the next subframe; transmitting , by the transmitter , a channel reserving signal beginning at a subsequent subframe after the current subframe on the at least one carrier. detecting , by a transmitter , a successful extended clear channel assessment -ECCA- check on at least one carrier utilizing a contention-based radio frequency spectrum, wherein the successful ECCA check occurs prior to a boundary of a current subframe; characterized in that the method further comprises: remaining idle, by the transmitter , from the time in which the successful ECCA was detected to the beginning of the next subframe; transmitting , by the transmitter , a channel reserving signal beginning at a subsequent subframe after the current subframe on the at least one carrier. remaining idle, by the transmitter , from the time in which the successful ECCA was detected to the beginning of the next subframe; transmitting , by the transmitter , a channel reserving signal beginning at a subsequent subframe after the current subframe on the at least one carrier.
A refrigerator comprising: a door mounted to a body having a refrigerating compartment , the door is configured to open the refrigerating compartment ; an ice making compartment provided at the door ; an ice making device arranged in the ice making compartment ; an ice making tray provided at the ice making device and configured to receive and retain liquid to be frozen into ice; a water supply hose arranged over the ice making tray ; a water supply guide configured to receive water discharged from the water supply hose , and to guide the received water to the ice making tray ; a cold air inlet provided at the ice making compartment and configured to allow cold air to be introduced into the ice making compartment; and a cold air guide configured to guide cold air entering the ice making compartment through the cold air inlet toward the ice making tray , characterized in that it comprises a water spattering preventing plate arranged at one side of the ice making tray , wherein the ice making tray is formed of a molded plastic product and wherein the cold air guide is installed above the ice making tray , such that the cold air guide is spaced apart from the ice making tray . a door mounted to a body having a refrigerating compartment , the door is configured to open the refrigerating compartment ; an ice making compartment provided at the door ; an ice making device arranged in the ice making compartment ; an ice making tray provided at the ice making device and configured to receive and retain liquid to be frozen into ice; a water supply hose arranged over the ice making tray ; a water supply guide configured to receive water discharged from the water supply hose , and to guide the received water to the ice making tray ; a cold air inlet provided at the ice making compartment and configured to allow cold air to be introduced into the ice making compartment; and a cold air guide configured to guide cold air entering the ice making compartment through the cold air inlet toward the ice making tray , characterized in that it comprises a water spattering preventing plate arranged at one side of the ice making tray , wherein the ice making tray is formed of a molded plastic product and wherein the cold air guide is installed above the ice making tray , such that the cold air guide is spaced apart from the ice making tray .
A cutting device for manual ceramic-cutting machines, comprising a support provided with a horizontal hole with at least one threaded rear segment that receives a handle and a vertical hole that receives a cutting tool , which comprises a bar provided with a first end accommodated through the vertical hole of the support , a second end carrying a cutting wheel for marking a break line in the ceramic pieces to be cut and a front face facing the horizontal hole of the support ; characterised in that it comprises a stem accommodated in the horizontal hole of the support capable of longitudinal movement between: a front position for locking the cutting tool and a rear position for releasing the cutting tool; the bar of the cutting tool comprises on its front face at least one row of recesses spaced apart vertically, and the stem comprises at its front end at least one projection which, in the front position for locking the cutting tool by means of the stem , is accommodated in one of the recesses of the front face of the bar of the cutting tool .
Method for detecting the influence of the inclination (α1-α4) of an agricultural spreader (100a-100c, 102) on the distribution of material to be spread, characterized by the steps of: - receiving discharge information on spreading processes from agricultural spreaders (100a-100c) by an evaluation device ; and - ascertaining a relationship, dependent on the inclination (α1-α4) of an agricultural spreader (100a-100c, 102), between a dispensing point of material to be spread onto at least one distribution disc (104a-104c, 106a-106c, 108, 110) of an agricultural spreader (100a-100c, 102) and a distribution of material to be spread by the evaluation device on the basis of the received discharge information. - receiving discharge information on spreading processes from agricultural spreaders (100a-100c) by an evaluation device ; and - ascertaining a relationship, dependent on the inclination (α1-α4) of an agricultural spreader (100a-100c, 102), between a dispensing point of material to be spread onto at least one distribution disc (104a-104c, 106a-106c, 108, 110) of an agricultural spreader (100a-100c, 102) and a distribution of material to be spread by the evaluation device on the basis of the received discharge information.
A magnetic cooling and heating device , comprising: - a heat exchanger in which a magnetic body having a magnetocaloric effect is disposed; - a magnetic field applying and removing unit to selectively apply to and to remove from the magnetic body a magnetic field; and - a liquid refrigerant moving unit that is configured to move liquid refrigerant from a first end to a second end of the heat exchanger or from the second end to the first end to exchange heat with the magnetic body in the heat exchanger , wherein: - the magnetic body comprises plural flat magnetic members (50A, ..., 50H) each arranged in an upright position with respect to a moving direction of the liquid refrigerant and thus disposed with a surface perpendicular to a flow direction of movement of the liquid refrigerant , - the surface has at least one flow passage (53Aa, ..., 53Ha) there through to allow the liquid refrigerant to pass through the respective flat magnetic member (50A, ..., 50H) in the flow direction, and - the at least one flow passage (53Aa, ..., 53Ha) - is formed as a slit (50Aa, ..., 50Ae) that is opened in a direction perpendicular to the moving direction of the liquid refrigerant and - comprises plural dihedrals (52a, ..., 52h) or sharp corners (52a, ..., 52h) which are configured to point to the flow direction of the liquid refrigerant and to thereby obtain a leading edge effect. - a heat exchanger in which a magnetic body having a magnetocaloric effect is disposed; - a magnetic field applying and removing unit to selectively apply to and to remove from the magnetic body a magnetic field; and - a liquid refrigerant moving unit that is configured to move liquid refrigerant from a first end to a second end of the heat exchanger or from the second end to the first end to exchange heat with the magnetic body in the heat exchanger , - the magnetic body comprises plural flat magnetic members (50A, ..., 50H) each arranged in an upright position with respect to a moving direction of the liquid refrigerant and thus disposed with a surface perpendicular to a flow direction of movement of the liquid refrigerant , - the surface has at least one flow passage (53Aa, ..., 53Ha) there through to allow the liquid refrigerant to pass through the respective flat magnetic member (50A, ..., 50H) in the flow direction, and - the at least one flow passage (53Aa, ..., 53Ha) - is formed as a slit (50Aa, ..., 50Ae) that is opened in a direction perpendicular to the moving direction of the liquid refrigerant and - comprises plural dihedrals (52a, ..., 52h) or sharp corners (52a, ..., 52h) which are configured to point to the flow direction of the liquid refrigerant and to thereby obtain a leading edge effect. - is formed as a slit (50Aa, ..., 50Ae) that is opened in a direction perpendicular to the moving direction of the liquid refrigerant and - comprises plural dihedrals (52a, ..., 52h) or sharp corners (52a, ..., 52h) which are configured to point to the flow direction of the liquid refrigerant and to thereby obtain a leading edge effect.
A communication apparatus for a base station comprising: a transmitter, which, in operation, transmits, to a terminal, information related to a hopping pattern that defines a variation of sequence numbers over time; a receiver , which, in operation, receives, from the terminal, a reference signal generated using a sequence number, the sequence number being calculated using the hopping pattern that is defined differently by whether a Coordinated Multiple Point transmission and reception, CoMP, mode or Non-CoMP mode is set, wherein, when the CoMP mode is set, a plurality of base stations or cells communicate with the terminal in a coordinated manner between the plurality of base stations or cells; and circuitry , which, in operation, estimates a channel quality based on the received reference signal. a transmitter, which, in operation, transmits, to a terminal, information related to a hopping pattern that defines a variation of sequence numbers over time; a receiver , which, in operation, receives, from the terminal, a reference signal generated using a sequence number, the sequence number being calculated using the hopping pattern that is defined differently by whether a Coordinated Multiple Point transmission and reception, CoMP, mode or Non-CoMP mode is set, wherein, when the CoMP mode is set, a plurality of base stations or cells communicate with the terminal in a coordinated manner between the plurality of base stations or cells; and circuitry , which, in operation, estimates a channel quality based on the received reference signal.
A satellite system comprising: a reflector ; a mast extending outwardly from the reflector ; and a radio frequency, RF, assembly carried by a distal end of the mast , the satellite system being characterized in that the RF assembly comprises: a conductive waveguide body having an RF cavity therein coupled with the reflector , and having a pin-receiving opening therein, and an RF circuit module comprising a housing carried by the conductive waveguide body , RF circuitry contained within the housing , and a signal coupling pin coupled to the RF circuitry and extending through the pin-receiving opening into the RF cavity , wherein the housing comprises a hermetically sealed housing, and wherein the housing is carried by the conductive waveguide body within a planar cut-out formed at a portion of a cylindrically configured end of the conductive waveguide body . a reflector ; a mast extending outwardly from the reflector ; and a radio frequency, RF, assembly carried by a distal end of the mast , the satellite system being characterized in that the RF assembly comprises: a conductive waveguide body having an RF cavity therein coupled with the reflector , and having a pin-receiving opening therein, and an RF circuit module comprising a housing carried by the conductive waveguide body , RF circuitry contained within the housing , and a signal coupling pin coupled to the RF circuitry and extending through the pin-receiving opening into the RF cavity , wherein the housing comprises a hermetically sealed housing, and wherein the housing is carried by the conductive waveguide body within a planar cut-out formed at a portion of a cylindrically configured end of the conductive waveguide body . a conductive waveguide body having an RF cavity therein coupled with the reflector , and having a pin-receiving opening therein, and an RF circuit module comprising a housing carried by the conductive waveguide body , RF circuitry contained within the housing , and a signal coupling pin coupled to the RF circuitry and extending through the pin-receiving opening into the RF cavity , wherein the housing comprises a hermetically sealed housing, and wherein the housing is carried by the conductive waveguide body within a planar cut-out formed at a portion of a cylindrically configured end of the conductive waveguide body .
A method for inducing CD56-positive and APJ-positive mesoderm cells, comprising a step of bringing pluripotent stem cells into contact with i) Activin A and bone morphogenetic protein 4 (BMP4) or ii) Activin A and one or more CHIRs selected from the group consisting of CHIR-99021 and CHIR-98014 for at least 3 days.
A method of manufacturing a press-formed product , comprising: press-forming the sheet (B) into a press-formed product using a die , a punch and a movable mold part , the movable mold part being capable of changing its position relative to both the die and the punch , characterised by : capturing an amount of warp in one or more sheets (B) to be pressed separately for each sheet (B); wherein, during the press-forming, an initial position of the movable mold part relative to the die or the punch is controlled depending on the amount of warp in the sheet (B). capturing an amount of warp in one or more sheets (B) to be pressed separately for each sheet (B); wherein, during the press-forming, an initial position of the movable mold part relative to the die or the punch is controlled depending on the amount of warp in the sheet (B).
LAS glass ceramic having an average coefficient of thermal expansion CTE in the range from 0 to 50°C of not more than 0 ± 0.1 × 10 -6 /K and thermal hysteresis at least within the temperature range from 10°C to 35°C of < 0.1 ppm, and comprising the following components in mol% based on oxide: SiO 2 60 - 70 Li 2 O 7 - 9.4 MgO+ZnO 0 - < 0.6 Fluorine 0 - 0.3 at least one component selected from the group consisting of P 2 O 5 , R 2 O, where R 2 O may be Na 2 O and/or K 2 O and/or Cs 2 O and/or Rb 2 O, and RO, where RO may be CaO and/or BaO and/or SrO, nucleating agent in a content of 1.5 to 6 mol%, where nucleating agent is at least one component selected from the group consisting of TiO 2 , ZrO 2 , Ta 2 O 5 , Nb 2 O 5 , SnO 2 , MoO 3 , WO 3 , HfO 2 , wherein the LAS glass ceramic contains not more than 0.05 mol% As 2 O 3 as refining agent. at least one component selected from the group consisting of P 2 O 5 , R 2 O, where R 2 O may be Na 2 O and/or K 2 O and/or Cs 2 O and/or Rb 2 O, and RO, where RO may be CaO and/or BaO and/or SrO, nucleating agent in a content of 1.5 to 6 mol%, where nucleating agent is at least one component selected from the group consisting of TiO 2 , ZrO 2 , Ta 2 O 5 , Nb 2 O 5 , SnO 2 , MoO 3 , WO 3 , HfO 2 , wherein the LAS glass ceramic contains not more than 0.05 mol% As 2 O 3 as refining agent.
A dilator comprising: a leading portion comprising a leading end coupled to a leading stem ; a trailing portion comprising a trailing end coupled to a trailing shaft , the trailing end having an opening , and the trailing shaft having a channel ; and a segmented body disposed between the leading end and the trailing end, the segmented body having a passageway extending between a proximal end and a distal end, and the segmented body comprising a plurality of segments disposed circumferentially around the leading stem, wherein the leading stem extends through the passageway of the segmented body, the opening of the trailing end and the channel of the trailing shaft, and the leading stem and the trailing shaft are configured to move longitudinally relative to one another so that the trailing end is configured to enter the passageway of the segmented body to radially outwardly expand the segmented body: characterised in that the leading end is configured to not expand a distal portion of the segmented body, such that when the trailing end radially expands a proximal portion of the segmented body an outer surface of the segmented body forms a frustoconical shape with the distal portion of the segmented body having a diameter smaller than a diameter of a proximal portion of the segmented body. a leading portion comprising a leading end coupled to a leading stem ; a trailing portion comprising a trailing end coupled to a trailing shaft , the trailing end having an opening , and the trailing shaft having a channel ; and a segmented body disposed between the leading end and the trailing end, the segmented body having a passageway extending between a proximal end and a distal end, and the segmented body comprising a plurality of segments disposed circumferentially around the leading stem, wherein the leading stem extends through the passageway of the segmented body, the opening of the trailing end and the channel of the trailing shaft, and the leading stem and the trailing shaft are configured to move longitudinally relative to one another so that the trailing end is configured to enter the passageway of the segmented body to radially outwardly expand the segmented body: characterised in that the leading end is configured to not expand a distal portion of the segmented body, such that when the trailing end radially expands a proximal portion of the segmented body an outer surface of the segmented body forms a frustoconical shape with the distal portion of the segmented body having a diameter smaller than a diameter of a proximal portion of the segmented body.
A wireless repeater system , comprising: - an antenna configured to receive a magnetic wake-up signal; - a near field communication (NFC) receiver configured to: extract a wake-up signal pattern from the received magnetic wake-up signal and compare the extracted wake-up signal pattern with at least one stored wake-up signal pattern; and - an NFC transmitter configured to: in response to a match between the extracted wake-up signal pattern and the stored wake-up signal pattern, transmit an output magnetic signal using the stored wake-up signal pattern, wherein transmission of the output magnetic signal is synchronized with the received magnetic wake-up signal to form a superimposed magnetic signal. - an antenna configured to receive a magnetic wake-up signal; - a near field communication (NFC) receiver configured to: extract a wake-up signal pattern from the received magnetic wake-up signal and compare the extracted wake-up signal pattern with at least one stored wake-up signal pattern; and - an NFC transmitter configured to: in response to a match between the extracted wake-up signal pattern and the stored wake-up signal pattern, transmit an output magnetic signal using the stored wake-up signal pattern, wherein transmission of the output magnetic signal is synchronized with the received magnetic wake-up signal to form a superimposed magnetic signal.
An apparatus comprising: a first number of layers of a composite material for a wing ; a second number of layers of the composite material for the wing ; and a metal layer located between the first number of layers and the second number of layers in the wing , wherein the metal layer has a first thickness at a first area configured to receive a number of fasteners and wherein the metal layer has a second thickness at a second area that is not configured to receive the number of fasteners, wherein the second area is configured to transfer loads carried by the metal layer to the first number of layers and the second number of layers in the second area, wherein the metal layer changes in thickness by changing from the first thickness to the second thickness with a stair-step shape. a first number of layers of a composite material for a wing ; a second number of layers of the composite material for the wing ; and a metal layer located between the first number of layers and the second number of layers in the wing , wherein the metal layer has a first thickness at a first area configured to receive a number of fasteners and wherein the metal layer has a second thickness at a second area that is not configured to receive the number of fasteners, wherein the second area is configured to transfer loads carried by the metal layer to the first number of layers and the second number of layers in the second area, wherein the metal layer changes in thickness by changing from the first thickness to the second thickness with a stair-step shape.
Method for monitoring the wear of a long stator linear motor system with at least one motor train with stators and at least one transport vehicle that is driven electromagnetically thereby, characterized in that a force exerted electromagnetically and/or mechanically upon said motor train by said transport vehicle transverse to the latter's direction of transport or a differential force exerted in such manner by said transport vehicle upon two oppositely disposed motor trains is measured by sensors, where the measured force / differential force is compared to a permissible maximum value that is smaller than a minimum transverse actuating force of a track switch formed on said long stator linear motor system for said transport vehicle .
A charging member comprising: a support; and a surface layer on the support, wherein, the surface layer includes polymetalloxane containing at least one metal atom selected from the group consisting of aluminum, zirconium, titanium, and tantalum, and a group represented by the following formula or is bonded to the at least one metal atom in the polymetalloxane, wherein in formula , X represents an atomic group required for forming a ring, in formula , A1 and A2 each independently represent a hydrogen atom or an alkyl group, and in formulas and , a symbol "*" represents a binding site with a metal atom in the polymetalloxane. a support; and a surface layer on the support, wherein, the surface layer includes polymetalloxane containing at least one metal atom selected from the group consisting of aluminum, zirconium, titanium, and tantalum, and a group represented by the following formula or is bonded to the at least one metal atom in the polymetalloxane, the surface layer includes polymetalloxane containing at least one metal atom selected from the group consisting of aluminum, zirconium, titanium, and tantalum, and a group represented by the following formula or is bonded to the at least one metal atom in the polymetalloxane, wherein in formula , X represents an atomic group required for forming a ring, in formula , A1 and A2 each independently represent a hydrogen atom or an alkyl group, and in formulas and , a symbol "*" represents a binding site with a metal atom in the polymetalloxane.