mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless communication apparatus comprising: a frame configuration circuit configured to generate, for device discovery, a transmission frame that includes a plurality of Directional Multi-Gigabit, DMG, beacons; and a transmission circuit configured to perform, in a Beacon Transmission Interval, BTI, directional transmission on one or more first DMG beacons included in the plurality of DMG beacons; wherein the plurality of DMG beacons includes a quasi-omni transmission DMG beacon; wherein the transmission circuit is configured to perform, at the end of the BTI, quasi-omni transmission on the quasi-omni transmission DMG beacon to request a probe response, wherein the quasi-omni transmission includes discovery information; and wherein one bit included in each of the DMG beacons indicates whether or not one or more quasi-omni transmissions are included in the BTI; the wireless communication apparatus further comprising a reception circuit configured to receive, in a DTI, the probe response transmitted via quasi-omni transmission. a frame configuration circuit configured to generate, for device discovery, a transmission frame that includes a plurality of Directional Multi-Gigabit, DMG, beacons; and a transmission circuit configured to perform, in a Beacon Transmission Interval, BTI, directional transmission on one or more first DMG beacons included in the plurality of DMG beacons; wherein the plurality of DMG beacons includes a quasi-omni transmission DMG beacon; wherein the transmission circuit is configured to perform, at the end of the BTI, quasi-omni transmission on the quasi-omni transmission DMG beacon to request a probe response, wherein the quasi-omni transmission includes discovery information; and wherein one bit included in each of the DMG beacons indicates whether or not one or more quasi-omni transmissions are included in the BTI; the wireless communication apparatus further comprising a reception circuit configured to receive, in a DTI, the probe response transmitted via quasi-omni transmission.
A cutting and separating device applicable to manual ceramic cutters; said cutting device comprising a carriage that can move longitudinally with respect to the cutter and provided with a transverse shaft on which a collapsible handle is mounted comprising a cutting tool , characterized in that it comprises: a toothed part comprising a separator for separating ceramic parts, mounted on the transverse shaft of the handle with the possibility of rotating between: an operative position in which the separator goes beyond the cutting plane of the tool and an inoperative position in which said separator does not reach the cutting plane of the tool ; a spring which acts on the toothed part for holding the toothed part in an inoperative position; a toothed actuator mounted on the handle , a spring which acts on said toothed actuator for maintaining it in an engaged position with the toothed part and a manual trigger element for disengaging the toothed actuator with respect to the toothed part ; said elements arranged such that: rotating the handle in an ascending direction, above a predetermined angle, causes the toothed actuator to automatically engage in the toothed part ; rotating the handle in a descending direction causes the toothed actuator to rotate the toothed part until reaching an operative position of the separator ; and the actuation of the trigger element causes the release by the toothed actuator of the toothed part which automatically returns to the inoperative position.
A band spooling machine for forming a band (B) into a pretzel having a circle part (C), the circle part being divided by a central reach (R) into two lobes, and a teardrop shaped tail (T), the machine comprising a support table having at least two side rails , and a rotatable arbor in the table, characterized by two blocks rotatably mounted on the arbor, the blocks being moveable to a position leaving a gap between the blocks for insertion of a band (B).
Method for producing a drive belt, in particular a toothed belt, having a belt body composed of elastic material and tension members with tensile strands, wherein a tension member with the tensile strands is formed from carbon cord and the carbon cord is a cord composed of a multiplicity of carbon fibers which are twisted together to form a carbon cord, said method comprising the steps of - treating the twisted carbon cord with a liquid isocyanate solution for soaking of the carbon cord; - optionally drying and optionally heat-treating the carbon cord soaked with liquid isocyanate solution; - winding soaked carbon cord in the form of tensile strands of a tension member around a drum; - introducing a solution of reaction partners for formation of the belt body composed of elastic material; - forming the drive belt under the action of pressure and/or temperature on the reaction partners and the wound treated carbon cord in order to form a drive belt having a belt body and tension members composed of carbon cord, wherein the elastic material of the belt body at least partially encloses the tension members, wherein the soaked carbon cord is not subjected to curing before being brought into contact with the reaction partners for formation of the belt body characterized in that no further coating or no further soaking of the carbon cord is carried out before introduction of the solution of reaction partners for formation of the belt body composed of elastic material. - treating the twisted carbon cord with a liquid isocyanate solution for soaking of the carbon cord; - optionally drying and optionally heat-treating the carbon cord soaked with liquid isocyanate solution; - winding soaked carbon cord in the form of tensile strands of a tension member around a drum; - introducing a solution of reaction partners for formation of the belt body composed of elastic material; - forming the drive belt under the action of pressure and/or temperature on the reaction partners and the wound treated carbon cord in order to form a drive belt having a belt body and tension members composed of carbon cord, wherein the elastic material of the belt body at least partially encloses the tension members, wherein the soaked carbon cord is not subjected to curing before being brought into contact with the reaction partners for formation of the belt body characterized in that no further coating or no further soaking of the carbon cord is carried out before introduction of the solution of reaction partners for formation of the belt body composed of elastic material.
Security device in the form of a heavy block of concrete for blocking forced access of vehicles to a protected zone, the concrete member having a generally frustoconical shape with a lower portion , a lateral wall and an upper portion , characterised in that - the lower portion is provided with feet , - the lateral wall has fixing consoles with lateral fixing surfaces , and - the upper portion has an open cavity . - the lower portion is provided with feet , - the lateral wall has fixing consoles with lateral fixing surfaces , and - the upper portion has an open cavity .
A wind deflector for a windscreen wiper system of a motor vehicle, with a receptacle for attaching the wind deflector to a component of a wiper arm of the windscreen wiper system, wherein the wind deflector is at least partially formed of an elastic plastic component , the wind deflector is at least partially formed of a hard plastic component , wherein a windscreen cleaning device is integrated in the wind deflector , wherein at least substantially all of the liquid-carrying components of the windscreen cleaning device are formed of the hard plastic component , characterized in that a surface of the wind deflector related to its installation position is at least substantially completely formed by the elastic plastic component at least on its visible side. the wind deflector is at least partially formed of an elastic plastic component , the wind deflector is at least partially formed of a hard plastic component , wherein a windscreen cleaning device is integrated in the wind deflector , wherein at least substantially all of the liquid-carrying components of the windscreen cleaning device are formed of the hard plastic component , characterized in that a surface of the wind deflector related to its installation position is at least substantially completely formed by the elastic plastic component at least on its visible side.
A method for wireless communication by a base station, comprising the steps of: determining that the base station has access to a channel of a secondary unlicensed carrier; sending a downlink, DL, grant for the secondary carrier and an uplink, UL, grant for the secondary carrier, wherein the DL grant is transmitted on the secondary carrier and the UL grant is transmitted on a primary carrier; sending DL data on the secondary carrier after sending the DL grant on the secondary carrier; and receiving UL data on the secondary carrier after sending the UL grant on the primary carrier. determining that the base station has access to a channel of a secondary unlicensed carrier; sending a downlink, DL, grant for the secondary carrier and an uplink, UL, grant for the secondary carrier, wherein the DL grant is transmitted on the secondary carrier and the UL grant is transmitted on a primary carrier; sending DL data on the secondary carrier after sending the DL grant on the secondary carrier; and receiving UL data on the secondary carrier after sending the UL grant on the primary carrier.
A stapling device comprising; a tool assembly including an anvil assembly , a retainer assembly , and a shell assembly , the anvil assembly having a center rod and an anvil head , the anvil head having a distally facing surface and defining a tissue contact surface and including an annular array of staple deforming pockets positioned about the tissue contacting surface , the shell assembly including a staple cartridge defining a tissue contact surface having an annular array of staple pockets, wherein the center rod is configured to be releasably coupled to a trocar member , such that movement of the trocar member between retracted and advanced positions causes movement of the anvil assembly in relation to the shell assembly from a spaced to an approximated position; and wherein the anvil assembly comprises a stomal sleeve having a tubular configuration, the stomal sleeve having a first end portion secured to the tissue contacting surface of the anvil head radially inwardly of the annular array of staple deforming pockets and a second end portion secured to the distally facing surface of the anvil head .
An apparatus for expanding plastic preforms into plastic containers using a liquid medium having at least one forming station that fills and expands the plastic preforms using the liquid medium using at least one supply device that supplies the liquid medium to a filling device of this forming station , wherein said filling device is suitable and destined to fill the liquid medium into the plastic preforms , and wherein the apparatus has a pressure generation device that supplies the liquid medium under pressure to the filling device , wherein the pressure generation device has at least two pressure generation units suitable and designed to provide the liquid medium under pressure to the filling device , characterised in that the pressure generation units each have drive devices that can be controlled independently of each other.
An isolating decoupler comprising: a shaft having an outer surface ; a pulley rotationally engaged about the shaft; a torsion spring having a first section having a major diameter and a second section having a minor diameter, the major diameter is greater than the minor diameter, the torsion spring engaged with the pulley; characterised in that the isolating decoupler comprises a wrap spring having an inner diameter less than an outer diameter of the outer surface, the wrap spring frictionally engaging the outer surface; the wrap spring is loaded in a winding direction; the torsion spring having an end fixedly connected to the wrap spring; the torsion spring loaded in a winding direction whereby the diameter of each coil of the torsion spring decreases in a progressive sequence as a load increases; and the second section is disposed radially outboard of the wrap spring such that the second section moves radially inward to clamp the wrap spring during a load condition. a shaft having an outer surface ; a pulley rotationally engaged about the shaft; a torsion spring having a first section having a major diameter and a second section having a minor diameter, the major diameter is greater than the minor diameter, the torsion spring engaged with the pulley; characterised in that the isolating decoupler comprises a wrap spring having an inner diameter less than an outer diameter of the outer surface, the wrap spring frictionally engaging the outer surface; the wrap spring is loaded in a winding direction; the torsion spring having an end fixedly connected to the wrap spring; the torsion spring loaded in a winding direction whereby the diameter of each coil of the torsion spring decreases in a progressive sequence as a load increases; and the second section is disposed radially outboard of the wrap spring such that the second section moves radially inward to clamp the wrap spring during a load condition.
A bending machine press group having at least one press element for bending a work piece and at least one guide whereon said press element is positioned, wherein the guide comprises a housing and the press element comprises two protrusion which extends in the direction of the axis of said guide , one of the protrusion is positioned on the housing provided on the guide and the bending machine press group comprises at least one first wedge which extends in the direction of the axis of said guide and which has a form narrowing at a predetermined angle which rests on the other protrusion , at least one second wedge provided between the first wedge and the guide which has a form widening at an angle which is essentially equal to the narrowing angle of the first wedge , and the bending machine press group comprises at least one drive unit which is connected to and which moves said second wedge essentially in the direction of the axis of the guide , the bending machine being characterized in that the first wedge comprises at least one recess which is positioned in order to provide bending of the first wedge during the contact of the first wedge to the press element .
A method for accessing a wireless local area network, WLAN, wherein the method is performed by a base station controller of a serving base station of a user equipment, and the method comprising: determining , by a control unit , an access point, AP, set in the case of receiving an access capability indication or access request sent by the user equipment, wherein the AP set comprises at least one AP; sending , by a sending unit , identification information of the at least one AP in the AP set to the user equipment according to the AP set, wherein the identification information of the at least one AP in the AP set is used for determining an access AP for accessing the WLAN; characterized by sending, by the sending unit , a first threshold to the user equipment, wherein the first threshold is used for accessing the base station controller by the user equipment. determining , by a control unit , an access point, AP, set in the case of receiving an access capability indication or access request sent by the user equipment, wherein the AP set comprises at least one AP; sending , by a sending unit , identification information of the at least one AP in the AP set to the user equipment according to the AP set, wherein the identification information of the at least one AP in the AP set is used for determining an access AP for accessing the WLAN; characterized by sending, by the sending unit , a first threshold to the user equipment, wherein the first threshold is used for accessing the base station controller by the user equipment.
Device for the detection of electromagnetic waves with - a first plate that contains a membrane and a first closed cavity , the membrane at least partially bordering the first closed cavity, - a detector structure fixed at least partially to the membrane, the detector structure being arranged for detection of electromagnetic waves, - a second plate attached to the first plate, - at least one contact point for surface mount technology on the first and/or second plate, wherein a connection line between the detector structure and the contact point is at least partially led through the first and/or the second plate and that this connection line is at least partially prepared by film deposition and/or plating, whereby the second plate is attached to the first plate, the second plate having a second closed cavity the membrane at least partially bordering the second cavity, characterized by a fluid connection between the first cavity and the second cavity . - a first plate that contains a membrane and a first closed cavity , the membrane at least partially bordering the first closed cavity, - a detector structure fixed at least partially to the membrane, the detector structure being arranged for detection of electromagnetic waves, - a second plate attached to the first plate, - at least one contact point for surface mount technology on the first and/or second plate, wherein a connection line between the detector structure and the contact point is at least partially led through the first and/or the second plate and that this connection line is at least partially prepared by film deposition and/or plating, whereby the second plate is attached to the first plate, the second plate having a second closed cavity the membrane at least partially bordering the second cavity, characterized by a fluid connection between the first cavity and the second cavity .
A pharmaceutical combination for use in treating breast cancer comprising a therapeutically effective amount of a histone deacetylase (HDAC) inhibitor or a pharmaceutically acceptable salt thereof, and a Her2 inhibitor or a pharmaceutically acceptable salt thereof, wherein the Her2 inhibitor is lapatinib; and wherein the HDAC inhibitor is: or
Fan module , comprising: - a fan wheel having an axial inlet side and a radial outlet side , - an electric motor for the purpose of driving the fan wheel in a coaxial manner, and - a cooling air ducting that leads from the outlet side to the electric motor , wherein the cooling air ducting leads from the electric motor onwards to the fan wheel and the fan wheel comprises a cut-out in a region near to the axis for the purpose of allowing cooling air to pass through to the inlet side , wherein a base plate having a cut-out for the purpose of allowing cooling air to pass through axially from the outlet side into the cooling air ducting is provided in a plane of rotation between the electric motor and the fan wheel , characterized in that a vane that extends in the axial direction is provided on a border of the cut-out of the base plate . - a fan wheel having an axial inlet side and a radial outlet side , - an electric motor for the purpose of driving the fan wheel in a coaxial manner, and - a cooling air ducting that leads from the outlet side to the electric motor ,
A method of deriving systolic blood pressure (SBP) and/or diastolic blood pressure (DBP) of a subject, the method comprises: (i) receiving data related to at least one cardiac cycle (302;302-306;402) of a bio-signal from the subject ; (ii) calculating a rise time and a fall time of the at least one cardiac cycle based on the received data ; (iii) calculating a parameter ( f ) derived from a function of the rise time (T r ) and fall time (T f ); and (iv) determining the systolic blood pressure and/or diastolic blood pressure of the subject based on the calculated parameter ; characterised in that calculating the parameter derived from the function of the rise time and fall time includes calculating the parameter according to the equation: ƒ =( T r ) X ×( T ƒ ) Y , where ƒ is the parameter; T r is the rise time; T f is the fall time; and x and y are predetermined constants selected from a range of between -3 to 3, and exclusive of 0. (i) receiving data related to at least one cardiac cycle (302;302-306;402) of a bio-signal from the subject ; (ii) calculating a rise time and a fall time of the at least one cardiac cycle based on the received data ; (iii) calculating a parameter ( f ) derived from a function of the rise time (T r ) and fall time (T f ); and (iv) determining the systolic blood pressure and/or diastolic blood pressure of the subject based on the calculated parameter ; where ƒ is the parameter; T r is the rise time; T f is the fall time; and x and y are predetermined constants selected from a range of between -3 to 3, and exclusive of 0.
A frictional resistance-reducing device (100; 400) suitable to be installed on a bottom surface of a ship's hull and to form an air layer on the surface of said hull, said frictional resistance-reducing device comprising: a housing having a hollow shape with one surface that is open; and an air inlet formed at one side of the housing , an outer panel ; and reinforcement members reinforcing the outer panel , wherein the one open surface of the housing is installed to face an inner surface of the outer panel , the reinforcement members reinforcing the outer panel being disposed on both sides of the housing , and the housing covering an air outlet installed in the outer panel , the housing including a body unit having a hollow shape with both side surfaces open, wherein one of said open side surfaces is coupled to the inner surface of the outer panel , the housing including: a large diameter part having a cylinder shape; a small diameter part having a cylinder shape with a diameter relatively smaller than that of the large diameter part ; and a diameter changing part configured to connect the large diameter part with the small diameter part , the small diameter part being above the large diameter part in an inward direction of the outer panel , and a cover unit having the air inlet formed in the center thereof and configured to cover the other open side surface of the body unit , wherein the body unit is perpendicularly coupled to the inner surface of the outer panel , the frictional resistance-reducing device being characterized in that the diameter changing part has a cone shape with a diameter smaller in an inward direction of the outer panel. a large diameter part having a cylinder shape; a small diameter part having a cylinder shape with a diameter relatively smaller than that of the large diameter part ; and a diameter changing part configured to connect the large diameter part with the small diameter part , the small diameter part being above the large diameter part in an inward direction of the outer panel , and a cover unit having the air inlet formed in the center thereof and configured to cover the other open side surface of the body unit , wherein the body unit is perpendicularly coupled to the inner surface of the outer panel , the frictional resistance-reducing device being characterized in that the diameter changing part has a cone shape with a diameter smaller in an inward direction of the outer panel.