mhurhangee/patent-ind-claim-en huggingface dataset:
A Centralized Radio Access Network system to provide wireless service comprising: a controller ; and a plurality of radio points ; wherein each of the radio points is associated with at least one antenna and remotely located from the controller , wherein the plurality of radio points is communicatively coupled to the controller over a front haul ; wherein the controller and the plurality of radio points are configured to implement a base station in order to provide wireless service to a plurality of user equipment, UEs, using a cell ; wherein the controller is communicatively coupled to a core network of a wireless service provider; wherein the controller is configured to determine a simulcast zone for each UE , the simulcast zone comprising a subset of the plurality of radio points from which downlink user data is wirelessly communicated to that UE ; characterized in that : the controller is configured to attempt to form a multicast zone for each UE that is suitable for the simulcast zone determined for that UE , the multicast zone for each UE comprising a subset of multicast groups selected from a set of multicast groups implemented by the front haul ; and the controller is configured to, if the multicast zone for each UE is successfully formed, transmit front haul downlink user data for that UE to the radio points in the simulcast zone for that UE over the front haul by transmitting the front haul downlink user data to the multicast groups in the multicast zone for that UE . a controller ; and a plurality of radio points ; wherein each of the radio points is associated with at least one antenna and remotely located from the controller , wherein the plurality of radio points is communicatively coupled to the controller over a front haul ; wherein the controller and the plurality of radio points are configured to implement a base station in order to provide wireless service to a plurality of user equipment, UEs, using a cell ; wherein the controller is communicatively coupled to a core network of a wireless service provider; wherein the controller is configured to determine a simulcast zone for each UE , the simulcast zone comprising a subset of the plurality of radio points from which downlink user data is wirelessly communicated to that UE ; characterized in that : the controller is configured to attempt to form a multicast zone for each UE that is suitable for the simulcast zone determined for that UE , the multicast zone for each UE comprising a subset of multicast groups selected from a set of multicast groups implemented by the front haul ; and the controller is configured to, if the multicast zone for each UE is successfully formed, transmit front haul downlink user data for that UE to the radio points in the simulcast zone for that UE over the front haul by transmitting the front haul downlink user data to the multicast groups in the multicast zone for that UE .
A transport device comprising: a first transport unit ; a second transport unit disposed downstream of the first transport unit in a transport direction (y); a tension imparting unit provided with a tension imparting member biased toward a medium (M) between the first transport unit and the second transport unit and configured to impart tension to the medium (M); and an adjustment unit configured to adjust at least one of: (i) a biasing force of the tension imparting member ; and (ii) a relative speed between the tension imparting member and the medium (M); characterized in that the transport device further comprises a detector configured to detect the tension imparting member approaching to the medium (M) so that a distance therebetween is less than or equal to a distance threshold value, and when the detector detects the approach, the adjustment unit adjusts a relative speed between the tension imparting member and the medium (M) to be less than a relative speed obtained when adjustment is not performed. a first transport unit ; a second transport unit disposed downstream of the first transport unit in a transport direction (y); a tension imparting unit provided with a tension imparting member biased toward a medium (M) between the first transport unit and the second transport unit and configured to impart tension to the medium (M); and an adjustment unit configured to adjust at least one of: (i) a biasing force of the tension imparting member ; and (ii) a relative speed between the tension imparting member and the medium (M); (i) a biasing force of the tension imparting member ; and (ii) a relative speed between the tension imparting member and the medium (M); characterized in that the transport device further comprises a detector configured to detect the tension imparting member approaching to the medium (M) so that a distance therebetween is less than or equal to a distance threshold value, and when the detector detects the approach, the adjustment unit adjusts a relative speed between the tension imparting member and the medium (M) to be less than a relative speed obtained when adjustment is not performed.
Light source module for a vehicle headlamp , the light source module having at least one laser light source and at least one light element which can be excited to emit visible light upon illumination with laser light and can be irradiated by the laser light source , the laser light source and the light element being arranged on a support element at a distance from one another, the light element being arranged on the support element such that in the mounted state, it is positionable in a focal point of a reflector of the vehicle headlamp , characterized in that the light source module comprises means (5', 6'; 5", 6") arranged on the support element for detachable mounting in the vehicle headlamp , and the support element has at least one support base with at least one laser light source and at least one support arm extending from the support base , the support arm having at least one light element and being U-shaped starting from the support base , the at least one light element being arranged at the point furthest away from the support base on the side of the support arm facing the laser light source .
A method for cleaning a gas turbine engine installed on an airplane, the gas turbine engine having a starter, an inlet and a compressor , the method comprising: providing a source of a water soluble liquid cleaning agent, a liquid pump, a turbulent mixing chamber, a non-atomizing nozzle and one of an air pump or pressurized gas reservoir; mixing in the mixing chamber pressurized air or gas from the air pump or pressurized gas reservoir with pressurized liquid cleaning agent pressurized by the liquid pump and creating a supply of foam; placing the non-atomizing nozzle in front of the inlet ; rotating the gas turbine engine installed on the airplane with the starter; and streaming the supply of foam into the inlet of the gas turbine engine installed on the airplane from the non-atomizing nozzle as the gas turbine engine is rotating by its starter. providing a source of a water soluble liquid cleaning agent, a liquid pump, a turbulent mixing chamber, a non-atomizing nozzle and one of an air pump or pressurized gas reservoir; mixing in the mixing chamber pressurized air or gas from the air pump or pressurized gas reservoir with pressurized liquid cleaning agent pressurized by the liquid pump and creating a supply of foam; placing the non-atomizing nozzle in front of the inlet ; rotating the gas turbine engine installed on the airplane with the starter; and streaming the supply of foam into the inlet of the gas turbine engine installed on the airplane from the non-atomizing nozzle as the gas turbine engine is rotating by its starter.
A winding spool for a wire for hedge trimmer heads, the spool of a type comprising: - a hub shaped as a hollow cylindrical body defining a cylindrical external surface extending about a main axis (X-X); - a channel for guiding the wire through the hub and facilitating operations of winding the wire about the hub, having an extension that is transversal to the main axis (X-X) terminating with a first hole and a second hole , arranged at two opposite ends of the hub , afforded on the cylindrical surface ; - a central flange , having a disc-like ring shape, extending away from the cylindrical external surface of the hub ; - an upper flange , having a disc-like ring shape, extending from the cylindrical external surface lying substantially parallel to the preceding central flange ; said central flange and said upper flange defining, together with the cylindrical external surface , a first winding chamber of the wire about the hub ; - a lower flange , having a disc-like ring shape, extending from the cylindrical external surface with lying substantially parallel to the central flange ; said central flange and said lower flange defining, together with the cylindrical external surface , a second winding chamber of the wire about the hub ; wherein said at least a hole terminates with a respective terminal portion made inside the cylindrical external surface ; characterised in that said terminal portion proceeds, on the cylindrical external surface , with a guide recess able to channel the wire from the hole to the upper or lower flange contiguous to the central flange . - a hub shaped as a hollow cylindrical body defining a cylindrical external surface extending about a main axis (X-X); - a channel for guiding the wire through the hub and facilitating operations of winding the wire about the hub, having an extension that is transversal to the main axis (X-X) terminating with a first hole and a second hole , arranged at two opposite ends of the hub , afforded on the cylindrical surface ; - a central flange , having a disc-like ring shape, extending away from the cylindrical external surface of the hub ; - an upper flange , having a disc-like ring shape, extending from the cylindrical external surface lying substantially parallel to the preceding central flange ; said central flange and said upper flange defining, together with the cylindrical external surface , a first winding chamber of the wire about the hub ; - a lower flange , having a disc-like ring shape, extending from the cylindrical external surface with lying substantially parallel to the central flange ; said central flange and said lower flange defining, together with the cylindrical external surface , a second winding chamber of the wire about the hub ; wherein said at least a hole terminates with a respective terminal portion made inside the cylindrical external surface ; characterised in that said terminal portion proceeds, on the cylindrical external surface , with a guide recess able to channel the wire from the hole to the upper or lower flange contiguous to the central flange .
An image display device configured to project laser light onto a projection surface to display an image on the projection surface, comprising: a laser light source (2a-2c) configured to emit the laser light with an optical output corresponding to a driving current; an optical system configured to guide the laser light emitted by the laser light source so as to be projected onto the projection surface; a polarization switching unit that is provided in an optical path of the laser light to the projection surface and is configured to periodically switch a polarization direction of the laser light emitted therefrom between a first polarization direction and a second polarization direction; and characterized by a laser control unit configured to control the laser light source in synchronization with the switching by the polarization switching unit, to determine the driving current corresponding to a grayscale to be displayed on the basis of first driving current characteristics when the polarization direction of the laser light is the first polarization direction, and to determine the driving current corresponding to the grayscale to be displayed on the basis of second driving current characteristics different from the first driving current characteristics when the polarization direction of the laser light is the second polarization direction, wherein the driving current characteristics are specified so as to prevent image flickering due to a periodic change in brightness caused by the switching of the polarization direction. a laser light source (2a-2c) configured to emit the laser light with an optical output corresponding to a driving current; an optical system configured to guide the laser light emitted by the laser light source so as to be projected onto the projection surface; a polarization switching unit that is provided in an optical path of the laser light to the projection surface and is configured to periodically switch a polarization direction of the laser light emitted therefrom between a first polarization direction and a second polarization direction; and characterized by a laser control unit configured to control the laser light source in synchronization with the switching by the polarization switching unit, to determine the driving current corresponding to a grayscale to be displayed on the basis of first driving current characteristics when the polarization direction of the laser light is the first polarization direction, and to determine the driving current corresponding to the grayscale to be displayed on the basis of second driving current characteristics different from the first driving current characteristics when the polarization direction of the laser light is the second polarization direction, wherein the driving current characteristics are specified so as to prevent image flickering due to a periodic change in brightness caused by the switching of the polarization direction.
A device for heating an electronic component to test inside a socket , the device comprising at least an electrically conductive material so as to allow the passage of a current to produce heat, said device being in form of a multi-layer comprising at least two or more layers of electrically conductive material between which a layer of electrically isolating material results interposed between one conductive layer and the further one, and wherein electric means are comprised for generating current through said layer, characterized in that said electric means comprising a resistance in form of a path incised in the electrically conductive layer.
A subtilase variant having at least 90% sequence identity to SEQ ID NO: 3, preferably at least 95% sequence identity, preferably at least 96% sequence identity, preferably at least 97% sequence identity, preferably at least 98% sequence identity to SEQ ID NO: 3, wherein the variant has a glutamic acid residue (E) in position 101 and comprises the substitutions S156D and L262E, wherein positions correspond to the positions of SEQ ID NO: 1, and wherein the variant has increased stability in a liquid detergent composition compared to the subtilase having the amino acid sequence of SEQ ID NO: 3.
Air supply valve for ventilating closed buildings, having a frame which delimits an air passage opening and a valve flap which is pivotable about a horizontal pivot pin between an open and a closed position and is connected to the frame , the valve flap closingly resting its upper end against the upper transverse profile when in the closed position , its upper end freeing a flow opening when in the open position, and the lateral frame parts comprising sealing faces by means of which the gap between the lateral frame and the side edges of the valve flap is covered when in the open position, characterised in that the interior-side edge region in the lower part of the rear wall of the valve flap , when in the closed position and in an open position of up to 30% of the valve flap , projects by an amount over the surface of the lower transverse profile , and the valve flap , in its lower part, has a thickened portion in relation to the material thickness of the valve flap in its upper part, by means of which portion the gap between the underside of the valve flap and the lower transverse profile of the frame is elongated.
A method of improving the stability of clopidogrel in a composition comprising clopidogrel and an aqueous liquid carrier, the method comprising adding a sulfoalkyl ether cyclodextrin (SAE-CD) of Formula 1: wherein: n is 4, 5, or 6; R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , and R 9 are each, independently, -O- or a -O-(Cz-Cs alkylene)-SO 3 - group, wherein at least one of R 1 to R 9 is independently a -O-(C 2 -C 6 alkylene)-SO 3 - group; and S 1 , S 2 , S 3 , S 4 , S 5 , S 6 , S 7 , S 8 , and S 9 are each, independently, a pharmaceutically acceptable cation, to the composition, wherein the composition is a liquid composition comprising clopidogrel, and an aqueous liquid carrier, wherein the molar ratio of the SAE-CD to the clopidogrel is at least 6:1, when the pH of the formulation is 3.5 or greater. wherein: n is 4, 5, or 6; R 1 , R 2 , R 3 , R 4 , R 5 , R 6 , R 7 , R 8 , and R 9 are each, independently, -O- or a -O-(Cz-Cs alkylene)-SO 3 - group, wherein at least one of R 1 to R 9 is independently a -O-(C 2 -C 6 alkylene)-SO 3 - group; and S 1 , S 2 , S 3 , S 4 , S 5 , S 6 , S 7 , S 8 , and S 9 are each, independently, a pharmaceutically acceptable cation, to the composition, wherein the composition is a liquid composition comprising clopidogrel, and an aqueous liquid carrier, wherein the molar ratio of the SAE-CD to the clopidogrel is at least 6:1, when the pH of the formulation is 3.5 or greater.
A thermally conductive sheet comprising: a polymer matrix ; and an anisotropic filler , the anisotropic filler oriented in a thickness direction, the anisotropic filler being exposed on a surface of the thermally conductive sheet , and the anisotropic filler which is exposed being disposed in such a way as to fall down in a proportion of 3.5 to 45%. a polymer matrix ; and an anisotropic filler , the anisotropic filler oriented in a thickness direction, the anisotropic filler being exposed on a surface of the thermally conductive sheet , and the anisotropic filler which is exposed being disposed in such a way as to fall down in a proportion of 3.5 to 45%.
Method for producing a sheet steel component by means of a press-hardening or form-hardening process, the sheet steel component being produced due to the fact that a blank made of at least one region made of a highly hardenable carbon/manganese/boron steel and at least one dual-phase steel is cold-formed, then heated and then quenched in a cooling press, or a blank made of at least one region made of a highly hardenable carbon/manganese/boron steel and at least one region made of a dual-phase steel is heated to a temperature above the austenitization temperature of the highly hardenable steel material and is then formed into the sheet steel component in a single stroke, or in a plurality of strokes, in a forming and cooling press, characterized in that as a softer material and as a partner for the highly hardenable carbon/manganese/boron steel, a dual-phase steel is used, the Ac3 value of which is increased until at the annealing temperatures required for austenitization of the carbon/manganese/boron steel, only a partial austenitization of the dual-phase steel takes place, so that when loaded into the cooling press, the dual-phase steel has a ferritic matrix and, in addition to this, austenite is present.
Passenger seating comprising a plurality of rows of at least one seat , the rows being spaced apart to define a gap between adjacent rows, and at least one respective door assembly located at a side of a respective seat , said the respective door assembly comprising a base portion and a door that, in a primary mode of operation, is movable with respect to the base portion between an open state and a closed state, wherein the respective door of the respective door assembly of the respective row, when in said closed state, closes the gap between the respective row and the row in front, and wherein said door is configured to support a second mode of opening that is different from said primary mode, said door being configured to support said second mode by being shaped to define a hatchway that is exposed from the base portion when the door is in the closed state and is dimensioned to allow a person to pass therethrough, and further includes means for closing said hatchway, characterised in that the, or each, door assembly further includes a first user-operable latch operable to selectively prevent the respective door opening in said second mode, said first user-operable latch being configured not to prevent operation of said door in said primary mode.
A roof luggage rack for a vehicle , comprising: a luggage rack body defining a mounting hole ; a fastener fixing the luggage rack body on the vehicle roof ; and a mounting cover engaged in the mounting hole to seal the luggage rack body ; the luggage rack body comprises a base body and a cover body attached on the base body ; it is characterized in that the cover body comprises a top wall , a bottom wall and two opposite side walls connecting with the top and bottom walls , the mounting hole is defined in one of the side walls . a luggage rack body defining a mounting hole ; a fastener fixing the luggage rack body on the vehicle roof ; and a mounting cover engaged in the mounting hole to seal the luggage rack body ; the luggage rack body comprises a base body and a cover body attached on the base body ; it is characterized in that the cover body comprises a top wall , a bottom wall and two opposite side walls connecting with the top and bottom walls , the mounting hole is defined in one of the side walls .
A multilink-based data transmission method, by comprising: translating , by a first device, a target packet into a target packet with a public IP address; establishing separately, by the first device, first tunnels in multiple different types of links in which the first device and a second device have established a communication connection; establishing , by the first device, a second tunnel that crosses the first tunnels established in the multiple different types of links; analyzing , by the first device, a load state of each first tunnel crossed by the second tunnel, and selecting, on the basis of the load state analysis, a first tunnel used to transmit a target packet; and encapsulating , by the first device, the target packet into the second tunnel, and sending, to the second device, through the first tunnel used to transmit the target packet, the packet encapsulated into the second tunnel, wherein the sending, to the second device, through the first tunnel used to transmit the target packet, the packet encapsulated into the second tunnel comprises: encapsulating, by the first device, into the first tunnel used to transmit the target packet, the packet encapsulated into the second tunnel, and sending, to the second device through the first tunnel, the packet that is encapsulated into the first tunnel used to transmit the target packet. translating , by a first device, a target packet into a target packet with a public IP address; establishing separately, by the first device, first tunnels in multiple different types of links in which the first device and a second device have established a communication connection; establishing , by the first device, a second tunnel that crosses the first tunnels established in the multiple different types of links; analyzing , by the first device, a load state of each first tunnel crossed by the second tunnel, and selecting, on the basis of the load state analysis, a first tunnel used to transmit a target packet; and encapsulating , by the first device, the target packet into the second tunnel, and sending, to the second device, through the first tunnel used to transmit the target packet, the packet encapsulated into the second tunnel, wherein the sending, to the second device, through the first tunnel used to transmit the target packet, the packet encapsulated into the second tunnel comprises: encapsulating, by the first device, into the first tunnel used to transmit the target packet, the packet encapsulated into the second tunnel, and sending, to the second device through the first tunnel, the packet that is encapsulated into the first tunnel used to transmit the target packet.