mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment , the method comprising: receiving a handover command involving a plurality of candidate cells ; selecting a target cell of the plurality of candidate cells in response to the target cell meeting a predetermined condition relative to other cells of the plurality of candidate cells; wherein the predetermined condition is indicated in the handover command and comprises the condition where the target cell becomes offset better than the serving cell and/or where the target cell becomes offset better than other candidate cells; characterized by : overwriting a previously suspended handover command in response to receiving the handover command having the predetermined condition. receiving a handover command involving a plurality of candidate cells ; selecting a target cell of the plurality of candidate cells in response to the target cell meeting a predetermined condition relative to other cells of the plurality of candidate cells; wherein the predetermined condition is indicated in the handover command and comprises the condition where the target cell becomes offset better than the serving cell and/or where the target cell becomes offset better than other candidate cells; characterized by : overwriting a previously suspended handover command in response to receiving the handover command having the predetermined condition.
A centrifuge that includes a rotor , a drive source for rotating the rotor, and a rotating shaft for coupling the rotor and the drive source, the centrifuge comprising: an acceleration sensor that outputs values indicating acceleration in two different directions which are perpendicular to an axial direction of the rotating shaft; and a control unit that obtains an acceleration corresponding value, and stops rotation of the rotor in a case where the acceleration corresponding value satisfies a determination criteria which is predetermined and indicates that acceleration is large, characterized in that the values indicating acceleration in the two different directions are set to a 1 and a 2 respectively, values indicating acceleration in two directions, the two directions being perpendicular to the axial direction of the rotating shaft and orthogonal to each other, are set to a X and a Y respectively, and the control unit obtains the acceleration corresponding value from the value a 1 and the value a 2 so that the acceleration corresponding value is a value based on a X 2 +a Y 2 , or so that the acceleration corresponding value is set to a value which is proportional to (a X 2 +a Y 2 ) 1/2 . an acceleration sensor that outputs values indicating acceleration in two different directions which are perpendicular to an axial direction of the rotating shaft; and a control unit that obtains an acceleration corresponding value, and stops rotation of the rotor in a case where the acceleration corresponding value satisfies a determination criteria which is predetermined and indicates that acceleration is large, characterized in that the values indicating acceleration in the two different directions are set to a 1 and a 2 respectively, values indicating acceleration in two directions, the two directions being perpendicular to the axial direction of the rotating shaft and orthogonal to each other, are set to a X and a Y respectively, and the control unit obtains the acceleration corresponding value from the value a 1 and the value a 2 so that the acceleration corresponding value is a value based on a X 2 +a Y 2 , or so that the acceleration corresponding value is set to a value which is proportional to (a X 2 +a Y 2 ) 1/2 .
A multiple bipolar sampling system for use in an invasive medical procedure, comprising: a plurality of modules, each module comprising: an insulating frame comprising a curved printed circuit board (PCB) ; a pair of electrodes fixed to the frame at respective locations that are spaced apart; and circuitry, mounted on the PCB, configured to receive signals from the pair of electrodes and in response output a differential signal; an insertion tube having distal and proximal ends and containing the plurality of modules in locations spaced longitudinally in proximity to the distal end; and cabling running through the tube and connected to convey differential signals from the modules to the proximal end. a plurality of modules, each module comprising: an insulating frame comprising a curved printed circuit board (PCB) ; a pair of electrodes fixed to the frame at respective locations that are spaced apart; and circuitry, mounted on the PCB, configured to receive signals from the pair of electrodes and in response output a differential signal; an insulating frame comprising a curved printed circuit board (PCB) ; a pair of electrodes fixed to the frame at respective locations that are spaced apart; and circuitry, mounted on the PCB, configured to receive signals from the pair of electrodes and in response output a differential signal; an insertion tube having distal and proximal ends and containing the plurality of modules in locations spaced longitudinally in proximity to the distal end; and cabling running through the tube and connected to convey differential signals from the modules to the proximal end.
A method for transmitting streaming media resources, the method comprising: receiving, by a load balancing server in a Content Delivery Network, CDN, a processing request for a target streaming media resource sent by a client, and dispatching the processing request to a first process in an edge server in the CDN; determining, by the edge server, whether it is the first process to process the processing request, and if it is not the first process to process the processing request, forwarding the processing request to a second process in a layer in which the first process is located; determining, by the edge server, whether it is the second process to process the processing request, and if it is the second process to process the processing request, constructing, through the second process, a response request corresponding to the processing request, wherein the response request includes an Interactive Connectivity Establishment, ICE, candidate generated by the second process serving as an access address for accessing the target streaming media resource; and feeding back, by the edge server, the response request to the first process, and feeding back the response request to the client through the first process, to allow the client to establish a WebRTC communication connection with the second process, and the target streaming media resource to be transmitted through the established WebRTC communication connection. receiving, by a load balancing server in a Content Delivery Network, CDN, a processing request for a target streaming media resource sent by a client, and dispatching the processing request to a first process in an edge server in the CDN; determining, by the edge server, whether it is the first process to process the processing request, and if it is not the first process to process the processing request, forwarding the processing request to a second process in a layer in which the first process is located; determining, by the edge server, whether it is the second process to process the processing request, and if it is the second process to process the processing request, constructing, through the second process, a response request corresponding to the processing request, wherein the response request includes an Interactive Connectivity Establishment, ICE, candidate generated by the second process serving as an access address for accessing the target streaming media resource; and feeding back, by the edge server, the response request to the first process, and feeding back the response request to the client through the first process, to allow the client to establish a WebRTC communication connection with the second process, and the target streaming media resource to be transmitted through the established WebRTC communication connection.
A bonded abrasive wheel comprising ceramic shaped abrasive particles retained in a binder , wherein each of the ceramic shaped abrasive particles is respectively bounded by a polygonal base , a polygonal top , and a plurality of sides connecting the base and the top , wherein adjacent sides meet at respective side edges having an average radius of curvature of less than 50 micrometers.
Vehicle tyre having side walls and a tread and having at least one contrasting structure area on an outer surface , in particular on one of the side walls and/or the tread , wherein a contrasting structure with hatching ribs each having a ridge and oppositely situated flanks is formed on the contrasting structure area , characterized in that the contrasting structure has crossing regions , wherein a crossing region is precisely the region in which a second hatching rib of the hatching ribs is arranged straddling and crossing a first hatching rib of the hatching ribs in such a way that the ridge of the second hatching rib and the ridge of the first hatching rib cross in a plan view and that a contour of the second hatching rib has a local maximum within the crossing region .
Wind turbine blade for a wind turbine , the wind turbine blade comprising a root , a tip , a trailing edge , a leading edge and at least two beams (40.1, 40.2, 40.3) comprising carbon fiber-reinforced plastic and being spaced apart from one another, whereby the wind turbine blade has a width measured in a width direction (W) from the trailing edge to the leading edge , wherein the at least two beams (40.1, 40.2, 40.3) are arranged in the wind turbine blade in the longitudinal direction of the wind turbine blade at the trailing edge or within a distance of 25% of the width from the trailing edge , characterised in that the at least two beams (40.1, 40.2, 40.3) are electrically connected to one another by means of at least one electrically conductive member and at least one of the at least two beams (40.1, 40.2, 40.3) and/or at least one of the at least one electrically conductive member (41.1, 41.2) is configured to be connected to a down conductor of the wind turbine .
A smoke detector , comprising: an interior chamber ; a light source arranged within the smoke detector to emit light into the interior chamber; an electro-optical light receiver arranged within the smoke detector to receive direct and/or indirect light from the light source, wherein at least one of the light source and the electro-optical light receiver is arranged external to the interior chamber, and wherein the electro-optical light receiver is configured to only convert a particular range of light to photocurrent and/or wherein the light source is configured to only emit light in the particular range of light; an external housing encompassing the interior chamber, the light source and the electro-optical light receiver; electrical connectors in electrical communication with the electro-optical light receiver, wherein the electrical connectors extend out beyond the external housing; and a shield arranged exterior to the external housing, wherein the shield surrounds a space within the smoke detector between the interior chamber and a connection side of the external housing, wherein the shield further spans at least a portion of the connection side of the external housing, wherein the shield comprises openings which the electrical connectors extend through, wherein the shield at least partially surrounds the light source or the electro-optical light receiver that is arranged external to the interior chamber, and wherein the shield comprises a material which attenuates a majority amount of light within the particular range of light. an interior chamber ; a light source arranged within the smoke detector to emit light into the interior chamber; an electro-optical light receiver arranged within the smoke detector to receive direct and/or indirect light from the light source, wherein at least one of the light source and the electro-optical light receiver is arranged external to the interior chamber, and wherein the electro-optical light receiver is configured to only convert a particular range of light to photocurrent and/or wherein the light source is configured to only emit light in the particular range of light; an external housing encompassing the interior chamber, the light source and the electro-optical light receiver; electrical connectors in electrical communication with the electro-optical light receiver, wherein the electrical connectors extend out beyond the external housing; and a shield arranged exterior to the external housing, wherein the shield surrounds a space within the smoke detector between the interior chamber and a connection side of the external housing, wherein the shield further spans at least a portion of the connection side of the external housing, wherein the shield comprises openings which the electrical connectors extend through, wherein the shield at least partially surrounds the light source or the electro-optical light receiver that is arranged external to the interior chamber, and wherein the shield comprises a material which attenuates a majority amount of light within the particular range of light.
A device for producing a knee spacer component by curing bone cement paste , wherein the knee spacer component is provided in the medical field for temporarily replacing part of a knee joint comprising an articulating surface of the knee joint, the device having a casting mold for molding the knee spacer component from bone cement paste ; a valve seat which is connected to the casting mold, wherein the valve seat has a regionally closed head side with at least one first feed-through , wherein the at least one first feed-through opens into the casting mold; a valve body which is mounted so as to be rotatable relative to the valve seat and which has a sealing face , wherein the sealing face is oriented in the direction of the regionally closed head side of the valve seat , wherein at least one second feed-through is arranged in the sealing face ; wherein the valve seat and the valve body together form a valve, wherein the valve is reversibly transferable into an open position and a closed position by rotation of the valve body relative to the valve seat , wherein, in the open position of the valve, the at least one first feed-through of the valve seat and the at least one second feed-through of the valve body are located above one another at least in places and provide a connection through the valve which is permeable to bone cement paste , wherein, in the closed position of the valve, the at least one first feed-through of the valve seat is covered by the sealing face of the valve body , wherein, in the closed position of the valve, the casting mold is closed in liquid-tight manner for bone cement paste . a casting mold for molding the knee spacer component from bone cement paste ; a valve seat which is connected to the casting mold, wherein the valve seat has a regionally closed head side with at least one first feed-through , wherein the at least one first feed-through opens into the casting mold; a valve body which is mounted so as to be rotatable relative to the valve seat and which has a sealing face , wherein the sealing face is oriented in the direction of the regionally closed head side of the valve seat , wherein at least one second feed-through is arranged in the sealing face ; wherein the valve seat and the valve body together form a valve, wherein the valve is reversibly transferable into an open position and a closed position by rotation of the valve body relative to the valve seat , wherein, in the open position of the valve, the at least one first feed-through of the valve seat and the at least one second feed-through of the valve body are located above one another at least in places and provide a connection through the valve which is permeable to bone cement paste , wherein, in the closed position of the valve, the at least one first feed-through of the valve seat is covered by the sealing face of the valve body , wherein, in the closed position of the valve, the casting mold is closed in liquid-tight manner for bone cement paste .
A tiled display device , comprising: a first substrate comprising a first main substrate and a first flexible substrate ; a second substrate disposed adjacent to the first substrate; and a light-emitting unit disposed on the first flexible substrate, wherein the first substrate comprises a main region and an edge region , the edge region being disposed between the main region and the second substrate, the first main substrate comprises an edge disposed at an interface between the main region and the edge region, the first flexible substrate is disposed on the first main substrate in the main region and between the first substrate and the second substrate in the edge region, a portion of the light-emitting unit overlaps with the main region and another portion of the light-emitting unit overlaps with the edge region, the light-emitting unit comprises a plurality of connection pads disposed in the main region, and a sidewall of at least one of the plurality of connection pads is not aligned with a sidewall of the light-emitting unit. a first substrate comprising a first main substrate and a first flexible substrate ; a second substrate disposed adjacent to the first substrate; and a light-emitting unit disposed on the first flexible substrate, wherein the first substrate comprises a main region and an edge region , the edge region being disposed between the main region and the second substrate, the first main substrate comprises an edge disposed at an interface between the main region and the edge region, the first flexible substrate is disposed on the first main substrate in the main region and between the first substrate and the second substrate in the edge region, a portion of the light-emitting unit overlaps with the main region and another portion of the light-emitting unit overlaps with the edge region, the light-emitting unit comprises a plurality of connection pads disposed in the main region, and a sidewall of at least one of the plurality of connection pads is not aligned with a sidewall of the light-emitting unit.
A spiral conveyor comprising a conveyor belt and a drive tower extending from a bottom to a top and comprising an outer periphery rotating about a vertical axis, and the drive tower further comprising: a plurality of parallel drive members extending in length from the bottom to the top of the drive tower on the periphery, said drive members being configured to engage with teeth on the inside edge of the conveyor belt; wherein each of the drive members includes an outwardly projecting ridge that terminates in an entrance tip end at the bottom in an upgoing spiral and at the top in a downgoing spiral; and characterized in that each of the drive members includes an alignment element disposed proximate to the tip end to help align the teeth on the conveyor belt inside edge to the ridge , wherein the alignment element is a bump that extends radially outward from the drive member a distance less than the ridge . a plurality of parallel drive members extending in length from the bottom to the top of the drive tower on the periphery, said drive members being configured to engage with teeth on the inside edge of the conveyor belt; wherein each of the drive members includes an outwardly projecting ridge that terminates in an entrance tip end at the bottom in an upgoing spiral and at the top in a downgoing spiral; and characterized in that each of the drive members includes an alignment element disposed proximate to the tip end to help align the teeth on the conveyor belt inside edge to the ridge , wherein the alignment element is a bump that extends radially outward from the drive member a distance less than the ridge .
A method of quantifying a titer of a target organism in a sample, comprising: a. providing a sample comprising the target organism, wherein the target organism comprises at least one target sequence; b. providing a multi-analyte control comprising known titers of at least three species of organisms, wherein the organisms have been inactivated; c. mixing a known amount of a normalization control with the sample and with the multi-analyte control, wherein the normalization control comprises at least three groups of polynucleotides, wherein the polynucleotides within each group are of the same length; d. preparing high throughput sequencing libraries from the sample and the multi-analyte control; e. sequencing said libraries to produce a collection of sample reads and a collection of multi-analyte control reads; f. normalizing the collection of sample reads and the collection of multi-analyte control reads from (e) using the normalization controls; g. determining a relationship between normalized reads and the known titers of the at least three species of organisms in the multi-analyte control; and h. calculating a titer of the target organism in the sample using the relationship determined in (g). a. providing a sample comprising the target organism, wherein the target organism comprises at least one target sequence; b. providing a multi-analyte control comprising known titers of at least three species of organisms, wherein the organisms have been inactivated; c. mixing a known amount of a normalization control with the sample and with the multi-analyte control, wherein the normalization control comprises at least three groups of polynucleotides, wherein the polynucleotides within each group are of the same length; d. preparing high throughput sequencing libraries from the sample and the multi-analyte control; e. sequencing said libraries to produce a collection of sample reads and a collection of multi-analyte control reads; f. normalizing the collection of sample reads and the collection of multi-analyte control reads from (e) using the normalization controls; g. determining a relationship between normalized reads and the known titers of the at least three species of organisms in the multi-analyte control; and h. calculating a titer of the target organism in the sample using the relationship determined in (g).
Panel suitable for forming a floor covering by assembling a plurality of said panels adjacent to each other, which is of a planar design, having a planar top side and a planar bottom side, said panel being composed from a layered structure that comprises: - a waterproof core layer, the waterproof core layer in particular having a swelling rate of less than 1% after being submerged for 24 hours (according to EN 13229); - a top layer adhered on the top side of said core layer, wherein the top layer comprises at least one ply of cured resin impregnated paper; - an adhesive layer between the core layer and the top layer; characterized in that the adhesive layer is a cured mixture which comprises - a polymeric adhesive compound, and - an additional constituent which is either o at least one resin component which is also present in the cured resin impregnated paper, and which is not included in the polymeric adhesive compound, or o an epoxy resin. - a waterproof core layer, the waterproof core layer in particular having a swelling rate of less than 1% after being submerged for 24 hours (according to EN 13229); - a top layer adhered on the top side of said core layer, wherein the top layer comprises at least one ply of cured resin impregnated paper; - an adhesive layer between the core layer and the top layer; characterized in that - a polymeric adhesive compound, and - an additional constituent which is either o at least one resin component which is also present in the cured resin impregnated paper, and which is not included in the polymeric adhesive compound, or o an epoxy resin. o at least one resin component which is also present in the cured resin impregnated paper, and which is not included in the polymeric adhesive compound, or o an epoxy resin.