mhurhangee/patent-ind-claim-en huggingface dataset:
A rotary blood pump comprising: a housing defining a pumping chamber with upper and lower interior surfaces and having a blood inlet and a tangential blood outlet ; a rotatable impeller within the pumping chamber and adapted to increase blood pressure within the pumping chamber to cause blood to move to the blood outlet , the impeller having at least one raised surface area adjacent the upper interior surface of the pumping chamber ; an inclined bearing surface of the raised surface area having an entrance region and an exit region such that a gap between the bearing surface and the upper interior surface of the housing decreases from the entrance region to the exit region creating a hydrodynamic thrust load acting to bias the impeller axially away from the upper interior surface of the housing when the impeller is rotating, each of the bearing surfaces having a shroud (43/44) extending from the entrance region to the exit region along each of its inner and outer sides; and characterised by a wedge-shaped pressure relief surface of said raised surface having a leading portion adjacent said exit region of said bearing surface ; and having a trailing portion; and a gap between said pressure relief surface and said upper interior surface of said housing increasing from said leading portion of said pressure relief surface to its trailing portion, whereby blood traverses said raised surface area without hemolysis. a housing defining a pumping chamber with upper and lower interior surfaces and having a blood inlet and a tangential blood outlet ; a rotatable impeller within the pumping chamber and adapted to increase blood pressure within the pumping chamber to cause blood to move to the blood outlet , the impeller having at least one raised surface area adjacent the upper interior surface of the pumping chamber ; an inclined bearing surface of the raised surface area having an entrance region and an exit region such that a gap between the bearing surface and the upper interior surface of the housing decreases from the entrance region to the exit region creating a hydrodynamic thrust load acting to bias the impeller axially away from the upper interior surface of the housing when the impeller is rotating, each of the bearing surfaces having a shroud (43/44) extending from the entrance region to the exit region along each of its inner and outer sides; and characterised by a wedge-shaped pressure relief surface of said raised surface having a leading portion adjacent said exit region of said bearing surface ; and having a trailing portion; and a gap between said pressure relief surface and said upper interior surface of said housing increasing from said leading portion of said pressure relief surface to its trailing portion, whereby blood traverses said raised surface area without hemolysis.
Device for checking the dimensions of an item of luggage, in particular an item of hand luggage, for air travel, comprising display means which are adapted to make clear, during operation of the device , the extent to which the dimensions of the item of luggage satisfy specified requirements, characterised in that the display means have, in each of three mutually perpendicular directions, a plurality of light sources arranged next to one another, by means of which it can be indicated to a user of the device whether the item of luggage complies with the requirements.
A method comprising: in response to a medium access control protocol data unit being in a message 3 buffer and receiving an uplink grant: obtaining the medium access control protocol data unit from the message 3 buffer; if a first size of the uplink grant does not match a second size of the medium access control protocol data unit: indicating to a multiplexing and assembly entity to include medium access control sub-protocol data units carrying medium access control service data units from the obtained medium access control protocol data unit in a subsequent uplink transmission, and performing a logical channel prioritization procedure based on the received uplink grant, wherein the medium access control sub-protocol data units are used as inputs to the logical channel prioritization procedure and medium access control sub-protocol data units comprising a medium access control control element are excluded from being part of the inputs to the logical channel prioritization procedure; and obtaining a new the- medium access control protocol data unit from the multiplexing and assembly entity. indicating to a multiplexing and assembly entity to include medium access control sub-protocol data units carrying medium access control service data units from the obtained medium access control protocol data unit in a subsequent uplink transmission, and performing a logical channel prioritization procedure based on the received uplink grant, wherein the medium access control sub-protocol data units are used as inputs to the logical channel prioritization procedure and medium access control sub-protocol data units comprising a medium access control control element are excluded from being part of the inputs to the logical channel prioritization procedure; and obtaining a new the- medium access control protocol data unit from the multiplexing and assembly entity.
A power inductor comprising: a body , a base disposed in the body ; and a coil pattern disposed on at least one surface of the base , wherein the body comprises metal powder , a polymer , and a thermal conductive filler , wherein the thermal conductive filler is provided to release heat of the metal powder to the outside, characterized in that the body is manufactured by stacking of a plurality of sheets (100a-100h) having contents of the thermal conductive filler different from each other, wherein the more the thermal conductive filler is away from the base upward and downward, the content of the thermal conductive filler in the sheets gradually increases. a body , a base disposed in the body ; and a coil pattern disposed on at least one surface of the base , wherein the body comprises metal powder , a polymer , and a thermal conductive filler , wherein the thermal conductive filler is provided to release heat of the metal powder to the outside, characterized in that the body is manufactured by stacking of a plurality of sheets (100a-100h) having contents of the thermal conductive filler different from each other, wherein the more the thermal conductive filler is away from the base upward and downward, the content of the thermal conductive filler in the sheets gradually increases.
A method implemented in a user equipment, UE , for use in a wireless system for single carrier frequency division multiple access, SC-FDMA, wherein said UE comprises a plurality of antennas and has a plurality of associated user identifiers, IDs, the method comprising: receiving an assignment of a recurring scheduling request resource in the wireless system comprising a plurality of subcarriers, wherein the recurring scheduling request resource is assigned to a plurality of UEs; selecting an antenna of the plurality of antennas for transmission by measuring signals transmitted from an eNB on the plurality of antennas; associating the selected antenna with one of the user IDs; encoding the user ID associated with the selected antenna; and transmitting an SC-FDMA uplink control channel signal comprising the encoded user ID on the plurality of subcarriers of the assigned scheduling request resource to the eNB, using at least the selected antenna. receiving an assignment of a recurring scheduling request resource in the wireless system comprising a plurality of subcarriers, wherein the recurring scheduling request resource is assigned to a plurality of UEs; selecting an antenna of the plurality of antennas for transmission by measuring signals transmitted from an eNB on the plurality of antennas; associating the selected antenna with one of the user IDs; encoding the user ID associated with the selected antenna; and transmitting an SC-FDMA uplink control channel signal comprising the encoded user ID on the plurality of subcarriers of the assigned scheduling request resource to the eNB, using at least the selected antenna.
A torque transducer for mounting a motor of a robotic surgical assembly, comprising: a mounting flange configured to secure the torque transducer to a fixed structure; a motor flange configured to secure to a motor; a body interconnecting the mounting and motor flanges, the body defining a channel about a longitudinal axis (T-T) of the body, the body configured to flex in response to the mounting flange and the motor flange rotating relative to one another in response to torque of the motor; and a strain gauge positioned on the body to measure flexation of the body; wherein the body has a high strain region configured to amplify flexation in response to a given torque; wherein the body has a low strain region adjacent each of the mounting and motor flanges, the high strain region interconnecting the low strain regions; characterized in that the high strain region is a contiguous ring constructed of a different material such that the high strain region has increased deflection in response to torque when compared to the low strain regions. a mounting flange configured to secure the torque transducer to a fixed structure; a motor flange configured to secure to a motor; a body interconnecting the mounting and motor flanges, the body defining a channel about a longitudinal axis (T-T) of the body, the body configured to flex in response to the mounting flange and the motor flange rotating relative to one another in response to torque of the motor; and a strain gauge positioned on the body to measure flexation of the body; wherein the body has a high strain region configured to amplify flexation in response to a given torque; wherein the body has a low strain region adjacent each of the mounting and motor flanges, the high strain region interconnecting the low strain regions; characterized in that the high strain region is a contiguous ring constructed of a different material such that the high strain region has increased deflection in response to torque when compared to the low strain regions.
Hanging arrangement for items of electrical operating equipment , having an upper fastening means for suspending the hanging arrangement, a plurality of items of operating equipment being arranged so as to hang in a parallel manner from said upper fastening means, and a lower fastening means which is arranged so as to hang from the items of operating equipment , wherein the items of operating equipment are connected to the fastening means in each case by flexible contact means , characterized in that an item of special operating equipment has a lower main plate and an upper main plate and the lower main plate is connected to the lower fastening means by means of rigid contact elements and the upper main plate is non-rigidly connected to the upper fastening means via an electrically conductive connection .
A razor cartridge , comprising: a blade housing configured to accommodate at least one first shaving blade having a cutting edge and at least one second shaving blade having a cutting edge to lie in a longitudinal direction; and a lubrication member providing unit configured to provide a lubrication member , wherein the lubrication member providing unit is coupled to the blade housing so that the lubrication member is positioned between the first shaving blade and the second shaving blade , characterized in that the lubrication member providing unit comprises: an elastic bridge configured to support the lubrication member such that the lubrication member is movable between an initial position and an end position with respect to the blade housing . a blade housing configured to accommodate at least one first shaving blade having a cutting edge and at least one second shaving blade having a cutting edge to lie in a longitudinal direction; and a lubrication member providing unit configured to provide a lubrication member , wherein the lubrication member providing unit is coupled to the blade housing so that the lubrication member is positioned between the first shaving blade and the second shaving blade , characterized in that the lubrication member providing unit comprises: an elastic bridge configured to support the lubrication member such that the lubrication member is movable between an initial position and an end position with respect to the blade housing .
Series circuit arrangement of power semiconductors with a cooling-water distribution apparatus , including cooling-water boxes arranged on the power semiconductors , which are connected to the power semiconductors in electrically conducting manner, and also at least two cooling-water distributor lines , wherein a first cooling-water distributor line exhibits a cooling-water inlet , and a second cooling-water distributor line exhibits a cooling-water outflow , and wherein the cooling chambers are connected in parallel between the cooling-water distributor lines with respect to a cooling-water stream , and in each instance a branching on the cooling-water distributor lines is provided for the cooling chambers and the cooling chambers are connected to the branchings via a respective connecting line , wherein furthermore a control electrode is arranged on the cooling-water distributor lines , terminally in each instance, characterized in that for at least some of the cooling chambers the branchings on the cooling-water distributor lines are arranged relative to the position of the respective cooling chamber in offset manner in relation to a geometrically shortest possible link to the cooling-water distributor lines , so that a difference of potential (AU) between the cooling chambers and the branchings is minimized.
A light emitting device comprising: a light emitting element ; a wavelength conversion member disposed on an upper face of the light emitting element and having a lower face that has a larger area than the upper face of the light emitting element ; a first light guide member extending from a lateral face of the light emitting element to the lower face of the wavelength conversion member ; a light transmissive member disposed on an upper face of the wavelength conversion member and having a lower face that has a smaller area than the upper face of the wavelength conversion member ; a second light guide member extending from the upper face of the wavelength conversion member to a lateral face of the light transmissive member ; and a cover member that covers the wavelength conversion member , the lateral faces of the first light guide member and the lateral faces of the second light guide member ; wherein the thickness of the second light guide member covering the lateral faces of the light transmissive member increases as it approaches the bottom of the light transmissive member and decreases as it approaches the top of the light transmissive member . a light emitting element ; a wavelength conversion member disposed on an upper face of the light emitting element and having a lower face that has a larger area than the upper face of the light emitting element ; a first light guide member extending from a lateral face of the light emitting element to the lower face of the wavelength conversion member ; a light transmissive member disposed on an upper face of the wavelength conversion member and having a lower face that has a smaller area than the upper face of the wavelength conversion member ; a second light guide member extending from the upper face of the wavelength conversion member to a lateral face of the light transmissive member ; and a cover member that covers the wavelength conversion member , the lateral faces of the first light guide member and the lateral faces of the second light guide member ; wherein the thickness of the second light guide member covering the lateral faces of the light transmissive member increases as it approaches the bottom of the light transmissive member and decreases as it approaches the top of the light transmissive member .
An evolved NodeB, eNB, comprising: one or more computer-readable media comprising instructions; and one or more processors coupled with the one or more computer-readable media and configured to execute the instructions to cause the eNB, to: allocate a resource for broadcasting an advertisement by a device-to-device, D2D, advertiser via a D2D communication protocol, the advertisement being registered with an advertiser server ; and de-allocate the allocated resource based on a communication provided to the eNB that indicates that the allocated resource is no longer needed for the broadcasting of the advertisement, wherein the communication is provided by the D2D advertiser , a wireless device configured to receive the advertisement, or the advertiser server and wherein allocating the resource for broadcasting the advertisement is based on a communication from the advertiser server that indicates that the advertisement requested by the wireless device is not being broadcasted. one or more computer-readable media comprising instructions; and one or more processors coupled with the one or more computer-readable media and configured to execute the instructions to cause the eNB, to: allocate a resource for broadcasting an advertisement by a device-to-device, D2D, advertiser via a D2D communication protocol, the advertisement being registered with an advertiser server ; and de-allocate the allocated resource based on a communication provided to the eNB that indicates that the allocated resource is no longer needed for the broadcasting of the advertisement, wherein the communication is provided by the D2D advertiser , a wireless device configured to receive the advertisement, or the advertiser server and wherein allocating the resource for broadcasting the advertisement is based on a communication from the advertiser server that indicates that the advertisement requested by the wireless device is not being broadcasted. allocate a resource for broadcasting an advertisement by a device-to-device, D2D, advertiser via a D2D communication protocol, the advertisement being registered with an advertiser server ; and de-allocate the allocated resource based on a communication provided to the eNB that indicates that the allocated resource is no longer needed for the broadcasting of the advertisement, wherein the communication is provided by the D2D advertiser , a wireless device configured to receive the advertisement, or the advertiser server and wherein allocating the resource for broadcasting the advertisement is based on a communication from the advertiser server that indicates that the advertisement requested by the wireless device is not being broadcasted.
A method for manufacturing film bags , wherein a plurality of bag portions which are connected to one another are configured in a film web , wherein a plurality of printed cover sheets which are connected to one another is configured in at least one cover sheet web , wherein the cover sheet web is brought into abutment with the film web such that each cover sheet comes to rest with a precise fit on specifically one assigned bag portion , wherein each cover sheet is connected to the respectively assigned bag portion by means of cover sheet connections , wherein the cover sheet connections have transverse connections in the respective side regions of the cover sheets , and wherein individual film bags , with in each case at least one cover sheet and with an inner bag which is formed from the respectively assigned bag portion , are separated from the webs which are connected to one another, characterized in that the cover sheet connections have spot connections in the respective bottom region of the cover sheets and in each case have a longitudinal connection in the respective top region of the cover sheets .
A hydrogen tank with a tank structure which at least partially delimits a tank chamber (T) and which comprises a region designed using lightweight construction methods, hereinafter designated a cooling shield, in which a conduit system of a pressure relief system which is connected to the tank chamber (T) is formed for discharging gaseous hydrogen (W g ) from the tank chamber (T), wherein at least one para-ortho catalyst for the accelerated conversion of parahydrogen into orthohydrogen is disposed in the conduit system, characterized in that the cooling shield has at least two separate layers of material which form a sandwich structure, between which layers at least one hollow intermediate space (Z), which forms at least a portion of the conduit system , is formed.
A reflective projection display screen for use with one or more projectors , the projection display screen having a screen area covered with a patterned layer stack customized to accept projector light from only one projection direction per projector, the projection display screen comprising: a first retarder , a micro-lens array of mirrors for focussing light from at least one projector at focus positions where the light can escape from the patterned layer stack, a layer defining the patterned layer stack that is different at the focus positions than in the remainder of the screen area, and comprising a polarizing layer at least in said remainder of the screen area, wherein the patterned layer stack accepts only light coming from one projector direction per projector, whereas reflection of any light coming from another direction is reduced or suppressed, wherein the layer defining the patterned layer stack is a photo-alignment layer . a first retarder , a micro-lens array of mirrors for focussing light from at least one projector at focus positions where the light can escape from the patterned layer stack, a layer defining the patterned layer stack that is different at the focus positions than in the remainder of the screen area, and comprising a polarizing layer at least in said remainder of the screen area, wherein the patterned layer stack accepts only light coming from one projector direction per projector, whereas reflection of any light coming from another direction is reduced or suppressed, wherein the layer defining the patterned layer stack is a photo-alignment layer .