mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the detection of human parvovirus from a sample comprising the steps of: a) in a sample suspected of containing human parvovirus genotype 1, genotype 2, or genotype 3, contacting said sample with amplification oligomers, wherein said amplification oligomers comprise at least one amplification oligomer member that is SEQ ID NO: 47 or SEQ ID NO: 50 and promoter-based amplification oligomer members that are SEQ ID NO: 73 and SEQ ID NO: 78; b) performing an amplification reaction on said sample to generate an amplicon from a human parvovirus in said sample; and c) detecting said amplicon with a detection probe oligomer that is SEQ ID NO:42; wherein the presence of the amplicon as determined by said detecting step indicates that one or more of human parvovirus genotypes 1, 2 or 3 are present in said sample. a) in a sample suspected of containing human parvovirus genotype 1, genotype 2, or genotype 3, contacting said sample with amplification oligomers, wherein said amplification oligomers comprise at least one amplification oligomer member that is SEQ ID NO: 47 or SEQ ID NO: 50 and promoter-based amplification oligomer members that are SEQ ID NO: 73 and SEQ ID NO: 78; b) performing an amplification reaction on said sample to generate an amplicon from a human parvovirus in said sample; and c) detecting said amplicon with a detection probe oligomer that is SEQ ID NO:42; wherein the presence of the amplicon as determined by said detecting step indicates that one or more of human parvovirus genotypes 1, 2 or 3 are present in said sample.
Window blind for mounting to the outside of a window, the window blind comprising slats and a frame with a control device for adjusting the position of the slats, wherein the frame further comprises two vertical parallel mirror-symmetrical guide rails and pulling means, wherein the slats are arranged between said guide rails , wherein each of said guide rails is provided with a side chain slot , a central cam slot and a driving worm , wherein the pulling means are accommodated in each slot , wherein the pulling means comprise a chain with links and control arms for positioning of the slats , each control arm comprising a respective cam , wherein there is a space in each guide rail for the links of the chain and for the cams of the control arms , wherein each slat is fixed to a respective control arm , wherein perpendicular lateral slots protrude from the central cam slot at regular intervals and two flexible little sheets are arranged opposite to each lateral slot , wherein each flexible little sheet comprises a fixing part , a press arm and a stop , each flexible little sheet being fixed by its fixing part in the base of the respective guide rail , the press arms being preloaded towards the bottom surface of the central cam slot and being oriented with their stops facing each other, wherein each control arm is placed in the central cam slot through a cam pin of the respective cam , wherein each control arm comprises two fingers , at least one of the fingers is provided at its end with at least one opening for a chain connecting pin which connects the chain links and which connects the respective control arm with the chain links , wherein each cam is provided with two wedge sectors whose thickness decreases from the upper to the lower surface of the cam and one rectangular flat sector of the full thickness of the cam , whereby the wedge sectors are oriented against the fingers of the control arm , wherein each driving worm is arranged on the side of each of the guide rails for engagement with a respective chain connecting pin .
Method for unwinding a material web , in particular a paper or board web, with optional positioning of the material web for a subsequent machine unit for processing the material web , having an unwinding station which comprises a primary unwinding device with a wound reel drive, at least one secondary unwinding device and a gluing and separating device , wherein the wound reel is first unwound in the primary unwinding device and after its transfer is further unwound in a secondary unwinding device and a new wound reel is inserted into the primary unwinding device and the gluing and cutting device connects the material web of the secondary unwinding device to the material web of the new wound reel during a roll change and cuts the material web running from the secondary unwinding device to the splicing point, characterized in that the single secondary unwinding device is arranged between the primary unwinding device and the following machine unit , to change the position of the material web the primary unwinding device is driven to be unwound in a direction of rotation corresponding to the position, and the splice between the material webs is made, in the case of an intended unwinding of the new wound reel with the material web top side pointing downwards, when the new wound reel of the primary unwinding device is at a standstill or at a speed of rotation of the new wound reel of the primary unwinding device which is between 0 and 4 m/s.
A master device for establishing location information in real-time, the master device configured to: communicate via an auxiliary communication link with at least one monitor device ; wirelessly communicate via a primary communication link with a portable device ; communicate at least one of schedule information and connection parameters over said auxiliary communication link to said at least one monitor device to enable monitoring of communication over said primary communication link ; receive, from said at least one monitor device via the auxiliary communication link , signal information relating to one or more signal characteristics determined by said at least one monitor device from said monitored communication; and determine said location information about said portable device relative to at least one of said master device and said at least one monitor device based on said received one or more signal characteristics, wherein the master device and the at least one monitor device are fixed position devices of a plurality of fixed position devices. communicate via an auxiliary communication link with at least one monitor device ; wirelessly communicate via a primary communication link with a portable device ; communicate at least one of schedule information and connection parameters over said auxiliary communication link to said at least one monitor device to enable monitoring of communication over said primary communication link ; receive, from said at least one monitor device via the auxiliary communication link , signal information relating to one or more signal characteristics determined by said at least one monitor device from said monitored communication; and determine said location information about said portable device relative to at least one of said master device and said at least one monitor device based on said received one or more signal characteristics, wherein the master device and the at least one monitor device are fixed position devices of a plurality of fixed position devices.
A removable pneumatic connector for use with a microfluidic device, comprising: a body having a plurality of bores passing through, each bore surrounded by a sealing member on an inner surface of the body ; a vacuum port disposed on the inner surface of the body ; and an outer seal on the inner surface of the body surrounding the sealing members and the vacuum port ; wherein a vacuum holding area is created in the volume between the outer seal and each of the sealing members when the inner surface of the body is placed against a substrate. a body having a plurality of bores passing through, each bore surrounded by a sealing member on an inner surface of the body ; a vacuum port disposed on the inner surface of the body ; and an outer seal on the inner surface of the body surrounding the sealing members and the vacuum port ; wherein a vacuum holding area is created in the volume between the outer seal and each of the sealing members when the inner surface of the body is placed against a substrate.
A drill head which, during operation, can be rotated about a rotational axis (S) and which can be expanded with respect to its active drill diameter (D 0 , D 1 , D 2 ) with a base body which comprises a front side equipped with at least one cutting tool , and with at least one expansion arm , which is coupled to the base body in a pivotal manner about a pivot axis (W) and can be pivoted between a retracted position and a first deployed position which expands the active drill diameter by a first amount (B 1 ), wherein the at least one expansion arm comprises an active side equipped with at least one cutting tool , wherein, in the retracted position of the at least one expansion arm , the active side lies at least almost on a level (E) with the front side of the base body , and wherein, in the first disengaged position of the at least one expansion arm , the active side extends in the direction of the axis of rotation (S) from the front side of the base body at least almost in a step-offset free manner, characterized in that the at least one expansion arm has a side facing the axis of rotation, in that , in the region of this side, a first end , of an actuating lever is articulated on the at least one expansion arm so as to be pivotable about an axis running approximately parallel to the pivot axis, and in that a second end of the actuating lever is articulated on the base body so as to be displaceable along a guide . with a base body which comprises a front side equipped with at least one cutting tool , and with at least one expansion arm , which is coupled to the base body in a pivotal manner about a pivot axis (W) and can be pivoted between a retracted position and a first deployed position which expands the active drill diameter by a first amount (B 1 ), wherein the at least one expansion arm comprises an active side equipped with at least one cutting tool , wherein, in the retracted position of the at least one expansion arm , the active side lies at least almost on a level (E) with the front side of the base body , and wherein, in the first disengaged position of the at least one expansion arm , the active side extends in the direction of the axis of rotation (S) from the front side of the base body at least almost in a step-offset free manner, characterized in that the at least one expansion arm has a side facing the axis of rotation, in that , in the region of this side, a first end , of an actuating lever is articulated on the at least one expansion arm so as to be pivotable about an axis running approximately parallel to the pivot axis, and in that a second end of the actuating lever is articulated on the base body so as to be displaceable along a guide .
A turbocharger configured to receive an exhaust gas stream from an engine configured to operate over a range of standard operating conditions, and to compress input air into a pressurized air stream, comprising: a turbocharger housing including a turbine housing ; and a rotor configured to rotate within the turbocharger housing along an axis of rotation , the rotor including an axial turbine wheel , a compressor wheel , and a shaft extending along the axis of rotation and connecting the turbine wheel to the compressor wheel; wherein the turbine wheel is configured with a hub, and with a plurality of axial turbine blades configured to drive the rotor in rotation around the axis of rotation when the turbocharger receives the exhaust gas stream from the engine, each blade having an axial leading edge , an axial trailing edge , a hub end , and a tip end opposite the hub end; wherein the axial leading edge of each blade has a leading edge curvature near the hub end, the leading edge curvature including a downstream curvature component; wherein the leading edge curvature includes a circumferential curvature component; characterized in that : each blade's leading edge curvature provides adequate clearance between the blade and adjacent blades such that casting molds configured to cast the blades can be pulled from between the blades without deforming the casting molds; the compressor wheel has a constant chord shape and length throughout the span of the blade, and that has no twist; the turbine housing forms an inwardly spiraling turbine primary-scroll passageway that turns in an axial direction, the primary-scroll passageway being configured to provide the exhaust gas stream to the blade upstream edges at an inlet angle distribution during a design condition of the standard operating conditions; and the axially upstream edge of each blade has a distribution of leading edge blade angles that match the inlet angle distribution across the leading edge of the blade. each blade's leading edge curvature provides adequate clearance between the blade and adjacent blades such that casting molds configured to cast the blades can be pulled from between the blades without deforming the casting molds; the compressor wheel has a constant chord shape and length throughout the span of the blade, and that has no twist; the turbine housing forms an inwardly spiraling turbine primary-scroll passageway that turns in an axial direction, the primary-scroll passageway being configured to provide the exhaust gas stream to the blade upstream edges at an inlet angle distribution during a design condition of the standard operating conditions; and the axially upstream edge of each blade has a distribution of leading edge blade angles that match the inlet angle distribution across the leading edge of the blade.
A method performed by a Distributed Public Keystore module operated on a user equipment connected to a communication network, the method comprising: transmitting a Token of the DPK module to an external device having cryptocurrency so the external device can approve the DPK module ; obtaining cryptocurrency from the external device to a wallet of the DPK module , in response to an approval of the Token by the external device ; obtaining one or more user public key on the user equipment ; transmitting the cryptocurrency in the wallet of the DPK module to a blockchain ; sending a storage transaction requirement to the blockchain relating to the cryptocurrency; receiving a first information from the user equipment , the first information originating from a message received from the blockchain , the message being received via the communication network to the user equipment , the first information being related to approval by the blockchain of the storage transaction requirement; sending a second information based on the first information to the blockchain for approval; receiving from the blockchain , a public key storage allowance, relating to the approval by the blockchain of the sent storage transaction requirement based on the sent second information; sending the one or more user public key to the blockchain for storage in the blockchain , based on the public key storage allowance; retrieving the one or more stored public key from the blockchain when the one or more public key is needed by the DPK module . transmitting a Token of the DPK module to an external device having cryptocurrency so the external device can approve the DPK module ; obtaining cryptocurrency from the external device to a wallet of the DPK module , in response to an approval of the Token by the external device ; obtaining one or more user public key on the user equipment ; transmitting the cryptocurrency in the wallet of the DPK module to a blockchain ; sending a storage transaction requirement to the blockchain relating to the cryptocurrency; receiving a first information from the user equipment , the first information originating from a message received from the blockchain , the message being received via the communication network to the user equipment , the first information being related to approval by the blockchain of the storage transaction requirement; sending a second information based on the first information to the blockchain for approval; receiving from the blockchain , a public key storage allowance, relating to the approval by the blockchain of the sent storage transaction requirement based on the sent second information; sending the one or more user public key to the blockchain for storage in the blockchain , based on the public key storage allowance; retrieving the one or more stored public key from the blockchain when the one or more public key is needed by the DPK module .
A semiconductor device comprising: first domain circuitry comprising: protection circuitry coupled between a first reference voltage node and a second reference voltage node ; and driver circuitry coupled between the first reference voltage node and the second reference voltage node, the driver circuitry having an output node; an interface coupled to the output node of the driver circuitry; second domain circuitry coupled between a third reference voltage node and a fourth reference voltage node , the second domain circuitry including a transistor having a gate electrode coupled to the interface, wherein a body electrode of the transistor is coupled to the protection circuitry; and a second transistor coupled between the body electrode of the transistor and the fourth reference voltage node, wherein a gate electrode of the second transistor is coupled to the protection circuitry, wherein the protection circuity is configured to provide a first voltage corresponding to the first reference voltage node to the body electrode of the transistor and a second voltage corresponding to the second reference voltage node to the gate electrode of the second transistor in response to an electrostatic discharge event. first domain circuitry comprising: protection circuitry coupled between a first reference voltage node and a second reference voltage node ; and driver circuitry coupled between the first reference voltage node and the second reference voltage node, the driver circuitry having an output node; protection circuitry coupled between a first reference voltage node and a second reference voltage node ; and driver circuitry coupled between the first reference voltage node and the second reference voltage node, the driver circuitry having an output node; an interface coupled to the output node of the driver circuitry; second domain circuitry coupled between a third reference voltage node and a fourth reference voltage node , the second domain circuitry including a transistor having a gate electrode coupled to the interface, wherein a body electrode of the transistor is coupled to the protection circuitry; and a second transistor coupled between the body electrode of the transistor and the fourth reference voltage node, wherein a gate electrode of the second transistor is coupled to the protection circuitry, wherein the protection circuity is configured to provide a first voltage corresponding to the first reference voltage node to the body electrode of the transistor and a second voltage corresponding to the second reference voltage node to the gate electrode of the second transistor in response to an electrostatic discharge event.
A sensing system for sensing degradation of a machine fluid , comprising: a capsule including a dissolvable element , the dissolvable element being configured to at least partially dissolve when placed in contact with the machine fluid when an acid content of the machine fluid reaches a predetermined level indicative of the degradation of the machine fluid ; a tracer encapsulated by the capsule , the tracer being at least partially released from the capsule when the dissolvable element at least partially dissolves in the machine fluid ; and a detector configured to detect the release of the tracer from the capsule into the machine fluid . a capsule including a dissolvable element , the dissolvable element being configured to at least partially dissolve when placed in contact with the machine fluid when an acid content of the machine fluid reaches a predetermined level indicative of the degradation of the machine fluid ; a tracer encapsulated by the capsule , the tracer being at least partially released from the capsule when the dissolvable element at least partially dissolves in the machine fluid ; and a detector configured to detect the release of the tracer from the capsule into the machine fluid .
A method performed by one or more data processing apparatus, the method comprising: identifying a set of tasks to be performed by a set of workcells , wherein each workcell is adapted to perform one or more particular tasks and at least one workcell performs a different task than each other workcell; for each task: selecting a workcell to perform the task based at least on the one or more particular tasks that each workcell is adapted to perform; selecting , from a set of autonomous guided vehicles, AGVs , an AGV to transport the selected workcell to a location at which the task is to be performed, wherein each AGV includes an electro-mechanical interface that is adapted to i) connect to or lift multiple different types of workcells and ii) provide charging power to or receive charging power from multiple different types of workcells , and causing the selected AGV to transport the selected workcell to the location at which the task is to be performed and provide charging power to or receive charging power from the selected workcell , characterized in that each of one or more of the workcells comprises a base having fork receiving areas for receiving forks of forklift AGVs and a tow hitch for receiving a tow pin of a tugger AGV . identifying a set of tasks to be performed by a set of workcells , wherein each workcell is adapted to perform one or more particular tasks and at least one workcell performs a different task than each other workcell; for each task: selecting a workcell to perform the task based at least on the one or more particular tasks that each workcell is adapted to perform; selecting , from a set of autonomous guided vehicles, AGVs , an AGV to transport the selected workcell to a location at which the task is to be performed, wherein each AGV includes an electro-mechanical interface that is adapted to i) connect to or lift multiple different types of workcells and ii) provide charging power to or receive charging power from multiple different types of workcells , and causing the selected AGV to transport the selected workcell to the location at which the task is to be performed and provide charging power to or receive charging power from the selected workcell , selecting a workcell to perform the task based at least on the one or more particular tasks that each workcell is adapted to perform; selecting , from a set of autonomous guided vehicles, AGVs , an AGV to transport the selected workcell to a location at which the task is to be performed, wherein each AGV includes an electro-mechanical interface that is adapted to i) connect to or lift multiple different types of workcells and ii) provide charging power to or receive charging power from multiple different types of workcells , and causing the selected AGV to transport the selected workcell to the location at which the task is to be performed and provide charging power to or receive charging power from the selected workcell ,