mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting a target nucleic acid in a sample, said method comprising contacting said sample with: a sequence conversion DNA comprising, in the 5' to 3' direction, a first signal DNA generation sequence, an endonuclease recognition site, and a sequence complementary to the 3' end of said target nucleic acid, n unique cascade sequence amplification DNAs, wherein one of the n unique cascade sequence amplification DNAs comprises, in the 5' to 3' direction, a second signal DNA generation sequence, which is different from the first signal generation sequence, an endonuclease recognition site, and a sequence that is homologous to the first signal DNA generation sequence of the sequence conversion DNA, wherein n is an integer between 1 and 10, a polymerase, and an endonuclease for a nicking reaction, to form a reaction mixture; maintaining the reaction mixture under conditions that allow binding of the target nucleic acid to the sequence conversion DNA to prime replication and generate a first signal DNA; and detecting the presence or absence of at least one signal DNA generated by the signal generation sequence of the n unique cascade sequence amplification DNAs. a sequence conversion DNA comprising, in the 5' to 3' direction, a first signal DNA generation sequence, an endonuclease recognition site, and a sequence complementary to the 3' end of said target nucleic acid, n unique cascade sequence amplification DNAs, wherein one of the n unique cascade sequence amplification DNAs comprises, in the 5' to 3' direction, a second signal DNA generation sequence, which is different from the first signal generation sequence, an endonuclease recognition site, and a sequence that is homologous to the first signal DNA generation sequence of the sequence conversion DNA, wherein n is an integer between 1 and 10, a polymerase, and an endonuclease for a nicking reaction, to form a reaction mixture; maintaining the reaction mixture under conditions that allow binding of the target nucleic acid to the sequence conversion DNA to prime replication and generate a first signal DNA; and detecting the presence or absence of at least one signal DNA generated by the signal generation sequence of the n unique cascade sequence amplification DNAs.
A developer storage body comprising: a housing in which a developer is stored; a shutter portion mounted to said housing so as to be rotatable with respect to said housing , said shutter portion having a hole portion through which said developer is replenished into said housing said hole portion having a first direction-regulating portion , and a cap portion covering said hole portion , wherein said cap portion comprises: a structural portion that constitutes an enclosure body enclosing a hollow portion , said structural portion being formed of a first material, and a seal portion that covers said structural portion to seal said hollow portion , said seal portion being formed of a second material having a lower flexural modulus than said first material, and a second direction-regulating portion formed by a part of said structural portion , said second direction-regulating portion engaging said first direction-regulating portion . a housing in which a developer is stored; a shutter portion mounted to said housing so as to be rotatable with respect to said housing , said shutter portion having a hole portion through which said developer is replenished into said housing said hole portion having a first direction-regulating portion , and a cap portion covering said hole portion , wherein said cap portion comprises: a structural portion that constitutes an enclosure body enclosing a hollow portion , said structural portion being formed of a first material, and a seal portion that covers said structural portion to seal said hollow portion , said seal portion being formed of a second material having a lower flexural modulus than said first material, and a second direction-regulating portion formed by a part of said structural portion , said second direction-regulating portion engaging said first direction-regulating portion . a structural portion that constitutes an enclosure body enclosing a hollow portion , said structural portion being formed of a first material, and a seal portion that covers said structural portion to seal said hollow portion , said seal portion being formed of a second material having a lower flexural modulus than said first material, and a second direction-regulating portion formed by a part of said structural portion , said second direction-regulating portion engaging said first direction-regulating portion .
A computer storage medium storing computer-useable instructions that, when used by one or more computing devices, cause the one or more computing devices to perform operations comprising: displaying a character and an object in a gaming environment, wherein the character is associated with at least a first targeting area and the object is associated with a selection perimeter; defining a location of a focus point reticle within the first targeting area, wherein the location of the focus point reticle is defined based on a touch input; selecting the object based on the location of the focus point reticle and a determination that the object is within the first targeting area; calculating a vector from the location of the focus point reticle to the object, the vector intersecting the selection perimeter at an intersecting point, the intersecting point being a closest point along the selection perimeter to the location of the focus point reticle; defining the point along the selection perimeter as an offset targeting position in response to a selection of the point, wherein the point is selected in response to a detected termination of the touch input; and displaying an offset target indicator at the intersecting point along the selection perimeter.
A beer comprising light-stable hop extract, said beer containing at least 40 μg/l riboflavin and at least 0.1 mg/l of one or more hop derived substances represented by formula (I): wherein R = -CH(CH 3 ) 2 , -CH(CH 3 )CH 2 CH 3 or -CH 2 CH(CH 3 ) 2 .
A method of distributing, from a Central Processor in a Coordinated Multipoint (CoMP) wireless communication system to a plurality of base stations , information to be transmitted to User Equipment (UE) in cells served by the base stations, comprising the steps of: selecting (S102) a multi-user precoding matrix for each base station, each multi-user precoding matrix comprising precoding weights to be applied to symbols to be transmitted to UEs by a base station; transmitting (S104) to each base station information about the multi-user precoding matrix selected for that base station; computing (S106) information bits (b) to be transmitted to all UEs in the CoMP system; and transmitting (S108) the information bits to all base stations in the CoMP system, characterized by the steps of: applying lossless compression to the information bits to be transmitted to all UEs in the CoMP system; and wherein transmitting the information bits to all base stations in the CoMP system comprises transmitting compressed information bits to all base stations in the CoMP system; whereby coefficients of the multi-user precoding matrix are reused for multiple resource blocks by exploiting frequency and time correlation in the system. selecting (S102) a multi-user precoding matrix for each base station, each multi-user precoding matrix comprising precoding weights to be applied to symbols to be transmitted to UEs by a base station; transmitting (S104) to each base station information about the multi-user precoding matrix selected for that base station; computing (S106) information bits (b) to be transmitted to all UEs in the CoMP system; and transmitting (S108) the information bits to all base stations in the CoMP system, characterized by the steps of: applying lossless compression to the information bits to be transmitted to all UEs in the CoMP system; and wherein transmitting the information bits to all base stations in the CoMP system comprises transmitting compressed information bits to all base stations in the CoMP system; whereby coefficients of the multi-user precoding matrix are reused for multiple resource blocks by exploiting frequency and time correlation in the system. applying lossless compression to the information bits to be transmitted to all UEs in the CoMP system; and wherein transmitting the information bits to all base stations in the CoMP system comprises transmitting compressed information bits to all base stations in the CoMP system; whereby coefficients of the multi-user precoding matrix are reused for multiple resource blocks by exploiting frequency and time correlation in the system.
A tool plate for use with a robot system , the robot system comprising (i) a robot body, (ii) a robot arm connected to the robot body, the robot arm having a distal end, and (iii) a robot controller for controlling the robot arm , and an end effector connected to the robot arm via the tool plate , the tool plate comprising: nonvolatile memory storing data; a communication interface; and a processor ; wherein the tool plate is configured to establish a bidirectional communication between the processor and the robot controller via the communication interface, the processor being configured to cause transmission of the data to the robot controller upon mating of the end effector to the tool plate, wherein the robot controller is adapted to self-configure using the data and to control movements of the connected end effector based on the self-configuration, and wherein the tool plate is removably connectable to the robot arm via the distal end, and wherein the data comprises both identification information and configuration information and is stored on the nonvolatile memory of the tool plate and/or in a memory of the robot controller . nonvolatile memory storing data; a communication interface; and a processor ; wherein the tool plate is configured to establish a bidirectional communication between the processor and the robot controller via the communication interface, the processor being configured to cause transmission of the data to the robot controller upon mating of the end effector to the tool plate, wherein the robot controller is adapted to self-configure using the data and to control movements of the connected end effector based on the self-configuration, and wherein the tool plate is removably connectable to the robot arm via the distal end, and wherein the data comprises both identification information and configuration information and is stored on the nonvolatile memory of the tool plate and/or in a memory of the robot controller .
A pharmaceutical composition comprising: (a) ertapenem, or a pharmaceutically acceptable salt thereof, and (b) a compound of Formula (I), or a stereoisomer or a pharmaceutically acceptable salt thereof: wherein R is 3-pyrrolidine or 3-piperidine.
An imaging system, comprising: a rotating frame that rotates around an examination region about a z-axis; a second frame ; and a support that rotatably couples the rotating frame to the second frame , wherein one of the rotating frame or the second frame is compliantly coupled to the support and the other of the rotating frame or the second frame is rigidly coupled to the support , the support , comprising: a stator , a first bearing portion , and a bearing support that couples the stator and the first bearing portion , the bearing support , comprising: at least two members spaced apart from each other by a corresponding highly compliant region, wherein a first side of each member is coupled to the stator and a second side of each member is coupled to the first bearing portion . a rotating frame that rotates around an examination region about a z-axis; a second frame ; and a support that rotatably couples the rotating frame to the second frame , wherein one of the rotating frame or the second frame is compliantly coupled to the support and the other of the rotating frame or the second frame is rigidly coupled to the support , the support , comprising: a stator , a first bearing portion , and a bearing support that couples the stator and the first bearing portion , the bearing support , comprising: at least two members spaced apart from each other by a corresponding highly compliant region, wherein a first side of each member is coupled to the stator and a second side of each member is coupled to the first bearing portion . the support , comprising: a stator , a first bearing portion , and a bearing support that couples the stator and the first bearing portion , the bearing support , comprising: at least two members spaced apart from each other by a corresponding highly compliant region, wherein a first side of each member is coupled to the stator and a second side of each member is coupled to the first bearing portion .
An intravascular functional element, in particular an implant, more particularly a stent, flow diverter, stent graft and intravascular occlusion device, with a radially self-expandable mesh structure which is tubular at least in sections, which has a wire or a plurality of wires , wherein the wire /at least one of the wires comprises a superelastic material, in particular a superelastic material produced from an alloy with nickel and titanium alloy elements, characterized in that the mixed oxide layer on the surface of the wire /the wires is formed with a layer thickness of 250 nm to 400 nm, wherein the quadratic roughness R q of the wire /the wires is from 0.02 um to 0.5 um, in particular from 0.05 um to 0.2 μm, in particular from 0.06 μm to 0.1 μm, and/or the roughness, in particular the quadratic roughness R q , in the circumferential direction of the wire /the wires is greater than the roughness, in particular the quadratic roughness R q , in the longitudinal direction of the wire /the wires .
A trusted startup method of a blockchain integrated station, comprising: in response to receiving a startup instruction by a blockchain integrated station comprising at least one processor and a cryptographic acceleration card, computing , by the blockchain integrated station, a current hash value of a locally-deployed disk image deployed on the blockchain integrated station, wherein the locally-deployed disk image is an executable disk image, wherein when the disk image is executed, the blockchain integrated station is implemented as a blockchain node to realize one or more functions of the blockchain node; providing , by the blockchain integrated station, the current hash value to the cryptographic acceleration card comprised in the blockchain integrated station, wherein at least part of operations relating to key management, encryption and decryption, and signature verification for the blockchain integrated station are offloaded from the at least one processor to the cryptographic acceleration card; and receiving , by the blockchain integrated station and from the cryptographic acceleration card, a comparison result between the current hash value and a pre-stored standard hash value stored in the cryptographic acceleration card, wherein the standard hash value corresponds to a pre-defined standard disk image; and in a case that the comparison result indicates that the current hash value is identical to the standard hash value stored in the cryptographic acceleration card, executing , by the blockchain integrated station, the locally-deployed disk image to form the blockchain node. in response to receiving a startup instruction by a blockchain integrated station comprising at least one processor and a cryptographic acceleration card, computing , by the blockchain integrated station, a current hash value of a locally-deployed disk image deployed on the blockchain integrated station, wherein the locally-deployed disk image is an executable disk image, wherein when the disk image is executed, the blockchain integrated station is implemented as a blockchain node to realize one or more functions of the blockchain node; providing , by the blockchain integrated station, the current hash value to the cryptographic acceleration card comprised in the blockchain integrated station, wherein at least part of operations relating to key management, encryption and decryption, and signature verification for the blockchain integrated station are offloaded from the at least one processor to the cryptographic acceleration card; and receiving , by the blockchain integrated station and from the cryptographic acceleration card, a comparison result between the current hash value and a pre-stored standard hash value stored in the cryptographic acceleration card, wherein the standard hash value corresponds to a pre-defined standard disk image; and in a case that the comparison result indicates that the current hash value is identical to the standard hash value stored in the cryptographic acceleration card, executing , by the blockchain integrated station, the locally-deployed disk image to form the blockchain node.
An induction heating cooker comprising: a plurality of heating coils (L) disposed below a cooking plate ; and a controller to determine whether a container (P) is placed on the heating coils, characterized in that the controller determines whether a plurality of containers (P) is placed on one of the heating coils (L) and, when a plurality of containers is placed on one of the heating coils, adjusts a power of this heating coil on which the containers are placed based on calculated powers of the other heating coils occupied by the containers. a plurality of heating coils (L) disposed below a cooking plate ; and a controller to determine whether a container (P) is placed on the heating coils, characterized in that the controller determines whether a plurality of containers (P) is placed on one of the heating coils (L) and, when a plurality of containers is placed on one of the heating coils, adjusts a power of this heating coil on which the containers are placed based on calculated powers of the other heating coils occupied by the containers.
A dispensing hopper for dispensing a flowable particulate material, the dispensing hopper comprising a base , a peripheral wall extending upwardly from and around the base and defining with the base a hollow interior region for holding the particulate material, a dispensing outlet being provided from the hollow interior region , a dispensing element located in the hollow interior region for dispensing the particulate material through the dispensing outlet , and at least one agitating element rotatably mounted about a corresponding rotational axis for agitating the particulate material in the hollow interior region , the at least one agitating element defining a circular periphery and having a plurality of circumferentially spaced apart engagement elements located around and extending radially outwardly from the periphery thereof, the engagement elements of the at least one agitating element being engageable with the dispensing element for the transfer of drive from the dispensing element to the agitating element , so that the at least one agitating element is rotated about the corresponding rotational axis in response to operation of the dispensing element , characterised in that the at least one agitating element is rotatably mounted on the base to one side of the dispensing element .
A multi-core optical fiber comprising: a central core formed at the center of cladding ; and at least one outer core helically wound around the central core , wherein when an average of a distance d between the central core and the outer core is d ave , and the number of helical turns of the outer core per unit length is f w , an effective refractive index n e1 of the central core and an average n e2ave of effective refractive indices n e2 of the outer cores satisfy the following Formula : n e 1 × 1 ƒ w − B < n e 2 ave × 1 ƒ w + A < n e 1 × 1 ƒ w + B A = 1 ƒ w 2 + 2 πd ave 2 − 1 ƒ w B = A 1 + A ⋅ ƒ w a central core formed at the center of cladding ; and at least one outer core helically wound around the central core , wherein when an average of a distance d between the central core and the outer core is d ave , and the number of helical turns of the outer core per unit length is f w , an effective refractive index n e1 of the central core and an average n e2ave of effective refractive indices n e2 of the outer cores satisfy the following Formula : n e 1 × 1 ƒ w − B < n e 2 ave × 1 ƒ w + A < n e 1 × 1 ƒ w + B A = 1 ƒ w 2 + 2 πd ave 2 − 1 ƒ w B = A 1 + A ⋅ ƒ w
A method of forming a plurality of multilayer injection-molded articles using a corresponding plurality of cavities (22a-22d) of a mold , the method comprising; injecting a first material into a first cavity of the plurality of cavities (22a-22d) using a first nozzle with a valve pin of the first nozzle in a first position before co-injection of a second material into the first cavity ; injecting the first material into a second cavity of the plurality of cavities (22a-22d) using a second nozzle with a valve pin of the second nozzle in a second position different than the first position, thereby restricting flow of the first material into the second cavity before co-injection of the second material into the second cavity ; co-injecting the second material into the first cavity using the first nozzle thereby forming an internal layer of a second material between an inner layer of the first material and an outer layer of the first material in the first cavity ; and co-injecting the second material into the second cavity using the second nozzle thereby forming an internal layer of a second material between an inner layer of the first material and an outer layer of the first material in the second cavity ; wherein each one of the first nozzle and the second nozzle forms an outer stream of the first material, an inner stream of the first material and an interior stream of the second material, and wherein the method further comprises for each of the first nozzle and the second nozzle , blocking flow of the inner stream of the first material within the nozzle to cease flow of the inner stream while continuing flow of the outer stream and of the interior stream.
An isolated peptide that has at least 90% amino acid sequence identity with any one of SEQ ID NOs: 9-69, wherein the peptide is at least 8 amino acids and less than 50 amino acids in length, and is capable of eliciting antibodies that bind and neutralise GAPDH of Group B Streptococcus (GBS) E. coli, Staphylococcus spp., S . pneumoniae, K. pneumoniae, N. meningitidis or Pseudomonas spp., but do not bind human GAPDH.
A method of controlling wireless transmissions in a wireless communication network, the method comprising: a wireless device (11, 12; 600; 900) determining a set of carriers , the carriers each requiring a listen-before-talk, LBT, procedure before transmitting on the carrier ; the wireless device (11, 12; 600; 900) determining a reliability target for a wireless transmission from the wireless device (11, 12; 600; 900) to the wireless communication network; depending on the reliability target, the wireless device (11, 12; 600; 900) controlling aggregation of carriers from the set for redundantly performing the wireless transmission on the aggregated carriers . a wireless device (11, 12; 600; 900) determining a set of carriers , the carriers each requiring a listen-before-talk, LBT, procedure before transmitting on the carrier ; the wireless device (11, 12; 600; 900) determining a reliability target for a wireless transmission from the wireless device (11, 12; 600; 900) to the wireless communication network; depending on the reliability target, the wireless device (11, 12; 600; 900) controlling aggregation of carriers from the set for redundantly performing the wireless transmission on the aggregated carriers .