mhurhangee/patent-ind-claim-en huggingface dataset:
A power tool apparatus i comprising: a power tool and a turntable rotatable about a first rotational axis (A T ), the turntable including a rotatable member with a first work surface on a first side of the rotatable member and the rotatable member is rotatable about a second rotational axis (A R ), the second rotational axis being perpendicular to the first rotational axis (A T ), characterized in that : the rotatable member comprises a plurality of work surfaces including the first work surface on the first side of the rotatable member, a second work surface on a second side of the rotatable member and a third work surface on a third side of the rotatable member, the rotatable member is configured to rotate into a position such that the third work surface is level with a main surface of the turntable and the power tool is configured to operate on a selected one of the plurality of work surfaces of the rotatable member . a power tool and a turntable rotatable about a first rotational axis (A T ), the turntable including a rotatable member with a first work surface on a first side of the rotatable member and the rotatable member is rotatable about a second rotational axis (A R ), the second rotational axis being perpendicular to the first rotational axis (A T ), characterized in that : the rotatable member comprises a plurality of work surfaces including the first work surface on the first side of the rotatable member, a second work surface on a second side of the rotatable member and a third work surface on a third side of the rotatable member, the rotatable member is configured to rotate into a position such that the third work surface is level with a main surface of the turntable and the power tool is configured to operate on a selected one of the plurality of work surfaces of the rotatable member . the rotatable member comprises a plurality of work surfaces including the first work surface on the first side of the rotatable member, a second work surface on a second side of the rotatable member and a third work surface on a third side of the rotatable member, the rotatable member is configured to rotate into a position such that the third work surface is level with a main surface of the turntable and the power tool is configured to operate on a selected one of the plurality of work surfaces of the rotatable member .
A method for performing wireless communication by a first device, the method comprising: receiving (S1510), from a second device through a physical sidelink control channel, PSCCH, sidelink control information, SCI, for scheduling a physical sidelink shared channel, PSSCH; receiving, from the second device through resource blocks for the PSSCH, a plurality of demodulation reference signals, DM-RSs, wherein the plurality of DM-RSs is received through a plurality of antenna ports; determining (S1520) a reference signal received power, RSRP, value for the PSSCH based on the plurality of DM-RSs; compensating (S1530) a first offset value for the RSRP value based on at least one DM-RS being performed frequency division multiplexing, FDM, with sidelink data, wherein the first offset value is a configured value; and compensating (S1540) a second offset value for the RSRP value, wherein the RSRP value is determined as a sum of a plurality of RSRP measurement values, wherein the RSRP measurement values in the plurality of RSRP measurement values are measured RSRP values for each of the plurality of antenna ports, and wherein information related to whether the at least one DM-RS among the plurality of DM-RSs performs FDM with the sidelink data is transmitted via predefined signalling. receiving (S1510), from a second device through a physical sidelink control channel, PSCCH, sidelink control information, SCI, for scheduling a physical sidelink shared channel, PSSCH; receiving, from the second device through resource blocks for the PSSCH, a plurality of demodulation reference signals, DM-RSs, wherein the plurality of DM-RSs is received through a plurality of antenna ports; determining (S1520) a reference signal received power, RSRP, value for the PSSCH based on the plurality of DM-RSs; compensating (S1530) a first offset value for the RSRP value based on at least one DM-RS being performed frequency division multiplexing, FDM, with sidelink data, wherein the first offset value is a configured value; and compensating (S1540) a second offset value for the RSRP value, wherein the RSRP value is determined as a sum of a plurality of RSRP measurement values, wherein the RSRP measurement values in the plurality of RSRP measurement values are measured RSRP values for each of the plurality of antenna ports, and wherein information related to whether the at least one DM-RS among the plurality of DM-RSs performs FDM with the sidelink data is transmitted via predefined signalling.
A pipe of the type comprising a base body , having a central axis (X-X) and forming a cylindrical shaft , the shaft having an inner shaft surface , an outer shaft surface , a first axial end and a second axial end , the second axial end of the shaft forming a front shaft surface , the pipe comprising - a cement mortar coating disposed on the inner shaft surface and having a radial coating thickness (ER), - a first annular barrier disposed at the first axial end of the shaft and adapted to oppose axial flow of the cement mortar in a non-solid state, and - a bell end and a spigot end , the bell end being defined by a bell part of the base body which comprises an inner bell surface , the base body comprising a support body made of metal or of an alloy, characterized in that the pipe comprises a bell coating , extending over the inner bell surface, and in that the bell coating is connected to the first barrier in that the first barrier has an annular inner surface that has an inner diameter that is the same or substantially the same as the diameter of the inner surface of cement mortar . a base body , having a central axis (X-X) and forming a cylindrical shaft , the shaft having an inner shaft surface , an outer shaft surface , a first axial end and a second axial end , the second axial end of the shaft forming a front shaft surface , the pipe comprising - a cement mortar coating disposed on the inner shaft surface and having a radial coating thickness (ER), - a first annular barrier disposed at the first axial end of the shaft and adapted to oppose axial flow of the cement mortar in a non-solid state, and - a bell end and a spigot end , - a cement mortar coating disposed on the inner shaft surface and having a radial coating thickness (ER), - a first annular barrier disposed at the first axial end of the shaft and adapted to oppose axial flow of the cement mortar in a non-solid state, and - a bell end and a spigot end , the bell end being defined by a bell part of the base body which comprises an inner bell surface , the base body comprising a support body made of metal or of an alloy, characterized in that the pipe comprises a bell coating , extending over the inner bell surface, and in that the bell coating is connected to the first barrier in that the first barrier has an annular inner surface that has an inner diameter that is the same or substantially the same as the diameter of the inner surface of cement mortar .
Lever arrangement of a guide vane adjustment means of a turbomachine, for establishing a connection between a guide vane and an actuator, the guide vane having a vane shaft which extends along the vertical axis (H) thereof and which can be connected to an adjusting ring of the actuator by means of a lever , characterized in that the lever has a mouth-like connecting portion , by means of which said lever can abut a contact region of the vane shaft , and a U-shaped locking piece is provided for locking the connecting portion to the vane shaft and has, in a main part , a passage for sliding onto the vane shaft and two legs which extend on opposite sides from the main part , one leg being designed for entering into a mouth opening of the connecting portion , and the other leg being designed for abutting a counter surface of the connecting portion opposite the mouth opening , the connecting portion and the locking piece , in the locked state, being form-fittingly connected to the contact region .
A method for remote monitoring and controlling of at least one instrument , said method comprising the steps of: - collecting (S1) information from the at least one instrument in at least one instrument server connected to the at least one instrument, said at least one instrument server comprising a respective first self-hosted web server ; - forwarding (S3) the information to a gateway connected to the at least one instrument server ; - publishing (S5) the information from the instruments received in the gateway in an instrument monitoring web page using a second self-hosted web server containing a web application provided in the gateway ; - opening (S7) the instrument monitoring web page from a client connected to the gateway ; - monitoring (S9) from the client the instrument information shown in the instrument monitoring web page; - choosing (S11) at least one of the instruments to control by selecting a hyperlink in the instrument monitoring web page; - redirecting (S13) the instrument monitoring web page to an instrument controlling web page provided by the first self-hosted web server containing a web application provided in the at least one instrument server ; and - controlling (S15) at least one of the instruments from the client through the instrument controlling web page. - collecting (S1) information from the at least one instrument in at least one instrument server connected to the at least one instrument, said at least one instrument server comprising a respective first self-hosted web server ; - forwarding (S3) the information to a gateway connected to the at least one instrument server ; - publishing (S5) the information from the instruments received in the gateway in an instrument monitoring web page using a second self-hosted web server containing a web application provided in the gateway ; - opening (S7) the instrument monitoring web page from a client connected to the gateway ; - monitoring (S9) from the client the instrument information shown in the instrument monitoring web page; - choosing (S11) at least one of the instruments to control by selecting a hyperlink in the instrument monitoring web page; - redirecting (S13) the instrument monitoring web page to an instrument controlling web page provided by the first self-hosted web server containing a web application provided in the at least one instrument server ; and - controlling (S15) at least one of the instruments from the client through the instrument controlling web page.
A management method for software versions, the management method to be executed by a version management system (1 2), the version management system (1 2) comprising a plurality of management apparatuses (10A 10B 10C 10D 10E 10F 10G 10H 10I) that have distributed ledgers for managing information on the software versions, the management method comprising: receiving, by a first management apparatus of the plurality of management apparatuses, transaction data (40 40A 50 60 80 91 92) from a development apparatus connected through a network (N) to the first management apparatus , the transaction data (40 40A 50 60 80 91 92) including first information on a first version of software, second information on a second version of the software developed by a software developer using the development apparatus , the second version of the software being an upgraded version of the first version of the software, identification information of the software developer , and an electronic signature of the software developer (46 55 65 83); and, validating, by the first management apparatus, legitimacy of the transaction data using the electronic signature included in the transaction data received by using a public and private key encryption method, the legitimacy being validated using the public key of the software developer ; and storing (S115), by each of the management apparatuses, the transaction data (40 40A 50 60 80 91 92) in a corresponding distributed ledger among the distributed ledgers when the transaction data (40 40A 50 60 80 91 92) is legitimate, characterized in that the transaction data received from the development apparatus further comprises location information indicating a location where the second version is stored. receiving, by a first management apparatus of the plurality of management apparatuses, transaction data (40 40A 50 60 80 91 92) from a development apparatus connected through a network (N) to the first management apparatus , the transaction data (40 40A 50 60 80 91 92) including first information on a first version of software, second information on a second version of the software developed by a software developer using the development apparatus , the second version of the software being an upgraded version of the first version of the software, identification information of the software developer , and an electronic signature of the software developer (46 55 65 83); and, validating, by the first management apparatus, legitimacy of the transaction data using the electronic signature included in the transaction data received by using a public and private key encryption method, the legitimacy being validated using the public key of the software developer ; and storing (S115), by each of the management apparatuses, the transaction data (40 40A 50 60 80 91 92) in a corresponding distributed ledger among the distributed ledgers when the transaction data (40 40A 50 60 80 91 92) is legitimate, characterized in that the transaction data received from the development apparatus further comprises location information indicating a location where the second version is stored.
A security data processing device comprising a processor and a memory coupled to the processor, the processor configured to: receive a digital document , said digital document comprising at least one primary programming requirement specified by a first party for programming at least one programmable device ; determine if receipt of said digital document is an attempt to fulfil the same digital document more than once by determining if there is a record stored in the memory that corresponds to the digital document; receive a programming request from a programming module of a programming machine in communication with said processor, said programming request requesting the programming of the at least one programmable device ; determine if the programming request complies with the at least one primary programming requirement in the digital document; and wherein if said programming request complies with the at least one primary programming requirement in the digital document and if there is no record stored in the memory that corresponds to the digital document, the processor is further configured to: output programming information to the programming module for programming the at least one programmable device, wherein said programming information comprises cryptographic information generated by said processor; and permanently store a further record in the memory, wherein the further record corresponds to said digital document. receive a digital document , said digital document comprising at least one primary programming requirement specified by a first party for programming at least one programmable device ; determine if receipt of said digital document is an attempt to fulfil the same digital document more than once by determining if there is a record stored in the memory that corresponds to the digital document; receive a programming request from a programming module of a programming machine in communication with said processor, said programming request requesting the programming of the at least one programmable device ; determine if the programming request complies with the at least one primary programming requirement in the digital document; and wherein if said programming request complies with the at least one primary programming requirement in the digital document and if there is no record stored in the memory that corresponds to the digital document, the processor is further configured to: output programming information to the programming module for programming the at least one programmable device, wherein said programming information comprises cryptographic information generated by said processor; and permanently store a further record in the memory, wherein the further record corresponds to said digital document. output programming information to the programming module for programming the at least one programmable device, wherein said programming information comprises cryptographic information generated by said processor; and permanently store a further record in the memory, wherein the further record corresponds to said digital document.
A data processing apparatus comprising: a processor core operable to execute sequences of instructions of a plurality of program threads (T1-T4) , said processor core having a plurality of pipeline stages, one of said pipelined stages being an instruction schedule stage having scheduling logic operable, in response to a thread pause instruction within a program thread, to prevent scheduling of instructions from that program thread following said thread pause instruction and instead to schedule instructions from another program thread for execution within said plurality of pipeline stages; and a pending completion unit operable to identify executing instructions from program threads which are from a group of instructions classified as being unlikely to be executable in time for their results to be available for use by a subsequent instruction within that program thread and the scheduling logic is operable to prevent rescheduling of a program thread when the pending completion unit indicates that an executing instruction from that program thread which precedes said thread pause instruction is from said group. a processor core operable to execute sequences of instructions of a plurality of program threads (T1-T4) , said processor core having a plurality of pipeline stages, one of said pipelined stages being an instruction schedule stage having scheduling logic operable, in response to a thread pause instruction within a program thread, to prevent scheduling of instructions from that program thread following said thread pause instruction and instead to schedule instructions from another program thread for execution within said plurality of pipeline stages; and a pending completion unit operable to identify executing instructions from program threads which are from a group of instructions classified as being unlikely to be executable in time for their results to be available for use by a subsequent instruction within that program thread and the scheduling logic is operable to prevent rescheduling of a program thread when the pending completion unit indicates that an executing instruction from that program thread which precedes said thread pause instruction is from said group.
A composite film of a battery casing comprising: a first protection layer; characterized by a fabric layer, in particular a non-woven fabric layer, adhered onto the first protection layer via an adhesive layer, wherein the first protection layer comprises a material that is capable of being thermally fused, wherein the first protection layer is an inner packing casing of the battery, wherein the fabric layer has flexibility to resolve stresses based on a difference between a thermal expansion coefficient of the first protection layer and the fabric layer, so as to prevent the first protection layer from being cracked, and wherein the fabric layer is an outer packing casing to provide an outer exposed interface to a user. a first protection layer; characterized by a fabric layer, in particular a non-woven fabric layer, adhered onto the first protection layer via an adhesive layer, wherein the first protection layer comprises a material that is capable of being thermally fused, wherein the first protection layer is an inner packing casing of the battery, wherein the fabric layer has flexibility to resolve stresses based on a difference between a thermal expansion coefficient of the first protection layer and the fabric layer, so as to prevent the first protection layer from being cracked, and wherein the fabric layer is an outer packing casing to provide an outer exposed interface to a user.
Bioactive compound delivery assembly, comprising a support, at least one bioactive compound composition disposed in spots on the support, and at least one stabilization layer partially or fully covering the at least one bioactive compound composition wherein the stabilization layer comprises a peptide- and/or protein-polymer hydrogel, wherein a peptide- and/or the protein-layer is crosslinked with a polymer hydrogel layer.
A natural killer (NK) cell expressing a chimeric antigen receptor (CAR) for CD38, wherein the CAR has an affinity for CD38 that is at least 25% lower than the affinity of Daratumumab for CD38.
A vehicle control method executed by a processor capable of executing a lane change of a subject vehicle comprising: acquiring surrounding information of the subject vehicle by a sensor provided in the subject vehicle; specifying an entry position located on a second lane adjacent to a first lane on which the subject vehicle travels in accordance with the surrounding information in front of the subject vehicle, the entry position indicating a position which the subject vehicle enters; specifying, among other vehicles, a front vehicle located in front of the entry position, a rear vehicle located behind the entry position, and a target vehicle located in front of the front vehicle; determining the travel state of each of the front vehicle, the rear vehicle, and the target vehicle ; determining whether a space for the subject vehicle to enter is present at the entry position; when it is determined that no space is present at the entry position and that the front vehicle and the rear vehicle are stopped, setting a standby position of the subject vehicle on the first lane, moving the subject vehicle to the standby position, predicting, while keeping the subject vehicle waiting at the standby position, whether the front vehicle starts to travel, and starting to move the subject vehicle to the entry position when the front vehicle is predicted to start traveling. acquiring surrounding information of the subject vehicle by a sensor provided in the subject vehicle; specifying an entry position located on a second lane adjacent to a first lane on which the subject vehicle travels in accordance with the surrounding information in front of the subject vehicle, the entry position indicating a position which the subject vehicle enters; specifying, among other vehicles, a front vehicle located in front of the entry position, a rear vehicle located behind the entry position, and a target vehicle located in front of the front vehicle; determining the travel state of each of the front vehicle, the rear vehicle, and the target vehicle ; determining whether a space for the subject vehicle to enter is present at the entry position; when it is determined that no space is present at the entry position and that the front vehicle and the rear vehicle are stopped, setting a standby position of the subject vehicle on the first lane, moving the subject vehicle to the standby position, predicting, while keeping the subject vehicle waiting at the standby position, whether the front vehicle starts to travel, and starting to move the subject vehicle to the entry position when the front vehicle is predicted to start traveling.