mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus under a network environment in a cloud in a control communication system for control communication with physical equipment comprising: a control communication unit (133, 134) configured to transmit and receive control communication information according to a control communication protocol; and an adaptor (132, 142) configured to generate first control communication information of a first communication method, including at least either multicast or broadcast, for one-to-many communication from among the control communication information required for the control communication based on the control communication protocol, the adaptor (132, 142) generating the first control communication information with use of information acquired from a network environment manager not included in a network in the cloud along a path different from a communication path, where the first communication method is not supported, of the control communication on the network in the cloud, and to output the first control communication information to the control communication unit. a control communication unit (133, 134) configured to transmit and receive control communication information according to a control communication protocol; and an adaptor (132, 142) configured to generate first control communication information of a first communication method, including at least either multicast or broadcast, for one-to-many communication from among the control communication information required for the control communication based on the control communication protocol, the adaptor (132, 142) generating the first control communication information with use of information acquired from a network environment manager not included in a network in the cloud along a path different from a communication path, where the first communication method is not supported, of the control communication on the network in the cloud, and to output the first control communication information to the control communication unit.
A tool for manipulating bone segments (2000, 2100), comprising an actuating end having first and second handles (110A, B) pivotably coupled together; an engaging end having first and second engaging arm (220A, B), the first engaging arm having a first end coupled to the first handle and a second end configured to receive at least a portion of a bone fastener (1100; 1200), the second engaging arm having a first end coupled to the second handle and a second end configured to engage a bone plate; wherein the second end of the first engaging arm further has at least a first lateral side surface having a first recess configured to receive at least a portion of the bone fastener, characterized in that the second end of the first engaging arm further has at least a second lateral side surface having a first recess configured to receive at least a portion of the bone fastener. an actuating end having first and second handles (110A, B) pivotably coupled together; an engaging end having first and second engaging arm (220A, B), the first engaging arm having a first end coupled to the first handle and a second end configured to receive at least a portion of a bone fastener (1100; 1200), the second engaging arm having a first end coupled to the second handle and a second end configured to engage a bone plate;
A self-punching functional element for fastening to a workpiece, namely to a high-strength sheet metal part, said self-punching functional element comprising a functional section; and a fastening section which has a contact surface for an engagement of a setting device, an end face which is remote from the contact surface and which is ring-shaped, and an outer peripheral surface connecting the contact surface and the end face, wherein at least one projection is provided at the outer peripheral surface adjacent to the contact surface and rises from the outer peripheral surface in a radial direction, characterized in that the end face is radially outwardly bounded by a punching edge for punching a slug out of the workpiece, in that the projection extends further outwardly in the radial direction than the punching edge, and in that the width of the end face ring is greater than 70% of the axial extent of the fastening section or of the axial extent of the outer peripheral surface. a functional section; and a fastening section which has a contact surface for an engagement of a setting device, an end face which is remote from the contact surface and which is ring-shaped, and an outer peripheral surface connecting the contact surface and the end face, a contact surface for an engagement of a setting device, an end face which is remote from the contact surface and which is ring-shaped, and an outer peripheral surface connecting the contact surface and the end face, wherein at least one projection is provided at the outer peripheral surface adjacent to the contact surface and rises from the outer peripheral surface in a radial direction, characterized in that the end face is radially outwardly bounded by a punching edge for punching a slug out of the workpiece, in that the projection extends further outwardly in the radial direction than the punching edge, and in that the width of the end face ring is greater than 70% of the axial extent of the fastening section or of the axial extent of the outer peripheral surface.
A handover method, characterized by: obtaining (101, 302, 602), by an access node, mobility management entity, MME, pool information which is sent by a donor station of the access node and is used for identifying an MME to which a user equipment, UE, in coverage of the access node is attached, wherein the MME pool information used for identifying the MME to which the UE is attached is comprised in an initial context setup request message sent by the donor station to the access node in an initial context setup procedure; or, when the UE enters the coverage of the access node through an S1 handover procedure, the access node is a target access node in the S1 handover procedure, and the donor station is a target donor station in the S1 handover procedure, the MME pool information used for identifying the MME to which the UE is attached is comprised in a handover request message sent by the target donor station to the target access node; and initiating, by the access node, handover for the UE according to the obtained MME pool information used for identifying the MME to which the UE is attached. obtaining (101, 302, 602), by an access node, mobility management entity, MME, pool information which is sent by a donor station of the access node and is used for identifying an MME to which a user equipment, UE, in coverage of the access node is attached, wherein the MME pool information used for identifying the MME to which the UE is attached is comprised in an initial context setup request message sent by the donor station to the access node in an initial context setup procedure; or, when the UE enters the coverage of the access node through an S1 handover procedure, the access node is a target access node in the S1 handover procedure, and the donor station is a target donor station in the S1 handover procedure, the MME pool information used for identifying the MME to which the UE is attached is comprised in a handover request message sent by the target donor station to the target access node; and initiating, by the access node, handover for the UE according to the obtained MME pool information used for identifying the MME to which the UE is attached.
A forged golf club head comprising: a club head body comprising a sole, a top rail, a strike face, a back wall of the strike face, and a rear portion; wherein the strike face comprises a heel end, a toe end, an upper region, and a lower region; wherein the rear portion of the body has an upper edge and a nonlinear outer periphery; wherein the strike face comprises a strike plane that is coplanar to the strike face; a cavity located between the rear portion and the back wall of the strike face and extending along a cavity axis; wherein the club head body is forged from a single solid billet; characterized in that: the cavity comprises a volume of between 3.5 cc and 6.5 cc; the cavity axis is parallel to the strike plane; and the cavity is formed during a multi-stage forging. a club head body comprising a sole, a top rail, a strike face, a back wall of the strike face, and a rear portion; wherein the strike face comprises a heel end, a toe end, an upper region, and a lower region; wherein the rear portion of the body has an upper edge and a nonlinear outer periphery; wherein the strike face comprises a strike plane that is coplanar to the strike face; wherein the strike face comprises a heel end, a toe end, an upper region, and a lower region; wherein the rear portion of the body has an upper edge and a nonlinear outer periphery; wherein the strike face comprises a strike plane that is coplanar to the strike face; a cavity located between the rear portion and the back wall of the strike face and extending along a cavity axis; wherein the club head body is forged from a single solid billet; characterized in that: the cavity comprises a volume of between 3.5 cc and 6.5 cc; the cavity axis is parallel to the strike plane; and the cavity is formed during a multi-stage forging. the cavity comprises a volume of between 3.5 cc and 6.5 cc; the cavity axis is parallel to the strike plane; and the cavity is formed during a multi-stage forging.
A method for transmitting data, said method comprising: receiving, by a Core Network, CN, device, historical access information or subscription information of a terminal device; said method being characterized by comprising the steps of: determining, by the CN device, a set of access network devices according to the historical access information or the subscription information sent by the terminal device; sending, by the CN device, a network connection request message to each access network device in the set of access network devices, wherein the network connection request message carries context information of the terminal device; establishing, by each access network device in the set of access network devices, a network connection with the terminal device according to the network connection request message, to enable the terminal device to move in coverage of the set of access network devices without performing handover, sending, by each access network device in the set of access network devices, a Physical Downlink Control Channel, PDCCH, to the terminal device, the PDCCH carrying scheduling information of downlink data of the terminal device, such that the terminal device receives the PDCCH sent by a first access network device, wherein the first access network device is any access network device in the set of access network devices; and sending, by the first access network device, the downlink data to the terminal device. determining, by the CN device, a set of access network devices according to the historical access information or the subscription information sent by the terminal device; sending, by the CN device, a network connection request message to each access network device in the set of access network devices, wherein the network connection request message carries context information of the terminal device; establishing, by each access network device in the set of access network devices, a network connection with the terminal device according to the network connection request message, to enable the terminal device to move in coverage of the set of access network devices without performing handover, sending, by each access network device in the set of access network devices, a Physical Downlink Control Channel, PDCCH, to the terminal device, the PDCCH carrying scheduling information of downlink data of the terminal device, such that the terminal device receives the PDCCH sent by a first access network device, wherein the first access network device is any access network device in the set of access network devices; and sending, by the first access network device, the downlink data to the terminal device.
A liquid crystal display comprising: only one substrate; a thin film transistor disposed on the substrate; a pixel electrode connected to the thin film transistor; an insulating layer disposed to face the pixel electrode; a roof layer disposed on the insulating layer; a liquid crystal layer formed by a plurality of microcavities between the pixel electrode and the insulating layer, wherein the microcavities include a liquid crystal material; and a plurality of partitions between the microcavities adjacent to each other, wherein the partitions are arranged side by side to one another; the insulating layer contacts the lower surface and the lateral surface of the partitions; characterized in that the roof layer is disposed on the partitions and contacts the insulating layer in regions corresponding to the microcavities and in that the roof layer is formed of an inorganic material and the partitions are formed of an organic material. only one substrate; a thin film transistor disposed on the substrate; a pixel electrode connected to the thin film transistor; an insulating layer disposed to face the pixel electrode; a roof layer disposed on the insulating layer; a liquid crystal layer formed by a plurality of microcavities between the pixel electrode and the insulating layer, wherein the microcavities include a liquid crystal material; and a plurality of partitions between the microcavities adjacent to each other, wherein the partitions are arranged side by side to one another; the insulating layer contacts the lower surface and the lateral surface of the partitions; characterized in that the roof layer is disposed on the partitions and contacts the insulating layer in regions corresponding to the microcavities and in that the roof layer is formed of an inorganic material and the partitions are formed of an organic material.
A mutant Taq DNA polymerase having an enhanced template discrimination activity compared with the native Taq DNA polymerase of ⁅SEQ ID NO:1⁆, wherein the amino acid sequence of the mutant Taq DNA polymerase is SEQ ID NO:1 comprising a H784Q substitution wherein the enhanced template discrimination activity is selected from the group consisting of the following: (a) enhanced 3'-mismatch discrimination, wherein an average ΔΔCq is at least about 5.0 when the mutant Taq DNA polymerase is evaluated for enhanced 3'-mismatch discrimination by allele-specific PCR assay; (b) enhanced 3'-nucleotide discrimination, wherein an average ΔΔCq is at least about 3.0 when the mutant Taq DNA polymerase is evaluated for enhanced 3'-nucleotide discrimination by quantitative PCR; (c) enhanced 3'-mismatch discrimination, wherein an average ΔΔCq is at least about 1.0 when the mutant Taq DNA polymerase is evaluated for enhanced 3'-mismatch discrimination by rhPCR with an RDDDDx blocked-cleavable rhPCR primer; (d) enhanced 3'-mismatch discrimination, wherein an average ΔΔCq is at least about 0.60 when the mutant Taq DNA polymerase is evaluated for enhanced 3'-mismatch discrimination by rhPCR with an RDxxD blocked-cleavable rhPCR primer; and (e) enhanced rare allele discrimination, wherein the enhanced rare allele discrimination is at least 1:10,000 when the mutant Taq DNA polymerase is evaluated by rhPCR SNP discrimination assay of the SMAD7 gene NM_005904, C/T SNP, rs4939827) having a ΔCq of at least 3.0 with RDxxD blocked-cleavable rhPCR primers consisting of SEQ ID NOs:78 and 79. (a) enhanced 3'-mismatch discrimination, wherein an average ΔΔCq is at least about 5.0 when the mutant Taq DNA polymerase is evaluated for enhanced 3'-mismatch discrimination by allele-specific PCR assay; (b) enhanced 3'-nucleotide discrimination, wherein an average ΔΔCq is at least about 3.0 when the mutant Taq DNA polymerase is evaluated for enhanced 3'-nucleotide discrimination by quantitative PCR; (c) enhanced 3'-mismatch discrimination, wherein an average ΔΔCq is at least about 1.0 when the mutant Taq DNA polymerase is evaluated for enhanced 3'-mismatch discrimination by rhPCR with an RDDDDx blocked-cleavable rhPCR primer; (d) enhanced 3'-mismatch discrimination, wherein an average ΔΔCq is at least about 0.60 when the mutant Taq DNA polymerase is evaluated for enhanced 3'-mismatch discrimination by rhPCR with an RDxxD blocked-cleavable rhPCR primer; and (e) enhanced rare allele discrimination, wherein the enhanced rare allele discrimination is at least 1:10,000 when the mutant Taq DNA polymerase is evaluated by rhPCR SNP discrimination assay of the SMAD7 gene NM_005904, C/T SNP, rs4939827) having a ΔCq of at least 3.0 with RDxxD blocked-cleavable rhPCR primers consisting of SEQ ID NOs:78 and 79.
Measuring arrangement for measuring a position, in particular a verticality, of a vertically adjustable and lowerable working apparatus with respect to an upper fixed point, with - at least one measuring cable which is on the one hand connected to the vertically adjustable working apparatus and on the other hand extends towards the fixed point, - at least one measuring means which is connected to the corresponding measuring cable and designed to measure an angle of inclination of the measuring cable relative to a vertical measurement axis and is arranged in a connection region between the measuring cable and the working apparatus, and - at least one connecting means which is arranged between the measuring means and the working apparatus and is designed to keep the measuring means torque proof about the vertical measurement axis and at the same time capable of being angled with respect to the vertical measurement axis on the working apparatus, characterized in that - the connecting means has a connecting tube which is arranged coaxially to the vertical measurement axis, and - in that the connecting tube is designed so as to be torsion proof about the vertical measurement axis and deflectable with respect to the vertical measurement axis. - at least one measuring cable which is on the one hand connected to the vertically adjustable working apparatus and on the other hand extends towards the fixed point, - at least one measuring means which is connected to the corresponding measuring cable and designed to measure an angle of inclination of the measuring cable relative to a vertical measurement axis and is arranged in a connection region between the measuring cable and the working apparatus, and - at least one connecting means which is arranged between the measuring means and the working apparatus and is designed to keep the measuring means torque proof about the vertical measurement axis and at the same time capable of being angled with respect to the vertical measurement axis on the working apparatus, characterized in that - the connecting means has a connecting tube which is arranged coaxially to the vertical measurement axis, and - in that the connecting tube is designed so as to be torsion proof about the vertical measurement axis and deflectable with respect to the vertical measurement axis.
Working tool for machining a substrate, having a stator and a working piston which is intended to move relative to the stator along a working axis, further having a drive which is intended to drive the working piston along the working axis from a starting position to the substrate, wherein the drive has a stator coil arranged on the stator and is intended to supply the stator coil with electrical current of a first current intensity I 1 in order to generate a magnetic field which accelerates the working piston relative to the stator and in particular repels the working piston, characterized in that the drive has a piston coil arranged on the working piston and is intended to supply the piston coil with electrical current of a second current intensity I 2 in order to generate a magnetic field which accelerates the working piston relative to the stator and in particular repels the stator, wherein the second current intensity I 2 is less than the first current intensity I 1.
A thin layer chemical transistor having a metal/solid electrolyte/semiconductor structure and comprising a substrate, a metal or indium tin oxide gate electrode, a solid electrolyte layer and source and drain electrodes (5,6), on the semiconductor layer, wherein the material of which the solid electrolyte layer is made comprises an organic solvent-soluble insulating polymer having cyano groups and having a weight average molecular weight of 2,000 to 1,000,000 as measured by GPC relative to polystyrene standards, and an inorganic ion salt, and the material of which the semiconductor layer is made comprises an electrochemically-reversible, organic solvent-soluble polymer having a weight average molecular weight of 2,500 to 1,000,000 as measured by GPC relative to polystyrene standards, the transistor thereby being operable such that when a potential is applied to the gate electrode, dissociation of the inorganic ion salt of the solid electrolyte layer is induced and semiconductor material of the semiconductor layer in proximity to the solid electrolyte layer is doped reversibly therewith to form a path having an electrical conductivity.
A method for wireless communication, comprising: transmitting, to a user equipment, UE, an indicator channel identifying at least a UE-specific subcarrier spacing to be used in one or more subsequent control channels; and transmitting the one or more subsequent control channels in accordance with the UE-specific subcarrier spacing indicated by the indicator channel. transmitting, to a user equipment, UE, an indicator channel identifying at least a UE-specific subcarrier spacing to be used in one or more subsequent control channels; and transmitting the one or more subsequent control channels in accordance with the UE-specific subcarrier spacing indicated by the indicator channel.