mhurhangee/ep-ind-claims huggingface dataset:
Bus-enabled connection unit for connecting and controlling at least one operating device in a bus-oriented programmable electrical installation, the bus-enabled connection unit having a modular structure and comprising: - a monitoring unit, - for each operating device which can be connected to the connection unit, a control unit which is assigned to said operating device and is intended to control the at least one operating device, - a control bus for connecting the at least one control unit to the monitoring unit, and the monitoring unit comprising a bus connection device for connecting the connection unit to a bus line of the electrical installation, characterized in that the control bus is set up to transmit energy and data between the monitoring unit and the at least one control unit using the same bus line of the control bus, in that the control bus is set up to connect a plurality of control units in a parallel manner, in that the monitoring unit is set up for parameterization via the bus line, and in that the at least one control unit is parameterized from the monitoring unit via the control bus. - a monitoring unit, - for each operating device which can be connected to the connection unit, a control unit which is assigned to said operating device and is intended to control the at least one operating device, - a control bus for connecting the at least one control unit to the monitoring unit, and the monitoring unit comprising a bus connection device for connecting the connection unit to a bus line of the electrical installation, characterized in that the control bus is set up to transmit energy and data between the monitoring unit and the at least one control unit using the same bus line of the control bus, in that the control bus is set up to connect a plurality of control units in a parallel manner, in that the monitoring unit is set up for parameterization via the bus line, and in that the at least one control unit is parameterized from the monitoring unit via the control bus.
Measuring device for detecting a rubbing torque between a brake disc and a brake pad of a disc brake, comprising a brake pad support (3a, 3b) for supporting the brake pad and a force-measuring pickup for measuring a force which results from the rubbing torque and acts on the brake pad, wherein the brake support (3a, 3b) has a first pad support part and a second pad support part, wherein the force-measuring pickup is designed to detect the force which acts between the first pad support part and the second pad support part, characterized in that the force-measuring pickup is accommodated completely in the first pad support part and the second pad support part and has a predefined measuring range of from 0 to 1000 N.
A method performed by a user equipment, UE,, the method comprising: transmitting, to a second UE, configuration information on a transmission resource, wherein the configuration information comprises: instructions to monitor a physical sidelink control channel indicated by a resource reservation field in an SCI format 1 in the configuration information; a request for feedback; and a configuration message indicating configuration of a feedback resource; monitoring for feedback from the second UE on the feedback resource, wherein the feedback comprises feedback indicating whether there is detection of a half duplex problem; determining whether to transmit a data transmission based on a result of monitoring for the feedback; and in response to determining to transmit the data transmission, transmitting, to the second UE, the data transmission after the monitoring for feedback on the feedback resource. transmitting, to a second UE, configuration information on a transmission resource, wherein the configuration information comprises: instructions to monitor a physical sidelink control channel indicated by a resource reservation field in an SCI format 1 in the configuration information; a request for feedback; and a configuration message indicating configuration of a feedback resource; instructions to monitor a physical sidelink control channel indicated by a resource reservation field in an SCI format 1 in the configuration information; a request for feedback; and a configuration message indicating configuration of a feedback resource; monitoring for feedback from the second UE on the feedback resource, wherein the feedback comprises feedback indicating whether there is detection of a half duplex problem; determining whether to transmit a data transmission based on a result of monitoring for the feedback; and in response to determining to transmit the data transmission, transmitting, to the second UE, the data transmission after the monitoring for feedback on the feedback resource.
A method for access by a terminal in a wireless communication system, the method comprising: receiving a paging message including an indicator indicating a change of access barring information from a base station; receiving system information block 1 "SIB 1" including scheduling information related to system information including changed access barring information from the base station; and receiving the system information including the changed access barring information without waiting until a next system information modification period according to the received SIB 1 from the base station. receiving a paging message including an indicator indicating a change of access barring information from a base station; receiving system information block 1 "SIB 1" including scheduling information related to system information including changed access barring information from the base station; and receiving the system information including the changed access barring information without waiting until a next system information modification period according to the received SIB 1 from the base station.
A method of producing a transdermal absorption sheet, comprising: a drug solution filling step of filling needle-like recessed portions of a mold (13, 73, 83) having the needle-like recessed portions with a drug solution that is a polymer solution containing a drug; a drug solution drying step of drying the drug solution filling the needle-like recessed portions to form a drug layer containing the drug; a polymer layer forming solution supply step of supplying a polymer layer forming solution to the mold (13, 73, 83), the mold being provided with a step portion (14, 17, 74, 84) that has a height different from a height of a region in which the needle-like recessed portions are formed in a periphery of the region in which the needle-like recessed portions are formed, beyond the step portion as seen from above, and then fixing a contact position of the polymer layer forming solution and the mold to the step portion (14, 17, 74, 84) while reducing the polymer layer forming solution; and a polymer layer forming solution drying step of drying the polymer layer forming solution supplied to the mold to form a polymer layer. a drug solution filling step of filling needle-like recessed portions of a mold (13, 73, 83) having the needle-like recessed portions with a drug solution that is a polymer solution containing a drug; a drug solution drying step of drying the drug solution filling the needle-like recessed portions to form a drug layer containing the drug; a polymer layer forming solution supply step of supplying a polymer layer forming solution to the mold (13, 73, 83), the mold being provided with a step portion (14, 17, 74, 84) that has a height different from a height of a region in which the needle-like recessed portions are formed in a periphery of the region in which the needle-like recessed portions are formed, beyond the step portion as seen from above, and then fixing a contact position of the polymer layer forming solution and the mold to the step portion (14, 17, 74, 84) while reducing the polymer layer forming solution; and a polymer layer forming solution drying step of drying the polymer layer forming solution supplied to the mold to form a polymer layer.
A fiber web comprising: a plurality of meltblown fibers having an average fiber diameter between about 0.1 microns and about 1.5 microns, wherein the fiber web has: an air permeability measured according to the standard ASTM D737-75 between about 0.283 m 3 /min (10 CFM) and about 51.0 m 3 /min (1800 CFM); a surface area greater than about 2.0 m 2 /g, wherein the surface area is measured using a BET surface analyzer according to section 10 of Battery Council International Standard BCIS-03A; a basis weight determined according to ASTM D3776 between about 1.0 g/m 2 and about 100 g/m 2; and a thickness determined according to the standard ASTM D 1777 between about 0.0127 mm (0.0005 inches) and about 1.016 mm (0.04 inches). a plurality of meltblown fibers having an average fiber diameter between about 0.1 microns and about 1.5 microns, wherein the fiber web has: an air permeability measured according to the standard ASTM D737-75 between about 0.283 m 3 /min (10 CFM) and about 51.0 m 3 /min (1800 CFM); a surface area greater than about 2.0 m 2 /g, wherein the surface area is measured using a BET surface analyzer according to section 10 of Battery Council International Standard BCIS-03A; a basis weight determined according to ASTM D3776 between about 1.0 g/m 2 and about 100 g/m 2; and a thickness determined according to the standard ASTM D 1777 between about 0.0127 mm (0.0005 inches) and about 1.016 mm (0.04 inches). an air permeability measured according to the standard ASTM D737-75 between about 0.283 m 3 /min (10 CFM) and about 51.0 m 3 /min (1800 CFM); a surface area greater than about 2.0 m 2 /g, wherein the surface area is measured using a BET surface analyzer according to section 10 of Battery Council International Standard BCIS-03A; a basis weight determined according to ASTM D3776 between about 1.0 g/m 2 and about 100 g/m 2; and a thickness determined according to the standard ASTM D 1777 between about 0.0127 mm (0.0005 inches) and about 1.016 mm (0.04 inches).
Inclined shelf case having a shelf body with at least one inclined shelf which is inclined downward to the take-out side and has an abutting element at the bottom end thereof, holding objects placed thereon, wherein the at least one inclined shelf is supported at the shelf body via guide rails and is designed as a pullout running on the guide rails, which can be pulled out to the take-out side and has a spring device for decelerating the inclined shelf while being pulled out, said spring device acting between the shelf body and the inclined shelf, characterized by a movable stop element that, in an open position of the inclined shelf, can be moved from a rest position into a stop position, and by a stop that is arranged on the shelf body or on the inclined shelf, the stop element cooperating with said stop such that, in the open position, the inclined shelf being kept open by the stop element and the stop and a retraction of the inclined shelf is prevented due to the spring device.
A spherical mount assembly for mounting an optical element, comprising: a spherical element; an optical element positioned relative to the spherical element, wherein an optical surface of the optical element is positioned to coincide with the center of rotation of the spherical element; a first retainer including a plurality of bosses including a plurality of through holes for receiving a plurality of fasteners; and a second retainer including a plurality of holes aligned with the plurality of through holes for accommodating the plurality of fasteners, a mounting surface configured to mount the spherical mount assembly to an external structure, and an orifice that is substantially parallel to the mounting surface, wherein the spherical element is configured to be positioned such that substantially all light impinging on the optical element enters and exits substantially through the orifice, and the first retainer and the second retainer are configured to receive the plurality of fasteners, whereby, when the fasteners are tightened, the fasteners urge the first and second retainers (20, 50) against the spherical element to hold the spherical element captive in a fixed position, wherein each of the first retainer and the second retainer includes an interior surface (22, 52) having a radius that substantially corresponds to the outer radius of the spherical element. a spherical element; an optical element positioned relative to the spherical element, wherein an optical surface of the optical element is positioned to coincide with the center of rotation of the spherical element; a first retainer including a plurality of bosses including a plurality of through holes for receiving a plurality of fasteners; and a second retainer including a plurality of holes aligned with the plurality of through holes for accommodating the plurality of fasteners, a mounting surface configured to mount the spherical mount assembly to an external structure, and an orifice that is substantially parallel to the mounting surface, wherein the spherical element is configured to be positioned such that substantially all light impinging on the optical element enters and exits substantially through the orifice, and the first retainer and the second retainer are configured to receive the plurality of fasteners, whereby, when the fasteners are tightened, the fasteners urge the first and second retainers (20, 50) against the spherical element to hold the spherical element captive in a fixed position, wherein each of the first retainer and the second retainer includes an interior surface (22, 52) having a radius that substantially corresponds to the outer radius of the spherical element.
A method for transmitting and receiving a signal at an evolved Node B, eNB, of a mobile communication system, the method comprising: transmitting a first request message to a first mobile management entity, MME; receiving a reroute command message based on the first request message from the first MME, wherein the reroute command message includes the first request message, at least one globally unique MME identity, MMEGI, and additional globally unique temporary user equipment, UE, identity, GUTI; determining, based on the MMEGI and the additional GUTI contained in the reroute command message, a second MME; and transmitting a second message to the second MME based on the reroute command message, wherein the second MME is determined as an MME identified by the additional GUTI if the additional GUTI identifies the MME in a dedicated core network identified by the MMEGI. transmitting a first request message to a first mobile management entity, MME; receiving a reroute command message based on the first request message from the first MME, wherein the reroute command message includes the first request message, at least one globally unique MME identity, MMEGI, and additional globally unique temporary user equipment, UE, identity, GUTI; determining, based on the MMEGI and the additional GUTI contained in the reroute command message, a second MME; and transmitting a second message to the second MME based on the reroute command message, wherein the second MME is determined as an MME identified by the additional GUTI if the additional GUTI identifies the MME in a dedicated core network identified by the MMEGI.
A method of developing a surgical guide to be placed in a patient's mouth, comprising: developing, with the use of a virtual model from the patient's mouth, a surgical plan that includes the location of multiple dental implants to be placed in the mouth of the patient, the surgical plan including a surgical protocol of instrumentation to be used to install the multiple dental implants; developing a virtual surgical guide based on the surgical plan; by use of opened-mouth scan data from an opened-mouth condition of the patient's mouth, determining an available dimension from the virtual surgical guide to dental structures that are opposing each of the multiple dental implants;; comparing the available dimension to a dimension for the instrumentation; and altering at least one of the instrumentation, the virtual surgical guide,, the dental implant size, and the dental implant location in response to the dimension for the instrumentation being greater than the available dimension. developing, with the use of a virtual model from the patient's mouth, a surgical plan that includes the location of multiple dental implants to be placed in the mouth of the patient, the surgical plan including a surgical protocol of instrumentation to be used to install the multiple dental implants; developing a virtual surgical guide based on the surgical plan; by use of opened-mouth scan data from an opened-mouth condition of the patient's mouth, determining an available dimension from the virtual surgical guide to dental structures that are opposing each of the multiple dental implants;; comparing the available dimension to a dimension for the instrumentation; and altering at least one of the instrumentation, the virtual surgical guide,, the dental implant size, and the dental implant location in response to the dimension for the instrumentation being greater than the available dimension.
An apparatus for use during automated screening of biological material comprising: a tip manifold comprising: (i) a plate; (ii) at least one tip depending from the plate; (iii) a first tip alignment pin depending from the plate; and (iv) a second tip alignment pin depending from the plate, said apparatus further comprising a multiwell plate comprising: a body defining: (i) a plurality of wells for holding biological material; (ii) a first alignment hole (310, 312); and (iii) a second alignment hole (310, 312), wherein the second tip alignment pin and the first tip alignment pin are formed on opposite sides of the multi well plate, the second alignment hole and the first alignment hole are formed on opposite sides of the multi well plate, said apparatus further comprising: a robotic member coupled to the tip manifold for facilitating the alignment of the alignment pins with the alignment holes and lowering the at least one tip of the tip manifold into the respective wells. a tip manifold comprising: (i) a plate; (ii) at least one tip depending from the plate; (iii) a first tip alignment pin depending from the plate; and (iv) a second tip alignment pin depending from the plate, said apparatus further comprising (i) a plate; (ii) at least one tip depending from the plate; (iii) a first tip alignment pin depending from the plate; and (iv) a second tip alignment pin depending from the plate, said apparatus further comprising a multiwell plate comprising: a body defining: (i) a plurality of wells for holding biological material; (ii) a first alignment hole (310, 312); and (iii) a second alignment hole (310, 312), (i) a plurality of wells for holding biological material; (ii) a first alignment hole (310, 312); and (iii) a second alignment hole (310, 312), wherein the second tip alignment pin and the first tip alignment pin are formed on opposite sides of the multi well plate, the second alignment hole and the first alignment hole are formed on opposite sides of the multi well plate, said apparatus further comprising: a robotic member coupled to the tip manifold for facilitating the alignment of the alignment pins with the alignment holes and lowering the at least one tip of the tip manifold into the respective wells.
A non-aqueous secondary battery comprising an electrolyte solution that contains a lithium salt and a non-aqueous solvent, a positive electrode, and a negative electrode, wherein a basis weight of a positive-electrode active material layer included in the positive electrode is 26 to 60 mg/cm 2, and, a basis weight of a negative-electrode active material layer included in the negative electrode is 12 to 27 mg/cm 2, wherein the electrolyte solution has an ion conductivity at 25°C of 20 mS/cm or more, wherein the lithium salt is LiPF 6, wherein the non-aqueous solvent comprises acetonitrile, wherein a content of acetonitrile in the non-aqueous solvent is 5 to 97 vol.%, wherein the positive electrode contains a metal oxide having lithium as the positive-electrode active material, wherein the negative electrode contains a carbon material as the negative-electrode active material.
Method for desulphurizing an exhaust-gas recirculation flow of an internal combustion engine that is supercharged by means of an exhaust-gas turbocharger, said exhaust-gas recirculation flow being supplied to the internal combustion engine on the fresh-air side thereof, wherein ammonia is used for the desulphurization in the exhaust-gas recirculation flow (7"), and wherein at least one partial exhaust-gas flow (7, 17) is branched off from the exhaust-gas flow of the internal combustion engine, characterized in that, from an exhaust-gas main flow conducted from the internal combustion engine via a turbine of the exhaust-gas turbocharger to an SCR catalytic converter, a first partial exhaust-gas flow is branched off upstream of the turbine, wherein a reactant that splits to form ammonia is supplied to the branched-off first partial exhaust-gas flow before the latter is partially recirculated into the exhaust-gas main flow, and the thus laden partial exhaust-gas flow is supplied partially, as an exhaust-gas recirculation flow (7"), directly to the fresh-air side and is partially, as an aftertreatment partial flow, recirculated upstream of the SCR catalytic converter into the main exhaust-gas flow conducted to the SCR catalytic converter, wherein the flow rate of the exhaust-gas recirculation flow supplied to the fresh-air side and the flow rate of the aftertreatment partial flow supplied to the SCR catalytic converter are predefined and/or varied as a function of at least one operating parameter that defines the respective operating situation of the internal combustion engine.
A smart card having a main card body and a contact plate embedded in said main body, the contact plate being metalized to produce contacts, said contacts being arranged so that said contacts can connect to contacts on a receiving device to allow transfer of information between the smart card and the receiving device, characterized in that the contact plate has a printed image thereon, printed on a discrete area of the contact plate distinct from the contacts, wherein the contact plate is included on a surface of said main body.