mhurhangee/ep-ind-claims huggingface dataset:
A grease gun having a press head, a barrel detachably coupled to the press head, a connector formed at the press head for connecting a cartridge (18; 80) that is accommodated in the barrel, a support for supporting the cartridge, and a spring which biases the cartridge against the press head and is provided between the support and the rear end of the cartridge (18; 80), characterized in that the press head has an annular sealing surface at which an open front end of the cartridge (18; 80) is held in abutment by the spring, and in that the support is formed at the barrel in a rear end portion facing away from the press head.
A wound core having a wound shape including a rectangular hollow portion in a center and a portion in which grain-oriented electrical steel sheets in which planar portions and bent portions are alternately continuous in a longitudinal direction are stacked in a sheet thickness direction, which is a wound core formed by stacking the grain-oriented electrical steel sheets that have been individually bent in layers and assembled into a wound shape and in which the plurality of grain-oriented electrical steel sheets are connected to each other via at least one joining part for each roll, characterized in that each bent portion of the laminated grain-oriented electrical steel sheet has an average Vickers hardness of 190 to 250 HV in an L cross section in the longitudinal direction which is a cross section of the grain-oriented electrical steel sheet in a thickness direction.
A transformation-induced plasticity high-entropy alloy, consisting of 10-35 at% of Co, 3-15 at% of Cr, 3-15 at% of V, 35-48 at% of Fe, 0-20 at% of Ni, and inevitable impurities in an amount of 1 at% or less, the transformation-induced plasticity high-entropy alloy is 95% or more an FCC phase at room temperature of 25°C, wherein transformation-induced plasticity, in which at least part of the FCC phase changes to a BCC phase, occurs at a cryogenic temperature of -196°C. the transformation-induced plasticity high-entropy alloy is 95% or more an FCC phase at room temperature of 25°C, wherein transformation-induced plasticity, in which at least part of the FCC phase changes to a BCC phase, occurs at a cryogenic temperature of -196°C.
An elastic roller for feeding a belt-shaped member, the elastic roller comprising: a roller shaft; and an elastic material member surrounding the roller shaft, the elastic material member configured to feed the belt-shaped member by making contact with the belt-shaped member, the elastic material member including: an inner layer elastic material member disposed on an outer periphery of the roller shaft, a coating layer disposed on an outer periphery of the inner layer elastic material member, the coating layer configured to make contact with the belt-shaped member, and the coating layer being formed from a silicone resin having a hardness of 20 degrees or less based on a spring type hardness tester Asker C in accordance with SRIS 0101, a second side end part direction sloping circumferential surface having an elastic roller diameter that gradually decreases towards a second side end part opposite to a first side end part in an axial direction of the roller shaft. a roller shaft; and an elastic material member surrounding the roller shaft, the elastic material member configured to feed the belt-shaped member by making contact with the belt-shaped member, the elastic material member including: an inner layer elastic material member disposed on an outer periphery of the roller shaft, a coating layer disposed on an outer periphery of the inner layer elastic material member, the coating layer configured to make contact with the belt-shaped member, and the coating layer being formed from a silicone resin having a hardness of 20 degrees or less based on a spring type hardness tester Asker C in accordance with SRIS 0101, a second side end part direction sloping circumferential surface having an elastic roller diameter that gradually decreases towards a second side end part opposite to a first side end part in an axial direction of the roller shaft. an inner layer elastic material member disposed on an outer periphery of the roller shaft, a coating layer disposed on an outer periphery of the inner layer elastic material member, the coating layer configured to make contact with the belt-shaped member, and the coating layer being formed from a silicone resin having a hardness of 20 degrees or less based on a spring type hardness tester Asker C in accordance with SRIS 0101, a second side end part direction sloping circumferential surface having an elastic roller diameter that gradually decreases towards a second side end part opposite to a first side end part in an axial direction of the roller shaft.
A computer-implemented method, comprising: determining, by a computing device, that a state of operation exists, wherein during the state of operation, access to a service is to be granted on a limited basis; accepting, by the computing device, a credential associated with a user of a device seeking access to the service, the device being remotely disposed from computing device; accepting, by the computing device, a hardware capability attestation of the device made from a trusted partition of the device and for determination of whether to grant access to the service sought during the state of operation, wherein the hardware capability attestation includes information indicating that the device is of a type or class of devices issued to be granted access to the service during the state of operation; accepting, by the computing device, a one-time password; and conditionally granting, by the computing device, access to the service sought, responsive to authentication of the credential and validation of the one-time password, and responsive to a determination that a state of operation exists, additionally responsive to verification of the hardware capability attested. determining, by a computing device, that a state of operation exists, wherein during the state of operation, access to a service is to be granted on a limited basis; accepting, by the computing device, a credential associated with a user of a device seeking access to the service, the device being remotely disposed from computing device; accepting, by the computing device, a hardware capability attestation of the device made from a trusted partition of the device and for determination of whether to grant access to the service sought during the state of operation, wherein the hardware capability attestation includes information indicating that the device is of a type or class of devices issued to be granted access to the service during the state of operation; accepting, by the computing device, a one-time password; and conditionally granting, by the computing device, access to the service sought, responsive to authentication of the credential and validation of the one-time password, and responsive to a determination that a state of operation exists, additionally responsive to verification of the hardware capability attested.
A method for determining a cardiovascular parameter of a subject by: sensing an input signal (P(k)) that indicates arterial blood pressure; characterised by determining at least one statistical moment (μ 2P, μ 3P, and μ 4P) of the input signal having an order of two or higher; and estimating the cardiovascular parameter as a function of the one or more statistical moments. sensing an input signal (P(k)) that indicates arterial blood pressure; characterised by determining at least one statistical moment (μ 2P, μ 3P, and μ 4P) of the input signal having an order of two or higher; and estimating the cardiovascular parameter as a function of the one or more statistical moments.
Zinc oxide-containing composite particles each comprising: a dense matrix formed of silica and a polysilsesquioxane; and zinc oxide particles dispersed within the matrix, wherein the content of the polysilsesquioxane in the matrix is 30 mass% to 70 mass%. a dense matrix formed of silica and a polysilsesquioxane; and zinc oxide particles dispersed within the matrix, wherein the content of the polysilsesquioxane in the matrix is 30 mass% to 70 mass%.
A device for locating a port for a surgical tool relative to real-time anatomical data from an endoscope, comprising: a port localization apparatus adapted to be affixed to the endoscope at a predetermined anchor point, the port localization apparatus being adapted to define a potential location for the port at a known spatial relationship to the endoscope; and a processor, the device being characterised in that the processor is adapted: to determine the potential port location in an image space of the endoscope; to determine a projection of an instrument through the potential port location onto an image from the endoscope; and to overlay a representation of the instrument onto the endoscope image corresponding to the potential port location. a port localization apparatus adapted to be affixed to the endoscope at a predetermined anchor point, the port localization apparatus being adapted to define a potential location for the port at a known spatial relationship to the endoscope; and a processor, the device being characterised in that the processor is adapted: to determine the potential port location in an image space of the endoscope; to determine a projection of an instrument through the potential port location onto an image from the endoscope; and to overlay a representation of the instrument onto the endoscope image corresponding to the potential port location. to determine the potential port location in an image space of the endoscope; to determine a projection of an instrument through the potential port location onto an image from the endoscope; and to overlay a representation of the instrument onto the endoscope image corresponding to the potential port location.
A parking control method for controlling a vehicle to park on a basis of an operation command acquired from an input terminal device inside or outside of the vehicle, the parking control method comprising the steps of: acquiring images captured by cameras (1a to 1d) and ranging signals from a ranging device, detecting parking available spaces, displaying the parking available spaces on a display (31, 51), setting a parking space specified by the operation command input to the input terminal device by an operator of the vehicle as a target parking space, and making a determination whether or not an occupant is present inside a vehicle interior of the vehicle when the target parking space is set based on the operation command (105: Y) input to the input terminal device; characterized by the steps of when a determination (106: Y) is made that occupant is present inside the vehicle interior of the vehicle when the target parking space is set using the input terminal device, controlling the vehicle based on a first parking route and / or a first control information calculated based on a first parameter; and when a determination (106: N) is made that no occupant is present inside the vehicle interior of the vehicle when the target parking space is set using the input terminal device, controlling the vehicle based on a second parking route and / or a second control information calculated based on a second parameter so that a parking operation time is shortened than when a determination (106: Y) is made that an occupant is present inside the vehicle interior of the vehicle. acquiring images captured by cameras (1a to 1d) and ranging signals from a ranging device, detecting parking available spaces, displaying the parking available spaces on a display (31, 51), setting a parking space specified by the operation command input to the input terminal device by an operator of the vehicle as a target parking space, and making a determination whether or not an occupant is present inside a vehicle interior of the vehicle when the target parking space is set based on the operation command (105: Y) input to the input terminal device; characterized by the steps of when a determination (106: Y) is made that occupant is present inside the vehicle interior of the vehicle when the target parking space is set using the input terminal device, controlling the vehicle based on a first parking route and / or a first control information calculated based on a first parameter; and when a determination (106: N) is made that no occupant is present inside the vehicle interior of the vehicle when the target parking space is set using the input terminal device, controlling the vehicle based on a second parking route and / or a second control information calculated based on a second parameter so that a parking operation time is shortened than when a determination (106: Y) is made that an occupant is present inside the vehicle interior of the vehicle.
Optically variable security element comprising - a microstructure providing a motif visible from the upper side, - a reflection layer, which is arranged over the microstructure and reflects incident light, wherein the microstructure has a period of from 2 μm to 50 μm and is achromatic, characterized in that - the optically variable security element has a viewing-angle-dependent layer (6; 14) and - the reflection layer or the viewing-angle-dependent layer (6; 14) has at least one cutout and the other of the two is unstructured, wherein the layer having the cutout lies, viewed from the upper side, over the other layer, which is unstructured. - a microstructure providing a motif visible from the upper side, - a reflection layer, which is arranged over the microstructure and reflects incident light, wherein the microstructure has a period of from 2 μm to 50 μm and is achromatic, characterized in that - the optically variable security element has a viewing-angle-dependent layer (6; 14) and - the reflection layer or the viewing-angle-dependent layer (6; 14) has at least one cutout and the other of the two is unstructured, wherein the layer having the cutout lies, viewed from the upper side, over the other layer, which is unstructured.
Method for direction finding of at least one stationary and/or moving transmitter, comprising the following steps: a) measuring the signals emitted by each of the at least one transmitter at at least two different measurement points (P 1, P 2, P 3), b) determining the location of the measurements points (P 1, P 2, P 3) at the time of the measurement, and c) determining the bearings from the measurement points (P 1, P 2, P 3) to each of the at least one transmitter, characterized by d) creating a graphical representation of the bearings, e) transferring the graphical representation of the bearings to a pre-trained artificial neural network, and f) estimating the locations (L T; L T1, L T2) of the at least one transmitter by the artificial neural network based on the graphical representation of the bearings. a) measuring the signals emitted by each of the at least one transmitter at at least two different measurement points (P 1, P 2, P 3), b) determining the location of the measurements points (P 1, P 2, P 3) at the time of the measurement, and c) determining the bearings from the measurement points (P 1, P 2, P 3) to each of the at least one transmitter, d) creating a graphical representation of the bearings, e) transferring the graphical representation of the bearings to a pre-trained artificial neural network, and f) estimating the locations (L T; L T1, L T2) of the at least one transmitter by the artificial neural network based on the graphical representation of the bearings.
A method for implementing macro diversity combining, MDC, comprising: determining, by a base station, that service data, received from a user equipment, UE, comprises service data which needs to undergo MDC according to indication information received from a network node for implementing MDC, or according to preset configurations of the system; and the method characterized by comprising: judging, by the base station, whether the service data which needs to undergo MDC meets a condition for allocating demodulation resources, wherein the condition for allocating demodulation resources comprises at least one of service rate of the service data which needs to undergo MDC meeting a preset condition and the service data which needs to undergo MDC carried on a channel which needs to be allocated with demodulation resources; and allocating, by the base station, demodulation resources for service data meeting the condition, demodulating the service data meeting the condition and forwarding the demodulated service data to the network node for implementing MDC. determining, by a base station, that service data, received from a user equipment, UE, comprises service data which needs to undergo MDC according to indication information received from a network node for implementing MDC, or according to preset configurations of the system; and the method characterized by comprising: judging, by the base station, whether the service data which needs to undergo MDC meets a condition for allocating demodulation resources, wherein the condition for allocating demodulation resources comprises at least one of service rate of the service data which needs to undergo MDC meeting a preset condition and the service data which needs to undergo MDC carried on a channel which needs to be allocated with demodulation resources; and allocating, by the base station, demodulation resources for service data meeting the condition, demodulating the service data meeting the condition and forwarding the demodulated service data to the network node for implementing MDC. judging, by the base station, whether the service data which needs to undergo MDC meets a condition for allocating demodulation resources, wherein the condition for allocating demodulation resources comprises at least one of service rate of the service data which needs to undergo MDC meeting a preset condition and the service data which needs to undergo MDC carried on a channel which needs to be allocated with demodulation resources; and allocating, by the base station, demodulation resources for service data meeting the condition, demodulating the service data meeting the condition and forwarding the demodulated service data to the network node for implementing MDC.
Method for operating a postpress processing installation for producing and processing product units, particularly completed final printed products such as magazines and newspapers, which are preferably compiled from a jacket product and a plurality of part products and/or inserts (a, b, c, d), wherein the product units are manufactured according to a predetermined production plan in a manner suitable for the route and are processed by means of at least one stacking device (70, 70.1) to form a sequence of packages (N, S), wherein the product units are only personalised, preferably addressed, immediately before or when they are in the at least one stacking device (70, 70.1), and are made available for packaging by means of a discharge station which is able to personalise, preferably address all the product units that have not been processed in the at least one stacking device (70, 70.1) and made available for packaging, characterized in that if errors occur during manufacture of the product units for a route with the result that product units that have been rectified and/or produced in additional quantities end up outside their route in the production sequence, said product units that have been rectified or produced in additional quantities are discharged via a discharge station and collected into an end package which is then added to the other packages (N, S) on the route that are processed by means of at least one stacking device (70, 70.1) to form a sequence of packages.
A fuel injector comprising: an injection jet; an injection valve, which is provided with a mobile plunger, so as to adjust the flow of fuel through the injection jet; an electromagnetic actuator to move the plunger between a closed position and an open position of the injection valve and provided with at least one first electromagnet comprising a first coil, a first fixed armature, and a first mobile armature, which is mechanically connected to the plunger; a closing spring, which pushes the plunger towards the closed position; a supporting body, which has a tubular shape and is provided with a central channel, which entirely houses the first fixed armature and the first mobile armature so that the first fixed armature and the first mobile armature are completely arranged on the inside of the supporting body; and an extension, which is partially arranged on the inside of the supporting body on the first fixed armature so that a lower wall of the extension is in contact with an upper wall of the first fixed armature, at first is separate from and independent of the first fixed armature, and is mechanically constrained to the supporting body by means of a first annular weld; the injector is characterized in that the supporting body has a first annular recess, which is obtained starting from an inner surface of the supporting body and is arranged below the first annular weld. an injection jet; an injection valve, which is provided with a mobile plunger, so as to adjust the flow of fuel through the injection jet; an electromagnetic actuator to move the plunger between a closed position and an open position of the injection valve and provided with at least one first electromagnet comprising a first coil, a first fixed armature, and a first mobile armature, which is mechanically connected to the plunger; a closing spring, which pushes the plunger towards the closed position; a supporting body, which has a tubular shape and is provided with a central channel, which entirely houses the first fixed armature and the first mobile armature so that the first fixed armature and the first mobile armature are completely arranged on the inside of the supporting body; and an extension, which is partially arranged on the inside of the supporting body on the first fixed armature so that a lower wall of the extension is in contact with an upper wall of the first fixed armature, at first is separate from and independent of the first fixed armature, and is mechanically constrained to the supporting body by means of a first annular weld; the injector is characterized in that the supporting body has a first annular recess, which is obtained starting from an inner surface of the supporting body and is arranged below the first annular weld.