mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication by a user equipment, UE, comprising: transmitting a supported configuration of the UE for sounding reference signal, SRS, transmission; receiving, in response to transmitting the supported configuration, configuration information for the SRS transmission, wherein the configuration information is generated based on the supported configuration; and communicating, with at least a subset of a plurality of TRPs, using the SRS transmission on resource elements assigned based on the configuration information; characterized in that the supported configuration by the UE of the SRS transmission comprises information indicating the UE supports one or more of transmitting the SRS transmission over a first span of an integer number of resource blocks during a slot, transmitting the SRS transmission using every resource element over a second span of one or more resource blocks during the slot, or transmitting the SRS transmission using one of every N resource elements over a third span of one or more resource blocks during the slot, wherein N is greater than 4. transmitting a supported configuration of the UE for sounding reference signal, SRS, transmission; receiving, in response to transmitting the supported configuration, configuration information for the SRS transmission, wherein the configuration information is generated based on the supported configuration; and communicating, with at least a subset of a plurality of TRPs, using the SRS transmission on resource elements assigned based on the configuration information; characterized in that the supported configuration by the UE of the SRS transmission comprises information indicating the UE supports one or more of transmitting the SRS transmission over a first span of an integer number of resource blocks during a slot, transmitting the SRS transmission using every resource element over a second span of one or more resource blocks during the slot, or transmitting the SRS transmission using one of every N resource elements over a third span of one or more resource blocks during the slot, wherein N is greater than 4.
A bridging strip, characterized by comprising: a housing, formed with an accommodating cavity which extends in an extension direction; characterised by multiple conductive strips, disposed in the housing so as to be spaced apart in sequence in an arrangement direction that is perpendicular to the extension direction, each of the conductive strips having multiple bridging terminals which are arranged in sequence in the extension direction and can project from the housing; and multiple insulating plates, with one of the insulating plates being disposed in each gap of the multiple conductive strips to separate two adjacent said conductive strips in an insulating manner, and the length of the insulating plates in the extension direction being greater than the length of the conductive strips in the extension direction. a housing, formed with an accommodating cavity which extends in an extension direction; characterised by multiple conductive strips, disposed in the housing so as to be spaced apart in sequence in an arrangement direction that is perpendicular to the extension direction, each of the conductive strips having multiple bridging terminals which are arranged in sequence in the extension direction and can project from the housing; and multiple insulating plates, with one of the insulating plates being disposed in each gap of the multiple conductive strips to separate two adjacent said conductive strips in an insulating manner, and the length of the insulating plates in the extension direction being greater than the length of the conductive strips in the extension direction.
A transport unit for transporting elongated peeled goods, in particular cucumbers, comprising a plurality of transport means (2, 3, 7) for guiding the elongated peeled goods in a predefined direction of transport and comprising a drive device for moving at least one transport means (2, 3, 7), wherein at least one first transport means and one second transport means are inclined relative to one another to form a V shape, as seen in cross-section, in order to form a conveyer channel which is open at the top in the vertical direction and extends in the direction of transport along which the elongated peeled goods are arranged, wherein a hold-down element is assigned to the conveyer channel, in such a manner that the elongated peeled goods are retained such that they can be conveyed along the conveyer channel, characterized in that the hold-down element, by means of a pivoting arm, is supported so as to be suspended above the transport means (2, 3) which are inclined relative to one another to form a V shape, - wherein a first end section of the pivoting arm is connected to the hold-down element so as to be pivotable about a horizontal first axis of rotation which is aligned at right angles to the direction of transport, and - wherein a second end section of the pivoting arm is connected to a stationary carrier so as to be rotatable about a second axis of rotation which is parallel to the first axis of rotation; and that the hold-down element has a transport means extending in the direction of transport, wherein a longitudinal contour of the elongated peeled goods is in contact with the transport means of the hold-down element during transport, that at least one transport means (2, 3, 14) has an endless, circulating transport belt, and that the drive device has a motor for driving a first transport means of the transport means (2, 3) which are inclined relative to one another to form a V shape and/or a motor for driving a second transport means of the transport means (2, 3) which are inclined relative to one another to form a V shape and/or a motor for driving the transport means of the hold-down element. - wherein a first end section of the pivoting arm is connected to the hold-down element so as to be pivotable about a horizontal first axis of rotation which is aligned at right angles to the direction of transport, and - wherein a second end section of the pivoting arm is connected to a stationary carrier so as to be rotatable about a second axis of rotation which is parallel to the first axis of rotation;
A system for sharing a plurality of digital images from a first device of a first user to a second device of a second user via a server, wherein: the first device is configured to send an email request with the plurality of images and an address of the second user to the server; and the server is configured to: in response to receiving the email request, store the plurality of images, create a web album for providing the plurality of images comprising a webpage having scaled representations of the plurality of images, create an email message from the email request, insert a single link to the web album into the email message, and transmit the email message to the second user; and the second device is configured to receive the email message, and display the web album having the scaled representations of the plurality of images. the first device is configured to send an email request with the plurality of images and an address of the second user to the server; and the server is configured to: in response to receiving the email request, store the plurality of images, create a web album for providing the plurality of images comprising a webpage having scaled representations of the plurality of images, create an email message from the email request, insert a single link to the web album into the email message, and transmit the email message to the second user; and the second device is configured to receive the email message, and display the web album having the scaled representations of the plurality of images.
A light source unit, comprising: solid-state light sources that are arranged about an optical axis on a rear side of a light emitter and each output light in a predetermined wavelength range along the same direction as the optical-axis direction; a light collecting optical system that reflects an collects the light in the predetermined wavelength range, the light being output from the solid-state light sources, onto the light emitter from the rear side of the light emitter and the light emitter that is excited by the light in the predetermined wavelength range with the same predetermined direction as the optical-axis direction to emit visible light in a wavelength range longer than the predetermined wavelength range and is capable of outputting light containing the light in the predetermined wavelength range and the visible light from the light emitter along the optical-axis direction. solid-state light sources that are arranged about an optical axis on a rear side of a light emitter and each output light in a predetermined wavelength range along the same direction as the optical-axis direction; a light collecting optical system that reflects an collects the light in the predetermined wavelength range, the light being output from the solid-state light sources, onto the light emitter from the rear side of the light emitter and the light emitter that is excited by the light in the predetermined wavelength range with the same predetermined direction as the optical-axis direction to emit visible light in a wavelength range longer than the predetermined wavelength range and is capable of outputting light containing the light in the predetermined wavelength range and the visible light from the light emitter along the optical-axis direction.
A cell handover method, comprising: sending, by a first network device, a handover request to a second network device, wherein the handover request comprises conditional handover indication information and duration suggestion information for a first timer; receiving, by the first network device, a handover command sent by the second network device, wherein the handover command comprises configuration information used for handover of a terminal device and a duration of the first timer configured by the second network device according to the conditional handover indication information and the duration suggestion information of the first timer, wherein when the first timer expires, the configuration information in the handover command becomes invalid, and the terminal device cannot initiate a handover to the second network device according to the configuration information; sending, by the first network device, to the terminal device, the handover command and a condition set by the first network device for the terminal device to initiate handover to the second network device. sending, by a first network device, a handover request to a second network device, wherein the handover request comprises conditional handover indication information and duration suggestion information for a first timer; receiving, by the first network device, a handover command sent by the second network device, wherein the handover command comprises configuration information used for handover of a terminal device and a duration of the first timer configured by the second network device according to the conditional handover indication information and the duration suggestion information of the first timer, wherein when the first timer expires, the configuration information in the handover command becomes invalid, and the terminal device cannot initiate a handover to the second network device according to the configuration information; sending, by the first network device, to the terminal device, the handover command and a condition set by the first network device for the terminal device to initiate handover to the second network device.
A package substrate, comprising: a plurality of conductive layers; and a dielectric interposed between the conductive layers, the dielectric including a stiffening material component impregnated with a neat resin doped with a negative coefficient of thermal expansion, CTE, fiber. a plurality of conductive layers; and a dielectric interposed between the conductive layers, the dielectric including a stiffening material component impregnated with a neat resin doped with a negative coefficient of thermal expansion, CTE, fiber.
A superconducting wire material connection structure which connects superconducting wire material to each other, the superconducting wire material including a superconducting layer on a substrate, the superconducting wire material connection structure comprising: a first superconducting wire material and a second superconducting wire material each including an end provided with: a concave section in which at least the superconducting layer is removed; and a filling section in which filling material is filled in the concave section, wherein the first superconducting wire material and the second superconducting wire material are positioned so that the respective ends oppose to each other; and a third superconducting wire material which is connected to both the first superconducting wire material and the second superconducting wire material. a first superconducting wire material and a second superconducting wire material each including an end provided with: a concave section in which at least the superconducting layer is removed; and a filling section in which filling material is filled in the concave section, wherein the first superconducting wire material and the second superconducting wire material are positioned so that the respective ends oppose to each other; and a concave section in which at least the superconducting layer is removed; and a filling section in which filling material is filled in the concave section, wherein the first superconducting wire material and the second superconducting wire material are positioned so that the respective ends oppose to each other; and a third superconducting wire material which is connected to both the first superconducting wire material and the second superconducting wire material.
A static gasket, comprising: a gasket core having opposite surfaces (30, 32) with at least one fluid conveying opening passing through said surfaces; and a layer of elastomeric sealing material applied to said surfaces (30, 32), said layer having at least first and second threads (36, 38, 40, 41) of said sealing material extending outwardly from said surfaces of said gasket core, said threads extending continuously about said fluid opening in spaced relation to one another, said layer having a plurality of bridge threads extending between and intersecting said first and second threads (36, 38) to provide a plurality of isolated walled-off regions completely bound by portions of said first and second threads (36, 38) and adjacent ones of said bridge threads, wherein said first thread is closer to said fluid conveying opening than said second thread, said second thread having a greater height than said first thread, wherein each of said bridge threads has a height that varies to coincide with the height of said first and second threads (36, 38) such that the bridge threads do not extend above or below said first and second threads. a gasket core having opposite surfaces (30, 32) with at least one fluid conveying opening passing through said surfaces; and a layer of elastomeric sealing material applied to said surfaces (30, 32), said layer having at least first and second threads (36, 38, 40, 41) of said sealing material extending outwardly from said surfaces of said gasket core, said threads extending continuously about said fluid opening in spaced relation to one another, said layer having a plurality of bridge threads extending between and intersecting said first and second threads (36, 38) to provide a plurality of isolated walled-off regions completely bound by portions of said first and second threads (36, 38) and adjacent ones of said bridge threads, wherein said first thread is closer to said fluid conveying opening than said second thread, said second thread having a greater height than said first thread, wherein each of said bridge threads has a height that varies to coincide with the height of said first and second threads (36, 38) such that the bridge threads do not extend above or below said first and second threads.
A method for fitting a protection tube for protecting cables to a gas sensor, comprising the steps of: a) maintaining one end portion of said protection tube at an opened state with a tube-end opening jig, said tube-end opening jig being configured to be inserted into inside of said protection tube through said one end portion of said protection tube to engage said one end portion of said protection tube with said tube-end opening jig; b) holding said protection tube through pinching between a tube-end holding jig and said tube-end opening jig, said tube-end holding jig being configured to come into contact with said protection tube at its portion which is engaged with said tube-end opening jig, from outside of said protection tube; and c) inserting said gas sensor into inside of said protection tube being held through pinching by said tube-end holding jig and said tube-end opening jig, the insertion of said gas sensor into the inside of said protection tube being configured to be continued even after an end portion of said gas sensor comes into contact with an inner surface of said protection tube, while the engagement of said protection tube with said tube-end opening jig is gradually released, thereby fitting said protection tube to said gas sensor. a) maintaining one end portion of said protection tube at an opened state with a tube-end opening jig, said tube-end opening jig being configured to be inserted into inside of said protection tube through said one end portion of said protection tube to engage said one end portion of said protection tube with said tube-end opening jig; b) holding said protection tube through pinching between a tube-end holding jig and said tube-end opening jig, said tube-end holding jig being configured to come into contact with said protection tube at its portion which is engaged with said tube-end opening jig, from outside of said protection tube; and c) inserting said gas sensor into inside of said protection tube being held through pinching by said tube-end holding jig and said tube-end opening jig, the insertion of said gas sensor into the inside of said protection tube being configured to be continued even after an end portion of said gas sensor comes into contact with an inner surface of said protection tube, while the engagement of said protection tube with said tube-end opening jig is gradually released, thereby fitting said protection tube to said gas sensor.
A lightning protection system for protecting a device for exterior use, in particular a wind turbine, from damages based on a lightning stroke, the lightning protection system comprising: a ring element; wherein the ring element is adapted for being mounted around a shaft of the device without providing any electrical link between the shaft and the ring element, wherein the ring element is coupled to the shaft in such a way that a current flow through the shaft causes a magnetic flux in the ring element. a ring element; wherein the ring element is adapted for being mounted around a shaft of the device without providing any electrical link between the shaft and the ring element, wherein the ring element is coupled to the shaft in such a way that a current flow through the shaft causes a magnetic flux in the ring element.
A sling section cooperable with like sling sections to form a sling for use in abandonment or recovery of a pipeline, the sling section being elongate to define opposed ends, and comprising: a first end-piece at one end of the sling section; and a second end-piece at the opposite end of the sling r section; wherein the sling section further comprises: complementary connector formations (38, 40) associated with each respective end-piece (34, 36), each connector formation (38, 40) being cooperable, in use when forming a sling, with a complementary connector formation (38, 40) of a neighbouring like sling section in the sling; a tensile load-bearing sling element extending between the end-pieces (34, 36); and a sleeve around the sling element. a first end-piece at one end of the sling section; and a second end-piece at the opposite end of the sling r section; wherein the sling section further comprises: complementary connector formations (38, 40) associated with each respective end-piece (34, 36), each connector formation (38, 40) being cooperable, in use when forming a sling, with a complementary connector formation (38, 40) of a neighbouring like sling section in the sling; a tensile load-bearing sling element extending between the end-pieces (34, 36); and a sleeve around the sling element. complementary connector formations (38, 40) associated with each respective end-piece (34, 36), each connector formation (38, 40) being cooperable, in use when forming a sling, with a complementary connector formation (38, 40) of a neighbouring like sling section in the sling; a tensile load-bearing sling element extending between the end-pieces (34, 36); and a sleeve around the sling element.
Protection device for a vehicle interior compartment, comprising a flexible planar structure which is displaceable between a pulled-out protective position and a rest position, wherein the planar structure is connected to a dimensionally stable pull-out profile on a face end region that is in front in the pull-out direction, which profile is mounted for longitudinal displacement on each of its opposite sides in a respective guiding structure (6, 7) disposed fixed to the vehicle in the ready-for-use condition, wherein a respective cable pull is installed in each guiding structure (6, 7), each cable pull engaging on a respective one of sliding bodies slidingly mounted in the guiding structure (6, 7), characterized in that the sliding body is connected to the pull-out profile such that a torque introduced into the pull-out profile by a point of application of the cable pull on the sliding body and a counter-torque introduced into the pull-out profile by the planar structure are configured, relative to a longitudinal axis of the pull-out profile extending transversely to the pull-out direction, such that the sliding bodies and the pull-out profile are held in equilibrium during a displacement move.
A steering control apparatus, comprising a control unit configured to control driving of a motor that is a source of an assist force to be applied to a steering mechanism of a vehicle based on an operation condition amount changed through a driver's operation for the steering mechanism, wherein the control unit is configured to: calculate an assist component (Ta*) indicating the assist force to be generated in the motor based on the operation condition amount; and compensate for the assist component (Ta*) so as to generate, in the motor, a vibration suppressing force for suppressing a vibration caused in the steering mechanism; characterized in that the control unit is further configured to acquire information on a moment load (Mz) about an axis extending in a vertical direction of a steered wheel of the vehicle from a bearing apparatus that rotatably supports the steered wheel and includes a sensor configured to detect a force applied to the steered wheel; and compensate for the assist component (Ta*) by using the acquired information on the moment load (Mz) so as to generate the vibration suppressing force by the moment load (Mz) of the steered wheel. calculate an assist component (Ta*) indicating the assist force to be generated in the motor based on the operation condition amount; and compensate for the assist component (Ta*) so as to generate, in the motor, a vibration suppressing force for suppressing a vibration caused in the steering mechanism; characterized in that the control unit is further configured to acquire information on a moment load (Mz) about an axis extending in a vertical direction of a steered wheel of the vehicle from a bearing apparatus that rotatably supports the steered wheel and includes a sensor configured to detect a force applied to the steered wheel; and compensate for the assist component (Ta*) by using the acquired information on the moment load (Mz) so as to generate the vibration suppressing force by the moment load (Mz) of the steered wheel.