mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a first radio node for adjusting a set of beams for communication with a second radio node, which first radio node and second radio node operate in a wireless communications network, the method comprising: - obtaining an indication of a first set of beams based on a beam prediction model, which first set of beams comprises a first beam and a number of first neighbouring beams to the first beam; - sending a training symbol on each respective beam in the first set of beams; - receiving from the second radio node, feedback relating to one or more of the sent training symbols on each respective beam in the first set of beams; - identifying a second beam based on the received feedback to be used for transmission; - adapting the beam prediction model based on the received feedback and the second beam; and - deciding whether to adjust the number of beams in the first set of beams based on a relationship between the first beam and the second beam, which adjusted first set of beams is to be used for sending training symbols before an upcoming communication between the first radio node and the second radio node. - obtaining an indication of a first set of beams based on a beam prediction model, which first set of beams comprises a first beam and a number of first neighbouring beams to the first beam; - sending a training symbol on each respective beam in the first set of beams; - receiving from the second radio node, feedback relating to one or more of the sent training symbols on each respective beam in the first set of beams; - identifying a second beam based on the received feedback to be used for transmission; - adapting the beam prediction model based on the received feedback and the second beam; and - deciding whether to adjust the number of beams in the first set of beams based on a relationship between the first beam and the second beam, which adjusted first set of beams is to be used for sending training symbols before an upcoming communication between the first radio node and the second radio node.
Machine for bending a tubular product comprising: - a feed device configured to feed said tubular product along an axis of feed, - a support arm with an oblong development and installed, on a support structure, parallel to said axis of feed, said support arm being able to rotate with respect to an axis of rotation coinciding with said axis of feed, and - a bending device disposed downstream of said feed device, installed on said support arm and configured to bend said tubular product, characterized in that it comprises a cutting device configured to at least partly cut said tubular product, and installed aligned with said axis of feed, upstream of said bending device and in a position comprised along the longitudinal extension of said support arm, in that said cutting device is the orbital type and comprises a support body installed aligned with said axis of feed and on which at least one cutting tool is installed, and in that a drive member is associated with said support body, configured to make the at least one cutting tool rotate around said axis of feed, to perform the cutting of said tubular product. - a feed device configured to feed said tubular product along an axis of feed, - a support arm with an oblong development and installed, on a support structure, parallel to said axis of feed, said support arm being able to rotate with respect to an axis of rotation coinciding with said axis of feed, and - a bending device disposed downstream of said feed device, installed on said support arm and configured to bend said tubular product,
A method of automatically controlling a turn signal in a vehicle coupled to a trailer, the method comprising: receiving, by an electronic control unit, ECU, of the vehicle, a signal indicating that a turn signal indicator has been activated; and characterized in that in response to determining that a set of conditions for camera-based signal deactivation are each met: determining, by the ECU based on information received from a camera monitoring system, that an angle of the trailer has departed from a centered region in the direction of the turn signal indicator; and in response to determining, based on information received from the camera monitoring system, that the angle of the trailer has returned to the centered region from the direction of the turn signal indicator, transmitting, by the ECU, a signal to deactivate the turn signal indicator. receiving, by an electronic control unit, ECU, of the vehicle, a signal indicating that a turn signal indicator has been activated; and characterized in that in response to determining that a set of conditions for camera-based signal deactivation are each met: determining, by the ECU based on information received from a camera monitoring system, that an angle of the trailer has departed from a centered region in the direction of the turn signal indicator; and in response to determining, based on information received from the camera monitoring system, that the angle of the trailer has returned to the centered region from the direction of the turn signal indicator, transmitting, by the ECU, a signal to deactivate the turn signal indicator. determining, by the ECU based on information received from a camera monitoring system, that an angle of the trailer has departed from a centered region in the direction of the turn signal indicator; and in response to determining, based on information received from the camera monitoring system, that the angle of the trailer has returned to the centered region from the direction of the turn signal indicator, transmitting, by the ECU, a signal to deactivate the turn signal indicator.
A method for automatically adjusting nip width based on a scanned nip print image on ultraviolet -sensitive media in an image production device, comprising: receiving a signal to generate a nip print image; automatically inserting a sheet of UV-sensitive media into a fuser nip in the image production device, the fuser nip being an intersection of a fuser roll and a pressure roll; pausing the sheet of UV-sensitive media in the fuser nip for a predetermined time period; illuminating the UV-sensitive media with ultraviolet light to generate a nip print image, wherein the nip print image includes a band not illuminated by the ultraviolet light representing a nip width; scanning the generated nip print image; determining if a nip width adjustment is required based on the scanned nip print image, the nip width being the distance of an arc length created by an intersection of the fuser roll and the pressure roll, and if it is determined that a nip width adjustment is required based on the scanned nip print, automatically adjusting the nip width using a nip width adjustment device. receiving a signal to generate a nip print image; automatically inserting a sheet of UV-sensitive media into a fuser nip in the image production device, the fuser nip being an intersection of a fuser roll and a pressure roll; pausing the sheet of UV-sensitive media in the fuser nip for a predetermined time period; illuminating the UV-sensitive media with ultraviolet light to generate a nip print image, wherein the nip print image includes a band not illuminated by the ultraviolet light representing a nip width; scanning the generated nip print image; determining if a nip width adjustment is required based on the scanned nip print image, the nip width being the distance of an arc length created by an intersection of the fuser roll and the pressure roll, and if it is determined that a nip width adjustment is required based on the scanned nip print, automatically adjusting the nip width using a nip width adjustment device.
A secondary battery comprising: an electrode assembly provided with an electrode tab; a can member accommodating the electrode assembly and comprising a vent part for discharging a gas when an internal pressure increases; and a protection member preventing the electrode tab and the vent part from coming into contact with each other, wherein the vent part is formed to be thinner than other portions of the bottom portion of the can member; wherein the electrode tab comprises a negative electrode tab; and wherein the protection member is attached to a width of 2 mm to 7 mm of the negative electrode tab so as to adhere to the surface of the negative electrode tab, which comes into contact with the vent part. an electrode assembly provided with an electrode tab; a can member accommodating the electrode assembly and comprising a vent part for discharging a gas when an internal pressure increases; and a protection member preventing the electrode tab and the vent part from coming into contact with each other, wherein the vent part is formed to be thinner than other portions of the bottom portion of the can member; wherein the electrode tab comprises a negative electrode tab; and wherein the protection member is attached to a width of 2 mm to 7 mm of the negative electrode tab so as to adhere to the surface of the negative electrode tab, which comes into contact with the vent part.
A multilayer deep cycle battery separator comprising: a first automotive-sized separator layer and a second automotive-sized separator layer connected together, the first separator layer is a PE (polyethylene) separator and the second separator layer is a PE (polyethylene) separator; wherein each said automotive-sized separator layer is characterized by: a backweb with a thickness of between 0.127 mm and 0.254 mm (5 and 10 mils), an overall thickness of between 0.635 mm and 1.650 mm (25 and 65 mils), and a rib having a rib base width of between 0.305 mm and 1.270 mm (12 and 50 mils). a first automotive-sized separator layer and a second automotive-sized separator layer connected together, the first separator layer is a PE (polyethylene) separator and the second separator layer is a PE (polyethylene) separator; wherein each said automotive-sized separator layer is characterized by: a backweb with a thickness of between 0.127 mm and 0.254 mm (5 and 10 mils), an overall thickness of between 0.635 mm and 1.650 mm (25 and 65 mils), and a rib having a rib base width of between 0.305 mm and 1.270 mm (12 and 50 mils). a backweb with a thickness of between 0.127 mm and 0.254 mm (5 and 10 mils), an overall thickness of between 0.635 mm and 1.650 mm (25 and 65 mils), and a rib having a rib base width of between 0.305 mm and 1.270 mm (12 and 50 mils).
A method for the laying of overhead transmission line cables for high-voltage overhead transmission lines, wherein the cables that are to be laid are designed as composite cables, which have a core of one or a multiplicity of core wires, and a sheath of a multiplicity of sheath wires, wherein the cables are attached to masts and are stretched between the masts with a prescribed tensile stress, wherein the core wires are designed as HACIN-wires, and the sheath wires are designed as TAL-wires or ZTAL-wires, characterised in that, after attachment to the masts the cables are stretched for a prescribed period of time with a prescribed force such that the sheath wires designed as TAL-wires or ZTAL-wires are stretched plastically, and the core wires designed as HACIN-wires are stretched elastically, with displacement of the transition point to low temperatures.
A translation apparatus (TA1, TA2, TA3, TA4) for moving an object outside a housing (HS1, HS2, HS3) of said translation apparatus (TA1, TA2, TA3, TA4) comprising: - said housing (HS1, HS2, HS3) forming a cavity (CAV1, CAV2-1, CAV3), - a first electrical contact surface (E1, E1-1) and a second electrical contact surface (E2, E1-2) inside said cavity (CAV1, CAV2-1, CAV3), and - an extensible material (EAP, EAP1) filled into said cavity (CAV1, CAV2-1, CAV3) and in contact to said first electrical contact surface (E1, E1-1) and to said second electrical contact surface (E2, E1-2), wherein said extensible material (EAP, EAP1) is adapted to expand or to contract if a control voltage is applied to said first electrical contact surface (E1, E1-1) and to said second electrical contact surface (E2, E1-2) and wherein said translation apparatus (TA1, TA2, TA3, TA4) is adapted to expand or to contract in a linear direction by an expansion or by a contraction of said extensible material (EAP, EAP1) characterized in that, said housing (HS1, HS2) comprises a first recipient and at least one second recipient (P2, P3), wherein said first recipient is shiftable arranged in an opening of a base of said at least one second recipient (P2, P3), wherein said at least one second recipient (P2, P3) is adapted to contain at least partly said first recipient in a non-expanded state of said translation apparatus, and wherein said at least one second recipient (P2, P3) is adapted to uncover at least partly said first recipient in an expanded state of said translation apparatus. - said housing (HS1, HS2, HS3) forming a cavity (CAV1, CAV2-1, CAV3), - a first electrical contact surface (E1, E1-1) and a second electrical contact surface (E2, E1-2) inside said cavity (CAV1, CAV2-1, CAV3), and - an extensible material (EAP, EAP1) filled into said cavity (CAV1, CAV2-1, CAV3) and in contact to said first electrical contact surface (E1, E1-1) and to said second electrical contact surface (E2, E1-2),
A dermatologic treatment apparatus comprising: a self-contained housing configured for gripping by a person's hand, a heat removal elements (618, 620, 622), a light source within the housing and downstream of the heat removal element (618, 620, 622), the light source comprising one or more laser emitters, the light source having an output fluence of greater than 4 J/cm 2 and less than 100 J/cm 2 at a target area of skin on a person and having sufficient fluence to effect a dermatological treatment at the target area, an optical diffuser that is spaced apart from the light source in a downstream direction, a mixer comprising a hollow chamber arranged between the light source and the optical diffuser, the hollow chamber having highly reflective sidewalls and being configured to distribute light from the light source substantially uniformly across an input of the optical diffuser, wherein the hollow chamber is thermally conductive and thermally coupled to the heat removal element to transfer heat from the skin to the heat removal element, and the optical diffuser is configured to receive the substantially uniformly distributed light from the mixer and diffuse the light received from the mixer so that the light emitted from the apparatus is eye safe for the person during the dermatological treatment, while maintaining sufficient fluence to effect the dermatological treatment. a self-contained housing configured for gripping by a person's hand, a heat removal elements (618, 620, 622), a light source within the housing and downstream of the heat removal element (618, 620, 622), the light source comprising one or more laser emitters, the light source having an output fluence of greater than 4 J/cm 2 and less than 100 J/cm 2 at a target area of skin on a person and having sufficient fluence to effect a dermatological treatment at the target area, an optical diffuser that is spaced apart from the light source in a downstream direction, a mixer comprising a hollow chamber arranged between the light source and the optical diffuser, the hollow chamber having highly reflective sidewalls and being configured to distribute light from the light source substantially uniformly across an input of the optical diffuser, wherein the hollow chamber is thermally conductive and thermally coupled to the heat removal element to transfer heat from the skin to the heat removal element, and the optical diffuser is configured to receive the substantially uniformly distributed light from the mixer and diffuse the light received from the mixer so that the light emitted from the apparatus is eye safe for the person during the dermatological treatment, while maintaining sufficient fluence to effect the dermatological treatment.
Attachment unit having cutting and/or conveying devices for cutting stalk crops, in particular maize, sorghum or vegetation, and/or for feeding the crop into a self-propelled harvesting machine, in particular a forage harvester, the attachment unit being guided so as to follow the ground, and the cutting and/or conveying devices comprising cutting elements which are rotatable about a drive axis extending in an axial direction, and are arranged for cutting the crop close to the ground, the attachment unit comprising a shredding device for shredding the plant stubble that is left on the ground, characterized in that each cutting element is associated with a shredding device which is arranged coaxially below said cutting element, and the shredding device being reversibly adjustable in the axial direction relative to the cutting element associated therewith. each cutting element is associated with a shredding device which is arranged coaxially below said cutting element, and the shredding device being reversibly adjustable in the axial direction relative to the cutting element associated therewith.
Geared drive device (10; 10a to 10d), having a housing, in which an electric motor is arranged which is mounted at least indirectly in an armature shaft (16; 16a to 16d), the armature shaft (16; 16a to 16d) interacting via a toothing region (30; 30a to 30d) with a gearwheel, having at least two bearing devices (18, 20) which are arranged on opposite end regions of the armature shaft (16; 16a to 16d) and of which the first bearing device loads by means of the armature shaft (16; 16a to 16d) with an axial force and bears against a first stop (26; 53) which is fixed to the housing, and having an axial play compensation device which is arranged such that it is operatively connected to the armature shaft (16; 16a to 16d) and which loads the second bearing device which has an inner ring and an outer ring with axial force against a second stop (35; 37) which is fixed to the housing, the axial play compensation device being arranged such that it is at least indirectly in operative connection with the inner ring of the second bearing device, characterized in that a sleeve-shaped stop element which supports the toothing region is arranged displaceably on the armature shaft, which stop element has, on the side which faces the second bearing device, an end face which bears against the inner ring of the second bearing device, and in that the stop element can be fixed on the armature shaft for axial play compensation.
A system comprising one or more modules implemented at least partially in hardware, the one or more modules configured to implement a single composition engine that is configured for accessibility via one or more application programming interfaces (206, 208) to a plurality of applications characterized in that the single composition engine is configured to render primitives having one or more rendering instructions for display of one or more visuals on a display device, wherein the one or more visuals are associated with a primitive group (502, 602), which is formed as a linked list of primitives (504, 604), and wherein the system is a global composition system which is configured to allow applications to add or remove primitives without recreating a new primitive group.
An apparatus for managing maps, comprising: an estimating unit estimating a usage frequency of each of maps stored in a memory included in a vehicle and used for automated driving control of the vehicle, based on section information indicating sections used for automated driving control in each of the maps; and a deleting unit deleting, from the memory, a map whose usage frequency is less than a frequency threshold, wherein the shorter a total distance traveled by using one of the maps for automated driving control, the lower the estimating unit estimates the usage frequency of the one of the maps. an estimating unit estimating a usage frequency of each of maps stored in a memory included in a vehicle and used for automated driving control of the vehicle, based on section information indicating sections used for automated driving control in each of the maps; and a deleting unit deleting, from the memory, a map whose usage frequency is less than a frequency threshold, wherein the shorter a total distance traveled by using one of the maps for automated driving control, the lower the estimating unit estimates the usage frequency of the one of the maps.
Electrical energy storage device for an electrical appliance, which electrical energy storage device comprises a housing, which housing defines a receiving space in which at least one electrical energy store is received, which electrical energy storage device comprises at least two electrically conductive contacts which are accessible from an outer side of the housing and which are electrically operatively connected directly or indirectly to the at least one electrical energy store, wherein the housing has at least one contact opening and wherein the at least one contact opening is surrounded by a continuous sealing element (80, 82), characterized in that at least two contacts are accessible through the at least one contact opening.
Device for supplying fluid under pressure, notably gas under pressure, comprising a first cock protecting an internal fluid circuit provided with an isolation member for opening or closing the internal circuit, such as a valve disc or a valve, the device having a second cock forming a physical entity distinct from the first cock, the second cock being provided with an internal fluid circuit, and comprising a movable member for actuating the isolation member of the first cock to control the opening or the closing thereof, the first cock and the second cock comprising respective attachment members (6, 7) forming a male/female rapid connection system that is removable from the second cock on the first cock, the first cock comprising an end of cylindrical form extending along a longitudinal axis, the rapid connection system comprising at least one groove or rib formed on the cylindrical end of the first cock and an attachment claw system secured to the second cock and cooperating with the at least one groove or rib formed on the cylindrical end of the first cock, characterized in that, when the second cock is in a position coupled to the first cock via the rapid connection system, and when the pressure of the fluid in the circuits (13, 15) of the two coupled cocks is below a threshold, notably when the circuits are at atmospheric pressure, the rapid connection system ensures a blocking of the second cock on the first cock along the longitudinal axis while allowing a rotation of the second cock on the first cock about this longitudinal axis, the rotation of the second cock on the first cock being possible manually with a torque less than 1 or 2 Nm, and, when the fluid pressure in the circuits (13, 15) of the two coupled cocks (3, 5) exceeds a determined pressure level, the rapid connection system (6, 7) is subjected to a force which tends to limit or prevent the relative rotation of the second cock on the first cock by increasing the torque required to rotate the second cock on the first cock, which becomes greater than 2 Nm.