mhurhangee/ep-ind-claims huggingface dataset:
A wireless transmit receive unit, WTRU, comprising: a processor configured to: determine to send information using a device-to-device transmission; determine a reference signal receive power, RSRP, measurement of a cell associated with the WTRU; select a resource pool from a plurality of resource pools based on the RSRP measurement of the cell, wherein each resource pool of the plurality of resource pools is associated with a low RSRP threshold and a high RSRP threshold, and wherein the RSRP measurement of the cell is between the low RSRP threshold and the high RSRP threshold of the selected resource pool; and send the information using the selected resource pool. a processor configured to: determine to send information using a device-to-device transmission; determine a reference signal receive power, RSRP, measurement of a cell associated with the WTRU; select a resource pool from a plurality of resource pools based on the RSRP measurement of the cell, wherein each resource pool of the plurality of resource pools is associated with a low RSRP threshold and a high RSRP threshold, and wherein the RSRP measurement of the cell is between the low RSRP threshold and the high RSRP threshold of the selected resource pool; and send the information using the selected resource pool. determine to send information using a device-to-device transmission; determine a reference signal receive power, RSRP, measurement of a cell associated with the WTRU; select a resource pool from a plurality of resource pools based on the RSRP measurement of the cell, wherein each resource pool of the plurality of resource pools is associated with a low RSRP threshold and a high RSRP threshold, and wherein the RSRP measurement of the cell is between the low RSRP threshold and the high RSRP threshold of the selected resource pool; and send the information using the selected resource pool.
A surface preparation system, comprising: an apparatus for performing surface preparation, the apparatus comprising: a surface preparation device for moving a backing pad in a random orbital motion; a medium attached to the backing pad; a first ball joint connected to the device; a second ball joint connected to the first ball joint; and a robotic end effector, connected to the second ball joint, for pressing the device against a surface; the surface preparation system further comprising a platform; and a wedge on an upper surface of the platform, the wedge having a shovel-nose tip for separating the medium from the backing pad. an apparatus for performing surface preparation, the apparatus comprising: a surface preparation device for moving a backing pad in a random orbital motion; a medium attached to the backing pad; a first ball joint connected to the device; a second ball joint connected to the first ball joint; and a robotic end effector, connected to the second ball joint, for pressing the device against a surface; the surface preparation system further comprising a platform; and a surface preparation device for moving a backing pad in a random orbital motion; a medium attached to the backing pad; a first ball joint connected to the device; a second ball joint connected to the first ball joint; and a robotic end effector, connected to the second ball joint, for pressing the device against a surface; the surface preparation system further comprising a platform; and a wedge on an upper surface of the platform, the wedge having a shovel-nose tip for separating the medium from the backing pad.
A monomer having the general formula: wherein R 1 is hydrogen or a monovalent, straight, branched or cyclic hydrocarbon group of 1 to 6 carbon atoms, and R 2 is a monovalent group having polymerization functionality for radical polymerization, anionic, polymerization or polymerization with transition metal catalysts.
Lifting vehicle comprising: - a frame having a front frame portion and a rear frame portion, - a lifting arm having a rear arm section articulated to the rear frame portion about a transverse axis and a front arm section equipped with attachment means for the connection of implements, - a lifting cylinder having a rear end articulated to the frame and a front end articulated to the lifting arm and configured to move the lifting arm between a lowered position in which the lifting arm extends in a direction parallel to a longitudinal axis (a) of the vehicle and a plurality of raised positions, and - a cabin compartment and an engine compartment located on opposite sides of the lifting arm, whereby the front arm section is connected in a removable manner to the rear arm section, so that the vehicle can assume a first working configuration in which it is equipped with the complete lifting arm and a second working configuration in which the vehicle is devoid of the front arm section, characterised in that said arm sections (22, 24) are equipped with respective connectors (46, 48) located at the respective rear ends of the arm sections (22, 24) and engageable with each other in the condition wherein the rear end of the front arm section is located alongside the rear end of the rear arm section. - a frame having a front frame portion and a rear frame portion, - a lifting arm having a rear arm section articulated to the rear frame portion about a transverse axis and a front arm section equipped with attachment means for the connection of implements, - a lifting cylinder having a rear end articulated to the frame and a front end articulated to the lifting arm and configured to move the lifting arm between a lowered position in which the lifting arm extends in a direction parallel to a longitudinal axis (a) of the vehicle and a plurality of raised positions, and - a cabin compartment and an engine compartment located on opposite sides of the lifting arm, whereby the front arm section is connected in a removable manner to the rear arm section, so that the vehicle can assume a first working configuration in which it is equipped with the complete lifting arm and a second working configuration in which the vehicle is devoid of the front arm section, characterised in that said arm sections (22, 24) are equipped with respective connectors (46, 48) located at the respective rear ends of the arm sections (22, 24) and engageable with each other in the condition wherein the rear end of the front arm section is located alongside the rear end of the rear arm section.
Method of controlling a stairlift, the stairlift comprises a rail, a chair, a drive assembly having a drive engine for driving the chair along the rail, the chair is attached to the drive assembly, the chair having an armrest, wherein the armrest is pivotably supported at the chair by a hinge, which allows a rotational movement of the armrest, in particular along a vertical axis, the method comprising the step of detecting an angular position (A-D) of said rotational movement of the armrest; the step of controlling at least one functionality of the stairlift, being a functionality of the drive assembly, as a function of the detected angular position (A-D), characterized in the step of checking whether the angular position of the armrest is secured by a locking mechanism, and the step of controlling a functionality of the drive assembly is performed additionally as a function of the result of the checking step. a rail, a chair, a drive assembly having a drive engine for driving the chair along the rail, the chair is attached to the drive assembly, the chair having an armrest, wherein the armrest is pivotably supported at the chair by a hinge, which allows a rotational movement of the armrest, in particular along a vertical axis, the method comprising the step of detecting an angular position (A-D) of said rotational movement of the armrest; the step of controlling at least one functionality of the stairlift, being a functionality of the drive assembly, as a function of the detected angular position (A-D), characterized in the step of checking whether the angular position of the armrest is secured by a locking mechanism, and the step of controlling a functionality of the drive assembly is performed additionally as a function of the result of the checking step. the step of detecting an angular position (A-D) of said rotational movement of the armrest; the step of controlling at least one functionality of the stairlift, being a functionality of the drive assembly, as a function of the detected angular position (A-D), characterized in the step of checking whether the angular position of the armrest is secured by a locking mechanism, and the step of controlling a functionality of the drive assembly is performed additionally as a function of the result of the checking step.
A machine tool comprising: a spindle; and a loading device delivering a workpiece to and from the spindle, the loading device including a first chuck chucking the workpiece on first chuck jaws that are opened and closed, and a movement mechanism moving the first chuck, the spindle including a second chuck chucking the workpiece on second chuck jaws that are opened and closed, characterized by the first chuck having: a first sensor detecting a continuously changing signal depending on an open-end position of the first chuck jaws, a closed-end position of the first chuck jaws, and a movement position between the open-end position and the closed-end position; and a controller outputting a movement instruction to the movement mechanism for starting to move the first chuck when the first chuck jaws are in the movement position while moving from the closed-end position to the open-end position, based on an output from the first sensor. a spindle; and a loading device delivering a workpiece to and from the spindle, the loading device including a first chuck chucking the workpiece on first chuck jaws that are opened and closed, and a movement mechanism moving the first chuck, the spindle including a second chuck chucking the workpiece on second chuck jaws that are opened and closed, characterized by the first chuck having: a first sensor detecting a continuously changing signal depending on an open-end position of the first chuck jaws, a closed-end position of the first chuck jaws, and a movement position between the open-end position and the closed-end position; and a controller outputting a movement instruction to the movement mechanism for starting to move the first chuck when the first chuck jaws are in the movement position while moving from the closed-end position to the open-end position, based on an output from the first sensor. a first sensor detecting a continuously changing signal depending on an open-end position of the first chuck jaws, a closed-end position of the first chuck jaws, and a movement position between the open-end position and the closed-end position; and a controller outputting a movement instruction to the movement mechanism for starting to move the first chuck when the first chuck jaws are in the movement position while moving from the closed-end position to the open-end position, based on an output from the first sensor.
Apparatus for laser personalisation of security documents, comprising: A laser for generating a laser beam, a document receiver for receiving and holding a security document, a two-coordinate deflection device for targeted deflection of the laser beam by different solid angles, and a plane field optical unit, such that the laser beam deflected at different solid angles is focused at different positions of a desired marking plane, characterised in that a deflection unit is arranged between the desired marking plane and the plane field optical unit, and an optical axis of the plane field optical unit is pivoted relative to the surface normal of the desired marking plane, wherein the document receiver is mounted such as be rotatable about an axis of rotation parallel to the desired marking plane.
A composition comprising a cosmetically acceptable carrier and a plurality of plasmonic nanoparticles in an amount of 10 9 to 10 18 nanoparticles per millilitre of the composition, for use in a method of treating acne in a mammalian subject, wherein the plasmonic nanoparticles comprise a hydrophilic or aliphatic coating, wherein the coating does not adsorb to skin of the mammalian subject, and wherein said coating is selected from polyethylene glycol or silica; wherein said method comprises i) topically administering said composition to a skin surface of the mammalian subject; ii) providing penetration means to redistribute the plasmonic nanoparticles from the skin surface to a sebaceous gland; iii) washing the plasmonic nanoparticles from the skin surface; iv) causing irradiation of the skin surface by light and v) shedding the plasmonic nanoparticles from the sebaceous gland. i) topically administering said composition to a skin surface of the mammalian subject; ii) providing penetration means to redistribute the plasmonic nanoparticles from the skin surface to a sebaceous gland; iii) washing the plasmonic nanoparticles from the skin surface; iv) causing irradiation of the skin surface by light and v) shedding the plasmonic nanoparticles from the sebaceous gland.
Motor vehicle door latch with at least a housing and at least a pivotably accommodated lever around an axis in the housing, whereby the lever can be connected to an activation element arranged outside of the housing and to this end passes through a housing aperture, whereby • The lever demonstrates a cover which predominantly completely seals the housing aperture over its entire traveling distance (s); characterized in that, • the cover and the housing aperture are arch-shaped; • the cover and the housing aperture run radially compared to the axis for the lever. • The lever demonstrates a cover which predominantly completely seals the housing aperture over its entire traveling distance (s); • the cover and the housing aperture are arch-shaped; • the cover and the housing aperture run radially compared to the axis for the lever.
Strip-wound hose comprising at least one material strip, in particular a plastic material strip, wound in a spiral shape into a hose body, and at least two reinforcing coils (4, 5) connected to the hose body, wherein at least one first reinforcing coil is completely embedded with respect to its periphery into the hose body or into the material, in particular into the plastic material of the hose body, wherein at least one second reinforcing coil is arranged on the outer surface of the hose body, wherein this second reinforcing coil is partially embedded with respect to its periphery into the hose body, and wherein the second reinforcing coil is embedded across less than 50%, particularly across less than 48%, preferably across less than 45% of its periphery into the hose body, characterized in that the radial thickness D 1 of the first reinforcing coil is more than three times as large as than the radial thickness d 1 of the hose body on the hose inner side underneath the first reinforcing coil and at least twice as large as the radial thickness d 2 of the hose body on the hose outer side above the first reinforcing coil.
An apparatus for delivery of a fluid at a treatment site, the apparatus comprising: an elongate catheter; an outer sleeve defining a treatment length at or near a distal end of the catheter, the outer sleeve defining a plurality of spaced apertures and an outer sleeve lumen; a flexible inner lining disposed within the outer sleeve lumen and defining a plurality of independently pressure-deformable portions and a lining lumen, wherein each of the plurality of pressure-deformable portions are generally aligned with one of the plurality of spaced apertures; and a plurality of micro-needles secured to the pressure-deformable portions and in fluid communication with the lining lumen; wherein the pressure-deformable portions and the micro-needles are recessed beneath an outer surface of the outer sleeve in an at-rest configuration, and the pressure-deformable portions are deformable to an extended position in which at least a portion of the micro-needles protrude above the outer surface of the outer sleeve. an elongate catheter; an outer sleeve defining a treatment length at or near a distal end of the catheter, the outer sleeve defining a plurality of spaced apertures and an outer sleeve lumen; a flexible inner lining disposed within the outer sleeve lumen and defining a plurality of independently pressure-deformable portions and a lining lumen, wherein each of the plurality of pressure-deformable portions are generally aligned with one of the plurality of spaced apertures; and a plurality of micro-needles secured to the pressure-deformable portions and in fluid communication with the lining lumen; wherein the pressure-deformable portions and the micro-needles are recessed beneath an outer surface of the outer sleeve in an at-rest configuration, and the pressure-deformable portions are deformable to an extended position in which at least a portion of the micro-needles protrude above the outer surface of the outer sleeve.
A disposable adhesive substrate adapted to be arranged on a medical device having EMG electrodes (23, 23', 30), the substrate comprising - a first adhesive layer on a first plane side of the substrate configured for attaching the substrate to the medical device, - a second adhesive layer on a second opposite plane side of the substrate configured for attaching the substrate to the skin of a user of the medical device, and - conductive contact areas configured for providing electrical connection between the EMG electrodes (23, 23', 30) and the skin of a user of the medical device, characterized in that the circumferential outline of the substrate is rotationally asymmetric around any two perpendicular rotation axes through the centre of the substrate and in the plane of the substrate. - a first adhesive layer on a first plane side of the substrate configured for attaching the substrate to the medical device, - a second adhesive layer on a second opposite plane side of the substrate configured for attaching the substrate to the skin of a user of the medical device, and - conductive contact areas configured for providing electrical connection between the EMG electrodes (23, 23', 30) and the skin of a user of the medical device,
A graphical user interface embodied on one or more computer-readable media and executable on a computer, said graphical user interface comprising: a primary display area operable to display an item, wherein the item is a document a navigation area configured to accept user inputs relating to navigational actions to be performed with respect to the item, wherein said navigation area includes a scrollbar including a column bar and an indicator box; and a secondary display area rendered in response to a user input representing a proposed navigational action to be performed with respect to and within the item, wherein said user input representing a proposed navigational action specifies a location within the column bar that relates to the proposed navigational action, wherein said secondary display area displays a preview that includes content associated with the actual underlying file data of the item, wherein said content is not currently displayed in the primary display area but would be displayed in the primary display area if the proposed navigational action were performed, wherein said content displayed within the secondary display region is determined using a content selection algorithm, configured to present as said content associated with the actual underlying file data of the item content that is useful to a user in making one or more navigational choices, wherein the content selection algorithm is configured to select for display only text having certain title or heading properties. a primary display area operable to display an item, wherein the item is a document a navigation area configured to accept user inputs relating to navigational actions to be performed with respect to the item, wherein said navigation area includes a scrollbar including a column bar and an indicator box; and a secondary display area rendered in response to a user input representing a proposed navigational action to be performed with respect to and within the item, wherein said user input representing a proposed navigational action specifies a location within the column bar that relates to the proposed navigational action, wherein said secondary display area displays a preview that includes content associated with the actual underlying file data of the item, wherein said content is not currently displayed in the primary display area but would be displayed in the primary display area if the proposed navigational action were performed, wherein said content displayed within the secondary display region is determined using a content selection algorithm, configured to present as said content associated with the actual underlying file data of the item content that is useful to a user in making one or more navigational choices, wherein the content selection algorithm is configured to select for display only text having certain title or heading properties.
Surge current generator of an apparatus for electromagnetic deformation of workpieces comprising at least one capacitor, which can be charged using a prescribed original polarity and which can be discharged and can be charged to reverse polarity in a first current half-wave by means of a triggerable switching arrangement (2a, 2b), which allows the first current half-wave to pass through, is reverse-blocking and, in the current zero crossing, is non-latching, by way of a tool coil, which causes the workpiece deformation in the case of a flow of current and which can be used to produce forces that act on the workpiece, wherein a recuperation arrangement (4a, 4b), which allows the second current half-wave running in the reverse direction to pass through, is reverse-blocking and has an inductance, is situated parallel to the tool coil and to the at least one capacitor, by means of which recuperation arrangement the at least one capacitor can be discharged and recharged to the original polarity in the second current half-wave, wherein the recuperation arrangement (4a, 4b) comprises a switch, which is switched in a triggered manner at a time interval with respect to the zero crossing of the first current half-wave in order to allow the flow of current through the recuperation arrangement to begin, characterized in that the time interval is at least as long as the recovery time of the non-latching switching arrangement (2a, 2b), after which recovery time the non-latching switching arrangement (2a, 2b) has definitely interrupted the possibility for the current to flow through said switching arrangement after the current zero crossing.
A flow meter, comprising: meter electronics configured to receive measurement signals, a first flow conduit conducting a first flow stream, and a second flow conduit conducting a second flow stream that is independent of the first flow stream; and a common driver configured to vibrate the first flow conduit and the second flow conduit; said flow meter being characterized in that it further comprises three pickoff sensors (218, 219a, 219b) coupled to the meter electronics by four wires, with a shared pickoff sensor being located between the first flow conduit and the second flow conduit of flow, a first independent pickoff sensor interacting with the first flow conduit, and a second pickoff sensor interacting with the second flow conduit. meter electronics configured to receive measurement signals, a first flow conduit conducting a first flow stream, and a second flow conduit conducting a second flow stream that is independent of the first flow stream; and a common driver configured to vibrate the first flow conduit and the second flow conduit; said flow meter being characterized in that it further comprises three pickoff sensors (218, 219a, 219b) coupled to the meter electronics by four wires, with a shared pickoff sensor being located between the first flow conduit and the second flow conduit of flow, a first independent pickoff sensor interacting with the first flow conduit, and a second pickoff sensor interacting with the second flow conduit.