mhurhangee/ep-ind-claims huggingface dataset:
An operator workplace for a construction machine, especially a milling machine for processing the road surface, having a seat, said seat comprising a seating surface and having an armrest, which is arranged on a side of the seating surface and includes an arm supporting surface and at least one control element (17, 18, 19) arranged on the armrest for controlling at least one machine function, an adjustment device being provided which is designed in such a manner that the armrest is designed to be adjustable between a sitting operating position and a standing operating position which is elevated in a vertical direction relative to the sitting operating position, characterized in that in the standing operating position, the armrest is, compared to the sitting operation position, forwardly offset in a horizontal direction relative to the seating surface.
A device comprising a plurality of wires of nanometric or micrometric dimensions and formed by a semiconductor material chosen from silicon, germanium and a silicon-germanium alloy, the device comprising pellets arranged at the surface of the wires, characterized in that the pellets have a diameter comprised between 100nm and 1 μm, and are formed by spherical agglomerates of zinc oxide particles with a diameter comprised between 10nm and 200nm.
A sensor system for sensing pressure of a first fluid, the sensor system comprising - an optical sensing fiber that is configured for sensing pressure, - at least one sensor housing embedding the optical sensing fiber, whereby the sensor housing is filled with a second fluid, the sensor housing containing a non-hermetic pressure transfer medium comprised in the sensor system and positioned in the sensor housing such that a pressure of the first fluid can be transferred via the pressure transfer medium onto the second fluid towards the optical sensing fiber for determining based thereon a pressure of the first fluid wherein the system comprises an inner housing comprised in the sensor housing, the sensor system being characterised by the inner housing being in open connection with the second fluid in the sensor housing and giving additional protection to the optical sensing fiber such that the optical sensing fiber cannot bend. - an optical sensing fiber that is configured for sensing pressure, - at least one sensor housing embedding the optical sensing fiber, whereby the sensor housing is filled with a second fluid, the sensor housing containing a non-hermetic pressure transfer medium comprised in the sensor system and positioned in the sensor housing such that a pressure of the first fluid can be transferred via the pressure transfer medium onto the second fluid towards the optical sensing fiber for determining based thereon a pressure of the first fluid wherein the system comprises an inner housing comprised in the sensor housing, the sensor system being characterised by the inner housing being in open connection with the second fluid in the sensor housing and giving additional protection to the optical sensing fiber such that the optical sensing fiber cannot bend.
A composition comprising adherent bone marrow stem cells suspended in a pharmaceutically acceptable liquid for use in the treatment of a degenerative or traumatic injury to a nerve tissue or the brain, wherein said cells are obtainable by: (a) culturing a biological sample comprising adult bone marrow stem cells on a poly-L-lysine coated substrate for 2 to 72 hours, so that a layer of bone marrow stem cells adheres to said substrate without expanding the cells in culture; (b) washing any non-adherent cells from said substrate and collecting the adherent bone marrow stem cells; and (c) suspending the adherent bone marrow stem cells in a pharmaceutically acceptable liquid; and wherein said treatment comprises: administering said composition at or near the injury site in an amount effective to elicit axonal regeneration or re-myelination at the site of said injury. (a) culturing a biological sample comprising adult bone marrow stem cells on a poly-L-lysine coated substrate for 2 to 72 hours, so that a layer of bone marrow stem cells adheres to said substrate without expanding the cells in culture; (b) washing any non-adherent cells from said substrate and collecting the adherent bone marrow stem cells; and (c) suspending the adherent bone marrow stem cells in a pharmaceutically acceptable liquid; administering said composition at or near the injury site in an amount effective to elicit axonal regeneration or re-myelination at the site of said injury.
Method for infiltrating a ceramic, artificial or natural stone surface, wherein a material forming a bond with valences on the surface is applied and rubbed onto the surface, whereby frictional heat is generated, wherein the material is a hydrophobizing infiltration composition and is used as a solution or suspension, and the method comprises the following steps: (a) applying a hydrophobizing infiltration composition onto the surface of a ceramic, artificial or natural stone, (b) rubbing in the hydrophobizing infiltration composition until a homogeneous distribution and filling of the pores in the surface is achieved, (c) drying the surface, and (d) abrading or polishing off excess of material of hydrophobizing infiltration composition, whereby when the hydrophobizing infiltration composition reacts in the cavities present in the thus treated ceramic, artificial or natural stone, tridimensional grid or scaffold structures are formed, which increase the material density and increase the mechanical stability along the penetration depth of the infiltration composition, wherein the hydrophobizing infiltration composition comprises from 0 to 25% weight C 1-4 -alkanol, and the hydrophobizing infiltration composition is used as an aqueous solution or suspension. (a) applying a hydrophobizing infiltration composition onto the surface of a ceramic, artificial or natural stone, (b) rubbing in the hydrophobizing infiltration composition until a homogeneous distribution and filling of the pores in the surface is achieved, (c) drying the surface, and (d) abrading or polishing off excess of material of hydrophobizing infiltration composition, whereby when the hydrophobizing infiltration composition reacts in the cavities present in the thus treated ceramic, artificial or natural stone, tridimensional grid or scaffold structures are formed, which increase the material density and increase the mechanical stability along the penetration depth of the infiltration composition, wherein the hydrophobizing infiltration composition comprises from 0 to 25% weight C 1-4 -alkanol, and the hydrophobizing infiltration composition is used as an aqueous solution or suspension.
A computer-implemented method, comprising: receiving a signal representative of sensor data from an analyte sensor configured to monitor an analyte level over time; determining whether there is an attenuation of the received signal; calibrating the analyte sensor if attenuation of the received signal from the analyte sensor is not detectable; deferring calibration of the analyte sensor if attenuation of the received signal from the analyte sensor is detectable, wherein the calibration is deferred until the attenuation of the received signal is no longer detected; storing the signal from the analyte sensor for a period of time spanning from before the calibration to after the calibration; determining after the calibration has been completed whether a signal attenuation has occurred during the calibration based on the stored signal; determining if the analyte signal can be reconstructed; generating a reconstructed signal and updating the calibration of the analyte sensor based on the reconstructed signal if it is determined that signal attenuation has occurred during the calibration and it is determined that the analyte signal can be reconstructed; wherein the reconstruction of the received signal is performed based on the stored signal from the analyte sensor for the period of time spanning from before the calibration to after the calibration, to generate the reconstructed signal; or invalidating the calibration of the analyte sensor and requesting a new calibration of the analyte sensor if it is determined that the analyte signal cannot be reconstructed. receiving a signal representative of sensor data from an analyte sensor configured to monitor an analyte level over time; determining whether there is an attenuation of the received signal; calibrating the analyte sensor if attenuation of the received signal from the analyte sensor is not detectable; deferring calibration of the analyte sensor if attenuation of the received signal from the analyte sensor is detectable, wherein the calibration is deferred until the attenuation of the received signal is no longer detected; storing the signal from the analyte sensor for a period of time spanning from before the calibration to after the calibration; determining after the calibration has been completed whether a signal attenuation has occurred during the calibration based on the stored signal; determining if the analyte signal can be reconstructed; generating a reconstructed signal and updating the calibration of the analyte sensor based on the reconstructed signal if it is determined that signal attenuation has occurred during the calibration and it is determined that the analyte signal can be reconstructed; wherein the reconstruction of the received signal is performed based on the stored signal from the analyte sensor for the period of time spanning from before the calibration to after the calibration, to generate the reconstructed signal; or invalidating the calibration of the analyte sensor and requesting a new calibration of the analyte sensor if it is determined that the analyte signal cannot be reconstructed.
An electro-discharge apparatus for producing a textured or matt finish on the surface of an electrically conductive work piece submerged in a bath of dielectric fluid, the apparatus comprising a drop arm which includes at one end an electrical socket to which an electrode which is to be totally immersed in the bath of dielectric fluid can be connected, and which is connected at its other end which, in use of the apparatus, is positioned above the surface of the bath of dielectric fluid to a servo motor which operates to move the drop arm and an electrode, when fitted, towards and away from a work piece whose surface is to be treated, the apparatus being characterised in that the drop arm is releasably connected to the servo motor at a connection point which is above the intended level of the bath of dielectric fluid in the apparatus and which comprises electrical connectors and a latch whereby the drop arm with an electrode attached can be removed from the electro-discharge apparatus.
A method performed by user equipment, UE, comprising: in response to determining that a service type for a data transmission has changed, determining that a data transmission mode should be changed, in response to determining that the data transmission mode should be changed, transmitting a first message to a base station for further transmission to a Mobility Management Entity, MME, the first message containing instructions to change the data transmission mode between a plurality of data transmission modes based on a present service type of the data transmission, the plurality of data transmission modes comprising: a Control Plane, CP, mode and a User Plane, UP, mode; receiving a second message from the base station comprising an instruction to change the data transmission mode; and based on the instruction of the second message, switching the data transmission mode from the CP mode to the UP mode. in response to determining that a service type for a data transmission has changed, determining that a data transmission mode should be changed, in response to determining that the data transmission mode should be changed, transmitting a first message to a base station for further transmission to a Mobility Management Entity, MME, the first message containing instructions to change the data transmission mode between a plurality of data transmission modes based on a present service type of the data transmission, the plurality of data transmission modes comprising: a Control Plane, CP, mode and a User Plane, UP, mode; receiving a second message from the base station comprising an instruction to change the data transmission mode; and based on the instruction of the second message, switching the data transmission mode from the CP mode to the UP mode.
Sensor assembly for the determination of a spatial position of a first part (76; 114) relative to a second part (78; 112), having at least one magnet that is disposed on the first part (76; 114) and that generates a magnetic field (75; 124; 126) that extends to the second part (78; 112), and having at least four magnetic field sensors (80a, 80b, 82a, 82b) which form a first pair (80a, 82a) and a second pair (80b, 82b) each with a first magnetic field sensor (80a, 80b) and a second magnetic field sensor (82a, 82b), wherein the first magnetic field sensor (80a, 80b) and the second magnetic field sensor (82a, 82b) are each disposed at a spatial distance from each other on the second part (76; 114) and each generate an output signal (86, 88) depending on the magnetic field (75; 124; 126), wherein the at least one magnet is positioned in the respective spatial distance, and wherein the output signals (86, 88) of the respective first magnetic field sensor (80a, 80b) and of the respective second magnetic field sensor (82a, 82b) are each combined to form a common sensor signal (94, 100) which depends on the spatial position of the first part (76; 114) relative to the second part (78; 112) along a defined measurement axis, wherein the defined measurement axis lies transversely to the respective spatial distance, wherein the output signals (86, 88) of the first and second magnetic field sensors (80a, 80b, 82a, 82b) essentially represent a magnetic field direction at the location of the respective magnetic field sensor (80a, 80b, 82a, 82b), and wherein each pair generates the respective common sensor signal (94, 100) with respect to one of at least two measurement axes (96a, 96b) which are orthogonal to one another.
A light emitting diode comprising a compound semiconductor layer having at least a pn junction-type light emitting unit and a strain adjustment layer stacked on the light emitting unit, wherein the light emitting unit has a stacked structure comprising a strained light emitting layer having a composition formula of (Al X Ga 1-X) Y In 1-Y P wherein X and Y are numerical values that satisfy 0≤X≤0.1 and 0.39≤Y≤0.45 respectively and a barrier layer, and the strain adjustment layer is transparent to an emission wavelength, has a lattice constant that is smaller than lattice constants of the strained light emitting layer and the barrier layer, characterized in that the strain adjustment layer has a composition formula of Al X Ga 1-X As 1-Y P Y wherein X and Y are numerical values that satisfy 0≤X≤1 and 0.6≤Y≤1 respectively, and a thickness of the strain adjustment layer is within a range from 0.5 to 20 μm. the light emitting unit has a stacked structure comprising a strained light emitting layer having a composition formula of (Al X Ga 1-X) Y In 1-Y P wherein X and Y are numerical values that satisfy 0≤X≤0.1 and 0.39≤Y≤0.45 respectively and a barrier layer, and the strain adjustment layer is transparent to an emission wavelength, has a lattice constant that is smaller than lattice constants of the strained light emitting layer and the barrier layer, characterized in that the strain adjustment layer has a composition formula of Al X Ga 1-X As 1-Y P Y wherein X and Y are numerical values that satisfy 0≤X≤1 and 0.6≤Y≤1 respectively, and a thickness of the strain adjustment layer is within a range from 0.5 to 20 μm.
A method with improved performance for access multiplexing on networks with metallic pairs comprising the steps of: - dividing ultra-broadband transmission frequencies into non-overlapping frequency blocks containing sub-carriers; - allocating said non-overlapping frequency blocks to separate operators; - applying interference suppression techniques to said non-overlapping frequency blocks, characterized in that it comprises the step of sharing sub-carriers contained in said non-overlapping frequency blocks between separate operators. - dividing ultra-broadband transmission frequencies into non-overlapping frequency blocks containing sub-carriers; - allocating said non-overlapping frequency blocks to separate operators; - applying interference suppression techniques to said non-overlapping frequency blocks,
A circular plastic container locking mechanism, comprising a barrel body and a barrel cover, wherein a plurality of raised barrel cover threaded strips are arranged on the inner side of the barrel cover, a plurality of raised barrel body threaded strips are arranged on the outer-side periphery of an edge opening of the barrel body, and the barrel cover threaded strips are matched with the barrel body threaded strips, characterized in that a rack is arranged on a surface, connected with the barrel body, on the barrel cover and a set of gear is arranged on the edge of an upper opening of the barrel body, a gear-fixing central shaft is arranged in the gear, and the gear is connected with a gear handle.
Self-propelled agricultural machine having a trailer and/or having an attachment, with a side exterior mirror (8, 10) and with an environment detection device, characterized in that the environment detection device has a radar sensor (14, 24), wherein the radar sensor (14, 24) is arranged on the side exterior mirror (8, 10) in such a way that a detection region of the radar sensor (14, 24) is aligned rearwards laterally along the trailer and/or the attachment and beyond the trailer and/or the attachment, so that it is possible to observe the traffic space to the rear past the entire outfit comprising the agricultural machine and trailer and/or attachment by means of the radar sensor (14, 24), for which purpose no additional sensors are required on the trailer or on the attachment, and in that the radar sensor (14, 24) is arranged on the agricultural machine such that it can be moved in the transverse direction relative to a vehicle longitudinal axis of the agricultural machine.
A system for fabricating a frusto-conical structure from planar metal sheets, the frusto-conical structure having a virtual peak located at a point where a taper of the frusto-conical structure would decrease to zero if the frusto-conical structure were not truncated, the system comprising: a metal source including a collection of planar metal sheets; a feed system operable to transport the planar metal sheets 602 from the metal source to the curving device; a curving device operable to impart a controllable curvature to the metal of the planar metal sheets without imparting in-plane deformation to the metal; a welder operable to join adjacent edges of the planar metal sheets to one another; and a control system in communication with the curving device, the feed system, and the welder to form the planar metal sheets from the metal source into the frusto-conical structure, characterised in that: the control system is configured to control the feed system and the curving device in cooperation with one another to impart, to an incoming planar metal sheet, a rotational motion in a plane of the incoming planar metal sheet about the virtual peak of the frusto-conical structure such that each point on the incoming planar metal sheet maintains a constant distance from the virtual peak as the frusto-conical structure is formed. a metal source including a collection of planar metal sheets; a feed system operable to transport the planar metal sheets 602 from the metal source to the curving device; a curving device operable to impart a controllable curvature to the metal of the planar metal sheets without imparting in-plane deformation to the metal; a welder operable to join adjacent edges of the planar metal sheets to one another; and a control system in communication with the curving device, the feed system, and the welder to form the planar metal sheets from the metal source into the frusto-conical structure, characterised in that: the control system is configured to control the feed system and the curving device in cooperation with one another to impart, to an incoming planar metal sheet, a rotational motion in a plane of the incoming planar metal sheet about the virtual peak of the frusto-conical structure such that each point on the incoming planar metal sheet maintains a constant distance from the virtual peak as the frusto-conical structure is formed.
Docking closure for the contamination free connection of a first flexible enclosure to a second flexible enclosure, comprising - a first closure device which is connectable to or is connected to the first enclosure, and - a second closure device which is connectable to or is connected to the second enclosure, wherein - the first closure device comprises a first docking port, a first end port and a first slide, and - the second closure device comprises a second docking port, a second end port and a second slide, - the first slide and the second slide can be moved between a docking position and a flow through position, wherein in the docking position the first enclosure, on the inside of the first closure device, is closed by the latter and the second enclosure, on the inside of the second closure device, is closed by the latter, - in the docking position, the first slide rests against the first docking port and the second slide rests against the second docking port, - the first docking port and the second end port are detachably attachable to each other, and - when the first docking port and the second docking port are connected to each other, the first slide and the second slide, when moved in the direction of the flow through position, in which the first slide rests against the first end port and the second slide rests against the second end port, close the first enclosure and the second enclosure and proved a flow through channel, which is enclosed by the first closure device and the second closure device, for the contamination free transport of substances between the first enclosure and the second enclosure. - a first closure device which is connectable to or is connected to the first enclosure, and - a second closure device which is connectable to or is connected to the second enclosure, wherein - the first closure device comprises a first docking port, a first end port and a first slide, and - the second closure device comprises a second docking port, a second end port and a second slide, - the first slide and the second slide can be moved between a docking position and a flow through position, wherein in the docking position the first enclosure, on the inside of the first closure device, is closed by the latter and the second enclosure, on the inside of the second closure device, is closed by the latter, - in the docking position, the first slide rests against the first docking port and the second slide rests against the second docking port, - the first docking port and the second end port are detachably attachable to each other, and - when the first docking port and the second docking port are connected to each other, the first slide and the second slide, when moved in the direction of the flow through position, in which the first slide rests against the first end port and the second slide rests against the second end port, close the first enclosure and the second enclosure and proved a flow through channel, which is enclosed by the first closure device and the second closure device, for the contamination free transport of substances between the first enclosure and the second enclosure.