mhurhangee/patent-ind-claim-en huggingface dataset:
A modular enclosure, which comprises: a partition made up of panels provided with longitudinal grooves at the ends thereof for mounting coupling elements, said partition defining at least a space for mounting a door ; and a door which is insertable in the partition , wherein the door comprises: an upper box ; two vertical posts which delimit a passage space; vertical guides in the vertical posts ; a winding drum in the upper box ; a closing tarpaulin which is fixed to the winding drum and movable in the vertical guides ; and drive means of actuation coupled to the winding drum ; characterized in that: - the vertical posts of the door comprise longitudinal channels facing the longitudinal grooves of the panels which delimit the mounting space of the door ; - the vertical posts further comprise fastening elements ; - the longitudinal grooves together with the longitudinal channels define passages for housing the fastening elements such that the fastening elements can be vertically moved in the passages between a first position wherein the door is held with respect to the panels that delimit the mounting space and a second position wherein the door is released; and - the upper box , the winding drum and the drive means of actuation make up an independent unit, fixed in a detachable way to the vertical posts of the door . an upper box ; two vertical posts which delimit a passage space; vertical guides in the vertical posts ; a winding drum in the upper box ; a closing tarpaulin which is fixed to the winding drum and movable in the vertical guides ; and drive means of actuation coupled to the winding drum ; - the vertical posts of the door comprise longitudinal channels facing the longitudinal grooves of the panels which delimit the mounting space of the door ; - the vertical posts further comprise fastening elements ; - the longitudinal grooves together with the longitudinal channels define passages for housing the fastening elements such that the fastening elements can be vertically moved in the passages between a first position wherein the door is held with respect to the panels that delimit the mounting space and a second position wherein the door is released; and - the upper box , the winding drum and the drive means of actuation make up an independent unit, fixed in a detachable way to the vertical posts of the door .
A sensor assembly for detecting a target analyte comprising, the sensor assembly comprising: a first portion , the first portion comprising: at least one fluid channel ; a fluid actuator ; an introducer fluidly attached to the fluid channel ; and a sensor disposed within the fluid channel , forming part of the fluid channel , or both, the sensor comprising a piezoelectric layer bound on opposite layers by two electrode layers and the sensor comprising at least one surface adapted to provide binding sites for the target analyte; and a sensor board , the sensor electrically connected to the sensor board ; a second portion , the second portion comprising: a plurality of wells , each well containing at least one material, wherein one of the first or second portion is moveable with respect to the other, wherein the introducer is configured to randomly access the plurality of wells in the second portion to obtain at least a portion of the material from the plurality of wells and deliver it to the fluid channel , and wherein the fluid actuator is configured to move at least a portion of the material in the fluid channel . at least one fluid channel ; a fluid actuator ; an introducer fluidly attached to the fluid channel ; and a sensor disposed within the fluid channel , forming part of the fluid channel , or both, the sensor comprising a piezoelectric layer bound on opposite layers by two electrode layers and the sensor comprising at least one surface adapted to provide binding sites for the target analyte; and a sensor board , the sensor electrically connected to the sensor board ; a sensor disposed within the fluid channel , forming part of the fluid channel , or both, the sensor comprising a piezoelectric layer bound on opposite layers by two electrode layers and the sensor comprising at least one surface adapted to provide binding sites for the target analyte; and a sensor board , the sensor electrically connected to the sensor board ; a second portion , the second portion comprising: a plurality of wells , each well containing at least one material, wherein one of the first or second portion is moveable with respect to the other, wherein the introducer is configured to randomly access the plurality of wells in the second portion to obtain at least a portion of the material from the plurality of wells and deliver it to the fluid channel , and wherein the fluid actuator is configured to move at least a portion of the material in the fluid channel .
An inverse photoemission spectroscopy apparatus for detecting a light generated by the relaxation of electrons to an unoccupied state of a sample , the apparatus comprising: an electron source for generating electrons with which a sample is irradiated; a wavelength selector for extracting a light having a certain wavelength from the light generated in the sample ; a photodetector for detecting the light extracted by the wavelength selector ; and a focusing optics disposed between the sample and the photodetector , wherein the electron source contains yttrium oxide as a thermionic emission material, wherein the photodetector includes a photoelectric converter that is insusceptible or insensitive to a light having a wavelength of 400 nm or longer. an electron source for generating electrons with which a sample is irradiated; a wavelength selector for extracting a light having a certain wavelength from the light generated in the sample ; a photodetector for detecting the light extracted by the wavelength selector ; and a focusing optics disposed between the sample and the photodetector , wherein the electron source contains yttrium oxide as a thermionic emission material, wherein the photodetector includes a photoelectric converter that is insusceptible or insensitive to a light having a wavelength of 400 nm or longer.
A method of wireless communication of a user equipment, UE , the method comprising: determining a plurality of resource patterns required for vehicle-to-vehicle, V2V, communications ; sending , to a base station , assistance information in a semi-persistent schedule, SPS, request, wherein the assistance information is associated with the plurality of resource patterns; receiving , from the base station , a response associated with at least two resource patterns of the plurality of resource patterns, the response comprising an index of approved resource patterns; and receiving , from the base station , an activation grant for a resource assignment for the at least two resource patterns of the plurality of resource patterns, the activation grant comprising the index of approved resource patterns. determining a plurality of resource patterns required for vehicle-to-vehicle, V2V, communications ; sending , to a base station , assistance information in a semi-persistent schedule, SPS, request, wherein the assistance information is associated with the plurality of resource patterns; receiving , from the base station , a response associated with at least two resource patterns of the plurality of resource patterns, the response comprising an index of approved resource patterns; and receiving , from the base station , an activation grant for a resource assignment for the at least two resource patterns of the plurality of resource patterns, the activation grant comprising the index of approved resource patterns.
A source node , comprising: means configured to establish a communication link between a source cell and user equipment ; means configured to transmit a series of data packets to the user equipment , each data packet comprising an associated sequence identifier; means configured to receive an acknowledgement of successful receipt of a data packet of the series by user equipment , the acknowledgement comprising an indication of the successfully received data packet sequence identifier; means configured to receive an indication of an identified handover target cell; request handover of the user equipment to the identified handover target cell; means configured to receive an acknowledgement of handover request from the identified handover target cell; and means configured to forward a data packet of the series of data packets to the identified target cell, the forwarded data packet comprising their associated sequence identifier and an indication of the sequence identifier associated with the most recent successfully received data packet and wherein the most recent successfully received data packet sequence identifier is encoded in one or more of: a header or extended header of a packet being forwarded to the identified target cell; an optional information element included in a signalling message transmitted with a forwarded packet to the identified target cell. means configured to establish a communication link between a source cell and user equipment ; means configured to transmit a series of data packets to the user equipment , each data packet comprising an associated sequence identifier; means configured to receive an acknowledgement of successful receipt of a data packet of the series by user equipment , the acknowledgement comprising an indication of the successfully received data packet sequence identifier; means configured to receive an indication of an identified handover target cell; request handover of the user equipment to the identified handover target cell; means configured to receive an acknowledgement of handover request from the identified handover target cell; and means configured to forward a data packet of the series of data packets to the identified target cell, the forwarded data packet comprising their associated sequence identifier and an indication of the sequence identifier associated with the most recent successfully received data packet and wherein the most recent successfully received data packet sequence identifier is encoded in one or more of: a header or extended header of a packet being forwarded to the identified target cell; an optional information element included in a signalling message transmitted with a forwarded packet to the identified target cell.
A method to be performed in a media service device comprising a microprocessor, said method comprising: assigning a channel combination of a major channel number and a minor channel number to a media service which is not pre-assigned with another channel combination, said major channel number being associated with said media service and different contents of said media service being associated with different minor channel numbers, the method being characterized by assigning to a first content of the media service older than a second content of the media service a lower minor channel number approaching zero than the minor channel number assigned to the second content of the media service. assigning a channel combination of a major channel number and a minor channel number to a media service which is not pre-assigned with another channel combination, said major channel number being associated with said media service and different contents of said media service being associated with different minor channel numbers, the method being characterized by assigning to a first content of the media service older than a second content of the media service a lower minor channel number approaching zero than the minor channel number assigned to the second content of the media service.
A piston-cylinder assembly comprising a cylindrical housing in which a main piston and at least one trailing piston are each disposed in an axially displaceable manner, wherein the main piston divides a piston chamber of the cylindrical housing into two pressure chambers with a variable volume, via which the main piston on both sides and the at least one trailing piston on one side can be acted upon with a pressurized fluid, the at least one trailing piston being guided in an axially displaceable manner on a cylindrical outer lateral face of the main piston , which extends to the side of a circular piston web acting as an axial counter bearing, the piston web extending radially outward from an outer lateral face of the main piston , the at least one trailing piston having a thrust portion at an end proximate to the piston web , the thrust portion extending axially inward toward the piston web , wherein a travel limiter for limiting an axial travel range of the at least one trailing piston is arranged or configured on the cylinder housing , wherein, under pressure, the at least one trailing piston follows the main piston via the thrust portion until the trailing piston hits the travel limiter , characterized in that the piston web of the main piston has an axial recess , and in that the thrust portion of the at least one trailing piston is geometrically adapted to the axial recess to be insertable into the recess with a positive lock when the respective trailing piston approaches the piston web of the main piston .
A method for migrating data between storage devices, wherein a first storage device comprises a source controller , a first solid state storage disk, SSD, , and a first network interface card comprising a first migration cache , the second storage device comprises a second solid state storage disk, SSD, , and a second network interface card comprising a second migration cache, and the method comprises: receiving (S704), by the first network interface card , a first migration instruction, sent by the source controller , wherein the first migration instruction comprises an address of the data stored in the first SSD ; in response to the receiving (S704) of the first migration instruction, obtaining (S706), by the first network interface card , the data from the first SSD based on the address and reading the data into the first migration cache ; sending (S708), by the first network interface card , a second migration instruction to the second network interface card , the second migration instruction comprises access information of the first migration cache and an address of the second SSD , the access information of the first migration cache comprises information about the data stored in the migration cache ; in response to the sending of the second migration instruction (S708), reading (S709), by the second network interface card , the data into the second migration cache of the second network interface card ; sending a write instruction by the second network interface card , to write the data to the second SSD . receiving (S704), by the first network interface card , a first migration instruction, sent by the source controller , wherein the first migration instruction comprises an address of the data stored in the first SSD ; in response to the receiving (S704) of the first migration instruction, obtaining (S706), by the first network interface card , the data from the first SSD based on the address and reading the data into the first migration cache ; sending (S708), by the first network interface card , a second migration instruction to the second network interface card , the second migration instruction comprises access information of the first migration cache and an address of the second SSD , the access information of the first migration cache comprises information about the data stored in the migration cache ; in response to the sending of the second migration instruction (S708), reading (S709), by the second network interface card , the data into the second migration cache of the second network interface card ; sending a write instruction by the second network interface card , to write the data to the second SSD .
A communications network in a High Voltage Direct Current, HVDC, power system for communication between at least one control unit and a plurality of power electronics elements comprised in the HVDC power system, wherein the at least one control unit is configured to control the plurality of power electronics elements by means of transmitting at least one signal to the plurality of power electronics elements, wherein the communications network further comprises at least one array of at least one transmit/receive unit configured to, in an upstream direction from the plurality of power electronics elements to the at least one control unit and in a downstream direction from the at least control unit to the plurality of power electronics elements, receive at least one signal transmitted over the communications network in the downstream or upstream direction, and transmit the received at least one signal over the communications network in the downstream or upstream direction, respectively, wherein the at least one transmit/receive unit is further configured to receive at least one signal from an upstream direction, and evaluate if the at least one signal is correctly received, and in case the at least one signal is correctly received, forward , in an allocated first time slot , the at least one signal to a plurality of transmit/receive units in a downstream direction, and receive , in an allocated second time slot , a plurality of signals from the plurality of transmit/receive units as a response of the forwarded at least one signal.
A bead for a tire comprising, the bead comprising a core including at least one yarn of multiple textile or non-metal filaments embedded in an organic matrix, the core having a diameter in a range of from 5.0 mm to 30.0 mm, alternatively in a range of from 5.0 mm to 20.0 mm, and an outer sheath layer including at least one metal wire wound around and in contact with the core , characterized in that the organic matrix has a density in a range of from 0.5 g/cm 3 to 2.00 g/cm 3 , alternatively from 0.9 g/cm 3 to 2.00 g/cm 3 .
Method for heat treating a steel component , wherein the steel component comprises steel with a carbon content of 0.6 to 1.20 weight %, the method comprising the steps of: a) carbonitriding the steel component , b) cooling the steel component , c) re-heating the steel component , d) quenching the steel component , and e) performing a bainite transformation at a temperature above the martensite formation temperature, transforming 25-99% of the austenite into bainite at that temperature and then increasing the temperature to speed up the transformation of the remaining austenite into bainite, and wherein the carbonitriding is performed at a temperature of 930-970 °C for 5-10 h and wherein the re-heating is performed to a temperature of 780-820 °C. a) carbonitriding the steel component , b) cooling the steel component , c) re-heating the steel component , d) quenching the steel component , and e) performing a bainite transformation at a temperature above the martensite formation temperature, transforming 25-99% of the austenite into bainite at that temperature and then increasing the temperature to speed up the transformation of the remaining austenite into bainite, and wherein the carbonitriding is performed at a temperature of 930-970 °C for 5-10 h and wherein the re-heating is performed to a temperature of 780-820 °C.
Method for operating an energy storage device comprising, - operating the energy storage device in a regular mode different from a primary power mode , wherein in the regular mode the exchange of electrical power between the energy storage device and a grid connection of the energy storage device is independent of a grid frequency, - detecting a power failure at the grid connection of the energy storage device , - detecting a voltage return at the grid connection after detecting the power failure, - changing the operating mode of the energy storage device from the regular mode to the primary power mode , characterized in that the method further comprises: - providing primary power by the energy storage device at the grid connection immediately after the voltage return has been detected. - operating the energy storage device in a regular mode different from a primary power mode , wherein in the regular mode the exchange of electrical power between the energy storage device and a grid connection of the energy storage device is independent of a grid frequency, - detecting a power failure at the grid connection of the energy storage device , - detecting a voltage return at the grid connection after detecting the power failure, - changing the operating mode of the energy storage device from the regular mode to the primary power mode , - providing primary power by the energy storage device at the grid connection immediately after the voltage return has been detected.
Boat trailer for transporting over the public road and launching into the water, and placing back on the boat trailer from the water, of a boat , the boat trailer comprising: a chassis on which the boat can be placed; a hoisting installation for hoisting the boat when located on the boat trailer and moving the boat in hoisted condition to beside the boat trailer and subsequently lowering on or in a desired location, such as a waterway, a counterweight equipment which is movably attached to the boat trailer in such a way that a centre of gravity of the counterweight equipment is movable from a first position to a second position, wherein in the first position the centre of gravity of the counterweight equipment is located closer to the wheels of the boat trailer than in the second position, characterized in that the counterweight equipment comprises a hollow space and the boat trailer is provided with a pump installation suitable to pump water from outside the boat trailer into the hollow space of the counterweight equipment . a chassis on which the boat can be placed; a hoisting installation for hoisting the boat when located on the boat trailer and moving the boat in hoisted condition to beside the boat trailer and subsequently lowering on or in a desired location, such as a waterway, a counterweight equipment which is movably attached to the boat trailer in such a way that a centre of gravity of the counterweight equipment is movable from a first position to a second position, wherein in the first position the centre of gravity of the counterweight equipment is located closer to the wheels of the boat trailer than in the second position, characterized in that the counterweight equipment comprises a hollow space and the boat trailer is provided with a pump installation suitable to pump water from outside the boat trailer into the hollow space of the counterweight equipment .
A wheel comprising a rim , a hub , at least three spokes connecting the rim and the hub , and a tyre , the rim having a groove for receiving the tyre , the tyre defining with the receiving groove an inflation volume (V), the rim consisting of at least two circle-arc shaped sections intended to be secured to form together the rim , the wheel also comprising a sealing element mounted in the inflation volume (V) to enable pressurisation thereof, characterised in that the rim and the spokes have first radial interlocking means , in that the hub and the spokes have second radial interlocking means , holding of the rim in an interlocked position with the spokes and of the hub with the spokes being ensured by pressurisation of the inflation volume (V) .
An article comprising: (a) a rigid substrate having at least one surface suitable for accommodating a photochromic coating, and (b) a transparent photochromic coating comprising dendritic polymeric acrylate on at least a portion of said surface of said substrate, said coating comprising a photochromic amount of at least one photochromic material. (a) a rigid substrate having at least one surface suitable for accommodating a photochromic coating, and (b) a transparent photochromic coating comprising dendritic polymeric acrylate on at least a portion of said surface of said substrate, said coating comprising a photochromic amount of at least one photochromic material.