mhurhangee/ep-ind-claims huggingface dataset:
Communication apparatus for a cellular communication system, the communication apparatus comprising: means for communicating with a mobile communication device in a first cell using a first component carrier and in a second cell using a second component carrier; means for transmitting measurement configuration information to the mobile communication device for configuring the mobile communication device to perform measurements of Cell-specific reference signals, CRS, transmitted in the first cell and for configuring the mobile communication device to perform measurements of, Channel State Information - Reference Signals, CSI-RS, transmitted in the second cell, and wherein said measurement configuration information includes measurement timing configuration information for said CSI-RS; means for receiving a measurement report from the mobile communication device, including results of said measurements of CSI-RS on the second cell, based on said measurement configuration information; means for sending, using radio resource control 'RRC' signalling, configuration information for adding the second cell when said mobile communication device is in sufficient range for configuration of the second cell as indicated by the measurement report; and means for activating or deactivating, using media access control 'MAC' signalling sent to the mobile communications device, the second cell when required. means for communicating with a mobile communication device in a first cell using a first component carrier and in a second cell using a second component carrier; means for transmitting measurement configuration information to the mobile communication device for configuring the mobile communication device to perform measurements of Cell-specific reference signals, CRS, transmitted in the first cell and for configuring the mobile communication device to perform measurements of, Channel State Information - Reference Signals, CSI-RS, transmitted in the second cell, and wherein said measurement configuration information includes measurement timing configuration information for said CSI-RS; means for receiving a measurement report from the mobile communication device, including results of said measurements of CSI-RS on the second cell, based on said measurement configuration information; means for sending, using radio resource control 'RRC' signalling, configuration information for adding the second cell when said mobile communication device is in sufficient range for configuration of the second cell as indicated by the measurement report; and means for activating or deactivating, using media access control 'MAC' signalling sent to the mobile communications device, the second cell when required.
A system for a turbojet engine nacelle, comprising an electric power supply circuit, a first electric power device other than a monitoring or supervising unit and at least one second electric power device other than a monitoring or supervising unit, the electric power supply circuit comprising at least one electric generator mechanically linked to a shaft of the turbojet engine, said generator electrically and directly powering the first electric power device and said generator directly and electrically powering the at least one second electric power device, and one amongst the electric power devices being a thrust reverser device, characterized in that the thrust reverser device comprises an electrodynamic braking output line adapted to at least partially power another electric device.
Communication interface for making it possible to wirelessly transmit data between a battery system and at least one further device, wherein the communication interface comprises a connection element which can be used to releasably connect the communication interface to a data transmission connection of a battery system, wherein the communication interface connected to the data transmission connection is designed to receive data transmitted by the battery system in a wired manner via the data transmission connection and to wirelessly transmit these data to the at least one further device and to receive data wirelessly transmitted by the at least one further device and to transmit these data to the battery system in a wired manner via the data transmission connection, wherein the communication interface comprises a control device unit, characterized in that the control device unit is designed to at least partially control the data transmission of the battery system if the communication interface is connected to the data transmission connection of the battery system, wherein communication inside the battery system between a battery management system and the battery cells of the battery system can be controlled.
A packaging film laminate for constituting film packages, encompassing a first film arrangement for constituting an outer side of a film package constituted from the packaging film laminate, a second film arrangement for constituting an inner side of a film package constituted from the packaging film laminate, and an adhesion ply placed between them and contributing to joining thereof to one another, the first film arrangement comprising a detachment portion (28, 30, 32) which: is defined by a material attenuation in the form of a continuously proceeding severing cut or a perforation of the first film arrangement, at least locally adjoins a permanent portion of the same film arrangement and, unlike the permanent portion, is detachable against the adhesion force of the adhesion ply from the originally common extension surface of the packaging film laminate and thus from the packaging film laminate, the adhesion ply comprising at least two adhesives (40, 42) that are different in terms of their adhesion forces that act, at a room temperature of 20°C, between the first and the second film arrangement, of which a first adhesive furnishes a greater adhesion force per unit area as compared with a second adhesive and is applied in the region of the permanent portion, and of which a second adhesive furnishes a lesser adhesion force per unit area as compared with the first adhesive and is provided in the region of the detachment portion (28, 30, 32), at a room temperature of 20°C, the adhesion force per unit area between the detachment portion (28, 30, 32) and the second adhesive being greater than between the second adhesive and the second film arrangement, the adhesion ply comprising, between the first and the second adhesive, a separating gap (46, 48) that follows the material attenuation and is devoid of adhesive (40, 42). the adhesion ply comprising at least two adhesives (40, 42) that are different in terms of their adhesion forces that act, at a room temperature of 20°C, between the first and the second film arrangement, of which a first adhesive furnishes a greater adhesion force per unit area as compared with a second adhesive and is applied in the region of the permanent portion, and of which a second adhesive furnishes a lesser adhesion force per unit area as compared with the first adhesive and is provided in the region of the detachment portion (28, 30, 32), at a room temperature of 20°C, the adhesion force per unit area between the detachment portion (28, 30, 32) and the second adhesive being greater than between the second adhesive and the second film arrangement, the adhesion ply comprising, between the first and the second adhesive, a separating gap (46, 48) that follows the material attenuation and is devoid of adhesive (40, 42).
Rod belt for rod belt conveyors of agricultural machines with rods arranged transverse to the rotation direction and parallel to each other, which rods are attached to a bracket at their respective ends, which bracket consists of a flattened and perforated support area (6.1), which support area is attached to parallel-running continuous belts with a high-tensile strength and elasticity and this support area is attached thereon by studs or other fixings, which pass through both the support area and the belts, wherein the support area is constructed in one piece and has an attachment area (6.3) for the rod ends, characterised in that the brackets are constructed as angle pieces, and consist of an attachment area (6.3), which is installed in a position perpendicular to the belt underside and the support area (6.1) and parallel to the belt interior side.
A card information protection device, which is provided between a transverse card inserting slot and a longitudinal magnetic card information reader, and comprises a transverse magnetic card receiving slot and a magnetic card conveying channel provided between the transverse magnetic card receiving slot and the longitudinal magnetic card information reader, wherein, a magnetic card rotating mechanism is provided in the magnetic card conveying channel for rotating a magnetic card inserted transversely to a longitudinal direction and conveying the magnetic card into the longitudinal magnetic card information reader, and then rotating the magnetic card, which is in the longitudinal direction and is returned by the longitudinal magnetic card information reader, to a transverse direction, thereby conveying the magnetic card out; and characterized in that the magnetic card conveying channel comprises a channel plate, and the magnetic card rotating mechanism comprises: two rotary wheels (131, 132) provided axis-symmetrically in a direction that the magnetic card is carried at an outer side of the channel plate, and a power mechanism for providing power to the rotary wheels (131, 132), wherein the channel plate is provided with grooves at positions corresponding to the rotary wheels (131, 132), such that the rotary wheels (131, 132) protrude in the magnetic card conveying channel and form friction forces with the magnetic card being conveyed.
A wastewater treatment system comprising: a vacuum filter band system configured to receive a saturated ion exchange resin tank and to apply a water rinse to the resin to generate a resin slurry, the vacuum filter band system including a vacuum filter band configured to receive the resin slurry, the vacuum filter band system configured to pass the resin slurry through a cascading resin rinse to generate a mixed metal solution, the cascading resin rinse includes a water rinse zone, a reused water portion of the water rinse zone, an acid wash zone, and a recovery acid wash zone; and a metal specific purification system including a plurality of purification units configured to receive a continuous flow of the mixed metal solution, each of the purification units configured to remove a particular metal from the mixed metal solution. a vacuum filter band system configured to receive a saturated ion exchange resin tank and to apply a water rinse to the resin to generate a resin slurry, the vacuum filter band system including a vacuum filter band configured to receive the resin slurry, the vacuum filter band system configured to pass the resin slurry through a cascading resin rinse to generate a mixed metal solution, the cascading resin rinse includes a water rinse zone, a reused water portion of the water rinse zone, an acid wash zone, and a recovery acid wash zone; and a metal specific purification system including a plurality of purification units configured to receive a continuous flow of the mixed metal solution, each of the purification units configured to remove a particular metal from the mixed metal solution.
A polishing pad useful for polishing at least one of a magnetic, optical and semiconductor substrate in the presence of a polishing medium, comprising multiple layers (200; 300; 400; 500) of polishing filaments (202; 302; 402) stacked on a base layer (204; 304; 404) of polishing filaments, the multiple layers of polishing filaments having a sequential stacked formation with each layer of the polishing filaments being above and attached to at least one lower polishing filament, the multiple layers of polishing filaments being parallel to a polishing surface (110; 208; 408) of the polishing pad, and wherein individual polishing filaments of the multiple layers of polishing filaments are above an average of at least three polishing filaments to form the polishing pad having an open lattice structure (210; 310) of interconnected polishing filaments, characterized in that the individual polishing filaments have vertical sidewalls orthogonal to the polishing surface of the polishing pad.
A pair of oligonucleotides, according to which the first oligonucleotide selectively hybridizes to the sequence SEQ ID NO. 4 and the second nucleotide selectively hybridizes to the sequence SEQ ID NO. 5 or to the sequence SEQ ID NO. 6 under sufficient stringency conditions for amplifying a variable region of the mitochondrial gene 12S of batrachians and fishes by polymerase chain reaction.
A quick acting male coupling for conveying fluids comprising a longitudinal valve body having, along its longitudinal axis, an open cavity, a shutter that is axially mobile in the cavity of the valve body in opposition to and by action of a helical spring and that can be positioned against a valve seat for closure of the passage of fluid through the cavity of the valve body, and a guide element for the shutter, pressed by the helical spring against a mechanical stop, said shutter comprising an axially hollow rod, said guide element comprising a base, a guide pin that axially extends out from the base, and a plurality of fins for centring the guide element which surround the guide pin and extend out from the base on the same side as the guide pin, said rod being fitted on the said guide pin with the interposition of said helical spring, which is inserted in the cavity of the rod and fitted on the guide pin, characterized in that said base has the shape of an equilateral triangle and a principal lying plane orthogonal to the longitudinal axis of the valve body, in that there are provided three centring fins, each extending out from a respective vertex of said triangular base, and in that the pin and the fins extend out perpendicularly from the base.
Method for monitoring the radiation dose in a body to be imaged during an interventional radiography using an X-ray imaging device comprising an X-ray emitting source, a detector, a processing unit and a display, the method comprising the steps of - Using the X-ray emitting source to perform acquisitions from a set of different exposure angles and exposing the body to be imaged to radiation doses sufficient to acquire initial 2D images during the interventional radiography; - Calculating a 3D model of the body in relation to the initial 2D images using the processing unit; - Calculating a dose map of the dose distribution of the accumulated radiation dose in a volume of the body by applying (i) a previously memorized model of the interactions between matter and radiation in the volume of the body (ii) the calculated 3D-model of the body and (iii) parameters that define the conditions of X-ray expositions; wherein said 3D model of the body and the dose map are oriented according to the position of the emitting source and are displayed so that the user can perform a trade-off between the exposition of the body to X-rays and the interest of the angulations for anatomy assessment. - Using the X-ray emitting source to perform acquisitions from a set of different exposure angles and exposing the body to be imaged to radiation doses sufficient to acquire initial 2D images during the interventional radiography; - Calculating a 3D model of the body in relation to the initial 2D images using the processing unit; - Calculating a dose map of the dose distribution of the accumulated radiation dose in a volume of the body by applying (i) a previously memorized model of the interactions between matter and radiation in the volume of the body (ii) the calculated 3D-model of the body and (iii) parameters that define the conditions of X-ray expositions;
A photosensitizer based on biocompatible polymer derivatives-photosensitizer conjugates suitable for photodynamic therapy, wherein the biocompatible polymer derivatives comprise chitosan or glycol chitosan; wherein the photosensitizer comprises porphyrins, chlorins, bacteriochlorins, or porphycenes, and wherein the conjugates form a self-assembly or self-aggregate with a size of 100-300 nm in an aqueous system suitable to be selectively accumulated in cancerous tissues, and suitable to be able to produce singlet oxygen or free radical by laser irradiation.
A method of cooling a steel pipe in which the inner surface and the outer surface of a horizontally-disposed steel pipe are cooled while the steel pipe is rotated in its circumferential direction, characterized in that cooling of the inner surface of the steel pipe is carried out by spraying cooling water inside the steel pipe, cooling of the outer surface of the steel pipe is carried out by producing downwards flow of cooling water (5a, 5b) in a planar shape along the axial direction onto the outer surface of the steel pipe from above at two locations approximately equal distances from the uppermost portion of the steel pipe on both sides of the uppermost portion, wherein the flow rate of cooling water which flows downwards at a location on the upstream side in the rotational direction of the steel pipe is equal to or greater than the flow rate of cooling water which flows downwards at a location on the downstream side in the rotational direction, wherein the ratio of the flow rate of cooling water which flows on the downstream side in the rotational direction of the steel pipe with respect to the flow rate of cooling water which flows down on the upstream side in the rotational direction of the steel pipe is set in the range of 1-0.6, and cooling of the inner surface of the steel pipe is started 7-30 seconds before cooling of the outer surface of the steel pipe.
A thermoelectric element, comprising at least one thermocouple which has an n-doped and a p-doped thermocouple leg (3a, 3b) made from semiconductor material, wherein the thermocouple legs (3a, 3b) extend between a hot and a cold side (19, 20) of the thermoelectric element, different temperatures can be applied to or tapped off between the hot and the cold sides (19, 20), and the thermoelectric element has a carrier wherein (a) the carrier has a first carrier part and a second carrier part having high thermal conductivity, (b) the first and second carrier parts (10, 11) are separated from one another by a section having a lower thermal conductivity compared to the carrier parts (10, 11), (c) the thermocouple legs (3a, b) arranged on the carrier extend between the first and the second carrier parts (10, 11), and bridge the section having the lower thermal conductivity, wherein one of the carrier parts forms the hot side and the other carrier part forms the cold side of the thermoelectric element, characterized in that (d) the thermocouple legs (3a, b) are applied to a substrate having low thermal conductivity and (e) the surface of the substrate having the thermocouple legs (3a, b) rests on the carrier. (a) the carrier has a first carrier part and a second carrier part having high thermal conductivity, (b) the first and second carrier parts (10, 11) are separated from one another by a section having a lower thermal conductivity compared to the carrier parts (10, 11), (c) the thermocouple legs (3a, b) arranged on the carrier extend between the first and the second carrier parts (10, 11), and bridge the section having the lower thermal conductivity, wherein one of the carrier parts forms the hot side and the other carrier part forms the cold side of the thermoelectric element, characterized in that (d) the thermocouple legs (3a, b) are applied to a substrate having low thermal conductivity and (e) the surface of the substrate having the thermocouple legs (3a, b) rests on the carrier.
A 3D endoscope system comprising: an endoscope configured to capture a three-dimensional image of a target site comprising tissues to be cut with an electrical scalpel; and a parallax amount adjustment unit configured to adjust a parallax amount of the three-dimensional image, characterized in that the parallax amount adjustment unit adjusts the parallax amount of the three-dimensional image depending on electrical scalpel control information indicating whether the electrical scalpel is on or off, to reduce the parallax when the electric scalpel is on. an endoscope configured to capture a three-dimensional image of a target site comprising tissues to be cut with an electrical scalpel; and a parallax amount adjustment unit configured to adjust a parallax amount of the three-dimensional image, characterized in that the parallax amount adjustment unit adjusts the parallax amount of the three-dimensional image depending on electrical scalpel control information indicating whether the electrical scalpel is on or off, to reduce the parallax when the electric scalpel is on.
Method for producing an adjusting device for a vehicle seat, said adjusting device comprising at least one fitting part (1, 2) made of a high-manganese steel, wherein the material structure of the at least one fitting part (1, 2) is processed, with simultaneous formation of at least one specific subcomponent of the at least one fitting part (1, 2), and locally strain-hardened, characterized in that the material structure of at least one toothing (1A, 1A', 2A) of the fitting part (1, 2) is processed by a cold-forming operation or by a fine-blanking operation and locally strain-hardened, or the material structure of the at least one toothing (1A, 1A', 2A) of the fitting part (1, 2) and/or the material structure of the at least one collar (1C, 2C) is processed by a combined fine-blanking and cold-forming operation and locally strain-hardened.
A method for disposing material, comprising: positioning a donor film comprising a donor material at a predefined distance from an acceptor substrate, wherein the donor film is facing toward the acceptor substrate; directing one or more pulses of laser radiation to impinge on the donor film at a given location so as to induce formation of a protrusion made from the donor material, wherein a distal tip of the protrusion touches the acceptor substrate and disposes thereon while the protrusion is still in contact with the donor film; and characterized by also comprising: forming a spot of the donor material on the acceptor substrate by increasing a separation between the donor film and the acceptor substrate so as to detach the distal tip of the protrusion from the donor film. positioning a donor film comprising a donor material at a predefined distance from an acceptor substrate, wherein the donor film is facing toward the acceptor substrate; directing one or more pulses of laser radiation to impinge on the donor film at a given location so as to induce formation of a protrusion made from the donor material, wherein a distal tip of the protrusion touches the acceptor substrate and disposes thereon while the protrusion is still in contact with the donor film; and characterized by also comprising: forming a spot of the donor material on the acceptor substrate by increasing a separation between the donor film and the acceptor substrate so as to detach the distal tip of the protrusion from the donor film.