mhurhangee/ep-ind-claims huggingface dataset:
A conveyor comprising: a trough with a floor having an upper surface configured to receive items to be conveyed in at least a first direction from a first end to a second end; a platform with at least one exciter (132, 134) attached thereto, the at least one exciter (132, 134) having at least one shaft with an eccentric mass attached thereto, the at least one shaft having an axis of rotation (133, 135) about which the mass is rotated; a base; and at least one first resilient member (160, 162) disposed between the trough and the platform, and at least one second resilient member (164, 166) disposed between the platform and the base, characterized in that the at least one first resilient member (160, 162) and the at least one second resilient member (164, 166) are toroidal resilient members. a trough with a floor having an upper surface configured to receive items to be conveyed in at least a first direction from a first end to a second end; a platform with at least one exciter (132, 134) attached thereto, the at least one exciter (132, 134) having at least one shaft with an eccentric mass attached thereto, the at least one shaft having an axis of rotation (133, 135) about which the mass is rotated; a base; and at least one first resilient member (160, 162) disposed between the trough and the platform, and at least one second resilient member (164, 166) disposed between the platform and the base, characterized in that the at least one first resilient member (160, 162) and the at least one second resilient member (164, 166) are toroidal resilient members.
A gyratory crusher bearing for carrying a crushing head of a gyratory crusher of the type comprising an inner crushing shell, which is supported by the crushing head, and an outer crushing shell which is supported on a crusher frame, wherein the gyratory crusher bearing is connectable to a bearing support arranged on the crusher frame of the gyratory crusher, wherein the gyratory crusher bearing is comprising a lubricant supply channel extending through at least a part of the gyratory crusher bearing and ending at a bearing surface of the gyratory crusher bearing, characterised in the gyratory crusher bearing further comprising a lubricant drainage channel extending through at least a part of the gyratory crusher bearing and starting at the bearing surface of the gyratory crusher bearing, wherein at least one of the lubricant supply channel and the lubricant drainage channel is adapted for housing a combined mounting and lubricant passage bolt holding the gyratory crusher bearing to the bearing support.
A closure cap for being arranged on a container neck of a container, said closure cap comprising at least one first and one second cap part, wherein an intermediate bottom is formed between the first cap part and the second cap part, said intermediate bottom delimiting a receiving space formed in the closure cap towards a container interior, and comprising an opening device for forming an opening in the intermediate bottom, wherein the first cap part serves for being connected to a container neck thread of the container neck and the second cap part is rotatable relative to the first cap part in order to use the opening device, wherein an opening body is realised as a third cap part independent of the first and the second cap part, said third cap part being connected to the second cap part via a coupling device such that a rotation of the second cap part causes an axial movement of the opening body on the container axis in order to actuate the opening body, characterised in that the axial movement of the opening body is overlaid by a rotation of the opening body, wherein the coupling device comprises a circumferential groove formed on the first cap part and an axial guiding groove formed on the second cap part, and wherein the opening body comprises an engaging device formed radially on the circumference such that, when the second cap part rotates about the container neck axis, the engaging device is guided both in the circumferential groove and in the axial guiding groove and performs, overlaid with a rotation about the container neck axis, an axial forward motion onto the intermediate bottom.
Method for transmitting at least one multi-carrier signal formed of OFDM-OQAM symbols destined for a reception antenna of a receiver device, said transmitting method being intended to be implemented by a transmitter device comprising a number N greater than 1 of transmit antennas (TX1,TX2,...,TXN), said transmitting method comprising, for each transmit antenna (TX1,TX2,...,TXN) of the transmitter device: - a step of filtering (F61, F62,..., F6N) of OFDM-OQAM symbols associated with this transmit antenna by a time-reversal prefilter (TR1,TR2,...,TRN) defined on the basis of an estimation of a transmission channel (2_1', 2_2',..., 2_N') between said transmit antenna (TX1, TX2,..., TXN) and said reception antenna; - a step of transmitting the filtered OFDM-OQAM symbols via said transmit antenna (TX1, TX2,..., TXN) on said transmission channel (2_1', 2_2',..., 2_N'); said transmitting method furthermore comprising a coding step in the course of which a coding defined by a determined real coding matrix is applied to real-valued symbols generating N coded-symbol sequences associated with said N transmit antennas, a coded symbol of a coded-symbol sequence associated with a transmit antenna modulating a carrier of a said OFDM-OQAM symbol associated with this antenna. - a step of filtering (F61, F62,..., F6N) of OFDM-OQAM symbols associated with this transmit antenna by a time-reversal prefilter (TR1,TR2,...,TRN) defined on the basis of an estimation of a transmission channel (2_1', 2_2',..., 2_N') between said transmit antenna (TX1, TX2,..., TXN) and said reception antenna; - a step of transmitting the filtered OFDM-OQAM symbols via said transmit antenna (TX1, TX2,..., TXN) on said transmission channel (2_1', 2_2',..., 2_N');
An electric field control device (10, 10a) for a high voltage cable, comprising a stress cone and a field grading adapter, the field grading adapter comprising non-linear resistive field grading material and the stress cone comprising a deflector and a rubber part (15, 15a), characterized in that the stress cone and the field grading adapter are chemically bonded by vulcanization, the deflector and rubber part (15, 15a) are vulcanized together, the field grading adapter is made of a first field grading material, and the rubber part (15, 15a) is made of a second field grading material, wherein the first field grading material has different electrical properties than the second field grading material.
Knitted fabric panel which is flat-knitted from at least one knitting thread, comprising a main knitted fabric portion comprising a plurality of main knitted fabric courses (3a, 3b), and at least one wavy portion that extends across a plurality of first and second wales (9, 10) and comprises a plurality of wavy portion courses (8a, 8b, 8c,...) in which one loop is in each case knitted in a first wale in a first wavy portion course and at least one further wavy portion course, while in a second wale a loop knitted in the first wavy portion course extends in each case across a plurality of wavy portion courses (8a, 8b, 8c,...), wherein at least one elastic weft thread runs through at least part of the main knitted fabric courses (3a, 3b) and of the wavy portion courses (8a, 8b, 8c,...), characterized in that the weft thread runs at least through the first wavy portion course, and along the respective second wale is stretched across a plurality of wavy portion courses (8a, 8b, 8c,...) and thus lies above that loop of the respective second wale that extends across a plurality of wavy portion courses (8a, 8b, 8c,...).
A display device including a display area and a non-display area located on a periphery of the display area, the display area including a sensor area for an optical sensor and a non-sensor area, the display device comprising: a substrate portion; a thin film transistor layer disposed over an entire surface of the substrate portion and comprising at least one thin film transistor (T1-T7); and a light emitting diode disposed on the thin film transistor layer, wherein a thickness of the substrate portion in the sensor area is smaller than a thickness of the substrate portion in the non-sensor area, and a hole passes through at least a portion of the substrate portion, in the sensor area, in a thickness direction, wherein the substrate portion comprises a first flexible substrate, a second flexible substrate facing the first flexible substrate, and a first barrier layer disposed between the first flexible substrate and the second flexible substrate, and the first flexible substrate and the second flexible substrate include polyimide, wherein the first flexible substrate comprises a through hole passing therethrough in the sensor area in a thickness direction and exposes at least part of a bottom surface of the first barrier layer or a bottom surface of the second flexible substrate, characterized in that a coarseness level of the bottom surface (303a, 304a) of the first barrier layer or of the second flexible substrate in the sensor area is greater than a coarseness level of the bottom surface (303a, 304a) of the first barrier layer or of the second flexible substrate in the non-sensor area. a substrate portion; a thin film transistor layer disposed over an entire surface of the substrate portion and comprising at least one thin film transistor (T1-T7); and a light emitting diode disposed on the thin film transistor layer, wherein a thickness of the substrate portion in the sensor area is smaller than a thickness of the substrate portion in the non-sensor area, and a hole passes through at least a portion of the substrate portion, in the sensor area, in a thickness direction, wherein the substrate portion comprises a first flexible substrate, a second flexible substrate facing the first flexible substrate, and a first barrier layer disposed between the first flexible substrate and the second flexible substrate, and the first flexible substrate and the second flexible substrate include polyimide, wherein the first flexible substrate comprises a through hole passing therethrough in the sensor area in a thickness direction and exposes at least part of a bottom surface of the first barrier layer or a bottom surface of the second flexible substrate, characterized in that a coarseness level of the bottom surface (303a, 304a) of the first barrier layer or of the second flexible substrate in the sensor area is greater than a coarseness level of the bottom surface (303a, 304a) of the first barrier layer or of the second flexible substrate in the non-sensor area.
Mobile device for collecting and validating collected objects each equipped with a transponder and having means (58, 60) for moving along a raceway (34, 62) according to a predetermined path and means for receiving one by one the objects collected during this movement, characterized in that it further comprises radio frequency interrogation means (68, 70) comprising a radio frequency antenna coupled to an electronic module for processing the identification information from the transponders, for obtaining identification information on each of the objects collected by the mobile device, the mobile device comprising at its two extremities electrical connection means (84, 86) for a power and data connection with an immediately adjacent upstream and downstream mobile device, said electronic module comprising memory means for storing references relating to a determined object control and comparison means (70, 88) for comparing these references with the identification information from transponders and thus validate the collected objects as a result and as they are collected along the raceway.
Terrace canopy comprising a beam (3; 5), the beam having a top side, a bottom side, an inner side and an outer side, and, in its cross-section, is provided with: - a screen cavity configured to hold a screen roll; and - a U-shaped space at the bottom side of the beam which is located below the screen cavity and is formed by a top wall (210; 310), an outer side wall (209; 309) and an inner side wall (212; 312), said U-shaped space being open at its bottom side, said U-shaped space being provided with: a first connection means (316; 216), a second connection means (318; 218) and a connection wall part, characterised in that the beam comprises a wall profile (21a; 21c) located in the U-shaped space and configured to guide and/or hold a wall panel (6b; 6c), the wall profile being held in the U-shaped space by the first connection means and the connection wall part which is attached against a wall of the wall profile, and in that the wall profile can be removed and replaced with a closure profile (19; 19a) and vice versa, the wall profile (21a; 21c) being different from the closure profile (19; 19a), the closure profile being configured for closing off the U-shaped space and for being held in the U-shaped space by the first connection means and the second connection means. - a screen cavity configured to hold a screen roll; and - a U-shaped space at the bottom side of the beam which is located below the screen cavity and is formed by a top wall (210; 310), an outer side wall (209; 309) and an inner side wall (212; 312), said U-shaped space being open at its bottom side, said U-shaped space being provided with: a first connection means (316; 216), a second connection means (318; 218) and a connection wall part, characterised in that the beam comprises a wall profile (21a; 21c) located in the U-shaped space and configured to guide and/or hold a wall panel (6b; 6c), the wall profile being held in the U-shaped space by the first connection means and the connection wall part which is attached against a wall of the wall profile, and in that the wall profile can be removed and replaced with a closure profile (19; 19a) and vice versa, the wall profile (21a; 21c) being different from the closure profile (19; 19a), the closure profile being configured for closing off the U-shaped space and for being held in the U-shaped space by the first connection means and the second connection means.
Assembly comprising at least one metal insert (14A, 14B, 14C) and at least one reinforcing sheet for composite material, wherein: the reinforcing sheet contains reinforcing fibres of length greater than or equal to one centimetre; the at least one metal insert (14A, 14B, 14C) comprises protrusions shaped to: - traverse the reinforcing sheet going between the reinforcing fibres; and - fold by plastic deformation, enclosing the reinforcing fibres, characterised in that it further comprises a screwing barrel configured to traverse the reinforcing sheet by separating the fibres. the reinforcing sheet contains reinforcing fibres of length greater than or equal to one centimetre; the at least one metal insert (14A, 14B, 14C) comprises protrusions shaped to: - traverse the reinforcing sheet going between the reinforcing fibres; and - fold by plastic deformation, enclosing the reinforcing fibres, - traverse the reinforcing sheet going between the reinforcing fibres; and - fold by plastic deformation, enclosing the reinforcing fibres, characterised in that it further comprises a screwing barrel configured to traverse the reinforcing sheet by separating the fibres.
A flexible display (400, 500, 600) comprising: a flexible display panel (420, 520, 620); and a flexible display window (300, 440, 540, 640) having a coating structure that comprises a first silica nano particle coating layer comprising full-type silica nano particles and a second silica nano particle coating layer comprising hollow-type silica nano particles, the flexible display window (300, 440, 540, 640) being disposed on the flexible display panel, wherein the flexible display window (300, 440, 540, 640) comprises: a first flexible base layer comprising a first flexible resin; wherein the first silica nano particle coating layer is disposed on the first flexible base layer; a second flexible base layer comprising a second flexible resin, wherein the second flexible base layer is disposed on the first silica nano particle coating layer; a flexible hard coating layer comprising a flexible hard coating resin, the flexible hard coating layer being disposed on the second flexible base layer; and wherein the second silica nano particle coating layer is disposed on the flexible hard coating layer, a flexible display panel (420, 520, 620); and a flexible display window (300, 440, 540, 640) having a coating structure that comprises a first silica nano particle coating layer comprising full-type silica nano particles and a second silica nano particle coating layer comprising hollow-type silica nano particles, the flexible display window (300, 440, 540, 640) being disposed on the flexible display panel, wherein the flexible display window (300, 440, 540, 640) comprises: a first flexible base layer comprising a first flexible resin; wherein the first silica nano particle coating layer is disposed on the first flexible base layer; a second flexible base layer comprising a second flexible resin, wherein the second flexible base layer is disposed on the first silica nano particle coating layer; a flexible hard coating layer comprising a flexible hard coating resin, the flexible hard coating layer being disposed on the second flexible base layer; and wherein the second silica nano particle coating layer is disposed on the flexible hard coating layer, a first flexible base layer comprising a first flexible resin; wherein the first silica nano particle coating layer is disposed on the first flexible base layer; a second flexible base layer comprising a second flexible resin, wherein the second flexible base layer is disposed on the first silica nano particle coating layer; a flexible hard coating layer comprising a flexible hard coating resin, the flexible hard coating layer being disposed on the second flexible base layer; and wherein the second silica nano particle coating layer is disposed on the flexible hard coating layer,
A copyright management system, comprising at least one blockchain apparatus and a persistent blockchain apparatus, wherein the blockchain apparatus is configured to receive a copyright processing request, construct a copyright management transaction according to the copyright processing request, and send the copyright management transaction to the persistent blockchain apparatus; and the persistent blockchain apparatus is configured to receive the copyright management transaction sent by the blockchain apparatus, construct the copyright management transaction into a block, and store the block in a blockchain for processing, wherein the blockchain is stored in all blockchain apparatuses in a network; wherein the copyright process request is a copyright registration request, copyright transfer request, a product creation request, a product abandoning request, a license distribution request or a license issuance request; wherein the system is characterised in that the copyright management transaction is classified into a copyright transaction, a product transaction or a license transaction; and in that the blockchain apparatus is specifically configured to: when the copyright processing request is specifically a license distribution request, determine, according to an identifier of a product transaction of a product to which the to-be-issued license belongs, that the product is not abandoned; and determine, according to a signature of a product owner that owns the product, that an owner of a copyright owns the product, wherein the license distribution request comprises the identifier of the product transaction carrying the product to which the to-be-issued license belongs and a signature of an owner of the license before the distribution. the persistent blockchain apparatus is configured to receive the copyright management transaction sent by the blockchain apparatus, construct the copyright management transaction into a block, and store the block in a blockchain for processing, wherein the blockchain is stored in all blockchain apparatuses in a network; wherein the copyright process request is a copyright registration request, copyright transfer request, a product creation request, a product abandoning request, a license distribution request or a license issuance request; wherein the system is characterised in that the copyright management transaction is classified into a copyright transaction, a product transaction or a license transaction; and in that the blockchain apparatus is specifically configured to: when the copyright processing request is specifically a license distribution request, determine, according to an identifier of a product transaction of a product to which the to-be-issued license belongs, that the product is not abandoned; and determine, according to a signature of a product owner that owns the product, that an owner of a copyright owns the product, wherein the license distribution request comprises the identifier of the product transaction carrying the product to which the to-be-issued license belongs and a signature of an owner of the license before the distribution.
An interconnection for a battery comprising a plurality of cells, the interconnection comprising: an electrically insulating substrate having a first face and a second face; a heat sink on the first face of the substrate; and a layer of electrically conducting material on the second face of the substrate, said layer of electrically conducting material providing one or more cell-receiving regions for connection with the plurality of cells; wherein the interconnection is characterised by comprising electrical circuitry mounted on the second face of the substrate, wherein the electrical circuitry is configured to control at least one of a state of charge of one or more of the plurality of cells and the temperature of one or more of the plurality of cells. an electrically insulating substrate having a first face and a second face; a heat sink on the first face of the substrate; and a layer of electrically conducting material on the second face of the substrate, said layer of electrically conducting material providing one or more cell-receiving regions for connection with the plurality of cells; wherein the interconnection is characterised by comprising electrical circuitry mounted on the second face of the substrate, wherein the electrical circuitry is configured to control at least one of a state of charge of one or more of the plurality of cells and the temperature of one or more of the plurality of cells.