mhurhangee/ep-ind-claims huggingface dataset:
A battery pack mounted to a vehicle, comprising: a plurality of battery modules, each having at least one battery cell; at least one magnetic member provided to one side surface of facing battery modules among the plurality of battery modules to detachably fix the plurality of battery modules to each other at least partially; at least one connection wire having a predetermined length and configured to connect neighboring battery modules among the plurality of battery modules to each other; characterised in that at least one buffering member provided to an outer side of the plurality of battery modules to contact an inner surface of the vehicle. a plurality of battery modules, each having at least one battery cell; at least one magnetic member provided to one side surface of facing battery modules among the plurality of battery modules to detachably fix the plurality of battery modules to each other at least partially; at least one connection wire having a predetermined length and configured to connect neighboring battery modules among the plurality of battery modules to each other; characterised in that at least one buffering member provided to an outer side of the plurality of battery modules to contact an inner surface of the vehicle.
Compositions, moulding materials and articles of manufacture containing a) at least one polyalkylene terephthalate, b) at least one copolymer of at least one olefin and at least one acrylic ester or methacrylic ester of an aliphatic alcohol, wherein the melt flow index according to ISO 1133 of the copolymer is not less than 50 g/10 min and said index is measured/determined at 190°C and a test weight of 2.16 kg, and c) at least one additive based on molecules having 2 or more epoxy groups per molecule, wherein said additive is at least one epoxidized natural oil. a) at least one polyalkylene terephthalate, b) at least one copolymer of at least one olefin and at least one acrylic ester or methacrylic ester of an aliphatic alcohol, wherein the melt flow index according to ISO 1133 of the copolymer is not less than 50 g/10 min and said index is measured/determined at 190°C and a test weight of 2.16 kg, and c) at least one additive based on molecules having 2 or more epoxy groups per molecule, wherein said additive is
An acoustic transmitter or receiver, comprising: a graphene membrane, a first electrode electrically connected to a circuit, characterized in that the circuit comprises an amplifier and a resistor, wherein the positive input of the amplifier is electrically connected to ground or virtual ground, wherein the resistor is electrically connected to the negative input of the amplifier and the output of the amplifier, and wherein the acoustic transmitter or receiver is capable of transmitting or receiving sound waves across an entire frequency range, wherein the frequency range is about 20 kHz to 10 MHz. a graphene membrane, a first electrode electrically connected to a circuit, characterized in that the circuit comprises an amplifier and a resistor, wherein the positive input of the amplifier is electrically connected to ground or virtual ground, wherein the resistor is electrically connected to the negative input of the amplifier and the output of the amplifier, and wherein the acoustic transmitter or receiver is capable of transmitting or receiving sound waves across an entire frequency range, wherein the frequency range is about 20 kHz to 10 MHz.
Method for manipulating objects using at least two industrial robots which each comprise a manipulator arm (1a, 1b) which has a plurality of links (5a-12a, 5b-12b) following on from one another which are connected by adjustable joints (4a, 5b) which are controlled adjustably by at least one controller (2a, 2b), wherein the one manipulator arm has a first end link and the at least one other manipulator arm has a second end link, comprising the following steps: - gripping the object with the one manipulator arm such that the object is connected to the first end link and - coupling a link (5b-12b) of the at least one other manipulator arm to one of the links (5a-12a) of the one manipulator arm, characterised in that the link (5b-12b) of the at least one other manipulator arm is coupled to one of the links (5a-12a) of the one manipulator arm by a gripping device which is connected to the link (5b-12b) of the at least one other manipulator arm and which grips the link (5a-12a) of the one manipulator arm in the coupled state of the links (5a-12a, 5b-12b). - gripping the object with the one manipulator arm such that the object is connected to the first end link and - coupling a link (5b-12b) of the at least one other manipulator arm to one of the links (5a-12a) of the one manipulator arm,
Wind turbine rotor comprising a hub, a plurality of blades, and at least one pitch system for rotating a blade substantially along its longitudinal axis and comprising one or more pitch brakes (21, 22, 23), a below rated pitch position being defined as the predefined position of the blade for wind speeds equal to or below the nominal wind speed, and wherein a pitch brake comprises at least a brake disc element and a first brake pad, one of the hub and a blade comprises said brake disc element and the other of the hub and blade comprises said first brake pad, and the brake disc element does not form a complete 360° annular disc, wherein the brake disc element and brake pad are arranged such that when the blade is substantially in or near the below rated pitch position the brake disc element and pad are in frictional contact with each other.
An electrical connector, comprising: a contact button and a clamp assembly including a retaining band surrounding the contact button and a first electrical bus bar and having a spring configured to provide a contact force between the contact button and a second electrical bus bar when the second electrical bus bar is disposed between the contact button and the spring; the connector being characterized in the contact button having a first layer formed of a first electrically conductive material that is attached to the first electrical bus bar and having a second layer formed of a second electrically conductive material clad to the first layer. a contact button and a clamp assembly including a retaining band surrounding the contact button and a first electrical bus bar and having a spring configured to provide a contact force between the contact button and a second electrical bus bar when the second electrical bus bar is disposed between the contact button and the spring; the connector being characterized in the contact button having a first layer formed of a first electrically conductive material that is attached to the first electrical bus bar and having a second layer formed of a second electrically conductive material clad to the first layer.
A system comprising: one or more client-side content addressable caches (104, 223) storing one or more chunks of data that are associated with file data, wherein at least one of the client-side content addressable caches comprises a nonvolatile storage device pre-populated based at least in part upon content access patterns; and a compute machine, the compute machine including logic configured to: convert a request for a range of data to a request for content addressable data by converting the request for the range of data into a chunk identifier set comprising one or more chunk identifiers that uniquely identify chunks of data, and access the one or more client-side content addressable caches using the chunk identifier set to obtain the identified chunks of data if cached in the one or more client-side content addressable caches, and request a file server machine to return the identified chunks of data if not cached in the one or more client-side content addressable caches. one or more client-side content addressable caches (104, 223) storing one or more chunks of data that are associated with file data, wherein at least one of the client-side content addressable caches comprises a nonvolatile storage device pre-populated based at least in part upon content access patterns; and a compute machine, the compute machine including logic configured to: convert a request for a range of data to a request for content addressable data by converting the request for the range of data into a chunk identifier set comprising one or more chunk identifiers that uniquely identify chunks of data, and access the one or more client-side content addressable caches using the chunk identifier set to obtain the identified chunks of data if cached in the one or more client-side content addressable caches, and request a file server machine to return the identified chunks of data if not cached in the one or more client-side content addressable caches. convert a request for a range of data to a request for content addressable data by converting the request for the range of data into a chunk identifier set comprising one or more chunk identifiers that uniquely identify chunks of data, and access the one or more client-side content addressable caches using the chunk identifier set to obtain the identified chunks of data if cached in the one or more client-side content addressable caches, and request a file server machine to return the identified chunks of data if not cached in the one or more client-side content addressable caches.
Receiving device for a system for inductive power transfer, wherein the receiving device comprises a housing, wherein the housing comprises as housing parts a cover part and a base part, wherein the housing has an inner volume for accommodating at least one winding structure, at least one of the housing parts having on an outer side at least one heat sink, wherein the receiving device comprises at least one magnetically conductive element and a secondary winding structure, wherein the magnetically conductive element is arranged in the inner volume, wherein the magnetically conductive element is arranged in a central region between two lateral edge regions of the housing, wherein the magnetically conductive element rests against an inner section of the housing wall or is connected to an inner section of the housing wall via a thermally conductive element, the inner section of the housing wall and the heat sink being arranged in the central region of the housing, wherein the heat sink is arranged in an outer section of the housing wall which is opposite the inner section, wherein the receiving device comprises at least one heat transfer element, wherein thermal energy is transferred from a lateral edge region in the inner volume to the inner section of the housing wall through the at least one heat transfer element, characterized in that the secondary winding structure is arranged in the inner volume, wherein the secondary winding structure is arranged in the central region between two lateral edge regions of the housing, wherein the heat transfer element is designed as a heat pipe, which is arranged in a guide groove of the cover part.
A bearing for allowing a column of a davit to be rotatably mounted on a substantially upright shaft, the bearing having a body shaped to correspond to an internal profile of the column, the body having a first bore for receiving a component on which the bearing bears, a first pair of parallel, spaced second bores (1006A, 1006B), narrower than the first bore, which extend across the first bore in a direction perpendicular to an axis of the first bore and are configured to receive retaining pins which engage with a groove in the component received in the first bore, characterised by the body having a second pair of parallel, spaced second bores (1008A, 1008B) which extend across the first bore in a direction perpendicular to an axis of the first bore, and wherein the first pair of second bores (1006A, 1006B) are spaced a first distance apart, and the second pair of second bores are spaced a second, different distance apart.
High-strength, hot-rolled flat steel product having a high resistance to edge cracks and made of a steel having an Rp0.2 proof stress of from 660 to 820 MPa, a BH2 value of over 30 MPa and a hole expansion ratio of over 30% measured according to ISO 16630, said steel having a microstructure consisting of two main components, wherein a first main component of the microstructure has a proportion of at least 50% and consists of one or more individual components of ferrite, tempered bainite and tempered martensite, each having less than 5% carbides, and wherein a second main component of the microstructure has a proportion of 5% to 50% and consists of one or more individual components of martensite, retained austenite, bainite or pearlite, the steel having the following chemical composition, in wt.%: C: 0.04 to 0.12 Si: 0.03 to 0.8 Mn: 1 to 2.5 P: max. 0.08 S: max. 0.01 N: max. 0.01 Al: up to 0.1 Ni+Mo: up to 0.5 Nb: up to 0.08 Ti: up to 0.2 Nb+Ti: min. 0.03 Cr: up to 0.6, the remainder being iron, including elements inevitably present in steel. C: 0.04 to 0.12 Si: 0.03 to 0.8 Mn: 1 to 2.5 P: max. 0.08 S: max. 0.01 N: max. 0.01 Al: up to 0.1 Ni+Mo: up to 0.5 Nb: up to 0.08 Ti: up to 0.2 Nb+Ti: min. 0.03 Cr: up to 0.6,
A proximity sensor module comprising an optical radiation sensor to receive a portion of optical radiation emitted by at least one light emitting element, and reflected by a human finger via an outer surface of at least one translucent window in a direction towards said optical radiation sensor, through the translucent window, and to generate a sense signal (Isense) representative for said received optical radiation; and a signal processor being coupled to the optical radiation sensor to receive the sense signal, and to generate in response thereto a proximity signal (Iprox) indicative for an extent to which the human finger is in the proximity of the outer surface of the at least one translucent window, characterised in that the optical radiation sensor is configured to provide the sense signal (Isense) with at least a first and a second signal component (IsR,IsG,IsB) indicative for a respective spectral component (R,G,B) in the received optical radiation, wherein the respective spectral components in the received optical radiation are a red spectral component and a green spectral component.
Method of manufacturing a welded plate heat exchanger, characterised in that it comprises the steps of: • deforming preferred contact areas provided on an upper crest line of at least one undulation of a first plate on coming into contact with a lower crest line of an undulation of a second plate provided above said first plate, said preferred contact areas having, prior to deformation, a height above a nominal height of the undulations of the first plate; • welding the edges of the first and second plates to each other. • deforming preferred contact areas provided on an upper crest line of at least one undulation of a first plate on coming into contact with a lower crest line of an undulation of a second plate provided above said first plate, said preferred contact areas having, prior to deformation, a height above a nominal height of the undulations of the first plate; • welding the edges of the first and second plates to each other.
A kit for providing modular kitchens, wherein it comprises: - a plurality of panels, each one defining two mutually opposite greater faces and four side faces, - a plurality of battens, each one defining four side surfaces which are interposed between respective base surfaces, - a plurality of coupling assemblies, each one adapted for coupling between any one of said side faces of any one of said panels and any one of said side surfaces of any one of said battens, at least in order to provide a plurality of basic modular elements with a box-like shape structure, each one having at least two said side panels and one said lower panel, - a plurality of covering walls (6, 6a), which can be stably applied on respective said greater faces of said panels, - a plurality of sliding guide rails for respective drawers, said rails being stably anchorable in pairs to mutually opposite pairs of said panels and/or of said covering walls, - a plurality of angular supports, which are stably anchorable in pairs to mutually opposite pairs of said panels and/or of said covering walls, for supporting electrical household appliances and the like, - a plurality of hinge assemblies, for the hinging of closing door leaves to respective said panels and/or corresponding said covering walls (6, 6a), - a plurality of complementary slats, each one of said slats having an elongated substantially rectangular shape and being capable of being coupled in a co-planar fashion to any one of said panels and/or of said battens. - a plurality of panels, each one defining two mutually opposite greater faces and four side faces, - a plurality of battens, each one defining four side surfaces which are interposed between respective base surfaces, - a plurality of coupling assemblies, each one adapted for coupling between any one of said side faces of any one of said panels and any one of said side surfaces of any one of said battens, at least in order to provide a plurality of basic modular elements with a box-like shape structure, each one having at least two said side panels and one said lower panel, - a plurality of covering walls (6, 6a), which can be stably applied on respective said greater faces of said panels, - a plurality of sliding guide rails for respective drawers, said rails being stably anchorable in pairs to mutually opposite pairs of said panels and/or of said covering walls, - a plurality of angular supports, which are stably anchorable in pairs to mutually opposite pairs of said panels and/or of said covering walls, for supporting electrical household appliances and the like, - a plurality of hinge assemblies, for the hinging of closing door leaves to respective said panels and/or corresponding said covering walls (6, 6a), - a plurality of complementary slats, each one of said slats having an elongated substantially rectangular shape and being capable of being coupled in a co-planar fashion to any one of said panels and/or of said battens.
An image forming apparatus comprising: a human detection unit for detecting a person present in vicinity; a brightness detection unit for detecting a brightness in vicinity; an operation panel for accepting an operation made by a user; and a controller connected to the human detection unit, the brightness detection unit, and the operation panel, characterized in that the image forming apparatus is capable of switching over between a first power-saving mode and a second power-saving mode, whichever involves less power consumption relative to a normal operational state, the human detection unit is variable in human detection range, when a brightness detected by the brightness detection unit after a certain period has elapsed under an operation-unaccepted state of the operation panel is equal to or higher than a certain brightness, the controller makes a switchover to the first power-saving mode, and when the detected brightness is lower than the certain brightness, the controller makes a switchover to the second power-saving mode, and in the second power-saving mode, the controller sets the detection range of the human detection unit wider than in the first power-saving mode. a human detection unit for detecting a person present in vicinity; a brightness detection unit for detecting a brightness in vicinity; an operation panel for accepting an operation made by a user; and a controller connected to the human detection unit, the brightness detection unit, and the operation panel, characterized in that the image forming apparatus is capable of switching over between a first power-saving mode and a second power-saving mode, whichever involves less power consumption relative to a normal operational state, the human detection unit is variable in human detection range, when a brightness detected by the brightness detection unit after a certain period has elapsed under an operation-unaccepted state of the operation panel is equal to or higher than a certain brightness, the controller makes a switchover to the first power-saving mode, and when the detected brightness is lower than the certain brightness, the controller makes a switchover to the second power-saving mode, and in the second power-saving mode, the controller sets the detection range of the human detection unit wider than in the first power-saving mode.
A method carried out by a control entity for selecting a network slice, the method comprising: receiving a create session request message from a serving gateway, S-GW, in response to a packet data network, PDN, connectivity request message transmitted by a terminal; transmitting, to a storage entity, a request message for subscriber information including a data type of requested subscribed information and key information via which the data type of the subscribed information is accessible, wherein the key information is included in a Subscription Permanent Identifier, SUPI; receiving, from the storage entity, subscription data of the terminal corresponding to the SUPI, wherein the subscription data include one or more pieces of subscribed Single-Network Slice Selection Assistance Information, S-NSSAls; selecting, from the one or more S-NSSAls, a S-NSSAI that the S-NSSAI is supportable by the control entity; and transmitting a create session response message including the selected S-NSAAI in the form of a protocol configuration option, PCO, to the S-GW, wherein the control entity is a combo node of a session management function, SMF, and a PDN gateway control, PGW-C, and the storage entity is a combo node of a home subscriber server, HSS, and a unified data management, UDM, characterized in that the subscription data further comprises information indicating whether each of the subscribed S-NSSAls is subject to network slice-specific authentication and authorization, NSSAA, and in the selecting, the S-NSSAI is selected based on the additional criterion of not being subject to NSSAA. receiving a create session request message from a serving gateway, S-GW, in response to a packet data network, PDN, connectivity request message transmitted by a terminal; transmitting, to a storage entity, a request message for subscriber information including a data type of requested subscribed information and key information via which the data type of the subscribed information is accessible, wherein the key information is included in a Subscription Permanent Identifier, SUPI; receiving, from the storage entity, subscription data of the terminal corresponding to the SUPI, wherein the subscription data include one or more pieces of subscribed Single-Network Slice Selection Assistance Information, S-NSSAls; selecting, from the one or more S-NSSAls, a S-NSSAI that the S-NSSAI is supportable by the control entity; and transmitting a create session response message including the selected S-NSAAI in the form of a protocol configuration option, PCO, to the S-GW, wherein the control entity is a combo node of a session management function, SMF, and a PDN gateway control, PGW-C, and the storage entity is a combo node of a home subscriber server, HSS, and a unified data management, UDM, characterized in that the subscription data further comprises information indicating whether each of the subscribed S-NSSAls is subject to network slice-specific authentication and authorization, NSSAA, and in the selecting, the S-NSSAI is selected based on the additional criterion of not being subject to NSSAA.