mhurhangee/ep-ind-claims huggingface dataset:
A wood splitter for mobile use, wherein the wood splitter comprises: a guiding tube; a splitting wedge which is or can be connected to the guiding tube and, when connected to the guiding tube, can be moved along the guiding tube; an insert or elongation which is or can be connected to the guiding tube and, when connected, protrudes outwards partially beyond an axial end of the guiding tube, wherein the elongation of the wood splitter can be inserted into a substrate, for example a chopping block or into the ground, for the purpose of splitting wood, characterised in that the wood splitter comprises: a base plate having a lower side, via which the base plate is positioned on a substrate, and an upper side; and three connecting elements (1c, 1d, 1e) which protrude substantially perpendicularly from the upper side, wherein the first connecting element is designed to be connected to an axial end of the guiding tube, preferably the axial end of the elongation, and wherein the second connecting element and the third connecting element are designed to accommodate one other guiding tube each, wherein each other guiding tube is designed to be connected to a support wheel using which the wood splitter can be moved. a guiding tube; a splitting wedge which is or can be connected to the guiding tube and, when connected to the guiding tube, can be moved along the guiding tube; an insert or elongation which is or can be connected to the guiding tube and, when connected, protrudes outwards partially beyond an axial end of the guiding tube, wherein the elongation of the wood splitter can be inserted into a substrate, for example a chopping block or into the ground, for the purpose of splitting wood, characterised in that the wood splitter comprises: a base plate having a lower side, via which the base plate is positioned on a substrate, and an upper side; and three connecting elements (1c, 1d, 1e) which protrude substantially perpendicularly from the upper side, wherein the first connecting element is designed to be connected to an axial end of the guiding tube, preferably the axial end of the elongation, and wherein the second connecting element and the third connecting element are designed to accommodate one other guiding tube each, wherein each other guiding tube is designed to be connected to a support wheel using which the wood splitter can be moved.
A terminal comprising: a receiving section configured to receive configuration information for a downlink bandwidth part, DL BWP, the configuration information including a control resource set, CORESET, configuration and a related search space configuration; and a control section configured to determine a CORESET related to a DL BWP based on the configuration information for the DL BWP, wherein, upon detection of a downlink control information in the CORESET, the receiving section is configured to receive a physical downlink shared channel, PDSCH, in the DL BWP, based on the configuration information for the DL BWP, and wherein the search space configuration includes information on a number of times of blind decoding of a combination of part of aggregation levels and part of downlink control information, DCI, formats. a receiving section configured to receive configuration information for a downlink bandwidth part, DL BWP, the configuration information including a control resource set, CORESET, configuration and a related search space configuration; and a control section configured to determine a CORESET related to a DL BWP based on the configuration information for the DL BWP, wherein, upon detection of a downlink control information in the CORESET, the receiving section is configured to receive a physical downlink shared channel, PDSCH, in the DL BWP, based on the configuration information for the DL BWP, and wherein the search space configuration includes information on a number of times of blind decoding of a combination of part of aggregation levels and part of downlink control information, DCI, formats.
A computer-assisted medical device (110, 200, 300) comprising: a mounting structure for one or more articulated arms (110, 310-340); one or more first joints (223, 226) proximal to the structure; an articulated arm (110, 310-340) comprising one or more second joints (240, 242) distal to the structure and configured to couple a reference instrument to the structure; and a control unit; wherein the control unit is configured to: determine a pose of the reference instrument, the pose including a reference point and a reference orientation; position a predetermined point of the structure, using the first joints (223, 226), over the reference point; orient the structure, using the first joints (223, 226), to align a predetermined orientation vector of the structure with the reference orientation; and maintain the pose of the reference instrument using the second joints (240, 242) while orienting the structure. a mounting structure for one or more articulated arms (110, 310-340); one or more first joints (223, 226) proximal to the structure; an articulated arm (110, 310-340) comprising one or more second joints (240, 242) distal to the structure and configured to couple a reference instrument to the structure; and a control unit; wherein the control unit is configured to: determine a pose of the reference instrument, the pose including a reference point and a reference orientation; position a predetermined point of the structure, using the first joints (223, 226), over the reference point; orient the structure, using the first joints (223, 226), to align a predetermined orientation vector of the structure with the reference orientation; and maintain the pose of the reference instrument using the second joints (240, 242) while orienting the structure. determine a pose of the reference instrument, the pose including a reference point and a reference orientation; position a predetermined point of the structure, using the first joints (223, 226), over the reference point; orient the structure, using the first joints (223, 226), to align a predetermined orientation vector of the structure with the reference orientation; and maintain the pose of the reference instrument using the second joints (240, 242) while orienting the structure.
A floating cargo carrying marine vessel having at least one cargo deck for carrying at least one independently floating object and means for partially submerging the vessel to flood the at least one cargo deck for floating the at least one floating object above the at least one cargo deck, characterized in that the marine vessel is one of trimmable by bow, trimmable by stem or heelable between its loading/offloading trim and its sailing trim for leveling at least one cargo deck (44, 54) for the loading/offloading trim and for inclining the at last one cargo deck (44, 54) for sailing trim.
Device for sealing and for protecting the actuating spindle of a heat-insulated shut-off valve for refrigerating plants, with a metal protective cap which covers the spindle and is screwable to the spindle-accommodating housing of the shut-off valve, characterized in that the metal protective cap is surrounded by a heat-insulating foam body which is designed as an integral foam body with a highly compressed outer skin, wherein the outer side of the integral foam body has a supporting ring for abutment against the on-site heat insulation of the shut-off valve.
A rotor disk assembly for a gas turbine engine comprising: a rotor disk defined about an axis of rotation, said rotor disk having a circumferentially intermittent slot structure that extends radially outward relative to said axis of rotation; a component defined about said axis of rotation, said component having a multiple of radial tabs which extend radially inward relative to said axis of rotation, said multiple of radial tabs engageable with said circumferentially intermittent slot structure; and a lock assembly engaged with at least one opening formed by said circumferentially intermittent slot structure to provide an anti-rotation interface for said component the rotor disk assembly characterized in that: said lock assembly comprises a retaining wire that defines a polygon shape, said retaining wire engaged with at least one opening formed by said circumferentially intermittent slot structure to provide an anti-rotation interface for said component. a rotor disk defined about an axis of rotation, said rotor disk having a circumferentially intermittent slot structure that extends radially outward relative to said axis of rotation; a component defined about said axis of rotation, said component having a multiple of radial tabs which extend radially inward relative to said axis of rotation, said multiple of radial tabs engageable with said circumferentially intermittent slot structure; and a lock assembly engaged with at least one opening formed by said circumferentially intermittent slot structure to provide an anti-rotation interface for said component the rotor disk assembly characterized in that: said lock assembly comprises a retaining wire that defines a polygon shape, said retaining wire engaged with at least one opening formed by said circumferentially intermittent slot structure to provide an anti-rotation interface for said component. said lock assembly comprises a retaining wire that defines a polygon shape, said retaining wire engaged with at least one opening formed by said circumferentially intermittent slot structure to provide an anti-rotation interface for said component.
Isothermal container for preserving various materials, said container comprising - a body made of an rigid insulating material having a cavity divided into a space for receiving the products to preserve in temperature and in a space for receiving heat exchanging means, - a door made of insulating material coming into contact with an opening, - and locking means G of the door in a closed position, the body is formed by stacking body elements A made of insulating material and which are generally U-shaped, and the ends of wings define an access opening, said body elements A being inserted between end elements B characterized in that each of said body elements A is generally U-shaped; the end elements B present the same U-section but closed on one side by a transversal wall and are reinforced by extreme metal and independent frames C, exerting on their transverse walls a compressive strength produced by clamping rods F extending between the two frames C and passing through the body elements A and the end elements B. - a body made of an rigid insulating material having a cavity divided into a space for receiving the products to preserve in temperature and in a space for receiving heat exchanging means, - a door made of insulating material coming into contact with an opening, - and locking means G of the door in a closed position,
A display device comprising: an accepter that accepts an instruction input indicating a moving direction, the instruction input being given to an external controller; a detector that detects a change in orientation of the display device; a storage that stores an avatar observation position, an avatar observation direction, and an avatar base direction in a virtual space; an observation position updater that updates, upon acceptance of the instruction input, the avatar observation position so that the avatar observation position moves in the moving direction indicated by the instruction input relative to the avatar base direction; an observation direction updater that updates the avatar observation direction in accordance with the detected change in orientation of the display device; an obtainer that obtains a relative position between the external controller and the display device; a base direction updater that updates the avatar base direction, based on the avatar observation direction and on the obtained relative position; characterized by further comprising a light emitter that shines light in a predetermined pattern, wherein the obtainer obtains from the external controller the relative position that is identified by the external controller based on a position of the light emitter in an image taken by a camera included in the external controller and on the pattern. an accepter that accepts an instruction input indicating a moving direction, the instruction input being given to an external controller; a detector that detects a change in orientation of the display device; a storage that stores an avatar observation position, an avatar observation direction, and an avatar base direction in a virtual space; an observation position updater that updates, upon acceptance of the instruction input, the avatar observation position so that the avatar observation position moves in the moving direction indicated by the instruction input relative to the avatar base direction; an observation direction updater that updates the avatar observation direction in accordance with the detected change in orientation of the display device; an obtainer that obtains a relative position between the external controller and the display device; a base direction updater that updates the avatar base direction, based on the avatar observation direction and on the obtained relative position; characterized by further comprising a light emitter that shines light in a predetermined pattern, wherein the obtainer obtains from the external controller the relative position that is identified by the external controller based on a position of the light emitter in an image taken by a camera included in the external controller and on the pattern.
A semiconductor package structure, comprising: a substrate comprising: a first substrate having a first wiring structure; and a second substrate adjacent to the first substrate and having a second wiring structure, wherein the first substrate and the second substrate are surrounded by a first molding material; a first semiconductor die disposed over the substrate and electrically coupled to the first wiring structure; and a second semiconductor die disposed over the substrate and electrically coupled to the second wiring structure, characterized in that the semiconductor package structure further comprises a plurality of first antenna structures disposed over the first substrate and electrically coupled to the first wiring structure, and a plurality of second antenna structures disposed over the second substrate and electrically coupled to the second wiring structure, the first substrate and the second substrate having different thicknesses, the first antenna structures and second antenna structures being configured to be used for different bands. a substrate comprising: a first substrate having a first wiring structure; and a second substrate adjacent to the first substrate and having a second wiring structure, wherein the first substrate and the second substrate are surrounded by a first molding material; a first substrate having a first wiring structure; and a second substrate adjacent to the first substrate and having a second wiring structure, wherein the first substrate and the second substrate are surrounded by a first molding material; a first semiconductor die disposed over the substrate and electrically coupled to the first wiring structure; and a second semiconductor die disposed over the substrate and electrically coupled to the second wiring structure, characterized in that the semiconductor package structure further comprises a plurality of first antenna structures disposed over the first substrate and electrically coupled to the first wiring structure, and a plurality of second antenna structures disposed over the second substrate and electrically coupled to the second wiring structure, the first substrate and the second substrate having different thicknesses, the first antenna structures and second antenna structures being configured to be used for different bands.
A method for making a braking band for a brake disc for a disc brake, said method comprising the following steps: a) preparing a mold having an inner cavity, which comprises a first portion of a shape corresponding to the braking band to be made; b) preparing a band preform comprising a central layer made of porous ceramic material comprising silicon carbide (SiC), an upper outer layer and a lower outer layer, said upper outer layer and said lower outer layer being made of porous ceramic material comprising silicon carbide (SiC) and being infiltrated with silicon (SiC+Si), said upper outer layer and said lower outer layer being arranged oppositely and on opposite sides of the central layer; c) placing said band preform inside the mold at the first portion of said inner cavity; and d) injecting a liquid or semi-solid aluminum alloy inside the entire inner cavity of the mold to infiltrate with said aluminum alloy only the central layer of said band preform made of porous ceramic material, obtaining at the first portion an aluminum metal matrix composite reinforced by said central layer which partially defines the braking band to be made. a) preparing a mold having an inner cavity, which comprises a first portion of a shape corresponding to the braking band to be made; b) preparing a band preform comprising a central layer made of porous ceramic material comprising silicon carbide (SiC), an upper outer layer and a lower outer layer, said upper outer layer and said lower outer layer being made of porous ceramic material comprising silicon carbide (SiC) and being infiltrated with silicon (SiC+Si), said upper outer layer and said lower outer layer being arranged oppositely and on opposite sides of the central layer; c) placing said band preform inside the mold at the first portion of said inner cavity; and d) injecting a liquid or semi-solid aluminum alloy inside the entire inner cavity of the mold to infiltrate with said aluminum alloy only the central layer of said band preform made of porous ceramic material, obtaining at the first portion an aluminum metal matrix composite reinforced by said central layer which partially defines the braking band to be made.
A wireless communication device comprising: a transmitter arranged to configure and transmit a trigger frame containing a set of resource units and corresponding temporary identifiers associated with the resource units to a plurality of terminals; and a receiver arranged to receive data frames transmitted via the resource units from the plurality of terminals; wherein the resource units with the corresponding temporary identifiers were selected using OFDMA based random access from the set contained in the trigger frame, wherein the data frames do not contain the corresponding temporary identifiers, wherein the transmitter is arranged to transmit an acknowledgement frame in response to the received data frames to the plurality of terminals, and wherein the acknowledgement frame contains the temporary identifiers. a transmitter arranged to configure and transmit a trigger frame containing a set of resource units and corresponding temporary identifiers associated with the resource units to a plurality of terminals; and a receiver arranged to receive data frames transmitted via the resource units from the plurality of terminals; wherein the resource units with the corresponding temporary identifiers were selected using OFDMA based random access from the set contained in the trigger frame, wherein the data frames do not contain the corresponding temporary identifiers, wherein the transmitter is arranged to transmit an acknowledgement frame in response to the received data frames to the plurality of terminals, and wherein the acknowledgement frame contains the temporary identifiers.
A method comprising: triggering by user terminal device a new streaming server to generate new user-specific security keys when the user terminal is moving from an old streaming server formerly providing a previously established streaming service to the new streaming server, wherein the triggering comprises starting a generic bootstrapping architecture bootstrapping run for the new streaming server in case a service specific security key of the previously established streaming service is expired or is about to expire when the user terminal is moving to the new streaming server; receiving at the user terminal device from the new streaming server a new security key specific for the new streaming server; generating also at the user terminal device for the new streaming server the new user-specific security keys; and the user terminal device using the new user-specific security keys generated at the user terminal device and the received new security key specific for the new streaming server with the new streaming server for the previously established streaming service. triggering by user terminal device a new streaming server to generate new user-specific security keys when the user terminal is moving from an old streaming server formerly providing a previously established streaming service to the new streaming server, wherein the triggering comprises starting a generic bootstrapping architecture bootstrapping run for the new streaming server in case a service specific security key of the previously established streaming service is expired or is about to expire when the user terminal is moving to the new streaming server; receiving at the user terminal device from the new streaming server a new security key specific for the new streaming server; generating also at the user terminal device for the new streaming server the new user-specific security keys; and the user terminal device using the new user-specific security keys generated at the user terminal device and the received new security key specific for the new streaming server with the new streaming server for the previously established streaming service.