mhurhangee/patent-ind-claim-en huggingface dataset:
An attachment assembly comprising: a hook component having a base body , a hook element attached to the base body , an attachment device for attaching an item to the hook component , and a first magnet connected to the hook element , and a bracket component having a base surface, a front surface, and a hook-supporting strut between the base surface and the front surface , the bracket component having a second magnet connected to the base surface , wherein inserting the hook element in a space between the base surface and the front surface causes the magnets to attract each other and force the hook element through the space to rest on the hook-supporting strut , and characterized in that the bracket component has at least one locking flange extending away from the base surface in a direction opposite to the hook-supporting strut , the locking flange comprising a leg and a locking plate , the locking plate having a width and length that is greater than a width and length of the leg , and further comprising a back plate having a top surface and a supporting rim, and at least one opening in the top surface, said at least one opening having a first portion with a length at least as large as the length of the locking plate , and a second portion with a length at least as large as the length of the leg but smaller than the length of the locking plate , such that the bracket component is adapted to be locked to the back plate by placing the locking plate through the first portion of the opening and sliding the bracket component until the locking flange extends through the second portion. a hook component having a base body , a hook element attached to the base body , an attachment device for attaching an item to the hook component , and a first magnet connected to the hook element , and a bracket component having a base surface, a front surface, and a hook-supporting strut between the base surface and the front surface , the bracket component having a second magnet connected to the base surface , wherein inserting the hook element in a space between the base surface and the front surface causes the magnets to attract each other and force the hook element through the space to rest on the hook-supporting strut , and characterized in that the bracket component has at least one locking flange extending away from the base surface in a direction opposite to the hook-supporting strut , the locking flange comprising a leg and a locking plate , the locking plate having a width and length that is greater than a width and length of the leg , and further comprising a back plate having a top surface and a supporting rim, and at least one opening in the top surface, said at least one opening having a first portion with a length at least as large as the length of the locking plate , and a second portion with a length at least as large as the length of the leg but smaller than the length of the locking plate , such that the bracket component is adapted to be locked to the back plate by placing the locking plate through the first portion of the opening and sliding the bracket component until the locking flange extends through the second portion.
Vertical semi-continuous casting equipment comprising: a mold configured to cool molten steel, thereby casting a slab; an elevatable plate descending while supporting a lower portion of the slab that is cast in the mold to draw the slab from the mold in a state in which the slab is disposed in a direction perpendicular to the ground; a guide device disposed under the mold to support the slab drawn from the plate, the guide device being configured to guide the descending of the slab; a moving cart configured to support the plate; and a movement guide device disposed under the mold to extend in the direction perpendicular to the ground and comprising a guide body having an inner space along which the slab, the plate and the moving cart move in the direction perpendicular to the ground, the movement guide device being configured to guide the movement of the moving cart; wherein the guide device comprises first and second guide parts comprising: a plurality of guide rolls respectively disposed on both sides of a moving path of the plate under the mold to support the slab moving by the plate and guide the movement of the slab; and a braking unit connected to each of the guide rolls to apply braking force to the guide roll that rotates by the movement of the slab, and the movement guide device comprises a guide member that is installed on an inner wall of the guide body in a vertical extension direction to guide the movement of the moving cart. a mold configured to cool molten steel, thereby casting a slab; an elevatable plate descending while supporting a lower portion of the slab that is cast in the mold to draw the slab from the mold in a state in which the slab is disposed in a direction perpendicular to the ground; a guide device disposed under the mold to support the slab drawn from the plate, the guide device being configured to guide the descending of the slab; a moving cart configured to support the plate; and a movement guide device disposed under the mold to extend in the direction perpendicular to the ground and comprising a guide body having an inner space along which the slab, the plate and the moving cart move in the direction perpendicular to the ground, the movement guide device being configured to guide the movement of the moving cart; wherein the guide device comprises first and second guide parts comprising: a plurality of guide rolls respectively disposed on both sides of a moving path of the plate under the mold to support the slab moving by the plate and guide the movement of the slab; and a braking unit connected to each of the guide rolls to apply braking force to the guide roll that rotates by the movement of the slab, and the movement guide device comprises a guide member that is installed on an inner wall of the guide body in a vertical extension direction to guide the movement of the moving cart.
A method of handling cell release for operation of dual connectivity in a communication system comprising a user equipment, UE, , a macro cell base station and a low-power base station , wherein the UE is connected to the macro cell base station and the low-power base station in dual connectivity, the method comprising: the low-power base station determining to release a cell of the low-power base station from the UE ; the low-power base station transmitting a RRC message to the UE , to indicate the UE to release the cell of the low-power base station ; the low-power base station receiving a RRC response message from the UE in response to the RRC message; and the low-power base station transmitting a cell release indication message to the macro cell base station , for indicating the release of the cell of the low-power base station . the low-power base station determining to release a cell of the low-power base station from the UE ; the low-power base station transmitting a RRC message to the UE , to indicate the UE to release the cell of the low-power base station ; the low-power base station receiving a RRC response message from the UE in response to the RRC message; and the low-power base station transmitting a cell release indication message to the macro cell base station , for indicating the release of the cell of the low-power base station .
A mounting assembly for restricting movement of an electrical harness of a gas turbine engine , comprising: a base ; a first channel formed in the base and extending between a first surface and a second surface of the base; a second channel formed in the base and extending between the first surface and a third surface of the base, the second surface and the third surface being distinct; and at least one flexible connector receivable within the first channel and the second channel, wherein at least a portion of the at least one flexible connector extends about the electrical harness to couple the electrical harness to the base, characterised in that a first end (88; 88a) of the at least one flexible connector is fastened to the base within the first channel by a first fastener and a second end (94; 88b) of the at least one flexible connector is fastened to the base within the second channel by a second fastener . a base ; a first channel formed in the base and extending between a first surface and a second surface of the base; a second channel formed in the base and extending between the first surface and a third surface of the base, the second surface and the third surface being distinct; and at least one flexible connector receivable within the first channel and the second channel, wherein at least a portion of the at least one flexible connector extends about the electrical harness to couple the electrical harness to the base, characterised in that a first end (88; 88a) of the at least one flexible connector is fastened to the base within the first channel by a first fastener and a second end (94; 88b) of the at least one flexible connector is fastened to the base within the second channel by a second fastener .
Device for converting thermal energy from a heat source into mechanical energy by means of a thermodynamic cycle having - a working medium which is carried in the cycle and is thereby subject to a changing pressure, wherein a saturated vapour temperature value of the working medium is associated with each particular pressure, and - an expansion device for expanding the working medium from an elevated pressure to a lower pressure , wherein the working medium has an exhaust vapour temperature after expansion to the lower pressure , wherein an adjustment device for adjusting the exhaust vapour temperature to a defined exhaust vapour temperature value above the saturated vapour temperature value associated with the lower pressure is provided, characterised in that the adjustment device comprises a vapour feed for feeding superheated vapour to the working medium during the expansion of the working medium. - a working medium which is carried in the cycle and is thereby subject to a changing pressure, wherein a saturated vapour temperature value of the working medium is associated with each particular pressure, and - an expansion device for expanding the working medium from an elevated pressure to a lower pressure , wherein the working medium has an exhaust vapour temperature after expansion to the lower pressure ,
An electrical device comprising: • a controller , • a content displaying surface , • a touch sensitive portion comprising one or several touch sensors , for providing the controller with information about presence of a pointing object in a specific area, and • a motion sensor for providing information about motion of the electrical device, wherein the controller is configured to control content output on the content displaying surface, and automatically adjust the content output with respect to information from the one or several touch sensors and the motion sensor by rotating the content when information about a change of orientation of the electrical device is received from the motion sensor , the information about presence of a pointing object in a specific area comprises coordinates with respect to the content displaying surface , and characterized in that when the controller receives information about the presence of a pointing object in a specific area from the touch sensitive portion and information about a change of orientation of the electrical device from the motion sensor , the adjustment comprises preventing automatic content rotation until a UI object is chosen. • a controller , • a content displaying surface , • a touch sensitive portion comprising one or several touch sensors , for providing the controller with information about presence of a pointing object in a specific area, and • a motion sensor for providing information about motion of the electrical device, wherein the controller is configured to control content output on the content displaying surface, and automatically adjust the content output with respect to information from the one or several touch sensors and the motion sensor by rotating the content when information about a change of orientation of the electrical device is received from the motion sensor , the information about presence of a pointing object in a specific area comprises coordinates with respect to the content displaying surface , and characterized in that when the controller receives information about the presence of a pointing object in a specific area from the touch sensitive portion and information about a change of orientation of the electrical device from the motion sensor , the adjustment comprises preventing automatic content rotation until a UI object is chosen.
Tool clamping system comprising a rotationally drivable tool holder for clamping a tool , a device for generating electrical energy from mechanical or thermal energy of the tool clamping system , comprising at least one piezo element for generating a voltage from mechanical vibration energy of the rotating tool clamping system , characterized in that the output signal of the at least one piezo element is used as a sensor signal for monitoring an operating parameter of the tool clamping system .
A gas turbine engine comprising: a compressor section configured for compressing combustion air; a combustor section configured for receiving a flow of compressed air from the compressor section and a fuel and for burning a fuel-air mixture generating a flow of hot pressurized combustion gases ; a turbine section configured for receiving the hot pressurized combustion gases and expanding the combustion gases to generate mechanical power; the turbine section comprising a turbine rotor with at least one bladed wheel rotating around a turbine rotation axis (A-A), an exhaust gas diffuser , and a casing having an inner surface and an outer surface; wherein the casing comprises a turbine casing portion and a diffuser casing portion connected to one another, and a plurality of cooling fins located on the outer surface of the casing wherein the cooling fins are arranged at or near a connection between the turbine casing portion and the diffuser casing portion ; wherein the turbine casing portion has a first connection flange and the diffuser casing portion has a second connection flange , and wherein the diffuser casing portion and the turbine casing portion are connected to one another at the first connection flange and second connection flange; and characterized in that an intermediate annular casing component is arranged between the first connection flange and the second connection flange . a compressor section configured for compressing combustion air; a combustor section configured for receiving a flow of compressed air from the compressor section and a fuel and for burning a fuel-air mixture generating a flow of hot pressurized combustion gases ; a turbine section configured for receiving the hot pressurized combustion gases and expanding the combustion gases to generate mechanical power; the turbine section comprising a turbine rotor with at least one bladed wheel rotating around a turbine rotation axis (A-A), an exhaust gas diffuser , and a casing having an inner surface and an outer surface; wherein the casing comprises a turbine casing portion and a diffuser casing portion connected to one another, and a plurality of cooling fins located on the outer surface of the casing wherein the cooling fins are arranged at or near a connection between the turbine casing portion and the diffuser casing portion ; wherein the turbine casing portion has a first connection flange and the diffuser casing portion has a second connection flange , and wherein the diffuser casing portion and the turbine casing portion are connected to one another at the first connection flange and second connection flange; and characterized in that an intermediate annular casing component is arranged between the first connection flange and the second connection flange .
An electrically heated aerosol-generating system comprising: at least one inductor coil ; a power supply connected to the at least one inductor coil and configured to provide an alternating current to the at least one inductor coil to generate an alternating magnetic field; a housing containing a reservoir of aerosol-forming substrate; and a substantially planar susceptor assembly (12; 112; 212; 412) configured to be heated by the alternating magnetic field and comprising a first susceptor element (16; 116; 216; 416), a second susceptor element (18; 118; 218; 418) and a wicking element (20; 220; 420) in fluid communication with the reservoir , the first and second susceptor elements (16,18; 116, 118; 216, 218; 416, 418) being integral with or fixed to the wicking element (20; 220; 420); wherein a space is defined between the first and second susceptor elements (16,18; 116, 118; 216, 218; 416, 418), the wicking element (20; 220; 420) occupying the space and the reservoir being positioned outside the space; and wherein the first and second susceptor element (16,18; 116, 118; 216, 218; 416, 418) are fluid permeable. at least one inductor coil ; a power supply connected to the at least one inductor coil and configured to provide an alternating current to the at least one inductor coil to generate an alternating magnetic field; a housing containing a reservoir of aerosol-forming substrate; and a substantially planar susceptor assembly (12; 112; 212; 412) configured to be heated by the alternating magnetic field and comprising a first susceptor element (16; 116; 216; 416), a second susceptor element (18; 118; 218; 418) and a wicking element (20; 220; 420) in fluid communication with the reservoir , the first and second susceptor elements (16,18; 116, 118; 216, 218; 416, 418) being integral with or fixed to the wicking element (20; 220; 420); wherein a space is defined between the first and second susceptor elements (16,18; 116, 118; 216, 218; 416, 418), the wicking element (20; 220; 420) occupying the space and the reservoir being positioned outside the space; and wherein the first and second susceptor element (16,18; 116, 118; 216, 218; 416, 418) are fluid permeable.
A composition for use in the treatment or prevention of mucositis associated with radiotherapy, comprising an effective amount of an IL-6 antagonist antibody, wherein said anti-IL-6 antibody comprises the humanized variable light sequence of amino acid sequence of SEQ ID NO: 709 and the humanized variable heavy sequence of amino acid sequence of SEQ ID NO: 657.
Multiple contact tulip having at least two contact elements which are arranged above one another mirror-symmetrically with respect to a central plane (M) and in a contact direction , wherein the respective contact element is designed for electrically connecting an electrical conductor component to an electrical assembly and comprises the following: two contact rails which extend in a longitudinal direction , are arranged one above the other and are spaced apart from one another in a contact direction , and are also connected to one another by a connecting piece , wherein the connecting piece is arranged on a first side of the contact rails thereon, and extends in the longitudinal direction and in the contact direction , characterized in that each contact element is of approximately U-shaped design in a cross-section transversely to the longitudinal direction , which extends through the connecting piece , and wherein the connecting pieces adjacent to one another are each arranged on opposite narrow sides of the same contact rail (11-14).
A planar optical module for capturing, converging and collimating incident light (3; 3') with a variable incident direction comprising: - a first optical arrangement with at least one optical layer able to converge the incident light beam (3; 3'), forming thereby at least one converging light beam (4; 4'), and - a second optical arrangement placed downstream the first optical arrangement , said second optical arrangement having at least one optical layer able to collimate said converging light beam(s) (4; 4'), forming thereby at least one output light beam (5; 5'); wherein the first and second optical arrangements are moveable one relative to the other, characterized in that said output light beam (5; 5') is a collimated and concentrated beam, in that the relative position of first and second optical arrangements allows said output light beam(s) (5; 5') to have an orientation which is, in at least in one plane perpendicular to the main plane (P) of the planar optical module , predetermined, fixed and independent from the direction of the incident light beam (3; 3'), in that , at the output of said optical module , are formed several output light beams (5; 5') which are separated light beams with higher irradiance than that of the incident light beam (3; 3'), and in that the total lateral extent of the output light beams is smaller than the lateral extent of the incident light beam (3; 3') entering the optical module . - a first optical arrangement with at least one optical layer able to converge the incident light beam (3; 3'), forming thereby at least one converging light beam (4; 4'), and - a second optical arrangement placed downstream the first optical arrangement , said second optical arrangement having at least one optical layer able to collimate said converging light beam(s) (4; 4'), forming thereby at least one output light beam (5; 5');
A rubber composition for a tread, the rubber composition comprising: 90 to 150 parts by mass of an inorganic filler including silica, with respect to 100 parts by mass of a rubber component that includes 35 to 65% by mass of styrene butadiene rubber and 35 to 65% by mass of butadiene rubber; and 0.3 to 40 parts by mass of a rosin-based resin with respect to 100 parts by mass of the rubber component. 90 to 150 parts by mass of an inorganic filler including silica, with respect to 100 parts by mass of a rubber component that includes 35 to 65% by mass of styrene butadiene rubber and 35 to 65% by mass of butadiene rubber; and 0.3 to 40 parts by mass of a rosin-based resin with respect to 100 parts by mass of the rubber component.