mhurhangee/ep-ind-claims huggingface dataset:
A bicycle rim arrangement comprising: an annular tire mounting part; an annular spoke mounting part; and a plurality of spoke attachment members being tethered together by at least one tethering member such that adjacent ones of the spoke attachment members are retained by the at least one tethering member with a predetermined maximum distance between adjacent ones of the spoke attachment members, characterized in that the annular spoke mounting part includes a plurality of spoke openings disposed at predetermined locations along a circumferential direction of the annular spoke mounting part with a predetermined circumferential spacing between adjacent centers of the spoke openings; the predetermined maximum distance corresponds to the predetermined circumferential spacing between the adjacent centers of the spoke openings, wherein the at least one tethering member is flexible, non-resilient and non-self supporting. an annular tire mounting part; an annular spoke mounting part; and a plurality of spoke attachment members being tethered together by at least one tethering member such that adjacent ones of the spoke attachment members are retained by the at least one tethering member with a predetermined maximum distance between adjacent ones of the spoke attachment members, characterized in that the annular spoke mounting part includes a plurality of spoke openings disposed at predetermined locations along a circumferential direction of the annular spoke mounting part with a predetermined circumferential spacing between adjacent centers of the spoke openings; the predetermined maximum distance corresponds to the predetermined circumferential spacing between the adjacent centers of the spoke openings, wherein
A circuit structure for receiving and converting control signals set by either a variable resistor or a DC voltage source connected between a first terminal and a second terminal of the circuit structure for controlling a light source, wherein a light source power supply circuit drives, via output ends (43, 44), the light source to emit light, the circuit structure comprising: a control circuit module provided between a positive terminal and a negative terminal of a DC power supply, the control circuit module including an input end for receiving a sensing signal and an output end for outputting a control signal; a protection circuit including a first resistor and a second resistor, wherein one end of the first resistor is connected to the positive terminal of the DC power supply, while the other end of the first resistor is connected at a node A, the second resistor is provided between the node A and the input end of the control circuit module, characterized in that the circuit structure further comprises an optocoupler including an input end connected to the output end of the control circuit module, the optocoupler further including two output ends (23,24) connectable to input ends (41, 42) of the light source power supply circuit, output ends (43,44) of the light source power supply circuit being connectable to the light source, wherein the optocoupler receives and converts the control signal from the control circuit module into an operating signal to be outputted, the operating signal is then receivable by the light source power supply circuit to generate different outputs that allow changes in the brightness of the light source; and in that the protection circuit further includes a first diode, a second diode, and a third diode, the other end of the first resistor is connected to the anode of the first diode at the node A, the cathode of the first diode is connected to the first terminal, the cathode of the second diode is connected to the positive terminal of the DC power supply, while the anode of the second diode is connected to the second terminal, the cathode of the third diode is connected to the input end of the control circuit module, while the anode of the third diode is connected to the second terminal.
An exhaust hood for a steam turbine, comprising: a lower exhaust hood configured to be coupled to the steam turbine; a steam guide disposed within the lower exhaust hood and configured to direct an exhaust steam flow from a plurality of last stage buckets of the casing of the steam turbine; a condenser opening disposed beneath the lower exhaust hood and configured to receive the exhaust steam flow from the lower exhaust hood; at least one exhaust hood plate provided as a structural member mounted within the lower exhaust hood and directing a substantially uniform distribution of the exhaust steam flow toward the condenser opening, characterised in that the at least one exhaust hood plate extends in a generally vertical plane from a side frame of the lower exhaust hood and includes double walled structural plates forming an internal channel between the structural plates for a flow of a coolant; the internal channel configured to direct a coolant flow through the double walled structural plates and to cool and condensate the exhaust steam flow proximate to the at least one exhaust hood plate. a lower exhaust hood configured to be coupled to the steam turbine; a steam guide disposed within the lower exhaust hood and configured to direct an exhaust steam flow from a plurality of last stage buckets of the casing of the steam turbine; a condenser opening disposed beneath the lower exhaust hood and configured to receive the exhaust steam flow from the lower exhaust hood; at least one exhaust hood plate provided as a structural member mounted within the lower exhaust hood and directing a substantially uniform distribution of the exhaust steam flow toward the condenser opening, characterised in that the at least one exhaust hood plate extends in a generally vertical plane from a side frame of the lower exhaust hood and includes double walled structural plates forming an internal channel between the structural plates for a flow of a coolant; the internal channel configured to direct a coolant flow through the double walled structural plates and to cool and condensate the exhaust steam flow proximate to the at least one exhaust hood plate.
Structural unit which can be cut to length for implementation of a sanitary installation, the structural unit comprising a wall which extends along a longitudinal axis and with a wall thickness circumferentially around the longitudinal axis, wherein a first longitudinal section of the wall is configured as a mounting section and a second longitudinal section of the wall is configured as a cut-to-length channel section, wherein the channel section comprises several web sections which each extend along the longitudinal axis with a web length and around the longitudinal axis with a circumferential length, which web sections are arranged offset to each other, wherein in each case two web sections adjacent each other along the longitudinal axis are connected to each other via a connecting section which extends circumferentially around the longitudinal axis with a connecting length along the longitudinal axis, wherein the wall thickness averaged over the circumferential length amounts to more than twice the wall thickness in the connecting section and wherein the web sections each have a predetermined breaking section which extends along the longitudinal axis in their course extending over the circumferential length, in which predetermined breaking section the wall thickness has a value greater than zero, which value amounts to less than half the wall thickness averaged over the circumferential length, or has a value of zero, the wall in particular being designed as a one-piece plastic component, characterized in that a tear-off tab is provided at each one of a majority of the web sections, in particular at each of the web sections, which tear-off tab is adjacent to the predetermined breaking section.
Antenna system of a radio microphone, containing an antenna path starting at an In port, and ending at an Out port, with an amplifier and a RF cable between the In port and the Out port, characterized in that, an attenuator is provided in series with a variable slope compensator between the amplifier and the RF cable, and in that the slope compensator consists of a plurality of resistors (7a, 7b, 7c,..., 7n) which are combined to match the RF cable via corresponding switching elements (8a, 8b, 8c,..., 8n) by a microcontroller.
A third base station, BS, for handling communication device capabilities, comprising: at least one storage device; and at least one processing circuit, coupled to the at least one storage device, wherein the at least one storage device stores, and the at least one processing circuit is configured to execute, instructions of: receiving a Secondary Node, SN, Addition Request message from a first BS, wherein the SN Addition Request message comprises a first band combination, BC, a second BC, and a BC information element, IE, wherein the BC IE indicates the first BC; configuring a communication device to perform at least one of a transmission and a reception in a frequency band according to the indicated first BC; transmitting a SN Addition Request Acknowledge message for responding to the SN Addition Request message, to the first BS; and performing at least one of a transmission and a reception with the communication device in accordance with the BC IE. at least one storage device; and at least one processing circuit, coupled to the at least one storage device, wherein the at least one storage device stores, and the at least one processing circuit is configured to execute, instructions of: receiving a Secondary Node, SN, Addition Request message from a first BS, wherein the SN Addition Request message comprises a first band combination, BC, a second BC, and a BC information element, IE, wherein the BC IE indicates the first BC; configuring a communication device to perform at least one of a transmission and a reception in a frequency band according to the indicated first BC; transmitting a SN Addition Request Acknowledge message for responding to the SN Addition Request message, to the first BS; and performing at least one of a transmission and a reception with the communication device in accordance with the BC IE. receiving a Secondary Node, SN, Addition Request message from a first BS, wherein the SN Addition Request message comprises a first band combination, BC, a second BC, and a BC information element, IE, wherein the BC IE indicates the first BC; configuring a communication device to perform at least one of a transmission and a reception in a frequency band according to the indicated first BC; transmitting a SN Addition Request Acknowledge message for responding to the SN Addition Request message, to the first BS; and performing at least one of a transmission and a reception with the communication device in accordance with the BC IE.
A tile system, comprising: a plurality of tile units, wherein each tile unit of the plurality of tile units comprises one or more decorative tiles; a plurality of mounting units, wherein each mounting unit of the plurality of mounting units comprises a base unit; a plurality of wall-fastening devices, wherein each wall-fastening device of the plurality of wall-fastening devices is configured to fasten at least a portion of one mounting unit of the plurality of mounting units to a wall; and a plurality of tile unit-fastening devices, wherein each tile unit-fastening device of the plurality of tile unit-fastening devices is configured to fasten at least a portion of one tile unit to one mounting unit of the plurality of mounting units; wherein each tile unit further comprises a tile platform, wherein one or more decorative tiles are disposed on or in the tile platform, and wherein at least a portion of a tile platform of the one tile unit is configured to fasten to the one mounting unit; wherein the plurality of mounting units occupies less than 30 percent of an area of the wall covered by the plurality of tile units; and wherein at least a portion of each tile unit of the plurality of tile units does not contact the wall directly; and wherein the tile platform is: i) a frame component that encapsulates the decorative tile on at least a portion of five sides of the decorative tile; or ii) a solid or porous board that forms at least the bottom of the tile unit. a plurality of tile units, wherein each tile unit of the plurality of tile units comprises one or more decorative tiles; a plurality of mounting units, wherein each mounting unit of the plurality of mounting units comprises a base unit; a plurality of wall-fastening devices, wherein each wall-fastening device of the plurality of wall-fastening devices is configured to fasten at least a portion of one mounting unit of the plurality of mounting units to a wall; and a plurality of tile unit-fastening devices, wherein each tile unit-fastening device of the plurality of tile unit-fastening devices is configured to fasten at least a portion of one tile unit to one mounting unit of the plurality of mounting units; wherein each tile unit further comprises a tile platform, wherein one or more decorative tiles are disposed on or in the tile platform, and wherein at least a portion of a tile platform of the one tile unit is configured to fasten to the one mounting unit; wherein the plurality of mounting units occupies less than 30 percent of an area of the wall covered by the plurality of tile units; and wherein at least a portion of each tile unit of the plurality of tile units does not contact the wall directly; and wherein the tile platform is: i) a frame component that encapsulates the decorative tile on at least a portion of five sides of the decorative tile; or ii) a solid or porous board that forms at least the bottom of the tile unit. i) a frame component that encapsulates the decorative tile on at least a portion of five sides of the decorative tile; or ii) a solid or porous board that forms at least the bottom of the tile unit.
Mould for preparing food, in particular pastries, comprising - a holder comprising a receiving structure, enhancers and at least one through-opening having an edge; - at least one type A removable container intended to be inserted into the opening; - at least one type B removable container intended to be inserted into the opening; the type A and type B containers comprising a border and a wall together forming a food retaining cavity; the type A and type B removable containers have different geometries and have cavities with different volumes; characterized in that one same through-opening has both rectilinear parts and curvilinear parts, the type A containers can engage with the rectilinear parts and the type B containers can engage with the curvilinear parts of the edge of the through-opening in order to partially bear on the containers on the edge. - a holder comprising a receiving structure, enhancers and at least one through-opening having an edge; - at least one type A removable container intended to be inserted into the opening; - at least one type B removable container intended to be inserted into the opening; the type A and type B containers comprising a border and a wall together forming a food retaining cavity; the type A and type B removable containers have different geometries and have cavities with different volumes; characterized in that one same through-opening has both rectilinear parts and curvilinear parts, the type A containers can engage with the rectilinear parts and the type B containers can engage with the curvilinear parts of the edge of the through-opening in order to partially bear on the containers on the edge.
A reverse flow combustion liner comprising: a straight portion having first and second ends defining an axial length, the first end defining a dome inlet having a predetermined height; a turn portion having third and fourth ends, the fourth end defining a turbine inlet; a dilution portion coupling the second end to the third end and defining a tangency curve where the dilution portion meets the turn portion; a set of dilution holes located in the dilution portion upstream of the tangency curve wherein the tangency curve is an axial distance (S+T) less than or equal to 150% of the predetermined height from the dome inlet, wherein the dilution portion has an axial length of less than or equal to 20% of the predetermined height. a straight portion having first and second ends defining an axial length, the first end defining a dome inlet having a predetermined height; a turn portion having third and fourth ends, the fourth end defining a turbine inlet; a dilution portion coupling the second end to the third end and defining a tangency curve where the dilution portion meets the turn portion; a set of dilution holes located in the dilution portion upstream of the tangency curve wherein the tangency curve is an axial distance (S+T) less than or equal to 150% of the predetermined height from the dome inlet, wherein the dilution portion has an axial length of less than or equal to 20% of the predetermined height.
A rectangular stack of interfolded rectangular napkins comprising a plurality of napkins (50, 60), said stack having opposing parallel first and third sides (63,64) and opposing parallel second and fourth sides (61,62) perpendicular to said first and third sides (63,64), each napkin in said stack comprising a first fold in a first direction, and a second fold in a second direction perpendicular to said first direction and bisecting said first fold and said napkin in said second direction, said intersecting first and second folds (28,29) dividing said napkin into four panels (x1, x2; y1,y2) with a pair of adjacent panels (x1, y1; x2, y2) located on each side of said second fold, wherein each of said napkins within said stack comprises at least one pair of panels (x1, y1; x2, y2) arranged in the stack at a level between two pairs of adjacent panels (x1, y1; x2, y2) of another of said absorbent napkins within said stack, characterized in that said first fold divides said napkin into a smaller part and a larger part, wherein the area of the smaller part is between 1/5 and 1/2 of the area of the larger part and wherein said smaller part of said napkin is placed on the outside of the folded napkin, and that said napkins are arranged in said stack with said first folds arranged in an alternating sequence along said first and third opposing parallel sides (63,64) of said stack such that each napkin is arranged with said first fold opposite said first fold of any adjacent napkin in said stack.
An abuse-proofed, without extrusion thermoformed dosage form, characterised in that it contains at least one polyethylene oxide having a molecular weight of at least 0.5 million in addition to one or more active ingredients with abuse potential selected from the group of opioids, optionally together with physiologically acceptable auxiliary substances.
A filter apparatus configured for use in the evacuation of smoke and other contaminants from a laparosurgical operating site incorporating an internal variable flow control mechanism (22a, 28, 30), wherein said flow control mechanism is manually operable or controllable, the apparatus having: a housing having an inlet and an outlet, and configured to allow fluid communication between the inlet and outlet; a filter component arranged between the inlet and the outlet for filtering surgical smoke; a structure, having an aperture (22a, 30) for providing a channel for fluid flow between the inlet and outlet; and a closure configured to releasably engage with the structure, wherein the housing is configured to be rotatable, in relation to the closure or the structure, between (i) a first position in which there is fluid communication between and through the channel and (ii) a second position in which the structure and the closure engage to inhibit fluid flow through the housing, characterised wherein there is a linear relationship between the movement of the housing in relation to the closure or the structure and the size of the aperture (22a, 30), and wherein the aperture (22a, 30) is substantially circular and the closure is substantially cone-shaped. a housing having an inlet and an outlet, and configured to allow fluid communication between the inlet and outlet; a filter component arranged between the inlet and the outlet for filtering surgical smoke; a structure, having an aperture (22a, 30) for providing a channel for fluid flow between the inlet and outlet; and a closure configured to releasably engage with the structure, wherein the housing is configured to be rotatable, in relation to the closure or the structure, between (i) a first position in which there is fluid communication between and through the channel and (ii) a second position in which the structure and the closure engage to inhibit fluid flow through the housing, characterised wherein there is a linear relationship between the movement of the housing in relation to the closure or the structure and the size of the aperture (22a, 30), and wherein the aperture (22a, 30) is substantially circular and the closure is substantially cone-shaped. wherein there is a linear relationship between the movement of the housing in relation to the closure or the structure and the size of the aperture (22a, 30), and wherein the aperture (22a, 30) is substantially circular and the closure is substantially cone-shaped.
Swing door system for use with a freezer device, comprising two adjacent swing doors (1a, 1b) and at least one mullion being in contact with said swing doors (1a, 1b), wherein each swing door (1a, 1b) comprises a transparent pane (3a, 3b) and a non-transparent area, wherein each non-transparent area is proximal to the mullion when the swing doors (1a, 1b) are in a closed position, and wherein the non-transparent areas and the mullion define a non-transparent region, and wherein under an horizontal viewing angle between 0° and 180° with respect to the plane in which the swing doors (1a, 1b) are arranged when the swing doors (1a, 1b) are in the closed position all of the horizontal diameters (10, 10') of the non-transparent region are less than 100 mm, preferably less than 80 mm, more preferably less than 70 mm, most preferably less than 60 mm, wherein said horizontal viewing angle is the angle between the projection of the viewing direction into a horizontal plane and the plane in which the swing doors (1a, 1b) are arranged when the swing doors (1a, 1b) are in a closed position, and wherein the plane in which the swing doors (1a, 1b) are arranged when the swing doors (1a, 1b) are in a closed position refers to the surface of the transparent pane (3a, 3b) outside of the freezer device in use, characterized in that an insulation profile is attached to the mullion, wherein the insulation profile is attached to the mullion form-fit and/or force-fit, or wherein the insulation profile is firmly bonded to the mullion. each swing door (1a, 1b) comprises a transparent pane (3a, 3b) and a non-transparent area, wherein each non-transparent area is proximal to the mullion when the swing doors (1a, 1b) are in a closed position, and wherein the non-transparent areas and the mullion define a non-transparent region, and wherein under an horizontal viewing angle between 0° and 180° with respect to the plane in which the swing doors (1a, 1b) are arranged when the swing doors (1a, 1b) are in the closed position all of the horizontal diameters (10, 10') of the non-transparent region are less than 100 mm, preferably less than 80 mm, more preferably less than 70 mm, most preferably less than 60 mm, wherein said horizontal viewing angle is the angle between the projection of the viewing direction into a horizontal plane and the plane in which the swing doors (1a, 1b) are arranged when the swing doors (1a, 1b) are in a closed position, and wherein the plane in which the swing doors (1a, 1b) are arranged when the swing doors (1a, 1b) are in a closed position refers to the surface of the transparent pane (3a, 3b) outside of the freezer device in use,