mhurhangee/ep-ind-claims huggingface dataset:
A frame antenna comprising: a conductive block having at least one surface-mount electronic component mounted thereon; a metallic frame having a continuous annular structure with an inner void region, the metallic frame being disposed around a periphery of the conductive block and separated from the conductive block by a predetermined distance, the metallic frame overlapping an edge of an upper surface of the conductive block; two or more antenna feeds (401, 403) disposed between the metallic frame and the conductive block; and one or more grounding connections disposed between the metallic frame and the conductive block; characterized in that: the metallic frame between each of the antenna feeds and correspondent one of the grounding connections is configured to have a continuous conductive annular structure. a conductive block having at least one surface-mount electronic component mounted thereon; a metallic frame having a continuous annular structure with an inner void region, the metallic frame being disposed around a periphery of the conductive block and separated from the conductive block by a predetermined distance, the metallic frame overlapping an edge of an upper surface of the conductive block; two or more antenna feeds (401, 403) disposed between the metallic frame and the conductive block; and one or more grounding connections disposed between the metallic frame and the conductive block; characterized in that: the metallic frame between each of the antenna feeds and correspondent one of the grounding connections is configured to have a continuous conductive annular structure.
A upgrade module for storing/drawing electricity in/from an electric accumulator (402, 502), said module comprising first terminals and second terminals, wherein said first terminals are adapted to be connected to a photovoltaic panel (401, 501) and a grid inverter (404, 504) of the type with MPPT, and said second terminals are adapted to be connected to said electric accumulator (402, 502), said module comprising a conversion unit (403, 503) adapted to be connected between said first terminals and said second terminals, said unit (403, 503) comprising, in turn, a two-way DC/DC converter (450, 550) adapted to convert a first energy flow generated by said photovoltaic panel (401, 501) to store it in said accumulator and a second energy flow taken from said accumulator to supply it to said inverter (404, 504), wherein said two-way DC/DC converter (450, 550) is configured to convert said first energy flow and said second energy flow in a selective manner; wherein said conversion unit (403, 503) is housed in a containing member comprising: - first connectors for connecting said conversion unit (403, 503) to said accumulator (402, 502); - second connectors for connecting said conversion unit (403, 503) to said photovoltaic panel (401, 501); - third connectors for connecting said conversion unit (403, 503) to said inverter (404, 504); - fourth connectors for connecting said conversion unit to a power detector means; - wherein said power detector means (407, 507) is adapted to be connected between a user arrangement (420, 520), which comprises said inverter (404, 504), of the type with MPPT, and a user (406, 506), and a public electric grid (408, 508), and adapted to detect the power which flows between said user arrangement (420, 520) and said public electric grid (408, 508), and vice versa between said public electric grid (408, 508) and said user arrangement (420, 520); wherein said conversion unit (403, 503) comprises a control unit connected via said fourth connectors to said power detector means (407, 507), and adapted to control said two-way DC/DC converter (450, 550) as a function of signals generated by said power detector means (407, 507). - first connectors for connecting said conversion unit (403, 503) to said accumulator (402, 502); - second connectors for connecting said conversion unit (403, 503) to said photovoltaic panel (401, 501); - third connectors for connecting said conversion unit (403, 503) to said inverter (404, 504); - fourth connectors for connecting said conversion unit to a power detector means; - wherein said power detector means (407, 507) is adapted to be connected between a user arrangement (420, 520), which comprises said inverter (404, 504), of the type with MPPT, and a user (406, 506), and a public electric grid (408, 508), and adapted to detect the power which flows between said user arrangement (420, 520) and said public electric grid (408, 508), and vice versa between said public electric grid (408, 508) and said user arrangement (420, 520);
Work station for a textile machine, comprising a spinning station, and a drawing frame comprising a drawing frame unit for drawing a fiber strip, the drawing frame unit having a load carrier which has at least one upper roller, and which is pivotably mounted on a support frame, the support frame having at least one bearing point for pivotably bearing the associated load carrier, the support frame having a coupling portion and a locking unit for releasably connecting the support frame to the associated work station, the coupling portion being designed for arrangement on a receiving portion of the work station for adjusting the support frame between a release position, in which the support frame can be removed from the associated work station, and an operating position, in which the support frame is arranged in a positionally secure manner on the associated work station for operation of a load carrier mounted on the support frame, whereby the coupling portion has a recess adapted to the receiving portion, in particular a frame support of the textile machine, characterized in that the locking unit has a latching body which can be adjusted between an open position and a locking position and can be brought into formfitting engagement, in an operating position of the support frame, with a latching receptacle on the work station for securing the position of the support frame in the locking position. a spinning station, and a drawing frame comprising a drawing frame unit for drawing a fiber strip, the drawing frame unit having a load carrier which has at least one upper roller, and which is pivotably mounted on a support frame, the support frame having at least one bearing point for pivotably bearing the associated load carrier, the support frame having a coupling portion and a locking unit for releasably connecting the support frame to the associated work station, the coupling portion being designed for arrangement on a receiving portion of the work station for adjusting the support frame between a release position, in which the support frame can be removed from the associated work station, and an operating position, in which the support frame is arranged in a positionally secure manner on the associated work station for operation of a load carrier mounted on the support frame, whereby the coupling portion has a recess adapted to the receiving portion, in particular a frame support of the textile machine, characterized in that the locking unit has a latching body which can be adjusted between an open position and a locking position and can be brought into formfitting engagement, in an operating position of the support frame, with a latching receptacle on the work station for securing the position of the support frame in the locking position.
A method of memory allocation in a host computer, comprising the steps of: allocating one or more regions of physical working memory for use by an application, the regions individually comprising contiguous physical memory segments, but the regions not necessarily being contiguous between themselves; generating a segment address table having at least as many entries as the total number of physical memory segments allocated to the application; populating the entries of the segment address table sequentially and contiguously with the physical addresses of the physical memory segments across the or each region in order, in which the first entry of the segment address table is populated with the address of the first physical memory segment of the first region; presenting to the application a contiguous virtual addressable space having at least as many virtual memory segments as the total number of physical memory segments allocated to the application; and mapping from virtual memory addresses to physical memory addresses by reference to the segment address table. allocating one or more regions of physical working memory for use by an application, the regions individually comprising contiguous physical memory segments, but the regions not necessarily being contiguous between themselves; generating a segment address table having at least as many entries as the total number of physical memory segments allocated to the application; populating the entries of the segment address table sequentially and contiguously with the physical addresses of the physical memory segments across the or each region in order, in which the first entry of the segment address table is populated with the address of the first physical memory segment of the first region; presenting to the application a contiguous virtual addressable space having at least as many virtual memory segments as the total number of physical memory segments allocated to the application; and mapping from virtual memory addresses to physical memory addresses by reference to the segment address table.
An inhaler, the inhaler including a body (104; 4) and a cartridge (106; 6), the cartridge (106; 6) comprising a dose storage portion (122; 22) and an airway (124; 24), the dose storage portion (122; 22) being suitable for containing a plurality of blisters, each blister containing a pre-metered dose of an inhalable medicament, the airway (124; 24) including a mouthpiece (128; 28) at an end thereof, the inhaler device configured and arranged such that a blister from a dose storage portion can be accessed and arranged in a delivery configuration for delivery to a user through the airway (124; 24) upon inhalation through the mouthpiece (128; 28) by the user, the cartridge (106; 6) being replaceably attachable to the body (104; 4) and characterized in that the body (104; 4) comprises an electronic controller that is able to actuate a piercing mechanism with in the cartridge (106; 6) to pierce a blister.
A reclosable consumable product package assembly (10; 110; 210; 310) comprising: a plurality of consumable products (14; 114; 212; 312); a container packet (16; 116; 216; 316) for retaining and enclosing said products (14; 114; 212; 312), said packet (16; 116; 216; 316) being formed from a planar extent folded to define opposed major front and back surfaces (40a, 40b), opposed top and bottom surfaces (40c, 40d), and opposed end surfaces (40e, 40f); the package assembly (10; 110; 210; 310) further comprising a cover (18; 118; 218; 318) overlying said opposed major front and back surfaces (40a, 40b) and said opposed top and bottom surfaces (40c, 40d) of said packet (16; 116; 216; 316) and adhesively attached thereto; wherein said cover (18; 118; 218; 318) defines an openable flap (50; 150) overlying said top surface and at least a portion of one major surface (40a or 40b); said packet (16; 116; 216; 316) being scored along said one major surface (40a or 40b) and said top surface such that opening of said flap (50; 150) causes said packet (16; 116; 216; 316) to open along said scoring to expose said products (14; 114; 212; 312) for dispensing; characterised in that said top surface comprises a single layer of said planar extent and is connected to each of said opposed major front and back surfaces (40a, 40b) by a respective fold line. a plurality of consumable products (14; 114; 212; 312); a container packet (16; 116; 216; 316) for retaining and enclosing said products (14; 114; 212; 312), said packet (16; 116; 216; 316) being formed from a planar extent folded to define opposed major front and back surfaces (40a, 40b), opposed top and bottom surfaces (40c, 40d), and opposed end surfaces (40e, 40f); the package assembly (10; 110; 210; 310) further comprising a cover (18; 118; 218; 318) overlying said opposed major front and back surfaces (40a, 40b) and said opposed top and bottom surfaces (40c, 40d) of said packet (16; 116; 216; 316) and adhesively attached thereto; wherein said cover (18; 118; 218; 318) defines an openable flap (50; 150) overlying said top surface and at least a portion of one major surface (40a or 40b); said packet (16; 116; 216; 316) being scored along said one major surface (40a or 40b) and said top surface such that opening of said flap (50; 150) causes said packet (16; 116; 216; 316) to open along said scoring to expose said products (14; 114; 212; 312) for dispensing; characterised in that said top surface comprises a single layer of said planar extent and is connected to each of said opposed major front and back surfaces (40a, 40b) by a respective fold line.
A fixed part (FT, BS, GW) for a telephone (TF, TF') for making a telephone call wirelessly, wherein the fixed part (FT, BS, GW) can be connected by wireless communication to at least one first mobile part (MT1, MT1') and to at least one second mobile part (MT2, WG, HG), characterised in that the fixed part (FT, BS, GW) has: means for dividing the microphone and loudspeaker data belonging to a telephone conversation guided via the at least one second mobile part (MT2, WG, HG) between the at least one first mobile part (MT1, MT1') and the at least one second mobile part (MT2, WG, HG), wherein the dividing means are designed such that the microphone data are received from the at least one first mobile part (MT1, MT1') and • the loudspeaker data are transmitted to the at least one second mobile part (MT2, WG, HG), or • the loudspeaker data are transmitted to the at least one first mobile part (MT1, MT1') and to the at least one second mobile part (MT2, WG, HG), wherein a labelling is transmitted, which indicates that the loudspeaker data are intended only for the at least one second mobile part (MT2, WG, HG). • the loudspeaker data are transmitted to the at least one second mobile part (MT2, WG, HG), or • the loudspeaker data are transmitted to the at least one first mobile part (MT1, MT1') and to the at least one second mobile part (MT2, WG, HG), wherein a labelling is transmitted, which indicates that the loudspeaker data are intended only for the at least one second mobile part (MT2, WG, HG).
A signal transmission method of a transmitter in a wireless communication system, the method comprising: precoding data symbol pairs; determining resource elements, REs, to be used for transmitting the precoded data symbol pairs in available REs in an orthogonal frequency division multiplexing, OFDM, symbol of a resource block, the available REs being available for the data symbol pairs; mapping the precoded data symbol pairs to the REs based on the determination; and transmitting the precoded data symbol pairs being mapped to the REs, wherein at least one available RE in the OFDM symbol is not used for transmitting the precoded data symbol pairs, in a case that the number of the available REs in the OFDM symbol is odd or the difference between subcarrier indices of two available REs in the OFDM symbol is three or more. precoding data symbol pairs; determining resource elements, REs, to be used for transmitting the precoded data symbol pairs in available REs in an orthogonal frequency division multiplexing, OFDM, symbol of a resource block, the available REs being available for the data symbol pairs; mapping the precoded data symbol pairs to the REs based on the determination; and transmitting the precoded data symbol pairs being mapped to the REs, wherein at least one available RE in the OFDM symbol is not used for transmitting the precoded data symbol pairs, in a case that the number of the available REs in the OFDM symbol is odd or the difference between subcarrier indices of two available REs in the OFDM symbol is three or more.
A method comprising: encoding a first frame of an audio signal using a transform-based encoder; generating, during encoding of the first frame, a baseband signal that includes content corresponding to a high band portion of the audio signal, wherein generating the baseband signal includes performing a flip operation and a decimation operation; and encoding a second frame of the audio signal using a linear-prediction-based encoder, wherein encoding the second frame includes processing the baseband signal to generate high band parameters associated with the second frame. encoding a first frame of an audio signal using a transform-based encoder; generating, during encoding of the first frame, a baseband signal that includes content corresponding to a high band portion of the audio signal, wherein generating the baseband signal includes performing a flip operation and a decimation operation; and encoding a second frame of the audio signal using a linear-prediction-based encoder, wherein encoding the second frame includes processing the baseband signal to generate high band parameters associated with the second frame.
An input device (100, 500, 600) comprising: a housing comprising an upper portion and a lower portion; a key top (104, 204) provided at the upper portion; a switch (106, 206) coupled to the key top (104, 204); a biasing element (108, 210) configured to provide a resistance, the biasing element (108, 210) comprising a first end and a second end, wherein the first end is coupled to the key top (104, 204), and wherein the second end is coupled to the lower portion of the housing, an adjustment mechanism configured to adjust the resistance of the biasing element (108, 210) by at least one of compressing or expanding the biasing element (108, 210) at the second end, in a direction substantially perpendicular to the lower portion of the housing; characterized in that the input device (100, 500, 600) further comprises a lever member, wherein the lever member comprises a joint to the lower portion of the housing, the lever member configured to rotate around the joint; the biasing element (108, 210) is attached to the lever member; the lever member is coupled to the key top so that when the key top is depressed, the biasing element (108, 210) is depressed. a housing comprising an upper portion and a lower portion; a key top (104, 204) provided at the upper portion; a switch (106, 206) coupled to the key top (104, 204); a biasing element (108, 210) configured to provide a resistance, the biasing element (108, 210) comprising a first end and a second end, wherein the first end is coupled to the key top (104, 204), and wherein the second end is coupled to the lower portion of the housing, an adjustment mechanism configured to adjust the resistance of the biasing element (108, 210) by at least one of compressing or expanding the biasing element (108, 210) at the second end, in a direction substantially perpendicular to the lower portion of the housing; characterized in that the input device (100, 500, 600) further comprises a lever member, wherein the lever member comprises a joint to the lower portion of the housing, the lever member configured to rotate around the joint; the biasing element (108, 210) is attached to the lever member; the lever member is coupled to the key top so that when the key top is depressed, the biasing element (108, 210) is depressed.
An aircraft comprising a wing and a winglet at the end of the wing, the winglet comprising: a root; a tip; a transition region extending away from the root; and a wing-like region extending from the distal end of the transition region to the tip, wherein the wing-like region comprises a planar portion extending into the winglet tip, and characterised in that when the aircraft wing is under the worst-case static loading, the worst-case static loading being the highest static loading the aircraft wing would be expected to encounter during normal use, when the aircraft is stationary on the ground and with a full fuel load: the tip of the winglet is located at the maximum spanwise extent of the winglet; the planar portion extends vertically downward from the winglet tip such that it lies along the maximum spanwise extent of the winglet; and the winglet extends substantially vertically along an airport gate compatibility limit span (S max), but when the aircraft wing is under the no-load condition, the wing and winglet being in their jig shape in that no-load condition, the wing-like region is canted inboard such that the tip of the winglet is located inboard of the maximum spanwise extent of the winglet and the planar portion is canted inboard beyond the vertical. when the aircraft wing is under the worst-case static loading, the worst-case static loading being the highest static loading the aircraft wing would be expected to encounter during normal use, when the aircraft is stationary on the ground and with a full fuel load: the tip of the winglet is located at the maximum spanwise extent of the winglet; the planar portion extends vertically downward from the winglet tip such that it lies along the maximum spanwise extent of the winglet; and the winglet extends substantially vertically along an airport gate compatibility limit span (S max), but when the aircraft wing is under the no-load condition, the wing and winglet being in their jig shape in that no-load condition, the wing-like region is canted inboard such that the tip of the winglet is located inboard of the maximum spanwise extent of the winglet and the planar portion is canted inboard beyond the vertical.
An energy ray-curable ink composition comprising a coloring material, a polymerizable compound, a photopolymerization initiator, and a surface conditioner, wherein the polymerizable compound consists only of a monofunctional monomer having an acrylic equivalent of 300 or less, and having one ethylenic double bond in one molecule, and a polyfunctional monomer having an acrylic equivalent of 150 or less, and having two or more ethylenic double bonds in one molecule, and said monofunctional monomer not having amino groups, the photopolymerization initiator contains an α-aminoalkylphenone compound and a thioxanthone compound, and the surface conditioner contains a silicone compound having a polydimethylsiloxane structure. wherein the polymerizable compound consists only of a monofunctional monomer having an acrylic equivalent of 300 or less, and having one ethylenic double bond in one molecule, and a polyfunctional monomer having an acrylic equivalent of 150 or less, and having two or more ethylenic double bonds in one molecule, and said monofunctional monomer not having amino groups, the photopolymerization initiator contains an α-aminoalkylphenone compound and a thioxanthone compound, and the surface conditioner contains a silicone compound having a polydimethylsiloxane structure.
Method for stopping an internal combustion engine, in which a quantity of air supplied to the internal combustion engine via an air metering device, in particular a throttle valve, is reduced after a stop request has been detected, and the quantity of air supplied to the internal combustion engine via the air metering device is increased again if a detected speed (n) of the internal combustion engine falls below a specifiable speed threshold value (ns), wherein the specifiable speed threshold value (ns) is increased if an inlet cylinder passes through no further bottom dead center position until the internal combustion engine comes to a halt after the quantity of air metered in is increased, characterized in that the speed threshold value (ns) is reduced if the inlet cylinder goes into a power stroke after the quantity of air metered in is increased until the internal combustion engine comes to a halt.