mhurhangee/ep-ind-claims huggingface dataset:
A seeding machine comprising: means for generating a reference signal; multiple row units (24, 201, 202, 301, 302), at least one row unit (24, 201, 202, 301, 302) having: a seed metering device providing a metering action to a plurality of seeds; a drive for the seed metering device and a sensor (80, 94, 96, 98, 100, 180) adapted to sense a seed meter parameter, wherein the seed meter parameter relates to seed location in a furrow beneath the row unit (24, 201, 202, 301, 302) and the sensor generating an index signal; and control means for receiving the index signal from the sensor (80, 94, 96, 98, 100, 180) and for receiving the reference signal, the control means determining a relationship between the index signal and the reference signal and the control means being operably coupled to the drive for altering the metering action of the seed metering device to establish a desired relationship between the index signal and the reference signal characterized in further comprising means for displaying to an operator the current relationship between the index signal and the reference signal and manual means for inputting to the control means a change to the metering action of the seed metering device of the at least one row unit (24, 201, 202, 301, 302) to establish a desired relationship between the index signal and the reference signal.
An acoustic/electronic drum assembly comprising: a. a mesh batter drumhead comprising a mesh membrane and an annular ring; b. a resonant drumhead comprising an acoustic membrane and an annular ring, the acoustic membrane being capable of creating analog sound waves in sympathetic response to air movement generated by a striking force applied to the mesh batter drumhead; c. an annular shell member that engages both the mesh batter drumhead and the resonant drumhead, the annular shell member having a top edge and a bottom edge for maintaining the batter drumhead in fixed relation to the resonant drumhead; d. a pick-up acoustically coupled to at least the resonant drumhead for receiving analog sound waves and creating an electrical signal, characterized in that the pick-up is mounted on a support extending from the interior of the annular shell member to substantially the center of the annular shell member between the mesh batter drumhead and the resonant drumhead; and further characterized in that the mesh batter drumhead is tensioned over the top edge of the annular shell member. a. a mesh batter drumhead comprising a mesh membrane and an annular ring; b. a resonant drumhead comprising an acoustic membrane and an annular ring, the acoustic membrane being capable of creating analog sound waves in sympathetic response to air movement generated by a striking force applied to the mesh batter drumhead; c. an annular shell member that engages both the mesh batter drumhead and the resonant drumhead, the annular shell member having a top edge and a bottom edge for maintaining the batter drumhead in fixed relation to the resonant drumhead; d. a pick-up acoustically coupled to at least the resonant drumhead for receiving analog sound waves and creating an electrical signal, characterized in that the pick-up is mounted on a support extending from the interior of the annular shell member to substantially the center of the annular shell member between the mesh batter drumhead and the resonant drumhead; and further characterized in that the mesh batter drumhead is tensioned over the top edge of the annular shell member.
A combination of a broadband blade monopole antenna and a ground plane, the broadband blade monopole antenna comprising: a body portion that is substantially flat to define a two-dimensional plane that the body portion extends along, the body portion defining an outer perimeter having four sides (32a, 32b, 34a, 34b), wherein the four sides (32a, 32b, 34a, 34b) are grouped into a first pair of equal-length sides (32a, 32b) and a second pair of equal-length sides (34a, 34b), the two pairs of equal-length sides are positioned directly adjacent to each other: wherein the body portion defines a kite-shaped outer perimeter; wherein a length of the first pair of sides (32a, 32b) is less than a length of the second pair of sides (34a, 34b); wherein the broadband blade monopole antenna is configured to provide at least 100% impedance bandwidth; and wherein the body portion of the antenna defines a height to width ratio of 9.2 to 8.4, wherein the height is measured from the ground plane to a top most corner of the body portion and the width is measured from a leftmost corner to a rightmost corner of the body portion. wherein the body portion defines a kite-shaped outer perimeter; wherein a length of the first pair of sides (32a, 32b) is less than a length of the second pair of sides (34a, 34b); wherein the broadband blade monopole antenna is configured to provide at least 100% impedance bandwidth; and wherein the body portion of the antenna defines a height to width ratio of 9.2 to 8.4, wherein the height is measured from the ground plane to a top most corner of the body portion and the width is measured from a leftmost corner to a rightmost corner of the body portion.
An apparatus of a base station that is operable to use phase tracking reference signals, PT-RS, the apparatus comprising: one or more processors configured to: identify a modulation and coding scheme, MCS, for a UE for a bandwidth part, BWP, with a subcarrier spacing, SCS; select a time density of the PT-RS based on the MCS; select a frequency density of the PT-RS based on an allocated bandwidth in the BWP; and encode the time density and the frequency density for the PT- RS in higher layer signaling for transmission to the UE; and a memory interface configured to send to a memory the time density based on the MCS, and frequency density based on the allocated bandwidth. one or more processors configured to: identify a modulation and coding scheme, MCS, for a UE for a bandwidth part, BWP, with a subcarrier spacing, SCS; select a time density of the PT-RS based on the MCS; select a frequency density of the PT-RS based on an allocated bandwidth in the BWP; and encode the time density and the frequency density for the PT- RS in higher layer signaling for transmission to the UE; and identify a modulation and coding scheme, MCS, for a UE for a bandwidth part, BWP, with a subcarrier spacing, SCS; select a time density of the PT-RS based on the MCS; select a frequency density of the PT-RS based on an allocated bandwidth in the BWP; and encode the time density and the frequency density for the PT- RS in higher layer signaling for transmission to the UE; and a memory interface configured to send to a memory the time density based on the MCS, and frequency density based on the allocated bandwidth.
Partial aiming device for targeting an arthroscopic operation site for a medical intervention, with an arc element in the shape of a section of a circle, with a first, radially extending aiming rod which can be moved along the arc element in the shape of a section of a circle, wherein a connecting device is arranged at the arc element in the shape of a section of a circle, by means of which connecting device, a medical instrument having a shaft can be connected to the partial aiming device in such a way that the shaft is orientated as a second, radial aiming rod that extends towards the first aiming rod, characterized in that the connecting device is designed in that it can be attached to an already existing connecting site of the medical instrument which is designed as a LUER-connection.
A gas turbine engine, comprising: an engine casing; a heat exchanger mounted to said engine casing; a flange circumferentially extending about at least a portion of said engine casing at a position adjacent to said heat exchanger; and a heat exchanger manifold, comprising: a manifold body extending between a first face and a second face; a first seal land defining a first fluid port extending through said manifold body between said first face and said second face; a first seal received within said first fluid port; and at least a second fluid port; wherein the heat exchanger manifold is positioned between the heat exchanger and the flange, and wherein said manifold connects to said flange and is configured to provide an angled interface relative to said heat exchanger; characterised in that at least two fluid conduits defining passageways are configured to communicate a fluid into and out of the heat exchanger and through the flange, via said first fluid port and the at least second fluid port. an engine casing; a heat exchanger mounted to said engine casing; a flange circumferentially extending about at least a portion of said engine casing at a position adjacent to said heat exchanger; and a heat exchanger manifold, comprising: a manifold body extending between a first face and a second face; a first seal land defining a first fluid port extending through said manifold body between said first face and said second face; a first seal received within said first fluid port; and at least a second fluid port; wherein the heat exchanger manifold is positioned between the heat exchanger and the flange, and wherein said manifold connects to said flange and is configured to provide an angled interface relative to said heat exchanger; a manifold body extending between a first face and a second face; a first seal land defining a first fluid port extending through said manifold body between said first face and said second face; a first seal received within said first fluid port; and at least a second fluid port; wherein the heat exchanger manifold is positioned between the heat exchanger and the flange, and wherein said manifold connects to said flange and is configured to provide an angled interface relative to said heat exchanger; characterised in that at least two fluid conduits defining passageways are configured to communicate a fluid into and out of the heat exchanger and through the flange, via said first fluid port and the at least second fluid port.
A method of manufacturing a composite component comprising a main body and an integral flange, the method comprising: applying fibre-reinforcement material on a tool having a main body portion and a flange-forming portion (40, 42) to provide a pre-form comprising: a body region and a longitudinally adjacent flange region (212, 214) contiguous with the body region, the body region corresponding to the main body of the component and the flange region corresponding to the integral flange of the component; wherein the pre-form extends generally longitudinally between two longitudinal ends; and wherein a trailing ply (202, 204) of the pre-form extends generally longitudinally between the longitudinal end closest to the flange region (212, 214) and an inner ply end located in the flange region (212, 214) or partway into the body region; causing relative movement between the flange-forming portion (40, 42) and the main body portion so that the flange region (212, 214) of the pre-form deforms to form the flange of the component; wherein the relative movement between the flange-forming portion (40, 42) and the main body portion causes sliding movement between the trailing ply (202, 204) and the flange-forming portion (40, 42), thereby causing a tension force in at least the flange region (212, 214) of the pre-form during forming of the flange. applying fibre-reinforcement material on a tool having a main body portion and a flange-forming portion (40, 42) to provide a pre-form comprising: a body region and a longitudinally adjacent flange region (212, 214) contiguous with the body region, the body region corresponding to the main body of the component and the flange region corresponding to the integral flange of the component; wherein the pre-form extends generally longitudinally between two longitudinal ends; and wherein a trailing ply (202, 204) of the pre-form extends generally longitudinally between the longitudinal end closest to the flange region (212, 214) and an inner ply end located in the flange region (212, 214) or partway into the body region; a body region and a longitudinally adjacent flange region (212, 214) contiguous with the body region, the body region corresponding to the main body of the component and the flange region corresponding to the integral flange of the component; wherein the pre-form extends generally longitudinally between two longitudinal ends; and wherein a trailing ply (202, 204) of the pre-form extends generally longitudinally between the longitudinal end closest to the flange region (212, 214) and an inner ply end located in the flange region (212, 214) or partway into the body region; causing relative movement between the flange-forming portion (40, 42) and the main body portion so that the flange region (212, 214) of the pre-form deforms to form the flange of the component; wherein the relative movement between the flange-forming portion (40, 42) and the main body portion causes sliding movement between the trailing ply (202, 204) and the flange-forming portion (40, 42), thereby causing a tension force in at least the flange region (212, 214) of the pre-form during forming of the flange.
A server, comprising: a communication interface configured to receive an active initial navigation request from a client device; and a processor configured to execute a server stack that is configured to generate a synthetic linked resource request in response to a linked resource application programming interface call indicating a linked resource associated with the active initial navigation request, propagate the synthetic linked resource request through the server stack, and receive the linked resource in the server stack in response to the synthetic linked resource request for sending to a client device. a communication interface configured to receive an active initial navigation request from a client device; and a processor configured to execute a server stack that is configured to generate a synthetic linked resource request in response to a linked resource application programming interface call indicating a linked resource associated with the active initial navigation request, propagate the synthetic linked resource request through the server stack, and receive the linked resource in the server stack in response to the synthetic linked resource request for sending to a client device.
A suture delivery device for suturing an opening on tissue comprising: an elongated deployment shaft having a distal end and ramps formed at the distal end; a needle deployment assembly carried by the shaft, including a plurality of needles, each needle having a detachable needle tip carrying suture material and a needle base, the plurality of needles configured to have an insertion profile at a distal position and to deflect radially outwards to a piercing angle when moved proximally relative to the shaft over the ramps at the distal end of the shaft; a catcher disposed over the shaft, and a sheath coaxially disposed over the catcher, characterised in that the catcher is configured to retain the tips of each of the plurality of needles when the plurality of needles are passed through the tissue to be sutured to a proximal position that engages the catcher, wherein a distal end of the sheath cooperates with the catcher to engage the needles when in the proximal position, and in that the catcher comprises a conically shaped distal end and a proximal edge, wherein the proximal edge is separated from the inner surface of the sheath by a radial gap, and wherein once the needle tips extend proximally past the proximal edge of the catcher and the needle bases are withdrawn distally, the needle tips engage with the proximal edge. an elongated deployment shaft having a distal end and ramps formed at the distal end; a needle deployment assembly carried by the shaft, including a plurality of needles, each needle having a detachable needle tip carrying suture material and a needle base, the plurality of needles configured to have an insertion profile at a distal position and to deflect radially outwards to a piercing angle when moved proximally relative to the shaft over the ramps at the distal end of the shaft; a catcher disposed over the shaft, and a sheath coaxially disposed over the catcher, characterised in that the catcher is configured to retain the tips of each of the plurality of needles when the plurality of needles are passed through the tissue to be sutured to a proximal position that engages the catcher, wherein a distal end of the sheath cooperates with the catcher to engage the needles when in the proximal position, and in that the catcher comprises a conically shaped distal end and a proximal edge, wherein the proximal edge is separated from the inner surface of the sheath by a radial gap, and wherein once the needle tips extend proximally past the proximal edge of the catcher and the needle bases are withdrawn distally, the needle tips engage with the proximal edge.
An anti-tussive modified release solid oral composition comprising benzonatate in a matrix, wherein said matrix is a homogenous solid dispersion comprising (i) a benzonatate adsorbate comprising benzonatate adsorbed onto an adsorbent comprising at least one silica or silicate, and (ii) at least one pharmaceutically acceptable modified release pH-independent, hydrophilic or hydrophobic matrix-forming substance in an amount effective to provide a modified release profile to the benzonatate, wherein there is no more than about 55% of the benzonatate released from the composition within 1 hour as determined in an in vitro dissolution test and substantially no benzonatate release from the composition in the buccal cavity.
A method for removing at least a portion of embedding medium from an embedded biological sample comprising: placing at least one support having an embedded biological sample on its surface into a pretreatment container, adding to the pretreatment container at least one reagent forming a layer for removing the embedding medium, adding a carrier composition to the pretreatment container, such that a two phase system is formed with the reagent layer on top of the carrier composition, and exposing the embedded biological sample to both phases of the two phase system by passing the reagent layer over the biological sample, so the reagent layer removes the embedding medium when it is in contact with the embedded sample, and, when the reagent layer has passed over the biological sample, the lower carrier composition rinses the biological sample. placing at least one support having an embedded biological sample on its surface into a pretreatment container, adding to the pretreatment container at least one reagent forming a layer for removing the embedding medium, adding a carrier composition to the pretreatment container, such that a two phase system is formed with the reagent layer on top of the carrier composition, and exposing the embedded biological sample to both phases of the two phase system by passing the reagent layer over the biological sample, so the reagent layer removes the embedding medium when it is in contact with the embedded sample, and, when the reagent layer has passed over the biological sample, the lower carrier composition rinses the biological sample.
Brake system for a commercial vehicle with a trailer, with - a trailer control valve for activating a trailer brake system from the commercial vehicle, - a supply pressure line for subjecting the trailer brake system to a supply pressure, - a control pressure line for subjecting the trailer brake system to a control pressure that is controlled on the user-side, in particular by means of a brake pedal unit, characterized by - a valve arrangement for the selective connection of either the supply pressure line or the control pressure line to the trailer control valve, and - an electronic control unit that is arranged to perform electronic brake control, characterized in that the valve arrangement - is in the form of a structural valve unit, - can be switched by means of the electronic control unit between the switching states a) connecting a trailer-side pressure line to the control pressure line, and b) connecting the trailer-side pressure line to the supply pressure line, and are arranged to subject the trailer-side pressure line to a control pressure in a brake control situation depending on corresponding commands of the electronic control unit. - a trailer control valve for activating a trailer brake system from the commercial vehicle, - a supply pressure line for subjecting the trailer brake system to a supply pressure, - a control pressure line for subjecting the trailer brake system to a control pressure that is controlled on the user-side, in particular by means of a brake pedal unit, characterized by - a valve arrangement for the selective connection of either the supply pressure line or the control pressure line to the trailer control valve, and - an electronic control unit that is arranged to perform electronic brake control, characterized in that the valve arrangement - is in the form of a structural valve unit, - can be switched by means of the electronic control unit between the switching states a) connecting a trailer-side pressure line to the control pressure line, and b) connecting the trailer-side pressure line to the supply pressure line, and a) connecting a trailer-side pressure line to the control pressure line, and b) connecting the trailer-side pressure line to the supply pressure line, and
Composition for use for the adsorption and/or elimination of bacterial toxins, in particular bacterial lipopolysaccharides and/or lipoteichoic acids, in the context of the prevention and/or treatment of inflammatory states or/and diseases of the mucous membranes in the region of the oral cavity, the inflammatory state of the oral cavity resulting from an infection or injury to the oral mucosa, or the inflammatory disease of the oral cavity being a periodontal disease, characterized in that the composition contains colestyramine as a bacterial-toxin absorbing and/or eliminating substance, and the composition is capable of adhering to the oral mucosa by having a viscous, paste-like or gel-like consistency or by such a consistency forming during wetting.
A method for recovering a rare earth element from a workpiece containing at least a rare earth element and an iron group element, the method including at least a step of separating a rare earth element in the form of an oxide from an iron group element by subjecting a workpiece to an oxidation treatment, then turning the treatment environment into an environment where carbon black is present, and subjecting the oxidation-treated workpiece to a heat treatment at a temperature of 1000°C or more in an inert gas atmosphere or in vacuum.
A cooling device comprising: a cooling circuit having a compressor, at least one evaporator, and a condenser; a space for cooling goods that can be closed at its upper surface; and a coolant reservoir at least partially surrounding an upper region of the space for cooling goods, whereby the at least one evaporator is disposed in the coolant reservoir, and whereby the at least one evaporator at least partially surrounds the upper region of the space for cooling goods; and whereby the cooling device is a freezer or cool box for storing and transport of medical products such as vaccines or blood products. a cooling circuit having a compressor, at least one evaporator, and a condenser; a space for cooling goods that can be closed at its upper surface; and a coolant reservoir at least partially surrounding an upper region of the space for cooling goods, whereby the at least one evaporator is disposed in the coolant reservoir, and whereby the at least one evaporator at least partially surrounds the upper region of the space for cooling goods; and whereby the cooling device is a freezer or cool box for storing and transport of medical products such as vaccines or blood products.