mhurhangee/ep-ind-claims huggingface dataset:
A tool comprising: a handle portion; a head portion at an end of the handle portion; a hammer strike surface at a forward region of the head portion, the hammer strike surface shaped to receive external impact blows; an upper extension and a lower extension of the head portion extending away from the head portion, defining a gap between the upper extension and the lower extension; and a blade formed in the head portion, situated within the gap between the upper extension and the lower extension; characterized in that the blade is positioned relative to the hammer strike surface to enable impact blows to the hammer strike surface to drive the blade through a substrate placed in the gap. a handle portion; a head portion at an end of the handle portion; a hammer strike surface at a forward region of the head portion, the hammer strike surface shaped to receive external impact blows; an upper extension and a lower extension of the head portion extending away from the head portion, defining a gap between the upper extension and the lower extension; and a blade formed in the head portion, situated within the gap between the upper extension and the lower extension; characterized in that the blade is positioned relative to the hammer strike surface to enable impact blows to the hammer strike surface to drive the blade through a substrate placed in the gap.
A driver device (210, 310, 410) adapted to provide electric current to a light source adapted to be connected to a driver output of the driver device (210, 310, 410), comprising: - a power converter (213, 313, 413) arranged to provide an output voltage at a converter output, which converter output is coupled to the driver output via an output circuit (223, 323, 423), - a control circuit (214, 314, 414) arranged to control the operation of the power converter (213, 313, 413), - a feedback circuit arranged to provide to the control circuit (214, 314, 414) a feedback signal based on at least one measured value in the output circuit (223, 323, 423), wherein the control circuit (214, 314, 414) is arranged to control the operation of the power converter (213, 313, 413) based on the value of the feedback signal, and - a limiting circuit coupled to the converter output and configured to provide a measured value to the feedback circuit, wherein the measured value is indicative of the rate of change of the output voltage of the power converter (213, 313, 413), characterized in that the limiting circuit comprises a Zener diode (D z) for preventing a current from flowing in the limiting circuit until the output voltage at the converter output has risen above the Zener voltage of the Zener diode (D z). - a power converter (213, 313, 413) arranged to provide an output voltage at a converter output, which converter output is coupled to the driver output via an output circuit (223, 323, 423), - a control circuit (214, 314, 414) arranged to control the operation of the power converter (213, 313, 413), - a feedback circuit arranged to provide to the control circuit (214, 314, 414) a feedback signal based on at least one measured value in the output circuit (223, 323, 423), wherein the control circuit (214, 314, 414) is arranged to control the operation of the power converter (213, 313, 413) based on the value of the feedback signal, and - a limiting circuit coupled to the converter output and configured to provide a measured value to the feedback circuit, wherein the measured value is indicative of the rate of change of the output voltage of the power converter (213, 313, 413),
A signal processing apparatus configured to perform signal processing on a Doppler spectrum derived from a reception signal of a reflected wave of pulsed transmission waves repeatedly transmitted into a space, the signal processing apparatus comprising: a topographic echo estimator configured to estimate a topographic echo from the Doppler spectrum; a candidate point extractor configured to extract a plurality of adjacent candidate points of a target echo, the target echo being obtained from the Doppler spectrum after removing the estimated topographic echo, a candidate point being a point where electric power is higher than a predetermined noise level; a determination unit configured to determine a relation between the positions of candidate points and a plurality of removed points of a spectrum of the topographic echo estimated by the topographic echo estimator and removed from the Doppler spectrum; an interpolation point extractor configured to extract as an interpolation point, a point where a spectrum of the target echo is missing by removal of the spectrum of the topographic echo, based on the relation between the positions of the candidate points and the removed points on a frequency axis, and a target echo reconstruction unit configured to reconstruct the spectrum of the target echo at a position of the interpolation point. a topographic echo estimator configured to estimate a topographic echo from the Doppler spectrum; a candidate point extractor configured to extract a plurality of adjacent candidate points of a target echo, the target echo being obtained from the Doppler spectrum after removing the estimated topographic echo, a candidate point being a point where electric power is higher than a predetermined noise level; a determination unit configured to determine a relation between the positions of candidate points and a plurality of removed points of a spectrum of the topographic echo estimated by the topographic echo estimator and removed from the Doppler spectrum; an interpolation point extractor configured to extract as an interpolation point, a point where a spectrum of the target echo is missing by removal of the spectrum of the topographic echo, based on the relation between the positions of the candidate points and the removed points on a frequency axis, and a target echo reconstruction unit configured to reconstruct the spectrum of the target echo at a position of the interpolation point.
The medical tool, which is in the form of a rotatably drivable tool, in particular a cutting tool, preferably a trepanation tool, having a drive portion which can be connected to a medical device for in particular interlockingly transmitting torque and a cutting portion which can be coupled to the drive portion so as to transmit torque, characterised in that the tool comprises an electronic assembly which is designed to be activated by the cutting portion being decoupled from the drive portion.
A film comprising a copolyester wherein said copolyester comprises repeating units derived from an aliphatic glycol, an aromatic dicarboxylic acid, and a comonomer selected from the group consisting of the monomer of formula: wherein n = 2, 3 or 4, and wherein comonomer constitutes a proportion of the glycol fraction of the copolyester, wherein the comonomer is present in a range of from 1 to 18 mol% of the glycol fraction of the copolyester, wherein the glycol fraction of the copolyester consists of comonomer and one or more aliphatic glycol(s) selected from C 2, C 3 and C 4 aliphatic diols, and wherein the acid fraction of the copolyester consists of a first aromatic dicarboxylic acid and optionally one or more additional aromatic dicarboxylic acid(s).
A pressure transfer disk (4, 4') for transfer of a bonding pressure in thermocompression bonding from a pressurization apparatus to a wafer with the following: - a first pressure side for making contact with the pressurization apparatus, - a second pressure side (4o, 4o') facing away from the first pressure side with an effective contact area for making contact with the wafer and pressurizing it, at least the effective contact area having a low adhesiveness relative to the wafer, characterized in that the pressure transfer disk (4, 4') is made as a lattice network, wherein the pressure transfer disk (4, 4') has a thickness d less than 15mm and greater that 1mm, wherein the material of the pressure transfer disk (4, 4') has a compressive strength greater than 500 MPa. - a first pressure side for making contact with the pressurization apparatus, - a second pressure side (4o, 4o') facing away from the first pressure side with an effective contact area for making contact with the wafer and pressurizing it, at least the effective contact area having a low adhesiveness relative to the wafer, characterized in that the pressure transfer disk (4, 4') is made as a lattice network, wherein the pressure transfer disk (4, 4') has a thickness d less than 15mm and greater that 1mm, wherein the material of the pressure transfer disk (4, 4') has a compressive strength greater than 500 MPa.
Tyre, at least one internal layer of which comprises a rubber composition based on at least: - 80 to 100 phr of an isoprene elastomer, - a reinforcing filler predominantly comprising carbon black, - 1 to 45 phr of reinforcing resin, - a salt of an alkaline earth, alkali or lanthanide metal, - a crosslinking system. - 80 to 100 phr of an isoprene elastomer, - a reinforcing filler predominantly comprising carbon black, - 1 to 45 phr of reinforcing resin, - a salt of an alkaline earth, alkali or lanthanide metal, - a crosslinking system.
An element for facilitating the exchange of air between the internal micro-environment and the external environment, as well as for anti-insect protection, comprising: a substantially flat part with at least one air inlet opening and a substantially curved part with at least one air outlet which is not coaxial with the inlet opening of the flat part; characterized in that the shape of the inner surface of the curved part comprises at least one segment of the torus surface obtained with a horizontal cross-section of the torus, a vertical circular cross-section parallel to the centroidal axis of the torus; wherein the curved part is connected to the flat part so that all the inlet openings of the flat part are covered by a wall of the torus segment of the curved part and are in communication, with an air exchange possibility, with outlet or outlets of the curved part.
A cleansing composition for skin or hair, comprising the following and: an internal olefin sulfonate having 12 or more and 24 or less carbon atoms; and an anionic surfactant except the internal olefin sulfonate, wherein the anionic surfactant does not have a sulfate group and does not have two or more carboxylic acid groups. an internal olefin sulfonate having 12 or more and 24 or less carbon atoms; and an anionic surfactant except the internal olefin sulfonate, wherein the anionic surfactant does not have a sulfate group and does not have two or more carboxylic acid groups.
A device for securing an oral tube positioned in a patient's trachea, comprising: a tube supporting surface for supporting the tube at least partially within the patient's mouth; a first arm extending outwardly from said tube supporting surface and a second arm extending outwardly from said tube supporting surface, said first and second arms (3, 4) forming an arch generally conforming to the shape of the dental arch; a flexible member having first and second ends for looping around the patient's nasal septum; a retainer for securing said flexible member in position after looping around the patient's nasal septum for securing the device in position; and a receiver for securing the tube against said tube supporting surface. a tube supporting surface for supporting the tube at least partially within the patient's mouth; a first arm extending outwardly from said tube supporting surface and a second arm extending outwardly from said tube supporting surface, said first and second arms (3, 4) forming an arch generally conforming to the shape of the dental arch; a flexible member having first and second ends for looping around the patient's nasal septum; a retainer for securing said flexible member in position after looping around the patient's nasal septum for securing the device in position; and a receiver for securing the tube against said tube supporting surface.
A radio frequency connector, comprising: a substrate having a first surface and second surface opposite the first surface; a first ground plane disposed on the first surface of the substrate; a signal conductor having a first contact point disposed on the second surface of substrate, the first contact point being configured to electrically mate with a second contact point; a first ground boundary disposed between the first and second surfaces of the substrate, the first ground boundary configured to electrically mate with a second ground boundary, the first ground boundary being formed around the signal conductor as an electrically continuous conductor within the substrate; an alignment element configured to align the first and second contact points; and a coupling element configured to secure mated contact between the first and second contact points, wherein the coupling element is a magnetic element. a substrate having a first surface and second surface opposite the first surface; a first ground plane disposed on the first surface of the substrate; a signal conductor having a first contact point disposed on the second surface of substrate, the first contact point being configured to electrically mate with a second contact point; a first ground boundary disposed between the first and second surfaces of the substrate, the first ground boundary configured to electrically mate with a second ground boundary, the first ground boundary being formed around the signal conductor as an electrically continuous conductor within the substrate; an alignment element configured to align the first and second contact points; and a coupling element configured to secure mated contact between the first and second contact points, wherein the coupling element is a magnetic element.
A waterway switching mechanism includes a fixed portion, and the fixed portion is provided with a plurality of switching positions, each of which is provided with a sealing portion that can move relative to the fixed portion in the first direction, and the sealing portion movement controls the waterway switching, said waterway switching mechanism also includes a rotating block which is connected rotatingly to the fixed portion, and the outer peripheral wall of the rotating block is provided with a pushing portion, a plurality of sealing portions is circumferentially spaced apart and surrounds the rotating block, each of the sealing portions is provided with a fitting portion which can fit with the pushing portion, characterized in that when the rotating block rotates, the pushing portion is driven by the rotating block to move circumferentially, which drives the fitting portion to move along the first direction, the first direction intersects the vertical plane perpendicular to the rotating axis of the rotating block.
A travel path generation system that generates a travel path for performing automatic travel in a field in which work is performed by different types of field work vehicles, the system comprising: a work information acquisition portion for acquiring work information regarding a preceding field work vehicle that has performed work previously in the field; and a path calculation portion for calculating, based on the work information from the work information acquisition portion, the travel path for a subsequent field work vehicle that is to perform automatic travel work hereafter in the field in which work has been performed by the preceding field work vehicle, wherein the preceding field work vehicle is a seedling row forming machine that forms seedling rows, such as a seeding machine or a rice transplanter, and the work information regarding the seedling row forming machine includes planted seedling row information indicating a seedling row formation map, and the subsequent field work vehicle is a harvester that has a harvesting portion in a machine-body front portion and harvests crops in the field while automatically traveling; characterized in that: the harvesting portion is provided with dividers that are arranged laterally, and the travel path is corrected so as to optimize positions of the seedling rows on an unworked area side that are calculated based on the planted seedling row information, and a position of one of the dividers, on an end side in a machine-body left-right direction. a work information acquisition portion for acquiring work information regarding a preceding field work vehicle that has performed work previously in the field; and a path calculation portion for calculating, based on the work information from the work information acquisition portion, the travel path for a subsequent field work vehicle that is to perform automatic travel work hereafter in the field in which work has been performed by the preceding field work vehicle, wherein the preceding field work vehicle is a seedling row forming machine that forms seedling rows, such as a seeding machine or a rice transplanter, and the work information regarding the seedling row forming machine includes planted seedling row information indicating a seedling row formation map, and the subsequent field work vehicle is a harvester that has a harvesting portion in a machine-body front portion and harvests crops in the field while automatically traveling; the harvesting portion is provided with dividers that are arranged laterally, and the travel path is corrected so as to optimize positions of the seedling rows on an unworked area side that are calculated based on the planted seedling row information, and a position of one of the dividers, on an end side in a machine-body left-right direction.
Pressure screen for cleaning a fibrous suspension by way of a screen element which is configured in a rotationally symmetrical manner about a screen axis and which divides the pressure screen into an inlet space and an accepted stock space, wherein the inlet space is connected to a suspension inlet and to a reject outlet, and the accepted stock space is connected to an accepted stock outlet, and a rotor having rotor wings is located in the inlet space, the rotation axis of said rotor corresponding to the screen axis, and said rotor rotating relative to the screen element, characterized in that the spacing between the rotation axis and the straight line that in the flow direction runs through the centre of area of the cross-sectional area of the suspension inlet that runs perpendicularly to the flow direction is more than zero and less than 1.0 times, preferably less than 0.7 times, the radius of the screen element.
A panel lifter comprising: a first arm comprising a panel engaging element; a second arm comprising a foot pedal; and a fulcrum for engaging the ground connected between the panel engaging element and the foot pedal; wherein the panel engaging element is moveable with respect to the foot pedal characterised in that the first arm is moveable with respect to the second arm. a first arm comprising a panel engaging element; a second arm comprising a foot pedal; and a fulcrum for engaging the ground connected between the panel engaging element and the foot pedal;
A method for measuring blood flow comprising the following steps: - generating a modulated magnetic field that is a pilot tone signal by a generator coil, - recording response signals (S1, S2) of the modulated magnetic field from an object with an RF reception system (7, 21, 17), wherein the response signals (S1, S2) are measured by at least two RF antennae of the RF reception system (7, 21, 17), - separating a flow component of the recorded response signals (S1, S2) from those signal components resulting from movements of the object, wherein a flow movement is differentiated from other disturbing influences by a specific frequency and signal profile. - generating a modulated magnetic field that is a pilot tone signal by a generator coil, - recording response signals (S1, S2) of the modulated magnetic field from an object with an RF reception system (7, 21, 17), wherein the response signals (S1, S2) are measured by at least two RF antennae of the RF reception system (7, 21, 17), - separating a flow component of the recorded response signals (S1, S2) from those signal components resulting from movements of the object, wherein a flow movement is differentiated from other disturbing influences by a specific frequency and signal profile.
A communication system, comprising: a plurality of m IO nodes, each IO node having an IO interface comprising one or more IO ports and an input stage, wherein the plurality of input stages are configured to allocate traffic arriving from an IO interface of an IO node to multiplexing entities and to generate outgoing traffic from received multiplexing entities (60 and 80) via the IO interfaces of the IO node; a plurality of n center stage nodes for switching data received via multiplexing entities, wherein each center stage node is logically connected to each input stage and each input stage is logically connected to each center stage node, resulting in m*n bidirectional logical connections, wherein all traffic entering the system through one of the IO nodes is routed through one of the center stage nodes before leaving the system through one of the IO nodes; and a physical ring structure, wherein the plurality of input stages and the plurality of center stages are connected to the physical ring structure, and wherein at least some of the m*n bidirectional logical connections are mapped onto the physical ring structure, so that at least some of the multiplexing entities (60 and 80) transmitted between one of the input stages and one of the center stage nodes are transmitted over the physical ring structure. a plurality of m IO nodes, each IO node having an IO interface comprising one or more IO ports and an input stage, wherein the plurality of input stages are configured to allocate traffic arriving from an IO interface of an IO node to multiplexing entities and to generate outgoing traffic from received multiplexing entities (60 and 80) via the IO interfaces of the IO node; a plurality of n center stage nodes for switching data received via multiplexing entities, wherein each center stage node is logically connected to each input stage and each input stage is logically connected to each center stage node, resulting in m*n bidirectional logical connections, wherein all traffic entering the system through one of the IO nodes is routed through one of the center stage nodes before leaving the system through one of the IO nodes; and a physical ring structure, wherein the plurality of input stages and the plurality of center stages are connected to the physical ring structure, and wherein at least some of the m*n bidirectional logical connections are mapped onto the physical ring structure, so that at least some of the multiplexing entities (60 and 80) transmitted between one of the input stages and one of the center stage nodes are transmitted over the physical ring structure.