mhurhangee/ep-ind-claims huggingface dataset:
A cutting tool holder, comprising: a holder body having a longitudinal axis, and comprising: first and second side surfaces (102, 104), and a top surface extending there between; a cutting portion located at a front end of the holder body at the top surface; a weight aperture opening out to the first and second side surfaces (102, 104) and comprising an aperture axis extending transversely to the longitudinal axis, and an aperture inner surface; and a weight assembly located within the weight aperture, characterized by the weight assembly further comprising: a first weight portion; a second weight portion; a damping ring located along the aperture inner surface; and a fastening member connecting together and urging the first and second weight portions (118, 122) towards one another, such that each weight portion (118, 122) presses against the damping ring within the weight aperture. a holder body having a longitudinal axis, and comprising: first and second side surfaces (102, 104), and a top surface extending there between; a cutting portion located at a front end of the holder body at the top surface; a weight aperture opening out to the first and second side surfaces (102, 104) and comprising an aperture axis extending transversely to the longitudinal axis, and an aperture inner surface; first and second side surfaces (102, 104), and a top surface extending there between; a cutting portion located at a front end of the holder body at the top surface; a weight aperture opening out to the first and second side surfaces (102, 104) and comprising an aperture axis extending transversely to the longitudinal axis, and an aperture inner surface; and a weight assembly located within the weight aperture, characterized by the weight assembly further comprising: a first weight portion; a second weight portion; a damping ring located along the aperture inner surface; and a fastening member connecting together and urging the first and second weight portions (118, 122) towards one another, such that each weight portion (118, 122) presses against the damping ring within the weight aperture. a first weight portion; a second weight portion; a damping ring located along the aperture inner surface; and a fastening member connecting together and urging the first and second weight portions (118, 122) towards one another, such that each weight portion (118, 122) presses against the damping ring within the weight aperture.
Entropy encoding apparatus comprising a decomposer configured to convert a sequence of syntax elements having a value range which is sub-divided into a sequence of N partitions (140 1-3) into a sequence of source symbols by individually decomposing at least a subgroup of the syntax elements into a respective number n of source symbols s i with i=1...n, the respective number n of source symbols depending on as to which of the sequence of N partitions (140 1-3) a value z of the respective syntax elements falls into, so that a sum of values of the respective number of source symbols s i yields z, and, if n>1, for all i=1...n-1, the value of s i corresponds to a range of the i th partition; a subdivider configured to subdivide the sequence of source symbols into a first subsequence of source symbols and a second subsequence of source symbols such that all source symbols s x with x being member of a first subset of {1...N} are contained within the first subsequence and all source symbols s y with y being member of a second subset of {1...N} being disjoint to the first subset, are contained within the second subsequence; a VLC encoder configured to symbol-wisely encode the source symbols of the first subsequence; and an arithmetic encoder configured to encode the second subsequence of source symbols, characterised in that the values z of the subgroup of the syntax elements are absolute values, and wherein the decomposer is configured to adapt one or more of limits between the partitions according to previously encoded source symbols.
An assembly comprising a femoral component and an apparatus for guiding resection of a tibia during a knee replacement surgery, the femoral component comprising a medial and a lateral condyle; the apparatus comprising: a first portion configured to position the apparatus relative to the medial condyle of the femoral component and the lateral condyle of the femoral component and a second portion connected to the first portion and defining one or more slots (110A, 110B, 110C, 110D), the slots configured for at least one of a first proximal cut and a first sagittal cut to the tibia, wherein the first portion comprises: a first arm having a first male connection feature configured to connect with a first female connection feature in the medial condyle of the femoral component; a second arm having a second male connection feature configured to connect with a second female connection feature in the lateral condyle of the femoral component; and an intermediate portion connected to the first arm and the second arm at a proximal end portion and connected to the second portion at a distal end portion. a first portion configured to position the apparatus relative to the medial condyle of the femoral component and the lateral condyle of the femoral component and a second portion connected to the first portion and defining one or more slots (110A, 110B, 110C, 110D), the slots configured for at least one of a first proximal cut and a first sagittal cut to the tibia, wherein the first portion comprises: a first arm having a first male connection feature configured to connect with a first female connection feature in the medial condyle of the femoral component; a second arm having a second male connection feature configured to connect with a second female connection feature in the lateral condyle of the femoral component; and an intermediate portion connected to the first arm and the second arm at a proximal end portion and connected to the second portion at a distal end portion. a first arm having a first male connection feature configured to connect with a first female connection feature in the medial condyle of the femoral component; a second arm having a second male connection feature configured to connect with a second female connection feature in the lateral condyle of the femoral component; and an intermediate portion connected to the first arm and the second arm at a proximal end portion and connected to the second portion at a distal end portion.
A method of measuring the degree of cure of a polymerizable composition comprising: (i) mixing a wavelength-shift fluorophore with the polymerizable composition, wherein said wavelength-shift fluorophore is 7-diethylamino-4-methyl-coumarin; (ii) permitting polymerization of the polymerizable composition; (ii) measuring fluorescence intensity at two emission wavelengths, one on each side of peak fluorescence intensity, of the wavelength-shift fluorophore and determining a ratio therefrom; and (iv) comparing the ratio to one or more reference value(s) that correlates the ratio to a known degree of polymerization of the polymerizable composition. (i) mixing a wavelength-shift fluorophore with the polymerizable composition, wherein said wavelength-shift fluorophore is 7-diethylamino-4-methyl-coumarin; (ii) permitting polymerization of the polymerizable composition; (ii) measuring fluorescence intensity at two emission wavelengths, one on each side of peak fluorescence intensity, of the wavelength-shift fluorophore and determining a ratio therefrom; and (iv) comparing the ratio to one or more reference value(s) that correlates the ratio to a known degree of polymerization of the polymerizable composition.
Hydraulic drive system of an industrial truck, wherein the drive system has working hydraulics which comprise a lifting drive and at least one secondary drive (4; 5; 6), wherein in order to supply the lifting drive and the at least one secondary drive (4; 5; 6) a variable displacement pump is provided which has an adjustable delivery volume and which is operatively connected to an internal combustion engine for its drive, wherein the installed hydraulic power of the variable displacement pump is greater than the rated power of the internal combustion engine, wherein the variable displacement pump has an actuating device for adjusting the delivery volume, which actuating device is provided with a power-limiting device, characterized in that the power-limiting device of the actuating device is set in such a way that the power limitation of the power-limiting device becomes effective starting from a predefined limiting value (L Grenz) of a load which is to be lifted and which is located on the lifting drive, and in that an electronic control device is provided which is operatively connected on the input side to a sensor device which senses the load taken up by the lifting drive, and is operatively connected on the output side to a rotational speed-adjusting device of the internal combustion engine, wherein the electronic control device is embodied in such a way that above the limiting value (L Grenz) of the load which is to be lifted and which is located on the lifting drive the rotational speed (n) of the internal combustion engine is raised in order to achieve a predefined lifting speed.
Timepiece plate including at least one pivot for a timepiece mechanism, said pivot including a first rotational guide member for radially holding an arbor in said plate, and a second front guide member for axially limiting the end of said arbor, and including at least one resilient shock absorber acting on at least said first rotational guide member and/or said second front guide member, wherein said at least one resilient shock absorber is made in a one-piece manner, in a micromachinable material or silicon or quartz or diamond or ruby or corundum with at least one structural element other than said first rotational guide member and said second front guide member, said pivot including a first level and a second level which are superposed, and said first rotational guide member being suspended to said structural element by at least a first shock-absorber on said first level, and said second front guide member being suspended to said structural element by at least a second shock-absorber on said second level, characterized in that the plate forms said structural element, in that said first rotational guide member and said second front guide member are both made in a one-piece manner with said plate in a micromachinable material or in silicon or quartz or diamond or ruby or corundum, and further characterized in that, either on said first level said first rotational guide member is suspended to an upper setting by a first connecting element, which is a flexible element, said upper setting being suspended to said structural element by said first shock absorber, or on said second level said second front guide member is suspended to a lower setting by a second connecting element, which is a flexible element, said lower setting being suspended to said structural element by said second shock absorber.
Appliance- and anti-vibration mount for mounting an appliance, a unit or an installation, comprising - a first fastening plate, - a second fastening plate, - a damping body held on connecting surfaces (6, 7) between the first fastening plate and the second fastening plate, wherein - the first and second fastening plate (1, 2) have force introduction surfaces (4, 5) which are aligned in parallel with and laterally offset from one another, wherein - one or more recesses (8, 9) are provided in the damping body, which recesses each open into a fastening opening (10, 11) of one of the fastening plates (1, 2) and are formed by cylindrical cut-outs aligned in parallel with the fastening direction, wherein - at least two recesses (8, 9) are provided, and - a first recess opens into the fastening opening of the first fastening plate, and - a second recess opens into the fastening opening of the second fastening plate, and - the first and second recess (8, 9) are arranged on different sides of the damping body, characterized in that the cylindrical cut-outs extend, starting from the free surfaces of the damping body which are inclined with respect to the fastening directions, through the damping body as far as the connecting surfaces (6, 7) of the first and second fastening plate (1, 2), wherein - the cylindrical cut-outs are arranged coaxially with the fastening openings (10, 11) and overlap perpendicularly to the longitudinal axes thereof. - a first fastening plate, - a second fastening plate, - a damping body held on connecting surfaces (6, 7) between the first fastening plate and the second fastening plate, wherein - the first and second fastening plate (1, 2) have force introduction surfaces (4, 5) which are aligned in parallel with and laterally offset from one another, wherein - one or more recesses (8, 9) are provided in the damping body, which recesses each open into a fastening opening (10, 11) of one of the fastening plates (1, 2) and are formed by cylindrical cut-outs aligned in parallel with the fastening direction, wherein - at least two recesses (8, 9) are provided, and - a first recess opens into the fastening opening of the first fastening plate, and - a second recess opens into the fastening opening of the second fastening plate, and - the first and second recess (8, 9) are arranged on different sides of the damping body, characterized in that the cylindrical cut-outs extend, starting from the free surfaces of the damping body which are inclined with respect to the fastening directions, through the damping body as far as the connecting surfaces (6, 7) of the first and second fastening plate (1, 2), wherein - the cylindrical cut-outs are arranged coaxially with the fastening openings (10, 11) and overlap perpendicularly to the longitudinal axes thereof.
A multiband 3D universal antenna system, comprising: a magnetic core surrounded by a multiaxial coil wound around each of three orthogonal axis X, Y, Z, said multiaxial coil including at least two different coils wound around at least one of said three orthogonal axis, each coil of each axis having a specific cross section and a given number of turns, and each coil being provided with two external connectors; a support configured to provide backing and/or isolation of said coils; a connection box connected to said external connectors, said connection box being configured to provide a reconfigurable connection between said external connectors via interconnections, said reconfigurable connection being configured to provide a given inductance range, quality factor, Q, range and sensitivity range to operate within at least three different working frequencies, wherein the coils include six coils (12X1, 12X2, 12Y1, 12Y2, 12Z1 and 12Z2), which are arranged around axis X, Y and Z, three of said six coils (12X1, 12X2, 12Y1, 12Y2, 12Z1 and 12Z2) being configured to operate under a 125 kHz or 134.2 kHz frequency and three of said six coils (12X1, 12X2, 12Y1, 12Y2, 12Z1 and 12Z2) being configured to operate under a 20 kHz frequency. a magnetic core surrounded by a multiaxial coil wound around each of three orthogonal axis X, Y, Z, said multiaxial coil including at least two different coils wound around at least one of said three orthogonal axis, each coil of each axis having a specific cross section and a given number of turns, and each coil being provided with two external connectors; a support configured to provide backing and/or isolation of said coils; a connection box connected to said external connectors, said connection box being configured to provide a reconfigurable connection between said external connectors via interconnections, said reconfigurable connection being configured to provide a given inductance range, quality factor, Q, range and sensitivity range to operate within at least three different working frequencies, wherein the coils include six coils (12X1, 12X2, 12Y1, 12Y2, 12Z1 and 12Z2), which are arranged around axis X, Y and Z, three of said six coils (12X1, 12X2, 12Y1, 12Y2, 12Z1 and 12Z2) being configured to operate under a 125 kHz or 134.2 kHz frequency and three of said six coils (12X1, 12X2, 12Y1, 12Y2, 12Z1 and 12Z2) being configured to operate under a 20 kHz frequency.
An electrical connector, comprising: a female terminal for contacting with a male terminal, wherein the female terminal includes a terminal main body into which the male terminal is insertable and extractable in inserting and extracting directions; first and second holding protrusions (19a, 19b) projecting from the terminal main body in a first direction orthogonal to the inserting and extracting directions; and a housing for holding the female terminal, the housing having a sidewall with first and second holding openings or holding holes, wherein the holding protrusions (19a, 19b) are respectively press-fitted into the holding openings or holding holes, wherein the first protrusion and the second protrusion are off-set from each other in the inserting and extracting directions, wherein the first and second holding protrusions (19a, 19b) are each plate-like and extend along the inserting and extracting directions, a second direction being a plate thickness direction, the second protrusion being disposed parallel to the first protrusion, wherein the housing includes an aperture on one side in the first direction orthogonal to the inserting and extracting directions, and wherein the female terminal is assembled to the housing through the aperture and in the first direction, orthogonal to the inserting and extracting directions, characterized in that a space in the second direction exists between the first protrusion and the second protrusion, the second direction being orthogonal to both the inserting and extracting directions and the first direction. a female terminal for contacting with a male terminal, wherein the female terminal includes a terminal main body into which the male terminal is insertable and extractable in inserting and extracting directions; first and second holding protrusions (19a, 19b) projecting from the terminal main body in a first direction orthogonal to the inserting and extracting directions; and a housing for holding the female terminal, the housing having a sidewall with first and second holding openings or holding holes, wherein the holding protrusions (19a, 19b) are respectively press-fitted into the holding openings or holding holes, wherein the first protrusion and the second protrusion are off-set from each other in the inserting and extracting directions, wherein the first and second holding protrusions (19a, 19b) are each plate-like and extend along the inserting and extracting directions, a second direction being a plate thickness direction, the second protrusion being disposed parallel to the first protrusion, wherein the housing includes an aperture on one side in the first direction orthogonal to the inserting and extracting directions, and wherein the female terminal is assembled to the housing through the aperture and in the first direction, orthogonal to the inserting and extracting directions,
A vehicle door latch device comprising: a casing; a standard electric part (11, 27, 28) disposed in the casing; a standard switch plate disposed in the casing and conductive to the standard electric part (11, 27, 28); and a connector provided on the standard switch plate and having a standard connection terminal electrically connectable to an external connector, wherein the connector, in a portion not having the standard connection terminal, has a connecting hole which penetrates in the connection direction of the external connector and into which another switch plate, namely a special switch plate 2. conductive to another electric part,namely a special electric part (38, 47) different from the standard electric part (11, 27, 28) can be fitted, characterised in that a bent portion bent in a plate thickness direction of the standard switch plate is formed at an end portion of the standard switch plate, the connector is provided on a surface of the bent portion that is opposite to the standard switch plate, the connecting portion of the special switch plate can penetrate the bent portion and can be fitted into the connecting hole from the opposite side of the connector. a casing; a standard electric part (11, 27, 28) disposed in the casing; a standard switch plate disposed in the casing and conductive to the standard electric part (11, 27, 28); and a connector provided on the standard switch plate and having a standard connection terminal electrically connectable to an external connector, wherein the connector, in a portion not having the standard connection terminal, has a connecting hole which penetrates in the connection direction of the external connector and into which another switch plate, namely a special switch plate 2. conductive to another electric part,namely a special electric part (38, 47) different from the standard electric part (11, 27, 28) can be fitted, characterised in that a bent portion bent in a plate thickness direction of the standard switch plate is formed at an end portion of the standard switch plate, the connector is provided on a surface of the bent portion that is opposite to the standard switch plate, the connecting portion of the special switch plate can penetrate the bent portion and can be fitted into the connecting hole from the opposite side of the connector.
Control method for a wind turbine of the type comprising at least: • a tower, • a rotor with a plurality of blades, each comprising respective actuators, configured to modify the pitch angle of each blade, and • a control unit, where the method comprises the following stages: • obtaining a first signal regarding the azimuthal position (θ) for each blade, • obtaining at least one signal indicative of wind speed (v), • calculating a blade pitch angle control term (Δβ) for each blade in accordance with the azimuthal position (θ) of each blade and of the at least one signal indicative of wind speed (v), for the purpose of increasing the blade pitch angle (β), characterised in that the step of calculating the blade pitch angle control term (Δβ) comprises the use of at least one function dependent on the at least one signal indicative of wind speed (v), and in that the at least one function dependent on the at least one signal indicative of wind speed (v) includes an increasing piece within a range of wind speed values below a nominal wind speed (v nom). • a tower, • a rotor with a plurality of blades, each comprising respective actuators, configured to modify the pitch angle of each blade, and • a control unit, • obtaining a first signal regarding the azimuthal position (θ) for each blade, • obtaining at least one signal indicative of wind speed (v), • calculating a blade pitch angle control term (Δβ) for each blade in accordance with the azimuthal position (θ) of each blade and of the at least one signal indicative of wind speed (v), for the purpose of increasing the blade pitch angle (β), characterised in that the step of calculating the blade pitch angle control term (Δβ) comprises the use of at least one function dependent on the at least one signal indicative of wind speed (v), and in that the at least one function dependent on the at least one signal indicative of wind speed (v) includes an increasing piece within a range of wind speed values below a nominal wind speed (v nom).