mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented authentication interface system comprising: a server communicatively coupled with a user computer via a computer network, wherein the server is configured to receive, from the user computer, an identifier that uniquely identifies a user; characterised in that the server is further configured to: retrieve, based on the identifier, a first image that has been previously associated with the user; retrieve a second image that represents an entry interface; generate, in dependence on the first image and the second image, a personalised graphical interface; and send the personalised graphical interface to the user computer; wherein the personalised graphical interface comprises an image distortion applied to the first and second images, the image distortion randomly changes how the first and second images are displayed within the personalised graphical interface and the distorted first and second images are displayed within the personalised graphical interface in a visually decipherable way by a user of the user computer. a server communicatively coupled with a user computer via a computer network, wherein the server is configured to receive, from the user computer, an identifier that uniquely identifies a user; characterised in that the server is further configured to: retrieve, based on the identifier, a first image that has been previously associated with the user; retrieve a second image that represents an entry interface; generate, in dependence on the first image and the second image, a personalised graphical interface; and send the personalised graphical interface to the user computer; retrieve, based on the identifier, a first image that has been previously associated with the user; retrieve a second image that represents an entry interface; generate, in dependence on the first image and the second image, a personalised graphical interface; and send the personalised graphical interface to the user computer;
A fault diagnosis apparatus for a circuit breaker, comprising: at least one sensor adapted to be coupled to at least one mechanism arranged in the circuit breaker and configured to obtain waveform data of a parameter over time, the waveform data related to an operation state of the at least one mechanism; and a processing unit coupled to the at least one sensor and configured to; analyze the waveform data to obtain at least one feature value; determine a dissimilarity between the at least one feature value and a threshold matrix; and in response to the dissimilarity being greater than a threshold dissimilarity, determine that the at least one mechanism has a fault; wherein the threshold matrix records feature values corresponding to a normal operation status of the at least one mechanism; and wherein the threshold matrix records 50 or more vibration feature values. at least one sensor adapted to be coupled to at least one mechanism arranged in the circuit breaker and configured to obtain waveform data of a parameter over time, the waveform data related to an operation state of the at least one mechanism; and a processing unit coupled to the at least one sensor and configured to; analyze the waveform data to obtain at least one feature value; determine a dissimilarity between the at least one feature value and a threshold matrix; and in response to the dissimilarity being greater than a threshold dissimilarity, determine that the at least one mechanism has a fault; wherein the threshold matrix records feature values corresponding to a normal operation status of the at least one mechanism; and wherein the threshold matrix records 50 or more vibration feature values. analyze the waveform data to obtain at least one feature value; determine a dissimilarity between the at least one feature value and a threshold matrix; and in response to the dissimilarity being greater than a threshold dissimilarity, determine that the at least one mechanism has a fault; wherein the threshold matrix records feature values corresponding to a normal operation status of the at least one mechanism; and wherein the threshold matrix records 50 or more vibration feature values.
A hybrid polarizer, comprising: a reflective polarizer portion, including alternating high index layers and low index layers, wherein the reflective polarizer portion is substantially free of absorbing polarizer elements; and a hybrid polarizer portion disposed on the reflective polarizer portion, including alternating high index layers and low index layers wherein each of the high index layers of the hybrid polarizer portion include absorbing polarizer elements. a reflective polarizer portion, including alternating high index layers and low index layers, wherein the reflective polarizer portion is substantially free of absorbing polarizer elements; and a hybrid polarizer portion disposed on the reflective polarizer portion, including alternating high index layers and low index layers wherein each of the high index layers of the hybrid polarizer portion include absorbing polarizer elements.
A valve comprising: a valve body having an inlet, an outlet, and a valve interior in fluid communication with the inlet and outlet; a bonnet removably secured to a top portion of the valve body; a ball element pivotably mounted in the valve interior, an exterior surface of the ball element defining a portion of a sphere, wherein all points on the exterior surface of the ball element are not equidistant from a natural pivot point of the ball element; a seal ring disposed within the valve interior and biased toward the ball element, wherein the seal ring is adapted to sealingly engage the ball element, and wherein a primary leak path exists between the seal ring and the valve body, the primary leak path being exposed to fluid pressure within the valve; and a first C-seal non-slidably disposed on an exterior surface of the seal ring, the first C-seal sealingly engaging the seal ring and a portion of the valve body to prevent fluid flow through the primary leak path, and wherein the fluid pressure in the first C-seal biases the seal ring towards the ball element, and wherein a relative displacement between the seal ring and the portion of the valve body results in a spring force provided by the first C-seal that also biases the seal ring towards the ball element, the first C-Seal being disposed around a circumference of a cylindrical ring outer wall of the seal ring. a valve body having an inlet, an outlet, and a valve interior in fluid communication with the inlet and outlet; a bonnet removably secured to a top portion of the valve body; a ball element pivotably mounted in the valve interior, an exterior surface of the ball element defining a portion of a sphere, wherein all points on the exterior surface of the ball element are not equidistant from a natural pivot point of the ball element; a seal ring disposed within the valve interior and biased toward the ball element, wherein the seal ring is adapted to sealingly engage the ball element, and wherein a primary leak path exists between the seal ring and the valve body, the primary leak path being exposed to fluid pressure within the valve; and a first C-seal non-slidably disposed on an exterior surface of the seal ring, the first C-seal sealingly engaging the seal ring and a portion of the valve body to prevent fluid flow through the primary leak path, and wherein the fluid pressure in the first C-seal biases the seal ring towards the ball element, and wherein a relative displacement between the seal ring and the portion of the valve body results in a spring force provided by the first C-seal that also biases the seal ring towards the ball element, the first C-Seal being disposed around a circumference of a cylindrical ring outer wall of the seal ring.
Shift by wire shifter device for controlling a vehicle transmission, the device comprising a selector that is movable relative to a fixed part according to a first shifting movement defined by a first shifting path and according to a second shifting movement defined by a second shifting path for selecting gearshift positions, at least one of said shifting paths (P1, P2) extending from different gearshift positions, and said first and second shifting paths (P1, P2) lying on the same plane, and intersecting with each other, with the second shifting path being defined by a curved line, wherein the selector and the fixed part are directly joined by a joint member such that the first shifting movement is a translational movement and the second shifting movement is a rotational movement defined by the second shifting path relative to the position of the joint member, wherein it further includes selector position sensing means comprising a lever attached to the selector at one end thereof, a magnet attached to the lever at another end thereof, a sensor located proximate the magnet for determining the position of the selector, characterized in that it further includes at least one ball and socket joint (88a; 88b) for coupling of at least one of the lever to the selector and the magnet to the fixed part.
An insulating coating material comprising: an insulating film made from a polyimide resin; and an adhesive layer made from a fluorocarbon resin, the insulating film having a tensile stress at 5% strain of not less than 180 MPa and a tensile stress at 15% strain of not less than 225 MPa, the stresses being obtained by measuring a tensile modulus according to ASTM D882. an insulating film made from a polyimide resin; and an adhesive layer made from a fluorocarbon resin, the insulating film having a tensile stress at 5% strain of not less than 180 MPa and a tensile stress at 15% strain of not less than 225 MPa, the stresses being obtained by measuring a tensile modulus according to ASTM D882.
A light fixture (100, 200, 300a, 300b, 400a, 400b, 400c, 500) comprising: - first and second side wall sections (101, 102, 201, 202, 501, 502) being a distance away from each other and having first surfaces (119, 120, 219, 220, 519, 520) facing towards each other, and - a first light source (103, 203, 503) on the first surface of the first side wall section and positioned so that a maximum intensity direction of a light distribution pattern of the first light source is towards the second side wall section, characterized in that the light fixture comprises a first lens section (105, 205, 505) made of transparent material having a refractive index greater than one and placed to cover the first light source, wherein the first lens section constitutes an optical diverter configured to direct a first part of light emitted by the first light source obliquely via a gap (107, 207) between first edges of the first and second side wall sections and a second part of the light emitted by the first light source obliquely via a gap (108, 208) between second edges of the first and second side wall sections, a first angle (θ 1) between a maximum intensity direction of the first part of the light emitted by the first light source and a direction perpendicular to the first and second side wall sections being smaller than a second angle (θ 2) between a maximum intensity direction of the second part of the light emitted by the first light source and the direction perpendicular to the first and second side wall sections. - first and second side wall sections (101, 102, 201, 202, 501, 502) being a distance away from each other and having first surfaces (119, 120, 219, 220, 519, 520) facing towards each other, and - a first light source (103, 203, 503) on the first surface of the first side wall section and positioned so that a maximum intensity direction of a light distribution pattern of the first light source is towards the second side wall section,
An engine system comprising: a plurality of cylinder groups (10, 20) which burn a supplied gas mixture and discharge an exhaust gas; a plurality of high-pressure stage superchargers (11, 21) each having a high-pressure stage turbine (13, 23) driven by the exhaust gas of the corresponding cylinder group (10, 20), and a high-pressure stage compressor (14, 24) rotated by driving of the high-pressure stage turbine (13, 23) and configured to compress a gas supplied to the corresponding cylinder group (10, 20); and a plurality of low-pressure stage superchargers (12, 22) each having a low-pressure stage turbine (15, 25) driven by an exhaust gas discharged from the high-pressure stage turbine (13, 23) of one of the plurality of high-pressure stage superchargers and a low-pressure stage compressor (16, 26) rotated by driving of the low-pressure stage turbine (15, 25) characterized in that the low-pressure stage compressor (16, 26) is configured to compress all the gas supplied to a high-pressure stage compressor (14, 24) of another high-pressure stage supercharger (11,21) different from said one high-pressure stage supercharger (11, 21). a plurality of cylinder groups (10, 20) which burn a supplied gas mixture and discharge an exhaust gas; a plurality of high-pressure stage superchargers (11, 21) each having a high-pressure stage turbine (13, 23) driven by the exhaust gas of the corresponding cylinder group (10, 20), and a high-pressure stage compressor (14, 24) rotated by driving of the high-pressure stage turbine (13, 23) and configured to compress a gas supplied to the corresponding cylinder group (10, 20); and a plurality of low-pressure stage superchargers (12, 22) each having a low-pressure stage turbine (15, 25) driven by an exhaust gas discharged from the high-pressure stage turbine (13, 23) of one of the plurality of high-pressure stage superchargers and a low-pressure stage compressor (16, 26) rotated by driving of the low-pressure stage turbine (15, 25) characterized in that the low-pressure stage compressor (16, 26) is configured to compress all the gas supplied to a high-pressure stage compressor (14, 24) of another high-pressure stage supercharger (11,21) different from said one high-pressure stage supercharger (11, 21).
A mouse embryo for screening tau oligomer formation, which comprises a vector pair for screening tau oligomer formation, comprising: a first vector comprising a first tau gene, a first fluorescence protein gene and a first neuron-specific promoter; and a second vector comprising a second tau gene, a second fluorescence protein gene and a second neuron-specific promoter, wherein a protein expressed from the first fluorescence protein gene and a protein expressed from the second fluorescence protein gene bind to each other to display fluorescence, by association between a protein expressed from the first tau gene and a protein expressed from the second tau gene, wherein the first tau gene and the first fluorescence protein gene are operably linked to each other, and the second tau gene and the second fluorescence protein gene are operably linked to each other, wherein the first fluorescence protein gene is represented by SEQ ID NO: 3, and the second fluorescence protein gene is represented by SEQ ID NO: 5. a first vector comprising a first tau gene, a first fluorescence protein gene and a first neuron-specific promoter; and a second vector comprising a second tau gene, a second fluorescence protein gene and a second neuron-specific promoter, wherein a protein expressed from the first fluorescence protein gene and a protein expressed from the second fluorescence protein gene bind to each other to display fluorescence, by association between a protein expressed from the first tau gene and a protein expressed from the second tau gene, wherein the first tau gene and the first fluorescence protein gene are operably linked to each other, and the second tau gene and the second fluorescence protein gene are operably linked to each other, wherein the first fluorescence protein gene is represented by SEQ ID NO: 3, and the second fluorescence protein gene is represented by SEQ ID NO: 5.
The polymorphic form of 6-(1H-imidazol-1-yl)-2-phenylquinazoline, characterised by the following features: i) X-ray powder diffraction spectrum (XRPD) obtained by irradiation with CuKα comprising the peaks listed in table 1; ii) an endothermal maximum of melting of 186.3°C and an onset of 180°C determined by DSC at a heating rate of 10°C/min. Table 1 Diffraction angle (2θ°) Relative intensity (%) 10.02 29.8 10.21 35.0 11.48 14.4 15.40 100 16.65 37.3 20.07 8.53 21.48 31.7 21.58 33.9 22.06 18.38 23.27 5.74 24.62 75.62 26.78 24.29 29.20 24.36 29.84 6.61 i) X-ray powder diffraction spectrum (XRPD) obtained by irradiation with CuKα comprising the peaks listed in table 1; ii) an endothermal maximum of melting of 186.3°C and an onset of 180°C determined by DSC at a heating rate of 10°C/min. Table 1 Diffraction angle (2θ°) Relative intensity (%) 10.02 29.8 10.21 35.0 11.48 14.4 15.40 100 16.65 37.3 20.07 8.53 21.48 31.7 21.58 33.9 22.06 18.38 23.27 5.74 24.62 75.62 26.78 24.29 29.20 24.36 29.84 6.61
A tissue-removing catheter for removing tissue in a body lumen, the tissue-removing catheter comprising: an elongate body having an axis and proximal and distal end portions spaced apart from one another along the axis, the elongate body being rotatable and sized and shaped to be received in the body lumen; a tissue-removing element mounted on the distal end portion of the elongate body, the tissue-removing element being configured to remove the tissue as the tissue-removing element is rotated by the elongate body within the body lumen; a guidewire lumen extending through the elongate body from a distal end of the catheter to an intermediate location on the catheter spaced distally from a proximal end of the catheter, the guidewire lumen being configured to receive a guidewire such the catheter can be removed from the body lumen by pulling the catheter along the guidewire without removing the guidewire from the body lumen; and a junction box located at the intermediate location of the catheter, the junction box defining a guidewire port for receiving the guidewire. an elongate body having an axis and proximal and distal end portions spaced apart from one another along the axis, the elongate body being rotatable and sized and shaped to be received in the body lumen; a tissue-removing element mounted on the distal end portion of the elongate body, the tissue-removing element being configured to remove the tissue as the tissue-removing element is rotated by the elongate body within the body lumen; a guidewire lumen extending through the elongate body from a distal end of the catheter to an intermediate location on the catheter spaced distally from a proximal end of the catheter, the guidewire lumen being configured to receive a guidewire such the catheter can be removed from the body lumen by pulling the catheter along the guidewire without removing the guidewire from the body lumen; and a junction box located at the intermediate location of the catheter, the junction box defining a guidewire port for receiving the guidewire.
Capsules, encompassing (a) at least one gel forming substance, (b) at least one emulsifier, (c) at least one filler, and (d) at least one active for encapsulation, whereby (i) said gel-forming substance (a) is selected from the group consisting of alginate and/or pectin and/or gellan gum; (ii) said emulsifier (b) is selected from the group consisting of polysorbates, sugar esters, saponins, gum Arabic, modified gum Arabic and/or modified starch; (iii) said filler (c) is selected from the group consisting of vegetable fibres, microcrystalline cellulose, silica gels, native starch and/or silicates; and (iv) said active (d) is dispersed in an emulsion comprising said gel-forming substance (a), said emulsifier (b) and said filler (c) (a) at least one gel forming substance, (b) at least one emulsifier, (c) at least one filler, and (d) at least one active for encapsulation, (i) said gel-forming substance (a) is selected from the group consisting of alginate and/or pectin and/or gellan gum; (ii) said emulsifier (b) is selected from the group consisting of polysorbates, sugar esters, saponins, gum Arabic, modified gum Arabic and/or modified starch; (iii) said filler (c) is selected from the group consisting of vegetable fibres, microcrystalline cellulose, silica gels, native starch and/or silicates; and (iv) said active (d) is dispersed in an emulsion comprising said gel-forming substance (a), said emulsifier (b) and said filler (c)
Use of a microbial inoculant system for culturing microbes, comprising: a first sealed chamber including microbes in a stable culture form, wherein the microbes include Pseudomonas, Mitsuaria, or Azospirillum; a second sealed chamber including nutrient media suitable for growing the microbes through a log phase growth stage; wherein the first chamber is removably connected to the second chamber; and a dividing member defining a wall separating the first sealed chamber and the second sealed chamber, wherein the dividing member is configured to disperse microbes into the nutrient media when the integrity of the dividing member is disrupted. a first sealed chamber including microbes in a stable culture form, wherein the microbes include Pseudomonas, Mitsuaria, or Azospirillum; a second sealed chamber including nutrient media suitable for growing the microbes through a log phase growth stage; wherein the first chamber is removably connected to the second chamber; and a dividing member defining a wall separating the first sealed chamber and the second sealed chamber, wherein the dividing member is configured to disperse microbes into the nutrient media when the integrity of the dividing member is disrupted.
A numbering and imprinting machine comprising: a number cylinder (14, 15) including a plurality of numbering devices arranged to form a plurality of numbering device lines (50d, 50e) on each of which said plurality of numbering devices align themselves in an axial direction of said number cylinder, said numbering device lines being arranged circumferentially; a drive motor which rotates said number cylinder; characterized by a brush member which is supported movably and moves in contact with said number cylinder to clean said plurality of numbering devices; a brush member drive device which moves said brush member in a plurality of directions parallel to contact surfaces with said plurality of numbering devices; a phase detection device which detects a rotary phase of said number cylinder; and a control device which controls said drive motor, based on the detection result obtained by said phase detection device, so as to stop said number cylinder while said brush member is in contact with one of said plurality of numbering devices which form one of said plurality of numbering device lines, and controls said brush member drive device to move said brush member in contact with the one of said plurality of numbering device lines. a number cylinder (14, 15) including a plurality of numbering devices arranged to form a plurality of numbering device lines (50d, 50e) on each of which said plurality of numbering devices align themselves in an axial direction of said number cylinder, said numbering device lines being arranged circumferentially; a drive motor which rotates said number cylinder; characterized by a brush member which is supported movably and moves in contact with said number cylinder to clean said plurality of numbering devices; a brush member drive device which moves said brush member in a plurality of directions parallel to contact surfaces with said plurality of numbering devices; a phase detection device which detects a rotary phase of said number cylinder; and a control device which controls said drive motor, based on the detection result obtained by said phase detection device, so as to stop said number cylinder while said brush member is in contact with one of said plurality of numbering devices which form one of said plurality of numbering device lines, and controls said brush member drive device to move said brush member in contact with the one of said plurality of numbering device lines.