mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a wrapping tape, wherein first a cylindrical blank is pressed from a material mixture, preferably a mixture of an unsintered polytetrafluoroethylene powder and a lubricant, the blank is then pressed so as to form a smaller sized monofilament strand with a predetermined cross-sectional shape and the monofilament strand is subsequently rolled in a calender roll arrangement having at least one first and one second fixed roll (5a, 5b) so as to form a wrapping tape, characterized in that the monofilament strand is fed to a circumferentially extending recess provided on the circumferential surface of the at least second roll and is rolled by means of both rolls (5a, 5b) so as to form the wrapping tape in such a manner that the wrapping tape adopts at least partially a shape predetermined by the recess of the at least second fixed roll and the circumferential surface of the first fixed roll, wherein the cross-sectional shape of the pressed monofilament strand is approximately adjusted to the shape of the circumferentially extending recess.
A high-pressure fuel supply pump, comprising: a piston plunger reciprocating within a pressurizing chamber; and an electromagnetically-driven intake valve mechanism provided at an inlet of the pressurizing chamber, wherein the electromagnetically-driven intake valve mechanism includes an anchor which pulls a plunger rod, a fixed core which attracts the anchor, and a bottomed cup-like yoke comprising a bottom part and an inner peripheral surface forming a cylindrical space; wherein the fixed core has a cylindrical space formed inside and a bottom part; characterized in that the fixed core is rigidly fixed to the bottom part of the bottomed cup-like yoke by press-fitting, wherein a through hole is formed at the bottom part of the fixed core and wherein the fixed core is press-fitted in the inner peripheral surface) of the bottomed cup-like yoke. a piston plunger reciprocating within a pressurizing chamber; and an electromagnetically-driven intake valve mechanism provided at an inlet of the pressurizing chamber, wherein the electromagnetically-driven intake valve mechanism includes an anchor which pulls a plunger rod, a fixed core which attracts the anchor, and a bottomed cup-like yoke comprising a bottom part and an inner peripheral surface forming a cylindrical space; wherein the fixed core has a cylindrical space formed inside and a bottom part; characterized in that the fixed core is rigidly fixed to the bottom part of the bottomed cup-like yoke by press-fitting, wherein a through hole is formed at the bottom part of the fixed core and wherein the fixed core is press-fitted in the inner peripheral surface) of the bottomed cup-like yoke.
A method implemented by a host computing device comprising: detecting connection of an accessory device to the host computing device, the accessory device having no battery; authenticating the accessory device to determine authorization of the accessory device for power exchange with the host computing device; and upon successful authentication of the accessory device, authorizing power exchange with the accessory device; and supplying supplemental power from one or more batteries of the host computing device to the authorized accessory device when power exchange with the accessory device is authorized, wherein the host computing device is enabled to perform authenticating and the supplying even if the host computing device is in a low power mode. detecting connection of an accessory device to the host computing device, the accessory device having no battery; authenticating the accessory device to determine authorization of the accessory device for power exchange with the host computing device; and upon successful authentication of the accessory device, authorizing power exchange with the accessory device; and supplying supplemental power from one or more batteries of the host computing device to the authorized accessory device when power exchange with the accessory device is authorized, wherein the host computing device is enabled to perform authenticating and the supplying even if the host computing device is in a low power mode.
A detector apparatus for scanning of and obtaining radiation data from an object comprising: a radiation source; a radiation detector system spaced therefrom to define a scanning zone and to collect in use a dataset of information about radiation incident at the detector after interaction with an object in the scanning zone and adapted to resolve such collected information spatially in two dimensions across a scan area and spectroscopically across a plurality of frequency bands in the spectrum of the source; wherein the detector system is adapted to resolve such collected information spectroscopically in that it comprises a detector that exhibits a spectroscopically variable response across at least a part of the spectrum of the source; and wherein the detector system is adapted to resolve such collected information spatially in that it comprises: a rastering module configured to divide the scanning area into a plurality of pixels in each of two dimensions at a plurality of resolutions including at least a coarse resolution and a fine resolution, and further configured to enable selection between the plurality of resolutions; a detector control means to move the detector across the scanning area to scan such pixels successively and thereby collect a dataset for each pixel. a radiation source; a radiation detector system spaced therefrom to define a scanning zone and to collect in use a dataset of information about radiation incident at the detector after interaction with an object in the scanning zone and adapted to resolve such collected information spatially in two dimensions across a scan area and spectroscopically across a plurality of frequency bands in the spectrum of the source; wherein the detector system is adapted to resolve such collected information spectroscopically in that it comprises a detector that exhibits a spectroscopically variable response across at least a part of the spectrum of the source; and wherein the detector system is adapted to resolve such collected information spatially in that it comprises: a rastering module configured to divide the scanning area into a plurality of pixels in each of two dimensions at a plurality of resolutions including at least a coarse resolution and a fine resolution, and further configured to enable selection between the plurality of resolutions; a detector control means to move the detector across the scanning area to scan such pixels successively and thereby collect a dataset for each pixel. a rastering module configured to divide the scanning area into a plurality of pixels in each of two dimensions at a plurality of resolutions including at least a coarse resolution and a fine resolution, and further configured to enable selection between the plurality of resolutions; a detector control means to move the detector across the scanning area to scan such pixels successively and thereby collect a dataset for each pixel.
A wireless IC device comprising: a wireless IC chip; a power supply circuit DC-connected to the wireless IC chip, the power supply circuit comprising a resonance circuit comprising an inductance element having a coil-shaped electrode pattern; and a radiation plate having a power feeding section, to which the power supply circuit is disposed adjacent thereto, arranged to perform at least one of radiation of a transmission signal supplied from the power supply circuit, and receiving of a reception signal and supplying of the reception signal to the power supply circuit, wherein the coil-shaped electrode pattern is magnetically coupled to a part of the radiation plate, wherein at least a part of the power feeding section of the radiation plate is provided within a projection plane of the coil-shaped electrode pattern onto the radiation plate and the area of the power feeding section is less than the area of the projection plane of the coil-shaped pattern, wherein the radiation plate passes the coil-shaped pattern from one side to the other side in a planar view. a wireless IC chip; a power supply circuit DC-connected to the wireless IC chip, the power supply circuit comprising a resonance circuit comprising an inductance element having a coil-shaped electrode pattern; and a radiation plate having a power feeding section, to which the power supply circuit is disposed adjacent thereto, arranged to perform at least one of radiation of a transmission signal supplied from the power supply circuit, and receiving of a reception signal and supplying of the reception signal to the power supply circuit, wherein the coil-shaped electrode pattern is magnetically coupled to a part of the radiation plate, wherein at least a part of the power feeding section of the radiation plate is provided within a projection plane of the coil-shaped electrode pattern onto the radiation plate and the area of the power feeding section is less than the area of the projection plane of the coil-shaped pattern, wherein the radiation plate passes the coil-shaped pattern from one side to the other side in a planar view.
A device for protecting an electrical installation against voltage surges comprising, at least one protective component for connection to said electrical installation, such as a varistor, said protective component being capable of being traversed by an electric discharge current when it is connected to the electrical installation, and, disconnection means adapted, when activated, to disconnect said protective component from said electrical installation, characterized in that it comprises: - acquisition means able to supply a signal (I mes) representative of the strength of said discharge current as a function of time (t); - analyzing means for applying processing to said signal (I mes) so as to determine whether the discharge current is transient in nature or of a temporary nature, the analyzing means being adapted to apply an upper ceiling value to said signal (I mes) representing the strength of the discharge current, the value of said signal then not being allowed to exceed a maximum value (I sup); - selective activation means adapted to activate or not activate the disconnection means depending on the nature of the discharge current determined by the analyzing means, wherein the analyzing means are adapted to determine a value (E mes) representative of the electrical energy received by the protective component and wherein the selective activation means are arranged to activate the disconnection means when said value (E mes) representative of the energy received by the protective component exceeds a predetermined value (E seuil). - acquisition means able to supply a signal (I mes) representative of the strength of said discharge current as a function of time (t); - analyzing means for applying processing to said signal (I mes) so as to determine whether the discharge current is transient in nature or of a temporary nature, the analyzing means being adapted to apply an upper ceiling value to said signal (I mes) representing the strength of the discharge current, the value of said signal then not being allowed to exceed a maximum value (I sup); - selective activation means adapted to activate or not activate the disconnection means depending on the nature of the discharge current determined by the analyzing means,
Method implemented by computer, according to which, the method of decoding a partition (Bi) of an image sliced into partitions comprises: - the reception of a set of coefficients coded by a coder of (CABAC) (context-based adaptative binary arithmetic coding) type; - the decoding of said set of coefficients representing a block of residual data of the partition, the first non-zero coefficient not comprising any value of the sign; - the application of a function to the set of coefficients so as to generate sign data, wherein the application of the function to the set of coefficients comprises: the calculation of a sum of coefficients that are not zero from among the set of coefficients; the calculation of a parity of said sum of coefficients; and the method of decoding being characterized by the allocating of a sign to the first non-zero coefficient based on the parity, where an even value of said sum of coefficients signifies that the sign of the first non-zero coefficient is positive, whereas an odd value of said sum of coefficients signifies that the sign of the first non-zero coefficient is negative. - the reception of a set of coefficients coded by a coder of (CABAC) (context-based adaptative binary arithmetic coding) type; - the decoding of said set of coefficients representing a block of residual data of the partition, the first non-zero coefficient not comprising any value of the sign; - the application of a function to the set of coefficients so as to generate sign data, wherein the application of the function to the set of coefficients comprises: the calculation of a sum of coefficients that are not zero from among the set of coefficients; the calculation of a parity of said sum of coefficients; and the calculation of a sum of coefficients that are not zero from among the set of coefficients; the calculation of a parity of said sum of coefficients; and
A diesel cylinder oil, having a viscosity of 15 to 27 mm 2 /s, a viscosity index of at least 95 and a total base number of at least 40 mg KOH/g, which comprises an API Group I or Group II neutral base stock of viscosity in the range 65 to 150 mm 2 /s (300 to 700 SUS) (40°C (100°F)), from 2 to 15 wt.% of the oil of an oil-soluble, liquid polyisobutylene having a viscosity from 1,500 to 8,000 mm 2 /s (100°C), and a molecular weight in the range 1,000 to 8,000, and an aromatic amine antioxidant component.
A case for an electromechanical actuator including an open face and on which said open face, a cover is mounted to close an opening of said open face, the case further including damping elements associated to the cover interposed between the cover and the case, each damping element extending according to a main vertical direction and includes a lower section which is received in a housing associated to the case characterized in that each damping element also includes an upper section which is received in an associated housing of the cover. the case further including damping elements associated to the cover interposed between the cover and the case, each damping element extending according to a main vertical direction and includes a lower section which is received in a housing associated to the case characterized in that each damping element also includes an upper section which is received in an associated housing of the cover.
Method for generating an indicator or biomarker (SIG power, APPROX power, 499) of the perception of colors by a mammal subject, comprising the following steps: subjecting the mammal subject to at least one dynamic multi-color, typically two-color, stimulus comprising displaying, on a display peripheral, a multi-color, typically two-color, pattern at least two colors of which are periodically inverted at a frequency called the tagging frequency (F tag), controlling a modification over time of at least one (C 2) of the two colors of the multi-color pattern during the display of the dynamic multi-color stimulus, in order to make the displayed luminance of this color vary, acquiring (42, 43, 44), with an image-acquiring device, an oscillatory response (SIG resp) of at least one pupil of the mammal subject, during the display of the dynamic multi-color stimulus, and generating (46, 48), from the acquired response, a signal (SIG power, APPROX power) representative of the power of the oscillatory response (SIG resp) of the pupil as a function of the modification over time of at least one of the two colors during the display of the dynamic multi-color stimulus. subjecting the mammal subject to at least one dynamic multi-color, typically two-color, stimulus comprising displaying, on a display peripheral, a multi-color, typically two-color, pattern at least two colors of which are periodically inverted at a frequency called the tagging frequency (F tag), controlling a modification over time of at least one (C 2) of the two colors of the multi-color pattern during the display of the dynamic multi-color stimulus, in order to make the displayed luminance of this color vary, acquiring (42, 43, 44), with an image-acquiring device, an oscillatory response (SIG resp) of at least one pupil of the mammal subject, during the display of the dynamic multi-color stimulus, and generating (46, 48), from the acquired response, a signal (SIG power, APPROX power) representative of the power of the oscillatory response (SIG resp) of the pupil as a function of the modification over time of at least one of the two colors during the display of the dynamic multi-color stimulus.
A steerable device for use in accessing a target site in a patient comprising: an outer sheath having a lumen; a steerable member adapted to penetrate tissue; a control member; and a steering mechanism adapted to be operated by a user to apply a bending force to bend the steerable member to access the target site; wherein the steerable member is positioned within the lumen of outer sheath; and the steerable member is configured to be removable from the lumen of the outer sheath; characterised in that the steering mechanism comprises four control wires that engage a control lever such that movement of a tab on the control lever results in controlled movement of the distal end of the device; and wherein the steerable member is a central steerable member in the form of a wire and the four control wires are lateral control wires. an outer sheath having a lumen; a steerable member adapted to penetrate tissue; a control member; and a steering mechanism adapted to be operated by a user to apply a bending force to bend the steerable member to access the target site; wherein the steerable member is positioned within the lumen of outer sheath; and the steerable member is configured to be removable from the lumen of the outer sheath; characterised in that the steering mechanism comprises four control wires that engage a control lever such that movement of a tab on the control lever results in controlled movement of the distal end of the device; and wherein the steerable member is a central steerable member in the form of a wire and the four control wires are lateral control wires.
A water seat for use in a fire suppression sprinkler movable between an inactive position and an active position comprising: a guiding surface; a sealing surface adjacent the guiding surface, wherein the sealing surface forms a line contact seal with the sprinkler when the water seat is in an active position; characterized in that the guiding surface is generally polygonal; a guiding portion is adjacent the sealing surface and opposite the polygonal guiding surface, such that the guiding portion and the guiding surface retain the water seat in an orientation generally parallel to the sprinkler when the water seat moves from an inactive to an active position; and wherein the polygonal guiding surface is in limited contact with the sprinkler, such that the water seat slides relative to the sprinkler when a corrosion residue is present within the sprinkler. a guiding surface; a sealing surface adjacent the guiding surface, wherein the sealing surface forms a line contact seal with the sprinkler when the water seat is in an active position; characterized in that the guiding surface is generally polygonal; a guiding portion is adjacent the sealing surface and opposite the polygonal guiding surface, such that the guiding portion and the guiding surface retain the water seat in an orientation generally parallel to the sprinkler when the water seat moves from an inactive to an active position; and wherein the polygonal guiding surface is in limited contact with the sprinkler, such that the water seat slides relative to the sprinkler when a corrosion residue is present within the sprinkler.
A peptide, which comprises an amino acid sequence represented by the formula described below and is composed of 12 to 50 amino acids: X 1 -His-X 2 -X 3 -Asp-X 4 -X 5 -X 6 -X 7 -X 8 -Trp-His wherein X 1 represents Trp or Phe; X 2 represents Leu, Met, Ile or Val; X 3 represents Ser, Ala, Thr, Gly, Asn, Asp, Glu, Arg or Lys; X 4 represents Leu, Met, Ile, Val, Ala, Phe, Tyr, Trp, His or Cys; X 5 represents Trp, Phe or Tyr; X 6 represents Gln, Asn, Asp, Glu, Ala, Ser, Thr, Leu, Met, Lys or Arg; X 7 represents Asn, Gln, Asp, Glu, Ser, Thr, Ala, Gly, Lys or Arg; and X 8 represents Ala, Gly, Ser, Thr, Asn, Val or Cys, wherein the peptide binds to epidermal growth factor receptor (EGFR) specifically with a high affinity. wherein X 1 represents Trp or Phe; X 2 represents Leu, Met, Ile or Val; X 3 represents Ser, Ala, Thr, Gly, Asn, Asp, Glu, Arg or Lys; X 4 represents Leu, Met, Ile, Val, Ala, Phe, Tyr, Trp, His or Cys; X 5 represents Trp, Phe or Tyr; X 6 represents Gln, Asn, Asp, Glu, Ala, Ser, Thr, Leu, Met, Lys or Arg; X 7 represents Asn, Gln, Asp, Glu, Ser, Thr, Ala, Gly, Lys or Arg; and X 8 represents Ala, Gly, Ser, Thr, Asn, Val or Cys, wherein the peptide binds to epidermal growth factor receptor (EGFR) specifically with a high affinity.
Solution comprising 0.05 to 7.5 parts by weight of a polyhydroxyamide and from 99.95 to 92.55 parts by weight of one or more alcohols, characterized in that the of one or more alcohols are selected from isopropanol, n-propanol, and ethanol, wherein the polyhydroxyamide has a number average molecular weight M n, determined according to the method given in the description, of from 10000 to 120000 g/mol, preferably 35000 to 70000 g/mol, and a polydispersity index according to the method given in the description, of 2 to 9, preferably 3 to 7.
An actuator for a medium voltage circuit breaker, the actuator comprising: - at least one rotor (10, 80); - at least one stator (40, 90); and - at least one coil (70, 100); wherein, each stator of the at least one stator is associated with a corresponding rotor of the at least one rotor; wherein, each stator does not circumferentially completely encircle the rotor with which it is associated; and wherein, each coil of the at least one coil is associated with a stator of the at least one stator; wherein, each coil is wound around at least a part of the stator with which it is associated; wherein, an angle of rotation of each rotor is limited; wherein a rotor of the at least one rotor is configured to rotate about an axis of rotation; wherein the rotor comprises a first salient pole extending over an angle with respect to the axis of rotation and a second salient pole extending over an angle with respect to the axis of rotation; wherein a stator of the at least one stator comprises a first stator pole extending over an angle with respect to the axis of rotation and a second stator pole extending over an angle with respect to the axis of rotation; wherein in a closed position of the actuator the first salient pole faces the first stator pole and the second salient pole faces the second stator pole, and wherein the first salient pole, the second salient pole, the first stator pole and the second stator pole each comprise ferromagnetic material; and wherein when the actuator is in the closed position a part of the first salient pole is positioned adjacent to a part of the second stator pole, and wherein a radius from the axis of rotation to the part of the first salient pole is greater than a radius from the axis of rotation to the part of the second stator pole. - at least one rotor (10, 80); - at least one stator (40, 90); and - at least one coil (70, 100);