mhurhangee/ep-ind-claims huggingface dataset:
Readout electronic circuit (38, 42, 46) of the signals generated by one or more pixel sensors (37, 41, 45) of MxN segments, which performs the calculation of expansion coefficients in a set of basis functions of the two-dimensional distribution of signals, the readout electronic circuit (38, 42, 46) being formed by analog components, characterized in that the readout electronic circuit (38, 42, 46) includes: (MxN) copy blocks, which replicate the S ln signal generated by each segment of the pixel sensor (37, 41, 45); (M+N) adders totaling S ln signals by rows and columns; (M+N) calculation blocks, which include Q+1 multipliers and Q+1 storage media connected to Q+1 digital-to-analog converters, where the sum of S ln signals of each column and each row is multiplied by the Q+1 first expansion weights stored in the storage media, obtaining the coefficients S 1, S 2...S Q+1; and, (Q+1) adders, adding S 1, S 2...S Q+1 coefficients for each order of the coefficient by rows and columns and wherein Q is the order of the coefficient with the highest order which is intended to be deployed. (MxN) copy blocks, which replicate the S ln signal generated by each segment of the pixel sensor (37, 41, 45); (M+N) adders totaling S ln signals by rows and columns; (M+N) calculation blocks, which include Q+1 multipliers and Q+1 storage media connected to Q+1 digital-to-analog converters, where the sum of S ln signals of each column and each row is multiplied by the Q+1 first expansion weights stored in the storage media, obtaining the coefficients S 1, S 2...S Q+1; and, (Q+1) adders, adding S 1, S 2...S Q+1 coefficients for each order of the coefficient by rows and columns and wherein Q is the order of the coefficient with the highest order which is intended to be deployed.
Light module (5; 6) comprising several series-connected semiconductor light sources, in which a circuit configuration (deleted, 12c) allocated to at least one of the semiconductor light sources is respectively connected in parallel to at least one semiconductor light source that has the means (deleted, 16) of detecting a malfunction of at least one semiconductor light source allocated to it and means of bridging at least one semiconductor light source in the event of a malfunction of at least one semiconductor light source, (deleted) in which (deleted) the light module (5; 6) is designed for use in an illumination system of a motor vehicle, characterised in that (deleted) the means of detecting a malfunction of the semiconductor light source monitor a temperature (T LED) of the semiconductor light source and detect a failure of the semiconductor light source when it falls below a temperature threshold by a current temperature value (T LED).
A boom of concrete pump truck having a folded state and a unfolded state, wherein said boom comprises seven boom sections (21 - 27) hinged in sequence, in said folded state, the first and second boom sections of said boom sections are located in a first longitudinal plane, and the fourth to the last boom sections (25, 26, 27) are located in a second longitudinal plane, the first longitudinal plane and the second longitudinal plane are parallel to each other and spaced with a predefined interval, the third boom section extends between the first longitudinal plane and the second longitudinal plane, the first to the fifth boom sections are provided to be folded in a first direction, and the sixth boom section and the seventh boom section are provided to be folded onto the fifth boom section in a second direction reversed to the first direction so that an outside surface of the sixth and seventh boom section face an outside surface of the fifth boom section, wherein the sixth and seventh boom sections are arranged linearly and are folded onto the fifth boom section together.
A stem (10; 100; 202; 252; 302) for a hearing protection earplug (50; 110; 200; 250; 300), comprising: an attachment portion configured to receive and retain a sound attenuating element (52; 112), the attachment portion extending substantially along an attachment axis; and a handle portion (12, 204, 254, 304) extending from the attachment portion substantially along a handle axis, the handle portion (12, 204, 254, 304) comprising: a proximate portion adjacent to the attachment portion and a distal portion with a distal end opposite from the proximal portion, the distal portion extending from the proximate portion substantially along the handle axis, the distal end comprising an aperture, wherein the aperture is configured for receiving and retaining a cord (51; 101); wherein the handle axis is non-collinear with respect to the attachment axis. an attachment portion configured to receive and retain a sound attenuating element (52; 112), the attachment portion extending substantially along an attachment axis; and a handle portion (12, 204, 254, 304) extending from the attachment portion substantially along a handle axis, the handle portion (12, 204, 254, 304) comprising: a proximate portion adjacent to the attachment portion and a distal portion with a distal end opposite from the proximal portion, the distal portion extending from the proximate portion substantially along the handle axis, the distal end comprising an aperture, wherein the aperture is configured for receiving and retaining a cord (51; 101); a proximate portion adjacent to the attachment portion and a distal portion with a distal end opposite from the proximal portion, the distal portion extending from the proximate portion substantially along the handle axis, the distal end comprising an aperture, wherein the aperture is configured for receiving and retaining a cord (51; 101); wherein the handle axis is non-collinear with respect to the attachment axis.
A control panel unit for a machine tool comprising an openable door; a casing which closes an internal space in which a control device is arranged; a duct having a groove and a ventilation opening, the groove being closed at a closed end and open to the internal space at an open end, the ventilation opening being provided nearer the closed end of the groove to connect the groove with the internal space, and the duct being fixed to an inner wall of the casing in such manner as the groove faces the inner wall of the casing; and a fan mounted on the ventilation opening, wherein the fan comprises an exhaust fan which discharges the air from the groove to the internal space through the ventilation opening, and the duct comprises an exhaust duct provided with the exhaust fan, wherein air in the internal space is taken into the groove enclosed by the inner wall and the exhaust duct through the open end by the operation of the exhaust fan, characterized in that the control panel unit further comprises an intake fan and an intake duct having a groove and a ventilation opening, wherein said intake duct is provided with the intake fan and fixed to the inner wall in such manner as the intake fan faces the exhaust fan, and the air is taken into the groove of the intake duct through its ventilation opening by the operation of the intake fan and discharged to the internal space through the open end. an openable door; a casing which closes an internal space in which a control device is arranged; a duct having a groove and a ventilation opening, the groove being closed at a closed end and open to the internal space at an open end, the ventilation opening being provided nearer the closed end of the groove to connect the groove with the internal space, and the duct being fixed to an inner wall of the casing in such manner as the groove faces the inner wall of the casing; and a fan mounted on the ventilation opening, wherein the fan comprises an exhaust fan which discharges the air from the groove to the internal space through the ventilation opening, and the duct comprises an exhaust duct provided with the exhaust fan, wherein air in the internal space is taken into the groove enclosed by the inner wall and the exhaust duct through the open end by the operation of the exhaust fan, characterized in that the control panel unit further comprises an intake fan and an intake duct having a groove and a ventilation opening, wherein said intake duct is provided with the intake fan and fixed to the inner wall in such manner as the intake fan faces the exhaust fan, and the air is taken into the groove of the intake duct through its ventilation opening by the operation of the intake fan and discharged to the internal space through the open end.
A method to manufacture a textile product comprising a first sheet having polyamide yarns fastened to this sheet to form a pile thereon, the method comprising: - providing the sheet, - stitching the polyamide yarns through the sheet to form the pile on a first surface of the sheet, the pile extending for a predetermined length from this first surface, and to form loops of the yarns at a second surface of the sheet, - fastening the yarns to the sheet by creating a layer of fused material on the second surface of the sheet using heat, characterised in that during creating the layer of fused material, at least the distal half of the length of the pile is maintained at a temperature at least 70°C below the melting temperature of the polyamide. - providing the sheet, - stitching the polyamide yarns through the sheet to form the pile on a first surface of the sheet, the pile extending for a predetermined length from this first surface, and to form loops of the yarns at a second surface of the sheet, - fastening the yarns to the sheet by creating a layer of fused material on the second surface of the sheet using heat,
A decoding apparatus comprising: a converting section that is adapted to generate a first low frequency band spectrum in which a decoded speech or audio signal of code of a low frequency band spectrum included in code generated in a coding apparatus is converted to a frequency domain signal; a decoding section that is adapted to decode code of a high frequency band spectrum included in the code generated in the coding apparatus; and a dynamic range calculating section that is adapted to calculate dynamic range information using the first low frequency band spectrum; a modification information estimating section that is adapted to estimate modification information for uniformly limiting amplitude of the first low frequency band spectrum using the dynamic range information; and a modification section that is adapted to uniformly limit amplitude of the first low frequency band spectrum using the estimated modification information,and thereby generate a second low frequency band spectrum; and the decoding section is adapted to decode the code of the high frequency band spectrum based on the second low frequency band spectrum. a converting section that is adapted to generate a first low frequency band spectrum in which a decoded speech or audio signal of code of a low frequency band spectrum included in code generated in a coding apparatus is converted to a frequency domain signal; a decoding section that is adapted to decode code of a high frequency band spectrum included in the code generated in the coding apparatus; and a dynamic range calculating section that is adapted to calculate dynamic range information using the first low frequency band spectrum; a modification information estimating section that is adapted to estimate modification information for uniformly limiting amplitude of the first low frequency band spectrum using the dynamic range information; and a modification section that is adapted to uniformly limit amplitude of the first low frequency band spectrum using the estimated modification information,and thereby generate a second low frequency band spectrum; and the decoding section is adapted to decode the code of the high frequency band spectrum based on the second low frequency band spectrum.
Forestry apparatus system comprising: - a forestry apparatus, which has - a movement device designed to independently move the forestry apparatus along at least one portion of a standing tree trunk, wherein the forestry apparatus is not moved on an extension arm along the portion, and - a processing tool designed to process the portion, characterized - in that the forestry apparatus comprises a measuring device designed to measure geometric characteristics of the portion, - in that the forestry apparatus system is designed to output and/or to transmit at least one item of information (Info) based on the measured geometric characteristics, - in that the forestry apparatus comprises at least one optical measuring part designed to optically measure the geometric characteristics of the portion, and - in that the forestry apparatus system is designed to detect a distribution of branches on the portion by means of the measuring device and/or the cutting tool. - a forestry apparatus, which has - a movement device designed to independently move the forestry apparatus along at least one portion of a standing tree trunk, wherein the forestry apparatus is not moved on an extension arm along the portion, and - a processing tool designed to process the portion, characterized - in that the forestry apparatus comprises a measuring device designed to measure geometric characteristics of the portion, - in that the forestry apparatus system is designed to output and/or to transmit at least one item of information (Info) based on the measured geometric characteristics, - in that the forestry apparatus comprises at least one optical measuring part designed to optically measure the geometric characteristics of the portion, and - in that the forestry apparatus system is designed to detect a distribution of branches on the portion by means of the measuring device and/or the cutting tool.
A smartphone comprising: a cover layer; an organic light emitting display module; a pressure sensor comprising a pressure electrode (450, 460) which is attached under the display module; a reference potential layer which is positioned within the display module; and a touch sensor having a plurality of drive electrodes to which a driving signal is applied and a plurality of receiving electrodes outputting a sensing signal used to detect a touch position, wherein the pressure sensor is apart from the touch sensor which is located within the display module, wherein the display module is bent by the touch, and a distance (d) between the pressure electrode (450, 460) and the reference potential layer changes as the display module bends, wherein a magnitude of a touch pressure is detected based on a capacitance which is detected from the pressure electrode (450, 460) and is changed according to the distance (d) between the pressure electrode (450, 460) which is attached under the display module and the reference potential layer which is positioned within the display module. a cover layer; an organic light emitting display module; a pressure sensor comprising a pressure electrode (450, 460) which is attached under the display module; a reference potential layer which is positioned within the display module; and a touch sensor having a plurality of drive electrodes to which a driving signal is applied and a plurality of receiving electrodes outputting a sensing signal used to detect a touch position, wherein the pressure sensor is apart from the touch sensor which is located within the display module, wherein the display module is bent by the touch, and a distance (d) between the pressure electrode (450, 460) and the reference potential layer changes as the display module bends, wherein a magnitude of a touch pressure is detected based on a capacitance which is detected from the pressure electrode (450, 460) and is changed according to the distance (d) between the pressure electrode (450, 460) which is attached under the display module and the reference potential layer which is positioned within the display module.
A hyaluronic acid-binding synthetic peptidoglycan comprising at least one synthetic peptide conjugated to a glycan wherein the synthetic peptide comprises a hyaluronic acid-binding sequence, wherein the hyaluronic acid-binding sequence consists of an amino acid sequence selected from the group consisting of: GAHWQFNALTVRGG; GDRRRRRMWHRQ; GKHLGGKHRRSR; RGTHHAQKRRS; RRHKSGHIQGSK; SRMHGRVRGRHE; RRRAGLTAGRPR; RYGGHRTSRKWV; RSARYGHRRGVG; GLRGNRRVFARP; SRGQRGRLGKTR; DRRGRSSLPKLAGPVEFPDRKIKGRR; RMRRKGRVKHWG; RGGARGRHKTGR; TGARQRGLQGGWGPRHLRGKDQPPGR; RQRRRDLTRVEG; STKDHNRGRRNVGPVSRSTLRDPIRR; RRIGHQVGGRRN; RLESRAAGQRRA; GGPRRHLGRRGH; VSKRGHRRTAHE; RGTRSGSTR; RRRKKIQGRSKR; RKSYGKYQGR; KNGRYSISR; RRRCGQKKK; KQKIKHVVKLK; KLKSQLVKRK; RYPISRPRKR; KVGKSPPVR; KTFGKMKPR; RIKWSRVSK; KRTMRPTRR; and an amino acid sequence modified therefrom by including a conservative amino acid substitution, wherein the amino acid substitution does not alter the motif as defined in: (a) the formula B1-X1-X2-X3-X4-X5-X6-X7-X8-B2, wherein: X1-X8 are non-acidic amino acids, X8 is present or not present, and B1-B2 are basic amino acids, (b) the formula B1-X1-B2-X2-X3-X4-X5-X6-X7-X8-X9-B3, wherein: X1-X9 are non-acidic amino acids, X9 is present or not present, and B1-B3 are basic amino acids, (c) the formula B1-X1-X2-X3-X4-X5-X6-X7-X8-B2-X9-B3, wherein: X1-X9 are non-acidic amino acids, X8 is present or not present, and B1-B3 are basic amino acids, or (d) the Arg-Arg motif. GAHWQFNALTVRGG; GDRRRRRMWHRQ; GKHLGGKHRRSR; RGTHHAQKRRS; RRHKSGHIQGSK; SRMHGRVRGRHE; RRRAGLTAGRPR; RYGGHRTSRKWV; RSARYGHRRGVG; GLRGNRRVFARP; SRGQRGRLGKTR; DRRGRSSLPKLAGPVEFPDRKIKGRR; RMRRKGRVKHWG; RGGARGRHKTGR; TGARQRGLQGGWGPRHLRGKDQPPGR; RQRRRDLTRVEG; STKDHNRGRRNVGPVSRSTLRDPIRR; RRIGHQVGGRRN; RLESRAAGQRRA; GGPRRHLGRRGH; VSKRGHRRTAHE; RGTRSGSTR; RRRKKIQGRSKR; RKSYGKYQGR; KNGRYSISR; RRRCGQKKK; KQKIKHVVKLK; KLKSQLVKRK; RYPISRPRKR; KVGKSPPVR; KTFGKMKPR; RIKWSRVSK; KRTMRPTRR; and (a) the formula B1-X1-X2-X3-X4-X5-X6-X7-X8-B2, wherein: X1-X8 are non-acidic amino acids, X8 is present or not present, and B1-B2 are basic amino acids, X1-X8 are non-acidic amino acids, X8 is present or not present, and B1-B2 are basic amino acids, (b) the formula B1-X1-B2-X2-X3-X4-X5-X6-X7-X8-X9-B3, wherein: X1-X9 are non-acidic amino acids, X9 is present or not present, and B1-B3 are basic amino acids, X1-X9 are non-acidic amino acids, X9 is present or not present, and B1-B3 are basic amino acids, (c) the formula B1-X1-X2-X3-X4-X5-X6-X7-X8-B2-X9-B3, wherein: X1-X9 are non-acidic amino acids, X8 is present or not present, and B1-B3 are basic amino acids, or X1-X9 are non-acidic amino acids, X8 is present or not present, and B1-B3 are basic amino acids, or (d) the Arg-Arg motif.
Household meter interface device with - an optical transceiver mechanically connected to an optical interface of an electronic household meter and - a transfer device, transferring optical signals of the transceiver into electrical signals characterised in that - an interface device transfers the signals received by the transfer device into a bus protocol and sends it via a communication bus and also transfers the signals received from the communication bus into signals for the transfer device and/or the transceiver in such a way that the interface device is designed for point to multi-point communication between a single control device and a plurality of household meters via the communication bus. - an optical transceiver mechanically connected to an optical interface of an electronic household meter and - a transfer device, transferring optical signals of the transceiver into electrical signals - an interface device transfers the signals received by the transfer device into a bus protocol and sends it via a communication bus and also transfers the signals received from the communication bus into signals for the transfer device and/or the transceiver in such a way that the interface device is designed for point to multi-point communication between a single control device and a plurality of household meters via the communication bus.
A sound panel comprising: an outer fabric; an absorption member, which has a top surface and a bottom surface and which is at least indirectly connected to the outer fabric; and a frame, which has a top surface and a bottom surface and which is at least indirectly connected to the absorption member, wherein the outer fabric is fastened to the frame and wherein the bottom surface of the frame is placed on the top surface of the absorption member; a membrane placed between the outer fabric and the absorption member, and an inner fabric fastened to the frame, wherein the sound panel is characterised in that it further comprises: a plurality of boards (610, 620, 630, 640) attached to an exterior frame of the sound panel, the exterior frame being formed by outer portions of back ends (213,313,413, and 513), front ends (217, 317, 417, and 517), left ends (215, 315, 415, and 515), right ends (219,319,419, and 519), and corners (212, 214, 216, 218, 312, 314, 316, 318, 412, 414, 416, 418, 512, 514, 516, and 518) of the membrane, the absorption member, the frame, and the inner fabric, wherein the boards (610, 620, 630, 640) are made to be the same height as the combination of the membrane, the absorption member, the frame, and the inner fabric. an outer fabric; an absorption member, which has a top surface and a bottom surface and which is at least indirectly connected to the outer fabric; and a frame, which has a top surface and a bottom surface and which is at least indirectly connected to the absorption member, wherein the outer fabric is fastened to the frame and wherein the bottom surface of the frame is placed on the top surface of the absorption member; a membrane placed between the outer fabric and the absorption member, and an inner fabric fastened to the frame, wherein the sound panel is characterised in that it further comprises: a plurality of boards (610, 620, 630, 640) attached to an exterior frame of the sound panel, the exterior frame being formed by outer portions of back ends (213,313,413, and 513), front ends (217, 317, 417, and 517), left ends (215, 315, 415, and 515), right ends (219,319,419, and 519), and corners (212, 214, 216, 218, 312, 314, 316, 318, 412, 414, 416, 418, 512, 514, 516, and 518) of the membrane, the absorption member, the frame, and the inner fabric, wherein the boards (610, 620, 630, 640) are made to be the same height as the combination of the membrane, the absorption member, the frame, and the inner fabric.
A system for generating and regenerating three-dimensional, 3D, image files base on two-dimensional, 2D, image media standards, the system comprising: a 3D image file generating device for generating a 3D image file, the 3D image file including a data area having first image data and second image data synchronized with the first image data so as to be used for generating a 3D image, a header area including information for parsing the first image data, and a metadata area including information for parsing the second image data, wherein the first image data and the second image data are image data formed by photographing an image of a left sight point and an image of a right sight point by using a first camera and a second camera, respectively; and a 3D image file regenerating device, which parses information of the first image data and information of the second image data when a 3D image file is inputted so as to synthesize and regenerate the first image data and the second image data into a 3D image file. a 3D image file generating device for generating a 3D image file, the 3D image file including a data area having first image data and second image data synchronized with the first image data so as to be used for generating a 3D image, a header area including information for parsing the first image data, and a metadata area including information for parsing the second image data, wherein the first image data and the second image data are image data formed by photographing an image of a left sight point and an image of a right sight point by using a first camera and a second camera, respectively; and a 3D image file regenerating device, which parses information of the first image data and information of the second image data when a 3D image file is inputted so as to synthesize and regenerate the first image data and the second image data into a 3D image file.