mhurhangee/ep-ind-claims huggingface dataset:
An acceleration transducer comprising a main body, at least one piezoelectric element (10, 10', 10"), at least one seismic mass (11, 11', 11") and a converter unit (1.3), which piezoelectric element (10, 10', 10'') comprises two end faces (110, 120) and four lateral surfaces (130, 140, 150, 160); said main body comprising tangential side faces (12.1, 12.2, 12.3, 12.4) and normal side faces (12. 6, 12.7), which tangential side faces (12.1, 12.2, 12.3, 12.4) are arranged tangentially to a vertical axis (z) and which normal side faces (12.6, 12.7) are arranged normal to the vertical axis (z); wherein exactly one piezoelectric element (10, 10', 10'') is attached to at least one tangential side face (12.1, 12.2, 12. 3); wherein exactly one seismic mass (11, 11', 11'') is attached to the piezoelectric element (10, 10', 10"); wherein upon acceleration the seismic mass (11, 11', 11'') exerts a shear force onto the piezoelectric element (10, 10', 10'') to which it is attached that is proportional to the acceleration; wherein under the action of the shear force the piezoelectric element (10, 10', 10") generates piezoelectric charges, which piezoelectric charges can be transmitted to the converter unit (1.3); characterized in that the end faces (110, 120) comprise at least one electrically conductive end face coating (111, 121) in some areas thereof; that the lateral surfaces (130, 140, 150, 160) comprise at least an electrically conductive lateral surface coating (131, 141, 151, 161) in some areas thereof; that the converter unit (1.3) is arranged only and directly on a normal side face (12.7) of the main body; or in that the converter unit (1.3) is arranged only on a support (13.7), which support (13.7) is attached to a normal side face (12.7) of the main body.
Lens system for a video endoscope comprising, in order from an object side, a cover glass, a first lens, a second lens and one or more further lenses, wherein all lenses are single lenses, an aperture stop arranged between the cover glass and the first lens or between the first lens and the second lens, all lenses are made of glass and/or of a crystalline material, and characterized in that at least one lens has a refractive index n approximately equal to or exceeding 1.66, and in that all lenses on an image side of the aperture stop are aspherical.
Ironing appliance comprising a steam generating base and an iron which are interconnected by a vapour duct, the iron comprising an iron sole plate including at least a humidification area fitted with steam outlets for smoothing fabrics and at least a drying area fitted with steam outlet openings, the steam outlet openings being fed by a diffusion chamber fitted in a non-heating body covering the sole plate at the level of the fabric humidification area, the drying area being in thermal contact with a heating element, characterised in that the vapour duct has a heating element, the diffusion chamber being directly fed by the steam released from the duct without passing through the heating body.
An ink set with color-to-color bleed control on media comprising: a first ink in the ink set comprising a bound dispersant and a first amount of a surfactant; and a second ink in the ink set comprising a free dispersant and a second amount of the surfactant greater than the first amount of the surfactant; in which the first ink comprises one of a cyan pigment and a magenta pigment and the second ink comprises a yellow pigment, in which the bound dispersant is chemically adsorbed to the pigment in the first ink; and in which a portion of the free dispersant is physically adsorbed to the pigment in the second ink; in which the free dispersant comprises a free polymer dispersant; and in which the bound dispersant is selected from polymer dispersants that form bonds with other polymer dispersants to surround the pigment and polymer dispersants that bind directly to pigments. a first ink in the ink set comprising a bound dispersant and a first amount of a surfactant; and a second ink in the ink set comprising a free dispersant and a second amount of the surfactant greater than the first amount of the surfactant; in which the first ink comprises one of a cyan pigment and a magenta pigment and the second ink comprises a yellow pigment, in which the bound dispersant is chemically adsorbed to the pigment in the first ink; and in which a portion of the free dispersant is physically adsorbed to the pigment in the second ink; in which the free dispersant comprises a free polymer dispersant; and in which the bound dispersant is selected from polymer dispersants that form bonds with other polymer dispersants to surround the pigment and polymer dispersants that bind directly to pigments.
Steam power plant with at least one steam heater (14, 14', 22, 22') for providing compressed steam, a main turbine (18, 24) which is connected downstream to the steam heater, arranged on a main drive shaft and designed for operation with high-pressure and/or intermediate-pressure steam, and also a secondary turbine (30, 34) which is connected between the steam heater (14, 14', 22, 22') and the main turbine (18, 24) and arranged on a secondary drive shaft, characterized in that the secondary turbine (30, 34) is designed for an operating speed which compared with a nominal speed of the main turbine (18, 24) is higher by at least 50%.
A wind turbine, comprising a rotor hub comprising - first means for lifting and/or transporting being arranged in a first interior of the rotor hub; - the rotor hub comprises a rotatable part, - the first means for lifting and/or transporting being attached to the rotatable part, - the first means for lifting and/or transporting comprises a rail-system being attached to the rotatable part, wherein - the rotor hub is rotatable mounted at a frame of the wind turbine, - the frame comprises a second interior, - the first means for lifting and/or transporting is communicating with the second interior via at least one manhole being part of the frame, wherein - the frame comprises a hollow shaft, - the second interior is part of the hollow shaft. - first means for lifting and/or transporting being arranged in a first interior of the rotor hub; - the rotor hub comprises a rotatable part, - the first means for lifting and/or transporting being attached to the rotatable part, - the first means for lifting and/or transporting comprises a rail-system being attached to the rotatable part, - the rotor hub is rotatable mounted at a frame of the wind turbine, - the frame comprises a second interior, - the first means for lifting and/or transporting is communicating with the second interior via at least one manhole being part of the frame, - the frame comprises a hollow shaft, - the second interior is part of the hollow shaft.
A method for dynamic synchronization of a frame rate to a detected cadence, the method comprising: configuring a camera to operate according to an initial frame rate; initiating capture of a time lapse image sequence on the camera, according to the initial frame rate; recording motion data of the camera during the capture of the time lapse image sequence, the motion data recorded by one or more sensors tracking motion of the camera while the camera captures the time lapse image sequence; converting the motion data in a particular window of time from time domain data to frequency domain data; determining a dominant frequency in the frequency domain data; determining a modified frame rate that is within a predefined tolerance range of the dominant frequency; and continuing capture of the time lapse image sequence according to the modified frame rate. configuring a camera to operate according to an initial frame rate; initiating capture of a time lapse image sequence on the camera, according to the initial frame rate; recording motion data of the camera during the capture of the time lapse image sequence, the motion data recorded by one or more sensors tracking motion of the camera while the camera captures the time lapse image sequence; converting the motion data in a particular window of time from time domain data to frequency domain data; determining a dominant frequency in the frequency domain data; determining a modified frame rate that is within a predefined tolerance range of the dominant frequency; and continuing capture of the time lapse image sequence according to the modified frame rate.
A polypeptide exhibiting binding activity to an Fc region of immunoglobulin G, wherein the polypeptide comprises an amino acid sequence represented by the following formula 1: Y-D-P-x-T-G-T-W-R-S-x- (SEQ ID NO: 1) where x represents any amino acid residue; and amino acid residues within the square brackets indicate that any one of the amino acid residues is selected, or consists of an amino acid sequence having addition of one or several amino acid residues in the amino acid sequence represented by formula 1, with the proviso that the polypeptide does not consist of an amino acid sequence represented by SEQ ID NO: 2, 11, 158 to 164: YDPRTGTWRSSIAYGGG (SEQ ID NO: 2) GVVRQWSGYDPRTGTWRSSIAYGGG (SEQ ID NO: 11) GVVRRWSGYDPRTGTWRSSIAYGGG (SEQ ID NO: 158) GVVRQASGYDPRTGTWRSSIAYGGG (SEQ ID NO: 159) GVVRQWAGYDPRTGTWRSSIAYGGG (SEQ ID NO: 160) GVVRQWSGYDPRTGTWASSIAYGGG (SEQ ID NO: 161) GVVRQWSGYDPRTGTWRASIAYGGG (SEQ ID NO: 162) GVVRQWSGYDPRTGTWRSAIAYGGG (SEQ ID NO:163) GVVRQWSGYDPRTGTWRSSAAYGGG (SEQ ID NO: 164). YDPRTGTWRSSIAYGGG (SEQ ID NO: 2) GVVRQWSGYDPRTGTWRSSIAYGGG (SEQ ID NO: 11) GVVRRWSGYDPRTGTWRSSIAYGGG (SEQ ID NO: 158) GVVRQASGYDPRTGTWRSSIAYGGG (SEQ ID NO: 159) GVVRQWAGYDPRTGTWRSSIAYGGG (SEQ ID NO: 160) GVVRQWSGYDPRTGTWASSIAYGGG (SEQ ID NO: 161) GVVRQWSGYDPRTGTWRASIAYGGG (SEQ ID NO: 162) GVVRQWSGYDPRTGTWRSAIAYGGG (SEQ ID NO:163) GVVRQWSGYDPRTGTWRSSAAYGGG (SEQ ID NO: 164).
Frame for a landing door of an elevator defining an opening, comprising: two lateral jambs (2, 3) substantially parallel; a crossbar; a sill; first fixing means for fixing the crossbar to upper ends (2a, 3a) of said lateral jambs (2, 3); second fixing means for fixing the sill to lower ends (2b, 3b) of said lateral jambs (2, 3), the upper end (2a, 3a) of each lateral jamb (2, 3) having a recess shaped so as to support one of the two ends (4a, 4b) of the crossbar, therefore said crossbar and said upper ends (2a, 3a) of the jambs (2, 3) are mutually slidable to allow said lateral jambs (2, 3) to move towards and away from one another, said first fixing means being configured to fix each end (4a, 4b) of the crossbar to the upper end (2a, 3a) of the corresponding lateral jamb (2, 3) for each position that the crossbar can assume with respect to said lateral jambs (2, 3), characterised in that the lower end (2b, 3b) of each lateral jamb (2, 3) has a series of through holes aligned along the prevalent extension of said lateral jamb (2, 3), said second fixing means comprising at least one support bracket supporting the sill at the lower end (2b, 3b) of each of the lateral jambs (2, 3) and a screw or rivet which, when joining the corresponding support bracket to the lower end (2b, 3b) of said lateral jamb (2, 3), crosses one of said aligned through holes therefore said sill is located at a preset height with respect to the lateral jambs (2, 3). two lateral jambs (2, 3) substantially parallel; a crossbar; a sill; first fixing means for fixing the crossbar to upper ends (2a, 3a) of said lateral jambs (2, 3); second fixing means for fixing the sill to lower ends (2b, 3b) of said lateral jambs (2, 3), the upper end (2a, 3a) of each lateral jamb (2, 3) having a recess shaped so as to support one of the two ends (4a, 4b) of the crossbar, therefore said crossbar and said upper ends (2a, 3a) of the jambs (2, 3) are mutually slidable to allow said lateral jambs (2, 3) to move towards and away from one another, said first fixing means being configured to fix each end (4a, 4b) of the crossbar to the upper end (2a, 3a) of the corresponding lateral jamb (2, 3) for each position that the crossbar can assume with respect to said lateral jambs (2, 3), characterised in that the lower end (2b, 3b) of each lateral jamb (2, 3) has a series of through holes aligned along the prevalent extension of said lateral jamb (2, 3), said second fixing means comprising at least one support bracket supporting the sill at the lower end (2b, 3b) of each of the lateral jambs (2, 3) and a screw or rivet which, when joining the corresponding support bracket to the lower end (2b, 3b) of said lateral jamb (2, 3), crosses one of said aligned through holes therefore said sill is located at a preset height with respect to the lateral jambs (2, 3).
An optical coherence tomography system, comprising: a swept source for generating a tunable optical signal; an interferometer for transmitting the tunable optical signal to a sample; and an optical detector system, comprising: a hermetic optoelectronic package; an optical bench installed within the hermetic optoelectronic package; a balanced detector system installed on the optical bench, the balanced detector system including at least two optical detectors, installed on the optical bench, that receive interference signals from the interferometer of an optical coherence tomography system; and an electronic amplifier system installed within the hermetic optoelectronic package for amplifying an output of at least two optical detectors, wherein the system further comprises a thermoelectric cooler installed between the bench and the hermetic optoelectronic package. a swept source for generating a tunable optical signal; an interferometer for transmitting the tunable optical signal to a sample; and an optical detector system, comprising: a hermetic optoelectronic package; an optical bench installed within the hermetic optoelectronic package; a balanced detector system installed on the optical bench, the balanced detector system including at least two optical detectors, installed on the optical bench, that receive interference signals from the interferometer of an optical coherence tomography system; and an electronic amplifier system installed within the hermetic optoelectronic package for amplifying an output of at least two optical detectors, wherein the system further comprises a thermoelectric cooler installed between the bench and the hermetic optoelectronic package.
Heatable hose for conducting fluid, gaseous and/or pasty media, having an outer wall which encloses an internal volume, and a heating element which is arranged within the internal volume, - wherein the heating element has a first heating conductor and a second heating conductor, and - the first heating conductor and the second heating conductor are connected to form a loop by way of a heating conductor connection, such that one heating conductor (20a, 20b) forms a forward conductor (20a, 20b) and the other heating conductor (20a, 20b) forms a return conductor (20a, 20b), - wherein the first heating conductor and the second heating conductor or the first heating conductor, the second heating conductor and the heating conductor connection are in each case individually or jointly surrounded with respect to the internal volume by a first heating conductor insulator, - wherein the first heating conductor and the second heating conductor or the first heating conductor, the second heating conductor and the heating conductor connection are in each case individually or jointly surrounded with respect to the internal volume by a second heating conductor insulator which surrounds the first heating conductor insulator, wherein the heating element is led into the internal volume through at least one first adapter element, the outer wall and at least the second heating conductor insulator are connected by way of the first adapter element and/or a second adapter element and the first adapter element and/or the second adapter element has an adapter body, characterized in that the adapter body is connected to the second heating conductor insulator by way of a cohesive connection. - wherein the heating element has a first heating conductor and a second heating conductor, and - the first heating conductor and the second heating conductor are connected to form a loop by way of a heating conductor connection, such that one heating conductor (20a, 20b) forms a forward conductor (20a, 20b) and the other heating conductor (20a, 20b) forms a return conductor (20a, 20b), - wherein the first heating conductor and the second heating conductor or the first heating conductor, the second heating conductor and the heating conductor connection are in each case individually or jointly surrounded with respect to the internal volume by a first heating conductor insulator, - wherein the first heating conductor and the second heating conductor or the first heating conductor, the second heating conductor and the heating conductor connection are in each case individually or jointly surrounded with respect to the internal volume by a second heating conductor insulator which surrounds the first heating conductor insulator,
A process comprising: pumping a first volume of fracturing fluid within an annulus formed between a subterranean well bore and a tubular positioned within said subterranean well bore at a velocity sufficient to deform two first packers (22A, 23A) into sealing engagement with the well bore; and thereafter pumping at least a portion of said first volume of fracturing fluid into subterranean environs in proximity to said two first packers at a pressure sufficient to fracture said subterranean environs; and characterised by thereafter pumping a second volume of fracturing fluid within said annulus at a velocity sufficient to deform two second packers (22B, 23B; 22N, 23N) into sealing engagement with the well bore. pumping a first volume of fracturing fluid within an annulus formed between a subterranean well bore and a tubular positioned within said subterranean well bore at a velocity sufficient to deform two first packers (22A, 23A) into sealing engagement with the well bore; and thereafter pumping at least a portion of said first volume of fracturing fluid into subterranean environs in proximity to said two first packers at a pressure sufficient to fracture said subterranean environs; and characterised by thereafter pumping a second volume of fracturing fluid within said annulus at a velocity sufficient to deform two second packers (22B, 23B; 22N, 23N) into sealing engagement with the well bore.
A clamping and holding ring for being placed in a cylindrical housing made in the base of a part desired to be immobilised with respect to a body, this clamping ring being formed of a series of successive adjacent cylindrical and/or pseudo-cylindrical elements (7, 9) which are connected to each other and whose base surface is omega-shaped and thus includes a vertex (7a, 9a) and two branches, 7c), the vertices (7a, 9a) of these elements (7, 9) being alternately disposed on the exterior and on the interior of the clamping ring and forming respectively an outer element and an inner element, the branches (7b, 7c) connecting two adjacent elements (7, 9) being common, wherein the outer elements and the inner elements form "shells" whose thickness is between 10% and 25% of the width (a) of the vertices of the outer elements, the interior face of the walls of the inner or outer elements having a vertex as a base having an extra thickness.
Lightning strike protection system for fuel tank access covers in composite structures having a skin, this system comprising an outer cover made of metallic material, that coats externally the fuel tank access covers and an inner cover made of composite material, the outer cover also comprising a lip element, made of the same metallic material than that of the outer cover and being integrated in its structure, and a conductive visco-elastic material or spring element provided over the mentioned lip element, characterized in that the outer cover comprises an electrically isolating gasket, covering the internal area where the outer cover contacts the skin in composite material, the electrically isolating gasket being made of composite material.
An antenna device comprising: an antenna, which is adapted to be mountable on a vehicle, to receive radio waves from a positioning satellite; a column, to an upper end of which the antenna is attached; and a hollow tubular plate to cover a surrounding part of the column, and form a space, whereof the lower end is open, between the column and the plate; characterised in that the upper end between the column and the plate is open. an antenna, which is adapted to be mountable on a vehicle, to receive radio waves from a positioning satellite; a column, to an upper end of which the antenna is attached; and a hollow tubular plate to cover a surrounding part of the column, and form a space, whereof the lower end is open, between the column and the plate; characterised in that the upper end between the column and the plate is open.
A method of a terminal in a wireless communication system, the method comprising: receiving, from a base station, information configuring sidelink bandwidth part, BWP, wherein the information includes a resource pool configuration on the sidelink BWP and information of resources for a physical sidelink control channel, PSCCH; identifying a resource pool based on the resource pool configuration; and performing sidelink communication with another terminal based on the resource pool, wherein the resource pool configuration includes information indicating a lowest physical resource block, PRB, index of the resource pool, wherein a symbol preceding a first symbol of the PSCCH and associated physical sidelink shared channel, PSSCH, is used for an automatic gain control, AGC, and wherein a symbol following a last symbol of a physical sidelink feedback channel, PSFCH, is used as a gap, wherein the information indicating the lowest PRB index of the resource pool indicates the lowest PRB index of the resource pool with respect to the lowest PRB index of the sidelink BWP. receiving, from a base station, information configuring sidelink bandwidth part, BWP, wherein the information includes a resource pool configuration on the sidelink BWP and information of resources for a physical sidelink control channel, PSCCH; identifying a resource pool based on the resource pool configuration; and performing sidelink communication with another terminal based on the resource pool, wherein the resource pool configuration includes information indicating a lowest physical resource block, PRB, index of the resource pool, wherein a symbol preceding a first symbol of the PSCCH and associated physical sidelink shared channel, PSSCH, is used for an automatic gain control, AGC, and wherein a symbol following a last symbol of a physical sidelink feedback channel, PSFCH, is used as a gap, wherein the information indicating the lowest PRB index of the resource pool indicates the lowest PRB index of the resource pool with respect to the lowest PRB index of the sidelink BWP.