mhurhangee/ep-ind-claims huggingface dataset:
An indicator apparatus, comprising: a display plate, a pointer provided on a front-face side of the display plat, a pointer drive means provided on a back-face side of the display plate for rotating the pointer, a first magnet provided for the pointer, and a second magnet provided for the pointer drive means to be opposite to the first magnet, the pointer being rotated in association with rotation drive of the pointer drive means by attraction force of the first and second magnets (23c, 23a), and a shaft portion rotatably supporting the pointer is located in the display plate and the shaft portion includes a main shaft, a main-shaft receive portion securing the main shaft to the display plate, and a rotation shaft portion provided rotatably about the main shaft and located on and secured to the pointer, characterized in that the shaft portion includes a rotation adjusting portion located between the rotation shaft portion and the main-shaft receive portion for adjusting the frictional force of the rotation shaft portion. a display plate, a pointer provided on a front-face side of the display plat, a pointer drive means provided on a back-face side of the display plate for rotating the pointer, a first magnet provided for the pointer, and a second magnet provided for the pointer drive means to be opposite to the first magnet, the pointer being rotated in association with rotation drive of the pointer drive means by attraction force of the first and second magnets (23c, 23a), and a shaft portion rotatably supporting the pointer is located in the display plate and the shaft portion includes a main shaft, a main-shaft receive portion securing the main shaft to the display plate, and a rotation shaft portion provided rotatably about the main shaft and located on and secured to the pointer, characterized in that the shaft portion includes a rotation adjusting portion located between the rotation shaft portion and the main-shaft receive portion for adjusting the frictional force of the rotation shaft portion.
Reflective thin flexible thermal insulation which can be used in the form of a leaf or sheet for all types of buildings, and which is suitable both for new works or refurbishment works, in particular in order to improve old insulation which is kept in place, comprising at least three elements constituted by a breathable reflective outer cladding which is impermeable to water, and a breathable inner cladding which faces towards the interior of the building (warm side), the two claddings being separated by an interposed layer open to the passage of water vapour, characterized in that: - the breathable inner cladding is reflective; - the breathable inner cladding is not impermeable to water; and - the interposed layer is constituted by a mat. - the breathable inner cladding is reflective; - the breathable inner cladding is not impermeable to water; and - the interposed layer is constituted by a mat.
A connector arrangement for attaching a reference array in a fixed positional relationship with respect to a patient, wherein the patient is to be covered by sterile drapes (30, 32) in the attachment area, the connector arrangement comprising: - a first connector having a first clamping unit which includes a first support which is to be situated below a first drape; and a first clamping element which is to be situated above the drape and can directly or indirectly hold the reference array or a reference array adaptor, wherein the first clamping element clamps the first support, with the first drape caught between the two, by means of at least two distinct first clamps which clamp the first support from at least partly opposing directions in such a way that the positional shift in the first clamping element as a result of clamping the first drape at the clamping position is compensated for, such that its overall positional shift is substantially zero, characterised by - a second connector having a second clamping unit which includes a second support attached to the upper portion of the first clamping unit; and a second clamping element which can hold the reference array or a reference array adaptor, wherein the second clamping element clamps the second support, with a second drape caught between the two, by means of at least two distinct second clamps which clamp the second support from at least partly opposing directions in such a way that the positional shift in the second clamping element as a result of clamping the second drape at the clamping position is compensated for, such that its overall positional shift is substantially zero. - a first connector having a first clamping unit which includes a first support which is to be situated below a first drape; and a first clamping element which is to be situated above the drape and can directly or indirectly hold the reference array or a reference array adaptor, wherein the first clamping element clamps the first support, with the first drape caught between the two, by means of at least two distinct first clamps which clamp the first support from at least partly opposing directions in such a way that the positional shift in the first clamping element as a result of clamping the first drape at the clamping position is compensated for, such that its overall positional shift is substantially zero, characterised by - a second connector having a second clamping unit which includes a second support attached to the upper portion of the first clamping unit; and a second clamping element which can hold the reference array or a reference array adaptor, wherein the second clamping element clamps the second support, with a second drape caught between the two, by means of at least two distinct second clamps which clamp the second support from at least partly opposing directions in such a way that the positional shift in the second clamping element as a result of clamping the second drape at the clamping position is compensated for, such that its overall positional shift is substantially zero.
Composition comprising: A nanofibrillar parenchymal cellulose having a length of more than 1 μm and a number average diameter of 2-200 nm, preferably of 10-100 nm; and B cellulose fibers; wherein both A and B are obtained from cellulose pith. A nanofibrillar parenchymal cellulose having a length of more than 1 μm and a number average diameter of 2-200 nm, preferably of 10-100 nm; and B cellulose fibers;
A stereo-projection device having a light source, a color wheel having filters arranged in a circular manner, an imaging unit, a projection optical system and a controller for synchronizing the imaging unit with the color wheel, wherein the filters have a triplet with in each case one of the colors red, green, blue, characterized in that the filters of the color wheel are designed as interference filters, in that the color wheel has a plurality of triplets consisting of interference filters and which therefore comprise a total of at least six interference filters of different passbands arranged in a circle, wherein the triplets each have an interference filter of the colors red (R1, R2), green (G1, G2), blue (B1, B2) and wherein the interference filters represent narrowband filters with a bandwidth below 30 nm and wherein the bandwidth of the narrowband interference filters of a triplet of longer wavelength is selected to be greater than the bandwidth of the interference filters of shorter wavelength.
A method performed by a sample processing system comprising an analyzer comprising an aliquoting station comprising at least one pipettor, a mass spectrometer, a sample introduction apparatus, and a control system, the control system operatively coupled to the analyzer, the mass spectrometer, and the sample introduction apparatus, the method comprising: providing, by the at least one pipettor of the aliquoting station, a first sample aliquot of a sample, and a second sample aliquot of the sample; performing, by the analyzer, a primary analysis of an analyte in a first processed sample aliquot derived from the first sample aliquot of a sample in a reaction vessel; transferring, by the sample introduction apparatus, a second processed sample aliquot derived from the second sample aliquot of the sample from the analyzer to the mass spectrometer; and performing, by a mass spectrometer, a secondary analysis of the analyte or another analyte in the second processed sample aliquot in a secondary analysis. providing, by the at least one pipettor of the aliquoting station, a first sample aliquot of a sample, and a second sample aliquot of the sample; performing, by the analyzer, a primary analysis of an analyte in a first processed sample aliquot derived from the first sample aliquot of a sample in a reaction vessel; transferring, by the sample introduction apparatus, a second processed sample aliquot derived from the second sample aliquot of the sample from the analyzer to the mass spectrometer; and performing, by a mass spectrometer, a secondary analysis of the analyte or another analyte in the second processed sample aliquot in a secondary analysis.
A heat exchanger, for an absorption machine, comprising a metal wall, intended to be in contact with a working fluid circulating in the heat exchanger, wherein the wall is covered by a hydrophilic coating comprising: - a lower layer of organic molecules selected from a phosphonic acid derivative, a phosphonate derivative, an alkoxysilane derivative or a catechol derivative, the lower layer being grafted onto the metal wall, - one or more intermediate layers, at least one of the intermediate layers having one or more isocyanate groups, - an upper layer of organic molecules, comprising a pendant hydrophilic group, the upper layer being covalently bonded to the lower layer of molecules, via the one or more intermediate layers, characterised by the upper layer of organic molecules having at least one primary amine. - a lower layer of organic molecules selected from a phosphonic acid derivative, a phosphonate derivative, an alkoxysilane derivative or a catechol derivative, the lower layer being grafted onto the metal wall, - one or more intermediate layers, at least one of the intermediate layers having one or more isocyanate groups, - an upper layer of organic molecules, comprising a pendant hydrophilic group,
An ink cartridge comprising: an ink storage container configured to store ink; a socket portion provided at one end of the ink storage container and configured to be fitted to and detached from a joint portion of a printing machine; an ink supply port provided in the socket portion; and an inner plug configured to seal an ink passage to the ink supply port in response to biasing force applied from a side of the ink storage container, wherein the inner plug includes an ink holding portion (53a1 to 53a6) for an insertion shaft provided in the joint portion to be inserted, the insertion shaft pressing the inner plug against the biasing force upon a fitting of the socket portion to the joint portion enables the ink passage to communicate with the ink supply port, and the ink holding portion (53a1 to 53a6) with the insertion shaft pulled out from the ink holding portion (53a1 to 53a6) after inserted holds the ink near the ink supply port; wherein the insertion shaft is provided in a shape extending in a direction of an axis of the insertion shaft, and characterized in that the ink holding portion (53a1 to 53a5) is a bottomed hole having a surface parallel to the axis of the insertion shaft. an ink storage container configured to store ink; a socket portion provided at one end of the ink storage container and configured to be fitted to and detached from a joint portion of a printing machine; an ink supply port provided in the socket portion; and an inner plug configured to seal an ink passage to the ink supply port in response to biasing force applied from a side of the ink storage container, wherein the inner plug includes an ink holding portion (53a1 to 53a6) for an insertion shaft provided in the joint portion to be inserted, the insertion shaft pressing the inner plug against the biasing force upon a fitting of the socket portion to the joint portion enables the ink passage to communicate with the ink supply port, and the ink holding portion (53a1 to 53a6) with the insertion shaft pulled out from the ink holding portion (53a1 to 53a6) after inserted holds the ink near the ink supply port; wherein the insertion shaft is provided in a shape extending in a direction of an axis of the insertion shaft, and characterized in that the ink holding portion (53a1 to 53a5) is a bottomed hole having a surface parallel to the axis of the insertion shaft.
Propeller arrangement in a cathodic protection system for a marine vessel with a marine propulsion system, which cathodic protection system comprises a direct current power source (110; 210); the propulsion system comprising; - at least one driveline housing (101; 201) at least partially submerged in water; - a torque transmitting drive shaft (106; 232, 233) extending out of the driveline housing (101; 201); - at least one propeller (102, 103; 202, 203) mounted on the drive shaft (106; 232, 233); characterized in that - the at least one propeller (102, 103; 202, 203) is electrically isolated from its drive shaft (106; 232, 233); - each electrically isolated propeller (102, 103; 202, 203) is electrically connected to a slip ring connector; which slip ring connector is in electrical connection with a terminal (111, 112; 211, 212) of the direct current power source (110; 210). - at least one driveline housing (101; 201) at least partially submerged in water; - a torque transmitting drive shaft (106; 232, 233) extending out of the driveline housing (101; 201); - at least one propeller (102, 103; 202, 203) mounted on the drive shaft (106; 232, 233); characterized in that - the at least one propeller (102, 103; 202, 203) is electrically isolated from its drive shaft (106; 232, 233); - each electrically isolated propeller (102, 103; 202, 203) is electrically connected to a slip ring connector;
A separator arrangement with a separator with a rotatable drum, with a vertical rotational axis, which has a feed pipe which projects into a distribution chamber of a distributor, and with a non-rotatable hood which encloses the drum, wherein a hood interior which is sealed against the exterior region of the hood is formed between the hood and the drum and wherein the drum in an inlet region is not hermetically sealed against the hood interior, wherein the separator itself has a device for lowering the pressure inside the hood interior as a result of rotations of the drum in the manner of a jet pump wherein the device for lowering the pressure inside the hood interior as a result of rotations of the drum is designed as at least one fluid connection between the distribution chamber and the hood interior in such a way that during rotations of the drum and during a product feed through the feed pipe and through the distributor into the drum air/gas is drawn out of the hood interior through the fluid connection into the distribution chamber, from where it is discharged through the drum and out of the drum through at least one discharge pipe (37, 38) characterized in that the fluid connection is designed as a fluid pipe between the hood interior and the distribution chamber and is formed on or in the feed pipe.
A computer-implemented method, comprising: obtaining, for a given geographic area, a three-dimensional, 3D, representation of the given geographic area, wherein the 3D representation depicts a view of the given geographic area from a specified viewing perspective; obtaining, for the given geographic area, traffic data indicating (i) different traffic volumes during different time periods and (ii) one or more traffic characteristics; segmenting, by one or more computing devices, the 3D representation into a plurality of particular locations; determining, for each different particular location among the plurality of particular locations and based on the traffic data, a viewability score indicative of an aggregate amount of time that the different particular location is viewable by traffic passing the different candidate location; and adjusting physical location usage based on the viewability scores for the plurality of particular locations, wherein adjusting the physical location usage comprises: selecting, based on the viewability scores, a location from among the plurality of particular locations to present content on a physical structure at the selected location; and adjusting, based on the viewability scores, the content displayed on the surface of the physical structure or an existing display property of the surface of the physical structure. obtaining, for a given geographic area, a three-dimensional, 3D, representation of the given geographic area, wherein the 3D representation depicts a view of the given geographic area from a specified viewing perspective; obtaining, for the given geographic area, traffic data indicating (i) different traffic volumes during different time periods and (ii) one or more traffic characteristics; segmenting, by one or more computing devices, the 3D representation into a plurality of particular locations; determining, for each different particular location among the plurality of particular locations and based on the traffic data, a viewability score indicative of an aggregate amount of time that the different particular location is viewable by traffic passing the different candidate location; and adjusting physical location usage based on the viewability scores for the plurality of particular locations, wherein adjusting the physical location usage comprises: selecting, based on the viewability scores, a location from among the plurality of particular locations to present content on a physical structure at the selected location; and adjusting, based on the viewability scores, the content displayed on the surface of the physical structure or an existing display property of the surface of the physical structure. selecting, based on the viewability scores, a location from among the plurality of particular locations to present content on a physical structure at the selected location; and adjusting, based on the viewability scores, the content displayed on the surface of the physical structure or an existing display property of the surface of the physical structure.
Board-shaped material, having lignocellulosic fibers and binder, wherein the proportion of the binder is more than 50 wt.% by weight of the board-shaped material, wherein the board-shaped material is manufactured by pressing and wherein the density of the material is between 1,000 kg/m 3 and 1,800 kg/m 3, characterized in that the binder has melamine, formaldehyde, phenol, methylene diphenyl isocyanate, also in emulsified form as eMDI, polymeric diphenylmethane diisocyanate (PMDI) or combinations or mixtures of the aforementioned binders.
A method for controlling a user equipment, UE, to transmit uplink signals via multiple antennas, the method comprising: mapping the uplink signals to a predetermined number of layers; the method is characterised by performing Discrete Fourier Transform, DFT, spreading upon each of the predetermined number of layers; precoding each of the DFT-spread layers by using a specific precoding matrix selected from among a prestored codebook, wherein the prestored codebook comprises a first set of codebooks utilized when the number of the multiple antennas is 2 and a second set of codebooks utilized when the number of the multiple antennas is 4, wherein the first set of codebooks consists of a Rank 1 codebook and a Rank 2 codebook, wherein the second set of codebooks consists of a Rank 1 codebook, a Rank 2 codebook, a Rank 3 codebook and a Rank 4 codebook, wherein every precoding matrix in the first and the second sets of codebooks is established in a manner that each one of the multiple antennas transmits only one layer of the predetermined number of layers; and transmitting the precoded signals to a base station, BS, via the multiple antennas by performing a predetermined process for constructing a Single Carrier-Frequency Division Multiple Acces, SC-FDMA, symbol upon the precoded signals. mapping the uplink signals to a predetermined number of layers; the method is characterised by performing Discrete Fourier Transform, DFT, spreading upon each of the predetermined number of layers; precoding each of the DFT-spread layers by using a specific precoding matrix selected from among a prestored codebook, wherein the prestored codebook comprises a first set of codebooks utilized when the number of the multiple antennas is 2 and a second set of codebooks utilized when the number of the multiple antennas is 4, wherein the first set of codebooks consists of a Rank 1 codebook and a Rank 2 codebook, wherein the second set of codebooks consists of a Rank 1 codebook, a Rank 2 codebook, a Rank 3 codebook and a Rank 4 codebook, wherein every precoding matrix in the first and the second sets of codebooks is established in a manner that each one of the multiple antennas transmits only one layer of the predetermined number of layers; and transmitting the precoded signals to a base station, BS, via the multiple antennas by performing a predetermined process for constructing a Single Carrier-Frequency Division Multiple Acces, SC-FDMA, symbol upon the precoded signals.
A method for detecting signals intended as a decoy for a receiver of signals from a satellite navigation system, the receiver being equipped with an antenna using controlled reception pattern sensors, characterised in that it comprises the following steps consisting of, for each satellite: - calculating the position of the satellite in a first Local Geographic Trihedron - acronym LGT - reference frame centred on the receiver based on the position of the receiver and on the position of the satellite; - determining the attitude of the antenna in the first reference frame; - calculating first elevation and azimuthal angles of the satellite in a second reference frame linked to the antenna, starting from the position of the satellite in the first reference frame and from the attitude of the antenna in the first reference frame; - determining second elevation and azimuthal angles of the satellite in the second reference frame, by iterative search for a maximum of a weighted complex sum of the demodulated signals received by the antenna; - calculating the value of a likelihood function between the first elevation and azimuthal angles of the satellite and the second elevation and azimuthal angles of the satellite; and - detecting a risk of receiving decoy signals when said value of the likelihood function is lower than a threshold. - calculating the position of the satellite in a first Local Geographic Trihedron - acronym LGT - reference frame centred on the receiver based on the position of the receiver and on the position of the satellite; - determining the attitude of the antenna in the first reference frame; - calculating first elevation and azimuthal angles of the satellite in a second reference frame linked to the antenna, starting from the position of the satellite in the first reference frame and from the attitude of the antenna in the first reference frame; - determining second elevation and azimuthal angles of the satellite in the second reference frame, by iterative search for a maximum of a weighted complex sum of the demodulated signals received by the antenna; - calculating the value of a likelihood function between the first elevation and azimuthal angles of the satellite and the second elevation and azimuthal angles of the satellite; and - detecting a risk of receiving decoy signals when said value of the likelihood function is lower than a threshold.