mhurhangee/ep-ind-claims huggingface dataset:
An energy apparatus, the energy apparatus comprising one or more functional units, each functional unit comprising: - a first cell, comprising one or more first cell electrodes and one or more first cell openings for a first cell aqueous liquid and for a first cell gas; - a second cell, comprising one or more second cell electrodes and one or more second cell openings for a second cell aqueous liquid and for a second cell gas; - a separator, wherein the first cell and the second cell share the separator, wherein the separator is configured to block transport of one or more of O 2 and H 2 from one cell to another while having permeability for at least one or more of hydroxide ions (OH -) monovalent sodium (Na +), monovalent lithium (Li +) and monovalent potassium (K +); characterized in that the energy apparatus comprises one or more of (a) at least two or more first cell electrodes and (b) at least two or more second cell electrodes, wherein the energy apparatus further comprises an electrical element configured for applying one or more of (a) one or more potential differences between two or more first cell electrodes and (b) one or more potential differences between two or more second cell electrodes, wherein first cell electrodes of a first subset of the one or more first cell electrodes comprise iron based electrodes, and wherein the one or more second cell electrodes comprise nickel based electrodes. - a first cell, comprising one or more first cell electrodes and one or more first cell openings for a first cell aqueous liquid and for a first cell gas; - a second cell, comprising one or more second cell electrodes and one or more second cell openings for a second cell aqueous liquid and for a second cell gas; - a separator, wherein the first cell and the second cell share the separator, wherein the separator is configured to block transport of one or more of O 2 and H 2 from one cell to another while having permeability for at least one or more of hydroxide ions (OH -) monovalent sodium (Na +), monovalent lithium (Li +) and monovalent potassium (K +);
A system (100, 500) for blood treatment, the system comprising: a blood treatment machine comprising: a receiver, a user interface configured to display information related to blood pressure data received by the receiver, and a controller configured to generate a notification to notify a user of an upcoming blood pressure measurement before the blood pressure measurement occurs; and a blood pressure monitoring device connected to the blood treatment machine, wherein the blood pressure monitoring device is configured to send signals containing blood pressure information to the receiver of the blood treatment machine. a blood treatment machine comprising: a receiver, a user interface configured to display information related to blood pressure data received by the receiver, and a controller configured to generate a notification to notify a user of an upcoming blood pressure measurement before the blood pressure measurement occurs; and a receiver, a user interface configured to display information related to blood pressure data received by the receiver, and a controller configured to generate a notification to notify a user of an upcoming blood pressure measurement before the blood pressure measurement occurs; and a blood pressure monitoring device connected to the blood treatment machine, wherein the blood pressure monitoring device is configured to send signals containing blood pressure information to the receiver of the blood treatment machine.
Device for the positioning of a number of supports on a guide rail, the device comprising: a beam having an upper part and a bottom part; at least one carriage arranged at an edge of the upper part and movable backward and forward along the edge of the upper part, each carriage having a carriage side supporting a rail guide cooperating with a guide rail, and each carriage having a lock unit cooperating with the rail allowing the carriage to be individually lockable to the guide rail as long as the position of the carriage is to be un-changed, and wherein a support of a number of supports is mounted on the at least one carriage for the movement of the support to a desired position on the guide rail, wherein the at least one carriage is provided with means for the connection of the at least one carriage that is about to be moved with means for the movement of the at least one carriage to the desired position on the guide rail, the at least one carriage is provided with means for the determination of the position of the carriage and thereby of the support on the guide rail, and wherein said means for determination of the position comprises a linear absolute encoder comprising a waveguide which extends along the beam at an underside of the bottom part under the guide rail allowing cooperation with a magnet carrying arm which is fastened to the carriage and the end of which at least partly surrounds the waveguide, wherein the means for connection of the at least one carriage comprises a cylinder lock. the at least one carriage is provided with means for the connection of the at least one carriage that is about to be moved with means for the movement of the at least one carriage to the desired position on the guide rail, the at least one carriage is provided with means for the determination of the position of the carriage and thereby of the support on the guide rail, and wherein said means for determination of the position comprises a linear absolute encoder comprising a waveguide which extends along the beam at an underside of the bottom part under the guide rail allowing cooperation with a magnet carrying arm which is fastened to the carriage and the end of which at least partly surrounds the waveguide, wherein the means for connection of the at least one carriage comprises a cylinder lock.
A method of operating a smartphone application comprising: executing a native application on a smartphone; generating output of the native application for simultaneous display through the smartphone and through a micro-display of a headset computer; in response to receiving the generated output at the headset computer, translating the received output for rendering through the headset computer; operating the headset computer in a speech recognition and head tracking user interface mode; monitoring for user speech and head tracking commands from an end-user at the headset computer; in response to received speech and head tracking commands, translating the received speech and head tracking commands to equivalent smartphone commands at the headset computer and transmitting said equivalent smartphone command to the smartphone to control the native application; wherein the generated output for display through the micro-display of the headset computer includes a description language file, and the receiving the generated output at the headset computer comprises receiving the description language file over a low bandwidth communications link. executing a native application on a smartphone; generating output of the native application for simultaneous display through the smartphone and through a micro-display of a headset computer; in response to receiving the generated output at the headset computer, translating the received output for rendering through the headset computer; operating the headset computer in a speech recognition and head tracking user interface mode; monitoring for user speech and head tracking commands from an end-user at the headset computer; in response to received speech and head tracking commands, translating the received speech and head tracking commands to equivalent smartphone commands at the headset computer and transmitting said equivalent smartphone command to the smartphone to control the native application; wherein the generated output for display through the micro-display of the headset computer includes a description language file, and the receiving the generated output at the headset computer comprises receiving the description language file over a low bandwidth communications link.
A negative electrode active material for electric device comprising a silicon-containing alloy having; a structure including a silicide phase which contains a silicide of a transition metal and is dispersed in a parent phase containing amorphous or low crystalline silicon as a main component and a composition represented by the following Chemical Formula: [Chemical Formula 1] Si x Sn y M z A a in Chemical Formula above, A is an unavoidable impurity, M is Ti, x, y, z, and a represent values in terms of percent by mass, and 35 ≤ x ≤ 68, 7 ≤ y ≤ 30, 18 ≤ z ≤ 37, and 0 ≤ a < 0.5 and x + y + z + a = 100, wherein a ratio value (B/A) of a diffraction peak intensity B of a silicide of a transition metal in a range of 2θ = 37 to 45° to a diffraction peak intensity A of a plane of Si in a range of 2θ = 24 to 33° is 2.55 or more in an X-ray diffraction measurement of the silicon-containing alloy using a CuKα1 ray as described in the description. M is Ti, x, y, z, and a represent values in terms of percent by mass, and 35 ≤ x ≤ 68, 7 ≤ y ≤ 30, 18 ≤ z ≤ 37, and 0 ≤ a < 0.5 and x + y + z + a = 100, wherein a ratio value (B/A) of a diffraction peak intensity B of a silicide of a transition metal in a range of 2θ = 37 to 45° to a diffraction peak intensity A of a plane of Si in a range of 2θ = 24 to 33° is 2.55 or more in an X-ray diffraction measurement of the silicon-containing alloy using a CuKα1 ray as described in the description.
A polypeptide with laccase activity (EC 1.10.3.2) comprising an amino acid sequence that is at least 90% identical to the amino acid sequence according to SEQ ID NO: 1, wherein the polypeptide comprises at least one amino acid selected from the group consisting of: - Alanine at a position corresponding to position 253 in SEQ ID NO: 1, - Proline at a position corresponding to position 128 in SEQ ID NO: 1, - Aspartic acid at a position corresponding to position 384 in SEQ ID NO: 1, - Isoleucine at a position corresponding to position 364 in SEQ ID NO: 1, - Proline at a position corresponding to position 292 in SEQ ID NO: 1, - Proline at a position corresponding to position 450 in SEQ ID NO: 1, - Threonine at a position corresponding to position 33 in SEQ ID NO: 1 and - Proline at a position corresponding to position 322 in SEQ ID NO: 1 wherein the expression of the polypeptide in E.coli results in a higher yield of active, soluble laccase enzyme as compared to the yield obtained by the expression of the enzyme consisting of an amino acid sequence according to SEQ ID NO: 1. - Alanine at a position corresponding to position 253 in SEQ ID NO: 1, - Proline at a position corresponding to position 128 in SEQ ID NO: 1, - Aspartic acid at a position corresponding to position 384 in SEQ ID NO: 1, - Isoleucine at a position corresponding to position 364 in SEQ ID NO: 1, - Proline at a position corresponding to position 292 in SEQ ID NO: 1, - Proline at a position corresponding to position 450 in SEQ ID NO: 1, - Threonine at a position corresponding to position 33 in SEQ ID NO: 1 and - Proline at a position corresponding to position 322 in SEQ ID NO: 1
An analytical system for DNA sequencing comprising: an integrated optical delivery device (150, 800, 820, 840, 900) and an integrated target waveguide device (160, 190), wherein the integrated optical delivery device (150, 800, 820, 840, 900) comprises: a plurality of optical inputs; a plurality of optical outputs; and a plurality of optical output waveguides disposed on a substrate and optically connected to the plurality of optical inputs and the plurality of optical outputs; wherein the integrated target waveguide device (160, 190) is a multiplexed DNA sequencing device configured to sequence DNA in at least 100 reaction regions, characterized in that: at least one optical output is configured for optical coupling to the integrated target waveguide device (160, 190) through free space at a distance of at least 1 mm, and said at least one optical output has a numerical aperture of no more than 0.1. an integrated optical delivery device (150, 800, 820, 840, 900) and an integrated target waveguide device (160, 190), wherein the integrated optical delivery device (150, 800, 820, 840, 900) comprises: a plurality of optical inputs; a plurality of optical outputs; and a plurality of optical output waveguides disposed on a substrate and optically connected to the plurality of optical inputs and the plurality of optical outputs; wherein the integrated target waveguide device (160, 190) is a multiplexed DNA sequencing a plurality of optical inputs; a plurality of optical outputs; and a plurality of optical output waveguides disposed on a substrate and optically connected to the plurality of optical inputs and the plurality of optical outputs; wherein the integrated target waveguide device (160, 190) is a multiplexed DNA sequencing device configured to sequence DNA in at least 100 reaction regions, characterized in that: at least one optical output is configured for optical coupling to the integrated target waveguide device (160, 190) through free space at a distance of at least 1 mm, and said at least one optical output has a numerical aperture of no more than 0.1. at least one optical output is configured for optical coupling to the integrated target waveguide device (160, 190) through free space at a distance of at least 1 mm, and said at least one optical output has a numerical aperture of no more than 0.1.
Method for providing a cryptographic security function for the operation of an apparatus, wherein the following method steps are executed: - receiving a request to provide such a security function, - providing an interface to an authority, called trust anchor, providing such a security function, - wherein said interface determines context information (A_ID, AA_ID) depending on the application (A, AA) initiating the request, - providing the requested security function for the application initiating the request, - wherein the determined context information is incorporated into the provision of said security function, characterized in that the context information comprises the identity of said application. - receiving a request to provide such a security function, - providing an interface to an authority, called trust anchor, providing such a security function, - wherein said interface determines context information (A_ID, AA_ID) depending on the application (A, AA) initiating the request, - providing the requested security function for the application initiating the request, - wherein the determined context information is incorporated into the provision of said security function, characterized in that the context information comprises the identity of said application.
Segmented mould for moulding and vulcanizing a tyre of given diameter (D S), having a width and a diameter at the interconnect point, comprising shells (1, 1') and segments collaborating to withstand the internal pressure and remain in the closed position without assistance from additional components, in which mould each segment comprises at its lateral edges a projection extending radially inwards, which projection is equipped with a lip extending axially towards the inside of the mould and having an inclined frustoconical surface of given angle (α) with respect to the axis (XX') of the mould such that the extensions of the line of each frustoconical surface on a meridian plane intercept on the radially internal side of the segment concerned, and in which mould each shell (1, 1') comprises a projection extending radially outwards and provided with a lip having a frustoconical surface inclined by the same angle α with respect to the axis XX' of the mould, characterized in that, in projection onto a meridian plane passing through the axis XX' of the mould, the distance (a) comprised between a straight line (tt') parallel to the axis of the mould and passing through the point of application of the resultant of the forces of contact between the shells and the segments, and a straight line (ss') parallel to the axis of the mould situated in the extension of the internal face of the resistant segment is equal to k * 0.42 * D s L J 2, with a coefficient k comprised between 0.8 and 1.4.
Method for powering a washing machine, in the event of a power supply failure, wherein said washing machine comprises: - a drum within a hollow enclosure; - an opening in said enclosure for inserting and removing clothes from inside said drum, said opening including a water-tight door with a locking mechanism, - a water inlet, - at least one electronic control unit including a memory and a processor, and - an auxiliary power source, wherein when said at least one electronic control unit detects a power supply failure the washing machine switches powering means from a main external power source to said auxiliary power source through the use of a switch, characterised in that when the auxiliary power source is activated, the at least one electronic control unit of the washing machine carries out the following steps: i. determining if a water level is above or below a predetermined threshold value by means of a first sensor, and further determining if said drum is static or in motion by means of a second sensor, wherein if the drum is static the control unit proceeds to step ii., and wherein if the drum is in motion, the control unit waits until said second sensor indicates that the drum is static before proceeding to step ii., ii. automatically executing a first set of pre-established actions if said water level is above said predetermined threshold value, or automatically executing a second set of pre-established actions if said water level is below said predetermined threshold value, and iii. switching off the washing machine once the control unit has finished executing either one of said first or second set of pre-established actions, and iv. switching said powering means back to the external power source, wherein said first and second set of pre-established actions are selected manually by a user through a control panel of the washing machine. - a drum within a hollow enclosure; - an opening in said enclosure for inserting and removing clothes from inside said drum, said opening including a water-tight door with a locking mechanism, - a water inlet, - at least one electronic control unit including a memory and a processor, and - an auxiliary power source, i. determining if a water level is above or below a predetermined threshold value by means of a first sensor, and further determining if said drum is static or in motion by means of a second sensor, wherein if the drum is static the control unit proceeds to step ii., and wherein if the drum is in motion, the control unit waits until said second sensor indicates that the drum is static before proceeding to step ii., ii. automatically executing a first set of pre-established actions if said water level is above said predetermined threshold value, or automatically executing a second set of pre-established actions if said water level is below said predetermined threshold value, and iii. switching off the washing machine once the control unit has finished executing either one of said first or second set of pre-established actions, and iv. switching said powering means back to the external power source,
An optical tube assembly comprising: - a tube, the tube having an interior surface; - at least one optical waveguide, the at least one optical waveguide being disposed in the tube; and - one dry insert, the one dry insert being disposed within the tube, characterized by the one dry insert conforming to the interior surface of the tube along the inner perimeter of the tube and disposed about the at least one optical waveguide, the one dry insert being formed from elongate materials comprising a compressible foam tape and at least one water-swellable layer, and the one dry insert being compressed at least 10 percent for coupling the at least one optical waveguide to the interior surface of the tube. - a tube, the tube having an interior surface; - at least one optical waveguide, the at least one optical waveguide being disposed in the tube; and - one dry insert, the one dry insert being disposed within the tube,
A coherent receiver comprising: a receive signal, SIG, path including i) an input configured to connect a receive optical signal, ii) one or more signal paths connected to the input and to one or more optical hybrids, and iii) at least one first variable optical attenuator, VOA; and a local oscillator, LO, signal path including an input configured to connect to an LO and the one or more optical hybrids; wherein the coherent receiver includes a VOA-induced phase change compensation mechanism that is configured to reduce any VOA-induced phase change in a SIG-LO beat signal due to the at least one first VOA being in the signal path, wherein the VOA-induced phase change compensation mechanism includes one or more of at least one second VOA in the LO path before the one or more optical hybrids, the at least one second VOA configured to add a LO phase change to the LO path to at least partially compensate for the VOA-induced phase change in the signal path due to the at least one first VOA, and a chirp-free Mach-Zehnder, MZ, interferometer forming the at least one first VOA in the signal path. a receive signal, SIG, path including i) an input configured to connect a receive optical signal, ii) one or more signal paths connected to the input and to one or more optical hybrids, and iii) at least one first variable optical attenuator, VOA; and a local oscillator, LO, signal path including an input configured to connect to an LO and the one or more optical hybrids; wherein the coherent receiver includes a VOA-induced phase change compensation mechanism that is configured to reduce any VOA-induced phase change in a SIG-LO beat signal due to the at least one first VOA being in the signal path, wherein the VOA-induced phase change compensation mechanism includes one or more of at least one second VOA in the LO path before the one or more optical hybrids, the at least one second VOA configured to add a LO phase change to the LO path to at least partially compensate for the VOA-induced phase change in the signal path due to the at least one first VOA, and a chirp-free Mach-Zehnder, MZ, interferometer forming the at least one first VOA in the signal path.
A genetically engineered microorganism capable of converting cholesterol, cholesterol analogs and derivatives into steroid hormones precursors, wherein said microorganism comprises at least one DNA sequence encoding a cytochrome P450 of eukaryotic origin, an exogenous DNA sequence encoding Adx and an exogenous DNA sequence encoding AdR, wherein said microorganism is Bacillus megaterium and wherein said cytochrome P450 of eukaryotic origin is selected from the group consisting of CYP11A1, CYP17A1, CYP11B1, CYP11B2, CYP3A4, CYP46A1, CYP27A1, CYP21A1 and CYP21A2, said exogenous DNA sequences originating from a species of microorganism or organism other than Bacillus megaterium.
Expansion joint strip for floors, for being placed on a floor space, having an upright wing, which comprises at least one layer of foam plastic and, at least on one side, a layer (16, 18) of a non-woven fabric of plastic fibers, which is permeable to air but waterproofed, and which is extended to form an angled base, wherein the base comprises through-holes, which are arranged in the base, distributed over the length of the expansion joint strip, wherein the base is provided with an adhesive (35; 36) at its bottom side at least in a region between the layer of foam plastic and the through-holes, characterized in that the through-holes are adapted to allow a filler or levelling material that is to be applied to the top side of the base to penetrate the through-holes, in order to enable the filler or levelling material to adhere to a floor space, when the base has been glued to the floor space by means of the adhesive (35; 36).