mhurhangee/ep-ind-claims huggingface dataset:
An aqueous suspension for in vivo consumption comprising: (a) one or more nutritional supplements; and, (b) one or more hydrogel microparticles that encapsulate one or more nutritional supplements of (a), wherein the one or more hydrogel microparticles comprise a pH-responsive carboxy containing polysaccharide and a hydroxypropyl cellulose and wherein said hydroxypropyl cellulose is crosslinked with trisodium trimetaphosphate (TSTMP). (a) one or more nutritional supplements; and, (b) one or more hydrogel microparticles that encapsulate one or more nutritional supplements of (a), wherein the one or more hydrogel microparticles comprise a pH-responsive carboxy containing polysaccharide and a hydroxypropyl cellulose and wherein said hydroxypropyl cellulose is crosslinked with trisodium trimetaphosphate (TSTMP). comprise a pH-responsive carboxy containing polysaccharide and a hydroxypropyl cellulose and wherein said hydroxypropyl cellulose is crosslinked with trisodium trimetaphosphate (TSTMP).
A method of targeted sequencing of at least one nucleic acid target in a biological sample comprising (i) contacting said sample with at least one nuclease protection probe comprising a nucleic acid molecule which specifically hybridizes to said target, under conditions that permit the hybridization of the NPP to the target nucleic acid, (ii) exposing said sample to one or more nucleases or nuclease cocktails under conditions that are effective to eliminate any NPP that is not hybridized to the target molecule, leaving an amount of target/NPP duplex, and/or target /partial NPP duplex, (iii) separating the hybridized NPP from the target, (iV) contacting the NPP with at least one tag linker and a gene-specific or experiment tag in combination or separately, the tag linker comprising nucleic acid sequences complementary to a) the 3' end of the NPP and b) a portion of a sequence of the gene-specific or experiment tag, under conditions that permit the tag linker to hybridize to the NPP and the gene-specific or experiment tag to form a complete adduct, V) ligating together the NPP and gene-specific or experiment tag sequences in the complete adduct to form a complete sequencible adduct, and (vi) sequencing said sequencible adduct. wherein the experiment tag is unique to the sample. (i) contacting said sample with at least one nuclease protection probe comprising a nucleic acid molecule which specifically hybridizes to said target, under conditions that permit the hybridization of the NPP to the target nucleic acid, (ii) exposing said sample to one or more nucleases or nuclease cocktails under conditions that are effective to eliminate any NPP that is not hybridized to the target molecule, leaving an amount of target/NPP duplex, and/or target /partial NPP duplex, (iii) separating the hybridized NPP from the target, (iV) contacting the NPP with at least one tag linker and a gene-specific or experiment tag in combination or separately, the tag linker comprising nucleic acid sequences complementary to a) the 3' end of the NPP and b) a portion of a sequence of the gene-specific or experiment tag, under conditions that permit the tag linker to hybridize to the NPP and the gene-specific or experiment tag to form a complete adduct, V) ligating together the NPP and gene-specific or experiment tag sequences in the complete adduct to form a complete sequencible adduct, and (vi) sequencing said sequencible adduct. wherein the experiment tag is unique to the sample.
A cosmetic composition comprising i. an organosilane having the formula; (CH 3)(CH 3 O) 2 SiCH 2 CH 2 C(CH 3) 2 O(CH 2 CH 2 O) 18 (C 3 H 6 O) 18 H ii. at least one cosmetic ingredient. i. an organosilane having the formula; (CH 3)(CH 3 O) 2 SiCH 2 CH 2 C(CH 3) 2 O(CH 2 CH 2 O) 18 (C 3 H 6 O) 18 H ii. at least one cosmetic ingredient.
Method for producing a node structure for a vehicle body, with at least two profile components (120, 130) and a connecting node made from fibre-reinforced plastic which connects the profile components (120, 130) to node-side profile ends (121, 131), wherein the connecting node is made from a plastic reinforced with unoriented short fibres and is additionally reinforced in at least one area by an insert, with the steps: - providing the prefabricated profile components (120, 130); - positioning the insert and the node-side profile ends (121, 131) in a pressing tool producing the connecting node; and - performing a pressing process with the addition of a plastic mass containing short fibres for producing the connecting node connecting the profile ends (121, 131), wherein the plastic mass containing the short fibres is introduced before closing the pressing tool in its tool cavity and is distributed during the pressing process in the tool cavity. - providing the prefabricated profile components (120, 130); - positioning the insert and the node-side profile ends (121, 131) in a pressing tool producing the connecting node; and - performing a pressing process with the addition of a plastic mass containing short fibres for producing the connecting node connecting the profile ends (121, 131), wherein the plastic mass containing the short fibres is introduced before closing the pressing tool in its tool cavity and is distributed during the pressing process in the tool cavity.
A receiver comprising an input unit configured to receive an encoded representation of a slice of a picture, a decoder (40, 50) for decoding the encoded representation and an output unit configured to output decoded pictures decoded by the decoder., said encoded representation comprising a slice header and slice data, and said decoder comprising: a set identifying unit configured to identify a parameter set associated with said encoded representation based on a parameter set identifier obtainable based on said slice header; a parsing unit configured to parse a slice header extension present flag present in said parameter set and parse, if said slice header extension present flag has a predefined value, a length indicator in variable length code associated with said encoded representation and indicative of a length in bits or bytes of an extension field in said slice header; and a processing unit configured to cause, if said slice header extension present flag has said predefined value, said decoder to ignore, during decoding of said encoded representation, any value of said extension field identified based on said length indicator. a set identifying unit configured to identify a parameter set associated with said encoded representation based on a parameter set identifier obtainable based on said slice header; a parsing unit configured to parse a slice header extension present flag present in said parameter set and parse, if said slice header extension present flag has a predefined value, a length indicator in variable length code associated with said encoded representation and indicative of a length in bits or bytes of an extension field in said slice header; and a processing unit configured to cause, if said slice header extension present flag has said predefined value, said decoder to ignore, during decoding of said encoded representation, any value of said extension field identified based on said length indicator.
An implantable infusion device, comprising: a collapsible member defining a reservoir for containing a variable volume of fluid therein, wherein the collapsible member comprises a reservoir surface that moves between a full position and a refill position in response to a change in volume of the fluid contained in the reservoir; a housing connected to the collapsible member, the housing defining: a refill port for receiving the fluid; and a refill passageway connecting the refill port to the reservoir; a valve plunger for selectively occluding the refill passageway, wherein the valve plunger comprises a free distal end configured to abut the reservoir surface of the collapsible member during movement between the full position and the refill position; and a displacement sensor coupled to the housing or at least partially positioned within the refill passageway, and operable to detect a position of the free distal end of the valve plunger as the reservoir surface moves from the full position to the refill position, the displacement sensor electrically coupled to electronics configured to provide feedback corresponding to the volume of fluid in the reservoir, in response to the detected position of the free distal end of the valve plunger. a collapsible member defining a reservoir for containing a variable volume of fluid therein, wherein the collapsible member comprises a reservoir surface that moves between a full position and a refill position in response to a change in volume of the fluid contained in the reservoir; a housing connected to the collapsible member, the housing defining: a refill port for receiving the fluid; and a refill passageway connecting the refill port to the reservoir; a valve plunger for selectively occluding the refill passageway, wherein the valve plunger comprises a free distal end configured to abut the reservoir surface of the collapsible member during movement between the full position and the refill position; and a displacement sensor coupled to the housing or at least partially positioned within the refill passageway, and operable to detect a position of the free distal end of the valve plunger as the reservoir surface moves from the full position to the refill position, the displacement sensor electrically coupled to electronics configured to provide feedback corresponding to the volume of fluid in the reservoir, in response to the detected position of the free distal end of the valve plunger.
An electronic device for a transmitter, comprising: a processing circuitry configured to: generate a pilot sequence based on a constellation map corresponding to a modulation scheme, the constellation map having constellation points X = {s 1, s 2,..., S M} M>2, the constellation map having pairs of constellation points, wherein each pair of constellation points contains opposite constellation points such that for constellation points of the constellation map χ = { s 1, s 2,..., s M}, two constellation points that are opposite are, for a channel, si and -si, and the pilot sequence contains only one constellation point of from each of the pairs of opposite constellation points; and transmit the pilot sequence to a receiver for channel estimation associated with each constellation point in the constellation map by the receiver. generate a pilot sequence based on a constellation map corresponding to a modulation scheme, the constellation map having constellation points X = {s 1, s 2,..., S M} M>2, the constellation map having pairs of constellation points, wherein each pair of constellation points contains opposite constellation points such that for constellation points of the constellation map χ = { s 1, s 2,..., s M}, two constellation points that are opposite are, for a channel, si and -si, and the pilot sequence contains only one constellation point of from each of the pairs of opposite constellation points; and transmit the pilot sequence to a receiver for channel estimation associated with each constellation point in the constellation map by the receiver.
A system for interacting with a three-dimensional object dataset, the three-dimensional object dataset being based on a signal obtained from a scanner arranged for scanning a particular object and being a patient specific medical image dataset, the system comprising a signal input for receiving a signal from an interaction device comprising a touch-sensitive surface having a typical shape of at least part of the kind of object represented by the three-dimensional object dataset, wherein the signal is indicative of a location on the surface that is indicated by a user, wherein at least a part of the surface is curved; a mapping unit for i) registering the three-dimensional object dataset to an electronic representation of the shape of the surface of the interaction device to obtain a registration, and ii) mapping the indicated location to a corresponding position of the object represented by the three-dimensional object dataset based on the registration, wherein the position corresponds to the location on the surface indicated by the user; a graphical unit for displaying at least part of the three-dimensional object dataset, wherein the graphical unit is arranged for displaying an indication of the position within the three-dimensional object dataset corresponding to the location on the surface indicated by the user; and the interaction device, wherein the interaction device comprises a movable part that is movable with respect to the remainder of the interaction device, wherein the movable part and the remainder represent different parts of the object, wherein the movable part is arranged for being united with and separated from the remainder part and wherein at least part of the touch sensitive surface is covered by the movable part when the movable part is united with the remainder part and wherein the movable part comprises a part of the touch sensitive surface.
A current mirror circuit, comprising: an input current leg including: a first bipolar junction transistor BJT having a collector terminal configured to receive an input current sourced at a current node; and a first metal oxide semiconductor field effect transistor MOSFET adjacent to the first BJT and having a gate terminal coupled to the current node and a source terminal coupled to a base terminal of the first BJT; and a first output current leg including: a second BJT having a collector terminal configured to supply an output current; and a second MOSFET adjacent to the second BJT and having a gate terminal coupled to the current node and a source terminal coupled to a base terminal of the second BJT. an input current leg including: a first bipolar junction transistor BJT having a collector terminal configured to receive an input current sourced at a current node; and a first metal oxide semiconductor field effect transistor MOSFET adjacent to the first BJT and having a gate terminal coupled to the current node and a source terminal coupled to a base terminal of the first BJT; and a first bipolar junction transistor BJT having a collector terminal configured to receive an input current sourced at a current node; and a first metal oxide semiconductor field effect transistor MOSFET adjacent to the first BJT and having a gate terminal coupled to the current node and a source terminal coupled to a base terminal of the first BJT; and a first output current leg including: a second BJT having a collector terminal configured to supply an output current; and a second MOSFET adjacent to the second BJT and having a gate terminal coupled to the current node and a source terminal coupled to a base terminal of the second BJT. a second BJT having a collector terminal configured to supply an output current; and a second MOSFET adjacent to the second BJT and having a gate terminal coupled to the current node and a source terminal coupled to a base terminal of the second BJT.
A coaxial cable to air microstrip transition, comprising: a copper trace affixed to a first side of a printed circuit board; and an insulating surface, wherein a first side of the insulating surface is affixed to a first portion of the printed circuit board on the first side of the printed circuit board and to the copper trace; wherein a second portion of the copper trace is free of coverage by the insulating surface, wherein a second side of the insulating surface is affixed to an airstrip conductor, wherein the second portion of the copper trace is electrically connected to an inner conductor of a coaxial cable, and characterized in that the printed circuit board extends through an aperture in a ground plane so that at least the first portion of the copper trace and the insulating surface are disposed on a first side of a ground plane and so that at least the second portion of the copper trace is disposed on a second side of the ground plane. a copper trace affixed to a first side of a printed circuit board; and an insulating surface, wherein a first side of the insulating surface is affixed to a first portion of the printed circuit board on the first side of the printed circuit board and to the copper trace; wherein a second portion of the copper trace is free of coverage by the insulating surface, wherein a second side of the insulating surface is affixed to an airstrip conductor, wherein the second portion of the copper trace is electrically connected to an inner conductor of a coaxial cable, and characterized in that the printed circuit board extends through an aperture in a ground plane so that at least the first portion of the copper trace and the insulating surface are disposed on a first side of a ground plane and so that at least the second portion of the copper trace is disposed on a second side of the ground plane.
A milking system, comprising: a three-dimensional camera operable to capture visual data associated with a dairy livestock; and a processor communicatively coupled to the three-dimensional camera, the processor operable to: determine a first edge of the dairy livestock based at least in part upon the visual data; determine a second edge of the dairy livestock based at least in part upon the visual data; determine a third edge of the dairy livestock based at least in part upon the visual data; and determine a fourth edge of the dairy livestock based at least in part upon the visual data; and calculate a center coordinate of an udder of the dairy livestock based at least in part upon the first edge, the second edge, the third edge and the fourth edge. a three-dimensional camera operable to capture visual data associated with a dairy livestock; and a processor communicatively coupled to the three-dimensional camera, the processor operable to: determine a first edge of the dairy livestock based at least in part upon the visual data; determine a second edge of the dairy livestock based at least in part upon the visual data; determine a third edge of the dairy livestock based at least in part upon the visual data; and determine a fourth edge of the dairy livestock based at least in part upon the visual data; and calculate a center coordinate of an udder of the dairy livestock based at least in part upon the first edge, the second edge, the third edge and the fourth edge. determine a first edge of the dairy livestock based at least in part upon the visual data; determine a second edge of the dairy livestock based at least in part upon the visual data; determine a third edge of the dairy livestock based at least in part upon the visual data; and determine a fourth edge of the dairy livestock based at least in part upon the visual data; and calculate a center coordinate of an udder of the dairy livestock based at least in part upon the first edge, the second edge, the third edge and the fourth edge.
Photographic system including: - an image acquisition module including: - a one-way mirror allowing a user placed facing said one-way mirror to see his reflected image, and - optical acquisition means placed on the side of said one-way mirror opposite to said user, and - a triggering device allowing to trigger said optical acquisition means to perform an image acquisition, characterised in that: - said optical acquisition means allow taking a plurality of images corresponding to a plurality of shots of the user, - said triggering device is a mobile terminal connected to said acquisition module via a network, said mobile terminal comprising data processing means configured to receive from said acquisition module said plurality of images and process it so as to reconstruct a panoramic image of the user. - an image acquisition module including: - a one-way mirror allowing a user placed facing said one-way mirror to see his reflected image, and - optical acquisition means placed on the side of said one-way mirror opposite to said user, and - a one-way mirror allowing a user placed facing said one-way mirror to see his reflected image, and - optical acquisition means placed on the side of said one-way mirror opposite to said user, and - a triggering device allowing to trigger said optical acquisition means to perform an image acquisition, - said optical acquisition means allow taking a plurality of images corresponding to a plurality of shots of the user, - said triggering device is a mobile terminal connected to said acquisition module via a network, said mobile terminal comprising data processing means configured to receive from said acquisition module said plurality of images and process it so as to reconstruct a panoramic image of the user.
A method for long-term storage of information comprising the steps of: providing a ceramic substrate; coating the ceramic substrate with a layer of a second material different from the material of the ceramic substrate, the layer having a thickness no greater than 10 μm; tempering the coated ceramic substrate to form a writable plate; encoding information on the writable plate by using a laser and/or a focused particle beam to manipulate localized areas of the writable plate. providing a ceramic substrate; coating the ceramic substrate with a layer of a second material different from the material of the ceramic substrate, the layer having a thickness no greater than 10 μm; tempering the coated ceramic substrate to form a writable plate; encoding information on the writable plate by using a laser and/or a focused particle beam to manipulate localized areas of the writable plate.
A sniffer leak detector with a sniffer probe and a vacuum pump connected to each other via a gas flow path, wherein a gas analyzer is arranged along the gas flow path for analyzing the gas drawn in by the vacuum pump via the sniffer probe, and with a distance sensor detecting the distance between the sniffer probe and a test object, and a control connected to the distance sensor, characterized in that the control is configured to vary the carrier gas flow conveyed along the gas flow path in dependence on the distance measured by setting a greater gas flow for a greater distance than for a smaller distance.