mhurhangee/patent-ind-claim-en huggingface dataset:
A non-invasive device for measuring the bilirubin level of a subject comprising a housing , said housing comprising at least one radiation source for radiating a subject's living tissue , said at least one radiation source configured to emit radiation in at least first (λ1) and second (λ2) wavelengths; at least one detector for detecting rays transmitted through said tissue ; means for applying blanching pressure to the portion of the subject's living tissue ; means for measuring the thickness of the portion of the subject's living tissue through which radiation is being transmitted; and processing means in communication with said at least one radiation source , said at least one detector , and said means for measuring thickness, wherein said processing means are configured to calculate the bilirubin level of said subject using data obtained from said at least one detector and from said thickness measurement means ; characterized in that said at least first and second wavelengths comprise a first wavelength (λ1) within a range 520nm ±5nm and a second wavelength (λ2) within a range 470nm ±10nm, which are modulated at frequencies F1 and F2 respectively; and wherein said at least one radiation source comprises means for emitting a synchronous signal, the radiation source comprising: first and second oscillators, configured to generate first and second electrical signals having first (F1) and second (F2) frequencies, respectively; first and second driver units electrically coupled to said first and second oscillators; first and second light emitting elements adapted to generate first and second light signals, said first and second light emitting elements electrically coupled to said first and second driver units; and wherein said processing means are configured such that the signal, being measured by the detector for processing, measures the magnitude of light transmitted through the tissue after blanching pressure has been applied to expel blood from the portion of the subject's living tissue . first and second oscillators, configured to generate first and second electrical signals having first (F1) and second (F2) frequencies, respectively; first and second driver units electrically coupled to said first and second oscillators; first and second light emitting elements adapted to generate first and second light signals, said first and second light emitting elements electrically coupled to said first and second driver units; and wherein said processing means are configured such that the signal, being measured by the detector for processing, measures the magnitude of light transmitted through the tissue after blanching pressure has been applied to expel blood from the portion of the subject's living tissue .
A circuit board comprising: a substrate ; a microfluidic channel structure disposed on the substrate, the microfluidic channel structure comprising liquid metal disposed in a microfluidic channel, the microfluidic channel structure formed in at least one of polymeric organosilicon material or thermoplastic polymer material; and a pump coupled to the microfluidic channel structure , wherein the pump is to pump the liquid metal through the microfluidic channel to actively cool at least a portion of the circuit board , wherein the microfluidic channel structure is disposed in a ground plane of the circuit board. a substrate ; a microfluidic channel structure disposed on the substrate, the microfluidic channel structure comprising liquid metal disposed in a microfluidic channel, the microfluidic channel structure formed in at least one of polymeric organosilicon material or thermoplastic polymer material; and a pump coupled to the microfluidic channel structure , wherein the pump is to pump the liquid metal through the microfluidic channel to actively cool at least a portion of the circuit board , wherein the microfluidic channel structure is disposed in a ground plane of the circuit board.
An image sensor comprising: a plurality of unit pixels (PX); and a color filter array on the plurality of unit pixels (PX), wherein the color filter array comprises a color filter unit (FU) comprising four color filters that are arranged in a two-by-two array, and wherein the color filter unit (FU) comprises two yellow color filters (Y, 303a), and a cyan color filter (C, 303b), characterized in that the color filter unit (FU) comprises a red color filter (R, 303c). a plurality of unit pixels (PX); and a color filter array on the plurality of unit pixels (PX), wherein the color filter array comprises a color filter unit (FU) comprising four color filters that are arranged in a two-by-two array, and wherein the color filter unit (FU) comprises two yellow color filters (Y, 303a), and a cyan color filter (C, 303b), characterized in that the color filter unit (FU) comprises a red color filter (R, 303c).
Data stream having encoded therein a first information-sharing flag (pps_use_more_info_flag) in a picture parameter set (pic_parameter_set_rbsp) indicating whether an adaptive loop filter sharing is enabled, wherein if the first information-sharing flag (pps_use_more_info_flag) does not indicate sharing, non-ALF information (slice_info) and ALF coefficients related parameters (slice_alf_param), which are filter size and filter coefficients, of the adaptive loop filter are transmitted in the slice header, and non-ALF information (pps_info) and ALF coefficients related parameters (pps_alf_param), which are filter size and filter coefficients, are not transmitted in the picture parameter set, wherein if the first information-sharing flag (pps_use_more_info_flag) indicates sharing, the non-ALF information (pps_info) and ALF coefficients related parameters (pps_alf_param) of the adaptive loop filter are transmitted in the picture parameter set, and the non-ALF information (slice_info) and the ALF coefficients related parameters (slice_alf_param) are not transmitted in the slice header.
A pharmaceutical composition for use in the treatment of endometriosis comprising 3-[2-fluoro-5-(2,3-difluoro-6-methoxybenzyloxy)-4-methoxyphenyl]-2,4-dioxo-1,2,3,4-tetrahydrothieno[3,4-d]pyrimidine-5-carboxylic acid or a pharmaceutically acceptable salt thereof, the compound being administered orally once a day at a daily dose of between 50 mg and 75 mg calculated as a free form.
A method of measuring objects which are conveyed in a conveying direction by means of an object conveyor , wherein (a) an object edge of a conveyed object is detected at an inspection position by means of an optoelectronic sensor , (b) on the detection of the object edge at the inspection position, a trigger signal is output to at least two further optoelectronic sensors which are spatially resolving at least in the conveying direction and which are arranged spaced apart from one another at least transversely to the conveying direction , (c) on or after the reception of the trigger signal, sensor data of the optoelectronic sensors which are spatially resolving at least in the conveying direction are read out, (d) respective positions of the object edge are determined based on the read-out sensor data, and (e) an orientation of the object edge relative to the conveying direction is determined based on the determined positions of the object edge , preferably based on a linear regression, wherein, in step (b), the trigger signal is further output to an optoelectronic sensor which is spatially resolving at least transversely to the conveying direction and which is arranged in the region of a side edge of the conveyed object , wherein the position of the side edge is determined by means of the optoelectronic sensor which is spatially resolving at least transversely to the conveying direction and a shape of the object is determined based on the position of the side edge . (a) an object edge of a conveyed object is detected at an inspection position by means of an optoelectronic sensor , (b) on the detection of the object edge at the inspection position, a trigger signal is output to at least two further optoelectronic sensors which are spatially resolving at least in the conveying direction and which are arranged spaced apart from one another at least transversely to the conveying direction , (c) on or after the reception of the trigger signal, sensor data of the optoelectronic sensors which are spatially resolving at least in the conveying direction are read out, (d) respective positions of the object edge are determined based on the read-out sensor data, and (e) an orientation of the object edge relative to the conveying direction is determined based on the determined positions of the object edge , preferably based on a linear regression, wherein, in step (b), the trigger signal is further output to an optoelectronic sensor which is spatially resolving at least transversely to the conveying direction and which is arranged in the region of a side edge of the conveyed object , wherein the position of the side edge is determined by means of the optoelectronic sensor which is spatially resolving at least transversely to the conveying direction and a shape of the object is determined based on the position of the side edge .
A filtration system for filtering water, comprising: a mechanical filter comprising at least one sieve configured to remove solids from said water and; a first water disperser configured for dispersing the incoming unfiltered water over said sieve ; and, a biological filter in fluid communication with the mechanical filter , said biological filter comprising: a second dispersing element , configured to disperse mechanically filtered water from said mechanical filter into a carbon dioxide stripper configured to oxygenate said water and remove carbon dioxide from said water; and, a floating media bed comprising micro-beads attached to nitrifying bacteria, said micro-beads being buoyant; said biological filter is disposed downstream of said mechanical filter and is configured to receive mechanically filtered water from said mechanical filter , said micro-beads comprise expanded polystyrene and hydrophilic coating. a mechanical filter comprising at least one sieve configured to remove solids from said water and; a first water disperser configured for dispersing the incoming unfiltered water over said sieve ; and, a biological filter in fluid communication with the mechanical filter , said biological filter comprising: a second dispersing element , configured to disperse mechanically filtered water from said mechanical filter into a carbon dioxide stripper configured to oxygenate said water and remove carbon dioxide from said water; and, a floating media bed comprising micro-beads attached to nitrifying bacteria, said micro-beads being buoyant; a second dispersing element , configured to disperse mechanically filtered water from said mechanical filter into a carbon dioxide stripper configured to oxygenate said water and remove carbon dioxide from said water; and, a floating media bed comprising micro-beads attached to nitrifying bacteria, said micro-beads being buoyant; said biological filter is disposed downstream of said mechanical filter and is configured to receive mechanically filtered water from said mechanical filter , said micro-beads comprise expanded polystyrene and hydrophilic coating.
Method for processing a request to anonymize a source IP address of an IP packet sent by a sender device (T, T') to a recipient device (SRV) via a communication network (NET), said sender device being connected to said network (NET) via a network termination equipment (T, BX), said method being implemented by a device referred to as an anonymization device (EqA, EqA'), placed so as to interrupt the flow between said network termination equipment and said recipient device, said method comprising: - a step (E108) of receiving said IP packet; - a step (E110) of verifying in order to determine whether or not said source IP address of said packet has to be anonymized; - if a result of said verification is negative, a step of routing said IP packet to said recipient device; - if the result of said verification is positive and if said anonymization device (EqA) has an address translation function: - a step (E114) of replacing said source IP address (@T, @BX) with an IP address (@Eq) of said anonymization device (EqA); and - a step (E116) of routing said IP packet to said recipient device; - if the result of said verification is positive and if said anonymization device (EqA') does not have an address translation function, a step (E113a) of routing said IP packet to said recipient device via an equipment (PRX) of said network having an address translation function. - a step (E108) of receiving said IP packet; - a step (E110) of verifying in order to determine whether or not said source IP address of said packet has to be anonymized; - if a result of said verification is negative, a step of routing said IP packet to said recipient device; - if the result of said verification is positive and if said anonymization device (EqA) has an address translation function: - a step (E114) of replacing said source IP address (@T, @BX) with an IP address (@Eq) of said anonymization device (EqA); and - a step (E116) of routing said IP packet to said recipient device; - if the result of said verification is positive and if said anonymization device (EqA') does not have an address translation function, a step (E113a) of routing said IP packet to said recipient device via an equipment (PRX) of said network having an address translation function. - a step (E114) of replacing said source IP address (@T, @BX) with an IP address (@Eq) of said anonymization device (EqA); and - a step (E116) of routing said IP packet to said recipient device; - if the result of said verification is positive and if said anonymization device (EqA') does not have an address translation function, a step (E113a) of routing said IP packet to said recipient device via an equipment (PRX) of said network having an address translation function.
An agent which is a surface-treating agent comprising at least one compound of formula : wherein: Rf is C 1-10 -alkyl optionally substituted by one or more fluorine atoms; PFPE is -(OC 4 F 8 ) a -(OC 3 F 6 ) b -(OC 2 F 4 ) c -(OCF 2 ) d - wherein, a and b each independently are an integer of 0-30, c and d each independently are an integer of 1-200, and the occurrence order of the repeating units in parentheses with the subscript a, b, c or d is not limited; Q is O or a divalent organic group; R 1 is H or C 1-22 -alkyl; R 2 each independently is H or an inert monovalent organic group; X is OH or a hydrolyzable group; Y is H or halogen; Z is F or C 1-5 -fluoroalkyl; e is an integer of 0-3; f is 0 or 1; g is an integer of 1-10; h is an integer of 0-3; and n is an integer of 1-3, wherein in ≥ 80 mol-%, preferably ≥ 90 mol-%, of the compound in the agent g is ≥ 2. Rf is C 1-10 -alkyl optionally substituted by one or more fluorine atoms; PFPE is -(OC 4 F 8 ) a -(OC 3 F 6 ) b -(OC 2 F 4 ) c -(OCF 2 ) d - wherein, a and b each independently are an integer of 0-30, c and d each independently are an integer of 1-200, and the occurrence order of the repeating units in parentheses with the subscript a, b, c or d is not limited; Q is O or a divalent organic group; R 1 is H or C 1-22 -alkyl; R 2 each independently is H or an inert monovalent organic group; X is OH or a hydrolyzable group; Y is H or halogen; Z is F or C 1-5 -fluoroalkyl; e is an integer of 0-3; f is 0 or 1; g is an integer of 1-10; h is an integer of 0-3; and n is an integer of 1-3,
A composition comprising a reversible anticholinesterase for use in restoring neuromuscular transmission in a non-responsive muscle that has been previously exposed to botulinum toxin, wherein the composition is administered locally to the non-responsive muscle by instramuscular or intradermal injection or transdermally.
A composition comprising: a bacterial powder; a fatty oil; and at least one selected from the group consisting of a microscopic powder and a surfactant, wherein the microscopic powder contains at least one selected from the group consisting of microcrystalline cellulose and tricalcium phosphate, wherein the fatty oil is contained in an amount of 90 mass% or more, based on the total mass of the composition, and wherein the surfactant contains at least one selected from the group consisting of an anionic surfactant and a nonionic surfactant having an HLB value of less than 7. a bacterial powder; a fatty oil; and at least one selected from the group consisting of a microscopic powder and a surfactant, wherein the microscopic powder contains at least one selected from the group consisting of microcrystalline cellulose and tricalcium phosphate, wherein the fatty oil is contained in an amount of 90 mass% or more, based on the total mass of the composition, and wherein the surfactant contains at least one selected from the group consisting of an anionic surfactant and a nonionic surfactant having an HLB value of less than 7.
A triblock copolymer comprising: (a) a hydrophobic core; and (b) at least two polyethylene glycol chains wherein at least one polyethylene glycol chain is a phosphorylated polyethylene glycol comprising more than two phosphate groups. (a) a hydrophobic core; and (b) at least two polyethylene glycol chains wherein at least one polyethylene glycol chain is a phosphorylated polyethylene glycol comprising more than two phosphate groups.
A method of determining GPS coordinates of some image point/points positions in at least three images using a processor configured by program instructions comprising: receiving position information of different positions where an image capture device captured an image; determining geometry between image capture device positions and orientations at time of capture of the images by triangulating various registration objects in the images and determining point depths in local image capture device coordinate systems of points having projections to positions in the at least three images using a point depth equation; determining GPS coordinates of the points in three dimensional space using trilateration; and saving GPS coordinates to memory. receiving position information of different positions where an image capture device captured an image; determining geometry between image capture device positions and orientations at time of capture of the images by triangulating various registration objects in the images and determining point depths in local image capture device coordinate systems of points having projections to positions in the at least three images using a point depth equation; determining GPS coordinates of the points in three dimensional space using trilateration; and saving GPS coordinates to memory.
A slide rail assembly , comprising: a first rail ; a second rail movable relative to the first rail ; wherein a first driving device configured to drive the second rail to open relative to the first rail when the second rail is pushed at a retracted position along a first direction; a second driving device configured to drive the second rail to close relative to the first rail when the second rail is moved from an open position to a predetermined position along the first direction; and a switch configured to enable the first driving device in a first state and disable the first driving device in a second state; wherein the first rail comprises an abutting feature ; when the switch is in the first state, a predetermined gap is formed between the switch and the abutting feature for enabling the first driving device ; and when the switch is in the second state, the switch abuts against or is adjacent to the abutting feature for disabling the first driving device , characterized in that the switch is movably mounted to the base of the second rail . a first rail ; a second rail movable relative to the first rail ; wherein a first driving device configured to drive the second rail to open relative to the first rail when the second rail is pushed at a retracted position along a first direction; a second driving device configured to drive the second rail to close relative to the first rail when the second rail is moved from an open position to a predetermined position along the first direction; and a switch configured to enable the first driving device in a first state and disable the first driving device in a second state; wherein the first rail comprises an abutting feature ; when the switch is in the first state, a predetermined gap is formed between the switch and the abutting feature for enabling the first driving device ; and when the switch is in the second state, the switch abuts against or is adjacent to the abutting feature for disabling the first driving device , characterized in that the switch is movably mounted to the base of the second rail . a first driving device configured to drive the second rail to open relative to the first rail when the second rail is pushed at a retracted position along a first direction; a second driving device configured to drive the second rail to close relative to the first rail when the second rail is moved from an open position to a predetermined position along the first direction; and a switch configured to enable the first driving device in a first state and disable the first driving device in a second state;
An apparatus for use in the treatment of an individual having liver disease, comprising: (a) means for selectively removing albumin from the blood of an individual; (b) means for selectively removing endotoxin from the blood of an individual; and (c) means for supplying albumin that does not derive from the individual to the blood of the individual; wherein said means (a) comprises means for dialysis of albumin comprising a membrane having a pore size of greater than 50 kDa and less than 100 kDa, and wherein (a) and (b) are separate components of the apparatus. (a) means for selectively removing albumin from the blood of an individual; (b) means for selectively removing endotoxin from the blood of an individual; and (c) means for supplying albumin that does not derive from the individual to the blood of the individual;
An all solid state battery utilizing a deposition and dissolution reaction of a metal Li as an anode reaction, the all solid state battery comprising: an anode current collector , a porous layer comprising a resin, a solid electrolyte layer , a cathode active material layer , and a cathode current collector , in this order; wherein a content of the resin in the porous layer is 25 weight% or more; an electric resistance of the porous layer is 1 Ω or more and 690 Ω or less; a thickness of the porous layer is 14 μm or less; and the void of the porous layer is 5% or more as determined according to the method of the description. an anode current collector , a porous layer comprising a resin, a solid electrolyte layer , a cathode active material layer , and a cathode current collector , in this order; wherein a content of the resin in the porous layer is 25 weight% or more; an electric resistance of the porous layer is 1 Ω or more and 690 Ω or less; a thickness of the porous layer is 14 μm or less; and the void of the porous layer is 5% or more as determined according to the method of the description.