mhurhangee/patent-ind-claim-en huggingface dataset:
A sealed and thermally insulating tank incorporated into a carrying structure, the carrying structure comprising a first planar carrying wall and a second planar carrying wall together forming a ridge of the carrying structure, the tank comprising a first tank wall anchored on the first carrying wall and a second tank wall anchored on the second carrying wall, each tank wall having a multi-layer structure comprising, in succession, in the direction of the thickness from the outside to the inside of the tank, a thermally insulating barrier held against the corresponding carrying wall and a sealing membrane carried by the thermally insulating barrier, the sealing membrane of the first tank wall comprising a first series of parallel corrugations extending perpendicularly to the ridge and spaced by an even separation pitch along the ridge, the sealing membrane of the second tank wall comprising a second series of parallel corrugations extending perpendicularly to the ridge and spaced by said even separation pitch along the ridge, each corrugation of the first series of corrugations being located in the extension of a corresponding corrugation of the second series of corrugations , the sealing membrane of the first tank wall further comprising an individual corrugation extending parallel to the corrugations of the first series of corrugations , this individual corrugation being adjacent the first series of corrugations and spaced from a last corrugation of the first series of corrugations by an individual separation that is different from the even separation pitch , the sealing membrane of the second tank wall further comprising an individual corrugation parallel to the second series of corrugations and located in the extension of the individual corrugation of the first tank wall , the individual corrugation of the second tank wall being connected continuously to the individual corrugation of the first tank wall at the ridge, said individual corrugation of the second tank wall extending over a portion of the second tank wall and comprising a first ripple-closure cap for sealingly closing the individual corrugation of the second tank wall at a distance from the ridge, the second series of corrugations comprising a corresponding corrugation of the last corrugation of the first series of corrugations and characterized in that in the tank the second series of corrugations further comprises a last corrugation belonging to the second series of corrugations and offset from the individual corrugation of the second tank wall in the direction of the ridge on account of the individual separation , said last corrugation of the second series of corrugations comprising a second closure cap sealingly closing said last corrugation of the second series of corrugations .
An augmented reality-based acoustic analysis method, comprising: displaying, on a viewport of an augmented reality (AR) device , a real-time image of a physical space ; identifying structural elements of the space based on the real-time image of the space ; and determining structural parameters of the structural elements and a structural parameter of the space ; characterized by displaying, by the augmented reality, AR, device and in response to a user input to the AR device selecting and placing a virtual lighting fixture model at a particular location of the space as displayed in the viewport of the AR device , the virtual lighting fixture model on the viewport of the AR device , wherein the virtual lighting fixture model is overlaid on the real-time image of the space ; and determining, by the AR device , a sound reverberation time of the space based on at least a sound absorption parameter associated with the virtual lighting fixture model and a sound absorption parameter of the space determined based on the structural parameters of the structural elements and the structural parameter of the space . displaying, on a viewport of an augmented reality (AR) device , a real-time image of a physical space ; identifying structural elements of the space based on the real-time image of the space ; and determining structural parameters of the structural elements and a structural parameter of the space ; characterized by displaying, by the augmented reality, AR, device and in response to a user input to the AR device selecting and placing a virtual lighting fixture model at a particular location of the space as displayed in the viewport of the AR device , the virtual lighting fixture model on the viewport of the AR device , wherein the virtual lighting fixture model is overlaid on the real-time image of the space ; and determining, by the AR device , a sound reverberation time of the space based on at least a sound absorption parameter associated with the virtual lighting fixture model and a sound absorption parameter of the space determined based on the structural parameters of the structural elements and the structural parameter of the space .
A method for proliferation of pancreatic progenitor cells, comprising subjecting the pancreatic progenitor cells to the following step : culturing the pancreatic progenitor cells in a medium containing (i) an EGF signal transduction activator and/or an FGF signal transduction activator, (ii) a ROCK inhibitor, and (iii) a Wnt signal inhibitor, wherein the EGF signal transduction activator is selected from EGF, functional analogs thereof, TGFα, HB-EGF, Amphiregulin, Betacellulin, and Epiregulin, the FGF signal transduction activator is selected from aFGF (FGF1), bFGF (FGF2), FGF3 to FGF23, and functional analogs thereof, and the Wnt signal inhibitor is selected from IWP2, IWP3, IWP4, XAV939, IWR1, G-CSF, IGFBP4, Dkk1, Cerberus and Frzb-1. culturing the pancreatic progenitor cells in a medium containing (i) an EGF signal transduction activator and/or an FGF signal transduction activator, (ii) a ROCK inhibitor, and (iii) a Wnt signal inhibitor, wherein the EGF signal transduction activator is selected from EGF, functional analogs thereof, TGFα, HB-EGF, Amphiregulin, Betacellulin, and Epiregulin, the FGF signal transduction activator is selected from aFGF (FGF1), bFGF (FGF2), FGF3 to FGF23, and functional analogs thereof, and the Wnt signal inhibitor is selected from IWP2, IWP3, IWP4, XAV939, IWR1, G-CSF, IGFBP4, Dkk1, Cerberus and Frzb-1.
A device comprising: an outer hose segment , in which said outer hose segment comprises a first end portion and a second end portion; an inner hose segment , wherein said inner hose segment is configured to run through said outer hose segment ; a first chamber, wherein said first chamber being disposed through said inner hose ; a second chamber, wherein said second chamber being disposed through a space between said inner hose and said outer hose ; a tool end section, wherein said tool end section is configured to allow tools to be attached and detached to and from said device; characterized by a tool coupler into engagement with said first end portion of said outer hose segment; and a hose coupler into engagement with said second end portion, wherein said hose coupler is configured to be operable for enabling a first flow or suction of gas or liquid into said first chamber and a second flow or suction of gas or liquid into said second chamber to be controlled independently. an outer hose segment , in which said outer hose segment comprises a first end portion and a second end portion; an inner hose segment , wherein said inner hose segment is configured to run through said outer hose segment ; a first chamber, wherein said first chamber being disposed through said inner hose ; a second chamber, wherein said second chamber being disposed through a space between said inner hose and said outer hose ; a tool end section, wherein said tool end section is configured to allow tools to be attached and detached to and from said device; characterized by a tool coupler into engagement with said first end portion of said outer hose segment; and a hose coupler into engagement with said second end portion, wherein said hose coupler is configured to be operable for enabling a first flow or suction of gas or liquid into said first chamber and a second flow or suction of gas or liquid into said second chamber to be controlled independently.
A medical apparatus having: a first microphone installed in a first room (R2) for receiving a voice of an operator ; a second microphone installed in a second room (R1) for receiving a voice of a patient ; a first speaker installed in said first room (R2) for outputting the voice of said patient received by said second microphone ; a second speaker installed in said second room (R1) for outputting the voice of said operator received by said first microphone ; and means for notifying, in a case that said second microphone has received the voice of said operator output from said second speaker , said operator that the voice of said operator is output from said second speaker . a first microphone installed in a first room (R2) for receiving a voice of an operator ; a second microphone installed in a second room (R1) for receiving a voice of a patient ; a first speaker installed in said first room (R2) for outputting the voice of said patient received by said second microphone ; a second speaker installed in said second room (R1) for outputting the voice of said operator received by said first microphone ; and means for notifying, in a case that said second microphone has received the voice of said operator output from said second speaker , said operator that the voice of said operator is output from said second speaker .
A decorative sheet comprising: a picture pattern layer formed on a sheet base material; a first front surface protecting layer formed on the picture pattern layer; and a second front surface protecting layer partially formed on the first front surface protecting layer; and a third front surface protecting layer partially formed on the second front surface protecting layer, wherein the first front surface protecting layer and the second front surface protecting layer have different glosses, the third front surface protecting layer coats an area 75% or less of the second front surface protecting layer, the third front surface protecting layer having a thickness four times or more of a thickness of the second front surface protecting layer, the sheet base material has a moisture-proof property, and the first front surface protecting layer, the second front surface protecting layer and the third front surface protecting layer are each independently made of a transparent or semitransparent material to the extent that the picture of the picture pattern layer can be seen through he first front surface protecting layer, the second front surface protecting layer and the third front surface protecting layer. a picture pattern layer formed on a sheet base material; a first front surface protecting layer formed on the picture pattern layer; and a second front surface protecting layer partially formed on the first front surface protecting layer; and a third front surface protecting layer partially formed on the second front surface protecting layer, wherein the first front surface protecting layer and the second front surface protecting layer have different glosses, the third front surface protecting layer coats an area 75% or less of the second front surface protecting layer, the third front surface protecting layer having a thickness four times or more of a thickness of the second front surface protecting layer, the sheet base material has a moisture-proof property, and the first front surface protecting layer, the second front surface protecting layer and the third front surface protecting layer are each independently made of a transparent or semitransparent material to the extent that the picture of the picture pattern layer can be seen through he first front surface protecting layer, the second front surface protecting layer and the third front surface protecting layer.
An office workplace system, intended to be used together with an office desk, comprising: a vertically extending frame with a base arranged to be placed on, or fixed to, a floor, a wall, a ceiling or a desk top; a sound reducing and/or absorbing screen , wherein the screen is elongated in shape, the front surface of the screen and the short edges of the screen extend vertically and the long edges of the screen extend horizontally; wherein the frame is arranged to hold the screen at a height relative to the floor, the wall, the ceiling or the desk top; wherein the frame is provided with means to adjust the height of the screen relative to the base of the frame ; and wherein the system is dimensioned such that the lower edge of the screen is allowed to extend higher than the height of the top front surface of a standard office desk with which the system is used, wherein the system further comprises a computer display mount for holding at least one computer display ; wherein the frame holds the display mount at a height relative to the floor, the wall, the ceiling or the desk top; wherein the frame is provided with means to adjust the height of the display mount relative to the base of the frame ; and characterised in that the system is provided with means arranged to fix the relative height between the screen and the display mount while the height of the screen and the display mount is being adjusted, and in that the frame comprises a vertically extending plate comprising one, two or more vertical slots in which the screen is slidably mounted. a vertically extending frame with a base arranged to be placed on, or fixed to, a floor, a wall, a ceiling or a desk top; a sound reducing and/or absorbing screen , wherein the screen is elongated in shape, the front surface of the screen and the short edges of the screen extend vertically and the long edges of the screen extend horizontally; wherein the frame is arranged to hold the screen at a height relative to the floor, the wall, the ceiling or the desk top; wherein the frame is provided with means to adjust the height of the screen relative to the base of the frame ; and wherein the system is dimensioned such that the lower edge of the screen is allowed to extend higher than the height of the top front surface of a standard office desk with which the system is used, wherein the system further comprises a computer display mount for holding at least one computer display ; wherein the frame holds the display mount at a height relative to the floor, the wall, the ceiling or the desk top; wherein the frame is provided with means to adjust the height of the display mount relative to the base of the frame ; and characterised in that the system is provided with means arranged to fix the relative height between the screen and the display mount while the height of the screen and the display mount is being adjusted, and in that the frame comprises a vertically extending plate comprising one, two or more vertical slots in which the screen is slidably mounted.
A method for determining a centre frequency in an unlicensed frequency band to use for downlink communication in a cellular network , the method being performed in a network node and comprising the steps of: performing a coarse pre-scan with a first dynamic range for high signal levels, when the network node is in a transmit time slot , yielding respective coarse measurement of signal levels for a plurality of frequencies in the unlicensed frequency band; performing a measurement with a second dynamic range for low signal levels, when the network node is in a receive time slot , yielding respective accurate measurement of signal levels for a plurality of frequencies in the unlicensed frequency band, wherein the second dynamic range is different from the first dynamic range ; and determining at least one frequency to use as a centre frequency for a downlink communication channel in the unlicensed frequency band, wherein the centre frequency is selected such that frequencies for which the coarse measurement and the accurate measurement indicate interference for the downlink communication channel is avoided. performing a coarse pre-scan with a first dynamic range for high signal levels, when the network node is in a transmit time slot , yielding respective coarse measurement of signal levels for a plurality of frequencies in the unlicensed frequency band; performing a measurement with a second dynamic range for low signal levels, when the network node is in a receive time slot , yielding respective accurate measurement of signal levels for a plurality of frequencies in the unlicensed frequency band, wherein the second dynamic range is different from the first dynamic range ; and determining at least one frequency to use as a centre frequency for a downlink communication channel in the unlicensed frequency band, wherein the centre frequency is selected such that frequencies for which the coarse measurement and the accurate measurement indicate interference for the downlink communication channel is avoided.
A case for powder cosmetic product comprising: - a base comprising a cavity for receiving said product, the cavity opening out axially through an opening ; - a sifter arranged in the opening ; - a closing cover which is intended to be screwed onto the base between a fully unscrewed position and a fully screwed position in which it is axially brought closer to the opening to allow its sealed closure; - a seal attached to the cover by an upper end which comprises: ∘ a lateral section elastically deformable in an axial direction; ∘ a membrane which is attached to a lower end of the deformable section and which comprises a contact face intended to rest on the entire surface of the sifter ; ∘ a chamber delimited between the cover and the membrane ; the contact face of the membrane being elastically deformable in flexion so that the contact face conforms to the shape of the sifter when the cover is screwed on, characterised in that the contact face has relief elements. - a base comprising a cavity for receiving said product, the cavity opening out axially through an opening ; - a sifter arranged in the opening ; - a closing cover which is intended to be screwed onto the base between a fully unscrewed position and a fully screwed position in which it is axially brought closer to the opening to allow its sealed closure; - a seal attached to the cover by an upper end which comprises: ∘ a lateral section elastically deformable in an axial direction; ∘ a membrane which is attached to a lower end of the deformable section and which comprises a contact face intended to rest on the entire surface of the sifter ; ∘ a chamber delimited between the cover and the membrane ; ∘ a lateral section elastically deformable in an axial direction; ∘ a membrane which is attached to a lower end of the deformable section and which comprises a contact face intended to rest on the entire surface of the sifter ; ∘ a chamber delimited between the cover and the membrane ;
An applicator device for applying a fluid or pasty type product to keratin fibres, comprising a central core elongated in shape which extends along a longitudinal axis XX, at least one row of elongated spikes comprising a first end embedded on the central core and a second free end , the spikes and the central core being integral, formed in one piece, characterised in that all or part of the spikes forming part of the row of spikes have a face (a) belonging to a curved plane (b) spiralling around the axis XX.
A hydrogenated styrenic block copolymer represented by at least one formula selected from: S-EP-EB, (S-EP-EB) n X, and S-EP-EB-EP-S, wherein n is from 2 to 30 and X is a residue of a coupling agent; wherein prior to hydrogenation, each block S is a polymer block of a vinyl aromatic monomer, wherein the block S has a true molecular weight of 2 to 15 kg/mol, each block EP is a polyisoprene block derived from isoprene monomer, wherein the block EP has a true molecular weight of 30 to 70 kg/mol, and each block EB is a polybutadiene block derived from 1,3-butadiene monomer, wherein the block EB has a true molecular weight of 10 to 70 kg/mol, and a vinyl content of 10 to 90 wt.%, based on total weight of the polymerized 1,3-butadiene monomer in the block EB; wherein after hydrogenation, each polyisoprene block and polybutadiene block is hydrogenated to a hydrogenation level of greater than 90%; and wherein the hydrogenated styrenic block copolymer has: a polystyrene content (PSC) of 5 to 20 wt.%, and a peak molecular weight (M p ) of 40 to 300 kg/mol, measured according to ASTM 5296-19. wherein prior to hydrogenation, each block S is a polymer block of a vinyl aromatic monomer, wherein the block S has a true molecular weight of 2 to 15 kg/mol, each block EP is a polyisoprene block derived from isoprene monomer, wherein the block EP has a true molecular weight of 30 to 70 kg/mol, and each block EB is a polybutadiene block derived from 1,3-butadiene monomer, wherein the block EB has a true molecular weight of 10 to 70 kg/mol, and a vinyl content of 10 to 90 wt.%, based on total weight of the polymerized 1,3-butadiene monomer in the block EB; each block S is a polymer block of a vinyl aromatic monomer, wherein the block S has a true molecular weight of 2 to 15 kg/mol, each block EP is a polyisoprene block derived from isoprene monomer, wherein the block EP has a true molecular weight of 30 to 70 kg/mol, and each block EB is a polybutadiene block derived from 1,3-butadiene monomer, wherein the block EB has a true molecular weight of 10 to 70 kg/mol, and a vinyl content of 10 to 90 wt.%, based on total weight of the polymerized 1,3-butadiene monomer in the block EB; wherein after hydrogenation, each polyisoprene block and polybutadiene block is hydrogenated to a hydrogenation level of greater than 90%; and wherein the hydrogenated styrenic block copolymer has: a polystyrene content (PSC) of 5 to 20 wt.%, and a peak molecular weight (M p ) of 40 to 300 kg/mol, measured according to ASTM 5296-19. a polystyrene content (PSC) of 5 to 20 wt.%, and a peak molecular weight (M p ) of 40 to 300 kg/mol, measured according to ASTM 5296-19.
Evaporator and/or capacitor element having a support structure made from a thermally conductive material having a surface for evaporating or sublimating and/or condensing or resublimating a liquid or solid medium, characterized in that particles of a porous material are embedded in the surface of the support structure in such manner that they partially protrude from this surface.
A method for ejecting a spirally wound pipe section from a mandrel , wherein the mandrel has a longitudinal axis around of which it is rotated and a cylindrical outer surface around which the profile forming the pipe section is spirally wound, the method comprising steps of: - cutting the profile that is wound on the mandrel to form an end of the pipe section, and - pushing at least one ejector element against the end of the pipe section, characterized of - holding the at least one ejector element stationary in the direction of longitudinal axis of the mandrel , - rotating the mandrel and pipe section in the same direction as the profile is wound on the mandrel so that the ejector element pushes the pipe in the direction of the longitudinal axis of the mandrel according to the rise of the angle of the end of the pipe, and - the ejector element is moved towards the end of the mandrel every time the end of the profile is detected. - cutting the profile that is wound on the mandrel to form an end of the pipe section, and - pushing at least one ejector element against the end of the pipe section, characterized of - holding the at least one ejector element stationary in the direction of longitudinal axis of the mandrel , - rotating the mandrel and pipe section in the same direction as the profile is wound on the mandrel so that the ejector element pushes the pipe in the direction of the longitudinal axis of the mandrel according to the rise of the angle of the end of the pipe, and - the ejector element is moved towards the end of the mandrel every time the end of the profile is detected.