mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile device comprising: a first component configured to track semantic locations associated with the mobile device , wherein the semantic locations are locations given by a label and are characterized by one or more identifying observable or ascertainable innate attributes other than geo-physical co-ordinates, and wherein the tracking of semantic locations associated with the mobile device is based on an ambient radio environment observed by the mobile device ; a second component configured to determine whether a present semantic location has changed so that it differs from a previous semantic location, wherein such determination is based upon the tracked semantic locations; a geo-fence component configured to: in response to the change, determine whether the present semantic location and the previous semantic location are commonly geo-fenced; trigger a notification in response to a determination of the present semantic location and the previous semantic location are not commonly geo-fenced; and a third component configured to send a message to one or more predetermined recipients, in response to the geo-fence notification. a first component configured to track semantic locations associated with the mobile device , wherein the semantic locations are locations given by a label and are characterized by one or more identifying observable or ascertainable innate attributes other than geo-physical co-ordinates, and wherein the tracking of semantic locations associated with the mobile device is based on an ambient radio environment observed by the mobile device ; a second component configured to determine whether a present semantic location has changed so that it differs from a previous semantic location, wherein such determination is based upon the tracked semantic locations; a geo-fence component configured to: in response to the change, determine whether the present semantic location and the previous semantic location are commonly geo-fenced; trigger a notification in response to a determination of the present semantic location and the previous semantic location are not commonly geo-fenced; and in response to the change, determine whether the present semantic location and the previous semantic location are commonly geo-fenced; trigger a notification in response to a determination of the present semantic location and the previous semantic location are not commonly geo-fenced; and a third component configured to send a message to one or more predetermined recipients, in response to the geo-fence notification.
Steam thermal storage system comprising a latent heat thermal storage module and a liquid displacement thermal storage module , the latent heat thermal storage module comprising a reservoir , the liquid displacement thermal storage module comprising a reservoir different from the reservoir in the latent heat thermal storage module containing a volume of liquid (V) and steam in its upper part , the volume of the liquid contained in the reservoir of the liquid displacement thermal storage module is constant during charge and discharge phases, characterized in that said system comprises first means of transferring liquid between an upper zone in the liquid volume (V) and the latent heat thermal storage module , second means of transferring liquid between a lower zone in the liquid volume (V) and a first external circuit, third means for transferring steam or a liquid-steam mix between the upper part of the reservoir in the liquid displacement thermal storage module and the latent heat thermal storage module , and fourth means , for transferring steam between the system and a second external circuit.
An environmental chamber (104; 1012; 1101), comprising: an enclosure and a pair of test specimen supports (111; 1020; 1021) defining a reference axis , the enclosure having opposed walls , each wall having an aperture of size to receive a test specimen support (111; 1020; 1021) therethrough, the apertures being aligned with each other along on the preference axis , and the test specimen supports extending into the environmental chamber; the environmental chamber further comprising a forced air source configured to supply forced air in a direction to intersect with the reference axis within the enclosure ; and a diverter (300; 400; 700) positioned between the forced air source and the reference axis , the diverter configured to receive the forced air and control the air flow past different portions of the reference axis, and further configured to divert forced air toward the test specimen supports. an enclosure and a pair of test specimen supports (111; 1020; 1021) defining a reference axis , the enclosure having opposed walls , each wall having an aperture of size to receive a test specimen support (111; 1020; 1021) therethrough, the apertures being aligned with each other along on the preference axis , and the test specimen supports extending into the environmental chamber; the environmental chamber further comprising a forced air source configured to supply forced air in a direction to intersect with the reference axis within the enclosure ; and a diverter (300; 400; 700) positioned between the forced air source and the reference axis , the diverter configured to receive the forced air and control the air flow past different portions of the reference axis, and further configured to divert forced air toward the test specimen supports.
A process for preparing polyamides, comprising a solid phase postpolymerization of a polyamide prepolymer, wherein the polyamide prepolymer is contacted prior to and/or during the solid phase postpolymerization with an aqueous composition comprising at least the following components: A) at least one first compound selected from the group consisting of phosphoric acid, fully neutralized salts of phosphoric acid, partly neutralized salts of phosphoric acid and mixtures thereof, and B) at least one second compound other than A), where component B) comprises succinic acid or succinic anhydride or consists of succinic acid or succinic anhydride, and wherein the polyamide prepolymer is contacted with the aqueous composition at a temperature and a pressure at which the aqueous composition is liquid, wherein the molar ratio of component B to the reactive groups of the prepolymer is 1:50 to 1:5. A) at least one first compound selected from the group consisting of phosphoric acid, fully neutralized salts of phosphoric acid, partly neutralized salts of phosphoric acid and mixtures thereof, and B) at least one second compound other than A), where component B) comprises succinic acid or succinic anhydride or consists of succinic acid or succinic anhydride,
Child seat transporting system comprising a child seat and a supporting part for supporting the child seat , wherein the child seat is detachably connected to the supporting part, characterized in that the support part comprises a safety part , wherein the child seat is detachably connected to the safety part , whereas the safety part is detachably connectable to a base being detachably connectable to a seat of a vehicle, and/or being detachably connectable to a frame of a stroller , which child seat transporting system further comprises at least one coupling mechanism for coupling the child seat to the safety part , wherein the safety part comprises at least one coupling element provided with at least a first hook , which coupling element being pivotable about a pivot axis , whilst the child seat comprises at least a first pen extending parallel to the pivot axis , wherein the coupling element is pivotable between a first position wherein the first pen is disconnected from the first hook and the child seat and the safety part can be decoupled from each other and a second position wherein the first pen is located in the first hook and the child seat to the safety part are detachably coupled to each other, wherein the safety part comprises a second pen extending parallel to the pivot axis at a distance thereof, whilst the coupling element comprises a second hook , wherein in the first position the second pen is disconnected from the second hook , whilst in the second position the second pen is located in the second hook , wherein the safety part is detachably connectable to the base by means of at least the second pen .
A communication apparatus for receiving system information in a wireless communication system supporting coverage enhancement comprising: a receiver which is configured to receive the system information; and a control processor which is configured to perform cell selection or reselection based on the system information; characterized in that the receiver is configured to: receive the system information including information elements common for different coverage enhancement levels and one or more information elements specific for the different coverage enhancement levels. a receiver which is configured to receive the system information; and a control processor which is configured to perform cell selection or reselection based on the system information; characterized in that the receiver is configured to: receive the system information including information elements common for different coverage enhancement levels and one or more information elements specific for the different coverage enhancement levels.
A method for transmitting a synchronization signal block, SSB, comprising: transmitting , by a terminal device, an SSB by using a resource set within a slot, wherein the SSB comprises a sidelink primary synchronization signal, S-PSS, a sidelink secondary synchronization signal, S-SSS, and a physical sidelink broadcast channel, PSBCH, the resource set comprises two orthogonal frequency division multiplexing, OFDM, symbols used for the S-PSS, two OFDM symbols used for the S-SSS, positions of the OFDM symbols used for the S-PSS are in front of positions of the OFDM symbols used for the S-SSS, the two OFDM symbols used for the S-PSS are adjacent in time domain, the two OFDM symbols used for the S-SSS are adjacent in time domain, the second symbol used for the S-PSS is adjacent in time domain to the first symbol used for the S-SSS, a symbol in front of the S-PSS is used for the PSBCH, and a symbol after the S-SSS is used for the PSBCH, a first OFDM symbol and a last OFDM symbol within the SSB are used for the PSBCH, there is one or two symbols used for the PSBCH in front of the S-PSS, and there is one or two symbols used for the PSBCH after the S-SSS, resources used for PSBCH transmission include resources used for both PSBCH payload and DMRS, and the DMRS are mapped to resource elements of a resource block, RB, which is used to map the PSBCH payload; wherein comb-like resource mapping is applied to PSBCH on the first and last OFDM symbols, the rest resource elements on the first and last OFDM symbols which are not mapped by PSBCH are left empty. transmitting , by a terminal device, an SSB by using a resource set within a slot, wherein the SSB comprises a sidelink primary synchronization signal, S-PSS, a sidelink secondary synchronization signal, S-SSS, and a physical sidelink broadcast channel, PSBCH, the resource set comprises two orthogonal frequency division multiplexing, OFDM, symbols used for the S-PSS, two OFDM symbols used for the S-SSS, positions of the OFDM symbols used for the S-PSS are in front of positions of the OFDM symbols used for the S-SSS, the two OFDM symbols used for the S-PSS are adjacent in time domain, the two OFDM symbols used for the S-SSS are adjacent in time domain, the second symbol used for the S-PSS is adjacent in time domain to the first symbol used for the S-SSS, a symbol in front of the S-PSS is used for the PSBCH, and a symbol after the S-SSS is used for the PSBCH, a first OFDM symbol and a last OFDM symbol within the SSB are used for the PSBCH, there is one or two symbols used for the PSBCH in front of the S-PSS, and there is one or two symbols used for the PSBCH after the S-SSS, resources used for PSBCH transmission include resources used for both PSBCH payload and DMRS, and the DMRS are mapped to resource elements of a resource block, RB, which is used to map the PSBCH payload; wherein comb-like resource mapping is applied to PSBCH on the first and last OFDM symbols, the rest resource elements on the first and last OFDM symbols which are not mapped by PSBCH are left empty.
A resin composition for pulp fibrillation, comprising an acrylic resin (A) that has a weight average molecular weight of 5,000 to 100,000, the weight average molecular weight being a value converted in terms of polystyrene based on a measurement by gel permeation chromatography, and is made from starting materials including, as essential starting materials, an alkyl (meth)acrylate ester (a1) having an alkyl group with 6 to 18 carbon atoms and an acrylic monomer (a2) having an amide group, characterized in that the content of the acrylic monomer (a2) in monomers as the starting materials for the acrylic resin (A) is in the range of 55 to 70% by mass.
An electrolysis cell for chlor-alkali electrolysis, comprising an anode chamber accommodating an anode and for accommodating an electrolytic solution, wherein the anode chamber comprises a circulation structure for improving circulation of the electrolytic solution and at least one baffle plate for improving horizontal homogeneity with regard to the concentration of chemical molecules, the density or the temperature within the electrolytic solution, wherein the circulation structure and the at least one baffle plate are different structures, wherein the anode and the circulation structure extend along a height section of the anode chamber, wherein the circulation structure divides the anode chamber into an upflow section and a downflow section , wherein the at least one baffle plate is arranged horizontally or with a slope smaller than 45° compared to a horizontal line, wherein the at least one baffle plate is arranged such that a stream from at least one inlet of the anode chamber collides with the baffle plate , wherein the at least one baffle plate is arranged such that a stream of electrolytic solution from the circulation structure collides with the baffle plate . wherein the anode chamber comprises a circulation structure for improving circulation of the electrolytic solution and at least one baffle plate for improving horizontal homogeneity with regard to the concentration of chemical molecules, the density or the temperature within the electrolytic solution, wherein the circulation structure and the at least one baffle plate are different structures, wherein the anode and the circulation structure extend along a height section of the anode chamber, wherein the circulation structure divides the anode chamber into an upflow section and a downflow section , wherein the at least one baffle plate is arranged horizontally or with a slope smaller than 45° compared to a horizontal line, wherein the at least one baffle plate is arranged such that a stream from at least one inlet of the anode chamber collides with the baffle plate , wherein the at least one baffle plate is arranged such that a stream of electrolytic solution from the circulation structure collides with the baffle plate .
Combination comprising: - Calendula officinalis flower oil; - Curcuma longa root extract; and - Eugenia caryophyllus bud extract, each present in an amount of 1-3% by weight with respect to the total weight of the combination. - Calendula officinalis flower oil; - Curcuma longa root extract; and - Eugenia caryophyllus bud extract,
A circuit comprising: a microelectromechanical, MEMS, gyroscope ; and a gain circuit coupled with the MEMS gyroscope, the gain circuit configured to receive a digitized drive signal based at least in part on a digitized drive voltage amplitude of the MEMS gyroscope, the gain circuit configured to determine a percentage change in quality factor of the MEMS gyroscope based at least in part on the digitized drive signal and a stored trim value of the MEMS gyroscope, and the gain circuit configured to compensate for an effect of a change in the quality factor of the MEMS gyroscope based at least in part on the percentage change in quality factor, wherein the stored trim value is an initial digitized drive voltage amplitude of the MEMS gyroscope. a microelectromechanical, MEMS, gyroscope ; and a gain circuit coupled with the MEMS gyroscope, the gain circuit configured to receive a digitized drive signal based at least in part on a digitized drive voltage amplitude of the MEMS gyroscope, the gain circuit configured to determine a percentage change in quality factor of the MEMS gyroscope based at least in part on the digitized drive signal and a stored trim value of the MEMS gyroscope, and the gain circuit configured to compensate for an effect of a change in the quality factor of the MEMS gyroscope based at least in part on the percentage change in quality factor, wherein the stored trim value is an initial digitized drive voltage amplitude of the MEMS gyroscope.
Anti-overturn device for furniture comprising a first element to be fixed to a wall (W) configured to cooperate with a second element to be fixed to a furniture (F), said first element being a plate elongated along a longitudinal axis (X-X) and comprising a pocket for the engagement with said second element , characterized in that said second element comprises a one-piece support to be fixed to said furniture (F), said element being provided with a hole engaged by a threaded pin onto which a rotating member is screwed, so that the pin rotation is carried out on an axis (A-A) orthogonal to the wall (W) when the furniture with said second element is close to the same wall, in order to allow also the rotation of the member around said pin axis to alternately engage and disengage said first element .
An aseptic filling bottle having a mouth portion , a shoulder portion , a body portion and a bottom portion ; wherein the bottom portion includes a ground contact portion that comes into contact with a mounting surface, a center portion that progressively intrudes interior of the bottle as it extends radially inwards from the ground contact portion , and a dome portion that is provided at a center of the center portion to intrude the interior of the bottle further than the center portion ; characterized in that a circumferential edge of the dome portion side of the center portion has an intrusion height (D1) into the bottle interior, which height is higher than a half the height (D2) from the ground contact portion to a boundary between the body portion and the bottom portion , wherein the position of the boundary between the body portion and the bottom portion corresponds to the height position where the diameter of a bottle main portion begins to diminish toward the bottom face.
A microwave heating tray, comprising: a paperboard material, wherein the paperboard material is configured to define a substantially planar base; a platform extending upwardly from the base, the platform including a heating surface that is elevated relative to the base, a face extending outwardly and downwardly from the heating surface towards the base, at least one upwardly open channel extending at least partially across the platform; and microwave energy interactive material joined to at least the heating surface, characterized in that the at least one upwardly open channel includes a lowermost portion positioned between the base and the heating surface, such that the bottom of the channel is elevated with respect to the plane of the base. a paperboard material, wherein the paperboard material is configured to define a substantially planar base; a platform extending upwardly from the base, the platform including a heating surface that is elevated relative to the base, a face extending outwardly and downwardly from the heating surface towards the base, at least one upwardly open channel extending at least partially across the platform; and a substantially planar base; a platform extending upwardly from the base, the platform including a heating surface that is elevated relative to the base, a face extending outwardly and downwardly from the heating surface towards the base, at least one upwardly open channel extending at least partially across the platform; and a heating surface that is elevated relative to the base, a face extending outwardly and downwardly from the heating surface towards the base, at least one upwardly open channel extending at least partially across the platform; and microwave energy interactive material joined to at least the heating surface, characterized in that the at least one upwardly open channel includes a lowermost portion positioned between the base and the heating surface, such that the bottom of the channel is elevated with respect to the plane of the base.
Isotonic crystalloid aqueous solution, comprising Na + ions in a range comprised between 50 and 200 mmol/L, K + ions in a range comprised between 1 and 10 mmol/L, Cl - ions in a range comprised between 50 and 200 mmol/L, characterized in that it has nitrate ions or nitrite ions or mixtures thereof in a range comprised between 0.0001 mmol/L and 1 mmol/L and at least a chemistry element selected from: Li, Be, B, Al, Si, P, Sc, V, Cr, Mn, Fe, Co, Ni, Cu, Zn, As, Br, Rb, Sr, Y, Zr, Mo, Pd, Ag, Sn, Sb, I, Cs, Ba, Ce, Au, Tl, Pb, Bi, Th and U.
A displacement air outlet with an elongated housing having a longitudinal axis, which encloses an air distribution space , wherein the housing comprises - an air inlet cross section , on which a connection spigot for supplying inlet air is arranged, - at least one first side wall having a perforation , wherein the sum of perforations forms a first air outlet surface, - a second side wall on which at least one row of nozzles is arranged, wherein the sum of outlet surfaces of the nozzles forms a second air outlet surface, wherein - the first side wall and the second side wall each have a longitudinal axis, which run parallel to each other and parallel to the longitudinal axis of the housing , wherein - an elongated adjusting element running parallel to the longitudinal axis of the housing is arranged in the air distribution space , and rotatably mounted on a long side, wherein the adjusting element inside of the housing can be moved from a first position , in which it blocks a flow cross section between the air inlet cross section and the first air outlet surface, into a second position , in which the adjusting element blocks a flow cross section between the air inlet cross section and the second air outlet surface, characterized in that - the first side wall and the second side wall bump against each other along an impact line . - an air inlet cross section , on which a connection spigot for supplying inlet air is arranged, - at least one first side wall having a perforation , wherein the sum of perforations forms a first air outlet surface, - a second side wall on which at least one row of nozzles is arranged, wherein the sum of outlet surfaces of the nozzles forms a second air outlet surface, wherein - the first side wall and the second side wall each have a longitudinal axis, which run parallel to each other and parallel to the longitudinal axis of the housing , wherein - an elongated adjusting element running parallel to the longitudinal axis of the housing is arranged in the air distribution space , and rotatably mounted on a long side, wherein the adjusting element inside of the housing can be moved from a first position , in which it blocks a flow cross section between the air inlet cross section and the first air outlet surface, into a second position , in which the adjusting element blocks a flow cross section between the air inlet cross section and the second air outlet surface, characterized in that - the first side wall and the second side wall bump against each other along an impact line .