mhurhangee/patent-ind-claim-en huggingface dataset:
Edible cocoa product which has a dimensionally stable chocolate mass that is homogeneous in type, consistency and taste, and which contains fragments of buckwheat grains, characterized in that the fragments have a fragment size which is between 50 μm and 2000 μm, of which a first fraction consisting of fragments with a fragment size between 50 μm and 200 μm, a second fraction consisting of fragments with a fragment size between 200 μm and 500 μm, and a third fraction consisting of fragments with a fragment size between 500 μm and 2000 μm are contained in distribution in the solid chocolate mass, and that the first fraction is larger than the second fraction and the second fraction is larger than the third fraction, that the fragments of the buckwheat grains are obtained in the course of a pre-treatment that alters the consistency of the buckwheat grains, during which the buckwheat grains undergo at least one roasting process with the use of edible oil, during which shelled buckwheat grains are supplied without additional pre-treatment and are heated in the manner of a roasting process to obtain pre-roasted buckwheat grains, and edible oil is added to the pre-roasted buckwheat grains while the roasting process continues such that the edible oil is added to the pre-roasted buckwheat grains in such quantity that the surface of the buckwheat grains is completely coated with the edible oil, wherein the roasting process continues until the buckwheat grains take on a golden-yellow colouration caused by the oil absorption and the roasting process, and a subsequent fragmentation, and that the fragments of buckwheat are mixed in even distribution in the solid chocolate mass.
An information method, comprising: sending, by a base station, M parameter sets via high-layer signaling, wherein M>=1, M is a positive integer, each parameter set comprises quasi-co-location Non-Zero Power, NZP, Channel State Information Reference Signal, CSI-RS, indication information, and the quasi-co-location NZP CSI-RS indication information is used for a terminal to acquire a large-scale characteristic of a channel (S201); and when M>1, indicating, by the base station via a physical-layer control signaling, parameter set selection information of a subframe on which the physical-layer control signaling is sent (S202), wherein the quasi-co-location NZP CSI-RS indication information in each parameter set comprises: quasi-co-location CSI-RS time domain location indication information, quasi-co-location CSI-RS frequency domain location indication information, or indication information of one or more quasi-co-location NZP CSI-RS port groups; when M=1, determining, by the terminal, quasi-co-location CSI-RS information according to the quasi-co-location NZP CSI-RS indication information (S302); when M>1, receiving, by the terminal, parameter set selection information via physical-layer control signaling, and determining, by the terminal according to the quasi-co-location NZP CSI-RS indication information and the parameter set selection information, quasi-co-location CSI-RS information of a de-Modulation Reference Signal, DMRS, in a subframe on which the physical-layer control signaling is sent (S303). sending, by a base station, M parameter sets via high-layer signaling, wherein M>=1, M is a positive integer, each parameter set comprises quasi-co-location Non-Zero Power, NZP, Channel State Information Reference Signal, CSI-RS, indication information, and the quasi-co-location NZP CSI-RS indication information is used for a terminal to acquire a large-scale characteristic of a channel (S201); and when M>1, indicating, by the base station via a physical-layer control signaling, parameter set selection information of a subframe on which the physical-layer control signaling is sent (S202), wherein the quasi-co-location NZP CSI-RS indication information in each parameter set comprises: quasi-co-location CSI-RS time domain location indication information, quasi-co-location CSI-RS frequency domain location indication information, or indication information of one or more quasi-co-location NZP CSI-RS port groups; when M=1, determining, by the terminal, quasi-co-location CSI-RS information according to the quasi-co-location NZP CSI-RS indication information (S302); when M>1, receiving, by the terminal, parameter set selection information via physical-layer control signaling, and determining, by the terminal according to the quasi-co-location NZP CSI-RS indication information and the parameter set selection information, quasi-co-location CSI-RS information of a de-Modulation Reference Signal, DMRS, in a subframe on which the physical-layer control signaling is sent (S303).
Photo-electrochemical device for production of a gas, liquid or solid using concentrated electromagnetic irradiation, said device comprising: - a photovoltaic device (PV) comprising single or multiple junctions and configured to generate charge carriers from the concentrated electromagnetic irradiation; and - an electrochemical device (EC) configured to carry out electrolysis of a reactant; wherein the photovoltaic device (PV) contacts the electrochemical device (EC) at a solid interface to form an integrated photo-electrochemical device; and further includes at least one reactant channel or a plurality of reactant channels fluidically extending between the photovoltaic device (PV) and the electrochemical device (EC) to transfer heat energy and the reactant from the photovoltaic device (PV) to the electrochemical device (EC), characterized in that the photo-electrochemical device further includes a mechanical or electronic switch configured to prevent charge carrier flow from the photovoltaic device (PV) to the electrochemical device (EC), the charge carrier flow being for electrolysis of the reactant or an electrochemical reaction in the electrochemical device (EC). - a photovoltaic device (PV) comprising single or multiple junctions and configured to generate charge carriers from the concentrated electromagnetic irradiation; and - an electrochemical device (EC) configured to carry out electrolysis of a reactant; wherein the photovoltaic device (PV) contacts the electrochemical device (EC) at a solid interface to form an integrated photo-electrochemical device; and further includes at least one reactant channel or a plurality of reactant channels fluidically extending between the photovoltaic device (PV) and the electrochemical device (EC) to transfer heat energy and the reactant from the photovoltaic device (PV) to the electrochemical device (EC), characterized in that the photo-electrochemical device further includes a mechanical or electronic switch configured to prevent charge carrier flow from the photovoltaic device (PV) to the electrochemical device (EC), the charge carrier flow being for electrolysis of the reactant or an electrochemical reaction in the electrochemical device (EC).
A multichannel pipetting plate , comprising: a plurality of connectors arranged in a lattice ; wherein each connector is fluidically connectable to a pipetting tip ; wherein each connector comprises an interface at which a friction contact between the connector and a foot of the pipetting tip is established; wherein the interfaces of the connectors are arranged in different planes (P1, P2, P3, P4), such that, at least at a border region of the pipetting plate , along each row and along each column of the lattice , at least three consecutive interfaces are arranged in at least two different planes (P1, P2, P3, P4); characterized in that interfaces in the same plane (P1, P2, P3, P4) are arranged in an X-shaped pattern or a rhomb-shaped pattern. a plurality of connectors arranged in a lattice ; wherein each connector is fluidically connectable to a pipetting tip ; wherein each connector comprises an interface at which a friction contact between the connector and a foot of the pipetting tip is established; wherein the interfaces of the connectors are arranged in different planes (P1, P2, P3, P4), such that, at least at a border region of the pipetting plate , along each row and along each column of the lattice , at least three consecutive interfaces are arranged in at least two different planes (P1, P2, P3, P4); characterized in that interfaces in the same plane (P1, P2, P3, P4) are arranged in an X-shaped pattern or a rhomb-shaped pattern.
A method for regulation of a hybrid device for showers, wash basins or the like for allowing purification and either recycling or separation of water, said method comprising: - measuring a water quality parameter in water in the hybrid device in a measuring point; - deciding the limit value of the water quality parameter based on measurement of the water quality parameter, said limit value being a reference for a limit value for clean water, wherein the step of deciding the limit value of the water quality parameter is performed automatically and with dynamic regulation, providing an automatic adjustment to the water source used; and - if the water quality parameter in the measuring point is outside of the limit value of the water quality parameter then separating off the water, and otherwise recycling the water in the hybrid device. - measuring a water quality parameter in water in the hybrid device in a measuring point; - deciding the limit value of the water quality parameter based on measurement of the water quality parameter, said limit value being a reference for a limit value for clean water, wherein the step of deciding the limit value of the water quality parameter is performed automatically and with dynamic regulation, providing an automatic adjustment to the water source used; and - if the water quality parameter in the measuring point is outside of the limit value of the water quality parameter then separating off the water, and otherwise recycling the water in the hybrid device.
A negative electrode material for a lithium secondary battery comprising sulfide glass, including sulfur and the following components (i) and (ii): i. at least one or more elements selected from a group consisting of Sb, Bi, Ge, Cu and Zn; and ii. the element Sn, wherein the ratio in said sulfide glass is sulfur: 40-80 mol %, (i): 1-50 mol % and (ii) 1-50 mol %, respectively. i. at least one or more elements selected from a group consisting of Sb, Bi, Ge, Cu and Zn; and ii. the element Sn, wherein the ratio in said sulfide glass is sulfur: 40-80 mol %, (i): 1-50 mol % and (ii) 1-50 mol %, respectively.
A toy activity box , comprising: a corner protector having: a rigid plastic core having a pair of walls integrally connected and forming a first right angle (α) therebetween and a plate extending perpendicularly from an interior surface of the pair of walls, the plate having a threaded rod extending from a top surface of the plate; and a shock-absorbing exterior surface molded over the rigid plastic core; a box having two adjacent sides forming a second right angle at a corner recess configured to receive the corner protector; and a wooden brace attaching to the two adjacent sides at the corner recess, the wooden brace defining a hole configured to receive the threaded rod, wherein the corner protector provides impact resistance for the toy activity box. a corner protector having: a rigid plastic core having a pair of walls integrally connected and forming a first right angle (α) therebetween and a plate extending perpendicularly from an interior surface of the pair of walls, the plate having a threaded rod extending from a top surface of the plate; and a shock-absorbing exterior surface molded over the rigid plastic core; a rigid plastic core having a pair of walls integrally connected and forming a first right angle (α) therebetween and a plate extending perpendicularly from an interior surface of the pair of walls, the plate having a threaded rod extending from a top surface of the plate; and a shock-absorbing exterior surface molded over the rigid plastic core; a box having two adjacent sides forming a second right angle at a corner recess configured to receive the corner protector; and a wooden brace attaching to the two adjacent sides at the corner recess, the wooden brace defining a hole configured to receive the threaded rod, wherein the corner protector provides impact resistance for the toy activity box.
A production method for a compound represented by the formula (II): characterized in that a compound represented by the formula (I): wherein R 1 is a substituted or unsubstituted alkyl, is reduced in the presence of lithium borohydride, characterized in that the lithium borohydride is formed in the reaction system.
A method for manufacturing laser diode devices, the method comprising: providing a substrate having a surface region; forming an epitaxial material overlying the surface region, the epitaxial material comprising a sacrificial region , an n-type cladding region , an active region comprising at least one active layer overlying the n-type cladding region, and a p-type cladding region overlying the active region; patterning the epitaxial material to form a plurality of epitaxial dice, each of the epitaxial dice corresponding to at least one laser diode device; transferring at least a portion of the plurality of epitaxial dice from the substrate to a carrier wafer by selectively etching at least a portion of the sacrificial region so as to undercut the overlying epitaxial material, and then selectively bonding to the carrier wafer the epitaxial dice that are being transferred using a bonding material that contacts the p-type cladding region, and then separating from the substrate the epitaxial dice that are being transferred; and thereafter processing the transferred epitaxial dice on the carrier wafer to form the laser diode devices, wherein the processing includes forming at least one laser ridge on each of the transferred epitaxial dice. providing a substrate having a surface region; forming an epitaxial material overlying the surface region, the epitaxial material comprising a sacrificial region , an n-type cladding region , an active region comprising at least one active layer overlying the n-type cladding region, and a p-type cladding region overlying the active region; patterning the epitaxial material to form a plurality of epitaxial dice, each of the epitaxial dice corresponding to at least one laser diode device; transferring at least a portion of the plurality of epitaxial dice from the substrate to a carrier wafer by selectively etching at least a portion of the sacrificial region so as to undercut the overlying epitaxial material, and then selectively bonding to the carrier wafer the epitaxial dice that are being transferred using a bonding material that contacts the p-type cladding region, and then separating from the substrate the epitaxial dice that are being transferred; and thereafter processing the transferred epitaxial dice on the carrier wafer to form the laser diode devices, wherein the processing includes forming at least one laser ridge on each of the transferred epitaxial dice.
A thermoplastic polyurethane composition comprising the reaction product of: (a) a polyol component made from the reaction of ε-caprolactone initiated with a polydimethylsiloxane polyol and a polyether polyol, wherein the polyol component is formed by the steps of: (i) providing a reaction mixture comprising ε-caprolactone and polysiloxane initiator in a molar ratio of 1:12 to 1:15; (ii) reacting the reaction mixture to form a polyol intermediate species, wherein the polyol intermediate species comprises where n and m are individually 0 to 15, provided that n+m is at least 12, y is 25 to 33, and R 1 and R 2 are the same or different and are selected from linear or branched C 1 to C 10 groups; (iii) reacting additional ε-caprolactone and polyether initiator with the polyol intermediate species to form a polyol; and (b) a diisocyanate. (a) a polyol component made from the reaction of ε-caprolactone initiated with a polydimethylsiloxane polyol and a polyether polyol, wherein the polyol component is formed by the steps of: (i) providing a reaction mixture comprising ε-caprolactone and polysiloxane initiator in a molar ratio of 1:12 to 1:15; (ii) reacting the reaction mixture to form a polyol intermediate species, wherein the polyol intermediate species comprises where n and m are individually 0 to 15, provided that n+m is at least 12, y is 25 to 33, and R 1 and R 2 are the same or different and are selected from linear or branched C 1 to C 10 groups; (iii) reacting additional ε-caprolactone and polyether initiator with the polyol intermediate species to form a polyol; and (i) providing a reaction mixture comprising ε-caprolactone and polysiloxane initiator in a molar ratio of 1:12 to 1:15; (ii) reacting the reaction mixture to form a polyol intermediate species, wherein the polyol intermediate species comprises where n and m are individually 0 to 15, provided that n+m is at least 12, y is 25 to 33, and R 1 and R 2 are the same or different and are selected from linear or branched C 1 to C 10 groups; (iii) reacting additional ε-caprolactone and polyether initiator with the polyol intermediate species to form a polyol; and (b) a diisocyanate.
Doctoring unit for a printing apparatus for printing on flat substrates, in particular circuit boards, wafers, or solar cells, having two doctoring blades which extend parallel to one another and are pivotably mounted, characterised in that the doctoring blades are operatively connected to a gearing and to one another by the gearing , which is configured as a self-locking worm gearing and can be coupled or is coupled to a drive device .
An exterior lamp for an aircraft, comprising: a housing defining an interior volume; a heat source disposed within the interior volume of the housing; a light source disposed within the housing configured to emit a light therefrom; a protective lens coupled to the housing proximate the light source, wherein the protective lens is configured to transmit the light; and a vapor permeable membrane in fluid communication between the interior volume of the housing and an exterior of the housing; characterized in that the lamp further comprises a capillary transport apparatus having a first end and a second end, wherein the first end is coupled to the heat source and the second end is disposed in a catchment basin . a housing defining an interior volume; a heat source disposed within the interior volume of the housing; a light source disposed within the housing configured to emit a light therefrom; a protective lens coupled to the housing proximate the light source, wherein the protective lens is configured to transmit the light; and a vapor permeable membrane in fluid communication between the interior volume of the housing and an exterior of the housing; characterized in that the lamp further comprises a capillary transport apparatus having a first end and a second end, wherein the first end is coupled to the heat source and the second end is disposed in a catchment basin .
Guiding system for a surgical robotic system, comprising a tool guide extending substantially around a tool guide axis (X), a tool extending substantially around a tool axis (T), an intermediate part mounted on the tool so that the tool and the intermediate part are integral in translation and so that the tool is mobile relative to the intermediate part in rotation around the tool axis (T), and a first coupling link adapted to couple the intermediate part and the tool guide , wherein the guiding system presents a first guiding configuration in which the first coupling link couples the intermediate part and the tool guide so that the intermediate part and the tool guide are mobile relative to each other according to a unique first degree of freedom, the first degree of freedom corresponding to a translation along the tool guide axis (X), characterized in that the guiding system further comprises a second coupling link adapted to couple the intermediate part and the tool guide , and in that the guiding system presents a second guiding configuration in which the second coupling link couples the intermediate part and the tool guide so that the intermediate part and the tool guide are mobile relative to each other according to the first degree of freedom and according to at least one additional degree of freedom.
A filter assembly for separating microcarriers from a fluid medium and cells, the filter assembly comprising: a container comprising a flexible bag bounding a sterile compartment adapted to hold a fluid; an inlet port through which fluid comprising microcarriers, fluid medium, and cells flows into the compartment ; an outlet port through which fluid comprising fluid medium and cells flows out of the compartment; and a filter disposed within the compartment and bounding an inlet chamber , the filter dividing the compartment into the inlet chamber that is fluidly coupled with the inlet port and an outlet chamber that is fluidly coupled with the outlet port, characterized in that the filter allowing the fluid medium and the cells to pass therethrough but preventing the microcarriers disposed in the fluid medium from passing therethrough, the filter comprising a filter inlet port communicating with the inlet chamber and a dip tube line extending between the filter inlet port and the inlet port , wherein the filter comprises: a plurality of sheets , at least one of the sheets being comprised of a porous material, the plurality of sheets being bounded together at their peripheries to form the inlet chamber ; and the filter inlet port through which fluid flows into the inlet chamber, the filter inlet port extending through at least one of the plurality of sheets, the filter inlet port being fluidly coupled with the inlet port . a container comprising a flexible bag bounding a sterile compartment adapted to hold a fluid; an inlet port through which fluid comprising microcarriers, fluid medium, and cells flows into the compartment ; an outlet port through which fluid comprising fluid medium and cells flows out of the compartment; and a filter disposed within the compartment and bounding an inlet chamber , the filter dividing the compartment into the inlet chamber that is fluidly coupled with the inlet port and an outlet chamber that is fluidly coupled with the outlet port, characterized in that the filter allowing the fluid medium and the cells to pass therethrough but preventing the microcarriers disposed in the fluid medium from passing therethrough, the filter comprising a filter inlet port communicating with the inlet chamber and a dip tube line extending between the filter inlet port and the inlet port , wherein the filter comprises: a plurality of sheets , at least one of the sheets being comprised of a porous material, the plurality of sheets being bounded together at their peripheries to form the inlet chamber ; and the filter inlet port through which fluid flows into the inlet chamber, the filter inlet port extending through at least one of the plurality of sheets, the filter inlet port being fluidly coupled with the inlet port . a plurality of sheets , at least one of the sheets being comprised of a porous material, the plurality of sheets being bounded together at their peripheries to form the inlet chamber ; and the filter inlet port through which fluid flows into the inlet chamber, the filter inlet port extending through at least one of the plurality of sheets, the filter inlet port being fluidly coupled with the inlet port .
An array substrate, comprising a substrate , a plurality of pixel regions on the substrate, and a thin-film transistor (T) formed in each of the pixel regions, each of the pixel regions comprising a pixel electrode region (P), wherein, the thin-film transistor comprises a gate layer and a source/drain layer formed laminatedly on the substrate; the array substrate further comprises a flat layer and a reflective metal layer formed in sequence on the substrate and covering at least the pixel electrode region and the thin-film transistor; the reflective metal layer is electrically connected to a drain of the thin-film transistor; and the gate layer and the source/drain layer both are formed of a molybdenum layer with a thickness of substantially 220 nm (2200 Å).