mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement for storing gas, with at least one container for storing a gas in a liquid or gaseous form, with an electronic control unit , which is assigned to the at least one container (3, 3', 3") and is intended for capturing, displaying and/or transmitting data, and with an energy generating device for providing the electrical energy required by the control unit , the energy generating device comprising a wind generator for converting wind energy into electrical energy and an energy storage unit for at least temporarily storing electrical energy generated by the wind generator, characterized in that a compressed-gas cylinder bundle is provided as the container and the wind generator is arranged within the bundle framework of the compressed-gas cylinder bundle. the energy generating device comprising a wind generator for converting wind energy into electrical energy and an energy storage unit for at least temporarily storing electrical energy generated by the wind generator, characterized in that a compressed-gas cylinder bundle is provided as the container and the wind generator is arranged within the bundle framework of the compressed-gas cylinder bundle.
A knife , comprising: a knife body, comprising: two liners ; a blade positioned between the two liners and rotatably coupled to the two liners proximate a first end of the two liners ; and two scales , each scale removably coupled to one of the two liners ; wherein each scale is configured for use as a tool separate from the knife body when removed from the knife body, the knife being characterized in that it further comprises: a lock back catch positioned between the two liners ; and a spring spacer positioned between the two liners proximate a second end of the two liners , wherein a bottle opener is formed by the lock back catch and the spring spacer . a knife body, comprising: two liners ; a blade positioned between the two liners and rotatably coupled to the two liners proximate a first end of the two liners ; and two scales , each scale removably coupled to one of the two liners ; two liners ; a blade positioned between the two liners and rotatably coupled to the two liners proximate a first end of the two liners ; and two scales , each scale removably coupled to one of the two liners ; wherein each scale is configured for use as a tool separate from the knife body when removed from the knife body, the knife being characterized in that it further comprises: a lock back catch positioned between the two liners ; and a spring spacer positioned between the two liners proximate a second end of the two liners , wherein a bottle opener is formed by the lock back catch and the spring spacer . a lock back catch positioned between the two liners ; and a spring spacer positioned between the two liners proximate a second end of the two liners , wherein a bottle opener is formed by the lock back catch and the spring spacer .
Article comprising a mounting and at least one decorative design element , embedded in the mounting, with the mounting comprising at least one free surface portion , at least one first and one second thickness of material underlying the surface portion, a recess for the design element being made in the first and second thicknesses of the mounting and said design element being arranged in the recess, where the design element comprises a first part , visible from the free surface portion of the mounting, and a lateral extension relative to the first part, said extension being covered by the first thickness of material so as to prevent any movement of the design element out of the recess, characterised by said design element being a crimp, said crimp comprising a body, provided with said extension, said body containing a stone.
A system for bending a bone plate , comprising: a drill guide extending longitudinally from a proximal end to a distal end , the drill guide including a distal portion having a first threading extending therealong to engage a threading along an interior of a bone fixation element receiving hole of a bone plate and a proximal portion having a second threading extending therealong; and a bending pin extending longitudinally from a proximal end to a distal end including a recess extending proximally therefrom, the recess sized and shaped to receive the proximal portion of the drill guide and including a corresponding threading therealong for engaging the second threading , characterised in that the drill guide includes a non-threaded portion extending between the proximal and distal portions . a drill guide extending longitudinally from a proximal end to a distal end , the drill guide including a distal portion having a first threading extending therealong to engage a threading along an interior of a bone fixation element receiving hole of a bone plate and a proximal portion having a second threading extending therealong; and a bending pin extending longitudinally from a proximal end to a distal end including a recess extending proximally therefrom, the recess sized and shaped to receive the proximal portion of the drill guide and including a corresponding threading therealong for engaging the second threading , characterised in that the drill guide includes a non-threaded portion extending between the proximal and distal portions .
A cartridge for use in an aerosol-generating system , the cartridge containing a nicotine source comprising a liquid nicotine formulation, the liquid nicotine formulation comprising glycerine in an amount of at least 10 percent by weight and nicotine, wherein the ratio by weight of nicotine to glycerine in the liquid nicotine formulation is between about 3:2 and about 9:1.
A system for guiding a vehicle in a ride/show environment, comprising: a plurality of paths on a surface , wherein each path is defined by a light projection characteristic forming particular path patterns of shapes and/or objects, wherein the light projection characteristic is different than light projection characteristics of defining other of the plurality of paths a vehicle , wherein the vehicle comprises: a memory storing one or more expected light projection characteristics forming path patterns of shapes and/or objects, each of the one or more expected light projection characteristics associated with a control action; a sensor configured to detect the light projection characteristic of a respective path of the plurality of paths ; and a controller configured to control the vehicle along the respective path based on a control action associated with a comparison between the expected light projection characteristics from the memory with the light projection characteristic detected by the sensors . a plurality of paths on a surface , wherein each path is defined by a light projection characteristic forming particular path patterns of shapes and/or objects, wherein the light projection characteristic is different than light projection characteristics of defining other of the plurality of paths a vehicle , wherein the vehicle comprises: a memory storing one or more expected light projection characteristics forming path patterns of shapes and/or objects, each of the one or more expected light projection characteristics associated with a control action; a sensor configured to detect the light projection characteristic of a respective path of the plurality of paths ; and a controller configured to control the vehicle along the respective path based on a control action associated with a comparison between the expected light projection characteristics from the memory with the light projection characteristic detected by the sensors . a memory storing one or more expected light projection characteristics forming path patterns of shapes and/or objects, each of the one or more expected light projection characteristics associated with a control action; a sensor configured to detect the light projection characteristic of a respective path of the plurality of paths ; and a controller configured to control the vehicle along the respective path based on a control action associated with a comparison between the expected light projection characteristics from the memory with the light projection characteristic detected by the sensors .
A method of preparing vanillin, comprising 1) reacting eugenol with oxygen gas in the presence of a strong alkali and a catalyst to obtain vanillin salt; and 2) reacting vanillin salt with an acid to obtain vanillin; wherein the catalyst is cobalt salt, mixed salts of cobalt salt and copper salt, or mixed salts of cobalt salt and nickel salt; and wherein the strong alkali is sodium hydroxide or potassium hydroxide, wherein the method comprises:weighing eugenol, a strong alkali, a catalyst, and a first organic solvent, respectively, the molar ratio of the strong alkali to eugenol being 1 : 2-15, the amount of the catalyst being 0.1% to 2.0% of the weight of eugenol, and the volume of the first organic solvent being 3 to 10 folds of the volume of eugenol; adding the above substances to a reactor, respectively, the reaction pressure being 0.01-0.30 MPa, heating to 60-120°C under stirring, then beginning to introduce oxygen gas to control partial pressure of oxygen gas within 0.01-1 MPa, and performing oxidation reaction for 4-30 h; cooling to room temperature, adding water with the volume ratio of water to the first solvent being 0.5 to 2, adjusting to neutrality with an acid solution, recovering the first organic solvent, extracting the water phase with a second organic solvent, carrying out reduced pressure distillation, crystallizing with a mixed solvent of ethanol and water, and drying to give vanillin. 1) reacting eugenol with oxygen gas in the presence of a strong alkali and a catalyst to obtain vanillin salt; and 2) reacting vanillin salt with an acid to obtain vanillin;
A method of manufacturing a turbine blade including a blade portion and a blade base portion , the method comprising: a first fabrication process of fabricating the blade portion through a three-dimensional metal stack fabrication by a powder bed method; and a second fabrication process of fabricating an outer circumference of the blade base portion only through the three-dimensional metal stack fabrication by the powder bed method, and then sintering metallic powder (P) remaining only in an inner region of the blade base portion fabricated through the three-dimensional metal stack fabrication by hot isostatic pressing so as to fabricate the blade base portion . a first fabrication process of fabricating the blade portion through a three-dimensional metal stack fabrication by a powder bed method; and a second fabrication process of fabricating an outer circumference of the blade base portion only through the three-dimensional metal stack fabrication by the powder bed method, and then sintering metallic powder (P) remaining only in an inner region of the blade base portion fabricated through the three-dimensional metal stack fabrication by hot isostatic pressing so as to fabricate the blade base portion .
A flux, characterized in that the flux comprises 0.4 to 10.0 mass% of ditolylguanidine and 1.0 to 10.0 mass% of an organic acid, and does not comprise diphenylguanidine as an amine compound, wherein a mass ratio of the organic acid to an amine compound comprising the ditolylguanidine, organic acid/amine compound, is 0.5 to 12.5.
A process for producing a product gas comprising acetonitrile and/or hydrogen cyanide from a feed stream comprising ammonia and methanol over a solid catalyst, wherein the catalyst comprises a support, a first metal and a second metal on said support, wherein said first metal and said second metal are in the form of a chemical compound, wherein said first metal is Fe, Ru, Ni or Co and said second metal is Sn, Zn, or Ge, wherein the catalyst comprises alloys consisting of the first and second metals and/or ternary carbides comprising the first and the second metals, and wherein the pressure is ambient pressure or higher and the temperature lies in a range from 400°C to 700°C.
An apparatus for extracorporeal blood treatment, comprising: a treatment unit ; a blood circuit coupled to the treatment unit and comprising a blood removal line and a blood return line connectable to a vascular system of a patient (P); a blood pump configured to be coupled to a pump section of the blood circuit; a plurality of fluid lines connected or connectable to respective containers , wherein said fluid lines are connected to the blood circuit and to the treatment unit ; a plurality of pumps active on the fluid lines ; a fluid dispatcher having a common zone , wherein at least two fluid lines of said plurality of fluid lines are connected one to the other at said common zone upstream the blood circuit, for selectively allowing fluid flow between said at least two fluid lines through said common zone . a treatment unit ; a blood circuit coupled to the treatment unit and comprising a blood removal line and a blood return line connectable to a vascular system of a patient (P); a blood pump configured to be coupled to a pump section of the blood circuit; a plurality of fluid lines connected or connectable to respective containers , wherein said fluid lines are connected to the blood circuit and to the treatment unit ; a plurality of pumps active on the fluid lines ; a fluid dispatcher having a common zone , wherein at least two fluid lines of said plurality of fluid lines are connected one to the other at said common zone upstream the blood circuit, for selectively allowing fluid flow between said at least two fluid lines through said common zone .
A system for securely accessing a source of data from a vehicle, comprising: an internet protocol (IP) network ; a remote communication device in communication with the IP network , the remote communication device being configured to transmit and receive data; a first intermediary computing device within the IP network , the first intermediary computing device preventing communication between the remote communication device and a source of the data , wherein the first intermediary computing device is configured to allow communications between the remote communication device and the source of the data when the first intermediary computing device determines that a first source internet protocol, SrcIP, address of the remote communication device is an authorized first SrcIP address, and wherein, when the first intermediary computing device determines that the first SrcIP address of the remote communication device is an authorized first SrcIP address, an internet protocol tunnel is created between the remote communication device and the source of the data and the first intermediary computing device is configured to change the first SrcIP address to a second SrcIP address different to the authorized first SrcIP address; the system further comprising a second intermediary computing device within the network behind the first intermediary computing device , the second intermediary computing device preventing communication between the remote communication device and the source of the data , wherein the second intermediary computing device is configured to allow communications between the remote communication device and the source of the data when the second intermediary computing device determines that the second SrcIP address of the remote communication device is an authorized second SrcIP address.
Mixer for manufacturing and/or treating a meat product in a mixing space to which a lighting system is assigned, characterized in that in the mixing space can be viewed by an image sensor , whereby the image receiver is a video camera and the image receiver is connected to a screen , whereby the mixing space has a lighting system with which the mixing space can be illuminated.
Process for the additive manufacture of a component, in particular a component for the hot gas path of a gas turbine, comprising the following steps: - provision of a pulverulent base material (P1) for the component , - layerwise buildup of the component on a building platform by solidification of individual layers (S) of the base material (P1) and - introduction of oxidic dispersion strengthening into a region (B) of the additively manufactured component by means of an oxidic additive, wherein the region (B) is usually subjected to high thermomechanical stress during operation of the component , wherein the introduction of the strengthening is carried out layerwise, i.e. by the component being built up at least partially layerwise alternately from the base material (PI) and a mixture of the base material (PI) and the oxidic additive (ODS) for formation of the oxidic dispersion strengthening. - provision of a pulverulent base material (P1) for the component , - layerwise buildup of the component on a building platform by solidification of individual layers (S) of the base material (P1) and - introduction of oxidic dispersion strengthening into a region (B) of the additively manufactured component by means of an oxidic additive, wherein the region (B) is usually subjected to high thermomechanical stress during operation of the component , wherein the introduction of the strengthening is carried out layerwise, i.e. by the component being built up at least partially layerwise alternately from the base material (PI) and a mixture of the base material (PI) and the oxidic additive (ODS) for formation of the oxidic dispersion strengthening.
Method for reducing volatile organic compounds, VOCs, from wood chips for wood fiber production in a processing system , at least comprising the following successive steps: - first thermal treatment of the wood chips in a first thermal treatment device which is configured to receive (G1) VOC-containing exhaust gases; - cleaning the wood chips in a washing device ; - second thermal treatment of the wood chips in a second thermal treatment device which is configured to receive (G2) and discharge (G3) VOC-containing exhaust gases; - cooking the wood chips in a digester which is configured to receive (G4) and discharge (G5) VOC-containing exhaust gases; and - crushing the wood chips in a refiner which is configured to discharge (G6) VOC-containing exhaust gases. - first thermal treatment of the wood chips in a first thermal treatment device which is configured to receive (G1) VOC-containing exhaust gases; - cleaning the wood chips in a washing device ; - second thermal treatment of the wood chips in a second thermal treatment device which is configured to receive (G2) and discharge (G3) VOC-containing exhaust gases; - cooking the wood chips in a digester which is configured to receive (G4) and discharge (G5) VOC-containing exhaust gases; and - crushing the wood chips in a refiner which is configured to discharge (G6) VOC-containing exhaust gases.
A sole structure , comprising: a midsole component and an inner sole component ; the midsole component including a plurality of holes arranged in an auxetic configuration; the midsole component being shaped to receive the inner sole component ; and wherein a first density of the midsole component is different than a second density of the inner sole component , wherein the midsole component includes a recess on an inner surface that receives the inner sole component . a midsole component and an inner sole component ; the midsole component including a plurality of holes arranged in an auxetic configuration; the midsole component being shaped to receive the inner sole component ; and wherein a first density of the midsole component is different than a second density of the inner sole component , wherein the midsole component includes a recess on an inner surface that receives the inner sole component .
A sequence-based signal processing method, comprising: determining, by a user equipmnent, a sequence { x n } comprising N elements, wherein N is a positive integer greater than 1, x n is an element in the sequence { x n }, the sequence { x n } is a sequence satisfying a preset condition, the preset condition is: x n = A · b n · j n , a value of n ranges from 0 to N-1, A is a non-zero complex number, j = − 1 , the element b n = u· (1-2· s n ), u is a non-zero complex number, and a set of one or more sequences { s n } comprising an element s n comprises at least one sequence in a first sequence set or at least one equivalent sequence of the sequence in the first sequence set, the equivalent sequence { q n } satisfies q n = s ( n + M )mod N , M ∈ {0,1,2,..., N -1}; and generating, by the user equipmnent, a demodulation reference signal, DMRS, based on the sequence { x n }; sending, by the user equipment equipmnent, the DMRS, wherein when N=12, sequences in the first sequence set comprise some or all sequences in a sequence set 1, and the sequences in the sequence set 1 comprise: ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; . determining, by a user equipmnent, a sequence { x n } comprising N elements, wherein N is a positive integer greater than 1, x n is an element in the sequence { x n }, the sequence { x n } is a sequence satisfying a preset condition, the preset condition is: x n = A · b n · j n , a value of n ranges from 0 to N-1, A is a non-zero complex number, j = − 1 , the element b n = u· (1-2· s n ), u is a non-zero complex number, and a set of one or more sequences { s n } comprising an element s n comprises at least one sequence in a first sequence set or at least one equivalent sequence of the sequence in the first sequence set, the equivalent sequence { q n } satisfies q n = s ( n + M )mod N , M ∈ {0,1,2,..., N -1}; and generating, by the user equipmnent, a demodulation reference signal, DMRS, based on the sequence { x n }; sending, by the user equipment equipmnent, the DMRS, wherein when N=12, sequences in the first sequence set comprise some or all sequences in a sequence set 1, and the sequences in the sequence set 1 comprise: ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; .
A polyolefin composition comprising a first olefin polymer (A) comprising a first comonomer comprising epoxy groups, and a second olefin polymer (B) comprising a second comonomer comprising carboxylic acid groups and/or precursor thereof; wherein the polyolefin composition is substantially free of curing agents; which has been crosslinked. a first olefin polymer (A) comprising a first comonomer comprising epoxy groups, and a second olefin polymer (B) comprising a second comonomer comprising carboxylic acid groups and/or precursor thereof; wherein the polyolefin composition is substantially free of curing agents; which has been crosslinked.
A bioink, comprising: one or more cells; a carrier material; and discrete microspheres, the discrete microspheres comprising: one or more biodegradable polymers; and one or more morphogenic compounds, wherein the one or more compounds release with degradation of the one or more biodegradable polymers. one or more cells; a carrier material; and discrete microspheres, the discrete microspheres comprising: one or more biodegradable polymers; and one or more morphogenic compounds, wherein the one or more compounds release with degradation of the one or more biodegradable polymers. one or more biodegradable polymers; and one or more morphogenic compounds, wherein the one or more compounds release with degradation of the one or more biodegradable polymers.
A method for enhancing infective particle removal from a thrombin solution comprising: (a) adding to said solution a macromolecule of at least 3 monomers selected from sugars and sugar alcohols, and (b) passing said solution through a nanofilter, thereby enhancing infective particle removal from the thrombin solution, wherein the log reduction value (LRV) of the infective particles after step (b) is above 4, and wherein the macromolecule is not a non-ionic surfactant. (a) adding to said solution a macromolecule of at least 3 monomers selected from sugars and sugar alcohols, and (b) passing said solution through a nanofilter, thereby enhancing infective particle removal from the thrombin solution, wherein the log reduction value (LRV) of the infective particles after step (b) is above 4, and wherein the macromolecule is not a non-ionic surfactant.