mhurhangee/patent-ind-claim-en huggingface dataset:
A redox flow battery comprising a cell , an electrolyte tank configured to store an electrolyte supplied to the cell and filled with the electrolyte , and a circulation mechanism disposed between the cell and the electrolyte tank and configured to circulate the electrolyte , wherein the circulation mechanism includes a suction pipe configured to suck up the electrolyte from an open end thereof in the electrolyte to above an in-tank liquid level of the electrolyte in the electrolyte tank , a circulation pump disposed at an end portion of the suction pipe , an extrusion pipe running from a discharge port of the circulation pump to the cell , and a return pipe running from the cell to the electrolyte tank ; and characterized in that an absolute value of a difference between H L1 and H L2 is greater than or equal to 0.4 times H 0 and both H L1 and H L2 are less than or equal to H d , where H 0 is a height from an inner bottom surface of the electrolyte tank to the in-tank liquid level, H L1 is a length from the in-tank liquid level to the open end of the suction pipe , H L2 is a length from the in-tank liquid level to an open end of the return pipe in a depth direction of the electrolyte , and H d is a distance from the in-tank liquid level to a center of a highest segment of the return pipe , the highest segment being located at the highest level of the return pipe , and wherein if the open end of the return pipe is located above the in-tank liquid level, the difference between H L1 and H L2 is H L1 and H L2 is zero. wherein the circulation mechanism includes a suction pipe configured to suck up the electrolyte from an open end thereof in the electrolyte to above an in-tank liquid level of the electrolyte in the electrolyte tank , a circulation pump disposed at an end portion of the suction pipe , an extrusion pipe running from a discharge port of the circulation pump to the cell , and a return pipe running from the cell to the electrolyte tank ; and characterized in that an absolute value of a difference between H L1 and H L2 is greater than or equal to 0.4 times H 0 and both H L1 and H L2 are less than or equal to H d , where H 0 is a height from an inner bottom surface of the electrolyte tank to the in-tank liquid level, H L1 is a length from the in-tank liquid level to the open end of the suction pipe , H L2 is a length from the in-tank liquid level to an open end of the return pipe in a depth direction of the electrolyte , and H d is a distance from the in-tank liquid level to a center of a highest segment of the return pipe , the highest segment being located at the highest level of the return pipe , and wherein if the open end of the return pipe is located above the in-tank liquid level, the difference between H L1 and H L2 is H L1 and H L2 is zero.
A container comprising: a body that comprises a lower surface , an upper rim , and a plurality of side walls that extend between the lower surface and the upper rim , wherein the upper rim defines an opening to an interior space of the body ; a flexible cover that covers the opening of the body and is bonded to the body along the upper rim ; and gas-permeable material through which gas can enter and exit the interior space of the body ; wherein the upper rim of the body is spaced apart from any of the gas-permeable material , such that the cover can be peeled away from the upper rim to expose the opening while leaving the gas-permeable material intact; and wherein one of the plurality of side walls comprises one or more apertures that extend through the side wall and that are covered by the gas-permeable material ; wherein the flexible cover comprises an insert made of a gas-permeable material formed in the flexible cover , wherein the flexible cover comprises a gas-impermeable material that encircles the insert ; and wherein the lower surface comprises one or more apertures that extend through the lower surface and that are covered by the gas-permeable material . a body that comprises a lower surface , an upper rim , and a plurality of side walls that extend between the lower surface and the upper rim , wherein the upper rim defines an opening to an interior space of the body ; a flexible cover that covers the opening of the body and is bonded to the body along the upper rim ; and gas-permeable material through which gas can enter and exit the interior space of the body ; wherein the upper rim of the body is spaced apart from any of the gas-permeable material , such that the cover can be peeled away from the upper rim to expose the opening while leaving the gas-permeable material intact; and wherein one of the plurality of side walls comprises one or more apertures that extend through the side wall and that are covered by the gas-permeable material ; wherein the flexible cover comprises an insert made of a gas-permeable material formed in the flexible cover , wherein the flexible cover comprises a gas-impermeable material that encircles the insert ; and wherein the lower surface comprises one or more apertures that extend through the lower surface and that are covered by the gas-permeable material .
Terminal point (106_1) of a communication system , wherein the communication system wirelessly communicates in a frequency band used for communication by a plurality of communication systems, wherein the terminal point (106_1) is configured to receive a signal , wherein the signal comprises information about a network-specific channel access pattern , wherein the network-specific channel access pattern indicates a frequency hop-based and time hop-based occupancy of resources of the frequency band that is usable for the communication of the communication system , wherein the terminal point (106_1) is configured to transfer data by using a relative channel access pattern , wherein the relative channel access pattern indicates, from the usable frequency hop-based and time hop-based occupancy of resources of the network-specific channel access pattern , an occupancy of resources that is to be used for the transfer, wherein the information describes a state of a numerical sequence generator for generating a numerical sequence, or wherein the information describes a number (143_1, 143_2) of a numerical sequence, wherein the numerical sequence determines the channel access pattern , wherein the occupancy of resources of the relative channel access pattern that is to be used for the transfer is a subset of the usable frequency hop-based and time hop-based occupancy of resources of the network-specific channel access pattern . wherein the communication system wirelessly communicates in a frequency band used for communication by a plurality of communication systems, wherein the terminal point (106_1) is configured to receive a signal , wherein the signal comprises information about a network-specific channel access pattern , wherein the network-specific channel access pattern indicates a frequency hop-based and time hop-based occupancy of resources of the frequency band that is usable for the communication of the communication system , wherein the terminal point (106_1) is configured to transfer data by using a relative channel access pattern , wherein the relative channel access pattern indicates, from the usable frequency hop-based and time hop-based occupancy of resources of the network-specific channel access pattern , an occupancy of resources that is to be used for the transfer, wherein the information describes a state of a numerical sequence generator for generating a numerical sequence, or wherein the information describes a number (143_1, 143_2) of a numerical sequence, wherein the numerical sequence determines the channel access pattern , wherein the occupancy of resources of the relative channel access pattern that is to be used for the transfer is a subset of the usable frequency hop-based and time hop-based occupancy of resources of the network-specific channel access pattern .
A method comprising: receiving, at a customer premise equipment device , a domain name system request from a client device; blocking the domain name system request at the customer premise equipment device , wherein the domain name system request is blocked at the customer premise equipment device in response to determining that a domain name system server associated with the domain name system request cannot be reached by the customer premise equipment device ; extracting information from the domain name system request; using the information extracted from the domain name system request to generate a domain name system response; retrieving a redirect address, said method being characterized in that the redirect address comprises an address that is associated with a server that is reachable by the customer premise equipment device ; inserting the redirect address into the domain name system response; and outputting the domain name system response to the client device . receiving, at a customer premise equipment device , a domain name system request from a client device; blocking the domain name system request at the customer premise equipment device , wherein the domain name system request is blocked at the customer premise equipment device in response to determining that a domain name system server associated with the domain name system request cannot be reached by the customer premise equipment device ; extracting information from the domain name system request; using the information extracted from the domain name system request to generate a domain name system response; retrieving a redirect address, said method being characterized in that the redirect address comprises an address that is associated with a server that is reachable by the customer premise equipment device ; inserting the redirect address into the domain name system response; and outputting the domain name system response to the client device .
An optical coherence tomography instrument comprising: an optical coupler arranged to accept light from a tuneable narrowband light source and to split the light into at least signal light and reference light; a reference optical system arranged to return the reference light; a front-end optical system arranged to direct the signal light towards an eye of a subject and to return signal light reflected from the eye of the subject; a detection unit arranged to sample a time-varying interference signal between the returned reference light and the returned signal light; and an adjustable optical frequency shifter arranged either (i) between the coupler and the reference optical system, (ii) in the reference optical system, (iii) between the coupler and the front-end optical system, or (iv) in the front-end optical system, the adjustable optical frequency shifter arranged to adjustably increase or decrease an optical frequency of the reference light or the signal light. an optical coupler arranged to accept light from a tuneable narrowband light source and to split the light into at least signal light and reference light; a reference optical system arranged to return the reference light; a front-end optical system arranged to direct the signal light towards an eye of a subject and to return signal light reflected from the eye of the subject; a detection unit arranged to sample a time-varying interference signal between the returned reference light and the returned signal light; and an adjustable optical frequency shifter arranged either (i) between the coupler and the reference optical system, (ii) in the reference optical system, (iii) between the coupler and the front-end optical system, or (iv) in the front-end optical system, the adjustable optical frequency shifter arranged to adjustably increase or decrease an optical frequency of the reference light or the signal light.
A method for printing an article, comprising: flowing a first fluid through a first inlet into a microfluidic printing nozzle; flowing a second fluid through a second inlet into the microfluidic printing nozzle; flowing at least one additional fluid through at least one additional inlet into the microfluidic printing nozzle; actively mixing the first fluid, the second fluid, and the at least one additional fluid in the microfluidic printing nozzle using an impeller to form a mixture; and depositing the mixture onto a substrate, wherein the substrate is a textile. flowing a first fluid through a first inlet into a microfluidic printing nozzle; flowing a second fluid through a second inlet into the microfluidic printing nozzle; flowing at least one additional fluid through at least one additional inlet into the microfluidic printing nozzle; actively mixing the first fluid, the second fluid, and the at least one additional fluid in the microfluidic printing nozzle using an impeller to form a mixture; and depositing the mixture onto a substrate, wherein the substrate is a textile.
An output module for an industrial controller , the output module being configured with a peer-to-peer connection with an input module of the industrial controller, wherein the output module comprises: a plurality of output terminals configured to generate an output signal ; a first interface adapted to receive control data from a central processor of the industrial controller ; a second interface adapted to receive the status of at least one input signal from the input module of the industrial controller via the peer-to-peer connection; a memory device configured to store a series of instructions; a processor configured to execute the series of instructions to generate the output signals for each output terminal as a function of the control data from the central processor and of the status of the at least one input signal from the input module. a plurality of output terminals configured to generate an output signal ; a first interface adapted to receive control data from a central processor of the industrial controller ; a second interface adapted to receive the status of at least one input signal from the input module of the industrial controller via the peer-to-peer connection; a memory device configured to store a series of instructions; a processor configured to execute the series of instructions to generate the output signals for each output terminal as a function of the control data from the central processor and of the status of the at least one input signal from the input module.
A method for cosmetic treatment of the skin comprising spraying onto the skin at least one molecule chosen from a non-volatile molecule and a temperature-unstable molecule by means of a spray device comprising: i. a vaporizing system suitable for vaporizing a composition comprising water , and ii. a nebulizing system suitable for nebulizing a composition comprising at least one molecule chosen from a non-volatile molecule and a temperature-unstable molecule , wherein the method for cosmetic treatment provides for vaporizing the composition comprising water using the vaporizing system and for nebulizing the composition comprising at least one molecule chosen from a non-volatile molecule and a temperature-unstable molecule using the nebulizing system . i. a vaporizing system suitable for vaporizing a composition comprising water , and ii. a nebulizing system suitable for nebulizing a composition comprising at least one molecule chosen from a non-volatile molecule and a temperature-unstable molecule ,
A system for modifying a parameter of operation of a tool (110; 200) for use in an automated hair transplantation procedure, the system comprising: a processor configured to control, at least partially, modification of one or more parameters of operation of a tool (110; 200) that performs a plurality of repetitive events; wherein said processor comprises: image processor adapted to process at least one snapshot of a body surface to identify if a criterion associated with the automated procedure is met, wherein the criterion relates to at least one of the following: 1) whether a follicular unit of the automated procedure was transected during the procedure, 2) a force which is applied to the tool (110; 200), or 3) elevation of a follicular unit from the body surface during the procedure; and modification interface adapted to modify and/or allow modification of the one or more parameters of operation of the tool (110; 200) if the criterion is not met, modification of the one or more parameters of operation of the tool (110; 200) influencing the criterion. a processor configured to control, at least partially, modification of one or more parameters of operation of a tool (110; 200) that performs a plurality of repetitive events; wherein said processor comprises: image processor adapted to process at least one snapshot of a body surface to identify if a criterion associated with the automated procedure is met, wherein the criterion relates to at least one of the following: 1) whether a follicular unit of the automated procedure was transected during the procedure, 2) a force which is applied to the tool (110; 200), or 3) elevation of a follicular unit from the body surface during the procedure; and modification interface adapted to modify and/or allow modification of the one or more parameters of operation of the tool (110; 200) if the criterion is not met, modification of the one or more parameters of operation of the tool (110; 200) influencing the criterion. image processor adapted to process at least one snapshot of a body surface to identify if a criterion associated with the automated procedure is met, wherein the criterion relates to at least one of the following: 1) whether a follicular unit of the automated procedure was transected during the procedure, 2) a force which is applied to the tool (110; 200), or 3) elevation of a follicular unit from the body surface during the procedure; and modification interface adapted to modify and/or allow modification of the one or more parameters of operation of the tool (110; 200) if the criterion is not met, modification of the one or more parameters of operation of the tool (110; 200) influencing the criterion.
A method of performing, by a base station , communication in a wireless communication system, the method comprising: obtaining feedback configuration information of a hybrid automatic repeat request, HARQ, process for performing a feedback, in a unit of code block group, CBG, on a result of decoding; determining a HARQ process for grant-free transmission among a plurality of HARQ processes; comparing a size of a bitmap required for the feedback in the unit of CBG with a size of an available bitmap of the base station ; in case that the size of the bitmap required for feedback information for the determined HARQ process for the grant-free transmission is greater than the size of the available bitmap of the base station, performing bundling on the feedback information of the identified HARQ process for the grant-free transmission; and transmitting the feedback information based on the performed bundling. obtaining feedback configuration information of a hybrid automatic repeat request, HARQ, process for performing a feedback, in a unit of code block group, CBG, on a result of decoding; determining a HARQ process for grant-free transmission among a plurality of HARQ processes; comparing a size of a bitmap required for the feedback in the unit of CBG with a size of an available bitmap of the base station ; in case that the size of the bitmap required for feedback information for the determined HARQ process for the grant-free transmission is greater than the size of the available bitmap of the base station, performing bundling on the feedback information of the identified HARQ process for the grant-free transmission; and transmitting the feedback information based on the performed bundling.
A device for hygenisation of opaque fluids characterized in that the hygenisation device comprise a double wall glass tube structure comprising quartz glass, wherein said double wall glass tube comprise an outer glass tube wall and an inner glass tube wall, said inner glass tube wall arranged inside said outer glass tube wall and both walls are connected to form one double wall glass tube structure, further comprising an inlet and an outlet placed at opposite end portions of said double wall glass tube structure, and wherein said inlet and said outlet are placed at an angle of 0° relative to each other, seen from a cross view across the center axis of said double wall glass tube structure, said hygenisation device is adapted for fluid to flow between the outer wall and inner wall of said double wall glass tube structure, and wherein said double wall glass tube structure comprises at least one radiation source, wherein said radiation source generates UV light and wherein said double wall glass tube structure is coated with a reflective material, wherein the coating is Aluminum which is a sputter deposition on the surface of the double wall glass tube structure.
A method for separating different constituents of a fine fraction resulting from a previous method for separating a concrete for deconstruction allowing the reuse of these different constituents in the production of a new cement and/or of a new concrete, the fine fraction comprising sand and at least 30% by mass of hydrated cement paste, the fine fraction being hereinafter referred to as the feed material, the method implementing a facility including: - an attrition system , and - a separation system , and wherein the method comprises: - the feed (E1) of the system with the feed material to grind it, - the attrition (E2) of feed material, and - the separation (E4) of the ground feed material in the attrition system is carried out by means of a cut-off mesh of the separation system comprised between 50 and 300 micrometres so as to obtain a sandy fraction comprising an amount of hydrated cement paste less than or equal to 25% and greater than or equal to 5% by mass, and a fraction of hydrated cement paste comprising an amount of hydrated cement paste greater than or equal to 40% and less than or equal to 95% by mass. - an attrition system , and - a separation system , - the feed (E1) of the system with the feed material to grind it, - the attrition (E2) of feed material, and - the separation (E4) of the ground feed material in the attrition system is carried out by means of a cut-off mesh of the separation system comprised between 50 and 300 micrometres so as to obtain a sandy fraction comprising an amount of hydrated cement paste less than or equal to 25% and greater than or equal to 5% by mass, and a fraction of hydrated cement paste comprising an amount of hydrated cement paste greater than or equal to 40% and less than or equal to 95% by mass.
A rechargeable battery pack comprising: unit cells each comprising a rechargeable battery; separate barriers directly coupled to each other at an outer circumference of the unit cells and each located between respective ones of the unit cells, thereby forming a cell stack (S); and a pack housing that is configured to accommodate the cell stack comprising the unit cells and the barriers, and that is configured to be coupled to the barriers of the cell stack by tight-fitting when the cell stack is inserted into the pack housing. unit cells each comprising a rechargeable battery; separate barriers directly coupled to each other at an outer circumference of the unit cells and each located between respective ones of the unit cells, thereby forming a cell stack (S); and a pack housing that is configured to accommodate the cell stack comprising the unit cells and the barriers, and that is configured to be coupled to the barriers of the cell stack by tight-fitting when the cell stack is inserted into the pack housing.