mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fulfilling orders at a one-to-many put station , comprising: a) establishing a queue of orders that are available to be filled, each order in the queue containing at least one unique item type; b) selecting an order from the order queue and opening that order as a first order; c) delivering an inventory container having a first unique item type for the first order and picking at least one of the first unique item types from the inventory container and placing the at least one first unique item type with the first order; d) selecting a second order from the order queue as a function of the second order requiring the first unique item type and opening the second order; and e) picking at least one of the first unique item types from the inventory container and placing the at least one first unique item type with the second order; characterized in , designating the first order as a primary order and each of the second and subsequent orders as a secondary order while said first order is open and designating another order as the primary order when said first order has been closed; filling the primary order in a location more convenient to a picker inventory container location and the secondary order in another location that is less convenient to the picker inventory container location than the more convenient location; wherein the location more convenient is a location closer to the picker inventory container location; and moving the second order to the location more convenient to the picker inventory container location when the second order is designated the primary order. a) establishing a queue of orders that are available to be filled, each order in the queue containing at least one unique item type; b) selecting an order from the order queue and opening that order as a first order; c) delivering an inventory container having a first unique item type for the first order and picking at least one of the first unique item types from the inventory container and placing the at least one first unique item type with the first order; d) selecting a second order from the order queue as a function of the second order requiring the first unique item type and opening the second order; and e) picking at least one of the first unique item types from the inventory container and placing the at least one first unique item type with the second order;
A timepiece calendar system comprising: - a date mobile ; - a first device for indexing the position of the date mobile; wherein the system comprises: - a second device for indexing the position of the date mobile; - an element for activating and deactivating at least one of the first and second indexing devices, wherein the indexing of the date mobile by one or the other of the first and second indexing devices is mutually exclusive and wherein the activation and deactivation element comprises: - a first device for deactivating the first indexing device; and - a second device for activating the second indexing device, the first deactivation device being arranged such that the first indexing device is deactivated and the second activating device being arranged such that the second indexing device is activated when the date mobile is driven on passing from a short month to the next month. - a date mobile ; - a first device for indexing the position of the date mobile; - a second device for indexing the position of the date mobile; - an element for activating and deactivating at least one of the first and second indexing devices, - a first device for deactivating the first indexing device; and - a second device for activating the second indexing device,
Test bench for a turbomachine comprising: - a passage of airflow of the turbomachine , with an inlet and an outlet ; - sensors (A, B, C) for measuring data relating to the turbomachine , or relating to the bench ; characterized in that the test bench comprises: - a control device connected to the sensors (A, B, C) and connected to a network ; and - an augmented reality head-mounted display comprising a camera , connected to the control device and aimed at directing a user to carry out a maintenance operation on an equipment (2, 4, ..., 37, A, B, C) of the bench or of the turbomachine , the control device being switchable between at least two modes of operation, including a tutorial mode in which the information broadcasted by the head-mounted display is provided solely by the control device and an online assistance mode in which information broadcasted by the head-mounted display is provided by the network with which the control device interacts and the data captured by the camera are transmitted to the network . - a passage of airflow of the turbomachine , with an inlet and an outlet ; - sensors (A, B, C) for measuring data relating to the turbomachine , or relating to the bench ; - a control device connected to the sensors (A, B, C) and connected to a network ; and - an augmented reality head-mounted display comprising a camera , connected to the control device and aimed at directing a user to carry out a maintenance operation on an equipment (2, 4, ..., 37, A, B, C) of the bench or of the turbomachine , the control device being switchable between at least two modes of operation, including a tutorial mode in which the information broadcasted by the head-mounted display is provided solely by the control device and an online assistance mode in which information broadcasted by the head-mounted display is provided by the network with which the control device interacts and the data captured by the camera are transmitted to the network .
A method for isolating a compound which has gained at least one functional group, the method comprising (a) providing: (i) a compound which can gain a functional group, the compound being covalently bound to at least one non-radioactive signaling moiety; (ii) a chemical, enzymatic or catalytic source of the functional group which can be gained by the compound; and (iii) means to separate the compound which has gained the functional group from the compound which has not gained the functional group; (b) forming a mixture comprising the compound and the source of the functional group, and incubating the mixture under conditions suitable for the compound to gain the functional group; and (c) separating and thereby isolating any compound which has gained the functional group from any compound which has not gained the functional group by precipitating said compound which has gained the functional group from the mixture; (d) resolubilizing said compound which has gained the functional group; wherein the compound comprises a small biological compound selected from a sphingosine; wherein the functional group comprises a phosphate; wherein barium acetate and ethanol is used for precipitation; wherein EDTA is used for resolubilizing said compound and wherein the non-radioactive signaling moiety comprises a fluorescent compound, a phosphorescent compound, a chemiluminescent compound, a chromogenic compound, a chelating compound, an electron dense compound, a magnetic compound, an energy transfer member or pair, an intercalating compound, or any combination thereof. (a) providing: (i) a compound which can gain a functional group, the compound being covalently bound to at least one non-radioactive signaling moiety; (ii) a chemical, enzymatic or catalytic source of the functional group which can be gained by the compound; and (iii) means to separate the compound which has gained the functional group from the compound which has not gained the functional group; (i) a compound which can gain a functional group, the compound being covalently bound to at least one non-radioactive signaling moiety; (ii) a chemical, enzymatic or catalytic source of the functional group which can be gained by the compound; and (iii) means to separate the compound which has gained the functional group from the compound which has not gained the functional group; (b) forming a mixture comprising the compound and the source of the functional group, and incubating the mixture under conditions suitable for the compound to gain the functional group; and (c) separating and thereby isolating any compound which has gained the functional group from any compound which has not gained the functional group by precipitating said compound which has gained the functional group from the mixture; (d) resolubilizing said compound which has gained the functional group;
Plate heat exchanger for internals of isothermal chemical reactors, said plate heat exchanger comprising a plurality of heat exchange elements in the form of plates , each plate having an essentially rectangular shape, wherein each plate comprises two walls which are joined together along the perimeter of at least one of said walls and spaced apart, so as to form an internal passage for a heat exchange medium, and wherein each plate comprises a respective first collector for feeding said medium to said passage and a respective second collector for receiving said medium from said passage, said first collector and said second collector being fixed to opposite sides of said plate, characterized in that: at least one of said first collector and second collector of each plate extends along said side(s) of said plate and comprises edge surfaces which are planar and parallel to respective planar end portions of said walls of said plate, in such a way that said edge surfaces of said at least one collector and said end portions of said walls of said plate form parallel and plane matching surfaces, which are welded together.
A nasal composition comprising: an anti-allergic oil derived from plant; and an oil-based barrier-forming preparation; wherein the anti-allergic oil is derived from the plant of Perilla spp., wherein the oil-based barrier-forming preparation contains an oily component, one or more gel formers and an aqueous base, and wherein the oily component is sesame oil. an anti-allergic oil derived from plant; and an oil-based barrier-forming preparation; wherein the anti-allergic oil is derived from the plant of Perilla spp., wherein the oil-based barrier-forming preparation contains an oily component, one or more gel formers and an aqueous base, and wherein the oily component is sesame oil.
A system comprising a funnel-shaped proteinaceous nanopore comprising an α-helical pore-forming toxin that is a member from the actinoporin protein family, wherein the α-helical pore-forming toxin is a mutant Fragaceatoxin C (FraC) comprising a mutation at position 10 into a neutral or positively charged amino acid residue.
A medical device implantation apparatus, comprising: an outer sheath, connected to a first portion of a handle and extending from a proximal end to a distal end; a middle sheath, the middle sheath being arranged in the outer sheath, and the middle sheath being connected to a second portion of the handle; an inner sheath, the inner sheath being allowed to pass through the middle sheath, the inner sheath being connected to a third portion of the handle, and the inner sheath being movable relative to the outer sheath; outer casings, with at least two outer casings being provided; and a medical device, arranged around the inner sheath, wherein the inner sheath moves relative to the outer sheath by manipulating the third portion of the handle to release the medical device, wherein the medical device is partially accommodated in the outer casings, characterized in that the inner sheath has a distal end bifurcation structure, and portions of the distal end bifurcation structure are connected to the first outer casing and the second outer casing , respectively wherein during implantation a distal end of the middle sheath is abutted against a proximal end of the medical device to limit the position of the medical device. an outer sheath, connected to a first portion of a handle and extending from a proximal end to a distal end; a middle sheath, the middle sheath being arranged in the outer sheath, and the middle sheath being connected to a second portion of the handle; an inner sheath, the inner sheath being allowed to pass through the middle sheath, the inner sheath being connected to a third portion of the handle, and the inner sheath being movable relative to the outer sheath; outer casings, with at least two outer casings being provided; and a medical device, arranged around the inner sheath, wherein the inner sheath moves relative to the outer sheath by manipulating the third portion of the handle to release the medical device, wherein the medical device is partially accommodated in the outer casings, characterized in that the inner sheath has a distal end bifurcation structure, and portions of the distal end bifurcation structure are connected to the first outer casing and the second outer casing , respectively wherein during implantation a distal end of the middle sheath is abutted against a proximal end of the medical device to limit the position of the medical device.
An energy harvester for harvesting energy from an external vibratory force, comprising: a frame having a base , a first side member affixed to the base , and a second side member affixed to the base and spaced apart from the first side member ; and a first buckled beam coupled between the first side member of the frame and the second side member of the frame , the first buckled beam comprising: a substrate layer having a first end affixed to the first side member of the frame , a second end affixed to the second side member of the frame , a first face , a second face opposite to the first face , and a terminal for electrical connection to a load, the substrate being elastically deformable in response to the vibratory force; and a first piezoelectric layer joined to the first face of the substrate layer and having a terminal for electrical connection to a load, the first piezoelectric layer comprising at least one piezoelectric patch , characterised in that a coefficient of thermal expansion, CTE, of the frame differs from a CTE of the first beam to cause the first beam to be buckled. a frame having a base , a first side member affixed to the base , and a second side member affixed to the base and spaced apart from the first side member ; and a first buckled beam coupled between the first side member of the frame and the second side member of the frame , the first buckled beam comprising: a substrate layer having a first end affixed to the first side member of the frame , a second end affixed to the second side member of the frame , a first face , a second face opposite to the first face , and a terminal for electrical connection to a load, the substrate being elastically deformable in response to the vibratory force; and a first piezoelectric layer joined to the first face of the substrate layer and having a terminal for electrical connection to a load, the first piezoelectric layer comprising at least one piezoelectric patch , characterised in that a coefficient of thermal expansion, CTE, of the frame differs from a CTE of the first beam to cause the first beam to be buckled.
An aortic cannula for use in an ex vivo organ care system, the aortic cannula comprising: a cannula body comprising: a fitting configured to connect to the organ care system; and an aorta interface configured to fit within an aorta; a pivot arm comprising a pivot arm strap , wherein the pivot arm strap is operably connected to a pivot mount , wherein the pivot mount is configured to allow the pivot arm strap to uniformly contact the aorta on the aorta interface; and a spring configured to apply pressure to the pivot arm strap to hold the aorta on the aorta interface. a cannula body comprising: a fitting configured to connect to the organ care system; and an aorta interface configured to fit within an aorta; a fitting configured to connect to the organ care system; and an aorta interface configured to fit within an aorta; a pivot arm comprising a pivot arm strap , wherein the pivot arm strap is operably connected to a pivot mount , wherein the pivot mount is configured to allow the pivot arm strap to uniformly contact the aorta on the aorta interface; and a spring configured to apply pressure to the pivot arm strap to hold the aorta on the aorta interface.
A gene therapy vector for use in treatment or prophylaxis of a retinal disorder due to mutations in CRB1 gene in a human subject, wherein the gene therapy vector comprises a nucleotide sequence encoding a Crumbs homologue-2 (CRB2) protein.
An arithmetic encoder comprising: a probability estimator to generate a probability estimate that each event of an event sequence has a particular value, wherein the probability estimator generates the probability estimate in response to corresponding context information for said each event; and a coding engine coupled to the probability estimator to generate an information sequence in response to each event and its corresponding probability estimate, wherein the coding engine codes an end of slice event to signal the end of arithmetically encoded data in the information sequence , wherein the coding of the end of slice event assigns a constant to a subrange interval reflecting a well-defined probability of the end of slice event, the interval being independent of the value of the contents of the range register prior to coding the end of slice event. a probability estimator to generate a probability estimate that each event of an event sequence has a particular value, wherein the probability estimator generates the probability estimate in response to corresponding context information for said each event; and a coding engine coupled to the probability estimator to generate an information sequence in response to each event and its corresponding probability estimate, wherein the coding engine codes an end of slice event to signal the end of arithmetically encoded data in the information sequence , wherein the coding of the end of slice event assigns a constant to a subrange interval reflecting a well-defined probability of the end of slice event, the interval being independent of the value of the contents of the range register prior to coding the end of slice event.
A method for simulating operation of a control system and/or an industrial system coupled to the control system in a simulation system , the control system comprising one or more physical controllers to facilitate monitoring and control of the industrial system , the method comprising: receiving an instruction from a simulation executive to execute a new simulation step on a plurality of virtual controllers of the simulation system , wherein each of the plurality of virtual controllers is configured to simulate the operation of one or more of the physical controllers and includes a controller model comprising a plurality of simulation steps; determining a subset of virtual controllers from the plurality of virtual controllers to use to execute the new simulation step; waiting for each of the subset of virtual controllers to complete a previous simulation step; instructing each of the subset of virtual controllers to write a result of the previous simulation step to a shared memory ; instructing each of the subset of virtual controllers to read an input from the shared memory ; instructing each of the subset of virtual controllers to begin execution of the new simulation step to enable each of the virtual controllers to execute the simulation step in parallel, and transmitting a complete status to the simulation executive once the new simulation step has been initiated in each of the subset of virtual controllers without waiting for the plurality of virtual controllers to complete the simulation step. receiving an instruction from a simulation executive to execute a new simulation step on a plurality of virtual controllers of the simulation system , wherein each of the plurality of virtual controllers is configured to simulate the operation of one or more of the physical controllers and includes a controller model comprising a plurality of simulation steps; determining a subset of virtual controllers from the plurality of virtual controllers to use to execute the new simulation step; waiting for each of the subset of virtual controllers to complete a previous simulation step; instructing each of the subset of virtual controllers to write a result of the previous simulation step to a shared memory ; instructing each of the subset of virtual controllers to read an input from the shared memory ; instructing each of the subset of virtual controllers to begin execution of the new simulation step to enable each of the virtual controllers to execute the simulation step in parallel, and transmitting a complete status to the simulation executive once the new simulation step has been initiated in each of the subset of virtual controllers without waiting for the plurality of virtual controllers to complete the simulation step.
An in vitro process for real-time measurement of the thickness of the cell wall of walled cells, comprising: a) providing at least one isolated cell having a cell wall, the outer side of said cell wall being labeled with at least one first detectable marker, and the inner side of said cell wall being labeled with at least one second detectable marker, said markers being distinct from each other; b) imaging said cell and detecting said markers using a high-resolution optical device, preferably using a photonic microscope; c) determining the distance between said first marker on the outer side and said second marker on the inner side, thereby measuring the thickness of the cell wall. a) providing at least one isolated cell having a cell wall, the outer side of said cell wall being labeled with at least one first detectable marker, and the inner side of said cell wall being labeled with at least one second detectable marker, said markers being distinct from each other; b) imaging said cell and detecting said markers using a high-resolution optical device, preferably using a photonic microscope; c) determining the distance between said first marker on the outer side and said second marker on the inner side, thereby measuring the thickness of the cell wall.
A method for Pyramid Vector Quantizer, PVQ, shape search, performed by a digital signal processor, the PVQ taking a target vector x as input vector and deriving a vector y by iteratively adding unit pulses in an inner dimension search loop, the method being characterized by: before entering a next inner dimension search loop for unit pulse addition: - determining , based on a maximum absolute value, xabs max , of the input vector, x, a possible upshift, in a bit word, of a next inner dimension search loop's accumulated in-loop correlation value, corr xy , between the input vector x and the vector y. - determining , based on a maximum absolute value, xabs max , of the input vector, x, a possible upshift, in a bit word, of a next inner dimension search loop's accumulated in-loop correlation value, corr xy , between the input vector x and the vector y.
An agonist of a peroxisome proliferator-activated receptor gamma (PPARγ agonist) for use in the treatment of nicotine addiction, wherein the PPARγ agonist is a thiazolidinedione.