mhurhangee/patent-ind-claim-en huggingface dataset:
A wrapping method to manufacture a pack with a sliding opening comprising a tray , which contains at least one product , and a case , which houses, on the inside, the tray in a sliding manner; the wrapping method comprises the steps of: folding a first blank designed to manufacture the case so as to give the first blank a "U"-shaped conformation having an open upper end; folding a second blank designed to manufacture the tray so as to manufacture the tray ; inserting the at least partially formed tray into the first "U"-shaped blank ; and completing the folding of the first blank around the tray previously inserted into the first "U"-shaped blank so as to manufacture the case already containing the tray ; the wrapping method is characterized in that it comprises the further step of inserting the product into the tray after having inserted the tray into the first "U"-shaped blank and before completing the folding of the first blank . folding a first blank designed to manufacture the case so as to give the first blank a "U"-shaped conformation having an open upper end; folding a second blank designed to manufacture the tray so as to manufacture the tray ; inserting the at least partially formed tray into the first "U"-shaped blank ; and completing the folding of the first blank around the tray previously inserted into the first "U"-shaped blank so as to manufacture the case already containing the tray ; the wrapping method is characterized in that it comprises the further step of inserting the product into the tray after having inserted the tray into the first "U"-shaped blank and before completing the folding of the first blank .
A method of forming an immunocompatible scaffold for a recipient, comprising contacting a decellularized tissue matrix in vitro with eukaryotic cells immunocompatible to the recipient to cover an exterior surface of the decellularized tissue matrix to form the immunocompatible scaffold, the decellularized tissue formed from tissue xenogenic to the recipient; and fixing the immunocompatible scaffold with a fixing agent.
An aqueous iodine-based teat dip composition comprising: (a) an EO-PO copolymer composition comprising: (i) a first EO-PO copolymer component having a number average molecular weight in the range from 4,500 to 10,000; and (ii) a second EO-PO copolymer component having a number average molecular weight in the range from 1,000 to 3,600; the first EO-PO copolymer component having a higher number average molecular weight than the number average molecular weight of the second EO-PO copolymer component; and a weight ratio of the first EO-PO copolymer component to the second EO-PO copolymer component being within the range of 2:8 to 8:2; (b) a hydrotrope component, being sodium xylene sulfonate; and (c) an antimicrobially effective amount of iodine; wherein the composition is stable at temperatures from 4°C to 50°C and substantially free of NPE and LAE. (a) an EO-PO copolymer composition comprising: (i) a first EO-PO copolymer component having a number average molecular weight in the range from 4,500 to 10,000; and (ii) a second EO-PO copolymer component having a number average molecular weight in the range from 1,000 to 3,600; the first EO-PO copolymer component having a higher number average molecular weight than the number average molecular weight of the second EO-PO copolymer component; and a weight ratio of the first EO-PO copolymer component to the second EO-PO copolymer component being within the range of 2:8 to 8:2; (i) a first EO-PO copolymer component having a number average molecular weight in the range from 4,500 to 10,000; and (ii) a second EO-PO copolymer component having a number average molecular weight in the range from 1,000 to 3,600; (b) a hydrotrope component, being sodium xylene sulfonate; and (c) an antimicrobially effective amount of iodine;
A gel composition comprising a partial degradation product of the galactose moiety, a compound, and an aqueous solvent, wherein the partial degradation product of the galactose moiety is formed of galactoxyloglucan derived from seeds of tamarind partially degraded by an enzyme reaction using β-galactosidase, wherein the compound is one kind or two or more kinds selected from the group consisting of magnesium salt, calcium salt, aluminum salt and sodium salt, the sodium salt is sodium ascorbyl phosphate and sodium sulfate, the content of the galactose-partial degradation product is 1 to 10 mass% based on the total mass of the gel composition and the content of the compound is 0.1 to 12 mass% based on the total mass of the gel composition. wherein the partial degradation product of the galactose moiety is formed of galactoxyloglucan derived from seeds of tamarind partially degraded by an enzyme reaction using β-galactosidase, wherein the compound is one kind or two or more kinds selected from the group consisting of magnesium salt, calcium salt, aluminum salt and sodium salt, the sodium salt is sodium ascorbyl phosphate and sodium sulfate, the content of the galactose-partial degradation product is 1 to 10 mass% based on the total mass of the gel composition and the content of the compound is 0.1 to 12 mass% based on the total mass of the gel composition.
A spa structure comprising: a base pan comprising a bottom surface having an outer perimeter; and a grid work of a plurality of rectangular adjacent areas formed in said bottom surface, each area including a plurality of recessed fins , the plurality of areas being arranged to reduce the surface area of the bottom surface which is in contact with a second surface upon which the bottom surface rests to thereby reduce heat transfer between the bottom surface and the second surface . a base pan comprising a bottom surface having an outer perimeter; and a grid work of a plurality of rectangular adjacent areas formed in said bottom surface, each area including a plurality of recessed fins , the plurality of areas being arranged to reduce the surface area of the bottom surface which is in contact with a second surface upon which the bottom surface rests to thereby reduce heat transfer between the bottom surface and the second surface .
Method for producing packs of the hinge-lid type having a bottom part and a lid part which is connected to the bottom part so as to be pivotable and having a frame which is arranged inside the bottom part , extends all around, abuts against bottom side walls and is included in part by the lid part when the pack is closed, wherein the flatly folded, closed frame is fed to an inserting or combining station for setting the frame upright and for inserting it into a bottom part which is held ready, wherein multiple, in particular three bottom parts are fed, located side by side, in a common plane to the inserting or combining station with set-upright bottom side walls and are held ready in the station located side by side, characterized by the following features: a) the preferably identical number of flatly folded frames - with frame portions in an upright arrangement - is fed to the combining station in a plane located above this, b) the respective flatly folded frame is moved downward to a downwardly offset plane, namely a setting-upright plane, by means of a lowering member, in particular a pressure member , preferably being deposited on a stop plate , c) in the combining station , the frames are pulled apart in the horizontal plane by righting members which preferably act on the free outer side of frame portions situated opposite one another, and are pulled into the three-dimensional shape or into the form suitable for the pack, d) the set-upright frame is then moved downward and at the same time inserted into the bottom parts which are held ready and deposited in or on the bottom part . a) the preferably identical number of flatly folded frames - with frame portions in an upright arrangement - is fed to the combining station in a plane located above this, b) the respective flatly folded frame is moved downward to a downwardly offset plane, namely a setting-upright plane, by means of a lowering member, in particular a pressure member , preferably being deposited on a stop plate , c) in the combining station , the frames are pulled apart in the horizontal plane by righting members which preferably act on the free outer side of frame portions situated opposite one another, and are pulled into the three-dimensional shape or into the form suitable for the pack, d) the set-upright frame is then moved downward and at the same time inserted into the bottom parts which are held ready and deposited in or on the bottom part .
A rotatable cable management part for a telecommunications tray assembly , the cable management part comprising: a) a body defining an interior space extending between non-parallel first and second openings , the body including: (i) a recess or pin for respectively receiving a pin or recess of the telecommunications tray assembly; (ii) a top wall and a bottom wall ; (iii) a downwardly depending front wall extending from the top wall and an upwardly depending front wall , wherein a channel is formed between the downwardly and upwardly depending front walls. a) a body defining an interior space extending between non-parallel first and second openings , the body including: (i) a recess or pin for respectively receiving a pin or recess of the telecommunications tray assembly; (ii) a top wall and a bottom wall ; (iii) a downwardly depending front wall extending from the top wall and an upwardly depending front wall , wherein a channel is formed between the downwardly and upwardly depending front walls. (i) a recess or pin for respectively receiving a pin or recess of the telecommunications tray assembly; (ii) a top wall and a bottom wall ; (iii) a downwardly depending front wall extending from the top wall and an upwardly depending front wall , wherein a channel is formed between the downwardly and upwardly depending front walls.
A syringe, comprising: a body having a first portion and a second portion , said first portion receiving a medicament, said first portion having a first diameter and said second portion having a second diameter, said first diameter being smaller than said second diameter; a collar rotatably disposed in said body , said collar being rotatable to set a desired dose of medication drawn into said first portion ; a plunger movably connected to said collar , said plunger having a plunger rod ; and a stopper disposed at an end of said plunger rod to facilitate drawing in and dispensing the medicament, wherein said collar has a first end , a second end , and a bore passing through said collar from said first end to said second end to receive said plunger rod therethrough, wherein an outer surface of said collar has a threaded portion to engage a corresponding threaded portion on an inner surface of said second portion of said body, characterized in that said second end of said collar has a smaller diameter than said threaded portion of said collar , said second end of said collar being disposed in said first portion of said body , said second end acting as a mechanical stop for said plunger by abutting said stopper when pulling said plunger out of said collar , thereby limiting the medication drawn into said body to said set desired dose. a body having a first portion and a second portion , said first portion receiving a medicament, said first portion having a first diameter and said second portion having a second diameter, said first diameter being smaller than said second diameter; a collar rotatably disposed in said body , said collar being rotatable to set a desired dose of medication drawn into said first portion ; a plunger movably connected to said collar , said plunger having a plunger rod ; and a stopper disposed at an end of said plunger rod to facilitate drawing in and dispensing the medicament, wherein said collar has a first end , a second end , and a bore passing through said collar from said first end to said second end to receive said plunger rod therethrough, wherein an outer surface of said collar has a threaded portion to engage a corresponding threaded portion on an inner surface of said second portion of said body, characterized in that said second end of said collar has a smaller diameter than said threaded portion of said collar , said second end of said collar being disposed in said first portion of said body , said second end acting as a mechanical stop for said plunger by abutting said stopper when pulling said plunger out of said collar , thereby limiting the medication drawn into said body to said set desired dose.
Method for the voltage supply of at least two identical consumers , in particular LEDs or LED arrays, in vehicles with an on-board supply voltage of 12, 24 or 42 Volt, comprising at least one input switching element which is provided with a supply voltage (U 0 ) and controls a switching element, characterized in that the input switching element in the form of a Schmitt trigger controls the switching element in response to the level of the input voltage (U 0 ) to transfer the consumers from a series connection to a parallel connection or vice-versa, wherein a first switch point is 11 to 16 Volt and a second switch point is 20 to 30 Volt.
A computer implemented method comprising: receiving results of a query on a graph wherein the graph comprises linked data; and receiving a change to the graph, determining that the change to the graph is localizable or relatively bounded, wherein the change to the graph is localizable when the change to the graph can be determined by inspecting only graph nodes within a specified number of hops of any graph node indicated by the received change to the graph; wherein the change to the graph is relatively bounded when a cost of an incremental change is expressed as a polynomial function in terms of the change to the graph, a query size, and a change in an affected area of the query caused by the change to the graph; and based on the determination of the localizable or relatively bounded change to the graph, updating the results of the query based on the change to the graph by: discovering nodes that are affected by the change to the graph, updating data associated with the affected nodes, and applying the updated data to the results of the query. receiving results of a query on a graph wherein the graph comprises linked data; and receiving a change to the graph, determining that the change to the graph is localizable or relatively bounded, wherein the change to the graph is localizable when the change to the graph can be determined by inspecting only graph nodes within a specified number of hops of any graph node indicated by the received change to the graph; wherein the change to the graph is relatively bounded when a cost of an incremental change is expressed as a polynomial function in terms of the change to the graph, a query size, and a change in an affected area of the query caused by the change to the graph; and based on the determination of the localizable or relatively bounded change to the graph, updating the results of the query based on the change to the graph by: discovering nodes that are affected by the change to the graph, updating data associated with the affected nodes, and applying the updated data to the results of the query. discovering nodes that are affected by the change to the graph, updating data associated with the affected nodes, and applying the updated data to the results of the query.
A system, comprising: a processing system comprising a memory coupled to a processor ; wherein the processing system is configured to be coupled to at least one sensor ; wherein the memory comprises a grid adaptation system , a system model , measurement data , and an estimation system ; wherein the estimation system comprises a Bayesian estimator that uses a grid of points to calculate a probability density function; wherein the measurement data comprises data measured by the at least one sensor; wherein the estimation system is configured to provide probability density functions (PDFs) for a predictive estimate and a filtered estimate of a state in a form of a point-mass density; and wherein the grid adaption system is configured to adapt grid parameters of the grid of points of a predictive estimate and a filtered estimate. a processing system comprising a memory coupled to a processor ; wherein the processing system is configured to be coupled to at least one sensor ; wherein the memory comprises a grid adaptation system , a system model , measurement data , and an estimation system ; wherein the estimation system comprises a Bayesian estimator that uses a grid of points to calculate a probability density function; wherein the measurement data comprises data measured by the at least one sensor; wherein the estimation system is configured to provide probability density functions (PDFs) for a predictive estimate and a filtered estimate of a state in a form of a point-mass density; and wherein the grid adaption system is configured to adapt grid parameters of the grid of points of a predictive estimate and a filtered estimate.
A method for transmitting a channel state information reference signal, CSI-RS, by a base station through one or more of multiple antenna groups, each of which comprises one or more antennas, the method comprising: broadcasting global CSI-RSs for the multiple antenna groups through the multiple antenna groups; receiving feedback information including information regarding effective antennas discovered by a user equipment; determining at least one effective antenna based on the feedback information; transmitting first configuration information of a first CSI-RS among CSI-RSs of the multiple antenna groups to the user equipment based on the feedback information; and receiving channel state information corresponding to the first CSI-RS from the user equipment, wherein the first configuration information is dedicated to the user equipment, and wherein the first CSI-RS is transmitted through the at least one effective antenna determined based on the feedback information, and wherein the first configuration information includes at least information on a number of effective antennas used for transmission of the first CSI-RS, or information on an antenna index of each effective antenna used for transmission of the first CSI-RS. broadcasting global CSI-RSs for the multiple antenna groups through the multiple antenna groups; receiving feedback information including information regarding effective antennas discovered by a user equipment; determining at least one effective antenna based on the feedback information; transmitting first configuration information of a first CSI-RS among CSI-RSs of the multiple antenna groups to the user equipment based on the feedback information; and receiving channel state information corresponding to the first CSI-RS from the user equipment, wherein the first configuration information is dedicated to the user equipment, and wherein the first CSI-RS is transmitted through the at least one effective antenna determined based on the feedback information, and wherein the first configuration information includes at least information on a number of effective antennas used for transmission of the first CSI-RS, or information on an antenna index of each effective antenna used for transmission of the first CSI-RS.
A method of mapping parameters acquired by a robotic system which uses a SLAM (Simultaneous Location and Mapping) module in an environment, the method comprising: driving the robotic system in the environment; measuring a first set of parameters that characterize the environment; estimating a first pose of the robotic system; defining a first anchor node associated to an estimate of the first pose, wherein the first anchor node is one of a plurality of anchor nodes; generating a first grid associated with the first anchor node, wherein the first grid comprises a map of the first set of measured parameters, wherein the first set of measured parameters are mapped relative to the first pose; after driving a determined period of time, determining an estimate of a second pose of the robotic system; determining an uncertainty between the estimate of the second pose and the estimate of the first pose; and if the uncertainty is greater than a first threshold, then: a) defining second anchor node associated to the estimate of the second pose of the robotic system ; and b) generating a second grid associated with the second anchor node, wherein the second grid comprises a map of a second set of measured parameters mapped relative to the second pose. driving the robotic system in the environment; measuring a first set of parameters that characterize the environment; estimating a first pose of the robotic system; defining a first anchor node associated to an estimate of the first pose, wherein the first anchor node is one of a plurality of anchor nodes; generating a first grid associated with the first anchor node, wherein the first grid comprises a map of the first set of measured parameters, wherein the first set of measured parameters are mapped relative to the first pose; after driving a determined period of time, determining an estimate of a second pose of the robotic system; determining an uncertainty between the estimate of the second pose and the estimate of the first pose; and if the uncertainty is greater than a first threshold, then: a) defining second anchor node associated to the estimate of the second pose of the robotic system ; and b) generating a second grid associated with the second anchor node, wherein the second grid comprises a map of a second set of measured parameters mapped relative to the second pose. a) defining second anchor node associated to the estimate of the second pose of the robotic system ; and b) generating a second grid associated with the second anchor node, wherein the second grid comprises a map of a second set of measured parameters mapped relative to the second pose.
An interlock control system comprising: a client electronic device configured to administer an alertness test to a user, wherein the client electronic device is configured to: render a plurality of objects for use within the alertness test being administered to the user, wherein the plurality of objects includes at least one rotating object, render a disrupter configured to distract the user, solicit a response from the user concerning whether at least a pair of objects of the plurality of objects within the alertness test match, receive the response from the user, and determine a result for the user based, at least in part, upon the response received from the user; and an interlock controller, coupled to and configured to be actuated by the client electronic device, wherein the interlock controller is configured to allow the user to gain access to a piece of restricted equipment. a client electronic device configured to administer an alertness test to a user, wherein the client electronic device is configured to: render a plurality of objects for use within the alertness test being administered to the user, wherein the plurality of objects includes at least one rotating object, render a disrupter configured to distract the user, solicit a response from the user concerning whether at least a pair of objects of the plurality of objects within the alertness test match, receive the response from the user, and determine a result for the user based, at least in part, upon the response received from the user; and render a plurality of objects for use within the alertness test being administered to the user, wherein the plurality of objects includes at least one rotating object, render a disrupter configured to distract the user, solicit a response from the user concerning whether at least a pair of objects of the plurality of objects within the alertness test match, receive the response from the user, and determine a result for the user based, at least in part, upon the response received from the user; and an interlock controller, coupled to and configured to be actuated by the client electronic device, wherein the interlock controller is configured to allow the user to gain access to a piece of restricted equipment.