mhurhangee/ep-ind-claims huggingface dataset:
Medical ventilator comprising a gas circuit (2, 3) with an expiratory branch communicating fluidically with the atmosphere and comprising an expiratory valve, said expiratory valve comprising a rigid valve body, through which a gas passage extends, and a deformable valve element arranged on said gas passage in such a way as to control the flow of gas in said gas passage, said deformable valve element comprising: - a hollow body defining an internal volume and comprising an opening communicating with said internal volume, and - an annular flange secured to the hollow body and arranged coaxially around said opening, characterized in that: - the hollow body and the annular flange are formed from a first flexible material, and - a washer element formed from a second material of greater rigidity than the first material is arranged on the annular flange. - a hollow body defining an internal volume and comprising an opening communicating with said internal volume, and - an annular flange secured to the hollow body and arranged coaxially around said opening, - the hollow body and the annular flange are formed from a first flexible material, and - a washer element formed from a second material of greater rigidity than the first material is arranged on the annular flange.
A method, performed by an electronic device, of adjusting a state of an access network including at least one cell, the method comprising: obtaining state history information of the access network at a first time point; determining, based on the obtained state history information, a first time period required to adjust a state of the access network; determining, based on the first time point and the first time period, a second time point, the second time point being a reference time point at which the state of the access network is to be adjusted; estimating a state of the access network at the second time point based on the obtained state history information; determining, based on the estimated state of the access network at the second time point, values of state control parameters for adjusting the state of the access network; and transmitting the determined values of the state control parameters to the access network, wherein the values of the state control parameters transmitted to the access network are applied, at the second time point, to the state control parameters of the access network, to adjust the state of the access network. obtaining state history information of the access network at a first time point; determining, based on the obtained state history information, a first time period required to adjust a state of the access network; determining, based on the first time point and the first time period, a second time point, the second time point being a reference time point at which the state of the access network is to be adjusted; estimating a state of the access network at the second time point based on the obtained state history information; determining, based on the estimated state of the access network at the second time point, values of state control parameters for adjusting the state of the access network; and transmitting the determined values of the state control parameters to the access network, wherein the values of the state control parameters transmitted to the access network are applied, at the second time point, to the state control parameters of the access network, to adjust the state of the access network.
An induction heating sealing device for sealing a packaging material comprising an electrically conductive layer and advancing, in use, along a first direction, said induction heating sealing device comprising an inductive element, said inductive element comprising a first leg and a second leg extending along said first direction and within which, in use, an alternate current flows, said first leg having a first body facing a second body of said second leg and at least one projection laterally projecting from said first body and facing, in use, an area of said packaging material to be sealed and being configured to induce, in use, an eddy current within said area, wherein said first body and said second body are made of electrically conductive material and define an electric circuit within which an alternate current flows, in use, characterized in that said first leg further comprises at least one slit extending through said first body, and in that said first leg comprises a plurality of projections and a plurality of slits arranged so that said first leg has a sealing part, intended to interact with said packaging material to heat said packaging material, which has a polygonal shape, and in that said first body and said second body face one another and an electrically insulating layer is interposed between said first body and said second body, said projections extending from a side edge of said first body and being not superimposed to said second body.
A computer-implemented method, comprising: storing program source code in a multi-threaded imperative programming language, the program source code comprising a construct defining a function call; compiling the construct to a circuit description describing a circuit implementation; and generating, based on the circuit description, a synchronous digital circuit comprising the circuit implementation; characterized in that: the circuit implementation comprises: a first hardware pipeline configured to output one or more variables to a first queue and to output one or more function parameters to a second queue; a second hardware pipeline configured to receive the function parameters from the second queue, to perform one or more operations using the function parameters, and to store results generated by the one or more operations in a third queue; and a third hardware pipeline configured to obtain the variables from the first queue and to retrieve the results from the third queue. storing program source code in a multi-threaded imperative programming language, the program source code comprising a construct defining a function call; compiling the construct to a circuit description describing a circuit implementation; and generating, based on the circuit description, a synchronous digital circuit comprising the circuit implementation; characterized in that: the circuit implementation comprises: a first hardware pipeline configured to output one or more variables to a first queue and to output one or more function parameters to a second queue; a second hardware pipeline configured to receive the function parameters from the second queue, to perform one or more operations using the function parameters, and to store results generated by the one or more operations in a third queue; and a third hardware pipeline configured to obtain the variables from the first queue and to retrieve the results from the third queue. a first hardware pipeline configured to output one or more variables to a first queue and to output one or more function parameters to a second queue; a second hardware pipeline configured to receive the function parameters from the second queue, to perform one or more operations using the function parameters, and to store results generated by the one or more operations in a third queue; and a third hardware pipeline configured to obtain the variables from the first queue and to retrieve the results from the third queue.
A process for making a microporous particulate substance comprising a plurality of particles having a releasable substance releasably immobilised therein and/or thereon, said process comprising: - providing a precursor emulsion comprising droplets dispersed in a continuous liquid phase, wherein at least some of the droplets comprise a condensable species; and - forming nuclei from the condensable species within the droplets such that at least some of the droplets comprise the condensable species or an at least partial condensate thereof; so as to provide an emulsion comprising droplets, said droplets comprising a releasable substance and being dispersed in a continuous liquid phase, wherein at least some of the droplets comprise the nuclei; and - at least partly destabilising the droplets to form a plurality of particles of the microporous particulate substance, said plurality of particles having said releasable substance releasably immobilised therein and/or thereon, wherein the particles of the particulate substance are between 30 and 1000nm in diameter, said particles having micropores of less than 1nm diameter, together with mesopores of between 1 and 50nm. - providing a precursor emulsion comprising droplets dispersed in a continuous liquid phase, wherein at least some of the droplets comprise a condensable species; and - forming nuclei from the condensable species within the droplets such that at least some of the droplets comprise the condensable species or an at least partial condensate thereof; - at least partly destabilising the droplets to form a plurality of particles of the microporous particulate substance, said plurality of particles having said releasable substance releasably immobilised therein and/or thereon,
A tire puncture sealing agent comprising: at least any of a rubber latex and a resin emulsion; a glycol ether represented by Formula; a non-ionic surfactant having an hydrophile-lipophile balance (HLB value) from 15 to 20: R 1 -O-(CH 2 CH 2 O) n -R 2 where R 1 represents a monovalent aliphatic hydrocarbon group having from 1 to 5 carbon atoms, n represents an integer from 1 to 5, and R 2 represents an alkyl group or a hydrogen atom; wherein a content of the glycol ether is from 10 to 700 parts by mass per total 100 parts by mass of a solid content of the rubber latex and a solid content of the resin emulsion; and a content of the non-ionic surfactant is from 1 to 60 parts by mass per total 100 parts by mass of a solid content of the rubber latex and a solid content of the resin emulsion. at least any of a rubber latex and a resin emulsion; a glycol ether represented by Formula; a non-ionic surfactant having an hydrophile-lipophile balance (HLB value) from 15 to 20: R 1 -O-(CH 2 CH 2 O) n -R 2 where R 1 represents a monovalent aliphatic hydrocarbon group having from 1 to 5 carbon atoms, n represents an integer from 1 to 5, and R 2 represents an alkyl group or a hydrogen atom; wherein a content of the glycol ether is from 10 to 700 parts by mass per total 100 parts by mass of a solid content of the rubber latex and a solid content of the resin emulsion; and a content of the non-ionic surfactant is from 1 to 60 parts by mass per total 100 parts by mass of a solid content of the rubber latex and a solid content of the resin emulsion.
A liquid formulation of a recombinant fusion protein, which comprises a recombinant fusion protein, a buffer salt, a stabilizer, a surfactant and sterile water for injection, wherein, the recombinant fusion protein has a concentration of 5 to 45 mg/mL; the buffer salt is selected from phosphate salt, acetate salt or any combination thereof, and has a concentration of 5 to 25 mmol/L; the stabilizer is selected from an amino acid or a combination of polyol and amino acid, wherein the amino acid is selected from arginine, and the polyol is selected from sucrose; and the amino acid has a concentration of 50 to 350 mmol/L; and the polyol has a concentration of 1-15 wt%, based on total weight of the liquid formulation; the surfactant is selected from polysorbate 20 and has a concentration of 0.01-0.08 wt%, based on total weight of the liquid formulation; the pH of the liquid formulation is from 5.5 to 7.0; and the recombinant fusion protein is a recombinant fusion protein of human vascular endothelial growth factor receptor-antibody-human complement receptor 1 which has an amino acid sequence as shown in SEQ ID NO. 1 or SEQ ID NO. 4.
A thrombus extraction device for removal of a vascular thrombus from a blood vessel of a patient, the thrombus extraction device comprising: a catheter having a proximal end and a distal end, an outer shaft defining a first lumen, an intermediate shaft defining a second lumen, and an inner shaft, wherein the intermediate shaft is coaxial the first lumen (802 and the inner shaft is coaxial the second lumen; a proximal self-expanding coring element formed of a unitary fenestrated structure having a proximal end and a distal end and configured to core and separate a portion of the vascular thrombus from the blood vessel, wherein the proximal end of the self-expanding coring element is coupled to the distal end of the intermediate shaft; and a distal expandable cylindrical portion formed of a braided filament mesh structure having a proximal end and a distal end and configured to capture the vascular thrombus portion, wherein the proximal end of the mesh structure is attached to the distal end of the self-expanding coring element, and wherein the distal end of the mesh structure is coupled to the distal end of the inner shaft, wherein expansion of the mesh structure and self-expanding coring element varies based on a position of the intermediate shaft relative the inner shaft of the catheter. a catheter having a proximal end and a distal end, an outer shaft defining a first lumen, an intermediate shaft defining a second lumen, and an inner shaft, wherein the intermediate shaft is coaxial the first lumen (802 and the inner shaft is coaxial the second lumen; a proximal self-expanding coring element formed of a unitary fenestrated structure having a proximal end and a distal end and configured to core and separate a portion of the vascular thrombus from the blood vessel, wherein the proximal end of the self-expanding coring element is coupled to the distal end of the intermediate shaft; and a distal expandable cylindrical portion formed of a braided filament mesh structure having a proximal end and a distal end and configured to capture the vascular thrombus portion, wherein the proximal end of the mesh structure is attached to the distal end of the self-expanding coring element, and wherein the distal end of the mesh structure is coupled to the distal end of the inner shaft, wherein expansion of the mesh structure and self-expanding coring element varies based on a position of the intermediate shaft relative the inner shaft of the catheter.
An air bag apparatus, said apparatus comprising: a front portion, wherein said front portion is substantially rectangular; a back portion, wherein said back portion is substantially rectangular shaped having a top end and a bottom end and sized to cover at least the spine of the operator; a collar portion, wherein said collar portion is in inflatable communication with and between said front portion and said back portion; a lumbar attachment portion having a first end, second end and a mid portion between said first end and said second end, wherein said lumbar attachment portion is in inflatable communication with a bottom end of said back portion at said mid portion of said lumbar attachment portion and said first end removably attaches to said front portion at the bottom right of said front portion and said second end removably attaches to said front portion at the bottom left of said front portion; an air generator in communication with at least one of said front portion, back portion and lumbar attachment portion for expanding said air bag apparatus; and an actuator in communication with said air generator, wherein said actuator directs said air generator to supply air into the inside of said air bag apparatus to cause said air bag to expand. a front portion, wherein said front portion is substantially rectangular; a back portion, wherein said back portion is substantially rectangular shaped having a top end and a bottom end and sized to cover at least the spine of the operator; a collar portion, wherein said collar portion is in inflatable communication with and between said front portion and said back portion; a lumbar attachment portion having a first end, second end and a mid portion between said first end and said second end, wherein said lumbar attachment portion is in inflatable communication with a bottom end of said back portion at said mid portion of said lumbar attachment portion and said first end removably attaches to said front portion at the bottom right of said front portion and said second end removably attaches to said front portion at the bottom left of said front portion; an air generator in communication with at least one of said front portion, back portion and lumbar attachment portion for expanding said air bag apparatus; and an actuator in communication with said air generator, wherein said actuator directs said air generator to supply air into the inside of said air bag apparatus to cause said air bag to expand.
A device, comprising: a battery; a battery charging circuit configured to allow direct charging of the battery by an external charging device; a battery protection circuit configured to protect the battery from electrical damage, coupled to the battery charging circuit; and a connector comprising: at least one sense wire (109, 110) coupled to the battery to sense battery voltage; and at least one wire coupled to the battery via the battery charging circuit and the battery protection circuit, configured to charge the battery, wherein the connector comprises a Universal Serial Bus, USB, Type-C connector and wherein Sideband Use, SBU, pins are configured to sense the battery voltage. a battery; a battery charging circuit configured to allow direct charging of the battery by an external charging device; a battery protection circuit configured to protect the battery from electrical damage, coupled to the battery charging circuit; and a connector comprising: at least one sense wire (109, 110) coupled to the battery to sense battery voltage; and at least one wire coupled to the battery via the battery charging circuit and the battery protection circuit, configured to charge the battery, wherein the connector comprises a Universal Serial Bus, USB, Type-C connector and wherein Sideband Use, SBU, pins are configured to sense the battery voltage. at least one sense wire (109, 110) coupled to the battery to sense battery voltage; and at least one wire coupled to the battery via the battery charging circuit and the battery protection circuit, configured to charge the battery, wherein the connector comprises a Universal Serial Bus, USB, Type-C connector and wherein Sideband Use, SBU, pins are configured to sense the battery voltage.
A roadway joint device for providing a drivable joint section between a road and a drivable adjoining structure, in particular a bridge structure, wherein the various deformations of the road and the adjoining structure may be compensated by the roadway joint device, wherein there is placed on a sliding surface adjacently to the bridge structure at least one joint element, wherein the longitudinal axis (4.1) of the at least one joint element is arranged substantially parallel to a plane (16.1) of the roadway and substantially plane to a bridge end section (2.1) of the bridge structure and joint gaps with a specified width (11.1) are arranged between the at least one joint element and the adjoining bridge end section (2.1) and/or an adjoining retaining device, which is arranged at a distance to the bridge end section (2.1) within or underneath the plane (16.1), characterized in that each joint element comprises at least one prefabricated element that has a recess (14.2), which recess (14.2) is fillable with filling concrete, wherein the prefabricated element is preferably configured substantially trough-like, wherein the at least one joint element is attached to at least one rod by way of compound effect between rod and joint element by guiding the rod through a feedthrough points into the recess (14.2) fillable with filling concrete of the joint element, whereby compound tensions may be transferred from the rod in a uniformized way to the at least one joint element attached thereto, said rod being arranged substantially in the direction of the longitudinal axis direction of the bridge structure and being anchored in the bridge structure at one rod end (5.1.) thereof using an anchoring and in the retaining device at the other rod end (5.2.) thereof using an anchoring.
A method for wireless communications, comprising the following steps performed by a user equipment: allowing communications using a first radio access technology, RAT, of the user equipment; commencing a first connection setup procedure of the first RAT; estimating a signal quality of the first RAT during the first connection setup procedure while a second RAT of the user equipment is transmitting; estimating a signal quality of the first RAT while the second RAT is not transmitting; comparing the estimated signal quality of the first RAT during the first connection setup procedure while the second RAT is transmitting to the estimated signal quality of the first RAT while the second RAT is not transmitting; determining when communications of the second RAT may potentially interfere with at least one future connection setup of the first RAT based at least in part on a result of the comparing; and altering potentially interfering communications of the first RAT or second RAT to avoid interference with the at least one future connection setup of the first RAT. allowing communications using a first radio access technology, RAT, of the user equipment; commencing a first connection setup procedure of the first RAT; estimating a signal quality of the first RAT during the first connection setup procedure while a second RAT of the user equipment is transmitting; estimating a signal quality of the first RAT while the second RAT is not transmitting; comparing the estimated signal quality of the first RAT during the first connection setup procedure while the second RAT is transmitting to the estimated signal quality of the first RAT while the second RAT is not transmitting; determining when communications of the second RAT may potentially interfere with at least one future connection setup of the first RAT based at least in part on a result of the comparing; and altering potentially interfering communications of the first RAT or second RAT to avoid interference with the at least one future connection setup of the first RAT.
A polyethylene composition comprising a multimodal linear low density ethylene copolymer, wherein the linear low density ethylene copolymer comprises fractions varying in lamella thicknesses and the ratio of the amount of the fractions having a lamella thickness of not more than 11.8 nm to the amount of the fraction having a lamella thickness of from more than 11.8 nm to not more than 21.7 nm is in the range of from 1.30 to 1.60.
An inflatable evacuation device, comprising: a tube defining a chamber; and a releasable bulkhead coupled to an inner surface of the tube and defining a first chamber portion and a second chamber portion within the chamber, the releasable bulkhead comprising a first mating portion and a second mating portion; wherein the first mating portion and the second mating portion are configured to releasably engage to restrict a fluid flow between the first chamber portion and the second chamber portion. a tube defining a chamber; and a releasable bulkhead coupled to an inner surface of the tube and defining a first chamber portion and a second chamber portion within the chamber, the releasable bulkhead comprising a first mating portion and a second mating portion; wherein the first mating portion and the second mating portion are configured to releasably engage to restrict a fluid flow between the first chamber portion and the second chamber portion.