mhurhangee/patent-ind-claim-en huggingface dataset:
A test device for carrying out a most probable number microbial assay comprising a primary chamber to receive an initial liquid sample and a multiplicity of secondary chambers arranged to each receive an aliquot of the initial liquid sample from the primary chamber, wherein the test device is movable in use between two positions, a first position and a second position; characterised in that in the first position the secondary chambers (21, 22, 23, 24, 25, 26 are situated below the primary chamber such that an aliquot of the initial liquid sample flows under gravity from the primary chamber to each of the secondary chambers ; and that in the second position the secondary chambers are located above the primary chamber such that the liquid in the primary chamber is not able to flow under gravity from the primary chamber to each of the secondary chambers ; the aliquots of liquid sample which previously flowed under gravity from the primary chamber to the secondary chambers when the device was in the first position being retained in the secondary chambers against the force of gravity and wherein the device is arranged so that an assay may be carried out in situ in at least some of the secondary chambers , characterised in that the test device is provided with a drip management system , wherein the test device is arranged so that, when the device is in the second position, any drips and surface flows of liquid flowing out of the secondary chambers are encouraged to flow or drip downwards into, or at least towards the primary chamber in order to move them away from the regions of the device comprising the secondary chambers where they might contribute to contamination occurring between secondary chambers and wherein the volume of the primary chamber is at least an order of magnitude greater than the volume of each of the secondary chambers .
A composition comprising at least one α,ω-amino-alkanoic ester or acid and at least one alkanoic acid or ester, characterized in that : - the α,ω-amino-alkanoic ester or acid has the formula H 2 N-(CH 2 ) n - COOR where n=9 to 13 and R is a alkyl group or a hydrogen, - the alkanoic acid or ester has the formula R 1 -COOR 2 where R 1 is an linear or branched alkyl group having formula CmH 2m+1 or C m H 2m-1 or CmH 2m-3 , where m=6 to 20 and R 2 is an alkyl group or a hydrogen, - the molar ratio of alkanoic acid(s) or ester(s) to α,ω-amino-alkanoic acid(s) or ester(s) is comprised in the range 0.001 to 0.4%. - the α,ω-amino-alkanoic ester or acid has the formula H 2 N-(CH 2 ) n - COOR where n=9 to 13 and R is a alkyl group or a hydrogen, - the alkanoic acid or ester has the formula R 1 -COOR 2 where R 1 is an linear or branched alkyl group having formula CmH 2m+1 or C m H 2m-1 or CmH 2m-3 , where m=6 to 20 and R 2 is an alkyl group or a hydrogen, - the molar ratio of alkanoic acid(s) or ester(s) to α,ω-amino-alkanoic acid(s) or ester(s) is comprised in the range 0.001 to 0.4%.
A system for lowering crash stress on a vehicular cabin of an industrial vehicle (V) for goods transportation comprising a chassis comprising a pair of side members (L1, L2) more or less parallel to each other, which identify a front part (F) of the vehicle, a drivetrain (EG) comprising an internal combustion engine (E) and a related transmission (G), arranged longitudinally between said side members (L1, L2), wherein the system comprises support elements (S1, S2, SP) arranged to associate said drivetrain with said side members and sized to allow a reciprocal movement of the drivetrain when said vehicle is subjected to a frontal impact, wherein the support elements comprise at least two front support elements (S1, S2) arranged on opposite sides of said internal combustion engine and resting over said side members, and at least one rear support element (SP) comprising - a crossbar (TX) resting, with opposite ends, over said side members, - a bracket (SP2), associated with said transmission (G), which projects rearwards of the transmission over a drive shaft (TR) associated with said transmission, - a joint (SP1) made of a resilient material arranged to hang said bracket on said crossbar, wherein, in the event of a frontal impact, said front support elements (S1, S2) are configured to deform or to slide along said side members allowing a forward movement of said drivetrain and said joint made of a resilient material is arranged to break allowing said rear part of the transmission to lower itself operationally towards the ground. - a crossbar (TX) resting, with opposite ends, over said side members, - a bracket (SP2), associated with said transmission (G), which projects rearwards of the transmission over a drive shaft (TR) associated with said transmission, - a joint (SP1) made of a resilient material arranged to hang said bracket on said crossbar,
A recombinant adeno-associated virus (rAAV) vector having an expression cassette comprising a modified human low density lipoprotein receptor (hLDLR) gene, wherein said hLDLR gene encodes a modified hLDLR that is resistant to degradation of hLDLR by interfering with the PCSK9 pathway and the IDOL pathway and is capable of reducing cholesterol following expression in a subject, wherein the hLDLR has 95% identity to 99.9% identity to a sequence selected from SEQ ID NOs: 1 and 3-7, and wherein said modified hLDLR comprises: (a) one or more amino acid substitutions selected from: N295D, H306G, V307D, N309A, D310N, L318H, or L318D, based on the numbering of SEQ ID NO:1; and (b) an amino acid substitution of at least one of L769R, K809R or C818A, based on the numbering of SEQ ID NO:1. (a) one or more amino acid substitutions selected from: N295D, H306G, V307D, N309A, D310N, L318H, or L318D, based on the numbering of SEQ ID NO:1; and (b) an amino acid substitution of at least one of L769R, K809R or C818A, based on the numbering of SEQ ID NO:1.
Lighting device for a vehicle comprising: - a wavelength conversion device ; - a first light source emitting a first light radiation; a scanning system receiving the first light radiation and projecting it by scanning over a first conversion region (R1) of the wavelength conversion device; a second light source emitting a second light radiation, characterized in that the second light source includes a semiconductor light source comprising electroluminescent units of submillimetric dimensions, and in that the wavelength conversion device is capable of emitting: - a first light beam (W1) from the interaction, at the first conversion region (R1), of the first light radiation with the wavelength conversion device, and - a second light beam (W2) from the interaction, at a second conversion region (R2) of said wavelength conversion device, of the second light beam with the wavelength conversion device. - a wavelength conversion device ; - a first light source emitting a first light radiation; a scanning system receiving the first light radiation and projecting it by scanning over a first conversion region (R1) of the wavelength conversion device; a second light source emitting a second light radiation, characterized in that the second light source includes a semiconductor light source comprising electroluminescent units of submillimetric dimensions, and in that the wavelength conversion device is capable of emitting: - a first light beam (W1) from the interaction, at the first conversion region (R1), of the first light radiation with the wavelength conversion device, and - a second light beam (W2) from the interaction, at a second conversion region (R2) of said wavelength conversion device, of the second light beam with the wavelength conversion device. - a first light beam (W1) from the interaction, at the first conversion region (R1), of the first light radiation with the wavelength conversion device, and - a second light beam (W2) from the interaction, at a second conversion region (R2) of said wavelength conversion device, of the second light beam with the wavelength conversion device.
A composition comprising: (A) a first component comprising more than 25 wt% of an aromatic hydrocarbon soluble compound; wherein the aromatic soluble compound is bifenthrin; and (B) a second component comprising: from greater than 25 wt% to less than 75 wt% of an ethylene glycol n-butyl ether benzoate, or from greater than or equal to 45 wt% to less than or equal to 65 wt% of a glycol alkyl ether ester having a polar Hansen parameter from 3.5 to 5.6 (J/cc) 1/2 and a hydrogen bonding Hansen parameter from 8 to 9.2 (J/cc) 1/2 ; wherein the glycol alkyl ether ester is an ethylene glycol n-butyl ether acetate; wherein the composition is free of an aromatic hydrocarbon solvent. (A) a first component comprising more than 25 wt% of an aromatic hydrocarbon soluble compound; wherein the aromatic soluble compound is bifenthrin; and (B) a second component comprising: from greater than 25 wt% to less than 75 wt% of an ethylene glycol n-butyl ether benzoate, or from greater than or equal to 45 wt% to less than or equal to 65 wt% of a glycol alkyl ether ester having a polar Hansen parameter from 3.5 to 5.6 (J/cc) 1/2 and a hydrogen bonding Hansen parameter from 8 to 9.2 (J/cc) 1/2 ; wherein the glycol alkyl ether ester is an ethylene glycol n-butyl ether acetate; wherein the composition is free of an aromatic hydrocarbon solvent. from greater than 25 wt% to less than 75 wt% of an ethylene glycol n-butyl ether benzoate, or from greater than or equal to 45 wt% to less than or equal to 65 wt% of a glycol alkyl ether ester having a polar Hansen parameter from 3.5 to 5.6 (J/cc) 1/2 and a hydrogen bonding Hansen parameter from 8 to 9.2 (J/cc) 1/2 ; wherein the glycol alkyl ether ester is an ethylene glycol n-butyl ether acetate;
A method for receiving health information by a system, wherein the system comprises a terminal and an electronic device, the method comprising determining , by the terminal, a scheme for communicating with the electronic device based on a type of information to be received from the electronic device, in response to determining that the type of information is health information, starting communication with the electronic device using a human body communication and transmitting, to the electronic device via the human body communication, a message that requests the health information, and measuring , by the electronic device, a body condition of a user using at least one sensor of the electronic device, receiving , from the electronic device, the health information via the human body communication, wherein the health information is information being based on the body condition measured by the electronic device, in response to determining that the type of information is control information, transmitting , to the electronic device via a wireless communication, a message that requests the control information, and receiving , from the electronic device, the control information via the wireless communication. determining , by the terminal, a scheme for communicating with the electronic device based on a type of information to be received from the electronic device, in response to determining that the type of information is health information, starting communication with the electronic device using a human body communication and transmitting, to the electronic device via the human body communication, a message that requests the health information, and measuring , by the electronic device, a body condition of a user using at least one sensor of the electronic device, receiving , from the electronic device, the health information via the human body communication, wherein the health information is information being based on the body condition measured by the electronic device, in response to determining that the type of information is control information, transmitting , to the electronic device via a wireless communication, a message that requests the control information, and receiving , from the electronic device, the control information via the wireless communication.
A resin composition comprising a polymaleimide compound (A) represented by the following general formula , a modified polyphenylene ether (B) having a terminal modified with a substituent containing a carbon-carbon unsaturated double bond, and a filler (C), wherein a plurality of R each independently represent a hydrogen atom, an alkyl group having 1 to 5 carbon atoms, or a phenyl group; and n is an average value and represents 1 < n ≤ 5, wherein the resin composition further contains a cyanate compound and/or an epoxy resin and optionally a curing accelerator, wherein the curing accelerator if present is selected from at least one of: organic metal salts; phenol compounds; alcohols; imidazoles, and derivatives, such as adducts of carboxylic acids of these imidazoles or acid anhydrides thereof; amines; phosphorus compounds; and epoxy-imidazole adduct-based compounds and azo compounds
System with at least one uninterruptible power supply with - a first mains connection to a first electrical supply network , - a second mains connection to a second electrical supply network which is different from the first electrical supply network , - a load connection for an electrical load, and - an energy storage , - wherein a converter is arranged between the energy store and the first mains connection , and an inverter is arranged between the energy storage and the load connection , and - an electrical switching component is arranged between the second mains connection and the load connection , - so that the first mains connection and the second mains connection are electrically connected to the load connection , wherein - the converter , the inverter and the switching component are connected such that an electric power flow is conducted between the energy storage and at least one of the mains connections , characterized in that - the electrical switching component contains a series circuit comprising a rectifier and an inverter , and the first and second electrical supply networks being connected to a higher-level supply network via two transformers operated separately from one another or being connected to a transformer via a common feed point. - a first mains connection to a first electrical supply network , - a second mains connection to a second electrical supply network which is different from the first electrical supply network , - a load connection for an electrical load, and - an energy storage , - wherein a converter is arranged between the energy store and the first mains connection , and an inverter is arranged between the energy storage and the load connection , and - an electrical switching component is arranged between the second mains connection and the load connection , - so that the first mains connection and the second mains connection are electrically connected to the load connection , wherein - the converter , the inverter and the switching component are connected such that an electric power flow is conducted between the energy storage and at least one of the mains connections , - the electrical switching component contains a series circuit comprising a rectifier and an inverter , and the first and second electrical supply networks being connected to a higher-level supply network via two transformers operated separately from one another or being connected to a transformer via a common feed point.
A rechargeable lithium battery, comprising: a negative electrode and a positive electrode, wherein a specific surface area per unit area of the positive electrode is three to six times as large as a specific surface area per unit area of the negative electrode; wherein the positive electrode is obtainable by providing a positive electrode slurry comprising a positive active material, activated carbon, and a positive conductive material, and forming the positive electrode from the positive electrode slurry, and the negative electrode is obtainable by providing a negative electrode slurry comprising a negative active material and a negative conductive material, and forming the negative electrode from the negative electrode slurry; and wherein the specific surface area per unit area of the positive electrode is calculated as the loading level multiplied by the combined specific surface areas of the positive active material, activated carbon and positive conductive material, weighted according to the weight percentage of the components of the positive electrode slurry, and the specific surface area per unit area of the negative electrode may be calculated as the loading level multiplied by the combined specific surface areas of the negative active material and negative conductive material, weighted according to the weight percentage of the components of the negative electrode slurry. a negative electrode and a positive electrode, wherein a specific surface area per unit area of the positive electrode is three to six times as large as a specific surface area per unit area of the negative electrode; wherein the positive electrode is obtainable by providing a positive electrode slurry comprising a positive active material, activated carbon, and a positive conductive material, and forming the positive electrode from the positive electrode slurry, and the negative electrode is obtainable by providing a negative electrode slurry comprising a negative active material and a negative conductive material, and forming the negative electrode from the negative electrode slurry; and wherein the specific surface area per unit area of the positive electrode is calculated as the loading level multiplied by the combined specific surface areas of the positive active material, activated carbon and positive conductive material, weighted according to the weight percentage of the components of the positive electrode slurry, and the specific surface area per unit area of the negative electrode may be calculated as the loading level multiplied by the combined specific surface areas of the negative active material and negative conductive material, weighted according to the weight percentage of the components of the negative electrode slurry.
A system including: a valve ; a handle located proximate the valve and configured to open and close the valve ; wherein the handle is in a first handle position when the valve is open; and wherein the handle is in a second handle position when the valve is closed; a guide connected to the handle ; an arm connected to the guide ; a channel located on one of the guide or the arm , the channel having opposed first and second ends ; and a projection located on the other of the guide or the arm , the projection configured to be received in the channel ; wherein moving the projection in a direction away from the second end of the channel , past a location of the first end of the channel , pulls the guide and the handle , thereby moving the handle from the first handle position to the second handle position; and wherein the projection can be moved toward the second end of the channel while the handle remains in the second position, characterised in that the opposed first and second ends are closed ends . a valve ; a handle located proximate the valve and configured to open and close the valve ; wherein the handle is in a first handle position when the valve is open; and wherein the handle is in a second handle position when the valve is closed; wherein the handle is in a first handle position when the valve is open; and wherein the handle is in a second handle position when the valve is closed; a guide connected to the handle ; an arm connected to the guide ; a channel located on one of the guide or the arm , the channel having opposed first and second ends ; and a projection located on the other of the guide or the arm , the projection configured to be received in the channel ; wherein moving the projection in a direction away from the second end of the channel , past a location of the first end of the channel , pulls the guide and the handle , thereby moving the handle from the first handle position to the second handle position; and wherein the projection can be moved toward the second end of the channel while the handle remains in the second position, characterised in that the opposed first and second ends are closed ends .
A syringe propellable by propellant that boils at a predetermined temperature, the syringe comprising: a barrel having an outlet at a front end; a stopper axially moveable in the barrel ; wherein the stopper defines and separates a first chamber and a second chamber , the first chamber being axially forwards of the stopper and being configured for containing a medicament, and the second chamber being axially rearwards of the stopper and being configured to receive propellant for acting on the stopper to move the stopper axially forwardly in the barrel to expel medicament through the outlet upon actuation of the syringe ; and a third chamber for containing propellant; wherein the syringe is configured such that, in use, upon actuation of the syringe , liquid propellant is released from the third chamber and boils outside of the third chamber at or above the predetermined temperature to provide an increasing vapour pressure in the second chamber that causes the stopper to move axially forwardly and begin to expel medicament from the first chamber through the outlet ; characterised in that the syringe further comprises at least one trigger for triggering an action upon activation of said trigger, wherein the trigger is activated in response to the pressure in the second chamber satisfying a predetermined condition, the predetermined condition being the pressure in the second chamber exceeding or falling below a predetermined pressure; and in that the syringe further comprises a needle shield moveable between a first position in which a needle of the syringe is exposed and a second position in which the needle is substantially covered by the needle shield such that the needle is not exposed, wherein said action includes the movement of said needle shield between said first position and said second position; or in that the syringe forms part of an autoinjector device in which the syringe is moveable relative to a housing of the autoinjector device between a first position in which a needle of the syringe is within the housing and is not exposed and a second position in which the needle extends out of said housing, and wherein said action includes movement of said syringe between said first position and said second position; or in that the syringe has one or more indicators for signalling to the user that an injection sequence is at a particular stage, and wherein said action includes activating said one or more indicators to produce said signal. a barrel having an outlet at a front end; a stopper axially moveable in the barrel ;