mhurhangee/patent-ind-claim-en huggingface dataset:
A transmission system for a treadmill, comprising: a primary transmission wheel , a secondary transmission wheel , a metal disk and a magnetic assembly ; wherein the primary transmission wheel is rotated coaxially with a chain wheel of the treadmill; the secondary transmission wheel is connected with the primary transmission wheel through a first belt ; the metal disk is connected with the secondary transmission wheel through a second belt ; the magnetic assembly is rotatably connected to a frame of the treadmill, and the magnetic assembly is movably close to or away from a center of the metal disk , to provide a resistance to the metal disk ; and the magnetic assembly is connected with a handle of the treadmill, the handle is configured to control the magnetic assembly to rotate relative to the frame, wherein a second rotating shaft is provided on the secondary transmission wheel , wherein the second rotating shaft is connected with the secondary transmission wheel through a one-way bearing , wherein the secondary transmission wheel is provided with an axle hole , the second rotating shaft passes through the axle hole , the axle hole has a first inner diameter and a first end of the axle hole has a second inner diameter, the second inner diameter is larger than the first inner diameter, the first end of the axle hole having the second inner diameter forms a first groove , and the one-way bearing is positioned into the first groove ; and the second rotating shaft is provided passing through the one-way bearing and the axle hole .
A splittable fluid sample collector (16, 16', 16") comprising at least first and second fluid collector portions disposed parallel to one another, each of the fluid collector portions including a handle and an absorbent sample pad affixed to and extending from an end of the handle , the handles of the at least first and second fluid collector portions detachably connected to one another, wherein the first and second handles each include a finger gripping element and characterized in that the absorbent sample pad of each of the first and second fluid collector portions includes a first planar face surface, a second planar face surface, and a peripheral edge surface extending between the first and second planar face surfaces, wherein the first and second planar face surfaces of each sample pad have a width that is greater than a width of the peripheral edge surface of the sample pad , wherein the absorbent sample pads are arranged opposite one another so that one of the first and second planar face surfaces of the absorbent sample pad of the first fluid collector portion faces and is at least immediately adjacent to one of the first and second planar face surfaces of the absorbent sample pad of the second fluid collector portion and the peripheral edge surfaces of the absorbent sample pads of the first and second fluid collector portions face a same direction.
Hydraulic system for an industrial truck, in particular a battery-powered industrial truck, with a lifting drive for lifting and lowering a load pickup means, wherein the hydraulic system has a first hydraulic pump , which is configured to supply the lifting drive with pressure medium, and a second hydraulic pump , which can be activated by means of a valve device for supplying the lifting drive , wherein the first hydraulic pump and the second hydraulic pump are configured as a hydraulic double pump assembly and the valve device is integrated into the hydraulic double pump assembly , wherein the hydraulic double pump assembly has a housing and the valve device is installed in the housing , wherein, in the housing , an intake channel is configured, which is connected to an intake port (S1) of the first hydraulic pump and to an intake port (S2) of the second hydraulic pump , a first delivery channel is configured, which is connected to a delivery port (P1) of the first hydraulic pump , and a second delivery channel is configured, which is connected to a delivery port (P2) of the second hydraulic pump , characterized in that the second delivery channel is connected to the first delivery channel inside the housing .
Counter mass container for a recoilless weapon, said counter mass container containing counter mass material, said counter mass container being adapted to be arranged in the barrel of said recoilless weapon, characterized in that said counter mass container comprises a surrounding wall enclosing a plurality of parallel axially extending channels , said counter mass material being contained in at least one of said channels .
A diagnostic analyzer comprising: a base having a first side and a second side opposite the first side; a loading bay disposed along the first side of the base; a first carrier shuttle on the base, the first carrier shuttle to transport a first carrier from a first end adjacent the loading bay to a second end adjacent the second side of the base; a second carrier shuttle on the base, the second carrier shuttle disposed adjacent the first carrier shuttle, the first and second carrier shuttles being independently operable, the second carrier shuttle to transport a second carrier from the first end adjacent the loading bay to the second end adjacent the second side of the base; and a pipetting mechanism coupled to the base and disposed adjacent the second side of the base, the pipetting mechanism is configured to: aspirate a first sample from the first carrier while the first carrier is on the first carrier shuttle at the second end; dispense the first sample into a first reaction vessel; aspirate a second sample from the second carrier while the second carrier is on the second carrier shuttle at the second end; and dispense the second sample into a second reaction vessel. a base having a first side and a second side opposite the first side; a loading bay disposed along the first side of the base; a first carrier shuttle on the base, the first carrier shuttle to transport a first carrier from a first end adjacent the loading bay to a second end adjacent the second side of the base; a second carrier shuttle on the base, the second carrier shuttle disposed adjacent the first carrier shuttle, the first and second carrier shuttles being independently operable, the second carrier shuttle to transport a second carrier from the first end adjacent the loading bay to the second end adjacent the second side of the base; and a pipetting mechanism coupled to the base and disposed adjacent the second side of the base, the pipetting mechanism is configured to: aspirate a first sample from the first carrier while the first carrier is on the first carrier shuttle at the second end; dispense the first sample into a first reaction vessel; aspirate a second sample from the second carrier while the second carrier is on the second carrier shuttle at the second end; and dispense the second sample into a second reaction vessel. aspirate a first sample from the first carrier while the first carrier is on the first carrier shuttle at the second end; dispense the first sample into a first reaction vessel; aspirate a second sample from the second carrier while the second carrier is on the second carrier shuttle at the second end; and dispense the second sample into a second reaction vessel.
A process for the production of a composition comprising 1,3-dioleoyl-2-palmitoyl glyceride, said process comprises subjecting palm stearin to enzymatic transesterification with free fatty acid mixture, said free fatty acid mixture contains greater than 20wt.% Linoleic acid.
An adhesive two-component formulation comprising (i) a first component comprising one or more aliphatic polycarbonate polyols, wherein the percentage of carbonate linkages is 95% or greater, and wherein the one or more aliphatic polycarbonate polyols have a structure selected from the group consisting of: and wherein t is an integer from 1 to 12 inclusive; R t is independently at each occurrence -H, or -CH 3 ; and n is at each occurrence independently an integer from 2 to 50; and (ii) a second component comprising one or more isocyanates; wherein the adhesive formulation is capable of curing to form an adhesive composition. (i) a first component comprising one or more aliphatic polycarbonate polyols, wherein the percentage of carbonate linkages is 95% or greater, and wherein the one or more aliphatic polycarbonate polyols have a structure selected from the group consisting of: and wherein t is an integer from 1 to 12 inclusive; R t is independently at each occurrence -H, or -CH 3 ; and n is at each occurrence independently an integer from 2 to 50; and t is an integer from 1 to 12 inclusive; R t is independently at each occurrence -H, or -CH 3 ; and n is at each occurrence independently an integer from 2 to 50; and (ii) a second component comprising one or more isocyanates; wherein the adhesive formulation is capable of curing to form an adhesive composition.
A hard capsule composite formulation comprising two or more pharmaceutically active ingredients, wherein each pharmaceutically active ingredient is contained in a multi-unit spheroidal tablet (MUST) having a diameter in a range of 1 to 4 mm and 4 to 40 MUSTs per each pharmaceutically active ingredient are encapsulated in the hard capsule; and wherein each MUST has a diameter to thickness ratio in a range of 1:0.7 to 1:1.3 and a thickness to cylinder height ratio in a range of 1:0.3 to 1:0.9.
A toy exhaust device for attachment to a rear stay of the frame of a bicycle, the device comprising an elongate body unit having formations thereon shaped so that the body unit is locatable against the surface of the rear stay , which surface faces out from the frame, an exhaust pipe extending from the body unit to the rear of the frame and away therefrom, when the body unit is attached thereto, the device being symmetrically disposed about a plane of division thereof, in which plane of division the longitudinal axis of the body unit lies, characterised in the elongate body unit being generally A-shaped in cross section, with two side sections joined together to form a ridgeline on the outer surface of the body unit , which outer surface faces away from the frame, in use, and wherein the ridgeline lies in the plane of division , and such that, in use, when two of the toy exhaust devices are attached to the frame, one to each side thereof, one device will be a mirror image of the other.
Process for the preparation of a flavour composition comprising the steps: a) forming a deep eutectic solvent, b) preparing a reaction mixture comprising the deep eutectic solvent and optional flavour precursors, c) heating the reaction mixture to form aroma compounds, wherein the deep eutectic solvent has a melting point at least 20 °C lower than the melting points of the compounds which form the deep eutectic solvent, is a liquid when at 25 °C under standard atmospheric pressure, the liquid being based on a combination of at least two compounds solid at 25 °C and comprises water and/or glycerol in an amount insufficient to dissolve all the compounds solid at 25 °C individually the solubility being assessed at 25 °C, or in an amount such that all the compounds solid at 25 °C are simultaneously saturated at 25 °C, and wherein the flavour precursors may comprise said compounds solid at 25 °C; as long as, in the situation where one component of the deep eutectic solvent is a flavour precursor, then at least one additional flavour precursor is heated together with the deep eutectic solvent but, in the situation where two components of the deep eutectic solvent are flavour precursors, then the addition of additional flavour precursors to be heated together with the deep eutectic solvent is optional, wherein the deep eutectic solvent is based on a combination of β-alanine with malic acid; betaine with rhamnose; rhamnose with proline; sorbitol with proline or sodium chloride with fructose, and wherein the flavour precursors are selected from at least one reducing sugar and at least one amino acid. a) forming a deep eutectic solvent, b) preparing a reaction mixture comprising the deep eutectic solvent and optional flavour precursors, c) heating the reaction mixture to form aroma compounds,
A system including a tactile stimulus presentation device for presenting tactile stimuli to a subject and an analyzer for analyzing a state of cerebral blood flow of the subject when the tactile stimuli are presented to the subject by the tactile stimulus presentation device, the tactile stimulus presentation device comprising: a stage that has an opening and an arrangement surface on which a body part of the subject is arranged thereon so as to close the opening ; a contact member for giving a tactile stimulus to the subject by being in contact with the body part of the subject arranged on the arrangement surface of the stage through the opening ; a drive mechanism that holds the contact member and moves the contact member in a direction substantially parallel to the arrangement surface and in a direction substantially perpendicular to the arrangement surface; an information setting part configured to set information, which includes a character or symbol, to be presented by giving tactile stimulation to the subject; and a control part configured to control the drive mechanism such that the information including the character or symbol set by the information setting part is written on the body part of the subject arranged on the arrangement surface. a stage that has an opening and an arrangement surface on which a body part of the subject is arranged thereon so as to close the opening ; a contact member for giving a tactile stimulus to the subject by being in contact with the body part of the subject arranged on the arrangement surface of the stage through the opening ; a drive mechanism that holds the contact member and moves the contact member in a direction substantially parallel to the arrangement surface and in a direction substantially perpendicular to the arrangement surface; an information setting part configured to set information, which includes a character or symbol, to be presented by giving tactile stimulation to the subject; and a control part configured to control the drive mechanism such that the information including the character or symbol set by the information setting part is written on the body part of the subject arranged on the arrangement surface.
Method for cleaning water from a tank , in particular fish tank, within a closed aquaculture facility, in which: a) the water removed from the tank is pre-cleaned by a first mechanical filter , b) the pre-cleaned water is fed to an aerobic biofilter , which has packings which microorganisms can colonize, the latter forming a biofilm, c) water is removed from the biofilter and is fed to a second mechanical filter , in which the biofilm is filtered out, d) that portion of the water cleaned of the biofilm is fed from the second mechanical filter back into the tank , e) the biofilm from step d) is fed with a portion of the water to a denitrification reactor , which has no packings, in order for the water to be denitrified and, by way of the changing redox potential, for pathogens and parasites present in the biofilm to be killed, f) at least a first portion of denitrified water is fed from the denitrification reactor back into the tank , g) the sludge accumulating in the first mechanical filter during the cleaning of the water is discharged from the circuit, h) the first portion of denitrified water, before being fed to the tank , is conducted from the denitrification reactor directly into the second mechanical filter and cleaned there, and i) a second portion of denitrified water is fed from the denitrification reactor to the first mechanical filter . a) the water removed from the tank is pre-cleaned by a first mechanical filter , b) the pre-cleaned water is fed to an aerobic biofilter , which has packings which microorganisms can colonize, the latter forming a biofilm, c) water is removed from the biofilter and is fed to a second mechanical filter , in which the biofilm is filtered out, d) that portion of the water cleaned of the biofilm is fed from the second mechanical filter back into the tank , e) the biofilm from step d) is fed with a portion of the water to a denitrification reactor , which has no packings, in order for the water to be denitrified and, by way of the changing redox potential, for pathogens and parasites present in the biofilm to be killed, f) at least a first portion of denitrified water is fed from the denitrification reactor back into the tank , g) the sludge accumulating in the first mechanical filter during the cleaning of the water is discharged from the circuit, h) the first portion of denitrified water, before being fed to the tank , is conducted from the denitrification reactor directly into the second mechanical filter and cleaned there, and i) a second portion of denitrified water is fed from the denitrification reactor to the first mechanical filter .
A process comprising steps of, separating waste to produce rejects and a wet fraction by pressing the waste through perforations in an enclosed extrusion chamber, wherein the wet fraction passes through the perforations and the rejects remain in the extrusion chamber after pressing; separating the rejects into cellulosic rejects and non-cellulosic rejects; and, pyrolysing the cellulosic rejects. separating waste to produce rejects and a wet fraction by pressing the waste through perforations in an enclosed extrusion chamber, wherein the wet fraction passes through the perforations and the rejects remain in the extrusion chamber after pressing; separating the rejects into cellulosic rejects and non-cellulosic rejects; and, pyrolysing the cellulosic rejects.
A method performed by a user equipment, UE , for selecting one or more transmission point, TRP, TX beams to identify in a beam report, wherein the UE comprises a plurality of antenna arrangements, including a first antenna arrangement and a second antenna arrangement , the method comprising: the UE obtaining (s802) a first interference value, Ia, associated with the first antenna arrangement; the UE obtaining (s804) a second interference value, Ib, associated with the second antenna arrangement; the UE obtaining (s806) a power value, P1a, associated with the first antenna arrangement and with a first TRP TX beam; the UE obtaining (s808) a power value, P1b, associated with the second antenna arrangement and with the first TRP TX beam; the UE determining (s810) a first final power value, Pn1, based on Ia and Ib and based on P1a, and P1b; and the UE using (s812) Pn1 to determine whether or not to include in the beam report an identifier (e.g., a CRI) for identifying the first TRP TX beam, wherein determining the first final power value comprises calculating: Pn1 = (wa)(P1a) + (wb)(P1b), wherein wa is a function of at least Ia and wb is a function of at least Ib, or determining the first final power value comprises calculating: Pn1 = P1a + wP1b, wherein w = Ia/Ib. the UE obtaining (s802) a first interference value, Ia, associated with the first antenna arrangement; the UE obtaining (s804) a second interference value, Ib, associated with the second antenna arrangement; the UE obtaining (s806) a power value, P1a, associated with the first antenna arrangement and with a first TRP TX beam; the UE obtaining (s808) a power value, P1b, associated with the second antenna arrangement and with the first TRP TX beam; the UE determining (s810) a first final power value, Pn1, based on Ia and Ib and based on P1a, and P1b; and the UE using (s812) Pn1 to determine whether or not to include in the beam report an identifier (e.g., a CRI) for identifying the first TRP TX beam, wherein determining the first final power value comprises calculating: Pn1 = (wa)(P1a) + (wb)(P1b), wherein wa is a function of at least Ia and wb is a function of at least Ib, or determining the first final power value comprises calculating: Pn1 = P1a + wP1b, wherein w = Ia/Ib.
Use of a tobacco filler for a non-combustion smoking article comprising a shredded tobacco, and liquid that generates aerosol, wherein the tobacco filler contains an acid that has a first acid dissociation constant of 4.0 to 6.0 inclusive and a boiling point of 366°C to 600°C inclusive, wherein the acid is at least one selected from the group consisting of ascorbic acid, isoascorbic acid, heneicosanoic acid, lignoceric acid, octacosanoic acid and nonadecanoic acid, wherein the tobacco filler contains the liquid that generates aerosol at 20% by mass or more and 80% by mass or less, and the liquid that generates aerosol contains propylene glycol (PG), and wherein the tobacco filler contains the shredded tobacco at 20% by mass or more and 80% by mass or less and the acid at 0.25% by mass to 10% by mass inclusive of the whole tobacco filler. wherein the tobacco filler contains an acid that has a first acid dissociation constant of 4.0 to 6.0 inclusive and a boiling point of 366°C to 600°C inclusive, wherein the acid is at least one selected from the group consisting of ascorbic acid, isoascorbic acid, heneicosanoic acid, lignoceric acid, octacosanoic acid and nonadecanoic acid, wherein the tobacco filler contains the liquid that generates aerosol at 20% by mass or more and 80% by mass or less, and the liquid that generates aerosol contains propylene glycol (PG), and wherein the tobacco filler contains the shredded tobacco at 20% by mass or more and 80% by mass or less and the acid at 0.25% by mass to 10% by mass inclusive of the whole tobacco filler.
A piezoelectric actuator , comprising: a piezoelectric element ; and a case comprising a base body and a tubular body , the case being configured to receive therein the piezoelectric element , the base body comprising a bottom plate portion and an annular projection disposed upright on the bottom plate portion , the annular projection comprising a first region and a second region located below the first region , the second region having a relatively large outside diameter compared to the first region , the annular projection comprising a stepped outer surface defined by an outer surface of the first region and an outer surface of the second region that are connected with each other, the first region being inserted inside the tubular body , an end face of the tubular body abutting on an upper end of the second region , the tubular body and the second region being joined to each other, characterized in that the first region is inwardly and vertically inclined, and a gap is provided between the outer surface of the first region and an inner surface of the tubular body , and the gap is wider at a part located on an upper side of the first region than at a part located on a lower side of the first region . a piezoelectric element ; and a case comprising a base body and a tubular body , the case being configured to receive therein the piezoelectric element , the base body comprising a bottom plate portion and an annular projection disposed upright on the bottom plate portion , the annular projection comprising a first region and a second region located below the first region , the second region having a relatively large outside diameter compared to the first region , the annular projection comprising a stepped outer surface defined by an outer surface of the first region and an outer surface of the second region that are connected with each other, the first region being inserted inside the tubular body , an end face of the tubular body abutting on an upper end of the second region , the tubular body and the second region being joined to each other, characterized in that the first region is inwardly and vertically inclined, and a gap is provided between the outer surface of the first region and an inner surface of the tubular body , and the gap is wider at a part located on an upper side of the first region than at a part located on a lower side of the first region .