mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling motion of a heavy-duty vehicle, the method comprising obtaining input data (561, 562) related to one or more parameters of a tyre (150, 160, 170) on the heavy-duty vehicle, determining at least part of the one or more tyre parameters based on the input data, configuring a tyre model, wherein the tyre model defines a relationship between wheel slip and generated wheel force, wherein the tyre model is parameterized by the one or more tyre parameters, and controlling the motion of the heavy-duty vehicle by requesting a wheel slip from a torque generating device based on the relationship between wheel slip and generated wheel force. obtaining input data (561, 562) related to one or more parameters of a tyre (150, 160, 170) on the heavy-duty vehicle, determining at least part of the one or more tyre parameters based on the input data, configuring a tyre model, wherein the tyre model defines a relationship between wheel slip and generated wheel force, wherein the tyre model is parameterized by the one or more tyre parameters, and controlling the motion of the heavy-duty vehicle by requesting a wheel slip from a torque generating device based on the relationship between wheel slip and generated wheel force.
Testing device for testing the tightness of containers, comprising - a feeding unit for feeding the containers; - a testing unit for testing the tightness of the containers; - a discharge unit for discharging tested and tight containers; - an evacuation unit for evacuating containers that have tested as untight in the testing unit; - wherein the testing unit has at least one individual testing chamber for testing individual containers, and at least one multiple testing chamber for receiving a plurality of containers in order for a plurality of containers to be simultaneously tested; and - a control unit which is specified for returning potentially untight containers that have been evacuated by means of the evacuation unit from the multiple testing chamber individually to the individual testing chamber of the testing unit, in order for individual testing of said containers to be carried out, characterized - in that the testing unit is configured as a rotary magazine, - wherein a multiplicity of multiple testing chambers and a multiplicity of individual testing chambers are provided along the circumference of the rotary magazine in a predetermined timed cycle. - a feeding unit for feeding the containers; - a testing unit for testing the tightness of the containers; - a discharge unit for discharging tested and tight containers; - an evacuation unit for evacuating containers that have tested as untight in the testing unit; - wherein the testing unit has at least one individual testing chamber for testing individual containers, and at least one multiple testing chamber for receiving a plurality of containers in order for a plurality of containers to be simultaneously tested; and - a control unit which is specified for returning potentially untight containers that have been evacuated by means of the evacuation unit from the multiple testing chamber individually to the individual testing chamber of the testing unit, in order for individual testing of said containers to be carried out, characterized - in that the testing unit is configured as a rotary magazine, - wherein a multiplicity of multiple testing chambers and a multiplicity of individual testing chambers are provided along the circumference of the rotary magazine in a predetermined timed cycle.
A coating for sounddeadening component parts, which are able to vibrate, such as metal sheets, comprising a sounddeadening coating, which can be connected to the component part and which consists of a reinforcement layer and a damping layer, characterised in that the reinforcement layer consists of a formable plastic and has a rigidity that is greater than that of the damping layer, in that an intermediate layer is disposed on the side of the sounddeadening coating facing towards the component part, and in that the sounddeadening coating has a layer thickness of approximately 0.5 to 10 mm and the intermediate layer has a layer thickness of approximately 0.1 to 1.2 mm, wherein the reinforcement layer has at most a third of the layer thickness of the damping layer.
A safety syringe comprising: a barrel comprising a barrel body, a tubular neck outwardly extending from one end of said barrel body, and a positioning groove extending around an inside wall of said tubular neck; a needle holder detachably mounted in said tubular neck of said barrel, said needle holder comprising a first ring wall and a first positioning flange located at one end of said first ring wall and elastically engaged in said positioning groove inside said tubular neck of said barrel; an interlocking seat axially movably mounted in said first ring wall of said needle holder, said interlocking seat comprising a second ring wall; a plunger axially movably mounted in said barrel body of said barrel, said plunger comprising a pressing portion inserted into the inside of said second ring wall of said interlocking seat; characterized in that said needle holder further comprises a first internal flange extending around an inner surface of said first ring wall, in that said interlocking seat further comprises at least one elastic flap mounted in said second ring wall, and a first external flange extending around an outer surface of one end of said second ring wall for engagement with said first internal flange of said needle holder by means of an axial movement of said interlocking seat, and in that said plunger further comprises a second external flange located at an outer surface of said pressing portion and adapted for engagement with said elastic flaps of said interlocking seat upon an axial movement of said plunger relative to said barrel. a barrel comprising a barrel body, a tubular neck outwardly extending from one end of said barrel body, and a positioning groove extending around an inside wall of said tubular neck; a needle holder detachably mounted in said tubular neck of said barrel, said needle holder comprising a first ring wall and a first positioning flange located at one end of said first ring wall and elastically engaged in said positioning groove inside said tubular neck of said barrel; an interlocking seat axially movably mounted in said first ring wall of said needle holder, said interlocking seat comprising a second ring wall; a plunger axially movably mounted in said barrel body of said barrel, said plunger comprising a pressing portion inserted into the inside of said second ring wall of said interlocking seat; characterized in that said needle holder further comprises a first internal flange extending around an inner surface of said first ring wall, in that said interlocking seat further comprises at least one elastic flap mounted in said second ring wall, and a first external flange extending around an outer surface of one end of said second ring wall for engagement with said first internal flange of said needle holder by means of an axial movement of said interlocking seat, and in that said plunger further comprises a second external flange located at an outer surface of said pressing portion and adapted for engagement with said elastic flaps of said interlocking seat upon an axial movement of said plunger relative to said barrel.
A silicone-based fouling-release coat comprising a polysiloxane-based binder matrix constituting at least 40 % by dry weight of said coat, wherein more than 65 % by weight of said binder matrix is represented by polysiloxane parts, said coat further comprising one or more poly(oxyalkylene)-modified alcohols and one or more biocides, wherein said one or more poly(oxyalkylene)-modified alcohols have the general formula: (POA-O-) X -R-(-O-FA) Y wherein each POA represents a poly(oxyalkylene) moiety, each FA represents a C 8-30 fatty acyl moiety, R represents the organic residue of an alcohol R X+Y, said organic residue having 2-50 carbon atoms, and X is 1-5, Y is 0-10 and X+Y is 1-12; wherein the coat comprises 1-20 g/m 2 of said one or more poly(oxyalkylene)-modified alcohols and 2-35 g/m 2 of said one or more biocides. each POA represents a poly(oxyalkylene) moiety, each FA represents a C 8-30 fatty acyl moiety, R represents the organic residue of an alcohol R X+Y, said organic residue having 2-50 carbon atoms, and X is 1-5, Y is 0-10 and X+Y is 1-12; wherein the coat comprises 1-20 g/m 2 of said one or more poly(oxyalkylene)-modified alcohols and 2-35 g/m 2 of said one or more biocides.
An air freshener for an interior vent grille of a vehicle, which comprises a casing wherein a receptacle containing volatile substances is housed and at least one fixing element which can be fixed to an interior vent grille of a vehicle, the casing and said at least one fixing element being made of cardboard, said casing and said at least one fixing element being formed from two cardboard sheets joined together, wherein said receptacle containing volatile substances is fixed between said two cardboard sheets, wherein the air freshener also comprises an external board comprising a hole located on its upper portion, that is joined to the casing and to said at least one fixing element by means of a pre-die cut line, characterized in that the air freshener comprises two fixing elements that are two tongues, said tongues comprising a fold line at their end nearest to the casing, and wherein each tongue comprises a fixing slot. said casing and said at least one fixing element being formed from two cardboard sheets joined together, wherein said receptacle containing volatile substances is fixed between said two cardboard sheets, wherein the air freshener also comprises an external board comprising a hole located on its upper portion, that is joined to the casing and to said at least one fixing element by means of a pre-die cut line, characterized in that the air freshener comprises two fixing elements that are two tongues, said tongues comprising a fold line at their end nearest to the casing, and wherein each tongue comprises a fixing slot.
A metal cover for a container body, in particular for a container of the metal can type, said metal cover comprising: - a central part forming a central closing panel, and - a peripheral part adapted to be fastened to said container body, wherein the central part comprises a removable part that is delimited by a scoreline having a variable residual thickness and that is equipped with an opening member, wherein the opening member comprises, on either side of a part for the fastening to the removable part, a peripheral incision part and a central grasping part, wherein said scoreline comprises: - two upstream portions, extending on either side of the longitudinal axis of the opening member, and - a downstream portion, consisted by the remaining length of said scoreline, wherein the portions (55, 56) are arranged on either side of a virtual axis extending perpendicularly to the longitudinal axis of the opening member, said virtual axis corresponding to the bend line generated on the removable part after a pivoting of said opening member and the tearing of said upstream portions, characterized in that each upstream portion of the scoreline includes, successively in the tearing direction, at least two sections: - a first section having a first residual thickness, and - a second section having a residual thickness higher than said first residual thickness, wherein the second section extends over at least 20 % of the length of said upstream portion, and in that said second section of each upstream portion of the scoreline includes: - an upstream end, connected to the first section, and - a downstream end, provided within said upstream portion. - a central part forming a central closing panel, and - a peripheral part adapted to be fastened to said container body, - two upstream portions, extending on either side of the longitudinal axis of the opening member, and - a downstream portion, consisted by the remaining length of said scoreline, wherein the portions (55, 56) are arranged on either side of a virtual axis extending perpendicularly to the longitudinal axis of the opening member, said virtual axis corresponding to the bend line generated on the removable part after a pivoting of said opening member and the tearing of said upstream portions, - a first section having a first residual thickness, and - a second section having a residual thickness higher than said first residual thickness, - an upstream end, connected to the first section, and - a downstream end, provided within said upstream portion.
Underwater vehicle equipped with electrochemical means of electrical power generation, comprising a data processing unit connected in input to sensors of a parameter selected from a group comprising temperature, pressure, and hydrogen concentration, in water in the area of the vehicle, and in the electrochemical means of the engine, and connected in output to means of transmitting signals to transmit signals authorising or not authorising an operator to approach the vehicle, depending on whether the sensed value of the parameter of the electrochemical means is in a predetermined range around the value of the parameter corresponding to water in the area of the underwater vehicle.
A method of dosing a reagent into the exhaust gas stream of an internal combustion engine having an SCR catalyst, the method comprising: injecting a spray of reagent with a spray momentum into the exhaust gas stream using an injector module comprising a positive-displacement metering pump and an atomising dispenser; characterised in controlling the positive-displacement metering pump in accordance with a control parameter such as a drive current level which is dependent on the exhaust gas stream space velocity so that the spray momentum provides optimum mixing of the injected reagent with the exhaust gas stream upstream of the SCR catalyst. injecting a spray of reagent with a spray momentum into the exhaust gas stream using an injector module comprising a positive-displacement metering pump and an atomising dispenser; characterised in controlling the positive-displacement metering pump in accordance with a control parameter such as a drive current level which is dependent on the exhaust gas stream space velocity so that the spray momentum provides optimum mixing of the injected reagent with the exhaust gas stream upstream of the SCR catalyst.
Bushing comprising: - an elongate electrical conductor; - an insulation layer arranged around the elongate electrical conductor; - an electrically conducting sleeve coaxially arranged with the electrical conductor; and - a ring shaped printed circuit board with electrical components coaxially arranged around the electrical conductor, wherein the sleeve and the printed circuit board are embedded in the insulation layer and wherein the ring shaped printed circuit board is positioned in axial direction between both ends (6, 7) of the electrically conducting sleeve, characterized in that, the ring shaped printed circuit board comprises at least one radial extension, which extension extends out of the insulation layer. - an elongate electrical conductor; - an insulation layer arranged around the elongate electrical conductor; - an electrically conducting sleeve coaxially arranged with the electrical conductor; and - a ring shaped printed circuit board with electrical components coaxially arranged around the electrical conductor,
A device for expression of a powder, comprising: a) an elongated hollow reservoir, the reservoir having a manual air pump attached to the reservoir and an expression port at a distal end of said reservoir, b) a porous filter slidably disposed within the reservoir between said air pump and said expression port; c) a spring disposed within the reservoir between the air pump and the filter; wherein the powder is disposed within the reservoir between the filter and the expression port, and the pump is in a fluid communication with the expression port through the porous filter and through the powder. a) an elongated hollow reservoir, the reservoir having a manual air pump attached to the reservoir and an expression port at a distal end of said reservoir, b) a porous filter slidably disposed within the reservoir between said air pump and said expression port; c) a spring disposed within the reservoir between the air pump and the filter;
A method for adhering a hydrogel matrix to a molded polymer substrate, the method comprising: (a) forming a mixture of a polymer comprising one or more polymer chains and an oxidizer to break one or more of the polymer chains and molding the mixture to form a molded polymer substrate, and wherein the one or more polymer chains can recombine while retaining one or more putative radicals in the molded polymer substrate; (b) providing a hydrogel matrix comprising a hydrogel, a component comprising one or more acrylate groups or another functional group that can form one or more radicals upon polymerization in the molded polymer substrate, and a photoinitiator; (c) combining the molded polymer substrate and the hydrogel matrix; and (d) curing the combined molded polymer substrate and hydrogel matrix for a period of time to covalently bind the hydrogel matrix to the molded polymer substrate, thereby adhering the hydrogel matrix to the molded polymer substrate. (a) forming a mixture of a polymer comprising one or more polymer chains and an oxidizer to break one or more of the polymer chains and molding the mixture to form a molded polymer substrate, and wherein the one or more polymer chains can recombine while retaining one or more putative radicals in the molded polymer substrate; (b) providing a hydrogel matrix comprising a hydrogel, a component comprising one or more acrylate groups or another functional group that can form one or more radicals upon polymerization in the molded polymer substrate, and a photoinitiator; (c) combining the molded polymer substrate and the hydrogel matrix; and (d) curing the combined molded polymer substrate and hydrogel matrix for a period of time to covalently bind the hydrogel matrix to the molded polymer substrate, thereby adhering the hydrogel matrix to the molded polymer substrate.
An in vitro method for identifying a metakaryotic stem cell of interest having a bell-shaped nucleus, or identifying a multinuclear syncytium of interest, wherein the syncytium of interest comprises one or more metakaryotic stem cell nuclei having a bell-shape, the method comprising fixing a sample of cells with a suitable acid-alcohol mixture and treating said sample with a Feulgen stain in the absence of extraneous or exogenously added fluorescent dyes and visualizing green-light emitting fluorescent balloon-like cytoplasmic structures of a metakaryotic stem cell or fluorescence of the cytoplasm surrounding one or more stem cell nuclei within the syncytium, wherein the fluorescence is detected using fluorescence microscopy, thereby identifying the metakaryotic stem cell of interest, or identifying a multinuclear syncytium of interest wherein the syncytium of interest comprises one or more bell-shaped stem cell nuclei.
A multiple cannula assembly for insertion into a patient, comprising: a) a flexible outer cannula having a proximal head including a connector and at least one ridge and having a stiffer tip and a stepped portion configured to reduce an outward bulge of a cuff; b) a flexible inner cannula having a proximal hub including at least one protrusion engageable with said at least one ridge; c) said inner cannula being longitudinally insertable into said outer cannula to an insertion position with said hub proximate said head, characterised in that:- d) said flexible inner cannula is made of PTFE; e) said inner cannula hub is rotatable to a locked position with the at least one protrusion under the at least one ridge upon rotation of the hub within the head from the insertion position, wherein the hub includes a knurled portion that extends from the head when in the locked position. a) a flexible outer cannula having a proximal head including a connector and at least one ridge and having a stiffer tip and a stepped portion configured to reduce an outward bulge of a cuff; b) a flexible inner cannula having a proximal hub including at least one protrusion engageable with said at least one ridge; c) said inner cannula being longitudinally insertable into said outer cannula to an insertion position with said hub proximate said head, characterised in that:- d) said flexible inner cannula is made of PTFE; e) said inner cannula hub is rotatable to a locked position with the at least one protrusion under the at least one ridge upon rotation of the hub within the head from the insertion position, wherein the hub includes a knurled portion that extends from the head when in the locked position.
A compound being a RXR agonist for use in combination with a thyroid hormone in a_method of treating a muscular disorder, wherein the RXR agonist has the structure of Formula II wherein R is H or lower alkyl of 1 to 6 carbon; wherein administration of the RXR agonist and the thyroid hormone treats the muscular disorder in the individual more effectively that either the RXR agonist or thyroid hormone alone.
Module (20, 20', 20") mechanically linkable to a circuit breaker - with at least two input terminals (48, 48') and at least two output terminals (50, 50'), wherein an input terminal (48, 48') is connected in each case via a connecting line to an output terminal (50, 50'), and - with means (34, 36, 38) provided for a fault current protection function, comprising a sum current transformer and which, for a difference which exceeds a threshold value between the current strength of at least one current flowing through a first of the connecting lines in an outwards direction on the one hand and a second current flowing through a second of the connecting lines in the return direction on the other hand, acts at least indirectly on a mechanical triggering device, wherein - the mechanical triggering device in its turn is actuated by a magnet provided in the area of the secondary winding of the sum current transformer and the mechanical triggering device, for the case in which a circuit breaker is coupled to the module (20, 20', 20"), is designed to act on this circuit breaker, characterised by - means (54, 56, 60, 58, 58', 58") for detecting whether arcing is occurring in a circuit into which the module (20, 20', 20") is connected, wherein - a control device (58, 58', 58") is coupled to the means for detection (54, 56, 60) or is part of the same and wherein - the control device (58, 58', 58") actuates the mechanical triggering device at least indirectly. - with at least two input terminals (48, 48') and at least two output terminals (50, 50'), wherein an input terminal (48, 48') is connected in each case via a connecting line to an output terminal (50, 50'), and - with means (34, 36, 38) provided for a fault current protection function, comprising a sum current transformer and which, for a difference which exceeds a threshold value between the current strength of at least one current flowing through a first of the connecting lines in an outwards direction on the one hand and a second current flowing through a second of the connecting lines in the return direction on the other hand, acts at least indirectly on a mechanical triggering device, wherein - the mechanical triggering device in its turn is actuated by a magnet provided in the area of the secondary winding of the sum current transformer and the mechanical triggering device, for the case in which a circuit breaker is coupled to the module (20, 20', 20"), is designed to act on this circuit breaker, characterised by - means (54, 56, 60, 58, 58', 58") for detecting whether arcing is occurring in a circuit into which the module (20, 20', 20") is connected, wherein - a control device (58, 58', 58") is coupled to the means for detection (54, 56, 60) or is part of the same and wherein - the control device (58, 58', 58") actuates the mechanical triggering device at least indirectly.