mhurhangee/patent-ind-claim-en huggingface dataset:
Injection molding tool for the manufacture of at least a nozzle block of a metered dose inhaler body , the nozzle block having a valve stem receptacle , an expansion chamber and a nozzle , the nozzle being connected to the expansion chamber via a nozzle channel having a defined length (jet length), wherein the injection molding tool comprises multiple tool components forming a cavity in which at least the nozzle block of the metered dose inhaler body is formed via injection molding, the tool components comprising: - a first tool section which defines the form of the valve stem receptacle and of the expansion chamber of the nozzle block , and - a second tool section comprising a first portion for forming the nozzle and a second portion for forming the nozzle channel of the nozzle block , wherein the second portion is formed as a pin protruding from the first portion towards the first tool section and, wherein the pin rests against the first tool section upon forming the nozzle block of the metered dose inhaler body via injection molding, characterized in that the first portion of the second tool section and the pin are movable against each other for adjusting the jet length of the nozzle channel and, that the second tool section comprises a driving unit for driving the first portion relative to the pin along a longitudinal axis of the pin in order to adjust the jet length of the nozzle channel . - a first tool section which defines the form of the valve stem receptacle and of the expansion chamber of the nozzle block , and - a second tool section comprising a first portion for forming the nozzle and a second portion for forming the nozzle channel of the nozzle block , wherein the second portion is formed as a pin protruding from the first portion towards the first tool section and, wherein the pin rests against the first tool section upon forming the nozzle block of the metered dose inhaler body via injection molding, wherein the second portion is formed as a pin protruding from the first portion towards the first tool section and, wherein the pin rests against the first tool section upon forming the nozzle block of the metered dose inhaler body via injection molding,
A shift control system for a vehicle including an automatic transmission that performs an upshift based on an increase in a vehicle speed, the shift control system comprising: a detector that detects a longitudinal acceleration of the vehicle ; a calculator that calculates a change amount per unit time of an accelerator opening that changes in response to a depression of an accelerator pedal ; and a controller that controls the automatic transmission , wherein the controller is configured to repeatedly execute, at a predetermined shift interval, upshift to reduce a speed ratio of the automatic transmission , upon satisfaction of a first condition in that the acceleration increasing the vehicle speed is greater than or equal to a predetermined first threshold value, in that the change amount is in a stable state falling within a certain range, and in that a time period that the change amount keeps falling within the certain range has exceeded a second threshold value. a detector that detects a longitudinal acceleration of the vehicle ; a calculator that calculates a change amount per unit time of an accelerator opening that changes in response to a depression of an accelerator pedal ; and a controller that controls the automatic transmission , wherein the controller is configured to repeatedly execute, at a predetermined shift interval, upshift to reduce a speed ratio of the automatic transmission , upon satisfaction of a first condition in that the acceleration increasing the vehicle speed is greater than or equal to a predetermined first threshold value, in that the change amount is in a stable state falling within a certain range, and in that a time period that the change amount keeps falling within the certain range has exceeded a second threshold value.
A system with a container and a tool holder with a first end and a second end , where the first end of the tool holder is adapted for being fixed to a machine tool and the second end is adapted for attachment of a cutting edge, where the tool holder includes an internal cavity surrounded by a cavity wall, where the cavity includes an opening for installation of the container and where the cavity contains the container , characterized in that the first end of the cavity is adapted for connection to a supply for a cooling medium and the second end of the cavity is connected to an outlet for a cooling medium and where at least one gap for leading the cooling medium is formed between the container and the cavity wall.
A bottom foot for supporting a washing machine and to be installed below a base of the washing machine, wherein a weighing sensor is installed on the bottom foot , a cavity with a downward opening is provided at a bottom of the bottom foot , the weighing sensor is installed in the cavity via a supporting piece in a closed manner, the supporting piece comprises a supporting unit and a fixing unit , the supporting unit comprises a supporting body and is installed in the cavity movably through the fixing unit , an upper end surface of the supporting unit is in contact with the weighing sensor , and a lower end surface of the supporting unit is to be supported on the ground, the supporting unit comprises a supporting sheet provided below the weighing sensor and a rubber foot provided below the supporting sheet , wherein the rubber foot is a cylindrical structure, the supporting sheet is a disc structure which is inverted on an upper end of the rubber foot , and an outer circumference of the rubber foot is provided with an annular convex rib , and the fixing unit is an annular fixing seat, a lower end of the supporting body is passed through the hollow portion of the annular fixing seat, and the fixing seat supports below the annular convex rib and is fixedly connected with the bottom foot . a weighing sensor is installed on the bottom foot , a cavity with a downward opening is provided at a bottom of the bottom foot , the weighing sensor is installed in the cavity via a supporting piece in a closed manner, the supporting piece comprises a supporting unit and a fixing unit , the supporting unit comprises a supporting body and is installed in the cavity movably through the fixing unit , an upper end surface of the supporting unit is in contact with the weighing sensor , and a lower end surface of the supporting unit is to be supported on the ground, the supporting unit comprises a supporting sheet provided below the weighing sensor and a rubber foot provided below the supporting sheet , wherein the rubber foot is a cylindrical structure, the supporting sheet is a disc structure which is inverted on an upper end of the rubber foot , and an outer circumference of the rubber foot is provided with an annular convex rib , and the fixing unit is an annular fixing seat, a lower end of the supporting body is passed through the hollow portion of the annular fixing seat, and the fixing seat supports below the annular convex rib and is fixedly connected with the bottom foot .
Decoupling element for a fuel injection apparatus for fuel injection systems of internal combustion engines, in particular for the direct injection of fuel into a combustion chamber, the fuel injection apparatus comprising at least one fuel injection valve and one receiving bore for the fuel injection valve , and the decoupling element being introduced between a valve housing of the fuel injection valve and a wall of the receiving bore , the decoupling element being of annular configuration, in particular as a closed ring which has a lower end face which lies on a shoulder of the receiving bore , and which has an upper end face which, in a manner which rises from the radial outside to the radial inside, runs either conically or in addition with a spherical curvature with a great radius and has bearing contact with a spherically curved or conical shoulder face of the valve housing of the fuel injection valve , characterized in that the decoupling element is installed in such a way that there is guidance of the decoupling element radially to the outside towards the wall of the receiving bore and, to this end, at least one guide element which projects radially on the outer circumference, in particular between three and twelve guide elements in the form of guide flanges which project in a lug-like manner, is/are provided, or an axially projecting collar is provided on the decoupling element , which collar has an annular guide element on the outer circumference, which annular guide element is configured on a smaller diameter than the greatest diameter of the decoupling element .
A countermass propulsion system for a fire from enclosure (FFE) recoilless weapon, said system comprising: a pressure vessel having a muzzle end and a breach end, wherein the vessel contains a projectile disposed at the muzzle end and a countermass disposed at the breach end, a propellant charge , disposed between the projectile and the countermass , a rupture disk disposed behind an igniter assembly and at a forward end of the countermass , and a projectile retention means that is connected to the projectile and the rupture disk , wherein said projectile retention means comprises a breakbolt. a pressure vessel having a muzzle end and a breach end, wherein the vessel contains a projectile disposed at the muzzle end and a countermass disposed at the breach end, a propellant charge , disposed between the projectile and the countermass , a rupture disk disposed behind an igniter assembly and at a forward end of the countermass , and a projectile retention means that is connected to the projectile and the rupture disk , wherein said projectile retention means comprises a breakbolt.
Hardener composition comprising at least one Mannich base and at least one amine which is reactive to epoxy groups, the Mannich base being obtainable by reacting a phenolic compound, selected from the group consisting of phenol, styrenated phenol, pyrocatechol, resorcinol, hydroquinone, hydroxyhydroquinone, phloroglucinol, pyrogallol, o-cresol, m-cresol, p-cresol and bisphenols, with an aldehyde or an aldehyde precursor and an amine having at least two active hydrogen atoms in the molecule which are bonded to a nitrogen atom, characterized in that the curing agent composition contains at least one salt (S) selected from the group consisting of salts of nitric acid, salts of nitrous acid, salts of halogens, salts of trifluoromethanesulfonic acid, and combinations thereof. the Mannich base being obtainable by reacting a phenolic compound, selected from the group consisting of phenol, styrenated phenol, pyrocatechol, resorcinol, hydroquinone, hydroxyhydroquinone, phloroglucinol, pyrogallol, o-cresol, m-cresol, p-cresol and bisphenols, with an aldehyde or an aldehyde precursor and an amine having at least two active hydrogen atoms in the molecule which are bonded to a nitrogen atom, characterized in that the curing agent composition contains at least one salt (S) selected from the group consisting of salts of nitric acid, salts of nitrous acid, salts of halogens, salts of trifluoromethanesulfonic acid, and combinations thereof.
A method for manufacturing a plated steel sheet having excellent surface qualities and press formability, the method comprising: manufacturing a plated steel sheet by plating a base steel sheet; and performing a skin pass rolling process on the plated steel sheet by inserting the plated steel sheet into a skin pass mill, wherein the skin pass rolling process is performed using rolls having roughness skewness Rsk within a range of -0.5 to -0.15 with a rolling force of 150 tons to 500 tons.
A transfer ring to use in the manufacture of vehicle tires, the transfer ring comprising: a circular frame ; a plurality of driven linkages coupled to the circular frame and configured to be movable between a contracted position and an expanded position; a drive member disposed along the circular frame , the drive member being coupled to the driven linkages and configured to drive the driven linkages between the contracted position and the expanded position; and a plurality of shoes having arcuate interior surfaces facing substantially radially inwardly toward a central axis to collectively define a substantially cylindrical segmented gripping surface, each of the shoes being coupled to at least one of the driven linkages so as to be selectively move toward and away from the central axis; wherein each of the driven linkages comprises: a first member coupled to the circular frame , a second member coupled to the drive member and the first member , a third member coupled to a corresponding one of the shoes and to the first member , and a block-and-rail cam follower configured such that a rail portion is fixed to the circular frame , and a block portion is coupled to the third member ; wherein the driven linkages are configured to limit movement of the arcuate surface to linear movement radially toward and away from the central axis. a circular frame ; a plurality of driven linkages coupled to the circular frame and configured to be movable between a contracted position and an expanded position; a drive member disposed along the circular frame , the drive member being coupled to the driven linkages and configured to drive the driven linkages between the contracted position and the expanded position; and a plurality of shoes having arcuate interior surfaces facing substantially radially inwardly toward a central axis to collectively define a substantially cylindrical segmented gripping surface, each of the shoes being coupled to at least one of the driven linkages so as to be selectively move toward and away from the central axis; wherein each of the driven linkages comprises: a first member coupled to the circular frame , a second member coupled to the drive member and the first member , a third member coupled to a corresponding one of the shoes and to the first member , and a block-and-rail cam follower configured such that a rail portion is fixed to the circular frame , and a block portion is coupled to the third member ; a first member coupled to the circular frame , a second member coupled to the drive member and the first member , a third member coupled to a corresponding one of the shoes and to the first member , and a block-and-rail cam follower configured such that a rail portion is fixed to the circular frame , and a block portion is coupled to the third member ; wherein the driven linkages are configured to limit movement of the arcuate surface to linear movement radially toward and away from the central axis.
Method for operating at least one touch-sensitive, planar input device of a complete device , wherein the input device is connected via a message-based bus connection to a control device of the complete device and messages containing contact data sets describing contact events are transmitted to the control device , which evaluates them for input information for an application program implemented by means of the control device , wherein when a security function requesting sensitive input information is called up in the control device , the contact data sets are encrypted and transmitted from the input device to the control device via the bus connection until the associated input process is completed, characterised in that - several encryption data elements used for the encryption on the input device side, the assigned decryption data element of which to be used for the decryption is determined on the basis of a shared basic information in the control device , are precalculated and held in the input device as a pre-calculation data set, in particular, a keystream, until they are used for the encryption, wherein a new encryption data element is used for each contact data set, and/or - when an error is detected in the course of the encryption by the control device , a warning output is issued via at least one output means that is independent of the input device and cannot be addressed by an aftermarket device . - several encryption data elements used for the encryption on the input device side, the assigned decryption data element of which to be used for the decryption is determined on the basis of a shared basic information in the control device , are precalculated and held in the input device as a pre-calculation data set, in particular, a keystream, until they are used for the encryption, wherein a new encryption data element is used for each contact data set, and/or - when an error is detected in the course of the encryption by the control device , a warning output is issued via at least one output means that is independent of the input device and cannot be addressed by an aftermarket device .
An outer race rotation bearing comprising: an inner race which is stationary; an outer race which is rotatable; a plurality of rolling elements arranged between the inner race and the outer race , wherein an annular space is defined between the inner race and the outer race ; and a pair of seals which close respective axial ends of the annular space ; the seals each including an annular mounting portion formed of an elastic member and fitted in an annular groove formed in an inner peripheral surface of the outer race ; wherein a lubricant is sealed in the annular space ; wherein each of the seals is provided with an elastic lip protruding toward an interior of the bearing; and wherein each of the elastic lips is kept in close contact with a groove edge portion of a corresponding one of the annular grooves from an inner peripheral side of the outer race , characterised in that : a ratio of a thickness (T) of each of the elastic lips in the radial direction to a height (H) of each of the elastic lips , which is the protruding length of each of the elastic lips measured from the mounting portion , is not more than 1 and not less than 1/2. an inner race which is stationary; an outer race which is rotatable; a plurality of rolling elements arranged between the inner race and the outer race , wherein an annular space is defined between the inner race and the outer race ; and a pair of seals which close respective axial ends of the annular space ; the seals each including an annular mounting portion formed of an elastic member and fitted in an annular groove formed in an inner peripheral surface of the outer race ; wherein a lubricant is sealed in the annular space ; wherein each of the seals is provided with an elastic lip protruding toward an interior of the bearing; and wherein each of the elastic lips is kept in close contact with a groove edge portion of a corresponding one of the annular grooves from an inner peripheral side of the outer race , characterised in that : a ratio of a thickness (T) of each of the elastic lips in the radial direction to a height (H) of each of the elastic lips , which is the protruding length of each of the elastic lips measured from the mounting portion , is not more than 1 and not less than 1/2.
A demineralized bone matrix composition comprising lyophilized demineralized bone particles exhibiting an imparted nanoscale textured surface, wherein the imparted nanoscale textured surface includes at least 60% non-denatured collagen, wherein the composition has less than 15% moisture content, and wherein the imparted nanoscale textured surface comprises collagen nanofibers electrospun onto the lyophilized demineralized bone particles. wherein the imparted nanoscale textured surface includes at least 60% non-denatured collagen, wherein the composition has less than 15% moisture content, and wherein the imparted nanoscale textured surface comprises collagen nanofibers electrospun onto the lyophilized demineralized bone particles.
An anti-microbial peptide, selected from the group consisting of the peptide AB01: Ac-FRIRVRV-c[Asp-RR-dNal -FWR-Lys]-dVal-DPro-CONH2, and TCAM207, which is SEQ NO:209 (Ac-Nle-c[Asp-Pro-D-Nal -Arg-Trp-Lys]-D-Val-D-Pro-NH2), for use in a method for treating, ameliorating the symptoms of, or delaying the onset of a medical condition by administering said antimicrobial peptide to a subject in need thereof, wherein said medical condition comprises a microbial infection.
Apparatus for analysing a rod-shaped smoking article, the apparatus comprising: a source of x-ray radiation arranged to irradiate an area of the rod-shaped smoking article ; an area image sensor arranged to detect x-ray radiation from an area of the rod-shaped smoking article and to produce two-dimensional image data therefrom; a drive mechanism arranged to move the rod-shaped smoking article or the sensor in an axial direction of the rod-shaped smoking article ; and a processing unit arranged to process two-dimensional image data produced by the area image sensor at a plurality of different axial positions of the rod-shaped smoking article and to produce a composite two-dimensional image from two-dimensional image data produced by the area image sensor at the plurality of different axial positions, characterised in that : the apparatus comprises two or more area image sensors disposed circumferentially about the rod-shaped smoking article ; and the processing unit is arranged to process two-dimensional image data produced by each of the area image sensors and to determine positional characteristics of the rod-shaped smoking article or components of the rod-shaped smoking article in three orthogonal directions without rotation of the rod-shaped smoking article. a source of x-ray radiation arranged to irradiate an area of the rod-shaped smoking article ; an area image sensor arranged to detect x-ray radiation from an area of the rod-shaped smoking article and to produce two-dimensional image data therefrom; a drive mechanism arranged to move the rod-shaped smoking article or the sensor in an axial direction of the rod-shaped smoking article ; and a processing unit arranged to process two-dimensional image data produced by the area image sensor at a plurality of different axial positions of the rod-shaped smoking article and to produce a composite two-dimensional image from two-dimensional image data produced by the area image sensor at the plurality of different axial positions, characterised in that : the apparatus comprises two or more area image sensors disposed circumferentially about the rod-shaped smoking article ; and the processing unit is arranged to process two-dimensional image data produced by each of the area image sensors and to determine positional characteristics of the rod-shaped smoking article or components of the rod-shaped smoking article in three orthogonal directions without rotation of the rod-shaped smoking article. the apparatus comprises two or more area image sensors disposed circumferentially about the rod-shaped smoking article ; and the processing unit is arranged to process two-dimensional image data produced by each of the area image sensors and to determine positional characteristics of the rod-shaped smoking article or components of the rod-shaped smoking article in three orthogonal directions without rotation of the rod-shaped smoking article.
A sulfide solid electrolyte for all-solid-state secondary batteries, wherein: the sulfide solid electrolyte is a compound represented by Formula 2 below, Formula 2 Li a PS b Cl c in Formula 2, 5.04<a<5.28, 4.4≤b≤4.5, and 1.13≤c≤1.34. the sulfide solid electrolyte is a compound represented by Formula 2 below, Formula 2 Li a PS b Cl c in Formula 2, 5.04<a<5.28, 4.4≤b≤4.5, and 1.13≤c≤1.34.
A method for producing a carbonate ester, the method comprising a carbonate ester generation reaction of reacting an alcohol and carbon dioxide with each other under the presence of an aromatic nitrile compound and a catalyst, wherein a water content of the alcohol which is used for the carbonate ester generation reaction is 0.10% by mass or less.