mhurhangee/ep-ind-claims huggingface dataset:
Electric drive, in particular for a pivot arm, for example a robot arm, having a rotor, a plurality of magnetic periods (5, 6) and having a device for the determination of the rotational position of the rotor based on at least one measurement signal, which is indicative of the inductance of a pole winding section (11, 12), which inductance depends on the position of the pole winding section (11, 12) relative to the magnetic periods (5, 6), characterized in that two coupled rotor parts (3, 4), which can rotate together at a rotational angle ratio that is fixed with respect to one another, and arrangements of magnetic periods (5, 6) and pole winding sections (11, 12), which arrangements are separate for the rotor parts (3, 4), are provided, wherein the numbers of the magnetic periods (5, 6) per rotor part (3, 4) are coprime, and in that the device for the determination of the rotational position of the rotor is provided to determine the position from the measurement signals (S3, S4) for the two rotor parts (3, 4).
A method for determining at least two brain activation patterns related to at least two elicited feelings for a group of subjects smelling odorants, said method comprising the following steps: (i) Providing at least two odorants; (ii) Submitting a group of subjects to at least two odorants, each in turn, in a MRI scanner; (iii) Performing functional Magnetic Resonance Imaging (fMRI) of the brain of each subject smelling each odorant in turn to determine the brain activation to each odorant for each subject, (iv) Optionally, reiterating step (iii) and identifying the average brain response to each odorant, (v) Once step (iii) or (iv) completed, submitting the group of subjects to an evaluation of feelings evoked by each odorant based on a declarative method; (vi) Rating and averaging the perceived intensity of at least two feeling descriptors reported by the group of subjects for each odorant based on said declarative method, wherein the feeling descriptors are not restricted to the affective dimension of valence, wherein feelings evoked by the at least two odorants are defined by at least 6 descriptors, preferably at least 9 descriptors, (vii)Performing a statistical method using the descriptor rating scores obtained in step (vi) across the odorants to obtain a brain activation pattern associated to each descriptor, wherein the statistical method is a parametric regression analysis. (i) Providing at least two odorants; (ii) Submitting a group of subjects to at least two odorants, each in turn, in a MRI scanner; (iii) Performing functional Magnetic Resonance Imaging (fMRI) of the brain of each subject smelling each odorant in turn to determine the brain activation to each odorant for each subject, (iv) Optionally, reiterating step (iii) and identifying the average brain response to each odorant, (v) Once step (iii) or (iv) completed, submitting the group of subjects to an evaluation of feelings evoked by each odorant based on a declarative method; (vi) Rating and averaging the perceived intensity of at least two feeling descriptors reported by the group of subjects for each odorant based on said declarative method, wherein the feeling descriptors are not restricted to the affective dimension of valence, wherein feelings evoked by the at least two odorants are defined by at least 6 descriptors, preferably at least 9 descriptors, (vii)Performing a statistical method using the descriptor rating scores obtained in step (vi) across the odorants to obtain a brain activation pattern associated to each descriptor, wherein the statistical method is a parametric regression analysis.
A surgical tool, comprising: a driver tool configured to drive an anchor into a bone, the driver tool including a handle and an elongate shaft extending distally from the handle, the elongate shaft having an inner passageway extending therethrough for receiving a guidewire, the handle having an inner cavity formed therein, the inner passageway being in communication with the inner cavity; a resistance element disposed within the inner cavity, a force required to cause the resistance element to yield being greater than a force required to drive the anchor into the bone; and an anchor component retainer formed on a distal end of the elongate shaft, wherein the driver tool is configured to move relative to the guidewire extending through the inner passageway when the resistance element yields. a driver tool configured to drive an anchor into a bone, the driver tool including a handle and an elongate shaft extending distally from the handle, the elongate shaft having an inner passageway extending therethrough for receiving a guidewire, the handle having an inner cavity formed therein, the inner passageway being in communication with the inner cavity; a resistance element disposed within the inner cavity, a force required to cause the resistance element to yield being greater than a force required to drive the anchor into the bone; and an anchor component retainer formed on a distal end of the elongate shaft, wherein the driver tool is configured to move relative to the guidewire extending through the inner passageway when the resistance element yields.
Dispensing machines capsule for infusion beverage, composed by a watertight box divided into one or more upper sections containing liquid [Fig1] one or more lower sections containing infusion mixture [Fig1] and a spout placed into the base of the lowersection containing the infusion mixture [Fig1], wherein: - the section containing the liquid and the section containing the infusion mixture are mutually joined by a mechanical watertight connection or ultrasonic weld; - the section containing the liquid is equipped with a mechanical seal valve with programmed breakage placed on the lower side [Fig1], connected with the section containing the infusion mixture; - the section containing the infusion mixture is equipped with a diffuser filter placed on the upper side [Fig1] communicating with the section containing the liquid for infusion, a diffuser filter placed on the lower side [Fig1] and a lower mechanical seal valve with programmed breakage [Fig1] communicating with the spout; - characterized in that: the section containing the liquid is equipped with a mechanical seal valve placed on the upper side [Fig1]; the mechanical seal valve with programmed breakage placed on infusion mixture section [Fig1] has an opening threshold higher than the threshold of mechanical seal valve with programmed breakage placed into the upper section containing the infusion liquid[Fig1]. - the section containing the liquid and the section containing the infusion mixture are mutually joined by a mechanical watertight connection or ultrasonic weld; - the section containing the liquid is equipped with a mechanical seal valve with programmed breakage placed on the lower side [Fig1], connected with the section containing the infusion mixture; - the section containing the infusion mixture is equipped with a diffuser filter placed on the upper side [Fig1] communicating with the section containing the liquid for infusion, a diffuser filter placed on the lower side [Fig1] and a lower mechanical seal valve with programmed breakage [Fig1] communicating with the spout; - characterized in that: the section containing the liquid is equipped with a mechanical seal valve placed on the upper side [Fig1]; the mechanical seal valve with programmed breakage placed on infusion mixture section [Fig1] has an opening threshold higher than the threshold of mechanical seal valve with programmed breakage placed into the upper section containing the infusion liquid[Fig1].
Method for forming a model route from an exploration route by using a navigation system disposed in a vehicle wherein by using the navigation system • an exploration route traveled by the vehicle is determined by determining current positions and determining the exploration route on the basis of the positions, • it is proven if the exploration route comprises a turning back section and, if the exploration route comprises a turning back section, • a model route which does not comprise the turning back section is formed from the exploration route, • wherein a route section of the exploration route is considered as the turning back section if by using the navigation system on the basis of geodata filed in a map data base of the navigation system a connecting route running from an initial point to a final point of the route section is identified which is shorter than the route section and is passable from the initial point to the final point by a transportation means wherein the model route is sent by the navigation system to at least one other vehicle or to a mobile end device. • an exploration route traveled by the vehicle is determined by determining current positions and determining the exploration route on the basis of the positions, • it is proven if the exploration route comprises a turning back section and, if the exploration route comprises a turning back section, • a model route which does not comprise the turning back section is formed from the exploration route, • wherein a route section of the exploration route is considered as the turning back section if by using the navigation system on the basis of geodata filed in a map data base of the navigation system a connecting route running from an initial point to a final point of the route section is identified which is shorter than the route section and is passable from the initial point to the final point by a transportation means wherein the model route is sent by the navigation system to at least one other vehicle or to a mobile end device.
A flexible printed wiring board obtainable by covering a part or all surface of a substrate with a thermosetting ink composition and curing the thermosetting ink composition to obtain a cured product, the thermosetting ink composition comprising a thermosetting resin which has a value "a" of less than 0.60 in the following formula showing the relationship between the intrinsic viscosity [η] and the absolute molecular weight M of the resin, wherein the thermosetting resin is a carboxyl group-containing polyurethane obtainable by reacting: (a) a polyisocyanate compound, (b) a polyol compound excluding (c) a carboxyl group-containing dihydroxy compound and (d) a three or more functional polyol, both which are described below, wherein the polyol compound is a polycarbonate diol, (c) the carboxyl group-containing dihydroxy compound and (d) the three or more functional polyol: η = K × M a wherein K is a constant number. (a) a polyisocyanate compound, (b) a polyol compound excluding (c) a carboxyl group-containing dihydroxy compound and (d) a three or more functional polyol, both which are described below, wherein the polyol compound is a polycarbonate diol, (c) the carboxyl group-containing dihydroxy compound and (d) the three or more functional polyol: η = K × M a wherein K is a constant number.
A device for packaging and dispensing a product, generally fluid, comprising a rigid container intended to contain the product to be packaged and dispensed, and a dosing assembly adapted for dispensing a predetermined dose of the product, the dosing assembly comprising: - a nozzle comprising an actuating portion movable between a rest position and an engaged position, and adapted to actuate the dispensing of the product; - a rigid guiding element, preferably in the shape of a rod, which presents at least one abutment surface adapted to limit the displacement of the actuating portion and to define said engaged position; - a dispensing channel situated along the guiding element; - a first valve enabling the product present in the dispensing channel to exit the nozzle when pressure is applied to the actuating portion; - a product dosing chamber, which communicates with the dispensing channel and a supply channel, and is defined between the guiding element and the actuating portion; and the actuating portion comprises a first layer formed in a flexible part of the nozzle, characterized in that the actuating portion further comprises a second reinforcement layer that externally covers the first layer, and in that the dosing assembly comprises a rigid portion to which the second layer of the actuating portion is connected, in an articulated manner and/or with a return action to the outside of said second layer when the pressure applied to the actuating portion stops. - a nozzle comprising an actuating portion movable between a rest position and an engaged position, and adapted to actuate the dispensing of the product; - a rigid guiding element, preferably in the shape of a rod, which presents at least one abutment surface adapted to limit the displacement of the actuating portion and to define said engaged position; - a dispensing channel situated along the guiding element; - a first valve enabling the product present in the dispensing channel to exit the nozzle when pressure is applied to the actuating portion; - a product dosing chamber, which communicates with the dispensing channel and a supply channel, and is defined between the guiding element and the actuating portion; and the actuating portion comprises a first layer formed in a flexible part of the nozzle,
An apparatus comprising: a semiconductor substrate; a first line structure disposed on the semiconductor substrate, the first line structure having two end portions and a first recessed portion between the two end portions (172a, 172b), the recessed portion defining a first recess, wherein the recessed portion is disposed between the first recess and the semiconductor substrate; a second and a third line structure (104, 106) disposed on the semiconductor substrate along opposite sides of the first line structure, the second and third line structures being spaced apart from the first line structure to define a first gap between the second line structure and the first line structure and a second gap between the third line structure and the first line structure; an isolation layer disposed in the first gap and the second gap and further disposed in the first recess, the isolation layer having a second recessed portion defining a second recess in the first recess; and a fuse structure disposed in the second recess, wherein a portion of the isolation layer is disposed between the fuse structure and the first line structure. a semiconductor substrate; a first line structure disposed on the semiconductor substrate, the first line structure having two end portions and a first recessed portion between the two end portions (172a, 172b), the recessed portion defining a first recess, wherein the recessed portion is disposed between the first recess and the semiconductor substrate; a second and a third line structure (104, 106) disposed on the semiconductor substrate along opposite sides of the first line structure, the second and third line structures being spaced apart from the first line structure to define a first gap between the second line structure and the first line structure and a second gap between the third line structure and the first line structure; an isolation layer disposed in the first gap and the second gap and further disposed in the first recess, the isolation layer having a second recessed portion defining a second recess in the first recess; and a fuse structure disposed in the second recess, wherein a portion of the isolation layer is disposed between the fuse structure and the first line structure.
Method for checking the relationship between a process alarm of a process object displayed visually on an operator client of a process control system and output acoustically, - wherein an operator server of the process control system has - an alarm message component for preparing process alarms to be output acoustically and for transmitting these process alarms to an alarm output and - an alarm display component for preparing process alarms to be output visually and for transmitting these process alarms to the operator client, on which the process alarms can be displayed, and - wherein the output of the respective acoustic process alarms can be deactivated by means of an operator input on the operator client, characterised in that - the alarm display component is queried by the alarm message component, as to which process alarm is currently output visually, - the alarm message component is used to check whether the process alarm currently output visually deviates from the process alarm currently output acoustically and - the deviation is shown on the operator client. - wherein an operator server of the process control system has - an alarm message component for preparing process alarms to be output acoustically and for transmitting these process alarms to an alarm output and - an alarm display component for preparing process alarms to be output visually and for transmitting these process alarms to the operator client, on which the process alarms can be displayed, and - an alarm message component for preparing process alarms to be output acoustically and for transmitting these process alarms to an alarm output and - an alarm display component for preparing process alarms to be output visually and for transmitting these process alarms to the operator client, on which the process alarms can be displayed, and - wherein the output of the respective acoustic process alarms can be deactivated by means of an operator input on the operator client, - the alarm display component is queried by the alarm message component, as to which process alarm is currently output visually, - the alarm message component is used to check whether the process alarm currently output visually deviates from the process alarm currently output acoustically and - the deviation is shown on the operator client.
Cylinder head gasket for a multicylinder engine, said cylinder head gasket comprising a single-layered gasket plate with a single sheet metal layer extending at least substantially over the entire gasket plate, combustion chamber openings (26a, 26b), and for each combustion chamber opening at least one ring-shaped combustion chamber sealing element, which encloses the associated combustion chamber opening and is in the form of a sheet metal ring which is arranged on the sheet metal layer and is joined by welding with a substance-to-substance bond to said sheet metal layer, wherein the sheet metal rings form the single combustion chamber sealing elements, and the cylinder head gasket is beadless in the areas of the sheet metal rings, wherein, for evening out the pressing forces acting on the cylinder head gasket around the combustion chamber openings (26a, 26b), - the sheet metal ring has on its side that faces away from the sheet metal layer or - the area of the sheet metal layer that is adjacent to the sheet metal ring has on its side that faces away from the sheet metal ring a stamped height profile around the associated combustion chamber opening, wherein the sheet metal rings each are thinner than the sheet metal layer, and wherein all sheet metal rings are attached to that side of the sheet metal layer which faces the engine block when the cylinder head gasket is installed. - the sheet metal ring has on its side that faces away from the sheet metal layer or - the area of the sheet metal layer that is adjacent to the sheet metal ring has on its side that faces away from the sheet metal ring
A method of managing modifications to read-only files in a computing system, comprising: mounting a set of read-only application volumes and at least one writeable volume to a virtual machine of a user, wherein the read-only application volumes are each accessible by a plurality virtual machines (840, 841) of the computing system and wherein the writeable volume is specific to the user of the virtual machine; identifying a file open request made by the virtual machine for a read-only file necessary to execute an application in one of the read-only application volumes, wherein the read-only file is accessible by the plurality of virtual machines (840, 841) of the computing system; in response to the file open request, generating a sparse file corresponding to the read-only file of the application, wherein the sparse file is specific to the user of the virtual machine and is stored in the writeable volume mounted to the virtual machine; identifying a modification to the read-only file as a result of execution of the application; and responsive to identifying the modification, initiating a write to the sparse file based on the modification and identifying the write in a region map for the sparse file, wherein the region map identifies modified portions of the read-only-file where reads are to be satisfied instead from the sparse file. mounting a set of read-only application volumes and at least one writeable volume to a virtual machine of a user, wherein the read-only application volumes are each accessible by a plurality virtual machines (840, 841) of the computing system and wherein the writeable volume is specific to the user of the virtual machine; identifying a file open request made by the virtual machine for a read-only file necessary to execute an application in one of the read-only application volumes, wherein the read-only file is accessible by the plurality of virtual machines (840, 841) of the computing system; in response to the file open request, generating a sparse file corresponding to the read-only file of the application, wherein the sparse file is specific to the user of the virtual machine and is stored in the writeable volume mounted to the virtual machine; identifying a modification to the read-only file as a result of execution of the application; and responsive to identifying the modification, initiating a write to the sparse file based on the modification and identifying the write in a region map for the sparse file, wherein the region map identifies modified portions of the read-only-file where reads are to be satisfied instead from the sparse file.
Method for remaining-distance control for a vehicle for stopping the vehicle at a predetermined stopping position, the remaining-distance control being optionally carried out in one of two modes, one of which is a comfort mode and the other mode is a high-precision mode, characterized in that - the vehicle is guided to the predetermined stopping position in a plurality of predetermined maneuvers, the individual maneuvers each ending in a target position (POS1, POS2, ZPOS) at which the vehicle is to be stopped, - a current situation is determined taking into account at least one maneuver already executed and - depending on the current situation, it is selected in which of the two modes the remaining-distance control is to be carried out, the selection being based on a comparison of the current situation with a list of predetermined situations, the list predetermining for each of the predetermined situations in which mode the remaining-distance control is to be carried out. - the vehicle is guided to the predetermined stopping position in a plurality of predetermined maneuvers, the individual maneuvers each ending in a target position (POS1, POS2, ZPOS) at which the vehicle is to be stopped, - a current situation is determined taking into account at least one maneuver already executed and - depending on the current situation, it is selected in which of the two modes the remaining-distance control is to be carried out, the selection being based on a comparison of the current situation with a list of predetermined situations, the list predetermining for each of the predetermined situations in which mode the remaining-distance control is to be carried out.
A pharmaceutically acceptable salt, which is N -( -1-(3-(4-chloro-3-(methylsulfonamido)-1-(2,2,2-trifluoroethyl)-1H-indazol-7-yl)-6-(3-methyl-3-(methylsulfonyl)but-1-yn-1-yl)pyridin-2-yl)-2-(3,5-difluorophenyl)ethyl)-2-((3bS,4aR)-5,5-difluoro-3-(trifluoromethyl)-3b,4,4a,5-tetrahydro-1H-cyclopropa[3,4]cyclopenta[1,2-c]pyrazol-1-yl)acetamide sodium salt, wherein the pharmaceutically acceptable salt is in crystalline form.