mhurhangee/patent-ind-claim-en huggingface dataset:
A strength training apparatus having a manually operable operating element coupled via a lever mechanism to at least one unit generating a resistance, - the lever mechanism having, at a distance from a handle element of the operating element , at least one first joint mounted in a first axis via at least one first joint lever , and the lever mechanism having at least one second joint disposed between the at least one first joint and the handle element , - the at least one second joint being mounted at least indirectly in a second axis via at least one second joint lever , - one of the axes being disposed in operative connection with the at least one unit , - the other of the two axes being locked or being pivotable about a small angle, - the at least one second joint lever being connected to the second axis via a coupling link , - the two axes each being lockable or pivotable about a small angle individually and being operatively connectable to the at least one unit individually, - the at least two joint levers being disposed on the same side of a rod of the operating element , - the second joint being disposed in the area of the rod in an area between the first joint and the handle element , the second joint lever being fixed via the second joint so as to be pivotable, - and, on the side of the second joint lever facing away from the second joint , the coupling link -rod-shaped as an examplebeing connected to the second joint lever via a third joint so as to be pivotable on one side and to the second axis in a non-rotatable manner on the other side. - the lever mechanism having, at a distance from a handle element of the operating element , at least one first joint mounted in a first axis via at least one first joint lever , and the lever mechanism having at least one second joint disposed between the at least one first joint and the handle element , - the at least one second joint being mounted at least indirectly in a second axis via at least one second joint lever , - one of the axes being disposed in operative connection with the at least one unit , - the other of the two axes being locked or being pivotable about a small angle, - the at least one second joint lever being connected to the second axis via a coupling link , - the two axes each being lockable or pivotable about a small angle individually and being operatively connectable to the at least one unit individually, - the at least two joint levers being disposed on the same side of a rod of the operating element , - the second joint being disposed in the area of the rod in an area between the first joint and the handle element , the second joint lever being fixed via the second joint so as to be pivotable, - and, on the side of the second joint lever facing away from the second joint , the coupling link -rod-shaped as an examplebeing connected to the second joint lever via a third joint so as to be pivotable on one side and to the second axis in a non-rotatable manner on the other side.
Method for distributing an overall setpoint torque (Cglobal) between a first set of wheels and a second set of wheels of a vehicle , the method consisting in carrying out by successive iterations: - in a first branch , a step consisting in subtracting from said overall torque (Cglobal) an optimal torque (Car_opti) associated with said second train , so as to obtain a first set torque (Cav) to be applied to said first train ; - in a second branch , steps consisting of: - subtracting from said global setpoint torque (Cglobal) an estimated torque (Cav_estim) associated with said first train , so as to obtain a second setpoint torque (Car) to be applied to said second train , then - limit said second setpoint torque (Car) between a minimum torque (Cmin) and a maximum torque (Cmax) predefined; the method being characterized in that said first branch further comprises a step consisting in limiting said optimal torque (Car_opti) between said minimum torque (Cmin) and said maximum torque (Cmax) before calculating said first torque (cav). - in a first branch , a step consisting in subtracting from said overall torque (Cglobal) an optimal torque (Car_opti) associated with said second train , so as to obtain a first set torque (Cav) to be applied to said first train ; - in a second branch , steps consisting of: - subtracting from said global setpoint torque (Cglobal) an estimated torque (Cav_estim) associated with said first train , so as to obtain a second setpoint torque (Car) to be applied to said second train , then - limit said second setpoint torque (Car) between a minimum torque (Cmin) and a maximum torque (Cmax) predefined; - subtracting from said global setpoint torque (Cglobal) an estimated torque (Cav_estim) associated with said first train , so as to obtain a second setpoint torque (Car) to be applied to said second train , then - limit said second setpoint torque (Car) between a minimum torque (Cmin) and a maximum torque (Cmax) predefined;
A battery module comprising: a battery cell assembly in which a plurality of battery cells are arranged while being electrically connected; and first and second outer cover members each having a plate-type structure surrounding an outer surface of the battery cell assembly and coupled to each other by a fastening member in a state in which edges of first and second outer cover members corresponding to each other are in contact with each other, wherein each of the first and second outer cover members comprises at least one fastening groove having a slit shape, and the fastening grooves of the first and second outer cover members are perforated at positions corresponding to each other of edges contacting each other, and the first and second outer cover members are coupled to each other in such a manner that both side ends , which face each other, of the fastening member are respectively inserted into the fastening grooves of each of first and second outer cover members in a clamping manner. a battery cell assembly in which a plurality of battery cells are arranged while being electrically connected; and first and second outer cover members each having a plate-type structure surrounding an outer surface of the battery cell assembly and coupled to each other by a fastening member in a state in which edges of first and second outer cover members corresponding to each other are in contact with each other, wherein each of the first and second outer cover members comprises at least one fastening groove having a slit shape, and the fastening grooves of the first and second outer cover members are perforated at positions corresponding to each other of edges contacting each other, and the first and second outer cover members are coupled to each other in such a manner that both side ends , which face each other, of the fastening member are respectively inserted into the fastening grooves of each of first and second outer cover members in a clamping manner.
A magnetic filter for a central heating and/or cooling system, the magnetic filter comprising a chamber having an inlet and an outlet , and a movable magnetic assembly adapted to be movable from a position close to an outside wall of the chamber to a position spaced from the outside wall of the chamber , the movable magnetic assembly including an elongate carrier having a longitudinal centreline, and including a plurality of magnet pairs disposed along the carrier , each magnet pair having a first magnet on one side of the centreline and a second magnet on the other side of the centreline, the first and second magnets of each magnet pair being joined to each other by a bar passing across the centreline, characterised by the bar being movable relative to the carrier on a pivot , in which the pivot corresponding with at least one of the magnet pairs is offset from the centreline to one side, and the pivot corresponding with at least one other of the magnet pairs is offset from the centreline to the other side.
A closure for a container, comprising - a base configured to be attached to a mouth of said container; - a cap comprising a top member and a body member extending from said top member ; and - a connecting member comprising a strip of resilient material extending between and connecting said base and said cap , said cap being mobile between a first, closed position wherein said cap is disposed upon said base , and a second, opened position wherein said cap is detached from said base , in which said body member comprises a recess with a first side opening on an edge of said body member opposite the top member , and said connecting member is fastened along a first hinge to a second side of the recess opposite said first side , and in which when said cap is disposed in said first, closed position, said connecting member is accommodated in said recess such that it lies substantially flush with an exterior surface of said body member ; and when said cap is disposed in said second, opened position, said connecting member is rotated through at least 90° about said first hinge , the connecting member comprising a plurality of intermediate hinges characterized in that the plurality of intermediate hinges allows to provide rotation of said connecting member over a deflection of at least 270°; and in that the first, second and intermediate hinges are configured in progressively increasing rigidity from the cap to the base . - a base configured to be attached to a mouth of said container; - a cap comprising a top member and a body member extending from said top member ; and - a connecting member comprising a strip of resilient material extending between and connecting said base and said cap , said cap being mobile between a first, closed position wherein said cap is disposed upon said base , and a second, opened position wherein said cap is detached from said base , in which said body member comprises a recess with a first side opening on an edge of said body member opposite the top member , and said connecting member is fastened along a first hinge to a second side of the recess opposite said first side , and in which when said cap is disposed in said first, closed position, said connecting member is accommodated in said recess such that it lies substantially flush with an exterior surface of said body member ; and when said cap is disposed in said second, opened position, said connecting member is rotated through at least 90° about said first hinge , the connecting member comprising a plurality of intermediate hinges characterized in that the plurality of intermediate hinges allows to provide rotation of said connecting member over a deflection of at least 270°; and in that the first, second and intermediate hinges are configured in progressively increasing rigidity from the cap to the base .
Thread guide, suitable for a knitting machine, with a thread guide arm , to the free end of which a thread eyelet is attached, wherein the thread eyelet is attached to the thread guide arm in a non-destructively detachable manner, wherein at least one tool engagement is arranged on the thread guide arm and one tool engagement is arranged on the thread eyelet for a tool for releasing the thread eyelet , characterized in that the thread guide arm has at its free end two expandable legs between which the thread eyelet is arranged.
A nucleic acid encoding a UPF1 polypeptide for use in treating a disease, disorder or condition associated with FUS/TLS or TDP-43 toxicity, or encoding a UPF2 polypeptide for use in treating a disease, disorder or condition associated with TDP-43 toxicity, wherein the nucleic acid encoding the UPF1 or UPF2 polypeptide is to be administered to a subject suffering from or susceptible to the disease, disorder or condition. encoding a UPF1 polypeptide for use in treating a disease, disorder or condition associated with FUS/TLS or TDP-43 toxicity, or encoding a UPF2 polypeptide for use in treating a disease, disorder or condition associated with TDP-43 toxicity, wherein the nucleic acid encoding the UPF1 or UPF2 polypeptide is to be administered to a subject suffering from or susceptible to the disease, disorder or condition.
Elevator system, in which an elevator car can be moved in an elevator shaft between two adjacent floors (40.1, 40. 2) of a building using a traction sheave drive, wherein an elevator control unit for moving the elevator car from one of the floors to the other of the floors controls the traction sheave drive by means of a control signal determined using a value for the traction sheave diameter, wherein the elevator system has a device (8.1, 8.2) for determining the car position, and the device (8.1, 8.2) has a sensor device (8.1) which detects during the travel of the elevator car position flags (9.1, 9.2) fastened in the elevator shaft , characterized in that the elevator control unit is designed to control after an initial configuration of the elevator system an iterative adaptation of the value for the traction sheave diameter used to determine the control signal in order to increase the landing accuracy of the elevator car , wherein the position flags (9.1, 9.2) each have a predetermined length in the direction of travel of the elevator car, and a defined amount by which the value of the traction sheave diameter is changed during the iterative adaptation is dependent on the length of the position flags.
Method for controlling an intrinsically safe small robot with at least one turnable member whereas the free end of the member is moveable along a programmable path, wherein first means are foreseen for detecting a force or pressure or contact effect on at least an interaction point on at least the free end of at least the free member, wherein signals corresponding to the force or pressure or contact effect are producible, wherein second means are foreseen for carrying out the control of the robot movement according to the programmable path and according to predicted demands required in the case of detection of a force or pressure or contact effect and wherein in case of a detection the control will carried out in that way that the robot movement is temporarily stopped, slowed down or not stopped and that a temporarily change of the programmable movement path is determined under consideration of the produced signals, having the following steps • a force effect onto an interaction point on at least one turnable member of the robot is applied, • signals according to the force effect are generated by first means, • the signals are processed by a processing unit into control signals for the robot, • the controlling of the robot is carried out in that way that the robot temporarily will be stopped or not stopped and that temporarily a change of the movement path at least of the free end of the robot member is effected, • wherein the severity of the force effect is determined by the processing unit by comparing the force effect signals with threshold data, • wherein the analyzed data are compared with threshold data, and • characterized in that at least two signals are generated by the first means so that one control signal may be chosen from a list of control signals for the robot. • a force effect onto an interaction point on at least one turnable member of the robot is applied, • signals according to the force effect are generated by first means, • the signals are processed by a processing unit into control signals for the robot, • the controlling of the robot is carried out in that way that the robot temporarily will be stopped or not stopped and that temporarily a change of the movement path at least of the free end of the robot member is effected, • wherein the severity of the force effect is determined by the processing unit by comparing the force effect signals with threshold data, • wherein the analyzed data are compared with threshold data, and • characterized in that at least two signals are generated by the first means so that one control signal may be chosen from a list of control signals for the robot.
Levelling system for adjusting a distance between a component and a surface , comprising a shaft for adjusting the distance , an anchor sleeve for anchoring in a component and a support body for resting on a surface , wherein, in operation, the shaft extends axially at least partially through the anchor sleeve and the shaft and the anchor sleeve are configured and connected to one another such that a rotation of the shaft leads to an axial relative movement of the anchor sleeve relative to the shaft , wherein the shaft has a first end and an opposite second end which, in operation, rests on the support body so that, in operation, the shaft can be rotated by an installer in order to adjust the distance until a desired distance is reached by the axial relative movement of a component anchored to the anchor sleeve relative to a surface comprising the support body resting thereon, wherein the anchor sleeve has a radially protruding stop for axially fixed anchoring of the anchor sleeve in a bore of a component and the levelling system is configured such that the anchor sleeve only needs to be inserted from below into the bore of the component to the stop so that the side of the component facing the surface abuts against the side of the stop facing away from the surface , wherein the support body has a central opening and the shaft has a centrally axially extending projection at the second end for connecting the projection to the support body , wherein the projection is designed such that, during production of the levelling system , the projection has first been passed through a narrowest region of the opening of the support body and the projection has then been widened such that that a diameter of the projection behind the narrowest region, which is enlarged as a result, is greater than the narrowest region of the opening of the support body .
A method for providing a continuous user authentication service for resource access control by a first device including one or more sensors collecting authentication information, a memory storing instructions and a processor executing the instructions, the method comprising: launching a continuous authentication service , by the processor , at a boot time of the first device ; receiving authentication information, by the one or more sensors, comprising one or more of explicit authentication information or implicit authentication information ; receiving a request for access to a resource of the first device , by a I/O interface from a user; determining, by the processor , a current value of a security state, the current value of the security state based in part on a time interval between a receipt time of the authentication information and a current time ; and controlling access to the resource based on the current value of the security state , by the processor ; characterized in that the determining the current value of the security state comprises determining the current value of the security state using a weighting value which is changed based on the result of repeatedly failing to obtain reliable authentication information. launching a continuous authentication service , by the processor , at a boot time of the first device ; receiving authentication information, by the one or more sensors, comprising one or more of explicit authentication information or implicit authentication information ; receiving a request for access to a resource of the first device , by a I/O interface from a user; determining, by the processor , a current value of a security state, the current value of the security state based in part on a time interval between a receipt time of the authentication information and a current time ; and controlling access to the resource based on the current value of the security state , by the processor ; characterized in that the determining the current value of the security state comprises determining the current value of the security state using a weighting value which is changed based on the result of repeatedly failing to obtain reliable authentication information.
A compound having a structure selected from the group consisting of: or a pharmaceutically acceptable salt thereof.
An electronic component comprising a high voltage switching transistor encased in a package, wherein the transistor comprises: a source electrode , a gate electrode , and a drain electrode , each on a first side of a semiconductor body of the transistor, wherein the source electrode is electrically connected to a conductive structural portion of the package, wherein the first side of the semiconductor body is facing away from the conductive structural portion of the package, wherein the transistor comprises an insulating or semi-insulating portion , said insulating or semi-insulating portion being an insulating or semi-insulating substrate between the conductive structural portion and the semiconductor body or said insulating or semi-insulating portion being an insulating or semi-insulating part of the semiconductor body on the side of the semiconductor body opposite the first side of said semiconductor body , and wherein the package further comprises: a case ; and a gate lead , a source lead , and a drain lead , wherein the source lead is positioned between the gate lead and the drain lead on a wall of the case and the source lead is electrically connected to the conductive structural portion of the package. a source electrode , a gate electrode , and a drain electrode , each on a first side of a semiconductor body of the transistor, wherein the source electrode is electrically connected to a conductive structural portion of the package, wherein the first side of the semiconductor body is facing away from the conductive structural portion of the package, wherein the transistor comprises an insulating or semi-insulating portion , said insulating or semi-insulating portion being an insulating or semi-insulating substrate between the conductive structural portion and the semiconductor body or said insulating or semi-insulating portion being an insulating or semi-insulating part of the semiconductor body on the side of the semiconductor body opposite the first side of said semiconductor body , and wherein the package further comprises: a case ; and a gate lead , a source lead , and a drain lead , wherein the source lead is positioned between the gate lead and the drain lead on a wall of the case and the source lead is electrically connected to the conductive structural portion of the package. a case ; and a gate lead , a source lead , and a drain lead , wherein the source lead is positioned between the gate lead and the drain lead on a wall of the case and the source lead is electrically connected to the conductive structural portion of the package.