mhurhangee/patent-ind-claim-en huggingface dataset:
An exercise machine , comprising: a stationary main frame having a forward end, a rear end, and opposite sides; an exercise arm assembly movably mounted relative to the main frame and having a user engaging portion which is adapted for engagement by a part of a user's body to perform an exercise when a user is supported in an exercise position on a user support assembly ; a user support assembly mounted on the main frame and adapted to support a user in an exercise position during an exercise; the user support assembly comprising a base pivotally mounted on the main frame for rotation above a first pivot axis, an unstable user support platform , and a pivot connection between the user support platform and the base configured for allowing free rotation of the user support platform about at least one non-vertical tilting pivot axis in at least two opposite directions between a centered user support position and first and second tilted end positions; a stop assembly between the base and the user support platform which defines the respective first and second end positions and limits tilting movement from said centered support position in each direction to a predetermined angular range; characterized by a connecting linkage between the user support assembly and the exercise arm assembly which links movement of the exercise arm assembly during an exercise to movement of the user support assembly about said first pivot axis, and a load which resists movement of at least one of the user support assembly , the exercise arm assembly and the connecting linkage . a stationary main frame having a forward end, a rear end, and opposite sides; an exercise arm assembly movably mounted relative to the main frame and having a user engaging portion which is adapted for engagement by a part of a user's body to perform an exercise when a user is supported in an exercise position on a user support assembly ; a user support assembly mounted on the main frame and adapted to support a user in an exercise position during an exercise; the user support assembly comprising a base pivotally mounted on the main frame for rotation above a first pivot axis, an unstable user support platform , and a pivot connection between the user support platform and the base configured for allowing free rotation of the user support platform about at least one non-vertical tilting pivot axis in at least two opposite directions between a centered user support position and first and second tilted end positions; a stop assembly between the base and the user support platform which defines the respective first and second end positions and limits tilting movement from said centered support position in each direction to a predetermined angular range; characterized by a connecting linkage between the user support assembly and the exercise arm assembly which links movement of the exercise arm assembly during an exercise to movement of the user support assembly about said first pivot axis, and a load which resists movement of at least one of the user support assembly , the exercise arm assembly and the connecting linkage .
A casting device for casting under pressure, in particular a counter-pressure die casting device or a low-pressure die casting device, comprising: - a furnace , in which a receiving space for receiving melt is formed, wherein the receiving space can be supplied with compressed air; - a mold , which comprises a lower mold part and an upper mold part , wherein the two mold parts form a mold cavity when assembled, wherein at least one of the two mold parts has a media channel for supplying a cooling medium, wherein the media channel is fluidically connected to at least one cooling medium hose ; - an intermediate plate , which is arranged between the furnace and the mold ; - at least one riser tube for conducting melt , by means of which riser tube the receiving space of the furnace is fluidically connected to the mold cavity of the mold ; wherein a coupling having a first coupling part and a second coupling part is formed between the cooling medium hose and the media channel , characterized in that the coupling can be automatically coupled and uncoupled by means of an actuator . - a furnace , in which a receiving space for receiving melt is formed, wherein the receiving space can be supplied with compressed air; - a mold , which comprises a lower mold part and an upper mold part , wherein the two mold parts form a mold cavity when assembled, wherein at least one of the two mold parts has a media channel for supplying a cooling medium, wherein the media channel is fluidically connected to at least one cooling medium hose ; - an intermediate plate , which is arranged between the furnace and the mold ; - at least one riser tube for conducting melt , by means of which riser tube the receiving space of the furnace is fluidically connected to the mold cavity of the mold ;
Reinforced ply comprising a plurality of reinforcing elements that are arranged side by side parallel to one another in a main direction (A) and are embedded in a polymer composition, each reinforcing element comprising first and second filamentary members, the first filamentary member having, at rest, an overlength of A1% with respect to the length at rest of the second filamentary member, where 0% < A1 < AR, AR representing the elongation at break, in per cent, of the second filamentary member, for each reinforcing element, M1/M2<1, M1 being the modulus of the reinforcing element for any elongation of the ply less than or equal to K1×A1%, M2 being the modulus of the reinforcing element for any elongation of the ply greater than or equal to K2×A1%, where K1 ranges from 0.8 to 0.95 and K2 ranges from 1.05 to 1.2, the moduli M1, M2 and the elongation at break AR being measured in accordance with the standard ASTM D885-03, the reinforced ply being characterized in that for any elongation of the ply in the main direction (A) less than or equal to A1%, the second filamentary member deforms plastically.
Method for desalination of hot supersaturated water having a temperature of between 40°C and 80°C, comprising contacting said hot water with a reverse osmosis membrane which is resistant to temperatures of between 40 and 80°C without a prior cooling step, said hot supersaturated water being characterized by a high CO 2 content, giving it an equilibrium pH of less than 7.5, in that it exhibits a calcium carbonate supersaturation potential and in that it comprises compounds selected from calcium, magnesium, sodium, potassium, carbonates, bicarbonates, chlorides, sulfates or a mixture thereof, with a total amount superior to 500 mg/l.
A transmission method of an arbitrary signal (b1) using an acoustic sound by embedding the arbitrary signal (b1) into the acoustic sound composed of plural sounds, comprising the steps of: finding a separable sound, of which a fundamental element (a2) contributing mainly to recognition of a single sound and an additional element (a1) contributing collaterally to recognition of the aforementioned single sound are separable on a temporal axis or a frequency axis, among the plural sounds composing the acoustic sound, transcribing the additional element (a1) of the separable sound found in the above by a signal pattern (b1-1, b1-2) of the arbitrary signal (b1) so that the arbitrary signal (b1) is transmitted by means of the acoustic sound, wherein when the separable sound has a plurality of the additional elements (a1), one of the additional elements (a1) is transcribed by a signal pattern (b1-1, b1-2) as a positive signal of the arbitrary signal (b1) and an other one is transcribed by a signal pattern (b1-1, b1-2) having a complementary relationship to the positive signal of the arbitrary signal (b1), and if the complementary relationship therebetween is incorrect, the signal patterns (b1-1, b1-2) are compared at a side receiving the arbitrary signal (b1) to employ one of the signal patterns (b1-1, b1-2) of which S/N ratio is higher. finding a separable sound, of which a fundamental element (a2) contributing mainly to recognition of a single sound and an additional element (a1) contributing collaterally to recognition of the aforementioned single sound are separable on a temporal axis or a frequency axis, among the plural sounds composing the acoustic sound, transcribing the additional element (a1) of the separable sound found in the above by a signal pattern (b1-1, b1-2) of the arbitrary signal (b1) so that the arbitrary signal (b1) is transmitted by means of the acoustic sound, wherein when the separable sound has a plurality of the additional elements (a1), one of the additional elements (a1) is transcribed by a signal pattern (b1-1, b1-2) as a positive signal of the arbitrary signal (b1) and an other one is transcribed by a signal pattern (b1-1, b1-2) having a complementary relationship to the positive signal of the arbitrary signal (b1), and if the complementary relationship therebetween is incorrect, the signal patterns (b1-1, b1-2) are compared at a side receiving the arbitrary signal (b1) to employ one of the signal patterns (b1-1, b1-2) of which S/N ratio is higher.
A method comprising: receiving at a network virtualization edge network element, NVE, an address resolution protocol, ARP, request message from a requesting virtual machine, the ARP request message comprising a request for a destination address for a destination virtual machine, wherein the destination address comprises one or both of a destination hardware address or a destination media access control address; performing by the NVE a look up of the destination address in a border gateway protocol, BGP, table; creating by the NVE an ARP reply message that includes the destination address; transmitting by the NVE the ARP reply message to the requesting virtual machine; updating by the NVE a forwarding table of the NVE with the destination address for the destination virtual machine, wherein the step of updating a forwarding table of the NVE occurs after the step of performing a look up of the destination address in the BGP table; and removing by the NVE an for the destination address of the destination virtual machine from the forwarding table of the NVE after the expiration of a predetermined amount of time. receiving at a network virtualization edge network element, NVE, an address resolution protocol, ARP, request message from a requesting virtual machine, the ARP request message comprising a request for a destination address for a destination virtual machine, wherein the destination address comprises one or both of a destination hardware address or a destination media access control address; performing by the NVE a look up of the destination address in a border gateway protocol, BGP, table; creating by the NVE an ARP reply message that includes the destination address; transmitting by the NVE the ARP reply message to the requesting virtual machine; updating by the NVE a forwarding table of the NVE with the destination address for the destination virtual machine, wherein the step of updating a forwarding table of the NVE occurs after the step of performing a look up of the destination address in the BGP table; and removing by the NVE an for the destination address of the destination virtual machine from the forwarding table of the NVE after the expiration of a predetermined amount of time.
A method for determining the periodicity of data characterized by a plurality of attributes, at least one subset of the data including a periodicity associated with one of the attributes, characterized in that it includes the steps of: - obtaining attribute values characterizing each datum to be processed, - selecting a first attribute, and calculating , for each datum to be processed, coordinates in a cylindrical frame of reference, the coordinates including an angular value based on the value of said first attribute for the datum to be processed and a periodicity coefficient, and a height, - displaying display objects on a three-dimensional display cylinder, each display object corresponding to a datum to be processed and being positioned on the display cylinder based on the calculated coordinates, at least one sector of the three-dimensional display cylinder being viewable by an operator, - in response to a winding command of the display objects on the display cylinder, modifying the periodicity coefficient into a current periodicity coefficient and refreshing the display, - obtaining a group of selected display objects substantially forming a predetermined geometric pattern, said group of display objects corresponding to a subset of data having a periodicity according to the first attribute. - obtaining attribute values characterizing each datum to be processed, - selecting a first attribute, and calculating , for each datum to be processed, coordinates in a cylindrical frame of reference, the coordinates including an angular value based on the value of said first attribute for the datum to be processed and a periodicity coefficient, and a height, - displaying display objects on a three-dimensional display cylinder, each display object corresponding to a datum to be processed and being positioned on the display cylinder based on the calculated coordinates, at least one sector of the three-dimensional display cylinder being viewable by an operator, - in response to a winding command of the display objects on the display cylinder, modifying the periodicity coefficient into a current periodicity coefficient and refreshing the display, - obtaining a group of selected display objects substantially forming a predetermined geometric pattern, said group of display objects corresponding to a subset of data having a periodicity according to the first attribute.
Locking device for locking and unlocking a movable part, in particular a charging cable plug , for a vehicle with at least one movable blocking means , in particular in the form of a blocking bolt, which serves for mechanically locking the movable part , wherein the blocking means comprises at least one locking position (II), in which the movable part can be locked by the blocking means , and one unlocking position (I), in which the movable part can be released by the blocking means , and an electromechanical drive which drives the blocking means , whereby a change between the locking position (II) and unlocking position (I) can be generated, and a housing in which at least the blocking means and the drive are arranged, characterized In that an emergency release is provided for an emergency, wherein the emergency release transfers the blocking means from its locking position (II) to its unlocking position (I).
A surgical cage positioning system for the implantological replacement of an intervertebral disc, preferably in the region of the human lumbar spine, comprising: - a positioning instrument having an actuating segment and having an instrumentation segment which extends away from the actuating segment in the direction of the longitudinal axis of the positioning instrument , wherein the instrumentation segment has a first coupling prong and a first manipulator prong , each of which is provided with a coupling element , wherein the manipulator prong is displaceable in the axial direction relative to the coupling prong by means of a handle ; and - a cage to be implanted, having an insertion opening for the instrumentation segment and having coupling means via which the coupling elements of the instrumentation segment can each be coupled to the cage in an articulated manner, wherein the coupling means and the coupling elements of the positioning instrument coupled to the cage interact in such a way that the cage is pivotable relative to the longitudinal axis of the positioning instrument by means of the manipulator prong about a first axis of rotation D defined by the coupling element of the coupling prong and the coupling means of the cage , characterized in that the coupling means of the cage associated with the coupling element of the manipulator prong causes a translational movement of the coupling element of the manipulator prong along a non-linear movement path (B) relative to the cage when the cage is pivoted, wherein the coupling means of the cage associated with the coupling element of the manipulator prong is preferably designed as a non-linear groove or a non-linear elongated hole. - a positioning instrument having an actuating segment and having an instrumentation segment which extends away from the actuating segment in the direction of the longitudinal axis of the positioning instrument , wherein the instrumentation segment has a first coupling prong and a first manipulator prong , each of which is provided with a coupling element , wherein the manipulator prong is displaceable in the axial direction relative to the coupling prong by means of a handle ; and - a cage to be implanted, having an insertion opening for the instrumentation segment and having coupling means via which the coupling elements of the instrumentation segment can each be coupled to the cage in an articulated manner, wherein the coupling means and the coupling elements of the positioning instrument coupled to the cage interact in such a way that the cage is pivotable relative to the longitudinal axis of the positioning instrument by means of the manipulator prong about a first axis of rotation D defined by the coupling element of the coupling prong and the coupling means of the cage ,
A distributed optical fibre sensing system comprising: a sensor fibre comprising first and second waveguides extending together along the fibre; and an interrogation system coupled to the sensor fibre and arranged to measure one or more physical parameters as a function of position along the sensor fibre by carrying out at least first and second sensing operations to detect properties of probe light backscattered within the first and second waveguides respectively, characterised in that : the first waveguide is a single mode waveguide and the second waveguide is a multi mode waveguide; and the first and second waveguides are waveguides of a double clad optical fibre in which the first waveguide is a single mode core of the double clad optical fibre. a sensor fibre comprising first and second waveguides extending together along the fibre; and an interrogation system coupled to the sensor fibre and arranged to measure one or more physical parameters as a function of position along the sensor fibre by carrying out at least first and second sensing operations to detect properties of probe light backscattered within the first and second waveguides respectively, characterised in that : the first waveguide is a single mode waveguide and the second waveguide is a multi mode waveguide; and the first and second waveguides are waveguides of a double clad optical fibre in which the first waveguide is a single mode core of the double clad optical fibre. the first waveguide is a single mode waveguide and the second waveguide is a multi mode waveguide; and the first and second waveguides are waveguides of a double clad optical fibre in which the first waveguide is a single mode core of the double clad optical fibre.
A rear view mirror for a vehicle, said rear view mirror comprising a spoiler (1, 1', 1") for optimizing airflow, the spoiler (1, 1', 1") comprising: a flexible surface layer (2, 2', 2") which is reversibly deformable and which is arranged to cover an opening (4, 4', 4") in a surface of the rear view mirror; and at least one stamp (3a, 3a', 3a", 3b) comprising active material for deforming the flexible surface layer (2, 2', 2"), wherein the at least one stamp (3a, 3a', 3a", 3b) is adapted to translate between a retracted and a deployed position; wherein at least part of at least one of the stamps (3a, 3a', 3a", 3b) moves substantially along a curved line between the retracted and the deployed position. a flexible surface layer (2, 2', 2") which is reversibly deformable and which is arranged to cover an opening (4, 4', 4") in a surface of the rear view mirror; and at least one stamp (3a, 3a', 3a", 3b) comprising active material for deforming the flexible surface layer (2, 2', 2"), wherein the at least one stamp (3a, 3a', 3a", 3b) is adapted to translate between a retracted and a deployed position; wherein at least part of at least one of the stamps (3a, 3a', 3a", 3b) moves substantially along a curved line between the retracted and the deployed position.
An electronic safety actuator for actuating an elevator car safety , the electronic safety actuator comprising: an electronic safety actuator body vertically secured to the elevator car with horizontal maneuverability, the electronic safety actuator body defining a groove through which a guide rail , along which the elevator car moves vertically, is translatable; characterized by a magnetic guide operably disposed within the groove to exert magnetic force on the guide rail ; a sensor disposed within the groove to sense horizontal distance between the guide rail and corresponding portions of the electronic safety actuator body ; and a control system configured to control the magnetic guide to exert the magnetic force in accordance with readings of the sensor to maneuver the electronic safety actuator body horizontally. an electronic safety actuator body vertically secured to the elevator car with horizontal maneuverability, the electronic safety actuator body defining a groove through which a guide rail , along which the elevator car moves vertically, is translatable; characterized by a magnetic guide operably disposed within the groove to exert magnetic force on the guide rail ; a sensor disposed within the groove to sense horizontal distance between the guide rail and corresponding portions of the electronic safety actuator body ; and a control system configured to control the magnetic guide to exert the magnetic force in accordance with readings of the sensor to maneuver the electronic safety actuator body horizontally.
A method of producing a polyvinyl chloride-free top layer for a decking element , the method comprising the method steps indicated below: A) Providing a base layer comprising and/or consisting of plastic; B) Printing a décor on a top side of the base layer facing a usable side ; C) Bonding, namely laminating by pressure and/or heat, a, preferably transparent, wearing surface to the printed base layer to form a, preferably solid, layer composite ; D) Embossing the layer composite at least in some areas, preferably over the entire surface, with a structure at least substantially synchronous with the décor , the structure being embossed in such a way that it is visible both on the top side facing the usable side and at least in some areas on the bottom side of the layer composite facing away from the usable side ; E) Application of a surface sealing layer , preferably a lacquer layer, to the top side of the layer composite facing the usable side ; F) optionally: curing of the surface sealing layer , preferably the lacquer layer. A) Providing a base layer comprising and/or consisting of plastic; B) Printing a décor on a top side of the base layer facing a usable side ; C) Bonding, namely laminating by pressure and/or heat, a, preferably transparent, wearing surface to the printed base layer to form a, preferably solid, layer composite ; D) Embossing the layer composite at least in some areas, preferably over the entire surface, with a structure at least substantially synchronous with the décor , the structure being embossed in such a way that it is visible both on the top side facing the usable side and at least in some areas on the bottom side of the layer composite facing away from the usable side ; E) Application of a surface sealing layer , preferably a lacquer layer, to the top side of the layer composite facing the usable side ; F) optionally: curing of the surface sealing layer , preferably the lacquer layer.