mhurhangee/patent-ind-claim-en huggingface dataset:
A biomechanically driven prosthetic finger assembly , comprising: a distal ring rotatively coupled between a coupling tip and a proximal ring via respective first and second hinged connections ; and a rocker rotatively coupled between the coupling tip and the proximal ring via respective third and fourth hinged connections , wherein: the first and second hinged connections define a midline (M) relative to a z-axis; the third hinged connection is located below the midline (M); and the fourth hinged connection is located above the midline (M), such that a relative rotational motion between the proximal ring and the distal ring causes a relative rotational motion between the distal ring and the coupling tip to emulate a finger's natural closing motion; characterised in that the rocker defines an H-shape having opposing first and second ends , the first end forming a first split prong at the third hinged connection , and the second end forming a second split prong at the fourth hinged connection . a distal ring rotatively coupled between a coupling tip and a proximal ring via respective first and second hinged connections ; and a rocker rotatively coupled between the coupling tip and the proximal ring via respective third and fourth hinged connections , wherein: the first and second hinged connections define a midline (M) relative to a z-axis; the third hinged connection is located below the midline (M); and the fourth hinged connection is located above the midline (M), such that a relative rotational motion between the proximal ring and the distal ring causes a relative rotational motion between the distal ring and the coupling tip to emulate a finger's natural closing motion; the first and second hinged connections define a midline (M) relative to a z-axis; the third hinged connection is located below the midline (M); and the fourth hinged connection is located above the midline (M), such that a relative rotational motion between the proximal ring and the distal ring causes a relative rotational motion between the distal ring and the coupling tip to emulate a finger's natural closing motion; characterised in that the rocker defines an H-shape having opposing first and second ends , the first end forming a first split prong at the third hinged connection , and the second end forming a second split prong at the fourth hinged connection .
A method for the position-controlled guidance of at least two pivotably movable cantilevered arms (28, 28-1, 28-2) of an agricultural distribution machine over a ground surface, wherein a relative position of the at least two pivotably movable cantilevered arms (28, 28-1, 28-2) in relation to the ground surface is detected respectively, and, based on the detected relative position, a realignment of the at least two cantilevered arms (28, 28-1, 28-2) and/or of the distribution device by means of a pivoting motion in relation to the ground surface is carried out through autonomous regulation, wherein the autonomous regulation for at least one of the at least two pivotably movable cantilevered arms (28, 28-1, 28-2) may be overridden by a manually specifiable regulation parameter, the manually specifiable regulation parameter being provided by way of manual control and at least temporarily lifts or stronger pivots at least one of the at least two pivotably movable cantilevered arms (28, 28-1, 28-2) as given by the autonomous regulation, wherein the autonomous regulation is temporarily interrupted by way of manual control for at least one of the at least two pivotably movable cantilevered arms (28, 28-1, 28-2), wherein a positioning of the at least one of the at least two pivotably movable cantilevered arms (28, 28-1, 28-2) is carried out in a manually controlled manner during the interruption, and wherein a desired position for the at least one of the at least two pivotably movable cantilevered arms (28, 28-1, 28-2) in relation to the ground surface is specified in a manually controlled manner during the interruption of the autonomous regulation and is subsequently maintained in a regulated manner over a definable time interval or until the interruption of the manual control, wherein to achieve a symmetrical motion of the cantilevers , the cantilevers are operatively connected to means or to coupling elements respectively such that pivoting motions of at least one of the cantilevers (28-1 or 28-2) is symmetrically transmitted to the oppositely positioned cantilever (28-1 or 28-2) with the means , and wherein the means respectively coupling elements provide an electro-hydraulic coupling of the at least two cantilevered arms (28-1 and 28-2).
A blockchain system, comprising: a blockchain relay communication network applied to a blockchain network, wherein blockchain nodes of the blockchain network are configured to communicate with each other by using relay nodes in the blockchain relay communication network; wherein the blockchain relay communication network comprises a plurality of relay clusters, each blockchain node of the blockchain network is connected to at least one relay cluster of the plurality of relay clusters and each relay cluster comprises a load balancer and at least one relay node connected to the load balancer; wherein the load balancer in any relay cluster is configured to receive a blockchain message from a blockchain node of the blockchain network and allocate the blockchain message to a specific relay node in the any relay cluster; and wherein the specific relay node is configured to determine a target relay cluster of the plurality of relay clusters according to identification information included in the blockchain message, the target relay cluster is connected to a target blockchain node of the blockchain network indicated by the blockchain message and the specific relay node is further configured to transmit the blockchain message to the target blockchain node through the target relay cluster. wherein the blockchain relay communication network comprises a plurality of relay clusters, each blockchain node of the blockchain network is connected to at least one relay cluster of the plurality of relay clusters and each relay cluster comprises a load balancer and at least one relay node connected to the load balancer; wherein the load balancer in any relay cluster is configured to receive a blockchain message from a blockchain node of the blockchain network and allocate the blockchain message to a specific relay node in the any relay cluster; and wherein the specific relay node is configured to determine a target relay cluster of the plurality of relay clusters according to identification information included in the blockchain message, the target relay cluster is connected to a target blockchain node of the blockchain network indicated by the blockchain message and the specific relay node is further configured to transmit the blockchain message to the target blockchain node through the target relay cluster.
Holding disc for axially securing a component in a cylindrical cavity or on a cylindrical shaft, wherein the holding disc has a protruding holding portion with an end face , wherein the end face is delimited by an outer edge and an inner edge , wherein the outer edge is inscribed in an outer circle (AK) with a first centre point (M1) and an inner circle (IK) with a second centre point (M2) is inscribed within the inner edge , where the first centre point (M1) and the second centre point (M2) lie on an axis (A), wherein the holding portion is inclined with respect to the axis (A) at least in the region of the end face , and the outer edge and/or the inner edge , when projected into a projection plane (P2) which is parallel to the axis (A), extend(s) in a meandering manner between the outer circle (AK) and the inner circle (IK), wherein the first centre point (M1) and the second centre point (M2) are at a distance from one another, characterized in that an axial distance (a) between the outer edge and the inner edge measured in the direction of the axis (A) corresponds to 1.2 to 3 times the material thickness (t) of the holding disc in the holding portion . the outer edge and/or the inner edge , when projected into a projection plane (P2) which is parallel to the axis (A), extend(s) in a meandering manner between the outer circle (AK) and the inner circle (IK), wherein the first centre point (M1) and the second centre point (M2) are at a distance from one another, characterized in that an axial distance (a) between the outer edge and the inner edge measured in the direction of the axis (A) corresponds to 1.2 to 3 times the material thickness (t) of the holding disc in the holding portion .
A spinning apparatus for making polymeric nanofibers, comprising: (a) a high speed rotating member being a spinning disk or a spinning bowl, wherein the rotating member has an edge and, optionally, the rotating member can be heated by induction heating; (b) a protecting shield affixed to an edge of the rotating member to form enclosed serrations wherein the protecting shield is positioned on the top of the spinning disk or the bottom of the spinning bowl; and (c) a stationary shield on the bottom of the rotating member. (a) a high speed rotating member being a spinning disk or a spinning bowl, wherein the rotating member has an edge and, optionally, the rotating member can be heated by induction heating; (b) a protecting shield affixed to an edge of the rotating member to form enclosed serrations wherein the protecting shield is positioned on the top of the spinning disk or the bottom of the spinning bowl; and (c) a stationary shield on the bottom of the rotating member.
A vehicle provided with a device comprising a central processing unit , at least one detector connected to said central processing unit , which detector comprises at least one detection surface and which is designed for detecting, in a detection direction, laser pulses or a light beam coming from external measuring apparatus which emits said laser pulses or light beam for the purpose of detecting a vehicle and/or measuring the speed of a vehicle, and at least one transmitter connected to the central processing unit , which transmitter comprises a transmission surface and which is designed for transmitting light pulses in a transmission direction that is substantially the same as said detection direction, which central processing unit is designed for causing the transmitter to transmit a series of light pulses upon detection of laser pulses or a light beam, characterised in that the detection surface and the transmission surface are connected to the vehicle in such a manner that the detection direction and the transmission direction are oriented substantially transversely to the driving direction of the vehicle and the centre of the transmission surface is less than 40 cm removed from the front or the rear of the vehicle .
Method for monitoring for collisions in an industrial truck having sensor means for capturing a surrounding area, having driving speed capture means and having a controller which can capture an obstacle from a signal from the sensor means and can determine a distance between the obstacle and the industrial truck , wherein the controller determines a collision risk mode in which a warning signal and/or intervention in vehicle functions is/are effected, in particular a deceleration of the driving speed of the industrial truck , characterized in that the controller uses the distance to determine a relative speed of the obstacle with respect to the industrial truck and compares the relative speed with a driving speed of the industrial truck from the driving speed capture means in the direction of the obstacle, and, if the relative speed is less than the driving speed of the industrial truck in the direction of the obstacle and the relative speed between the industrial truck and the obstacle is zero, changes over to a special mode in which a warning signal and/or intervention in vehicle functions is/are not effected.
A method for implementing indirect general packet radio service (GPRS) tunneling protocol (GTP) firewall filtering, the method comprising: using a signaling message routing node to dynamically populate an indirect GTP core (GTP-C) firewall filtering database with international mobile subscriber identifiers (IMSIs) and visited public land mobile network identifiers (VPLMN IDs) extracted from mobility management signaling messages for updating locations of outbound roaming subscribers; receiving a credit control request-initial (CCR-I) message generated in response to a GTP-C message; extracting an IMSI and a VPLMN ID from the CCR-I message; accessing the indirect GTP-C firewall filtering database using the IMSI extracted from the CCR-I message; determining that a record corresponding to the IMSI is present in the indirect GTP-C firewall filtering database; determining that a VPLMN ID in the record does not match the VPLMN ID extracted from the CCR-I message; and in response to determining that the VPLMN ID in the record does not match the VPLMN ID extracted from the CCR-I message, rejecting the CCR-I message. using a signaling message routing node to dynamically populate an indirect GTP core (GTP-C) firewall filtering database with international mobile subscriber identifiers (IMSIs) and visited public land mobile network identifiers (VPLMN IDs) extracted from mobility management signaling messages for updating locations of outbound roaming subscribers; receiving a credit control request-initial (CCR-I) message generated in response to a GTP-C message; extracting an IMSI and a VPLMN ID from the CCR-I message; accessing the indirect GTP-C firewall filtering database using the IMSI extracted from the CCR-I message; determining that a record corresponding to the IMSI is present in the indirect GTP-C firewall filtering database; determining that a VPLMN ID in the record does not match the VPLMN ID extracted from the CCR-I message; and in response to determining that the VPLMN ID in the record does not match the VPLMN ID extracted from the CCR-I message, rejecting the CCR-I message.
- Method for manufacturing by stereolithography a green part made of a ceramic or metallic material, method according to which layers based on a curable composition comprising: - said ceramic or metallic material formed by at least a ceramic or metallic powder respectively; and - an organic part comprising at least one monomer and/or one oligomer and at least one initiator for the polymerization of said monomer(s) and/or oligomer(s), are successively cured by said polymerization according to a pattern defined for each layer, the first layer being formed on a construction platform, and each other layer being formed then cured on the preceding layer, characterized in that as initiator(s), at least one thermal initiator is used, the at least one thermal initiator being capable of generating the initiation of a thermal polymerization under the action of the thermal energy released by said ceramic or metallic material respectively, during exposure of the latter to at least one irradiation source chosen from an UV irradiation source, a visible irradiation source and an IR irradiation source; the ceramic powder(s) being chosen among lanthanum strontium manganite ceramic, lanthanum strontium manganite ceramic in mixture with yttrium-stabilized zirconia, ferrite, silicon carbide, and silicon nitride, and the metallic powder(s) being chosen among silver, copper, iron, tungsten and their alloys. - said ceramic or metallic material formed by at least a ceramic or metallic powder respectively; and - an organic part comprising at least one monomer and/or one oligomer and at least one initiator for the polymerization of said monomer(s) and/or oligomer(s), characterized in that as initiator(s), at least one thermal initiator is used, the at least one thermal initiator being capable of generating the initiation of a thermal polymerization under the action of the thermal energy released by said ceramic or metallic material respectively, during exposure of the latter to at least one irradiation source chosen from an UV irradiation source, a visible irradiation source and an IR irradiation source; the ceramic powder(s) being chosen among lanthanum strontium manganite ceramic, lanthanum strontium manganite ceramic in mixture with yttrium-stabilized zirconia, ferrite, silicon carbide, and silicon nitride, and the metallic powder(s) being chosen among silver, copper, iron, tungsten and their alloys.
A system for measuring power produced by a three phase power source comprising a first phase, a second phase and a third phase, the system comprising: a first current sensor configured to sense a first current difference between a first current corresponding to the first phase and a second current corresponding to the second phase a second current sensor configured to sense a second current difference between the second current corresponding to the second phase and a third current corresponding to the third phase; and a power measuring device characterized in that a first voltage sensor is configured to sense a first voltage difference between a first voltage corresponding to the first phase and a second voltage corresponding to the second phase a second voltage sensor is configured to sense a second voltage difference between a second voltage corresponding to the second phase and a third voltage corresponding to the third phase; and wherein the power measuring device is configured to determine a third current difference by using the second current difference and the first current difference, calculate a third voltage difference by subtracting the first voltage difference from the second voltage difference and to determine the power produced by the power source using the first, second and third voltage differences and the first, second and third current differences. a first current sensor configured to sense a first current difference between a first current corresponding to the first phase and a second current corresponding to the second phase a second current sensor configured to sense a second current difference between the second current corresponding to the second phase and a third current corresponding to the third phase; and a power measuring device characterized in that a first voltage sensor is configured to sense a first voltage difference between a first voltage corresponding to the first phase and a second voltage corresponding to the second phase a second voltage sensor is configured to sense a second voltage difference between a second voltage corresponding to the second phase and a third voltage corresponding to the third phase; and wherein the power measuring device is configured to determine a third current difference by using the second current difference and the first current difference, calculate a third voltage difference by subtracting the first voltage difference from the second voltage difference and to determine the power produced by the power source using the first, second and third voltage differences and the first, second and third current differences.
A method of producing wipes in a three dimensional form from an essentially flat piece of material , comprising putting at least two creases in the piece of material, folding the piece of material about these creases to create a blank of essentially planar form, and opening out said blank into a three dimensional form, characterised in that said step of opening out the blank into a three dimensional form involves imparting an impetus to it using a pair of counter-rotating drums between which the blank is fed.
A power transfer system comprising: a polyphase dynamoelectric machine , wherein the dynamoelectric machine includes multiple electrical ports , including primary and secondary electrical ports, wherein the ports include a primary input port , and multiple secondary output ports ; a mechanical-inertial energy storage device coupled to the polyphase dynamoelectric machine ; polyphase traveling-wave inductive power transmitters coupled to respective of the secondary output ports ; polyphase travelling-wave power receivers inductively coupled to the transmitters , and providing electrical power to loads; a DC-AC power converter coupled to the primary input port that derives power from a power generation source, through a transmission line configured to provide variable-frequency power to the primary input port, wherein the polyphase dynamoelectric machine further includes respective electrical resonant circuits between the secondary output ports and the respective of the polyphase traveling-wave inductive power transmitters , configured to enhance power transfer efficiency to the transmitter. a polyphase dynamoelectric machine , wherein the dynamoelectric machine includes multiple electrical ports , including primary and secondary electrical ports, wherein the ports include a primary input port , and multiple secondary output ports ; a mechanical-inertial energy storage device coupled to the polyphase dynamoelectric machine ; polyphase traveling-wave inductive power transmitters coupled to respective of the secondary output ports ; polyphase travelling-wave power receivers inductively coupled to the transmitters , and providing electrical power to loads; a DC-AC power converter coupled to the primary input port that derives power from a power generation source, through a transmission line configured to provide variable-frequency power to the primary input port, wherein the polyphase dynamoelectric machine further includes respective electrical resonant circuits between the secondary output ports and the respective of the polyphase traveling-wave inductive power transmitters , configured to enhance power transfer efficiency to the transmitter.
Blade access arrangement for a rotor blade of a wind power plant, the arrangement comprising a platform having at least two sub-platforms which are movably connected to each other by means of a connecting arrangement, wherein the connecting arrangement comprises at least two parallel connectors , the connectors having the same length and at least at their ends the same distance to each other, characterized in that a space between the two sub-platforms is covered by a decking having a variable width.