mhurhangee/patent-ind-claim-en huggingface dataset:
A suture passer , comprising: (a) a needle extending longitudinally and configured to be manipulated between a catch position and a release position; (b) a first suture notch extending through the needle, wherein the first suture notch includes a first catch undercut configured to receive a suture thread therein and releasably capture the suture thread radially inwardly as the needle is manipulated toward a catch direction; and (c) a second suture notch extending through the needle, wherein the second suture notch includes a second catch undercut configured to receive the suture thread therein and releasably capture the suture thread radially inwardly as the needle is manipulated toward the catch direction; (d) a sheath having a longitudinal bore extending therethrough, wherein the longitudinal bore slidably receives the needle therein such that the needle is configured to move distally within the longitudinal bore relative to the sheath from a retracted position to an extended position; wherein the sheath further includes an upper aperture and a lower aperture proximal to an end of the distal sheath, wherein the apertures are configured to provide communication between an outer radial surface of the sheath and the bore such that the apertures expose needle head when the needle is slidably inserted within the longitudinal bore ; and wherein the upper aperture is positioned along sheath to correspond with the first suture notch on needle head and wherein lower aperture is positioned along sheath to correspond with the second suture notch . (a) a needle extending longitudinally and configured to be manipulated between a catch position and a release position; (b) a first suture notch extending through the needle, wherein the first suture notch includes a first catch undercut configured to receive a suture thread therein and releasably capture the suture thread radially inwardly as the needle is manipulated toward a catch direction; and (c) a second suture notch extending through the needle, wherein the second suture notch includes a second catch undercut configured to receive the suture thread therein and releasably capture the suture thread radially inwardly as the needle is manipulated toward the catch direction; (d) a sheath having a longitudinal bore extending therethrough, wherein the longitudinal bore slidably receives the needle therein such that the needle is configured to move distally within the longitudinal bore relative to the sheath from a retracted position to an extended position;
A method implemented by one or more processors, comprising: receiving a group of data points generated based on sensor data from one or more sensors obtained during imitation learning of a robot trajectory, wherein the imitation learning includes physical manipulation of a reference point from an initial point to a target point; generating a dynamical systems control policy that regulates both robot motion and robot interaction with an environment, wherein generating the dynamical systems control policy comprises: generating a plurality of kernels based on the group of data points, wherein the kernels are generated based on convex optimization, and generating one or more vector fields based on the plurality of kernels, wherein the one or more vector fields comprise a plurality of Reproducing Kernel Hilbert spaces, RKHS, associated with the plurality of kernels, wherein the one or more vector fields collectively form the dynamical systems control policy; and controlling one or more robots based on the dynamical systems control policy. receiving a group of data points generated based on sensor data from one or more sensors obtained during imitation learning of a robot trajectory, wherein the imitation learning includes physical manipulation of a reference point from an initial point to a target point; generating a dynamical systems control policy that regulates both robot motion and robot interaction with an environment, wherein generating the dynamical systems control policy comprises: generating a plurality of kernels based on the group of data points, wherein the kernels are generated based on convex optimization, and generating one or more vector fields based on the plurality of kernels, wherein the one or more vector fields comprise a plurality of Reproducing Kernel Hilbert spaces, RKHS, associated with the plurality of kernels, wherein the one or more vector fields collectively form the dynamical systems control policy; and generating a plurality of kernels based on the group of data points, wherein the kernels are generated based on convex optimization, and generating one or more vector fields based on the plurality of kernels, wherein the one or more vector fields comprise a plurality of Reproducing Kernel Hilbert spaces, RKHS, associated with the plurality of kernels, wherein the one or more vector fields collectively form the dynamical systems control policy; and controlling one or more robots based on the dynamical systems control policy.
An isolated cell composition comprising: a) plasma; b) platelets at a concentration of at least 300x10 9 cells/L; c) white blood cells at a concentration of at least 7.0x10 9 cells/L; d) fibrinogen at a concentration of at least 3 mg/L; e) a cell extract where cells are selected from fibroblasts and fat cells, wherein cells are at a concentration of about 10 5 to about 10 6 cells/L; and wherein the erythrocyte concentration is less than 0.6x10 12 cells/L. a) plasma; b) platelets at a concentration of at least 300x10 9 cells/L; c) white blood cells at a concentration of at least 7.0x10 9 cells/L; d) fibrinogen at a concentration of at least 3 mg/L; e) a cell extract where cells are selected from fibroblasts and fat cells, wherein cells are at a concentration of about 10 5 to about 10 6 cells/L;
A transmission device, comprising: an image encoding unit that generates a basic video stream including encoded image data of basic format image data and an extended video stream including encoded image data of each of a predetermined number of pieces of high-quality format image data; a transmission unit that transmits a container of a predetermined format including the basic video stream and the extended video stream generated by the image encoding unit, wherein the image encoding unit inserts identification information identifying a corresponding type of component into the encoded image data of the basic format image data and each of the predetermined number of pieces of high-quality format image data; and wherein the encoded image data has a NAL unit structure, and the image encoding unit inserts the identification information into a header of the NAL unit; and an information inserting unit that inserts information defining a type of component of the encoded image data of each of the predetermined number of pieces of high-quality format image data into the container, wherein the type of component of the encoded image data is indicated by the identification information inserted into the encoded image data, wherein the container is an MPEG2-TS, and the information inserting unit inserts the information into a video elementary stream loop corresponding to the video stream existing under a program map table. an image encoding unit that generates a basic video stream including encoded image data of basic format image data and an extended video stream including encoded image data of each of a predetermined number of pieces of high-quality format image data; a transmission unit that transmits a container of a predetermined format including the basic video stream and the extended video stream generated by the image encoding unit, wherein the image encoding unit inserts identification information identifying a corresponding type of component into the encoded image data of the basic format image data and each of the predetermined number of pieces of high-quality format image data; and wherein the encoded image data has a NAL unit structure, and the image encoding unit inserts the identification information into a header of the NAL unit; and an information inserting unit that inserts information defining a type of component of the encoded image data of each of the predetermined number of pieces of high-quality format image data into the container, wherein the type of component of the encoded image data is indicated by the identification information inserted into the encoded image data, wherein the container is an MPEG2-TS, and the information inserting unit inserts the information into a video elementary stream loop corresponding to the video stream existing under a program map table.
A method of wireless communication at a first node , comprising: determining a data frame based on synchronization information, wherein the data frame has a signaling block and a plurality of data slots , wherein the signaling block is prior to the plurality of data slots , wherein the signaling block includes M1 prioritized element periods and M2 contention element periods , wherein the plurality of data slots includes M1 prioritized slots and M2 contention slots , M1 and M2 each being an integer, wherein the M1 prioritized element periods are allocated for priority based traffic, wherein the M2 contention element periods are allocated for contention based traffic, wherein the M1 prioritized slots are allocated for priority based traffic, and wherein the M2 contention slots are allocated for contention based traffic, wherein each prioritized element period corresponds to one prioritized slot and wherein each contention element period corresponds to one contention slot ; communicating reservation messages with a second node in the signaling block of the data frame to reserve a first data slot of the plurality of data slots of the data frame during which to transmit or to receive a first packet; and transmitting the first packet to the second node or receiving the first packet from the second node during the first data slot of the data frame; wherein the communicating with the second node is performed in an element period corresponding to the first data slot . determining a data frame based on synchronization information, wherein the data frame has a signaling block and a plurality of data slots , wherein the signaling block is prior to the plurality of data slots , wherein the signaling block includes M1 prioritized element periods and M2 contention element periods , wherein the plurality of data slots includes M1 prioritized slots and M2 contention slots , M1 and M2 each being an integer, wherein the M1 prioritized element periods are allocated for priority based traffic, wherein the M2 contention element periods are allocated for contention based traffic, wherein the M1 prioritized slots are allocated for priority based traffic, and wherein the M2 contention slots are allocated for contention based traffic, wherein each prioritized element period corresponds to one prioritized slot and wherein each contention element period corresponds to one contention slot ; communicating reservation messages with a second node in the signaling block of the data frame to reserve a first data slot of the plurality of data slots of the data frame during which to transmit or to receive a first packet; and transmitting the first packet to the second node or receiving the first packet from the second node during the first data slot of the data frame; wherein the communicating with the second node is performed in an element period corresponding to the first data slot .
System : with an instrument having at least one coagulation electrode , at least one dissection electrode , and at least one counter electrode , wherein the dissection electrode , coagulation electrode and counter electrode are arranged on branches of a tool , of which at least one can be moved towards the other and away therefrom, and with an energy supply arrangement consisting of a generator and a transformer (T) which has a first output (A1) connected to the dissection electrode and a second output (A2) connected to the coagulation electrode , characterised in that at least one current-limiting element in the form of a coupling condenser is arranged between the first output (A1) and the dissection electrode , and the impedance of the current-limiting element is greater than the internal resistance of the transformer (T) at its first output (A1). with an instrument having at least one coagulation electrode , at least one dissection electrode , and at least one counter electrode , wherein the dissection electrode , coagulation electrode and counter electrode are arranged on branches of a tool , of which at least one can be moved towards the other and away therefrom, and with an energy supply arrangement consisting of a generator and a transformer (T) which has a first output (A1) connected to the dissection electrode and a second output (A2) connected to the coagulation electrode , characterised in that at least one current-limiting element in the form of a coupling condenser is arranged between the first output (A1) and the dissection electrode , and the impedance of the current-limiting element is greater than the internal resistance of the transformer (T) at its first output (A1).
A production method of synthesis gas for operating an internal combustion engine made of organic solid fuel, which is split into pyrolysis products in a pyrolysis reactor without supply of oxygen, wherein subsequently all pyrolysis products from the pyrolysis reactor from below are fed to a further reactor, wherein a synthesis gas generated in a further reactor is taken from the further reactor as product gas and fed directly or indirectly to the internal combustion engine , and wherein the pyrolysis reactor is operated with at least one pyrolysis screw , which is heated externally by heated gas, for conveying the solid fuel, characterized in that the further reactor is designed as a fluidized bed reactor which is fluidized by means of air supply at a speed above the minimum loosening speed of the bed material of the fluidized bed of the fluidized bed reactor , that a biogenic waste material having an ash content of at least 20% of the solid mass of the solid fuel is fed to the pyrolysis reactor as organic solid fuel, that the organic solid fuel in the pyrolysis reactor is split into pyrolysis oil, pyrolysis coke and pyrolysis gas, that hot product gas from the fluidized bed reactor is used to heat the gas, and that the air supply is fed into the fluidized bed reactor with an air flow from below or from the side, which is just large enough to keep the swirling and cracking processes in the fluidized bed reactor running, and wherein the air supply is operated at a speed, which is no more than 20% above the minimum loosening speed required for the operation of the fluidized bed reactor .
A drying apparatus, comprising: at least first and second compartments for containing objects to be dried ; characterized by further comprising a closed-loop air pathway, which is configured to cycle air in cascade through at least the first and second compartments, to extract air from the first compartment , to dry and reheat the air (62B and/or 64B) extracted from the first compartment , and to introduce the dried and reheated air (66A or 68A) into the second compartment ; and a regeneration heat exchanger (44A, 44B and/or 44C), which is inserted in the closed-loop air pathway.
A composition for use in the treatment of osteoarthritis (OA), wherein said composition comprises from 5 to 40 mg of sodium chlodronate, or an equivalent amount of chlodronic acid, or other pharmaceutically acceptable salts thereof, and wherein said composition is in a unitary dosage form administered intra-articularly once monthly.
A measurement device comprising: a light receiving element that has flow of current caused by an avalanche multiplication caused according to a photon incidence while being charged to a predetermined potential and is returned to the charged state by a recharge current; a detection unit that is configured to detect the current and invert an output signal (Vo iv ) of the measurement device when the current crosses a threshold value; a delay unit (210 1 , 210 2 ) that is configured to delay timing of the inversion detected by the detection unit , according to a clock (ck); and a control unit that is configured to control an operation of the light receiving element , based on the timing of the inversion delayed by the delay unit (210 1 , 210 2 ). a light receiving element that has flow of current caused by an avalanche multiplication caused according to a photon incidence while being charged to a predetermined potential and is returned to the charged state by a recharge current; a detection unit that is configured to detect the current and invert an output signal (Vo iv ) of the measurement device when the current crosses a threshold value; a delay unit (210 1 , 210 2 ) that is configured to delay timing of the inversion detected by the detection unit , according to a clock (ck); and a control unit that is configured to control an operation of the light receiving element , based on the timing of the inversion delayed by the delay unit (210 1 , 210 2 ).
A stretchable film comprising, in a stacked form: a polyurethane film containing a repeating unit having a fluorine atom; and a polyurethane film containing a repeating unit having a silicon atom, wherein at least one surface of the stretchable film is made of the polyurethane film containing a repeating unit having a fluorine atom. a polyurethane film containing a repeating unit having a fluorine atom; and a polyurethane film containing a repeating unit having a silicon atom, wherein at least one surface of the stretchable film is made of the polyurethane film containing a repeating unit having a fluorine atom.
Method for open-loop control or closed-loop control of a hand-held power tool , in particular a screwdriver, preferably a rotary impact screwdriver, comprising at least the following steps: - applying a first torque, in particular torque pulse, in a first direction of rotation to a screwing means and - providing a first target torque for limiting application of the first torque, in particular torque pulse, in the first direction of rotation to the screwing means and - applying a second torque, in particular torque pulse, in a second direction of rotation, which is opposite to the first direction of rotation, to the screwing means , characterized in that the method comprises the following step: - providing a second target torque for limiting application of the second torque, in particular torque pulse, in the second direction of rotation to the screwing means . - applying a first torque, in particular torque pulse, in a first direction of rotation to a screwing means and - providing a first target torque for limiting application of the first torque, in particular torque pulse, in the first direction of rotation to the screwing means and - applying a second torque, in particular torque pulse, in a second direction of rotation, which is opposite to the first direction of rotation, to the screwing means , - providing a second target torque for limiting application of the second torque, in particular torque pulse, in the second direction of rotation to the screwing means .
A method, effected by a system for managing devices, for initiating a network configuration for a device , the method comprising the steps of: registering a first subscriber network identifier and subscriber network identity; associating subscriber network identifiers or ranges of subscriber network identifiers with a particular web landing page; receiving from the device an indication that the device has connected with a subscriber network , the received indication including the subscriber network identity of the subscriber network to which the device has connected, and wherein the first subscriber network identifier is included with or within the received indication; determining the subscriber network identity from the received indication; determining a first subscriber module identifier as an IMSI used by the device ; and providing the device with a web landing page specific to a set of parameters including the subscriber network identity and the first subscriber module identifier, wherein the web landing page provides logic configured to initiate network configuration for the device by sending a signal to cause the first subscriber module identifier that is stored within a subscriber module to transform into a second subscriber module identifier, wherein the first subscriber module identifier includes the first subscriber network identifier, and wherein the subscriber network is a cellular network. registering a first subscriber network identifier and subscriber network identity; associating subscriber network identifiers or ranges of subscriber network identifiers with a particular web landing page; receiving from the device an indication that the device has connected with a subscriber network , the received indication including the subscriber network identity of the subscriber network to which the device has connected, and wherein the first subscriber network identifier is included with or within the received indication; determining the subscriber network identity from the received indication; determining a first subscriber module identifier as an IMSI used by the device ; and providing the device with a web landing page specific to a set of parameters including the subscriber network identity and the first subscriber module identifier, wherein the web landing page provides logic configured to initiate network configuration for the device by sending a signal to cause the first subscriber module identifier that is stored within a subscriber module to transform into a second subscriber module identifier, wherein the first subscriber module identifier includes the first subscriber network identifier, and wherein the subscriber network is a cellular network.