mhurhangee/patent-ind-claim-en huggingface dataset:
A suture anchor construct comprising: a bone anchor including a suture anchoring member , the bone anchor defining a cavity and a longitudinal passage extending from a trailing end of the bone anchor at least partially therethrough to the cavity, the suture anchoring member located in the cavity; and a suture coupled to the suture anchoring member and including a tensioning portion , a repair portion , and an intermediate portion , the intermediate portion forming a suture loop extending along the longitudinal passage , the suture anchor construct further comprising: a first radial passage ; a second radial passage , the suture anchoring member located proximate the second radial passage , the first and second radial passages extending through the bone anchor , wherein a portion of the repair portion passes through the first or second radial passage ; and a snare passing through the first radial passage and the suture loop, the snare defining a snare loop sized to allow a portion of the repair portion to pass through the snare loop. a bone anchor including a suture anchoring member , the bone anchor defining a cavity and a longitudinal passage extending from a trailing end of the bone anchor at least partially therethrough to the cavity, the suture anchoring member located in the cavity; and a suture coupled to the suture anchoring member and including a tensioning portion , a repair portion , and an intermediate portion , the intermediate portion forming a suture loop extending along the longitudinal passage , the suture anchor construct further comprising: a first radial passage ; a second radial passage , the suture anchoring member located proximate the second radial passage , the first and second radial passages extending through the bone anchor , wherein a portion of the repair portion passes through the first or second radial passage ; and a snare passing through the first radial passage and the suture loop, the snare defining a snare loop sized to allow a portion of the repair portion to pass through the snare loop. a first radial passage ; a second radial passage , the suture anchoring member located proximate the second radial passage , the first and second radial passages extending through the bone anchor , wherein a portion of the repair portion passes through the first or second radial passage ; and a snare passing through the first radial passage and the suture loop, the snare defining a snare loop sized to allow a portion of the repair portion to pass through the snare loop.
A cationic liposome complex for use in a method of treating or preventing toxicity associated with exposure to an organophosphate agent in a mammal, preferably a human, comprising administering to the mammal a cationic liposome complex, wherein the cationic liposome complex comprises: (a) a cationic liposome; (b) a ligand directly complexed with, but not chemically conjugated to, the cationic liposome; and a nucleic acid molecule encoding butyrylcholinesterase (BChE) associated with the cationic liposome and a nucleic acid molecule encoding a polyproline rich peptide associated with the cationic liposome; or a nucleic acid molecule encoding butyrylcholinesterase (BChE) and a polyproline rich peptide associated with the cationic liposome. (a) a cationic liposome; (b) a ligand directly complexed with, but not chemically conjugated to, the cationic liposome; and a nucleic acid molecule encoding butyrylcholinesterase (BChE) associated with the cationic liposome and a nucleic acid molecule encoding a polyproline rich peptide associated with the cationic liposome; or a nucleic acid molecule encoding butyrylcholinesterase (BChE) and a polyproline rich peptide associated with the cationic liposome. a nucleic acid molecule encoding butyrylcholinesterase (BChE) associated with the cationic liposome and a nucleic acid molecule encoding a polyproline rich peptide associated with the cationic liposome; or a nucleic acid molecule encoding butyrylcholinesterase (BChE) and a polyproline rich peptide associated with the cationic liposome.
A cap of the press-twist type for a container , comprising: - a metal capsule having a transversal wall of longest extension which extends transversely with respect to an axis (Z) of the container, and a lateral wall which extends up to a predetermined first height H1 with respect to the transversal wall about said axis (Z) of the container, - a curling in the distal part with respect to the transversal wall of said lateral wall by means of a curling operation, - a sealing gasket with an annular shape for engaging with an opening of the container comprising a transversal portion , positioned in contact with the transversal wall of the capsule, and a lateral portion , positioned in contact with the lateral wall of the capsule and ending at a height H2 with respect to the transversal wall of the capsule; wherein the sealing gasket is made of a material which is free of PVC and that the ratio between the above-mentioned second height H2 and first height H1, that is to say, H2/H1, is between 0.55 and 0.90, and is characterised in that the lateral portion comprises a first distal portion relative to the transversal wall of the capsule and the first distal portion relative to the transversal wall has a plurality of peaks designed to engage about a projection present close to a opening of the container to improve the closing seal. - a metal capsule having a transversal wall of longest extension which extends transversely with respect to an axis (Z) of the container, and a lateral wall which extends up to a predetermined first height H1 with respect to the transversal wall about said axis (Z) of the container, - a curling in the distal part with respect to the transversal wall of said lateral wall by means of a curling operation, - a sealing gasket with an annular shape for engaging with an opening of the container comprising a transversal portion , positioned in contact with the transversal wall of the capsule, and a lateral portion , positioned in contact with the lateral wall of the capsule and ending at a height H2 with respect to the transversal wall of the capsule;
A method of making a contoured composite laminate part having a high aspect ratio, a major axis of loading and a plurality of zones along its length (L) respectively having desired stiffnesses, comprising: selecting a set of fiber angles (±θ 1 , ±θ 2 , ±θ 3 ) for plies of unidirectional reinforcing fibers , wherein none of the fiber angles is 0° relative to the major axis of loading , wherein the set of fiber angles includes three fiber orientations at off-angles (±θ 1 , ±θ 2 , ±θ 3 ) relative to the major axis of loading of θ 1 , θ 2 , θ 3 , where 0 < θ 1 < θ 2 < θ 3 ≤ 90°, wherein θ 2 - θ 1 ≤ 45°, and θ 3 - Θ 2 ≤ 45°; determining, for each of the fiber angles (±θ 1 , ±θ 2 , ±θ 3 ), a number of plies in each of the zones required to provide a desired set of in-plane laminate properties in the zone ; determining a shape and stacking sequence of the plies , wherein some of the plies are continuous and other of the plies are discontinuous along the major axis of loading , and wherein the off-angles (±θ 1 , ±θ 2 , ±θ 3 ) include balanced pairs of + and - angles; laying up the plies into a flat stack using the stacking sequence; and forming the flat stack into the shape of the contoured composite laminate part . selecting a set of fiber angles (±θ 1 , ±θ 2 , ±θ 3 ) for plies of unidirectional reinforcing fibers , wherein none of the fiber angles is 0° relative to the major axis of loading , wherein the set of fiber angles includes three fiber orientations at off-angles (±θ 1 , ±θ 2 , ±θ 3 ) relative to the major axis of loading of θ 1 , θ 2 , θ 3 , where 0 < θ 1 < θ 2 < θ 3 ≤ 90°, wherein θ 2 - θ 1 ≤ 45°, and θ 3 - Θ 2 ≤ 45°; determining, for each of the fiber angles (±θ 1 , ±θ 2 , ±θ 3 ), a number of plies in each of the zones required to provide a desired set of in-plane laminate properties in the zone ; determining a shape and stacking sequence of the plies , wherein some of the plies are continuous and other of the plies are discontinuous along the major axis of loading , and wherein the off-angles (±θ 1 , ±θ 2 , ±θ 3 ) include balanced pairs of + and - angles; laying up the plies into a flat stack using the stacking sequence; and forming the flat stack into the shape of the contoured composite laminate part .
An apparatus for continuous preparation of carbon nanotubes, comprising: (a) a main reactor, comprising a raw gas inlet, a return feed inlet, a protective gas inlet and a reaction material outlet at a position between 1/3 from a bottom of the main reactor and a top of the main reactor; (b) a separator in fluid communication with the reaction material outlet of the main reactor at a top of the separator, wherein a magnetic separating device is arranged in the top of the separator adjacent the main reactor, wherein a product outlet and a material recycling port are arranged at a bottom of the separator respectively, wherein the recycling port is located below the magnetic separating device between the main reactor and the product outlet; and (c) a return pipe and a feedback device arranged on the return pipe, wherein one end of the return pipe is fluid communicated with the material recycling port of the separator, and the other end is fluid communicated with the return feed inlet of the main reactor; wherein the apparatus further comprises a tail gas outlet. (a) a main reactor, comprising a raw gas inlet, a return feed inlet, a protective gas inlet and a reaction material outlet at a position between 1/3 from a bottom of the main reactor and a top of the main reactor; (b) a separator in fluid communication with the reaction material outlet of the main reactor at a top of the separator, wherein a magnetic separating device is arranged in the top of the separator adjacent the main reactor, wherein a product outlet and a material recycling port are arranged at a bottom of the separator respectively, wherein the recycling port is located below the magnetic separating device between the main reactor and the product outlet; and (c) a return pipe and a feedback device arranged on the return pipe, wherein one end of the return pipe is fluid communicated with the material recycling port of the separator, and the other end is fluid communicated with the return feed inlet of the main reactor;
Apparatus for downsampling an audio signal, comprising a first filter bank for generating a plurality of subband signals from the audio signal, wherein a sampling rate of the subband signals is smaller than a sampling rate of the audio signal; at least one synthesis filter bank (602-2, 2304) followed by an analysis filter bank (603-2, 2307) for performing a sample rate conversion to obtain a sample rate converted signal, the synthesis filter bank (602-2) having a number of channels different from a number of channels of the analysis filter bank (603-2); a time stretch processor (604-2, 2309) for processing the sample rate converted signal to obtain a time stretched signal; and a combiner for combining the time stretched signal and a low-band signal or a different time stretched signal. a first filter bank for generating a plurality of subband signals from the audio signal, wherein a sampling rate of the subband signals is smaller than a sampling rate of the audio signal; at least one synthesis filter bank (602-2, 2304) followed by an analysis filter bank (603-2, 2307) for performing a sample rate conversion to obtain a sample rate converted signal, the synthesis filter bank (602-2) having a number of channels different from a number of channels of the analysis filter bank (603-2); a time stretch processor (604-2, 2309) for processing the sample rate converted signal to obtain a time stretched signal; and a combiner for combining the time stretched signal and a low-band signal or a different time stretched signal.
Sensor unit comprising: a sensor element which has an optical behaviour which depends on at least one analyte of a sample; a reservoir with an auxiliary medium ; characterised in that a membrane is provided which, in a preparatory state of the sensor unit , enables a diffusive contact between the auxiliary medium and the sensor element , and in that the sensor unit can be set to a measuring state, on the one hand by removing the sensor element and on the other hand the membrane and the reservoir from one another. a sensor element which has an optical behaviour which depends on at least one analyte of a sample; a reservoir with an auxiliary medium ; characterised in that a membrane is provided which, in a preparatory state of the sensor unit , enables a diffusive contact between the auxiliary medium and the sensor element , and in that the sensor unit can be set to a measuring state, on the one hand by removing the sensor element and on the other hand the membrane and the reservoir from one another.
An apparatus comprising: a phased array antenna optimizer configured to identify different periods of time during which elements of a phased antenna array are expected to be used; identify predicted future health states for the elements in the phased array antenna for the identified periods of time, and identify different configurations for the elements for the identified predicted future health states to generate a radiation pattern based on the predicted future health states for the elements taking into account potential degradation of a group of the elements ; wherein in identifying the configurations for the elements , the phased array antenna optimizer is configured to optimize the configurations of the elements to use the radiation pattern based on the predicted future health states for the elements taking into account the potential degradation of the group of the elements , and wherein in optimizing the configurations of the elements , the phased array antenna optimizer is configured to take into account a combination of potential degradations of the group of the elements . a phased array antenna optimizer configured to identify different periods of time during which elements of a phased antenna array are expected to be used; identify predicted future health states for the elements in the phased array antenna for the identified periods of time, and identify different configurations for the elements for the identified predicted future health states to generate a radiation pattern based on the predicted future health states for the elements taking into account potential degradation of a group of the elements ; identify different periods of time during which elements of a phased antenna array are expected to be used; identify predicted future health states for the elements in the phased array antenna for the identified periods of time, and identify different configurations for the elements for the identified predicted future health states to generate a radiation pattern based on the predicted future health states for the elements taking into account potential degradation of a group of the elements ; wherein in identifying the configurations for the elements , the phased array antenna optimizer is configured to optimize the configurations of the elements to use the radiation pattern based on the predicted future health states for the elements taking into account the potential degradation of the group of the elements , and wherein in optimizing the configurations of the elements , the phased array antenna optimizer is configured to take into account a combination of potential degradations of the group of the elements .
A process [process (P FH )] for the synthesis of at least one polymer [polymer (FH)] comprising a partially fluorinated polyether backbone having two chain ends, wherein said chain ends comprise at least one group selected from hydroxy group, allyl group and vinyl group, said process comprising the step of: (I) contacting at least one perfluoro compound [compound (F)] comprising at least two unsaturated groups selected from vinyl groups and allyl groups, with at least one fully or partially hydrogenated compound [compound (H)] comprising at least two hydroxy groups, to provide a polymer (FH), said polymer (FH) being characterized in that its backbone comprises recurring unit(s) derived from said at least one compound (F) alternately arranged with recurring unit(s) derived from said at least one compound (H). (I) contacting at least one perfluoro compound [compound (F)] comprising at least two unsaturated groups selected from vinyl groups and allyl groups, with at least one fully or partially hydrogenated compound [compound (H)] comprising at least two hydroxy groups, to provide a polymer (FH), said polymer (FH) being characterized in that its backbone comprises recurring unit(s) derived from said at least one compound (F) alternately arranged with recurring unit(s) derived from said at least one compound (H).
A computer-implemented method, comprising: detecting a program merge of program A and program B into code base O , wherein program A includes modifications made to code base O 116, program B includes modifications made to code base O , wherein program A, program B, and code base O differ; characterized in that it further comprises: generating an edit-aware input sequence representing similarities and/or differences between a tokenized representation of program A relative to a tokenized representation of code base O and a tokenized representation of program B relative to a tokenized representation of code base O , wherein the edit-aware input sequence is an aligned and linearized representation of a three-way merge as a single variable-length input sequence; and processing the edit-aware input sequence using a sequence-to-sequence machine learning model that translates the edit-aware input sequence into an output sequence , the output sequence representing a merge resolution that includes lines of program A, lines of program B, and/or lines of code base O without a merge conflict. generating an edit-aware input sequence representing similarities and/or differences between a tokenized representation of program A relative to a tokenized representation of code base O and a tokenized representation of program B relative to a tokenized representation of code base O , wherein the edit-aware input sequence is an aligned and linearized representation of a three-way merge as a single variable-length input sequence; and processing the edit-aware input sequence using a sequence-to-sequence machine learning model that translates the edit-aware input sequence into an output sequence , the output sequence representing a merge resolution that includes lines of program A, lines of program B, and/or lines of code base O without a merge conflict.
A method performed by a user equipment, UE for wireless communication, comprising: establishing a first access link, associated with a first subscriber identification module, SIM, of the UE, for communicating with a first base station; establishing a second access link, associated with the first SIM of the UE, for communicating with a second base station; establishing a third access link associated with a second SIM of the UE; determining a need for reduced capability on the second access link to communicate on the third access link; transmitting an indication of the need for the reduced capability to the second base station; and communicating on the third access link using the second SIM simultaneously with communicating on the second access link using the first SIM, wherein communicating on the second access link is at the reduced capability. establishing a first access link, associated with a first subscriber identification module, SIM, of the UE, for communicating with a first base station; establishing a second access link, associated with the first SIM of the UE, for communicating with a second base station; establishing a third access link associated with a second SIM of the UE; determining a need for reduced capability on the second access link to communicate on the third access link; transmitting an indication of the need for the reduced capability to the second base station; and communicating on the third access link using the second SIM simultaneously with communicating on the second access link using the first SIM, wherein communicating on the second access link is at the reduced capability.
Vehicle with a rotatably mounted sensor designed to produce an image of an environment of the vehicle , a control device designed to process data received from the sensor and also designed to move the vehicle autonomously, to calculate the image of the environment on the basis of environment data obtained from the sensor and/or to move the vehicle autonomously in dependence on the image produced, a ventilation device , which is rotationally coupled to the sensor in such a way that a rotatably mounted impeller rotates the sensor about an axis of rotation, characterized in that the ventilation device is designed for cooling the control device by means of the rotatably mounted impeller , the impeller removing waste heat attributable to computing power of the control device necessary for such control and/or computing tasks that are required in order to move the vehicle autonomously, calculate the image of the environment on the basis of the environment data obtained from the sensor and/or to move the vehicle autonomously in dependence on the image produced. a rotatably mounted sensor designed to produce an image of an environment of the vehicle , a control device designed to process data received from the sensor and also designed to move the vehicle autonomously, to calculate the image of the environment on the basis of environment data obtained from the sensor and/or to move the vehicle autonomously in dependence on the image produced, a ventilation device , which is rotationally coupled to the sensor in such a way that a rotatably mounted impeller rotates the sensor about an axis of rotation, characterized in that the ventilation device is designed for cooling the control device by means of the rotatably mounted impeller , the impeller removing waste heat attributable to computing power of the control device necessary for such control and/or computing tasks that are required in order to move the vehicle autonomously, calculate the image of the environment on the basis of the environment data obtained from the sensor and/or to move the vehicle autonomously in dependence on the image produced.
An injection mould with at least one centring device, the injection mould comprising a die holding plate having at least one cavity-forming die unit , a core holding plate having at least one core unit , which is introduced into the die unit in the closed state of the mould, and a stripping plate between the core holding plate and the die holding plate , characterized in that the centring device comprises a centring insert and a centring insert holder having a recess , which is rotationally symmetrical about a central axis MA, for the mounting of the centring insert ; wherein the centring insert has an opening for mounting the core unit ; wherein the centring insert and the recess of the centring insert holder are configured in such a manner that the centring insert can be inserted in the recess of the centring insert holder in a manner secured against rotation in at least three positions that are rotatable about a central axis MB of the centring insert and in this case, the central axis MA of the recess and the central axis MB of the centring insert are superposed; and wherein a central axis MC of the opening of the centring insert is arranged eccentrically by an offset (V) with respect to the central axis MB of the centring insert ; and in that the at least one centring device is arranged in the stripping plate .