mhurhangee/patent-ind-claim-en huggingface dataset:
A secondary battery comprising: an electrode assembly ; a case for accommodating the electrode assembly ; and a cap assembly coupled to the top of the case , wherein the cap assembly comprises a cap-up , a safety vent provided below the cap-up , a cap-down provided below the safety vent and having a through hole and a gas discharge hole , an insulator provided between the safety vent and the cap-down , a sub-plate provided below the cap-down , and a solder member for electrically connecting the safety vent and the sub-plate , and the safety vent and the sub-plate are electrically connected by means of soldering wherein the safety vent includes a fixing portion installed to make close contact with an edge portion of the cap-up , and a deforming portion positioned at an inner side of the fixing portion and downwardly protruding, and the deforming portion includes a first region extending from the fixing portion and having a notch formed therein, and a second region positioned at an inner side of the first region , having a coupling portion having a center hole formed therein, and downwardly protruding, wherein a hook bent toward an outer side of the safety vent is provided at an end of the coupling portion . an electrode assembly ; a case for accommodating the electrode assembly ; and a cap assembly coupled to the top of the case , wherein the cap assembly comprises a cap-up , a safety vent provided below the cap-up , a cap-down provided below the safety vent and having a through hole and a gas discharge hole , an insulator provided between the safety vent and the cap-down , a sub-plate provided below the cap-down , and a solder member for electrically connecting the safety vent and the sub-plate , and the safety vent and the sub-plate are electrically connected by means of soldering wherein the safety vent includes a fixing portion installed to make close contact with an edge portion of the cap-up , and a deforming portion positioned at an inner side of the fixing portion and downwardly protruding, and the deforming portion includes a first region extending from the fixing portion and having a notch formed therein, and a second region positioned at an inner side of the first region , having a coupling portion having a center hole formed therein, and downwardly protruding, wherein a hook bent toward an outer side of the safety vent is provided at an end of the coupling portion .
A method of wireless communication of a user equipment, UE, , comprising: determining a second set of resource block pairs (920-928) on which to transmit a peer discovery message in a second time cycle using a mapping of a first set of resource block pairs (910-918) in a first time cycle to the second set of resource block pairs (920-928) in the second time cycle, the mapping being a predetermined one-to-one mapping between each resource block pair in the first set of resource block pairs (910-918) to a corresponding resource block pair in the second set of resource block pairs (920-928), resource block pairs in the first set of resource block pairs (910-918) being in adjacent allocated resources, wherein at least two resource block pairs in the second set of resource block pairs (920-928) are in non-adjacent allocated resources; generating an information indicating the order of each resource block pair within the first set of resource block pairs (910-918); transmitting the peer discovery message in the determined second set of resource block pairs (920-928); and transmitting, in association with the peer discovery message, the information. determining a second set of resource block pairs (920-928) on which to transmit a peer discovery message in a second time cycle using a mapping of a first set of resource block pairs (910-918) in a first time cycle to the second set of resource block pairs (920-928) in the second time cycle, the mapping being a predetermined one-to-one mapping between each resource block pair in the first set of resource block pairs (910-918) to a corresponding resource block pair in the second set of resource block pairs (920-928), resource block pairs in the first set of resource block pairs (910-918) being in adjacent allocated resources, wherein at least two resource block pairs in the second set of resource block pairs (920-928) are in non-adjacent allocated resources; generating an information indicating the order of each resource block pair within the first set of resource block pairs (910-918); transmitting the peer discovery message in the determined second set of resource block pairs (920-928); and transmitting, in association with the peer discovery message, the information.
An HDM2-p53 interaction inhibitor for use in the treatment of cancer, wherein the drug is administered on two different administration days within a treatment cycle, wherein the first administration day and second administration day are interrupted by a short administration-free period, and the second administration day of the first or earlier treatment cycle and the first administration of the following cycle are interrupted by a long administration-free period, wherein the short administration-free period is composed of from 4 to 8 days, and the long administration-free period is composed of from 13 to 27 days, and wherein the treatment is composed of at least 2 treatment cycles. wherein the drug is administered on two different administration days within a treatment cycle, wherein the first administration day and second administration day are interrupted by a short administration-free period, and the second administration day of the first or earlier treatment cycle and the first administration of the following cycle are interrupted by a long administration-free period, wherein the short administration-free period is composed of from 4 to 8 days, and the long administration-free period is composed of from 13 to 27 days, and wherein the treatment is composed of at least 2 treatment cycles.
A fixed bed arrangement in the form of an insert for a reactor for the catalytic conversion of reaction media, in particular for the catalytic methanation of a gas mixture having hydrogen and carbon dioxide, with a receiving chamber , which extends along an axial direction (A) within an outer sleeve , and through which the reaction media flow during the reactor operation, for receiving a catalyst material and a heat exchanger arrangement having a fluid flow path for a temperature control fluid, which fluid flow path is spatially separated from the receiving chamber , for removing and supplying heat to/into the process, characterized in that the outer sleeve is formed, at least in regions, by the heat exchanger arrangement .
Apparatus for continuously forming a spiral seamed conduit from a metallic strip comprising: - a feeding plane for said metallic strip ; - a forming head configured to rotate about a forming axis (A) substantially parallel to the feeding plane and tilted by a forming angle (α) with respect to a direction orthogonal (O) to a feeding direction (F) of the metallic strip, wherein the forming head is adapted to drive in rotation said metallic strip for defining a spiral conduit ; - a lock-seaming device configured to continuously lock two portions of said metallic strip along opposite profiles for forming said spiral seamed conduit ; wherein said forming head is provided with one or more forming elements arranged and configured so to define a substantially polygonal shape for the section of said spiral conduit during the drive in rotation of said metallic strip ; wherein said lock-seaming device is configured to move along a seaming direction (G) so to lock said two portions along a side of said conduit ; characterized in that said apparatus further comprises means configured to move the forming head according to a plurality of axes, during the forming process. - a feeding plane for said metallic strip ; - a forming head configured to rotate about a forming axis (A) substantially parallel to the feeding plane and tilted by a forming angle (α) with respect to a direction orthogonal (O) to a feeding direction (F) of the metallic strip, wherein the forming head is adapted to drive in rotation said metallic strip for defining a spiral conduit ; - a lock-seaming device configured to continuously lock two portions of said metallic strip along opposite profiles for forming said spiral seamed conduit ; wherein said forming head is provided with one or more forming elements arranged and configured so to define a substantially polygonal shape for the section of said spiral conduit during the drive in rotation of said metallic strip ; wherein said lock-seaming device is configured to move along a seaming direction (G) so to lock said two portions along a side of said conduit ; characterized in that said apparatus further comprises means configured to move the forming head according to a plurality of axes, during the forming process.
A lockable container comprising: a first element comprising: a cylindrical member having a first open end at a proximal end thereof and a second open end at a distal end thereof; at least two rings rotatably supported by the cylindrical member ; and a retainer for capturing the rings on the cylindrical member and covering the first open end ; and a second element mateable with the first element and comprising structure that cooperates with the rings to close the second open end to control access to an interior of the container , wherein the retainer is fixedly attached to the cylindrical member , wherein the second element comprises: a cylindrical member having a first open end and a second closed end , and a plurality of projections formed on an exterior surface thereof, and wherein the projections are structured and arranged to slidingly pass through an unlocking opening formed in the cylindrical member when a combination code is selected on the rings. a first element comprising: a cylindrical member having a first open end at a proximal end thereof and a second open end at a distal end thereof; at least two rings rotatably supported by the cylindrical member ; and a retainer for capturing the rings on the cylindrical member and covering the first open end ; and a cylindrical member having a first open end at a proximal end thereof and a second open end at a distal end thereof; at least two rings rotatably supported by the cylindrical member ; and a retainer for capturing the rings on the cylindrical member and covering the first open end ; and a second element mateable with the first element and comprising structure that cooperates with the rings to close the second open end to control access to an interior of the container , wherein the retainer is fixedly attached to the cylindrical member , wherein the second element comprises: a cylindrical member having a first open end and a second closed end , and a plurality of projections formed on an exterior surface thereof, and wherein the projections are structured and arranged to slidingly pass through an unlocking opening formed in the cylindrical member when a combination code is selected on the rings.
An integrated instrument for knee arthroplasty planning comprising: a cutting guide comprising: an anterior cut guide ; a posterior cut guide spaced from the anterior cut guide via an adjustable post ; and a first adjuster connecting the anterior and posterior cut guides to adjust a space between the anterior and posterior cut guides at the adjustable post ; and an anterior-posterior sizer connected to the cutting guide assembly, the anterior-posterior sizer comprising: a shim body having medial and lateral shims ; a foot body having medial and lateral posterior feet disposed adjacent the medial and lateral shims, respectively; an adjuster body connecting the shim body and the foot body via a pivot point and a slide pin ; a second adjuster for adjusting the medial and lateral posterior feet relative to each other at the slide pin; and a third adjuster for adjusting the medial and lateral posterior feet relative to each other at the pivot point. a cutting guide comprising: an anterior cut guide ; a posterior cut guide spaced from the anterior cut guide via an adjustable post ; and a first adjuster connecting the anterior and posterior cut guides to adjust a space between the anterior and posterior cut guides at the adjustable post ; and an anterior cut guide ; a posterior cut guide spaced from the anterior cut guide via an adjustable post ; and a first adjuster connecting the anterior and posterior cut guides to adjust a space between the anterior and posterior cut guides at the adjustable post ; and an anterior-posterior sizer connected to the cutting guide assembly, the anterior-posterior sizer comprising: a shim body having medial and lateral shims ; a foot body having medial and lateral posterior feet disposed adjacent the medial and lateral shims, respectively; an adjuster body connecting the shim body and the foot body via a pivot point and a slide pin ; a second adjuster for adjusting the medial and lateral posterior feet relative to each other at the slide pin; and a third adjuster for adjusting the medial and lateral posterior feet relative to each other at the pivot point. a shim body having medial and lateral shims ; a foot body having medial and lateral posterior feet disposed adjacent the medial and lateral shims, respectively; an adjuster body connecting the shim body and the foot body via a pivot point and a slide pin ; a second adjuster for adjusting the medial and lateral posterior feet relative to each other at the slide pin; and a third adjuster for adjusting the medial and lateral posterior feet relative to each other at the pivot point.
Hydropneumatic piston accumulator comprising an accumulator housing having a cylinder tube which defines a longitudinal axis and which is closed at both ends by a respective housing lid and in which a piston is longitudinally movable, the piston separating, within the housing, a work chamber for a compressible medium such as a working gas, from a work chamber for an incompressible medium such as hydraulic oil, and comprising a displacement measuring device that contactlessly determines the position of the piston in the housing, the displacement measuring device having a non-magnetic measurement tube that extends along the longitudinal axis from one housing lid to the other housing lid through a bushing formed in the piston and is sealed from the internal chamber of the housing , characterised in that a position encoder is displaceably guided in the tube and tracks the piston movements in the measurement tube by way of a magnetic force acting between itself and the piston , in that a transceiver of the displacement measuring device is arranged on one of the housing lids , which transceiver transmits to the position encoder measurement radiation passing through the relevant open end of the measurement tube and receives radiation reflected by said position encoder, and in that the measurement tube is connected to the surroundings at the housing lid that is opposite the housing lid having the seat for the displacement measuring device.
Use of a cryoprotecting agent comprising a cryoprotectant being one or more of: dextrin, dextran, isomaltooligosaccharide, and derivatives thereof which derivative is selected from the group consisting of hydrogenated isomaltooligosaccharide, hydrogenated dextran, hydrogenated dextrin, oxidised isomaltooligosaccharide, oxidised dextran, oxidised dextrin, DEAE-dextrin, DEAE-dextran, DEAE-isomaltooligosaccharides, carboxyC 1-10 alkyl-dextrin, carboxyC 1-10 alkyl-dextran, and carboxyC 1-10 alkyl-isomaltooligosaccharide; and a) wherein said cryoprotecting agent comprises at least 1% w/w of one or more of isomaltooligosaccharide and derivatives thereof having a weight average molecular weight (M w ) of between 300 and 1,650 Da based on the total weight of dextrin, dextran, isomaltooligosaccharide and derivatives thereof in said cryoprotecting agent, or b) wherein said cryoprotectant has a weight average molecular weight (M w ) of between 300 and 9,500 Da, for cryopreserving a sample, and wherein said sample is selected from the group consisting of mammalian organs, mammalian cells, and mammalian tissues. dextrin, dextran, isomaltooligosaccharide, and derivatives thereof which derivative is selected from the group consisting of hydrogenated isomaltooligosaccharide, hydrogenated dextran, hydrogenated dextrin, oxidised isomaltooligosaccharide, oxidised dextran, oxidised dextrin, DEAE-dextrin, DEAE-dextran, DEAE-isomaltooligosaccharides, carboxyC 1-10 alkyl-dextrin, carboxyC 1-10 alkyl-dextran, and carboxyC 1-10 alkyl-isomaltooligosaccharide; and a) wherein said cryoprotecting agent comprises at least 1% w/w of one or more of isomaltooligosaccharide and derivatives thereof having a weight average molecular weight (M w ) of between 300 and 1,650 Da based on the total weight of dextrin, dextran, isomaltooligosaccharide and derivatives thereof in said cryoprotecting agent, or b) wherein said cryoprotectant has a weight average molecular weight (M w ) of between 300 and 9,500 Da, a) wherein said cryoprotecting agent comprises at least 1% w/w of one or more of isomaltooligosaccharide and derivatives thereof having a weight average molecular weight (M w ) of between 300 and 1,650 Da based on the total weight of dextrin, dextran, isomaltooligosaccharide and derivatives thereof in said cryoprotecting agent, or b) wherein said cryoprotectant has a weight average molecular weight (M w ) of between 300 and 9,500 Da, for cryopreserving a sample, and wherein said sample is selected from the group consisting of mammalian organs, mammalian cells, and mammalian tissues.
A velocity trajectory generation method, comprising: setting (S11) starting point time (t0), intermediate point time (t1) and terminal point time (t2) of a velocity trajectory to be generated, wherein the velocity trajectory comprises a first velocity sub-trajectory and a second velocity sub-trajectory; characterized in that : generating (S21) multiple intermediate point velocities (v111, v211, v311), according to the starting point velocity (v0), a time difference (Δt1) between the starting point time (t0) and the intermediate point time (t1), and an acceleration threshold (a max , a min ); generating (S12) multiple first velocity sub-trajectories ((v0, v111), (v0, v211), (v0, v311)) corresponding to a starting point velocity (v0) between the starting point time (t0) and the intermediate point time (t1), according to the starting point velocity (v0) and multiple intermediate point velocities (v111, v211, v311); and generating (S13), for each of the first velocity sub-trajectories (v0, v111), multiple second velocity sub-trajectories ((v111, v121), (v111, v122), (v111, v123)) between the intermediate point time (t1) and the terminal point time (t2) according to multiple terminal point velocities (v121, v122, v123). generating (S21) multiple intermediate point velocities (v111, v211, v311), according to the starting point velocity (v0), a time difference (Δt1) between the starting point time (t0) and the intermediate point time (t1), and an acceleration threshold (a max , a min ); generating (S12) multiple first velocity sub-trajectories ((v0, v111), (v0, v211), (v0, v311)) corresponding to a starting point velocity (v0) between the starting point time (t0) and the intermediate point time (t1), according to the starting point velocity (v0) and multiple intermediate point velocities (v111, v211, v311); and generating (S13), for each of the first velocity sub-trajectories (v0, v111), multiple second velocity sub-trajectories ((v111, v121), (v111, v122), (v111, v123)) between the intermediate point time (t1) and the terminal point time (t2) according to multiple terminal point velocities (v121, v122, v123).
A method for evaluating the activity of mesenchymal stem cells, wherein the activity is proliferative capacity, characterized by comprising: an in vitro isolation step for isolating mesenchymal stem cells from a fluid which has been collected from a subject, wherein the subject fluid contains mesenchymal stem cells such as a bone marrow aspirate, umbilical cord blood, or peripheral blood; an assay step for assaying the amount of adenylate kinase 4 in the isolated mesenchymal stem cells; and a determination step for determining the activity level of the mesenchymal stem cells from the assayed amount of adenylate kinase 4. an in vitro isolation step for isolating mesenchymal stem cells from a fluid which has been collected from a subject, wherein the subject fluid contains mesenchymal stem cells such as a bone marrow aspirate, umbilical cord blood, or peripheral blood; an assay step for assaying the amount of adenylate kinase 4 in the isolated mesenchymal stem cells; and a determination step for determining the activity level of the mesenchymal stem cells from the assayed amount of adenylate kinase 4.
Vehicle or stationary power installation having an internal combustion engine charged by means of an exhaust-gas turbocharger as drive source, and having components which are supplied with heat by a medium accommodated in a closed circuit , wherein the turbine of the exhaust gas turbocharger is used and/or formed as a heat source and, for this purpose, a heat exchanger is arranged on the outside of the turbine housing , is incorporated in the medium circuit or can be connected thereto, and in the interior of which the medium led through can be heated up by utilising at least the thermal radiation energy of the hot turbine housing , wherein the medium to be heated can be channelled or piped through the interior of the heat exchanger , characterized in that additional exhaust gas can be fed into the interior of the heat exchanger and led through the latter and the heat content of the exhaust gas can thus be used additionally for the heating of the medium.
An apparatus for a directed-energy weapon , the apparatus comprising an assessment system arranged to, during an assessment phase, perform an assessment of a target environment , wherein the target environment comprises a target , and the assessment comprises receiving data relating to a map of at least a portion of the target environment : and a controller arranged to: receive information on a speed and direction of travel of the apparatus during the assessment phase, and use the information and the data relating to the map to determine a time for which there is a continuous line of sight from the directed-energy weapon to the target , and during an engaging phase, control the directed-energy weapon to engage the target by directing energy towards the target environment conditionally upon the time for which there is a continuous line of sight an assessment system arranged to, during an assessment phase, perform an assessment of a target environment , wherein the target environment comprises a target , and the assessment comprises receiving data relating to a map of at least a portion of the target environment : and a controller arranged to: receive information on a speed and direction of travel of the apparatus during the assessment phase, and use the information and the data relating to the map to determine a time for which there is a continuous line of sight from the directed-energy weapon to the target , and during an engaging phase, control the directed-energy weapon to engage the target by directing energy towards the target environment conditionally upon the time for which there is a continuous line of sight receive information on a speed and direction of travel of the apparatus during the assessment phase, and use the information and the data relating to the map to determine a time for which there is a continuous line of sight from the directed-energy weapon to the target , and during an engaging phase, control the directed-energy weapon to engage the target by directing energy towards the target environment conditionally upon the time for which there is a continuous line of sight