mhurhangee/ep-ind-claims huggingface dataset:
A Chimeric antigen receptor comprising from N-terminus to C-terminus: (i) an I domain of the α L subunit of human lymphocyte function-associated antigen-1, (ii) a transmembrane domain, (iii) at least one co-stimulatory domain, and (iv) an activating domain, wherein the I domain comprises amino acids 130-310 of SEQ ID NO: 1 with one mutation of F292A, F292S, L289G, F265S or F292G. (i) an I domain of the α L subunit of human lymphocyte function-associated antigen-1, (ii) a transmembrane domain, (iii) at least one co-stimulatory domain, and (iv) an activating domain,
A process for preparing aminotriazine alkoxylates, which comprises at least one aminotriazine alkoxylate (a) being admixed with at least one aminotriazine (b), wherein the aminotriazine (b) is 2,4,6-triamino-1,3,5-triazine, and reacted with at least one alkylene oxide (c), wherein the aminotriazine alkoxylate (a) is obtainable by reacting at least one aminotriazine (d) with at least one alkylene oxide (e) and/or at least one alkylene carbonate (g), and optionally at least one aminotriazine alkoxylate (f).
A well-cementing composition, comprising Portland cement, water and a retarder comprising a lignosulfonate compound, a borate compound and a gluconate compound, wherein the lignosulfonate:borate-compound concentration ratio in the composition is lower than 0.75:1, and lignosulfonate compound, the borate compound and the gluconate compound are present in the blend at a lignosulfonate compound: borate compound: gluconate compound concentration ratio between 0.1:1.0:0.1 and 0.5:1.0:0.5 by weight, wherein the lignosulfonate compound is an oxylignin and the borate compound is sodium pentaborate decahydrate, sodium tetraborate decahydrate or both, and wherein the composition further comprises AMPS-acrylamide copolymer or styrene butadiene latex. gluconate compound concentration ratio between 0.1:1.0:0.1 and 0.5:1.0:0.5 by weight, wherein the lignosulfonate compound is an oxylignin and the borate compound is sodium pentaborate decahydrate, sodium tetraborate decahydrate or both, and wherein the composition further comprises AMPS-acrylamide copolymer or styrene butadiene latex.
A method for producing a decorative piece made of a thermoplastic synthetic resin, comprising the following steps, in order: a step of preparing a decorative piece material including an upper layer that has a thermoplastic synthetic resin film and a lower layer that includes a thermoplastic synthetic resin sheet; a step of disposing the decorative piece material on a flat-plate die serving as an electrode; a softening step of softening the decorative piece material by bringing a flat-plate die serving as another electrode closer to the flat-plate die serving as the electrode, and performing high-frequency dielectric heating while pressing the decorative piece material; a step of disposing the softened decorative piece material on a flat-plate die serving as an electrode such that the lower layer side of the decorative piece material abuts against the flat-plate die; and a shaping step of shaping the softened decorative piece material by bringing an engraved die, the engraved die serving as an electrode and having a recess of a design to be formed in the decorative piece material, closer to the flat-plate die on which the decorative piece material is disposed, and performing high-frequency dielectric heating while pressing the decorative piece material. a step of preparing a decorative piece material including an upper layer that has a thermoplastic synthetic resin film and a lower layer that includes a thermoplastic synthetic resin sheet; a step of disposing the decorative piece material on a flat-plate die serving as an electrode; a softening step of softening the decorative piece material by bringing a flat-plate die serving as another electrode closer to the flat-plate die serving as the electrode, and performing high-frequency dielectric heating while pressing the decorative piece material; a step of disposing the softened decorative piece material on a flat-plate die serving as an electrode such that the lower layer side of the decorative piece material abuts against the flat-plate die; and a shaping step of shaping the softened decorative piece material by bringing an engraved die, the engraved die serving as an electrode and having a recess of a design to be formed in the decorative piece material, closer to the flat-plate die on which the decorative piece material is disposed, and performing high-frequency dielectric heating while pressing the decorative piece material.
An ultrasound imaging system comprising: a data acquisition unit, which transmits, via an ultrasonic array transducer, repeatedly a group of M plane waves pulsing events fired in sequence, wherein each transmitted plane wave in the group of M plane waves has a different transmitted steering angle (Tx), into a tissue and which generates, for each transmitted plane wave, parallel beamformed data frames from N received steering angles (Rx), thereby obtaining at every pixel position in the data frames, MN, one for each Tx-Rx angle pair, slow-time ensembles; a flow vector estimation unit for estimating flow vectors at pixels of the data frames based on their corresponding set of MN slow-time ensembles by clutter filtering each slow-time ensemble to suppress unwanted tissue echoes and for thereafter: performing regularized slow-time frequency shift estimation on each of the MN filtered ensembles; and performing axial-lateral vector component estimation based on least-squares fitting of the MN frequency shift estimates that correspond to different Tx-Rx angle pairs; a processing unit for visualization of the flow vectors estimated as moving color-encoded projectiles, wherein the position of the projectiles is dynamically updated between data frames to highlight flow paths, and the color code of the projectiles is related to velocity magnitude at the pixels. a data acquisition unit, which transmits, via an ultrasonic array transducer, repeatedly a group of M plane waves pulsing events fired in sequence, wherein each transmitted plane wave in the group of M plane waves has a different transmitted steering angle (Tx), into a tissue and which generates, for each transmitted plane wave, parallel beamformed data frames from N received steering angles (Rx), thereby obtaining at every pixel position in the data frames, MN, one for each Tx-Rx angle pair, slow-time ensembles; a flow vector estimation unit for estimating flow vectors at pixels of the data frames based on their corresponding set of MN slow-time ensembles by clutter filtering each slow-time ensemble to suppress unwanted tissue echoes and for thereafter: performing regularized slow-time frequency shift estimation on each of the MN filtered ensembles; and performing axial-lateral vector component estimation based on least-squares fitting of the MN frequency shift estimates that correspond to different Tx-Rx angle pairs; performing regularized slow-time frequency shift estimation on each of the MN filtered ensembles; and performing axial-lateral vector component estimation based on least-squares fitting of the MN frequency shift estimates that correspond to different Tx-Rx angle pairs; a processing unit for visualization of the flow vectors estimated as moving color-encoded projectiles, wherein the position of the projectiles is dynamically updated between data frames to highlight flow paths, and the color code of the projectiles is related to velocity magnitude at the pixels.
A sustained release formulation for use in a method of treating type II diabetes, wherein the formulation comprises microspheres consisting of 5 wt.% exendin-4, 93 wt.% of 50:50 poly (D,L-lactic co-glycolic acid) and 2 wt.% sucrose, and wherein said formulation is administered to a human once weekly by a subcutaneous injection in a manner sufficient to reach a mean steady state exendin-4 concentration of 170 to 290 pg/ml between the 6 th and the 7 th week of the treatment and to sustain this concentration throughout the treatment period.
Focusable spotlight having a variable beam angle for lighting in film, television or photo studios or for lighting in museums or for lighting in other film, television, theatre or photo usages, comprising: - a housing, - a light source arranged inside the spotlight and a reflector also arranged inside the spotlight, wherein the light source and the reflector are movable inside the spotlight, - a main optical axis of the spotlight representing the centre of the beam path inside the spotlight, and - a rotationally-symmetrical converging lens which is attached to the front of the housing, is the front lens of the spotlight and has a main optical axis of the front lens, the main optical axis of the front lens extending exactly in the centre of the front lens, characterised in that the front lens is arranged acentrically in the sense that the main optical axis of the spotlight representing the centre of the beam path inside the spotlight, falls at the front end of the spotlight onto the front lens such that although the main optical axis of the spotlight extends parallel to the main optical axis of the front lens, it does not coincide therewith. - a housing, - a light source arranged inside the spotlight and a reflector also arranged inside the spotlight, wherein the light source and the reflector are movable inside the spotlight, - a main optical axis of the spotlight representing the centre of the beam path inside the spotlight, and - a rotationally-symmetrical converging lens which is attached to the front of the housing, is the front lens of the spotlight and has a main optical axis of the front lens, the main optical axis of the front lens extending exactly in the centre of the front lens,
Trunked radio system consisting of a trunked radio network with narrowband transmission channels with high area coverage and a trunked radio terminal which communicates via the narrowband transmission channels, and a data radio network with broadband transmission channels, and with at least one mobile converter device for expanding the data radio network, characterized in that the data radio network has incomplete area coverage, and in that the trunked radio terminal is designed to request expansion of the area coverage of the data radio network via the trunked radio network, in that there is a network planning unit which is designed in such a manner that it contains a current network plan of the data radio network, and the network planning unit determines an optimum location of a mobile converter device on the basis of the spatial position of the requesting trunked radio terminal and the network plan of the data radio network, with the result that, in order to expand the data radio network, at least one mobile converter device can be positioned in such a manner that the location of the requesting trunked radio terminal is reached with the data radio network.
An engineered bacteria, comprising a reverse beta oxidation cycle, said microorganism comprising: a. a pathway for the synthesis of omega-carboxylated, omega hydroxylated or omega-aminated CoA thioesters that can act as primer units of a reverse beta-oxidation cycle; b. overexpressed enzymes that enable the synthesis of intermediates in the beta-oxidation reversal including: i) a thiolase, ii) a 3-hydroxyacyl-CoA dehydrogenase, iii) an enoyl-CoA hydratase or a 3-hydroxyacyl-CoA dehydratase, and iv) an acyl-CoA dehydrogenase or a trans-enoyl-CoA reductase; and c. one or more termination enzymes that converts a reverse beta oxidation cycle intermediate to a desired product. a. a pathway for the synthesis of omega-carboxylated, omega hydroxylated or omega-aminated CoA thioesters that can act as primer units of a reverse beta-oxidation cycle; b. overexpressed enzymes that enable the synthesis of intermediates in the beta-oxidation reversal including: i) a thiolase, ii) a 3-hydroxyacyl-CoA dehydrogenase, iii) an enoyl-CoA hydratase or a 3-hydroxyacyl-CoA dehydratase, and iv) an acyl-CoA dehydrogenase or a trans-enoyl-CoA reductase; and c. one or more termination enzymes that converts a reverse beta oxidation cycle intermediate to a desired product.
Laminated insulating panel with an attaching side for placing against a wall, a free side and a number of side walls, comprising a base layer of an insulating material and a cover layer of a mechanically stronger material, where at least one side wall on the attaching side is formed such that in the placed situation a space adjacent to the attaching side is created between two identical insulating panels arranged adjacently of each other, between the wall and said base layer; wherein said space is created by a first recess which extends over the whole periphery of the insulating panel, between said at least one side wall and the attaching side; wherein said space is suitable for use of an adhesive product which expands significantly after being applied, characterized in that said first recess is formed by chamfering the edge of the insulating panel on said attaching side.
A composition comprising phenylethyl cinnamate as an active ingredient thereof, wherein phenylethyl cinnamate is incorporated at 0.0001% by weight to 0.1% by weight based on the total weight of the composition.
A cloud controller of a cloud computing cluster, the cloud controller comprising: a compute service module to receive a request for a new virtual machine; a communication module to receive a contention score for each compute node of a plurality of compute nodes of the cloud computing cluster, the contention score to indicate cache memory contention of the compute node; and a scheduler module to select a compute node based on the contention score; wherein the compute service module is further to schedule the new virtual machine on the selected compute node, wherein the contention score comprises a contention metric, the contention metric being a function of a number of cache misses of the compute node, wherein the contention metric comprises a rate of cache misses per reference number of instructions of the compute node, and wherein the rate of cache misses per reference number of instructions is calculated on a per-core or a per-processor basis, and combined for all processors and/or processor cores of the compute node to form an aggregate value for the compute node. a compute service module to receive a request for a new virtual machine; a communication module to receive a contention score for each compute node of a plurality of compute nodes of the cloud computing cluster, the contention score to indicate cache memory contention of the compute node; and a scheduler module to select a compute node based on the contention score; wherein the compute service module is further to schedule the new virtual machine on the selected compute node, wherein the contention score comprises a contention metric, the contention metric being a function of a number of cache misses of the compute node, wherein the contention metric comprises a rate of cache misses per reference number of instructions of the compute node, and wherein the rate of cache misses per reference number of instructions is calculated on a per-core or a per-processor basis, and combined for all processors and/or processor cores of the compute node to form an aggregate value for the compute node.
An apparatus comprising: first and second ground planes (201, 202) each of which having respective truncated edges, the first and second ground planes (201, 202) being parallel to one another and separated by a multi-layer substrate; a strip line positioned between the first and second ground planes (201, 202); and a symmetrical transition structure (105, 204, 221), coupled to the strip line and the first and second ground planes (201, 202) near their respective truncated edges, and further coupled to a broadside coupled line, wherein the symmetrical transition structure (105, 204, 221)comprises a first transitional metal line symmetrical to an axis of symmetry along the strip line and the BCL, and the first transitional metal line couples to the BCL at a point along the axis of symmetry. first and second ground planes (201, 202) each of which having respective truncated edges, the first and second ground planes (201, 202) being parallel to one another and separated by a multi-layer substrate; a strip line positioned between the first and second ground planes (201, 202); and a symmetrical transition structure (105, 204, 221), coupled to the strip line and the first and second ground planes (201, 202) near their respective truncated edges, and further coupled to a broadside coupled line, wherein the symmetrical transition structure (105, 204, 221)comprises a first transitional metal line symmetrical to an axis of symmetry along the strip line and the BCL, and the first transitional metal line couples to the BCL at a point along the axis of symmetry.
System for decapsulation of plastic integrated circuit packages, comprising a microwave generator, a Beenakker resonant cavity connected to the microwave generator, wherein the said Beenakker cavity has a predefined Q factor and is provided with a tube or tubes for supply of plasma gas and etchant gas or gases and with means for igniting the plasma gas, which Beenakker resonant cavity comprises a coupling antenna loop which is optionally provided with a wire attached to the coupling antenna loop, characterized in that the Q factor of the Beenakker resonant cavity is set at a predefined value by arranging that the coupling antenna loop and/or the said wire optionally attached to the coupling antenna loop is implemented in a metal or metal alloy different than copper and with a higher resistivity than copper (1.724 x 10 -8 ohm.m), or that at least at part of its surface area the coupling antenna loop and/or the said wire is provided with a coating of a metal or metal alloy different than copper and with a higher resistivity than copper (1.724 x 10 -8 ohm.m).
A device for the production of plasma using a radio-frequency hollow cathode discharge configured to deliver reactive particles to a vacuum chamber, the device comprising said vacuum chamber; a) a hollow cylinder formed of a dielectric material, the cylinder defining in its interior a plasma chamber and having an exterior diameter and an upstream end in communication with a source of gas through a gas flow control device; b) a single cylindrical electrode formed of conducting material and surrounding the exterior of the cylinder, the electrode in communication with a source of radio-frequency electrical power, wherein, in use, upon energizing the electrode with radio-frequency electric power and passage of gas through the cylinder, a plasma is formed inside the dielectric cylinder to generate the reactive particles; and characterized in that c) said vacuum chamber is in fluid communication with a downstream end of the hollow cylinder, which is thus, in use, itself under vacuum conditions. a) a hollow cylinder formed of a dielectric material, the cylinder defining in its interior a plasma chamber and having an exterior diameter and an upstream end in communication with a source of gas through a gas flow control device; b) a single cylindrical electrode formed of conducting material and surrounding the exterior of the cylinder, the electrode in communication with a source of radio-frequency electrical power, wherein, in use, upon energizing the electrode with radio-frequency electric power and passage of gas through the cylinder, a plasma is formed inside the dielectric cylinder to generate the reactive particles; and characterized in that c) said vacuum chamber is in fluid communication with a downstream end of the hollow cylinder, which is thus, in use, itself under vacuum conditions.
An apparatus for assisting the opening of a lift and slide element such as a lift and slide door or a lift and slide window, said apparatus comprising: an ejector unit comprising a spring element, in particular a gas pressure spring, having a first end and a second end, a first latch assembly connected to the first end and a second latch assembly connected to the second end; and a housing which receives the ejector unit and which is configured for attachment to a leaf of a lift and slide element; wherein the ejector unit has at least three configurations, namely: - a first configuration in which the spring element is compressed and the ejector unit is locked to the housing by means of both latch assemblies (66, 68); - a second configuration in which the spring element is relaxed and only the second latch assembly is locked to the housing, whereas the first latch assembly is unlocked and a buffer element provided at the first latch assembly extends at least partly outside the housing in order to repel the lift and slide element from a frame; and - a third configuration in which the spring element is relaxed and both latch assemblies (66, 68) are unlocked, wherein the buffer element extends at least partly outside the housing. an ejector unit comprising a spring element, in particular a gas pressure spring, having a first end and a second end, a first latch assembly connected to the first end and a second latch assembly connected to the second end; and a housing which receives the ejector unit and which is configured for attachment to a leaf of a lift and slide element; wherein the ejector unit has at least three configurations, namely: - a first configuration in which the spring element is compressed and the ejector unit is locked to the housing by means of both latch assemblies (66, 68); - a second configuration in which the spring element is relaxed and only the second latch assembly is locked to the housing, whereas the first latch assembly is unlocked and a buffer element provided at the first latch assembly extends at least partly outside the housing in order to repel the lift and slide element from a frame; and - a third configuration in which the spring element is relaxed and both latch assemblies (66, 68) are unlocked, wherein the buffer element extends at least partly outside the housing. - a first configuration in which the spring element is compressed and the ejector unit is locked to the housing by means of both latch assemblies (66, 68); - a second configuration in which the spring element is relaxed and only the second latch assembly is locked to the housing, whereas the first latch assembly is unlocked and a buffer element provided at the first latch assembly extends at least partly outside the housing in order to repel the lift and slide element from a frame; and - a third configuration in which the spring element is relaxed and both latch assemblies (66, 68) are unlocked, wherein the buffer element extends at least partly outside the housing.