mhurhangee/patent-ind-claim-en huggingface dataset:
Filter element for the adsorption of pollutant gases from a fluid stream (L), having a frame and a plurality of filter bodies arranged spaced apart and next to one another in the frame , wherein each filter body has a large number of openings (1.2), characterized in that each filter body is connected to at least one further filter body via an electrically dissipative contact element for dissipating electrical charges in each case, and in that at least one of the filter bodies is connected to the frame via an electrically dissipative connecting element .
Sowing element for precision agricultural seeders comprising a device for selecting the seed that includes: - a box-shaped body that is fixedly mounted on a frame of the sowing element and provided with an opening that is removably closed by a cover , - a perforated disc that is rotatably supported in the box-shaped body and has opposing faces which can be subject to a pressure differential, - a pressurisation device associated with said disc for applying said pressure differential to said faces , - said pressurisation device including a pressurisation bell combined with said disc so as to pneumatically couple thereto in order to guarantee said pressure differential, - characterised in that said bell is idly rotatably supported on said cover , and is coupled to the disc for dragging when the cover is closed on the opening of the box-shaped body . - a box-shaped body that is fixedly mounted on a frame of the sowing element and provided with an opening that is removably closed by a cover , - a perforated disc that is rotatably supported in the box-shaped body and has opposing faces which can be subject to a pressure differential, - a pressurisation device associated with said disc for applying said pressure differential to said faces , - said pressurisation device including a pressurisation bell combined with said disc so as to pneumatically couple thereto in order to guarantee said pressure differential, - characterised in that said bell is idly rotatably supported on said cover , and is coupled to the disc for dragging when the cover is closed on the opening of the box-shaped body .
A T cell genetically modified to express a chimeric antigen receptor (CAR), wherein the CAR comprises an antigen binding domain, a transmembrane domain, and an intracellular signaling domain comprising a 4-1BB signaling domain, for use in a method of treating a disease, disorder or condition associated with an elevated expression of a tumor antigen, the method comprising administering a first-line therapy and a second-line therapy to a patient in need thereof, wherein the first-line therapy comprises administering to the patient an effective amount of said genetically modified T cell, wherein the appropriate second-line therapy is a cytokine inhibitory therapy which comprises administering to the patient an effective amount of a cytokine inhibitory compound in order to manage the toxicity resulting from administration of the genetically modified T cell to the patient, wherein the cytokine is selected from the group consisting of IL-1 (e.g. IL-1β), IL-2, IL-4, IL-5, IL-6, IL-8, IL-10, IL-12, IL-13, IL-15, IL-17, IL-1Ra, IL-2R, IFN-α, IFN-γ, MIP-1α, MIP-1β, MCP-1, GM-CSF, G-CSF, CXCL9, CXCL10, CXCR factors, VEGF, RANTES, EOTAXIN, EGF, HGF, FGF-β, CD40, CD40L, ferritin, and any combination thereof.
Bathing water treatment system comprising a pool with an overflow channel for collecting bathing water and a equalizing pool for receiving surge water, wherein a first circuit leads from the overflow channel into the equalizing pool and from there via a first pump back to the pool , wherein the first circuit taps bathing water in the overflow channel at a first level, characterized in that a second circuit leads from the overflow channel via a second pump back to the pool , wherein the second circuit taps bathing water in the overflow channel at a second level, and in that the first level is higher than the second level.
Method for correcting the thrust vector delivered by a thrust unit of a thrust system (TSa, TSb, TSc, TSd, TSe, TSf, TSg, TSh) comprising processing means arranged to implement said method , said thrust unit comprising a mechanical rotor (12a-r) moved in rotation by a rotary shaft of an internal combustion engine (12a-e) in response to a power command (PC), said method comprising, iteratively (SP): - a step of converting a thrust command (TC) into a rotation speed setpoint (RSI) of the shaft of the internal combustion engine (12a-e) of the thrust unit ; - a step of producing an error value (RSE) between said rotation speed setpoint (RSI) and the measured rotation speed (RSM) of said shaft, by a measurement sensor (12a-s) cooperating with said internal combustion engine (12a-e) and with said processing means ; - a step of generating the power command (PC) based on said error value (RSE) between said rotation speed setpoint (RSI) and the measured rotation speed (RSM) of said shaft of the internal combustion engine (12a-e) so as to reduce said error value (RSE) and thus control the rotation speed of the shaft of the internal combustion engine (12a-e); said method being characterized in that : - the thrust system also comprises electrical correction means of the thrust vector delivered by said thrust unit; - and in that said method comprises an iterative (SP) step , independent of said speed control of the rotation of the shaft of the internal combustion engine (12a-e), for generating an actuation command (AC) of said electrical correction means of the thrust vector (19a-e, 19a-3) based on said error value (RSE) between the rotation speed setpoint (RSI) and the measured rotation speed (RSM) of the shaft of the internal combustion engine (12a-e). - a step of converting a thrust command (TC) into a rotation speed setpoint (RSI) of the shaft of the internal combustion engine (12a-e) of the thrust unit ; - a step of producing an error value (RSE) between said rotation speed setpoint (RSI) and the measured rotation speed (RSM) of said shaft, by a measurement sensor (12a-s) cooperating with said internal combustion engine (12a-e) and with said processing means ; - a step of generating the power command (PC) based on said error value (RSE) between said rotation speed setpoint (RSI) and the measured rotation speed (RSM) of said shaft of the internal combustion engine (12a-e) so as to reduce said error value (RSE) and thus control the rotation speed of the shaft of the internal combustion engine (12a-e); - the thrust system also comprises electrical correction means of the thrust vector delivered by said thrust unit; - and in that said method comprises an iterative (SP) step , independent of said speed control of the rotation of the shaft of the internal combustion engine (12a-e), for generating an actuation command (AC) of said electrical correction means of the thrust vector (19a-e, 19a-3) based on said error value (RSE) between the rotation speed setpoint (RSI) and the measured rotation speed (RSM) of the shaft of the internal combustion engine (12a-e).
Method for manufacturing a sensor device with a buried deep trench structure , comprising: providing a semiconductor substrate having a sensing region , which extends vertically below a main surface region of the semiconductor substrate into the semiconductor substrate , wherein a masking layer is arranged on the main surface region of the semiconductor substrate , etching a deep trench structure into the semiconductor substrate through revealed areas of the masking layer for arranging the deep trench structure laterally relative to the sensing region and vertically from the main surface region into the semiconductor substrate , selectively depositing by epitaxy a doped semiconductor layer on a surface region of the deep trench structure for providing a coated deep trench structure , at least partially removing the masking layer for revealing the main surface region of the semiconductor substrate , depositing a semiconductor capping layer on the main surface region of the semiconductor substrate , wherein the semiconductor capping layer covers and closes the coated deep trench structure and forms together with the semiconductor substrate a thickened semiconductor substrate having the buried deep trench structure , and out-diffusing dopants of the doped semiconductor layer into the thickened semiconductor substrate wherein the out-diffused dopants provide a trench doping region that extends from the doped semiconductor layer into the thickened semiconductor substrate . providing a semiconductor substrate having a sensing region , which extends vertically below a main surface region of the semiconductor substrate into the semiconductor substrate , wherein a masking layer is arranged on the main surface region of the semiconductor substrate , etching a deep trench structure into the semiconductor substrate through revealed areas of the masking layer for arranging the deep trench structure laterally relative to the sensing region and vertically from the main surface region into the semiconductor substrate , selectively depositing by epitaxy a doped semiconductor layer on a surface region of the deep trench structure for providing a coated deep trench structure , at least partially removing the masking layer for revealing the main surface region of the semiconductor substrate , depositing a semiconductor capping layer on the main surface region of the semiconductor substrate , wherein the semiconductor capping layer covers and closes the coated deep trench structure and forms together with the semiconductor substrate a thickened semiconductor substrate having the buried deep trench structure , and out-diffusing dopants of the doped semiconductor layer into the thickened semiconductor substrate wherein the out-diffused dopants provide a trench doping region that extends from the doped semiconductor layer into the thickened semiconductor substrate .
A catalyzed soot filter (CSF) comprising a selective oxidation catalyst composition on a filter, wherein the selective oxidation catalyst composition has a selectivity for oxidizing HC versus oxidizing ammonia, wherein the selective oxidation catalyst composition is substantially free of platinum, wherein the selective oxidation catalyst composition comprises a palladium component, wherein the palladium component is impregnated on ceria, wherein the palladium component has a loading on the filter of 3.53 g/m 3 to 353 g/m 3 (0.1 g/ft 3 to 10 g/ft 3 ). wherein the selective oxidation catalyst composition is substantially free of platinum, wherein the selective oxidation catalyst composition comprises a palladium component, wherein the palladium component is impregnated on ceria, wherein the palladium component has a loading on the filter of 3.53 g/m 3 to 353 g/m 3 (0.1 g/ft 3 to 10 g/ft 3 ).
A computer-implemented method for encrypting a software model of a technical system, comprising software components , characterized by the steps: - generating (S1; S100) a public key and a master key; - generating (S3) a decrypting structure comprising at least one definition of a component group of software components of the software model ; - generating (S3; S300) at least one secret key by means of the master key and the decrypting structure , such that the secret key comprises the definition of the at least one component group , - at least partially encrypting (S5; S200) the software model by means of the public key ; - at least partially integrating the decrypting structure into the encrypted software model , such that the at least one component group can be decrypted only by means of the secret key comprising the definition of the at least one component group ; - generating (S8) a further decrypting structure comprising at least one definition of a further component group of software components of the software model ; - generating (S9; S700) a key expansion for the at least one secret key by means of the master key and the further decrypting structure, such that the key expansion comprises the definition of the at least one further component group . - generating (S1; S100) a public key and a master key; - generating (S3) a decrypting structure comprising at least one definition of a component group of software components of the software model ; - generating (S3; S300) at least one secret key by means of the master key and the decrypting structure , such that the secret key comprises the definition of the at least one component group , - at least partially encrypting (S5; S200) the software model by means of the public key ; - at least partially integrating the decrypting structure into the encrypted software model , such that the at least one component group can be decrypted only by means of the secret key comprising the definition of the at least one component group ; - generating (S8) a further decrypting structure comprising at least one definition of a further component group of software components of the software model ; - generating (S9; S700) a key expansion for the at least one secret key by means of the master key and the further decrypting structure, such that the key expansion comprises the definition of the at least one further component group .
An adaptation device for adapting an UV-Vis or Raman cuvette, the cuvette having a bottom, to perform in-situ spectroanalytical characterization of redox processes using gas species or titrated redox active species in a controlled atmosphere, said device being configured so as to fit the open end of a UV-Vis cuvette intended to contain products to be measured during achievement of spectroanalytical measurements, characterized in that the device comprises: - A main body configured to form a plug closing the opened end of the cuvette ; - a working , a counter and a reference electrode with removable parts mounted removably at the respective ends of conductors (131, 141 151) passing through the main body ; - a gas inlet tube passing through the main body which terminates in the cavity of the cuvette so that its termination inside the cavity can be immersed in the solution contained in the cuvette , said tube being intended to allow introduction of a gas reactant into the solution, - a gas outlet tube passing through the main body which is adapted to terminate in the cavity of the cuvette in the upper part of the cavity which is not filled with the solution, said tube being intended to let the gas in excess to flow out of the cuvette ; the gas inlet tube being configured such that its termination located at its end adapted to be located inside the cavity of the cuvette is a double opened termination with a first upper termination directed towards the working electrode and a second lower termination directed towards the bottom of the cuvette , said second termination being arranged far enough from the bottom of the cuvette that the gas bubbles do not reach the lower part of the cavity where UV-Vis measurements are performed. - A main body configured to form a plug closing the opened end of the cuvette ; - a working , a counter and a reference electrode with removable parts mounted removably at the respective ends of conductors (131, 141 151) passing through the main body ; - a gas inlet tube passing through the main body which terminates in the cavity of the cuvette so that its termination inside the cavity can be immersed in the solution contained in the cuvette , said tube being intended to allow introduction of a gas reactant into the solution, - a gas outlet tube passing through the main body which is adapted to terminate in the cavity of the cuvette in the upper part of the cavity which is not filled with the solution, said tube being intended to let the gas in excess to flow out of the cuvette ;
An injectable sustained-release formulation comprising: a bioabsorbable polymer nanoparticle comprising a trimethylene carbonate (TMC)-based polymer, wherein the TMC-based polymer comprises: a) a copolymer comprising repeating units of trimethylene carbonate and lactide, and/or b) a polylactide (PLA), (TMC), polyglycolic acid (PGA) terpolymer, wherein the terpolymer comprises from 3-19 wt. % PGA and wherein the PLA:TMC weight ratio is from 3.25:1 to 0.75:1; a cross-linkable polyethylene glycol; and a bioactive agent encapsulated in said nanoparticle. a bioabsorbable polymer nanoparticle comprising a trimethylene carbonate (TMC)-based polymer, wherein the TMC-based polymer comprises: a) a copolymer comprising repeating units of trimethylene carbonate and lactide, and/or b) a polylactide (PLA), (TMC), polyglycolic acid (PGA) terpolymer, a) a copolymer comprising repeating units of trimethylene carbonate and lactide, and/or b) a polylactide (PLA), (TMC), polyglycolic acid (PGA) terpolymer, wherein the terpolymer comprises from 3-19 wt. % PGA and wherein the PLA:TMC weight ratio is from 3.25:1 to 0.75:1; a cross-linkable polyethylene glycol; and a bioactive agent encapsulated in said nanoparticle.
Mechanism for mechanically coupling an upper facade panel and a lower facade panel , comprising: - an upper guide comprising: - a plate , - at least one extension extending mainly perpendicularly to the plate , from this, and comprising an opening of a length (L), measured along a first axis (X), larger than a width (I), measured along a second axis (Y); - a lower guide comprising: - a plate , - at least one extension extending mainly perpendicularly to the plate , and from this; characterised in that it also comprises: - a sheath extending along a third axis mainly (Z) parallel to the plate of the lower guide , and fixedly held by the extension of the lower guide ; - a pin extending, both into the sheath and through the opening of the upper guide ; - means for limiting a movement of the pin parallel to the third axis (Z), through the opening of the upper guide . - an upper guide comprising: - a plate , - at least one extension extending mainly perpendicularly to the plate , from this, and comprising an opening of a length (L), measured along a first axis (X), larger than a width (I), measured along a second axis (Y); - a plate , - at least one extension extending mainly perpendicularly to the plate , from this, and comprising an opening of a length (L), measured along a first axis (X), larger than a width (I), measured along a second axis (Y); - a lower guide comprising: - a plate , - at least one extension extending mainly perpendicularly to the plate , and from this; - a plate , - at least one extension extending mainly perpendicularly to the plate , and from this; - a sheath extending along a third axis mainly (Z) parallel to the plate of the lower guide , and fixedly held by the extension of the lower guide ; - a pin extending, both into the sheath and through the opening of the upper guide ; - means for limiting a movement of the pin parallel to the third axis (Z), through the opening of the upper guide .
A mating disruption method against at least one kind of insect pest comprising a step of starting to apply a mating disruptant after mating and oviposition of imagoes of the first generation of said insect pest are substantially over and before imagoes of the second generation of said insect pest emerge which is 1 to 2 weeks before an estimated emergence day of females of the second generation which can mate, without use of the mating disruptant against the first generation, said first generation starting mating behavior after overwintering, the mating disruptant targeting said at least one kind of insect pest which comprises one or more kinds of acetates as a natural sex pheromone, the insect pest being selected from the group consisting of European grapevine moth ( Lobesia botrana : EGVM), which is substantially free of alcohol or alcohols derived from the acetates, and oriental fruit moth ( Grapholitha molesta: OFM), which comprises 1.5% by weight or less of alcohol or alcohols derived from the acetates; and the mating disruptant comprising the acetates and the alcohol or alcohols obtainable by hydrolysis of the acetates wherein each amount of the alcohol or alcohols is 1.5 to 10% by weight relatively to each amount of the acetates. the mating disruptant targeting said at least one kind of insect pest which comprises one or more kinds of acetates as a natural sex pheromone, the insect pest being selected from the group consisting of European grapevine moth ( Lobesia botrana : EGVM), which is substantially free of alcohol or alcohols derived from the acetates, and oriental fruit moth ( Grapholitha molesta: OFM), which comprises 1.5% by weight or less of alcohol or alcohols derived from the acetates; and the mating disruptant comprising the acetates and the alcohol or alcohols obtainable by hydrolysis of the acetates wherein each amount of the alcohol or alcohols is 1.5 to 10% by weight relatively to each amount of the acetates.
Apparatus for gravity-emptying bottles containing frozen blood product, characterised in that it comprises a unit for monitoring emptying which in turn comprises: an automatic unit for checking the weight of emptied bottles , which in turn comprises: a) a load detection system for measuring the weight of emptied bottles ; b) an air pressure measuring unit for measuring the pressure in the room in which the emptying apparatus is located; c) a measurement compensation unit for correcting the load value provided by the load detection system on the basis of the room pressure measurement provided by the air pressure measurement unit; such that the weight-checking unit generates a "not empty" signal if the value of the corrected load is greater than or equal to a predetermined value. an automatic unit for checking the weight of emptied bottles , which in turn comprises: a) a load detection system for measuring the weight of emptied bottles ; b) an air pressure measuring unit for measuring the pressure in the room in which the emptying apparatus is located; c) a measurement compensation unit for correcting the load value provided by the load detection system on the basis of the room pressure measurement provided by the air pressure measurement unit; a) a load detection system for measuring the weight of emptied bottles ; b) an air pressure measuring unit for measuring the pressure in the room in which the emptying apparatus is located; c) a measurement compensation unit for correcting the load value provided by the load detection system on the basis of the room pressure measurement provided by the air pressure measurement unit; such that the weight-checking unit generates a "not empty" signal if the value of the corrected load is greater than or equal to a predetermined value.
Device for cooling food with a worktop , with a fan and with an evaporator , wherein the fan, the evaporator and a UV-C air sterilizer with a UV-C light source are mounted below the worktop within a chamber, and an air outlet having a stepped ejection, and an air intake having an air intake slot, wherein a cooled container for confiscate is arranged, which is connected to the worktop by a discharge and wherein a contact sensor detects the position of the work surface and a safety switch-off is arranged, characterized by a UV sensor (30.1, 30.2) in the chamber, wherein the UV sensor (30.1, 30.2) immediately switches off the UV-C light source of the UV-C air disinfection device as soon as the wavelengths detected by the UV sensor also include areas which lie outside the wavelengths of UV-C radiation.