mhurhangee/patent-ind-claim-en huggingface dataset:
Electrical insulation module configured to determine at least one line of leakage between an electrical component and a housing receiving said electrical component ; the electrical insulation module is made of an electrically insulating material and comprises: - a spacer , comprising a bottom wall and a peripheral wall , said spacer being configured to define the at least one line of leakage between said electrical component and said housing; wherein: • the peripheral wall follows a different direction from that of the bottom wall , an internal angle being formed between the bottom wall and the peripheral wall ; and • the at least one line of leakage comprises at least one dimension of a surface corresponding to a portion of the bottom wall and/or one dimension of a surface of a portion of the peripheral wall ; - a thermal cushion configured to be positioned between said electrical component and said spacer , said thermal cushion being configured to discharge at least a part of the heat generated in the operation of the electrical component . - a spacer , comprising a bottom wall and a peripheral wall , said spacer being configured to define the at least one line of leakage between said electrical component and said housing; wherein: • the peripheral wall follows a different direction from that of the bottom wall , an internal angle being formed between the bottom wall and the peripheral wall ; and • the at least one line of leakage comprises at least one dimension of a surface corresponding to a portion of the bottom wall and/or one dimension of a surface of a portion of the peripheral wall ; • the peripheral wall follows a different direction from that of the bottom wall , an internal angle being formed between the bottom wall and the peripheral wall ; and • the at least one line of leakage comprises at least one dimension of a surface corresponding to a portion of the bottom wall and/or one dimension of a surface of a portion of the peripheral wall ; - a thermal cushion configured to be positioned between said electrical component and said spacer , said thermal cushion being configured to discharge at least a part of the heat generated in the operation of the electrical component .
A biodegradable, biocompatible, high porosity artificial nerve conduit for direct implantation or delivery in nerve repair and regeneration processes, said nerve conduit comprising a polyelectrolyte complex (PEC) scaffold comprising a plurality of polymers, characterized in that said nerve conduit comprises autologous and/or allogeneic human cells directly supported on the scaffold, wherein the polymers of the scaffold are crosslinked by a glutaraldehyde cross-linker, wherein the polymers consist of gelatin 1%-10% w/v, chitosan 0.5%-2.5% w/v, hyaluronic acid 0.1%-2% w/v, collagen 0.1%- 10% w/v and glutaraldehyde solution 5%-50% v/v, wherein bloom strength of gelatin is of 50-300 and DAC (dialdehyde cellulose) chitosan ranging from 75% w/v -95% w/v, wherein the scaffold being non-adherent, having differential porosity and being suitable for cells to be grown directly on its surface, and wherein the autologous and/or allogeneic human cells are selected from mesenchymal stem cells, differentiated Schwann cells and neuronal cells in a proliferative state.
A secondary battery comprising: a negative electrode including a negative electrode active material layer containing a negative electrode active material; a positive electrode facing the negative electrode and including a positive electrode active material layer containing a positive electrode active material; a separator interposed between the positive electrode and the negative electrode; and an electrolyte, wherein: the negative electrode active material includes a silicon-based active material; an N/P ratio calculated by Equation 1 below is 1.92 to 2.60, N/P ratio = Discharge capacity per unit area of negative electrode/Discharge capacity per unit area of positive electrode, as determined in the description, and a porosity of the negative electrode calculated by Equation 2 below is 37% to 45%, Porosity of negative electrode (%) = {1-(Electrode density of negative electrode/True density of negative electrode)}x100, as determined in the description. a negative electrode including a negative electrode active material layer containing a negative electrode active material; a positive electrode facing the negative electrode and including a positive electrode active material layer containing a positive electrode active material; a separator interposed between the positive electrode and the negative electrode; and an electrolyte, wherein: the negative electrode active material includes a silicon-based active material; an N/P ratio calculated by Equation 1 below is 1.92 to 2.60, N/P ratio = Discharge capacity per unit area of negative electrode/Discharge capacity per unit area of positive electrode, as determined in the description, and a porosity of the negative electrode calculated by Equation 2 below is 37% to 45%, Porosity of negative electrode (%) = {1-(Electrode density of negative electrode/True density of negative electrode)}x100, as determined in the description. the negative electrode active material includes a silicon-based active material; an N/P ratio calculated by Equation 1 below is 1.92 to 2.60, N/P ratio = Discharge capacity per unit area of negative electrode/Discharge capacity per unit area of positive electrode, as determined in the description, and a porosity of the negative electrode calculated by Equation 2 below is 37% to 45%, Porosity of negative electrode (%) = {1-(Electrode density of negative electrode/True density of negative electrode)}x100, as determined in the description.
Adapter (10; 70; 80) for panels, in particular having two mutually opposite cover regions and a core, wherein the cover regions are mechanically more highly loadable than the core, in particular for lightweight construction panels (30; 72, 74), wherein the lightweight construction panels (30; 72, 74) have a first cover panel , a second cover panel and, arranged between the cover panels a core having a lower density than the cover panels , in particular a honeycomb core, wherein the adapter (10; 70; 80) has a first end face , a second end face situated opposite the first end face , and a casing extending between the end faces , wherein at least the first end face has a rectangular shape or a shape similar thereto, square shape or a shape similar thereto, or oval shape, wherein at least one edge portion of the casing that abuts the first end face is provided with radially outwardly directed ribs , and/or that the second end face , at least in its edge region, is provided in certain portions with projections which project perpendicularly to the end face , wherein an internal volume of the adapter that is situated between the end faces is designed for arranging dowels, screws, expansion dowels or fastening portions of components, characterized in that the internal volume of the adapter that is situated between the end faces is filled with a rib structure, and in that the rib structure in the internal volume has, at least in certain portions, a square lattice structure or a triangular lattice structure, or in that the internal volume of the adapter that is situated between the end faces is filled with a hollow body structure, and in that the hollow body structure in the internal volume has, at least in certain portions, tetrahedral or octahedral hollow bodies.
A pharmaceutical combination for use in the treatment of cancer, comprising therapeutically effective amounts of a CD19 inhibitor selected from an anti-CD19 antibody or an anti-CD19 chimeric antigen receptor, or an antigen-binding fragment or conjugate thereof, and a Bruton's tyrosine kinase (BTK) inhibitor, wherein the BTK inhibitor is the compound of Formula (II): or a pharmaceutically acceptable salt thereof.
A method performed by an intercloud switch on a public cloud having said intercloud switch and a router , the method comprising: establishing a secure transport layer tunnel over a public network between a first cloud gateway in a private cloud and a second cloud gateway in the public cloud , the secure transport layer tunnel configured to provide a link layer network extension between the private cloud and the public cloud; intercepting at the intercloud switch a first address resolution protocol request sent from a first virtual machine in the public cloud; fabricating at the intercloud switch a first address resolution protocol response including a MAC address of the router in the public cloud; and sending the first address resolution protocol response to the first virtual machine. establishing a secure transport layer tunnel over a public network between a first cloud gateway in a private cloud and a second cloud gateway in the public cloud , the secure transport layer tunnel configured to provide a link layer network extension between the private cloud and the public cloud; intercepting at the intercloud switch a first address resolution protocol request sent from a first virtual machine in the public cloud; fabricating at the intercloud switch a first address resolution protocol response including a MAC address of the router in the public cloud; and sending the first address resolution protocol response to the first virtual machine.
A method for assessing quality of a running yarn using a yarn monitoring device, the yarn monitoring device comprising a first sensor adapted to detect a thickness of a running yarn (Y) and to obtain a thickness detection value, a second sensor adapted to detect a fiber volume of the running yarn (Y) and to obtain a fiber volume detection value, and a yarn quality assessing section , the method comprising the following steps performed by the yarn quality assessing section: assessing the yarn quality in terms of presence or absence of a yarn defect by judging a portion as having a yarn defect if the thickness detection value and the fiber volume detection value of the given portion in the running yarn (Y) are outside an allowable yarn defect range (A1) that is established by using at least the thickness and the fiber volume as parameters, if judging that the given portion has a yarn defect, causing the yarn (Y) to be cut and causing a yarn joining device controller to control a yarn joining device to perform a yarn joining operation, to remove the portion that is judged as having a yarn defect and to generate a yarn joint, assessing yarn quality of the running yarn (Y) in terms of presence or absence of a faulty yarn joint based on the thickness detection value detected by the first sensor and the fiber volume detection value detected by the second sensor , by judging the yarn joint as faulty if the thickness detection value and the fiber volume detection value of the yarn joint in the running yarn (Y) are outside an allowable faulty yarn joint range (A2) that is established by using at least the thickness and the fiber volume as parameters. assessing the yarn quality in terms of presence or absence of a yarn defect by judging a portion as having a yarn defect if the thickness detection value and the fiber volume detection value of the given portion in the running yarn (Y) are outside an allowable yarn defect range (A1) that is established by using at least the thickness and the fiber volume as parameters, if judging that the given portion has a yarn defect, causing the yarn (Y) to be cut and causing a yarn joining device controller to control a yarn joining device to perform a yarn joining operation, to remove the portion that is judged as having a yarn defect and to generate a yarn joint, assessing yarn quality of the running yarn (Y) in terms of presence or absence of a faulty yarn joint based on the thickness detection value detected by the first sensor and the fiber volume detection value detected by the second sensor , by judging the yarn joint as faulty if the thickness detection value and the fiber volume detection value of the yarn joint in the running yarn (Y) are outside an allowable faulty yarn joint range (A2) that is established by using at least the thickness and the fiber volume as parameters.
A process for preparation of 2,3,3,3-tetrafluoropropene comprising: a) providing heat source in a reactor; b) providing preheated methyl chloride, tetrafluoroethylene and an initiator, either pre-mixed or added separately, in the reactor to obtain a first reaction mixture; c) heating the first reaction mixture using heat source to obtain 2,3,3,3-tetrafluoropropene and second reaction mixture components; d) recycling the second reaction mixture components into the reactor to attain an equilibrium; and e) isolating 2,3,3,3-tetrafluoropropene, wherein the initiator is selected from a group consisting of carbon tetrachloride, hexachloroethane, trichloroacetylchloride, chloroform, or mixture thereof. a) providing heat source in a reactor; b) providing preheated methyl chloride, tetrafluoroethylene and an initiator, either pre-mixed or added separately, in the reactor to obtain a first reaction mixture; c) heating the first reaction mixture using heat source to obtain 2,3,3,3-tetrafluoropropene and second reaction mixture components; d) recycling the second reaction mixture components into the reactor to attain an equilibrium; and e) isolating 2,3,3,3-tetrafluoropropene,
A cooling system for a gas turbine engine turbine section , comprising : a high pressure turbine section including a rotor supporting a blade having a cooling passage ; a disc secured relative to the rotor aft of the high pressure turbine section and forming a cavity between the rotor and the disc ; a bleed air source in fluid communication with the cavity ; and an impeller arranged in the cavity and configured to increase a fluid pressure within the cavity to drive bleed air from the bleed air source and thereby provide a pressurized cooling fluid to the cooling passage , wherein the bleed air source is a stage of a high pressure compressor section; characterized in that the high pressure compressor section includes an aft hub having an aft hub leak path, the aft hub leak path in fluid communication with the cavity and configured to provide aft hub fluid to the cavity ; and in that the cooling system further comprises a tangential on board injector (TOBI) having a TOBI leak path, the TOBI leak path in fluid communication with the cavity and configured to provide a TOBI fluid to the cavity . a rotor supporting a blade having a cooling passage ; a disc secured relative to the rotor aft of the high pressure turbine section and forming a cavity between the rotor and the disc ; a bleed air source in fluid communication with the cavity ; and an impeller arranged in the cavity and configured to increase a fluid pressure within the cavity to drive bleed air from the bleed air source and thereby provide a pressurized cooling fluid to the cooling passage , wherein the bleed air source is a stage of a high pressure compressor section; characterized in that the high pressure compressor section includes an aft hub having an aft hub leak path, the aft hub leak path in fluid communication with the cavity and configured to provide aft hub fluid to the cavity ; and in that the cooling system further comprises a tangential on board injector (TOBI) having a TOBI leak path, the TOBI leak path in fluid communication with the cavity and configured to provide a TOBI fluid to the cavity .
A method for communication with data bus subscribers (7a, 7b, ..., 7n) connected to a local bus , in particular a ring bus, with a local bus master , the method comprising: sending a first data packet from the local bus master to all data bus subscribers (7a, 7b, ..., 7n) for counting communication-ready data bus subscribers (7a, 7b, ..., 7n) in an order, the first data packet having a first counter value that each of the communication-ready data bus subscribers (7a, 7b, ..., 7n) in the order changes; and sending a plurality of second data packets from the local bus master to all data bus subscribers (7a, 7b, ..., 7n), wherein the plurality of the second data packets is based on the first counter value and wherein each of the second data packets is assigned to one of the communication-ready data bus subscribers (7a, 7b, ..., ..., 7n) based on the respective relative position of the communication-ready data bus subscribers (7a, 7b, ..., 7n) within the order, and wherein the first data packet and the plurality of second data packets are of the same type. sending a first data packet from the local bus master to all data bus subscribers (7a, 7b, ..., 7n) for counting communication-ready data bus subscribers (7a, 7b, ..., 7n) in an order, the first data packet having a first counter value that each of the communication-ready data bus subscribers (7a, 7b, ..., 7n) in the order changes; and sending a plurality of second data packets from the local bus master to all data bus subscribers (7a, 7b, ..., 7n), wherein the plurality of the second data packets is based on the first counter value and wherein each of the second data packets is assigned to one of the communication-ready data bus subscribers (7a, 7b, ..., ..., 7n) based on the respective relative position of the communication-ready data bus subscribers (7a, 7b, ..., 7n) within the order, and wherein the first data packet and the plurality of second data packets are of the same type.
A method of displaying an image having a high dynamic range, the method comprising the steps of: generating light, spatially modulating the light according to image data by a first light modulator in a first light modulating step; and imaging the spatially modulated light onto a screen comprising a second light modulator; wherein one of the light modulators, the higher-resolution light modulator, has a spatial resolution significantly higher than the other one of the light modulators, the lower-resolution light-modulator, wherein one of the light modulators is a color light modulator, characterized in that : the higher- resolution light modulator is the color light modulator. generating light, spatially modulating the light according to image data by a first light modulator in a first light modulating step; and imaging the spatially modulated light onto a screen comprising a second light modulator; wherein one of the light modulators, the higher-resolution light modulator, has a spatial resolution significantly higher than the other one of the light modulators, the lower-resolution light-modulator, wherein one of the light modulators is a color light modulator,
A module configured in operation to connect to a host , the module comprising: a receiving means operable to receive an encrypted transport stream received from the host, the transport stream containing content data and a decryption key seed (ECM); a decryption key generator operable to extract the decryption key seed (ECM) from the transport stream and to generate a decryption key from said decryption key seed; and a secure channel generator operable to generate a secure channel between the module and the host , whereby the secure channel generator is further operable to provide the generated decryption key to the host over the secure channel without a flag when the generated decryption key has changed from a previously provided decryption key, the flag indicating that the host should use the previously provided decryption key instead of the generated decryption key, and to provide the flag to the host without the generated decryption key when the generated decryption key is the same as the previously provided decryption key.
A machine for the tobacco processing industry for loading a cigarette rod machine, wherein the machine comprises a reservoir for film-like flat reconditioned tobacco material as an input device for tobacco material to be processed, wherein a shredding device is further comprised, which is arranged downstream of the reservoir and is designed to process reconditioned tobacco material provided by the input device in a shredding process into small pieces of tobacco , and wherein the machine further comprises a conveying device which is arranged downstream of the shredding device and is designed to convey the small pieces of tobacco to a suction rod conveyor of the cigarette rod machine, characterized in that the conveying device comprises a feed channel which is free of internal fittings, and along which the small pieces of tobacco can be conveyed to the suction rod conveyor of the cigarette rod machine, wherein the machine is designed to load the cigarette rod machine exclusively with small pieces of tobacco manufactured from the reconditioned tobacco material .
A polypeptide comprising: a portion of TrkB-FL that is derived from SEQ ID NO: 1, comprises Asn 520 and Ser 521 , and is 5 to 20 residues in length; a linker; and a cell-penetrating peptide that is connected to the portion of TrkB-FL by the linker; wherein the polypeptide is able to prevent calpain cleavage of TrkB-FL to produce TrkB-ICD. a portion of TrkB-FL that is derived from SEQ ID NO: 1, comprises Asn 520 and Ser 521 , and is 5 to 20 residues in length; a linker; and a cell-penetrating peptide that is connected to the portion of TrkB-FL by the linker;
A liquid supply system for a livestock stable, the liquid supply system comprising: a liquid drinking system comprising: a set of piping configured to carry liquid suitable for consumption by livestock; a liquid spraying system comprising one or more sprinklers connected to the set of piping of the liquid drinking system and configured to controllably spray the liquid carried by the set of piping within the livestock stable; characterized in that the liquid drinking system comprises one or more nipples connected to the set of piping and configured to release liquid, carried by the set of piping, for consumption by the livestock responsive to an interaction with the livestock, and that each of the one or more sprinklers is integrated into a respective nipple . a liquid drinking system comprising: a set of piping configured to carry liquid suitable for consumption by livestock; a liquid spraying system comprising one or more sprinklers connected to the set of piping of the liquid drinking system and configured to controllably spray the liquid carried by the set of piping within the livestock stable; characterized in that the liquid drinking system comprises one or more nipples connected to the set of piping and configured to release liquid, carried by the set of piping, for consumption by the livestock responsive to an interaction with the livestock, and that each of the one or more sprinklers is integrated into a respective nipple .
An indoor unit for an air conditioner, comprising: a housing comprising an upper base plate provided with an air inlet , a lower base plate detachably mounted to the upper base plate and provided with an air outlet, and a front cover detachably mounted to the upper base plate; a fan detachably mounted to the lower base plate; and a heat exchanger detachably mounted to the upper base plate and having a supporting seat and a heat exchanger core body mounted to the supporting seat, wherein the upper base plate is provided with a first positioning portion , the supporting seat is provided with a second positioning portion , and the first positioning portion is configured to be fitted with the second positioning portion to position the heat exchanger core body to the upper base plate. a housing comprising an upper base plate provided with an air inlet , a lower base plate detachably mounted to the upper base plate and provided with an air outlet, and a front cover detachably mounted to the upper base plate; a fan detachably mounted to the lower base plate; and a heat exchanger detachably mounted to the upper base plate and having a supporting seat and a heat exchanger core body mounted to the supporting seat, wherein the upper base plate is provided with a first positioning portion , the supporting seat is provided with a second positioning portion , and the first positioning portion is configured to be fitted with the second positioning portion to position the heat exchanger core body to the upper base plate.