mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing glass products, preferably for continuously producing glass products, from a glass melt , comprising the steps of: - providing glass raw materials, in particular a batch and/or cullets; - heating the glass raw materials in a melting device , wherein the melting device comprises a melting tank for producing a glass melt from the glass raw materials, and an upper furnace , wherein the glass surface of the melting area is covered with glass raw material to more than 30 %, and wherein at least a small portion of the surface of the melting area is not covered; - heating the melting device such that the temperature T G_BOD of the glass melt at the bottom below the free surface of the melting device and the temperature T o of the atmosphere in the upper furnace is at least 1,300 °C in each case, wherein a vertical temperature difference T G_BOD - T o is set to at least 50°C, and wherein the temperature of the glass melt at the bottom is greater than the temperature of the atmosphere in the upper furnace , so that: T G_BOD > T o ; and - discharging the glass melt from the melting tank , wherein the discharged glass melt preferably has less than 1000 bubbles per kg with a diameter of greater than 50 μm. - providing glass raw materials, in particular a batch and/or cullets; - heating the glass raw materials in a melting device , wherein the melting device comprises a melting tank for producing a glass melt from the glass raw materials, and an upper furnace , wherein the glass surface of the melting area is covered with glass raw material to more than 30 %, and wherein at least a small portion of the surface of the melting area is not covered; - heating the melting device such that the temperature T G_BOD of the glass melt at the bottom below the free surface of the melting device and the temperature T o of the atmosphere in the upper furnace is at least 1,300 °C in each case, wherein a vertical temperature difference T G_BOD - T o is set to at least 50°C, and wherein the temperature of the glass melt at the bottom is greater than the temperature of the atmosphere in the upper furnace , so that: T G_BOD > T o ; and - discharging the glass melt from the melting tank , wherein the discharged glass melt preferably has less than 1000 bubbles per kg with a diameter of greater than 50 μm.
A system , comprising: an oblong supporting rail ; a power source and a controller in electrical communication with the supporting rail ; and a film processing module moveably engaged with the supporting rail , the film processing module including: a base ; and an upper multi-functional assembly including a clamping plate and a cutting mechanism in electrical communication with the power source and the controller to cut and seal film . an oblong supporting rail ; a power source and a controller in electrical communication with the supporting rail ; and a film processing module moveably engaged with the supporting rail , the film processing module including: a base ; and an upper multi-functional assembly including a clamping plate and a cutting mechanism in electrical communication with the power source and the controller to cut and seal film . a base ; and an upper multi-functional assembly including a clamping plate and a cutting mechanism in electrical communication with the power source and the controller to cut and seal film .
A vacuum pump assembly including a main pump and a booster pump , wherein each of the pumps has an intake port and an exhaust port , the intake port of the main pump intercommunicates with the exhaust port of the booster pump , the intake port of the booster pump is functioned as an intake side of the vacuum pump assembly , and the exhaust port of the main pump is functioned as an exhaust side of the vacuum pump assembly , characterized in that the vacuum pump assembly further comprises: an instruction receiving unit configured for receiving a start instruction for starting the main pump or a stop instruction for stopping the main pump , and outputting a switch signal; a main pump inverter configured for receiving the output switch signal to start or stop the main pump , and outputting a start/stop signal for instructing start/stop of the booster pump ; and a booster pump inverter configured for detecting the start/stop signal output from the main pump inverter , and to start or stop the booster pump . an instruction receiving unit configured for receiving a start instruction for starting the main pump or a stop instruction for stopping the main pump , and outputting a switch signal; a main pump inverter configured for receiving the output switch signal to start or stop the main pump , and outputting a start/stop signal for instructing start/stop of the booster pump ; and a booster pump inverter configured for detecting the start/stop signal output from the main pump inverter , and to start or stop the booster pump .
A positive electrode active material for a secondary battery, the positive electrode active material comprising: a lithium complex transition metal oxide which contains nickel (Ni) and cobalt (Co), and contains at least one selected from the group consisting of manganese (Mn) and aluminum (Al); and a composite coating portion which is formed on a surface of the lithium complex transition metal oxide, wherein the lithium complex transition metal oxide has a nickel (Ni) content of 65 mol% or more with respect to the total transition metal content, and the composite coating portion contains cobalt (Co) and boron (B), and contains at least one selected from the group consisting of lanthanum (La), titanium (Ti), and aluminum (Al), wherein the cobalt (Co) contained in the composite coating portion is contained in an amount of 1,000-8,000 ppm with respect to the total weight of the positive electrode active material, wherein the boron (B) contained in the composite coating portion is contained in an amount of 50-700 ppm with respect to the total weight of the positive electrode active material, and wherein at least one selected from the group consisting of lanthanum (La), titanium (Ti), and aluminum (Al) contained in the composite coating portion is contained in an amount of 1,000-8,000 ppm with respect to the total weight of the positive electrode active material. a lithium complex transition metal oxide which contains nickel (Ni) and cobalt (Co), and contains at least one selected from the group consisting of manganese (Mn) and aluminum (Al); and a composite coating portion which is formed on a surface of the lithium complex transition metal oxide, wherein the lithium complex transition metal oxide has a nickel (Ni) content of 65 mol% or more with respect to the total transition metal content, and the composite coating portion contains cobalt (Co) and boron (B), and contains at least one selected from the group consisting of lanthanum (La), titanium (Ti), and aluminum (Al), wherein the cobalt (Co) contained in the composite coating portion is contained in an amount of 1,000-8,000 ppm with respect to the total weight of the positive electrode active material, wherein the boron (B) contained in the composite coating portion is contained in an amount of 50-700 ppm with respect to the total weight of the positive electrode active material, and wherein at least one selected from the group consisting of lanthanum (La), titanium (Ti), and aluminum (Al) contained in the composite coating portion is contained in an amount of 1,000-8,000 ppm with respect to the total weight of the positive electrode active material.
Fixing device for a windscreen wiper actuation linkage system , this device comprising a plate intended to be fixed onto a vehicle body , and at least one locking member borne by said plate or added thereto and intended to cooperate with said body to lock the fixing of the plate onto the body, said plate comprising at least one protruding element or hollowed element intended to cooperate by engagement with a complementary element of said body when the plate is mounted and bearing on said body, in a joint plane P, characterized in that said plate and said at least one element that it bears are configured to be displaced in translation in the joint plane P, from a first position of engagement/disengagement of said elements, to a blocking second position in which a travel of separation of the plate from the body is prevented or limited, in a direction at right angles to said joint plane, and in that said locking member is mobile, deformable or displaceable from an unlocking position in which said plate can be displaced between its first position and its second position, and vice versa, to a locking position in which said member is configured to cooperate with said body to immobilise said plate in its second position.
Method for producing a wiper blade having a supporting element and a connection device , which is fastened to the supporting element by means of a part on a wiper blade side, said part having claw-like shoulders which engage at least in regions around the supporting element , wherein the part on the wiper blade side is pushed onto and positioned on the supporting element with an only slightly larger clear width than the thickness of the supporting element and, after the positioning, is heat treated, characterized in that the heat treatment ensures that the elements of the supporting element and of the part on the wiper blade side lie tightly against one another and produce a force-fitting assembly.
A memory apparatus, comprising: a substrate ; a first memory cell (105-b) formed in a first recess positioned on the substrate and comprising a first type of capacitor; a second memory cell (105-c) formed in a second recess positioned on the substrate , the second memory cell comprising a second type of capacitor that is different from the first type of capacitor; a word line in electronic communication with the first memory cell (105-b) and the second memory cell (105-c); and a dielectric material that is in direct contact with a first surface, a second surface, and a third surface of at least one of the first memory cell (105-b) or the second memory cell (105-c), wherein a top surface of the dielectric material is in direct contact with a ferroelectric material of the first type of capacitor and a paraelectric material of the second type of capacitor. a substrate ; a first memory cell (105-b) formed in a first recess positioned on the substrate and comprising a first type of capacitor; a second memory cell (105-c) formed in a second recess positioned on the substrate , the second memory cell comprising a second type of capacitor that is different from the first type of capacitor; a word line in electronic communication with the first memory cell (105-b) and the second memory cell (105-c); and a dielectric material that is in direct contact with a first surface, a second surface, and a third surface of at least one of the first memory cell (105-b) or the second memory cell (105-c), wherein a top surface of the dielectric material is in direct contact with a ferroelectric material of the first type of capacitor and a paraelectric material of the second type of capacitor.
A melting flux for removing slag of molten aluminium and molten aluminium alloys in melting furnaces, comprising an alkali salt mixture, characterized in that it further comprises aluminium hydroxide, wherein the aluminium hydroxide has a final concentration from 1% to 50% by weight, and wherein the alkali salt mixture has a final concentration from 50% to 99% by weight.
A method, performed by a first node , for managing transmission of at least one probe message for detection of failure of a second node , wherein a network comprises the first and second nodes (1 10, 120), wherein the method comprises receiving (A020) a message about an event related to the second node , wherein the message comprises an identifier of the second node and an event type of the event, the method characterized by : retrieving (A030) at least one policy for failure detection based on the event type, and modifying (A050) a probe list based on said at least one policy with respect to the second node , wherein the probe list indicates an order in which nodes, neighbouring to the first node (1 10), are to be probed by transmission of the probe messages thereto, wherein the second node is one of the nodes neighbouring to the first node (1 10), and transmitting (A070) the probe messages according to the probe list. retrieving (A030) at least one policy for failure detection based on the event type, and modifying (A050) a probe list based on said at least one policy with respect to the second node , wherein the probe list indicates an order in which nodes, neighbouring to the first node (1 10), are to be probed by transmission of the probe messages thereto, wherein the second node is one of the nodes neighbouring to the first node (1 10), and transmitting (A070) the probe messages according to the probe list.
A corona ignition assembly , comprising: a firing end assembly including a firing end insulator surrounding an igniter central electrode ; an ignition coil assembly connected to said firing end assembly for conveying energy to said igniter central electrode ; a high voltage connection connecting said firing end assembly to said ignition coil assembly ; said high voltage connection including a shield formed of metal; and said high voltage connection including an upper insert formed of metal connecting said shield to said ignition coil assembly and a lower insert formed of metal connecting said shield to said firing end assembly ; characterised in that said high voltage connection includes a high voltage insulator formed of silicon rubber and presenting an insulator outer surface, said shield surrounding said high voltage insulator ; first portions of said insulator outer surface adhere to said shield , said upper insert , and said lower insert ; and second portions of said insulator outer surface are not adhered to said shield , said upper insert , or said lower insert . a firing end assembly including a firing end insulator surrounding an igniter central electrode ; an ignition coil assembly connected to said firing end assembly for conveying energy to said igniter central electrode ; a high voltage connection connecting said firing end assembly to said ignition coil assembly ; said high voltage connection including a shield formed of metal; and said high voltage connection including an upper insert formed of metal connecting said shield to said ignition coil assembly and a lower insert formed of metal connecting said shield to said firing end assembly ; characterised in that said high voltage connection includes a high voltage insulator formed of silicon rubber and presenting an insulator outer surface, said shield surrounding said high voltage insulator ; first portions of said insulator outer surface adhere to said shield , said upper insert , and said lower insert ; and second portions of said insulator outer surface are not adhered to said shield , said upper insert , or said lower insert .
Pressure vessel , comprising an inner vessel produced from an inner vessel material having a cylindrical middle part with a cylinder axis (ZA) and having two terminal caps that seal the cylindrical middle part so as to provide a storage volume (SV) in the pressure vessel, an outer layer , which is applied to the inner vessel in order to reinforce said inner vessel, a valve connection piece that is arranged on one of the terminal caps so as to fill and empty the storage volume (SV) with a filling gas (FG) at a desired degree of purity (RG), and a hollow flushing lance that is open to the outside and is guided through the valve connection piece and held therein in a sealing manner with respect to the valve connection piece , wherein the flushing lance protrudes into the storage volume (SV) and is provided with a perforation along its entire length (L5) up to a first end of the flushing lance facing the terminal cap that is lying opposite the valve connection piece in the storage volume (SV) for a gas exchange with the storage volume, wherein the flushing lance extends so far to the terminal cap , which is lying opposite the valve connection piece , that the gas exchange extends through the perforation of the flushing lance up to the opposite-lying terminal cap characterized in that the flushing lance is produced at least in the region within the storage volume (SV) from a dimensionally stable material, wherein the first end of the flushing lance is arranged free-floating in the storage volume (SV) of the pressure vessel , wherein an additional weight is arranged on the first end of the flushing lance .
In vitro use of a tissue specific transcription factor-nucleosome adduct or transcription cofactor-nucleosome adduct as a biomarker in a biological fluid for the detection or diagnosis of a cancer in a subject.
A device for applying a two-part adhesive or sealant to an anastomosis site prior to stapling with a circular anastomosis surgical stapling instrument , comprising: a hollow housing with a plurality of exit openings and a coupler adapted to mount the device to the circular anastomosis surgical stapling instrument; wherein the hollow housing is having a top surface and an opposing bottom surface with at least two separate channels within said housing; the exit openings comprise a plurality of nozzles disposed circumferentially on the top surface and on the bottom surface with the nozzles in fluid communication with the channels; the device further comprising: a manifold connector attached to the housing, the connector being in fluid communication with the channels and adapted to be connected to a dual lumen cannula supplying sealant components; wherein said coupler is adapted to mount the device to a shaft between an anvil and a stapling head of the circular anastomosis surgical stapling instrument; wherein said channels comprise a first channel and a second channel ; and wherein said nozzles comprise a first set of nozzles in fluid communication with the first channel and a second set of nozzles in fluid communication with the second channel. a hollow housing with a plurality of exit openings and a coupler adapted to mount the device to the circular anastomosis surgical stapling instrument; wherein the hollow housing is having a top surface and an opposing bottom surface with at least two separate channels within said housing; the exit openings comprise a plurality of nozzles disposed circumferentially on the top surface and on the bottom surface with the nozzles in fluid communication with the channels; the device further comprising: a manifold connector attached to the housing, the connector being in fluid communication with the channels and adapted to be connected to a dual lumen cannula supplying sealant components; wherein said coupler is adapted to mount the device to a shaft between an anvil and a stapling head of the circular anastomosis surgical stapling instrument; wherein said channels comprise a first channel and a second channel ; and wherein said nozzles comprise a first set of nozzles in fluid communication with the first channel and a second set of nozzles in fluid communication with the second channel. a manifold connector attached to the housing, the connector being in fluid communication with the channels and adapted to be connected to a dual lumen cannula supplying sealant components; wherein said coupler is adapted to mount the device to a shaft between an anvil and a stapling head of the circular anastomosis surgical stapling instrument; wherein said channels comprise a first channel and a second channel ; and wherein said nozzles comprise a first set of nozzles in fluid communication with the first channel and a second set of nozzles in fluid communication with the second channel.
Method for demisting process exhaust air of an installation for producing or processing a fibrous web, in particular a pulp, paper or board web, the installation comprising a drying section in which the fibrous web is at least partially dried by means of contact drying, wherein a supply air is supplied to the drying section and an exhaust air is discharged from the drying section , and wherein the supply air has a higher temperature and a lower relative humidity than the exhaust air , characterized in that a partial flow is branched off from the supply air and is mixed with the exhaust air to produce the process exhaust air before being discharged to the environment
Assembly for building into a wall, especially a prefabricated wall, comprising: a mounting box comprising at least one tubular part with a front end and an open back end , the front end being closed with a removable cover , at least one insert part mounted in the mounting box and supporting at least one functional module , at least one cable connected to the at least one functional module , a closing part that is attached against the open back end of the at least one tubular part , such that the mounting box encloses the at least one functional module , whereby the at least one functional module is connected with the at least one cable via the open back end of the at least one tubular part when the closing part is removed from the open back end , and is attached in the mounting box such that it is usable for an end user via the front end , when the removable cover is removed, and comprising one or more conduits receiving the at least one cable or for a pull wire, characterized in that the at least one tubular part and the closing part are tightly enclosing the one or more conduits . a mounting box comprising at least one tubular part with a front end and an open back end , the front end being closed with a removable cover , at least one insert part mounted in the mounting box and supporting at least one functional module , at least one cable connected to the at least one functional module , a closing part that is attached against the open back end of the at least one tubular part , such that the mounting box encloses the at least one functional module , whereby the at least one functional module is connected with the at least one cable via the open back end of the at least one tubular part when the closing part is removed from the open back end , and is attached in the mounting box such that it is usable for an end user via the front end , when the removable cover is removed, and comprising one or more conduits receiving the at least one cable or for a pull wire, characterized in that the at least one tubular part and the closing part are tightly enclosing the one or more conduits .
A fulvestrant-containing composition comprising: a) fulvestrant at a concentration of from 50 mg/ml to 150 mg/ml; b) a solvent selected from the group consisting of dimethyl sulfoxide (DMSO), glycofurol, N-methyl pyrrolidone, and mixtures thereof; c) an oil mixture of caprylic and capric triglycerides; and d) a sustained release member selected from the group consisting of benzyl benzoate and benzyl alcohol; wherein said fulvestrant-containing composition having less than 5% total impurities, on a normalized peak area response ("PAR") basis as determined by high performance liquid chromatography ("HPLC") at a wavelength of 223nm, after at least 24 months of storage at temperatures of from 5°C to 25°C includes not more than 5% of castor oil and castor oil derivatives; wherein the volume ratio of solvent: oil mixture: sustained release member is 1-2.5 : 0.9-2.5 : 0.9-2.5. a) fulvestrant at a concentration of from 50 mg/ml to 150 mg/ml; b) a solvent selected from the group consisting of dimethyl sulfoxide (DMSO), glycofurol, N-methyl pyrrolidone, and mixtures thereof; c) an oil mixture of caprylic and capric triglycerides; and d) a sustained release member selected from the group consisting of benzyl benzoate and benzyl alcohol; wherein said fulvestrant-containing composition having less than 5% total impurities, on a normalized peak area response ("PAR") basis as determined by high performance liquid chromatography ("HPLC") at a wavelength of 223nm, after at least 24 months of storage at temperatures of from 5°C to 25°C includes not more than 5% of castor oil and castor oil derivatives; wherein the volume ratio of solvent: oil mixture: sustained release member is 1-2.5 : 0.9-2.5 : 0.9-2.5.