mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic system for a system for neural applications comprising at least one first connector element and at least one second connector element , the first connector element being configured such that the electronic system is connectable or connected, in use, to a controller which is at least configured to at least one of i) measure at least one electrical signal via one or more recording inputs , and ii) provide at least one electrical signal via one or more stimulation outputs and wherein the electronic system is configured such that by design the at least one electrical signal provided via the one or more stimulation outputs has a substantially zero DC content or by design has a DC current that is inherently limited to substantial zero; the second connector element being configured such that the electronic system is connectable or connected, in use, to a lead for neural recording, wherein the electronic system comprises at least one leakage current detection means ; and wherein the electronic system comprises at least one biasing means configured to provide a bias voltage to an integrated passive device ; and wherein the leakage current detection means is configured to measure a current of the bias voltage and/or a change in the bias voltage.
A charging method based on dual batteries, comprising: A0, controlling, by a charge controlling unit , a secondary battery to charge a main battery , when a charger is not connected; the charge controlling unit being connected to a secondary charging chip ; the charge controlling unit further comprising an LED light set configured to display current power level information of the secondary battery ; A, connecting a USB connector to a charger; B, switching, by a switch , to a corresponding charging path, based on an inserting state of a backup battery ; when the backup battery is inserted, controlling a main charging chip to charge the main battery , and controlling the secondary charging chip to charge the secondary battery simultaneously; when the backup battery is pulled out, controlling the main charging chip to charge the main battery ; characterized in that , the secondary charging chip is further connected to the main charging chip ; in the step B, when the backup battery is inserted and the switch switches to the secondary charging chip , the charger charges to the secondary charging chip via the USB connector , and the secondary charging chip is controlled to charge the main charging chip simultaneously. A0, controlling, by a charge controlling unit , a secondary battery to charge a main battery , when a charger is not connected; the charge controlling unit being connected to a secondary charging chip ; the charge controlling unit further comprising an LED light set configured to display current power level information of the secondary battery ; A, connecting a USB connector to a charger; B, switching, by a switch , to a corresponding charging path, based on an inserting state of a backup battery ; when the backup battery is inserted, controlling a main charging chip to charge the main battery , and controlling the secondary charging chip to charge the secondary battery simultaneously; when the backup battery is pulled out, controlling the main charging chip to charge the main battery ; characterized in that , the secondary charging chip is further connected to the main charging chip ; in the step B, when the backup battery is inserted and the switch switches to the secondary charging chip , the charger charges to the secondary charging chip via the USB connector , and the secondary charging chip is controlled to charge the main charging chip simultaneously.
A manufactured article formed essentially of a vulcanised elastomeric material, said article having at least one visible surface comprising on at least one textured portion comprising a plurality of strands extending from a base of said surface and distributed over the entirety of said portion, each strand having an average height A measured from said base up to a free end of the strand such that 0.250 mm ≤ A ≤ 0.600 mm and an average width B at the base such that 0.070 mm ≤ B ≤ 0.170 mm, the density of the strands on the textured surface portion being at least equal to 10 strands per unit of surface expressed in square millimetres (mm 2 ), characterised in that the average diameter (C) of the strands at mid-height is between 0.025 mm and 0.060 mm.
A method of forming an engine component for a gas turbine engine, comprising: forming an engine component having an internal passageway, the internal passageway formed with an initial dimension; wherein the internal passageway includes at least one turbulator; and establishing a flow of machining fluid within the internal passageway, the machining fluid changing the initial dimension; characterized in that the machining fluid is provided with a Reynolds number matching an expected Reynolds number of a flow of cooling fluid within the internal passageway during operation of the gas turbine engine. forming an engine component having an internal passageway, the internal passageway formed with an initial dimension; wherein the internal passageway includes at least one turbulator; and establishing a flow of machining fluid within the internal passageway, the machining fluid changing the initial dimension; characterized in that the machining fluid is provided with a Reynolds number matching an expected Reynolds number of a flow of cooling fluid within the internal passageway during operation of the gas turbine engine.
An acid concentrate dialysis composition comprising a mixture of citric acid and citrate; having pH of between 2 and 2.4; wherein the total concentration of citrate is between 35 mM and 450 mM and the amount of citric acid is equal or more than 75% of the total concentration of citrate.
A system for continuous loading of consumables into an analyzer, the system comprising a stacker unit comprising at least one stacker (600, 600 a,b) for holding consumables , wherein said stacker unit is integrated into the analyzer , said analyzer comprising a processing area (3a,b,c), a transport system for automatically transporting said consumables within the analyzer , a computer controller which controls the analytical process wherein said stacker unit is capable of being decoupled from said processing area (3a,b,c), wherein, when being decoupled, the stacker unit is not functionally coupled to the analyzer and the transport system of the analyzer cannot access the stacker unit, for manual or automated loading of said consumables , characterized in that wherein said computer controller additionally controls a mechanism for unlocking or locking the stacker unit , wherein said stacker unit is in a locked position within said analyzer when access to the consumables in the at least one stacker (600, 600 a,b) is required by said transport system , and said stacker unit is in an unlocked position when access to the consumables in the stacker (600, 600 a,b) is not required by said transport system , wherein the stacker unit has a first end position within the analyzer and a second end position outside of the analyzer , wherein, in said first end position, stackers (600a,b etc) of the stacker unit are accessible to the transport system for handling of the consumables stacked in the stackers (600a,b) and when the analytical process requires access to the stacker unit for transferring consumables to the process area (3a,b,c) via the transport system , the computer controller locks the stacker unit through the locking mechanism; and the computer controller unlocks the stacker unit when no access to the stacker unit is required ; and wherein, in the second end position, the at least one stackers (600, 600 a,b) comprised in the stacker unit are accessible for loading of consumables into the stacker (600, 600 a,b), and the stacker unit is locked during loading.
A refrigerator comprising: a storage compartment including a front side provided to be opened; a storage member provided inside the storage compartment to be put into or taken out, the storage member including a contact surface formed at an opened upper side of the storage member ; a storage member cover coupled to the storage member to selectively open or close a storage space of the storage member ; and a rail which guides movement of the storage member cover , and includes a step to control a sealing state of the storage space of the storage member according to the movement of the storage member cover , wherein the rail is provided on a side surface of the storage member to extend in a front and rear direction (A) of the storage compartment and wherein a roller which moves along the rail is coupled to the storage member cover , wherein the rail includes: a first section provided toward a front of the storage compartment ; and a second section which is connected to the first section toward a rear of the storage compartment and positioned at an upper level than the first section in a coupling direction (B) of the storage member cover , characterized in that the rail is disposed below the contact surface of the storage member . a storage compartment including a front side provided to be opened; a storage member provided inside the storage compartment to be put into or taken out, the storage member including a contact surface formed at an opened upper side of the storage member ; a storage member cover coupled to the storage member to selectively open or close a storage space of the storage member ; and a rail which guides movement of the storage member cover , and includes a step to control a sealing state of the storage space of the storage member according to the movement of the storage member cover , wherein the rail is provided on a side surface of the storage member to extend in a front and rear direction (A) of the storage compartment and wherein a roller which moves along the rail is coupled to the storage member cover , wherein the rail includes: a first section provided toward a front of the storage compartment ; and a second section which is connected to the first section toward a rear of the storage compartment and positioned at an upper level than the first section in a coupling direction (B) of the storage member cover , characterized in that the rail is disposed below the contact surface of the storage member . a first section provided toward a front of the storage compartment ; and a second section which is connected to the first section toward a rear of the storage compartment and positioned at an upper level than the first section in a coupling direction (B) of the storage member cover , characterized in that the rail is disposed below the contact surface of the storage member .
A load detection sensor comprising: a sensor sheet including a first insulating sheet made of resin and a second insulating sheet made of resin, the first insulating sheet and the second insulating sheet facing each other, a first electrode disposed on a face of the first insulating sheet , the face facing the second insulating sheet , and a second electrode disposed between the first insulating sheet and the second insulating sheet and paired with the first electrode ; and a metal plate disposed on a face of the second insulating sheet , the face being opposite to a face facing the first insulating sheet , at least in a part overlapping the first electrode and the second electrode , characterized by an adhesive layer that is disposed between the second insulating sheet and the metal plate and bonds the second insulating sheet and the metal plate together, and in that a total thickness of a thickness (T1) of the second insulating sheet and a thickness (T3) of the adhesive layer is less than a thickness (T2) of the metal plate . a sensor sheet including a first insulating sheet made of resin and a second insulating sheet made of resin, the first insulating sheet and the second insulating sheet facing each other, a first electrode disposed on a face of the first insulating sheet , the face facing the second insulating sheet , and a second electrode disposed between the first insulating sheet and the second insulating sheet and paired with the first electrode ; and a metal plate disposed on a face of the second insulating sheet , the face being opposite to a face facing the first insulating sheet , at least in a part overlapping the first electrode and the second electrode , characterized by an adhesive layer that is disposed between the second insulating sheet and the metal plate and bonds the second insulating sheet and the metal plate together, and in that a total thickness of a thickness (T1) of the second insulating sheet and a thickness (T3) of the adhesive layer is less than a thickness (T2) of the metal plate .
A method (1; 100; 200; 400; 500) of manufacturing an article, comprising: providing (5; 105; 205; 405; 505) an element having a shape that includes a surface such that at least a portion the surface of the element is defined by an elastomeric material, the elastomeric material including an uncured ultraviolet (UV) radiation curable elastomeric material, or a partially cured UV radiation curable elastomeric material; placing (10; 110; 210; 410; 515) at least a portion of the surface of the element in contact with a surface of a substrate; and applying pressure (13; 220; 530) and UV radiation (20; 425) in order to affix (15; 115; 215; 415; 520) at least a portion of the surface of the element to the surface of the substrate by forming a bond between the surface of the element and the surface of the substrate, thereby forming the article . providing (5; 105; 205; 405; 505) an element having a shape that includes a surface such that at least a portion the surface of the element is defined by an elastomeric material, the elastomeric material including an uncured ultraviolet (UV) radiation curable elastomeric material, or a partially cured UV radiation curable elastomeric material; placing (10; 110; 210; 410; 515) at least a portion of the surface of the element in contact with a surface of a substrate; and applying pressure (13; 220; 530) and UV radiation (20; 425) in order to affix (15; 115; 215; 415; 520) at least a portion of the surface of the element to the surface of the substrate by forming a bond between the surface of the element and the surface of the substrate, thereby forming the article .
Rotary damper comprising a housing and at least one magnetic field source , and at least one displacing device disposed in the housing , wherein the displacing device contains at least one magnetorheological fluid as a working fluid by means of which it can operate to set and adjust the damping of the rotary motion, characterized in that at least one front-face axial gap is configured between the housing and the displacing device , and that a substantial part of the magnetic field of the magnetic field source passes through the axial gap between the housing and the displacing components , and that the displacing device comprises a damper shaft and intermeshing displacing components which are rotatable relative to one another, wherein a rotary motion of the damper shaft can be dampened, and that both of the axial ends of the displacing components show a front-face axial gap configured between the housing and the displacing device , and wherein a substantial part of the magnetic field of the magnetic field source passes through both of the axial gaps between the housing and the displacing components , and causes sealing of the front-face axial gaps , and that the damper shaft is rotatable by a plurality or a multitude of revolutions.
A biological and chemical treatment method for treating wastewater comprising liquid organic wastes and toxic chemicals including tetra-methyl ammonium hydroxide (TMAH), comprising: receiving an influent comprising wastewater including TMAH to be treated in an aerobic reactor ; biologically treating the influent to convert and degrade at least some of the TMAH to ammonia; receiving at a first separation module from the aerobic reactor an output of the aerobic reactor; separating any solid components of the wastewater by the first separation module ; receiving at an oxidation module from the first separation module a liquid output of the first separation module, oxidising the liquid output of the first separation module in the oxidation module using an advanced oxidation process system using inputs of ozone (O 3 ) and hydrogen peroxide (H 2 O 2 ); removing organic materials and nitrifying ammonia from the wastewater by the oxidation module whereby the oxidation module converts carbon to carbon dioxide and ammonia to nitrates; receiving at a post-anoxic reactor from the oxidation module an output of the oxidation module; and denitrifying at least a portion of the wastewater by the post-anoxic reactor , wherein more than 95% of total nitrogen is removed from the waste water and outputting an effluent . receiving an influent comprising wastewater including TMAH to be treated in an aerobic reactor ; biologically treating the influent to convert and degrade at least some of the TMAH to ammonia; receiving at a first separation module from the aerobic reactor an output of the aerobic reactor; separating any solid components of the wastewater by the first separation module ; receiving at an oxidation module from the first separation module a liquid output of the first separation module, oxidising the liquid output of the first separation module in the oxidation module using an advanced oxidation process system using inputs of ozone (O 3 ) and hydrogen peroxide (H 2 O 2 ); removing organic materials and nitrifying ammonia from the wastewater by the oxidation module whereby the oxidation module converts carbon to carbon dioxide and ammonia to nitrates; receiving at a post-anoxic reactor from the oxidation module an output of the oxidation module; and denitrifying at least a portion of the wastewater by the post-anoxic reactor , wherein more than 95% of total nitrogen is removed from the waste water and outputting an effluent .
A filled trench comprising: a pair of conduits of one or more thermal energy distribution systems, the pair of conduits being configured to deliver fluid with a different temperature in each of the conduits , the pair of conduits being circumferentially surrounded by particulate filling material on all sides thereof as seen in the vertical cross sectional side view of the filled trench; a first section filled with a particulate filling material of a first type , wherein the first filled section of the filled trench occupies a space in between the pair of conduits ; and a second section filled with a particulate filling material of a second type , wherein each of the pair of conduits are circumferentially surrounded by the particulate filling material of the second type as seen in the vertical cross sectional side view of the filled trench , wherein the first section is separating the second section into two spaced apart portions; wherein the first section is centrally arranged in the trench, and wherein the second section is flanking the first section on two sides thereof; wherein the first section extends vertically or horizontally through the vertical cross-section of the trench; wherein the filling material of the first type has a first thermal conduction coefficient and the filling material of a second type has a second thermal conduction coefficient, wherein the first thermal conduction coefficient is smaller than the second thermal conduction coefficient. a pair of conduits of one or more thermal energy distribution systems, the pair of conduits being configured to deliver fluid with a different temperature in each of the conduits , the pair of conduits being circumferentially surrounded by particulate filling material on all sides thereof as seen in the vertical cross sectional side view of the filled trench; a first section filled with a particulate filling material of a first type , wherein the first filled section of the filled trench occupies a space in between the pair of conduits ; and a second section filled with a particulate filling material of a second type , wherein each of the pair of conduits are circumferentially surrounded by the particulate filling material of the second type as seen in the vertical cross sectional side view of the filled trench , wherein the first section is separating the second section into two spaced apart portions; wherein the first section is centrally arranged in the trench, and wherein the second section is flanking the first section on two sides thereof; wherein the first section extends vertically or horizontally through the vertical cross-section of the trench; wherein the filling material of the first type has a first thermal conduction coefficient and the filling material of a second type has a second thermal conduction coefficient, wherein the first thermal conduction coefficient is smaller than the second thermal conduction coefficient.
Small-scale furnace having an installation that brings about mixing of combustible exhaust gas constituents with combustion air and has a heat capacity that prevents a drop in the combustion temperature below a desired minimum temperature by a temporary lowering of the combustion output, characterized in that the installation has surfaces having adhesive properties for exhaust gas components such as soot and aerosols and is constructed from a multitude of elements, wherein the elements of the installation are Pall rings.
Changing system for a tundish unit of an atomisation plant for atomisation of metal melts, particularly for metallurgical powder purposes, comprising at least one chamber for reception of at least one first tundish unit in a work setting, wherein the chamber has at least one connection to a charging device and at least one connection to an atomisation tower or an atomisation shaft, means for providing at least one second tundish unit in a readiness setting within the changing system , further comprising at least one changing station , which has the configuration of a lock chamber, for reception and/or introduction and/or removal of at least one third tundish unit as well as comprising a displacing system which is so constructed that the introduction and/or removal of at least one tundish unit can take place while a tundish unit is present in the work setting.
Covering comprising a frame formed from a plurality of beams , at least one of the beams having a fabric shaft with a shading element that can be unwound from the fabric shaft and has a free end in the unwinding direction, the shading element forming an awning that can be unwound from the fabric shaft, wherein the shading element can be freely braced at its free end in the horizontal direction going out from the fabric shaft or at any angle relative to the horizontal going out from the fabric shaft, characterised in that the free end of the shading element is received by one or more struts , wherein the strut(s) are adjustable in inclination.