mhurhangee/patent-ind-claim-en huggingface dataset:
Method for starting up a biomass heating system for burning fuel in the form of pellets and/or wood chips, wherein the biomass heating system possesses a boiler with a combustion chamber , a fan , and a control device with a memory and a display , wherein the method is characterised by the following steps: Determining (S2) whether the biomass heating system is initialised for the first time, and if the biomass heating system is not initialised for the first time, the method is ended, and if the biomass heating system is initialised for the first time, the method is continued with the following step: Setting a plurality of heat generation parameters (S5) that include at least the following parameters: - a boiler type parameter with which at least one working range of the fan is defined; - a material parameter that defines the properties of the fuel(s) to be burned. - a boiler type parameter with which at least one working range of the fan is defined; - a material parameter that defines the properties of the fuel(s) to be burned.
A system including: an enclosure defining a confined space configured to store goods that can be advantageously maintained by controlling the water vapor levels to which the goods are exposed; a water vapor conversion element at which liquid water is converted to water vapor, the water vapor conversion element being operably associated with the confined space of the enclosure to distribute that water vapor to the confined space; and a water delivery unit operatively associated with the water vapor conversion element and configured to deliver water in liquid form to the water vapor conversion element, wherein the water delivery unit comprises a drip chamber configured to deliver water in liquid form to the water vapor conversion element essentially one drop at a time, characterised in that the water vapor conversion element is contained within a chamber . an enclosure defining a confined space configured to store goods that can be advantageously maintained by controlling the water vapor levels to which the goods are exposed; a water vapor conversion element at which liquid water is converted to water vapor, the water vapor conversion element being operably associated with the confined space of the enclosure to distribute that water vapor to the confined space; and a water delivery unit operatively associated with the water vapor conversion element and configured to deliver water in liquid form to the water vapor conversion element, wherein the water delivery unit comprises a drip chamber configured to deliver water in liquid form to the water vapor conversion element essentially one drop at a time, characterised in that the water vapor conversion element is contained within a chamber .
An agitator lid suitable for different paint pot openings, comprising a paint outlet mechanism for controlling a paint to be poured out, and at least two pressing mechanisms for pressing a paint bucket and a canister lid , wherein for each pressing mechanism, the canister lid is provided with a through hole ; a compression rod penetrates through the through hole; a sealing sleeve is sleeved outside the pressing lever ; a flange of the sealing sleeve is pressed against the canister lid ; a compression spring is sleeved at the outer periphery of the compression rod between the flange of the sealing sleeve and a handle at an upper end of the compression rod ; a presser foot is provided at a lower end of the compression rod , characterized in that the presser foot surface is ring-sector-shaped, and is provided with a vertical surface along a connecting line between two arc lines in the shape of ring sectors; and the vertical surface divides the ring sector surface into two presser foot surfaces with different heights and in a stepped manner.
A plug connector comprising a housing latch for an electrical plug connection between the plug connector and a mating plug connector , comprising a slider attachable to a housing of the plug , wherein the slider , in the attached state, can be moved along a displacement path from an open position , in which the plug connector is movable relative to the mating plug connector , into a closed position , in which the plug connector is fixed relative to the mating plug connector , wherein the housing latch comprises a latching member which is movable into a locked position in which the latching member holds the slider in the closed position , characterised in that the latching member can only be moved into the locking position when the slider is in the closed position , wherein the latching member is movable into the locking position by rotation.
Method for extracting a target nucleic acid from a sample fluid , comprising the steps of: - providing a heating device having a heating element in contact with the sample liquid , wherein the heating element is conjugated with at least one functional nucleic acid and wherein the at least one functional nucleic acid is designed to hybridize with the target nucleic acid and to bind the target nucleic acid to the heating element ; - generating a relative movement between the heating element and the sample liquid ; - extracting the target nucleic acid from the sample liquid by separating the heating element from the sample liquid . - providing a heating device having a heating element in contact with the sample liquid , wherein the heating element is conjugated with at least one functional nucleic acid and wherein the at least one functional nucleic acid is designed to hybridize with the target nucleic acid and to bind the target nucleic acid to the heating element ; - generating a relative movement between the heating element and the sample liquid ; - extracting the target nucleic acid from the sample liquid by separating the heating element from the sample liquid .
Dental splint comprising a plurality of stamp portions each of them being adapted to receive a predetermined quantity of reconstructive material and to be placed on a predetermined tooth, a base support portion for supporting the stamp portions and leg portions , each consisting in one or more solid bars, linking each stamp portion to the base support portion , characterized in that each stamp portion is individual and separated from its adjacent stamp portion such as to provide free space between the teeth for better access and presents a surface adapted to cover the area of the tooth where material has to be added only.
A compound according to the following formula (SEQ ID NO: 1016): or a pharmaceutically acceptable salt thereof.
A method for identifying markers, comprising: a. providing an array of nanopores, wherein an individual nanopore of said array is individually addressable by an adjacent sensing electrode ; b. providing a plurality of markers that each comprise a first probe and a second probe that hybridize to adjacent sequences on a nucleic acid sample , wherein the markers are capable of being captured by the individual nanopore and identified using the sensing electrode , and wherein the markers are generated by: i) hybridizing the first probe to the nucleic acid sample ; ii) hybridizing the second probe to the nucleic acid sample adjacent to the first probe ; and iii) ligating the first probe to the second probe to produce a combined probe, thereby generating the marker ; c. capturing the markers with a magnetically attractable bead attached to an oligonucleotide , wherein the oligonucleotide hybridizes with a marker , and wherein the captured markers are magnetically presented or concentrated near a nanopore; and d. identifying the markers in solution with the array of nanopores, wherein the markers are identified based on a voltage at which the markers leave the nanopore ; wherein the capturing and identifying in steps c) and d) is at a rate of at least 1 marker per second per nanopore . a. providing an array of nanopores, wherein an individual nanopore of said array is individually addressable by an adjacent sensing electrode ; b. providing a plurality of markers that each comprise a first probe and a second probe that hybridize to adjacent sequences on a nucleic acid sample , wherein the markers are capable of being captured by the individual nanopore and identified using the sensing electrode , and wherein the markers are generated by: i) hybridizing the first probe to the nucleic acid sample ; ii) hybridizing the second probe to the nucleic acid sample adjacent to the first probe ; and iii) ligating the first probe to the second probe to produce a combined probe, thereby generating the marker ; i) hybridizing the first probe to the nucleic acid sample ; ii) hybridizing the second probe to the nucleic acid sample adjacent to the first probe ; and iii) ligating the first probe to the second probe to produce a combined probe, thereby generating the marker ; c. capturing the markers with a magnetically attractable bead attached to an oligonucleotide , wherein the oligonucleotide hybridizes with a marker , and wherein the captured markers are magnetically presented or concentrated near a nanopore; and d. identifying the markers in solution with the array of nanopores, wherein the markers are identified based on a voltage at which the markers leave the nanopore ;
Method for diagnosing clutch wear, relying on the permanent monitoring of physical parameters associated with the operation of the clutch and with the condition of its friction linings, including the slip time, the energy dissipated in the clutch as a function of time, and the temperature of the clutch, characterized in that : - the parameters monitored are analysed in real time so as to identify clutch operations corresponding to slip phases for which the slip time, the quantity of energy dissipated in the clutch, and the mean temperature of the friction lining during the operation are extracted, - the degree of severity of each identified clutch operation is evaluated on the basis of the analysis of the values monitored during the slip phases, so as to rank these against reference degrees, - the quantities of energy dissipated are cumulated in specific energy counters, according to the degree of severity of each clutch operation, and - an alert as to the critical state of the clutch is triggered on the basis of simultaneous observation of all the cumulated-energy counters. - the parameters monitored are analysed in real time so as to identify clutch operations corresponding to slip phases for which the slip time, the quantity of energy dissipated in the clutch, and the mean temperature of the friction lining during the operation are extracted, - the degree of severity of each identified clutch operation is evaluated on the basis of the analysis of the values monitored during the slip phases, so as to rank these against reference degrees, - the quantities of energy dissipated are cumulated in specific energy counters, according to the degree of severity of each clutch operation, and - an alert as to the critical state of the clutch is triggered on the basis of simultaneous observation of all the cumulated-energy counters.
A steel tower ring segment for a wind turbine tower section , comprising - a first casing segment with ∘ a segment height, ∘ a segment length in the segment circumferential direction, ∘ a first segment thickness , and ∘ a first horizontal joint side, - wherein the first casing segment has a first thickening region in a region adjoining the first horizontal joint side, wherein ∘ the first thickening region has a first thickening thickness , and ∘ the first thickening thickness is larger than the first segment thickness , - wherein the first thickening region has a first cutout , wherein the first cutout is arranged spaced apart from the first horizontal joint side, and - wherein a first passage opening leads from the first cutout to the first horizontal joint side, characterized in that - the first cutout extends completely through the first thickening region in the direction of the first segment thickness . - a first casing segment with ∘ a segment height, ∘ a segment length in the segment circumferential direction, ∘ a first segment thickness , and ∘ a first horizontal joint side, ∘ a segment height, ∘ a segment length in the segment circumferential direction, ∘ a first segment thickness , and ∘ a first horizontal joint side, - wherein the first casing segment has a first thickening region in a region adjoining the first horizontal joint side, wherein ∘ the first thickening region has a first thickening thickness , and ∘ the first thickening thickness is larger than the first segment thickness , ∘ the first thickening region has a first thickening thickness , and ∘ the first thickening thickness is larger than the first segment thickness , - wherein the first thickening region has a first cutout , wherein the first cutout is arranged spaced apart from the first horizontal joint side, and - wherein a first passage opening leads from the first cutout to the first horizontal joint side, characterized in that - the first cutout extends completely through the first thickening region in the direction of the first segment thickness .
A power electronics unit having: an electrically conductive housing in which a low-voltage space region and a high-voltage space region are formed, a printed circuit board , some sections of which protrude into into both the low-voltage space region and the high-voltage space region , and a separating element which is arranged in the housing in such a way that the space region are electromagnetically decoupled from each other, characterised in that the separating element makes contact with the housing or the printed circuit board by means of contact spring sections provided on the separating element. an electrically conductive housing in which a low-voltage space region and a high-voltage space region are formed, a printed circuit board , some sections of which protrude into into both the low-voltage space region and the high-voltage space region , and a separating element which is arranged in the housing in such a way that the space region are electromagnetically decoupled from each other, characterised in that the separating element makes contact with the housing or the printed circuit board by means of contact spring sections provided on the separating element.
A method for producing a bonded SOI wafer, by forming an ion implanted layer by implanting at least one type of gas ion of a hydrogen ion and a rare gas ion from a surface of a bond wafer formed of a silicon single crystal and, after bonding together the ion implanted surface of the bond wafer and a surface of a base wafer formed of a silicon single crystal with a silicon oxide film placed therebetween, delaminating the bond wafer at the ion implanted layer to fabricate a bonded SOI wafer having a BOX layer and a SOI layer on a base wafer and, after performing flattening heat treatment on the bonded SOI wafer in an argon gas-containing atmosphere, sacrificial oxidation treatment that adjusts a film thickness of the SOI layer is performed, wherein a film thickness of the BOX layer in the bonded SOI wafer fabricated by the delamination is set so as to be 500 nm or more, and characterized in that a sacrificial oxide film is formed in such a way that a relationship between a film thickness (t) of the SOI layer on which the sacrificial oxidation treatment is to be performed and a film thickness (d) of the sacrificial oxide film which is formed by the sacrificial oxidation treatment satisfies 0.9d > t > 0.45d.
A jack pad device adapted to transfer loads between an aircraft and a jack device for jacking the aircraft, the jack pad device comprising: a jack pad body ; a jack engagement portion extending from the jack pad body and configured to engage the jack device; a first coupler attached to the jack pad body and configured to couple to the aircraft to hold the jack pad device to the aircraft; a first movable locator pin having a first proximal end portion opposite a first distal end portion; and a second movable locator pin having a second proximal end portion opposite a second distal end portion; wherein the first and second movable locator pins are each movably disposed in the jack pad body to move between an extended position and a retracted position , wherein the first movable locator pin and the second movable locator pin are spaced apart from each other, the jack pad device characterized in that when the first and second locator pins are in the extended positions, the first and second distal end portions extend outside of the jack pad body on a side opposite the jack engagement portion to engage the aircraft , and in that when the first and second locator pins are in the retracted positions, the first and second proximal end portions extend outside of the jack pad body adjacent to the jack engagement portion . a jack pad body ; a jack engagement portion extending from the jack pad body and configured to engage the jack device; a first coupler attached to the jack pad body and configured to couple to the aircraft to hold the jack pad device to the aircraft; a first movable locator pin having a first proximal end portion opposite a first distal end portion; and a second movable locator pin having a second proximal end portion opposite a second distal end portion; wherein the first and second movable locator pins are each movably disposed in the jack pad body to move between an extended position and a retracted position , wherein the first movable locator pin and the second movable locator pin are spaced apart from each other, the jack pad device characterized in that when the first and second locator pins are in the extended positions, the first and second distal end portions extend outside of the jack pad body on a side opposite the jack engagement portion to engage the aircraft , and in that when the first and second locator pins are in the retracted positions, the first and second proximal end portions extend outside of the jack pad body adjacent to the jack engagement portion .
An assembled battery comprising: an outer case ; and a battery body stored in the outer case; wherein, in the battery body a plurality of non-aqueous electrolyte batteries are stacked; and at least one lead is arranged between two adjacent non-aqueous electrolyte batteries, being connected to the two adjacent non-aqueous electrolyte batteries and having an area larger than an area of a side surface of each of the two adjacent non-aqueous electrolyte batteries, the side surface being opposing to the at least one lead, and wherein each non-aqueous electrolyte battery includes at least one positive electrode , at least one negative electrode and a non-aqueous electrolyte, the at least one positive electrode including a positive electrode current collector and positive electrode active material layers provided on both side surfaces of the positive electrode current collector, and the at least one negative electrode including a negative electrode current collector and negative electrode active material layers provided on both side surfaces of the negative electrode current collector. an outer case ; and a battery body stored in the outer case; wherein, in the battery body a plurality of non-aqueous electrolyte batteries are stacked; and at least one lead is arranged between two adjacent non-aqueous electrolyte batteries, being connected to the two adjacent non-aqueous electrolyte batteries and having an area larger than an area of a side surface of each of the two adjacent non-aqueous electrolyte batteries, the side surface being opposing to the at least one lead, and wherein each non-aqueous electrolyte battery includes at least one positive electrode , at least one negative electrode and a non-aqueous electrolyte, the at least one positive electrode including a positive electrode current collector and positive electrode active material layers provided on both side surfaces of the positive electrode current collector, and the at least one negative electrode including a negative electrode current collector and negative electrode active material layers provided on both side surfaces of the negative electrode current collector.
A non-contacting adhesive dispenser comprising: a base structure ; a valve assembly reversibly secured to said base structure and defining at least one adhesive-dispensing nozzle (415 N ) configured to place an adhesive that is received from a source onto an adhesive-receiving substrate in such a way to avoid contact between said valve assembly and said substrate during adhesive dispensing; at least one guiding surface that is rigidly mounted, removably coupled, or removably and reversibly mounted to said base structure or said valve assembly , to accommodate various sheet-feeding and liquid-dispensing configurations, characterized by said guiding surface comprising a pair of vertically-spaced guiding surfaces defining a travel path (A-A) for said substrate along a substantially horizontal orientation between the pair of guiding surfaces; a seal reversibly secured to said base structure and movable relative to said nozzle (415 N ) to permit selective closure thereof during periods of inoperability of a gluing station that acts as said source of said adhesive such that during such periods, residual portions of said adhesive within said nozzle (415 N ) are substantially isolated from an ambient atmospheric environment; and wherein said valve assembly and said seal are reversibly secured to said base structure through at least one attachment that permits at least one of them to be interchangeably disposed above or below said travel path (A-A). a base structure ; a valve assembly reversibly secured to said base structure and defining at least one adhesive-dispensing nozzle (415 N ) configured to place an adhesive that is received from a source onto an adhesive-receiving substrate in such a way to avoid contact between said valve assembly and said substrate during adhesive dispensing; at least one guiding surface that is rigidly mounted, removably coupled, or removably and reversibly mounted to said base structure or said valve assembly , to accommodate various sheet-feeding and liquid-dispensing configurations, characterized by said guiding surface comprising a pair of vertically-spaced guiding surfaces defining a travel path (A-A) for said substrate along a substantially horizontal orientation between the pair of guiding surfaces; a seal reversibly secured to said base structure and movable relative to said nozzle (415 N ) to permit selective closure thereof during periods of inoperability of a gluing station that acts as said source of said adhesive such that during such periods, residual portions of said adhesive within said nozzle (415 N ) are substantially isolated from an ambient atmospheric environment; and wherein said valve assembly and said seal are reversibly secured to said base structure through at least one attachment that permits at least one of them to be interchangeably disposed above or below said travel path (A-A).