mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing seed koji for brewing, being obtained by inoculating koji mold(s) belonging to an Aspergillus genus into a seed koji raw material, the method comprising the steps of: mixing the seed koji raw material with water in an amount of 30 to 120 wt.% based on the weight of the seed koji raw material, which is then passed through a steam sterilization process, and is then cooled to yield a culture medium of seed koji wherein the seed koji raw material is a cracked pea sorted by grain size by using a stainless sieve and wherein grains do not pass through a 1.70 mm sieve opening from among the grains that have passed through a 4.00 mm sieve opening. mixing the seed koji raw material with water in an amount of 30 to 120 wt.% based on the weight of the seed koji raw material, which is then passed through a steam sterilization process, and is then cooled to yield a culture medium of seed koji wherein the seed koji raw material is a cracked pea sorted by grain size by using a stainless sieve and wherein grains do not pass through a 1.70 mm sieve opening from among the grains that have passed through a 4.00 mm sieve opening.
An erroneous refueling prevention device which restricts or allows insertion of a refueling gun into a refueling passage depending on an outer diameter of the refueling gun, the device comprising: a flap configured to open or close the refueling passage by a turn of the flap about a first turn pivot ; and a switch configured to be unlocked from the flap by a turn of the flap to a half-opened state, and to turn about a second turn pivot , characterised in that the switch comprises a protrusion detector configured to, in response to the turn, project to a position where the protrusion detector faces the refueling passage, wherein the switch restricts or allows a turn of the flap from the half-opened state to a fully-opened state, depending on a turn amount of the switch to be determined by a contact relationship between the protrusion detector and the refueling gun. a flap configured to open or close the refueling passage by a turn of the flap about a first turn pivot ; and a switch configured to be unlocked from the flap by a turn of the flap to a half-opened state, and to turn about a second turn pivot , characterised in that the switch comprises a protrusion detector configured to, in response to the turn, project to a position where the protrusion detector faces the refueling passage, wherein the switch restricts or allows a turn of the flap from the half-opened state to a fully-opened state, depending on a turn amount of the switch to be determined by a contact relationship between the protrusion detector and the refueling gun.
An air conditioner comprising: an outlet for an air-conditioning air flow, the outlet being provided on a panel body and being open in the downward direction; a louver that is pivotally provided at the outlet in order to adjust an outlet direction of the air-conditioning air flow; characterized by comprising an air wing that is provided outside the outlet on the panel body and that is pivotable between a withdrawn position, at which the air wing constitutes a common plane with the panel body , and a louver-direction position, at which the air wing faces the air-conditioning air flow blown out from the outlet ; and a pivot mechanism for pivoting the air wing between the withdrawn position and the louver-direction position, and in that the air wing is selectively pivotable between the withdrawn position and the louver-direction position, at which draft perception caused by the air-conditioning air flow is avoided. an outlet for an air-conditioning air flow, the outlet being provided on a panel body and being open in the downward direction; a louver that is pivotally provided at the outlet in order to adjust an outlet direction of the air-conditioning air flow; characterized by comprising an air wing that is provided outside the outlet on the panel body and that is pivotable between a withdrawn position, at which the air wing constitutes a common plane with the panel body , and a louver-direction position, at which the air wing faces the air-conditioning air flow blown out from the outlet ; and a pivot mechanism for pivoting the air wing between the withdrawn position and the louver-direction position, and in that the air wing is selectively pivotable between the withdrawn position and the louver-direction position, at which draft perception caused by the air-conditioning air flow is avoided.
Production machine comprising a plurality of stations , each comprising a plurality of machine components , and a machine controller for controlling the production machine comprising a control program with a visualization device , wherein the control program is designed to display on the visualization device the stations and/or the machine components of a station as a flow chart and thereby highlight the speed-determining station and/or the speed-determining machine component , wherein (A5) the visualization device is set up as an interactive user interface, wherein a design as a touch-sensitive screen is preferred, wherein (A8) the control program is additionally designed to display on the visualization device a new flow chart based thereon after one or more new time values have been input and adopted into the control program, and wherein (A2 (i, ii)) the highlighting of the speed-determining station and/or the speed-determining machine component is done by one or both of the following visualization forms: (i) a line perpendicular to the t-axis of the flow chart that touches the bar of the speed-determining station or this machine component at the t-value at which the process bar of this station or this machine component ends in the flow chart; (ii) visual highlighting of links already present in the flow chart, such as a pointer linking the end of a first speed-determining process step with the beginning of a second process step and defining a release. (A5) the visualization device is set up as an interactive user interface, wherein a design as a touch-sensitive screen is preferred, wherein (A8) the control program is additionally designed to display on the visualization device a new flow chart based thereon after one or more new time values have been input and adopted into the control program, and wherein (A2 (i, ii)) the highlighting of the speed-determining station and/or the speed-determining machine component is done by one or both of the following visualization forms: (i) a line perpendicular to the t-axis of the flow chart that touches the bar of the speed-determining station or this machine component at the t-value at which the process bar of this station or this machine component ends in the flow chart; (ii) visual highlighting of links already present in the flow chart, such as a pointer linking the end of a first speed-determining process step with the beginning of a second process step and defining a release. (i) a line perpendicular to the t-axis of the flow chart that touches the bar of the speed-determining station or this machine component at the t-value at which the process bar of this station or this machine component ends in the flow chart; (ii) visual highlighting of links already present in the flow chart, such as a pointer linking the end of a first speed-determining process step with the beginning of a second process step and defining a release.
An excavator bucket for an earth moving machine, in particular a mining excavator, comprising an interior bucket space formed by a curved rear wall and a pair of opposed sidewalls , the curved rear wall includes a top portion and a base portion with the side walls located between the top and base portion wherein the bucket comprises a bucket box arranged on the outer surface of the top portion of the rear wall and which extends along a lateral axis (A) of the bucket whereby the angle between at least one side wall and the base portion of the curved rear wall is greater than 90 degrees, wherein the bucket-box is hollow and includes a four-sided cross-section area with rounded corners wherein the sides of the cross-section area differ from each other in their length and orientation, characterized in that the outer lateral sides of the bucket-box are covered by inclined parts of the bucket sidewalls so that the upper edge of the bucket-box is shortened compared to the remaining box edges along the longitudinal axis (A) and wherein the angle (β) between at least one of the outer lateral sides of the bucket box and the top portion of the rear wall is less than 90 degrees.
A resinous component comprising: a box-shaped housing having an opening; and a cover attached to the opening of the housing , the opening of the housing has a top groove to be filled with an adhesive , the top groove includes a bottom surface , an outer-side wall surface that rises from one end of the bottom surface , and an inner-side wall surface that rises from the other end of the bottom surface , the cover has an insertion protrusion to be inserted into the top groove , a bottom-side gap (C3) is ensured between the insertion protrusion and the bottom surface , an outer-side gap (C1) is ensured between the insertion protrusion and the outer-side wall surface , and an inner-side gap (C2) is ensured between the insertion protrusion and the inner-side wall surface , the inner-side gap (C2) is larger than the outer-side gap (C1), and wherein the housing has a peripheral wall part and a board accommodation part in which a control board is accommodated, characterized in that the peripheral wall part has a flange that comes in contact with a base body , the flange overhangs toward an outer side from the peripheral wall part and has, in a side close to the base body , a lower groove to be filled with an adhesive , and an inner peripheral surface of the lower groove is a coarse surface. a box-shaped housing having an opening; and a cover attached to the opening of the housing , the opening of the housing has a top groove to be filled with an adhesive , the top groove includes a bottom surface , an outer-side wall surface that rises from one end of the bottom surface , and an inner-side wall surface that rises from the other end of the bottom surface , the cover has an insertion protrusion to be inserted into the top groove , a bottom-side gap (C3) is ensured between the insertion protrusion and the bottom surface , an outer-side gap (C1) is ensured between the insertion protrusion and the outer-side wall surface , and an inner-side gap (C2) is ensured between the insertion protrusion and the inner-side wall surface , the inner-side gap (C2) is larger than the outer-side gap (C1), and wherein the housing has a peripheral wall part and a board accommodation part in which a control board is accommodated, characterized in that the peripheral wall part has a flange that comes in contact with a base body , the flange overhangs toward an outer side from the peripheral wall part and has, in a side close to the base body , a lower groove to be filled with an adhesive , and an inner peripheral surface of the lower groove is a coarse surface.
A negative electrode for a lithium secondary battery, comprising a Li-M alloy containing lithium (Li) and lanthanum group metal (M), wherein the Li-M alloy consists of lithium (Li) and lanthanum group metal (M), and wherein the content of lanthanum group metal is from 1 wt% to less than 15 wt%, with respect to 100 wt% of the Li-M alloy. wherein the Li-M alloy consists of lithium (Li) and lanthanum group metal (M), and wherein the content of lanthanum group metal is from 1 wt% to less than 15 wt%, with respect to 100 wt% of the Li-M alloy.
A wall cladding element , comprising a1) at least one insulating layer having an outer and an opposite inner side surface, a lower edge and an opposite upper edge as well as a first side edge and an opposite second side edge, b1) a plurality of spaced-apart support structures , which is an integral part of the insulating layer on the outside surface and which extends on the outside surface from the lower edge of the insulating layer to the upper edge, c1) at least one cover layer having an outer and an opposite inner side surface, a lower edge and an opposite upper edge as well as a first side edge and an opposite second side edge, which is connected to the plurality of spaced-apart support structures , and d1) a plurality of ventilation ducts , formed by the spaced-apart support structures and the cover layer connected to these support structures, wherein the ventilation ducts extend on the outside surface from the lower edge of the insulating layer to the upper edge and the ventilation ducts have a first ventilation opening on the lower edge of the insulating layer and have a second ventilation opening on the upper edge, characterized in that the insulating layer comprises a natural insulation panel or consists hereof, formed from renewable raw materials selected from the group consisting of wood fibers, hemp fibers, flax fibers, nettle fibers, seaweed, elephant grass, miscanthus, reeds, coconut fibers, straw and any mixture of the aforementioned renewable raw materials. a1) at least one insulating layer having an outer and an opposite inner side surface, a lower edge and an opposite upper edge as well as a first side edge and an opposite second side edge, b1) a plurality of spaced-apart support structures , which is an integral part of the insulating layer on the outside surface and which extends on the outside surface from the lower edge of the insulating layer to the upper edge, c1) at least one cover layer having an outer and an opposite inner side surface, a lower edge and an opposite upper edge as well as a first side edge and an opposite second side edge, which is connected to the plurality of spaced-apart support structures , and d1) a plurality of ventilation ducts , formed by the spaced-apart support structures and the cover layer connected to these support structures, wherein the ventilation ducts extend on the outside surface from the lower edge of the insulating layer to the upper edge and the ventilation ducts have a first ventilation opening on the lower edge of the insulating layer and have a second ventilation opening on the upper edge, characterized in that
A method of augmenting power output in a gas turbine engine , the method comprising: operating a fuel delivery system to channel fuel into the gas turbine engine at a predetermined fuel flow rate to generate a first power output; operating a steam injection system to inject steam into the gas turbine engine at a first steam flow rate; characterised in that the method further comprises: measuring a temperature of air at a compressor inlet; determining a second steam flow rate based on the measured compressor inlet air temperature and the first steam flow rate; determining a firing temperature bias based at least on the first and second steam flow rates; adjusting the predetermined fuel flow rate based on the determined firing temperature bias such that the gas turbine engine generates a second power output greater than the first power output. operating a fuel delivery system to channel fuel into the gas turbine engine at a predetermined fuel flow rate to generate a first power output; operating a steam injection system to inject steam into the gas turbine engine at a first steam flow rate; characterised in that the method further comprises: measuring a temperature of air at a compressor inlet; determining a second steam flow rate based on the measured compressor inlet air temperature and the first steam flow rate; determining a firing temperature bias based at least on the first and second steam flow rates; adjusting the predetermined fuel flow rate based on the determined firing temperature bias such that the gas turbine engine generates a second power output greater than the first power output. measuring a temperature of air at a compressor inlet; determining a second steam flow rate based on the measured compressor inlet air temperature and the first steam flow rate; determining a firing temperature bias based at least on the first and second steam flow rates; adjusting the predetermined fuel flow rate based on the determined firing temperature bias such that the gas turbine engine generates a second power output greater than the first power output.
Method for the quality control of a spectacle lens (12, 12', 12"), having the following steps: establishing the topography of at least one optically effective surface of the spectacle lens ; calculating local actual values (I[X,Y]) of at least one optical variable of the spectacle lens taking into account the established topography; calculating local deviations (F[X,Y]) of the calculated local actual values (I[X,Y]) from local intended values (S[X,Y]) for the at least one optical variable of the spectacle lens; establishing a quality measure (Q) for the spectacle lens (12, 12', 12") by virtue of the calculated local deviations (F[X,Y]) being evaluated; and assessing the established quality measure (Q) according to a quality specification, characterized in that the quality measure (Q) is calculated from a mean value M of the calculated local deviations (F[X,Y]) at grid points (P[X,Y]) distributed over the spectacle lens, wherein the mean value M is a mean value of the calculated local deviations (F[X,Y]) weighted by a weight distribution (G[X,Y]), wherein the weight distribution (G[f[X,Y]])for weighting the local deviation (F[X,Y]) is a function which assumes the value of zero if the calculated local deviation (F[X,Y]) drops below a predetermined value (W) . establishing the topography of at least one optically effective surface of the spectacle lens ; calculating local actual values (I[X,Y]) of at least one optical variable of the spectacle lens taking into account the established topography; calculating local deviations (F[X,Y]) of the calculated local actual values (I[X,Y]) from local intended values (S[X,Y]) for the at least one optical variable of the spectacle lens; establishing a quality measure (Q) for the spectacle lens (12, 12', 12") by virtue of the calculated local deviations (F[X,Y]) being evaluated; and assessing the established quality measure (Q) according to a quality specification, characterized in that the quality measure (Q) is calculated from a mean value M of the calculated local deviations (F[X,Y]) at grid points (P[X,Y]) distributed over the spectacle lens, wherein the mean value M is a mean value of the calculated local deviations (F[X,Y]) weighted by a weight distribution (G[X,Y]), wherein the weight distribution (G[f[X,Y]])for weighting the local deviation (F[X,Y]) is a function which assumes the value of zero if the calculated local deviation (F[X,Y]) drops below a predetermined value (W) .
A lid arrangement comprising a lid and a surrounding panel , said surrounding panel comprising a lid opening , in which said lid is located, said lid comprising - a top wall facing outwards, - one or more wall of a side wall and/or an end wall , said lid being transitable from a closed position to an open position, said top wall of said lid in said closed position being configured to at least partly cover said lid opening , said lid in said open position allowing access to said one or more wall of said side wall and/or said end wall , said lid being transitable from said closed position to said open position via an intermediate position, one of said lid and said surrounding panel comprising a pivot axis and the other of said lid and said surrounding panel comprising a slot configured to receive said pivot axis , said slot being configured for translational displacement of said pivot axis within said slot , allowing said lid to transit from said closed position to said intermediate position, and characterized in that said slot is also configured for pivotal displacement of said pivot axis within said slot , allowing said lid to transit from said intermediate position to said open position by said lid being rotated from said intermediate position to said open position by means of said pivot axis , thereby rotating in relation to said slot . - a top wall facing outwards, - one or more wall of a side wall and/or an end wall , said lid being transitable from a closed position to an open position, said top wall of said lid in said closed position being configured to at least partly cover said lid opening , said lid in said open position allowing access to said one or more wall of said side wall and/or said end wall , said lid being transitable from said closed position to said open position via an intermediate position, one of said lid and said surrounding panel comprising a pivot axis and the other of said lid and said surrounding panel comprising a slot configured to receive said pivot axis , said slot being configured for translational displacement of said pivot axis within said slot , allowing said lid to transit from said closed position to said intermediate position, and characterized in that said slot is also configured for pivotal displacement of said pivot axis within said slot , allowing said lid to transit from said intermediate position to said open position by said lid being rotated from said intermediate position to said open position by means of said pivot axis , thereby rotating in relation to said slot .
A heat radiating plate which is made of a metal material and which comprises: a flat plate portion ; a large number of columnar protruding portions which protrude from one major surface of the flat plate portion and which are integrated with the flat plate portion , each of the columnar protruding portions having a shape of substantially cylindrical or circular truncated cone; and a reinforcing member which extends in directions substantially parallel to one major surface of the flat plate portion , the reinforcing member being arranged in a region which is arranged in the flat plate portion and which is close to the one major surface of the flat plate portion , characterized in that the region is apart from the one major surface of the flat plate portion by 20 % or less of the thickness of the flat plate portion . a flat plate portion ; a large number of columnar protruding portions which protrude from one major surface of the flat plate portion and which are integrated with the flat plate portion , each of the columnar protruding portions having a shape of substantially cylindrical or circular truncated cone; and a reinforcing member which extends in directions substantially parallel to one major surface of the flat plate portion , the reinforcing member being arranged in a region which is arranged in the flat plate portion and which is close to the one major surface of the flat plate portion , characterized in that the region is apart from the one major surface of the flat plate portion by 20 % or less of the thickness of the flat plate portion .