mhurhangee/patent-ind-claim-en huggingface dataset:
Golden interference pigment which comprises a flake-form substrate and at least one layer located on the substrate, characterised in that the flake-form substrate is a synthetically produced transparent substrate which has per se a green inherent interference colour, where the substrate consists of Al 2 O 3 or of Al 2 O 3 with a content of up to 5% by weight of TiO 2 , based on the weight of the substrate, or comprises Al 2 O 3 with a proportion of at least 90% by weight, based on the weight of the substrate, and has a geometrical thickness in the range from 180 to 250 nm or in the range from 350 to 450 nm, or consists of ZrO 2 or comprises ZrO 2 with a proportion of at least 90% by weight, based on the weight of the substrate, and has a geometrical layer thickness in the range from 140 to 210 nm or in the range from 260 to 400 nm, or consists of TiO 2 or comprises TiO 2 with a proportion of at least 90% by weight, based on the weight of the substrate, and has a geometrical layer thickness in the range from 110 to 170 nm or in the range from 240 to 310 nm, or where it is a glass flake having an SiO 2 proportion of at most 70% by weight which has a geometrical layer thickness in the range from 230 to 300 nm or from 400 to 470 nm, and where at least one layer which comprises a mixture or mixed oxide of Fe 2 O 3 and TiO 2 is located on the substrate and the substrate has a particle size in the range 5-40 μm and a d 95 value in the range from 35 μm to < 40 μm.
A process comprising: - bubbling ammonia through a first combination comprising at least paraformaldehyde, a first C 2 -C 6 alcohol, and water, while maintaining the first combination at about 20 deg. C to about 90 deg. C, thereby producing a first reaction product comprising methenamine; - combining at least the first reaction product, mandelic acid, and a second C 2 -C 6 alcohol under heat, thereby producing a second reaction product; - heating the second reaction product to a temperature of about 20 deg. C to about 100 deg. C; and - cooling the second reaction product to at least about 70 deg. C, thereby producing a composition comprising methenamine mandelate. - bubbling ammonia through a first combination comprising at least paraformaldehyde, a first C 2 -C 6 alcohol, and water, while maintaining the first combination at about 20 deg. C to about 90 deg. C, thereby producing a first reaction product comprising methenamine; - combining at least the first reaction product, mandelic acid, and a second C 2 -C 6 alcohol under heat, thereby producing a second reaction product; - heating the second reaction product to a temperature of about 20 deg. C to about 100 deg. C; and - cooling the second reaction product to at least about 70 deg. C, thereby producing a composition comprising methenamine mandelate.
A frozen confectionery product comprising a core of a frozen confection, which is at least partially coated with a gel coating, characterized in that the gel coating is at least partly coated with a barrier coating of frozen liquid facilitating the peeling of the gel coating, and wherein the liquid for the barrier coating is selected from the group consisting of water, water based coating, oil based coating, oil-in-water emulsion, water-in-oil emulsion, fruit juice, vegetable oil or a combination thereof, and wherein the frozen confectionery product comprises an additional gel coating on top of the gel coating, which additional gel coating at least partly overlaps the other gel coating and, wherein the liquid for the barrier coating has a thickness from 0.01 mm to 0.1 mm and is between the gel coatings, and wherein the gel coatings have a thickness of between 2 and 5 mm.
A self-propelled module for oversize loads, comprising: - two ground movement assemblies with oil-pressure controlled actuation, - a transverse rocker arranged between said movement assemblies , which are coupled thereto independently, characterised in that the module comprises: - oil-pressure controlled suspension means , arranged on corresponding oscillating supports coupled to said transverse rocker , - a load-bearing frame , supported by said oil-pressure controlled suspension means , comprising an oil-pressure controlled circuit adapted to serve said ground movement assemblies and said suspension means , - a rotary distribution unit , having a vertical axis (X), mounted on said load-bearing frame for supplying the ground movement assemblies and the oil-pressure controlled suspension means , a first part of said rotary distribution unit being fixed to said load-bearing frame , a second part being free to rotate about the vertical axis (X) with respect to said first part , - a resting bed , which is supported by a center bearing that is coaxial to said rotary distribution unit , - below said resting bed there being means for the relative rotation, about said vertical axis (X), of said resting bed with respect to said load-bearing frame . - two ground movement assemblies with oil-pressure controlled actuation, - a transverse rocker arranged between said movement assemblies , which are coupled thereto independently, - oil-pressure controlled suspension means , arranged on corresponding oscillating supports coupled to said transverse rocker , - a load-bearing frame , supported by said oil-pressure controlled suspension means , comprising an oil-pressure controlled circuit adapted to serve said ground movement assemblies and said suspension means , - a rotary distribution unit , having a vertical axis (X), mounted on said load-bearing frame for supplying the ground movement assemblies and the oil-pressure controlled suspension means , a first part of said rotary distribution unit being fixed to said load-bearing frame , a second part being free to rotate about the vertical axis (X) with respect to said first part , - a resting bed , which is supported by a center bearing that is coaxial to said rotary distribution unit , - below said resting bed there being means for the relative rotation, about said vertical axis (X), of said resting bed with respect to said load-bearing frame .
Pendulum damping device comprising: - a support that is rotatable about an axis (X), - at least one pendulum body that is movable with respect to the support , and - stabilizing members for this pendulum body , each stabilizing member making it possible to connect this pendulum body to another pendulum body or to the support , and each stabilizing member exerting a force on a circumferential end of this pendulum body , each stabilizing member being movable such that the angle (α, β), defined from the centre of gravity of this stabilizing member , between: - the orthoradial direction (D1) at this centre of gravity and - the direction (D2) of the force that this stabilizing member exerts on the circumferential end of the pendulum body can vary during the movement of the pendulum body with respect to the support , characterized in that each stabilizing member comprises at least one weight connected by a wire to a circumferential end of the pendulum body and to the opposing circumferential end of a circumferentially adjacent pendulum body or to the support , or in that each stabilizing member is formed by at least one roller , the outer contour of which rolls over all or part of the circumferential end of the pendulum body and over all or part of the opposing circumferential end of a circumferentially adjacent pendulum body or over the support . - a support that is rotatable about an axis (X), - at least one pendulum body that is movable with respect to the support , and - stabilizing members for this pendulum body , each stabilizing member making it possible to connect this pendulum body to another pendulum body or to the support , and each stabilizing member exerting a force on a circumferential end of this pendulum body , - the orthoradial direction (D1) at this centre of gravity and - the direction (D2) of the force that this stabilizing member exerts on the circumferential end of the pendulum body can vary during the movement of the pendulum body with respect to the support ,
An apparatus for the impact-hardening of transition radii of a crankshaft , in particular of transition radii between connecting-rod bearing journals and crank webs and/or transition radii between main bearing journals and the crank webs of the crankshaft , comprising at least one impact device for introducing an impact force (Fs) into at least one transition radius , characterized in that the impact device has multiple impact tools , wherein the impact heads of at least two impact tools are assigned to the same transition radius and/or that the impact device has at least one impact tool with multiple impact heads which are assigned to the same transition radius .
A method for preparing a pre-loadable dried biological heart valve, comprising: Step A: soaking a fresh animal pericardium in an aqueous solution of soluble elastin or glycosaminoglycan, and then subjecting the pericardium to a first cross-linking reaction in a mixed solution of carbodiimide or N-hydroxysuccinimide to allow the soluble elastin or glycosaminoglycan to bind to the pericardium via a chemical bond; and Step B: subjecting the pericardium after the first cross-linking to a second cross-linking reaction in an aqueous glutaraldehyde solution, and then drying the pericardium after the second cross-linking, to obtain the pre-loadable dried biological heart valve. Step A: soaking a fresh animal pericardium in an aqueous solution of soluble elastin or glycosaminoglycan, and then subjecting the pericardium to a first cross-linking reaction in a mixed solution of carbodiimide or N-hydroxysuccinimide to allow the soluble elastin or glycosaminoglycan to bind to the pericardium via a chemical bond; and Step B: subjecting the pericardium after the first cross-linking to a second cross-linking reaction in an aqueous glutaraldehyde solution, and then drying the pericardium after the second cross-linking, to obtain the pre-loadable dried biological heart valve.
A continuous flow catalytic reactor, comprising a reaction vessel provided with a liquid flow inlet and a liquid flow outlet , a filler packaged in the reaction vessel, wherein the liquid flow inlet and the liquid flow outlet of the reaction vessel are sealed with a fiber sealing material configured to allow the liquid flow to pass but block the filler , a direct current power supply having positive and negative electrodes and a charged catalytic component, characterized in that the filler is capable of fixing the charged catalytic component under an action of a direct-current electric field, the liquid flow inlet and the liquid flow outlet are electrically connected with a positive or a negative electrode of the direct-current power supply and the electrode of the direct-current supply that is not connected to the inlet and the outlet of the reactor is of opposite electrical charge than the electrodes and is connected to the middle part of the filler.
A personal cleanser comprising 5 to 98 wt.% of a primary anionic surfactant, 0.1 to 30 wt.% of a saturated C 8 -C 14 alkyl N,N-dialkylamide, and water, characterized in that the saturated C 8 - C 14 alkyl N,N-dialkylamide comprises C 12 - C 14 alkyl N,N-dialkylamide, and wherein the anionic surfactant is selected from the group consisting of alkyl sulfates, alkyl ether sulfates, olefin sulfonates, alkyl sulfoacetates, alkyl ether sulfoacetates, alkyl sulfosuccinates, alkyl ether sulfosuccinates, and mixtures thereof.
A rotor blade assembly of a wind turbine , the rotor blade assembly comprising: a rotor blade comprising an aerodynamic body having an inboard region and an outboard region , the inboard and outboard regions defining a pressure side , a suction side , a leading edge , and a trailing edge , the inboard region comprising a blade root , the outboard region comprising a blade tip , the rotor blade defining a chord and a span ; wherein the inboard region comprises from 0% span to 40% span from the blade root of the rotor blade in a span-wise direction and the outboard region comprises from 40% span to 100% span from the blade root of the rotor blade , the inboard region comprising a transitional region of the rotor blade that comprises a maximum chord , characterized in that a chord slope of the rotor blade in the transitional region ranges from -0.06 to 0.06 from the maximum chord over 15% of the span of the rotor blade , wherein, in the inboard region , the chord slope is not equal to zero. a rotor blade comprising an aerodynamic body having an inboard region and an outboard region , the inboard and outboard regions defining a pressure side , a suction side , a leading edge , and a trailing edge , the inboard region comprising a blade root , the outboard region comprising a blade tip , the rotor blade defining a chord and a span ; wherein the inboard region comprises from 0% span to 40% span from the blade root of the rotor blade in a span-wise direction and the outboard region comprises from 40% span to 100% span from the blade root of the rotor blade , the inboard region comprising a transitional region of the rotor blade that comprises a maximum chord , characterized in that a chord slope of the rotor blade in the transitional region ranges from -0.06 to 0.06 from the maximum chord over 15% of the span of the rotor blade , wherein, in the inboard region , the chord slope is not equal to zero.
A calibration device for calibrating a gas component analyzing apparatus for analyzing by detecting a component of a sample gas by a detector, which is separated as a single component through a separation unit , wherein the separation unit is connected to a supply tube providing a gas thereto, wherein the calibration device comprises: one side connection part (V100, L100) selectively connectable to one point of the supply tube; one other side connection part (V200, L300) selectively connectable to one other point of the supply tube; characterized in that the calibration device further comprises: a calibration line part comprising a plurality of connection tubes parallel-connecting the one side connection part (V100, L100) to the other side connection part (V200, L300) in different paths from each other;wherein the plurality of connection tubes have different volumes from each other, and a control unit configured to sequentially connect the connection tubes with a calibration gas source to fill the connection tubes with a calibration gas, wherein the control unit is further configured to sequentially connect the connection tubes filled with the calibration gas with the supply tube to provide a plurality of calibration gases having different volumes. one side connection part (V100, L100) selectively connectable to one point of the supply tube; one other side connection part (V200, L300) selectively connectable to one other point of the supply tube; characterized in that the calibration device further comprises: a calibration line part comprising a plurality of connection tubes parallel-connecting the one side connection part (V100, L100) to the other side connection part (V200, L300) in different paths from each other;wherein the plurality of connection tubes have different volumes from each other, and a control unit configured to sequentially connect the connection tubes with a calibration gas source to fill the connection tubes with a calibration gas, wherein the control unit is further configured to sequentially connect the connection tubes filled with the calibration gas with the supply tube to provide a plurality of calibration gases having different volumes. a calibration line part comprising a plurality of connection tubes parallel-connecting the one side connection part (V100, L100) to the other side connection part (V200, L300) in different paths from each other;wherein the plurality of connection tubes have different volumes from each other, and a control unit configured to sequentially connect the connection tubes with a calibration gas source to fill the connection tubes with a calibration gas, wherein the control unit is further configured to sequentially connect the connection tubes filled with the calibration gas with the supply tube to provide a plurality of calibration gases having different volumes.
A synthetic resin bottle which is a biaxially drawn, blow molded bottle made by using an injection molded preform in a shape of a test tube having a cylindrically shaped mouth opening portion disposed on a cylindrically shaped body , which has a body and a mouth opening portion formed by biaxially drawn blow molding and a cylindrically shaped neck portion vertically disposed by biaxially drawing and blow molding the upper part of the body of the preform between the body and the mouth opening portion , said bottle being characterized in that the mouth opening portion has a bore diameter (D1a) of 10 mm or less and that the maximum diameter (D3bx) of the body is 2.5 times or more as much as the bore diameter (D1a) of the mouth opening portion .
Method of manufacturing thermoplastically shaped assemblies from plastic foils, wherein a foil assembly consisting of at least two layers is formed by bringing together two finished foils, by extrusion coating, extrusion laminating, coextrusion without using conventional bonding agents or laminating adhesives, and that the foil layers are joined together during subsequent thermoplastic forming, wherein printing is provided between the foil layers , wherein the foil layers are brought into adhesive contact with each other, wherein the foil layers are securely joined during the thermoplastic forming, wherein the thermoplastic forming is performed as a deep-drawing method, wherein the cut-off remnants of the deep-drawing material can be easily separated from each other and supplied to a separate recycling. wherein a foil assembly consisting of at least two layers is formed by bringing together two finished foils, by extrusion coating, extrusion laminating, coextrusion without using conventional bonding agents or laminating adhesives, and that the foil layers are joined together during subsequent thermoplastic forming, wherein printing is provided between the foil layers , wherein the foil layers are brought into adhesive contact with each other, wherein the foil layers are securely joined during the thermoplastic forming, wherein the thermoplastic forming is performed as a deep-drawing method, wherein the cut-off remnants of the deep-drawing material can be easily separated from each other and supplied to a separate recycling.
A dishwasher in the form of a commercial utensil washer or dishwasher which is designed as a batch dishwasher and is realized as a hood-type dishwasher, wherein the dishwasher has a treatment chamber with at least one wash system which is designed as a recirculation system for spraying wash liquid in the treatment chamber as required, wherein the treatment chamber is divided into a first treatment zone and at least one further, second treatment zone , wherein the first and at least one second treatment zone are arranged one above the other, and wherein the first treatment zone and the at least one further , second treatment zone are configured such that items of washware are treatable independently of one another and at least temporarily at the same time in the first and in the at least one second treatment zone , wherein the items of washware are treatable in the different treatment zones for different action times, wherein the dishwasher has a final rinse system for spraying final rinse liquid in the treatment chamber as required, and wherein the dishwasher also has a control device for actuating the at least one wash system and/or the at least one final rinse system, wherein the control device is designed to actuate the at least one wash system in such a way that the wash cycle of each treatment cycle in the first treatment zone is uninterrupted, while the wash cycle of a single treatment cycle in the at least one second treatment zone is intermittent.
A passenger seat , comprising: - a passenger seat privacy shell , - a seat portion , and - a backrest portion , - the backrest portion comprising a movable portion configured to translate with respect to the privacy shell between a lowered position and a raised position, - the passenger seat privacy shell defining the seat portion and the backrest portion so that the passenger is sitting on the seat shell albeit upon intervening cushions, - in the lowered position, the backrest portion being flush with or lower than the privacy shell and, characterized in that in the raised position, the backrest portion extends above the privacy shell , and in that the backrest portion further comprises a lower portion and an upper portion , the lower portion being configured to remain stationary, and the upper portion being configured to translate with respect to the lower portion to create a space therebetween, wherein in a lowered position, the upper portion is flush with or lower than the privacy shell and wherein in a raised position, the upper portion extends above the privacy shell . - a passenger seat privacy shell , - a seat portion , and - a backrest portion , - the backrest portion comprising a movable portion configured to translate with respect to the privacy shell between a lowered position and a raised position, - the passenger seat privacy shell defining the seat portion and the backrest portion so that the passenger is sitting on the seat shell albeit upon intervening cushions, - in the lowered position, the backrest portion being flush with or lower than the privacy shell and, characterized in that in the raised position, the backrest portion extends above the privacy shell ,
Arrangement for an electrical switch element , comprising a switch chamber for receiving contacts that can be closed and/or opened, at least one movable propulsion element protruding through an opening of the switch chamber to open or close the contacts , and a seal configuration surrounding the propulsion element , by which the opening is sealed at least in an end position (E) of the propulsion element , the seal configuration having an annular bulge surrounding the opening and an annularflange on the propulsion element , wherein a stationary part of the seal configuration extends around the opening , wherein the annular bulge is part of the stationary part of the seal configuration and protrudes into the switch chamber , wherein the annular flange abuts the annular bulge in the end position (E) of the propulsion element , wherein an element adjacent to the switch chamber is partially positioned behind the switch chamber , such that a movement space is formed between a wall section having the opening and the adjacent element , the movement space running annularly around the propulsion element , and wherein a damping configuration on the side of the opening facing away from the switch chamber is to absorb a kinetic energy of the propulsion element during transition to the end position (E), the damping configuration having an elastically deflectable wall section that can deviate elastically from the switch chamber characterized by the elastically deflectable wall section being part of the wall section having the opening , the elastically deflectable wall section being able to deviate elastically into the movement space so as to absorb the movement of the propulsion element in its resting position, the movement space and the wall section being part of the seal configuration .