mhurhangee/patent-ind-claim-en huggingface dataset:
A method for accelerated determination of food quality comprising or consisting of the following steps: (i) providing a first food sample; (ii) storing the first food sample at temperature T1 for time t1; (iii) sensory and/or analytical evaluation of the first food sample by periodic sampling to obtain a calibration curve; (iv) providing a similar second food sample; (v) storing the second food sample at temperature T2 for time t2; (vi) sensory and/or analytical evaluation of the second food sample at the end of the time period t2; and (vii) determining the quality by comparing the sensory quality of the second food sample at the end of the time period t2 with the calibration curve, wherein (a) the temperature T2 is at least 5 °C higher than the temperature T1 (b) the time period t1 is at least 5 times longer than the time period t2; (c) the second food sample is stored at a pressure of about 0.1 to 20 bar; and (d) is subjected to a rotational or pendular movement during storage. (i) providing a first food sample; (ii) storing the first food sample at temperature T1 for time t1; (iii) sensory and/or analytical evaluation of the first food sample by periodic sampling to obtain a calibration curve; (iv) providing a similar second food sample; (v) storing the second food sample at temperature T2 for time t2; (vi) sensory and/or analytical evaluation of the second food sample at the end of the time period t2; and (vii) determining the quality by comparing the sensory quality of the second food sample at the end of the time period t2 with the calibration curve, (a) the temperature T2 is at least 5 °C higher than the temperature T1 (b) the time period t1 is at least 5 times longer than the time period t2; (c) the second food sample is stored at a pressure of about 0.1 to 20 bar; and (d) is subjected to a rotational or pendular movement during storage.
Method for machining a metallic component with a machining tool for machining a surface of the metallic component , wherein the metallic component is received in a holding apparatus , wherein a closed housing suitable for vacuum is arranged for receiving at least a part of the surface to be machined of the metallic component , wherein the housing suitable for vacuum is connected fluidically to at least one vacuum-generating means for generating a low-oxygen environment in the housing suitable for vacuum, characterized in that a pressure within the housing suitable for vacuum of between at most 10 -3 bar and at least 10 -6 bar is set.
A heating apparatus comprising: a cylindrical film ; a pressing roller capable of pressing and rotating the cylindrical film to convey a medium through a nip (N) formed between the cylindrical film and the pressing roller ; a plurality of heating elements arranged inside the cylindrical film along a longitudinal direction (y) thereof, wherein the heating elements are arranged closer to an upstream end of the nip (N) than a downstream end of the nip (N) ; and a guide member arranged inside the cylindrical film and including a first end portion , wherein the first end portion contacts the cylindrical film on a downstream side with respect to the upstream end of the nip (N); characterized by further comprising a heater unit including the heating elements and arranged along the longitudinal direction such that a center of the heater unit in a conveyance direction of the medium is located on a downstream side with respect to a reference surface including a rotation axis of each of the cylindrical film and the pressing roller . a cylindrical film ; a pressing roller capable of pressing and rotating the cylindrical film to convey a medium through a nip (N) formed between the cylindrical film and the pressing roller ; a plurality of heating elements arranged inside the cylindrical film along a longitudinal direction (y) thereof, wherein the heating elements are arranged closer to an upstream end of the nip (N) than a downstream end of the nip (N) ; and a guide member arranged inside the cylindrical film and including a first end portion , wherein the first end portion contacts the cylindrical film on a downstream side with respect to the upstream end of the nip (N); characterized by further comprising a heater unit including the heating elements and arranged along the longitudinal direction such that a center of the heater unit in a conveyance direction of the medium is located on a downstream side with respect to a reference surface including a rotation axis of each of the cylindrical film and the pressing roller .
Fuel pump for conveying fuel, which has at least one conveying unit and is in contact with at least one cam mechanism, wherein the at least one conveying unit has a piston , a conveying spring , an inner sleeve , an outer sleeve and a locking bolt which are arranged in a cylinder , wherein the inner sleeve is connected to the piston , wherein the outer sleeve is in contact with the conveying spring and a roller of the at least one cam mechanism, and wherein the inner sleeve and the outer sleeve are connected to one another detachably by the locking bolt , wherein a wall of the outer sleeve has a hole in which one end of the locking bolt is arranged, characterised in that by means of the at least one conveying unit fuel is only conveyed when the inner sleeve and the outer sleeve are connected to one another by the locking bolt , wherein the conveying of fuel is interrupted by the at least one conveying unit, when the inner sleeve and the outer sleeve are detached from one another.
Heating display unit for storing and displaying heated goods wherein the display unit comprises walls , multiple shelves , an air duct , an air forcing apparatus and air temperature regulating means, in which the walls comprise a bottom, side walls , a top wall , and a rear wall, at least part of the walls is at least partially double-walled, at least part of the walls of the display unit delimit a chamber including an open front side, wherein the chamber is enclosed on five sides by the inside of the bottom, side, rear and top walls; the multiple shelves each comprise an upper placing side ; the multiple shelves each extend substantially horizontally in the chamber and are provided above each other to define an individual storage space above each shelf ; the air duct extends from an inlet opening to multiple outlets in which the outlets are positioned at front edges of the shelves wherein all the outlets define a flow direction of a generated air flow; at least one outlet per storage space discharges into the corresponding storage space wherein a flow direction of the at least one outlet points away from a corresponding placing side to the rear such that the generated air flow is directed substantially entirely into the corresponding storage space , characterised in that each storage space is closed at the rear by the inside of the rear wall such that the generated air flow turns around in the storage space and leaves the storage space at the front side of the storage space.
A tube section , having a length L, for constructing a tube suitable for underpressure applications, with an incircle having a diameter of at least 2 m, wherein the tube section comprises a plurality of longitudinal stringers , a plurality of circumferential sections and a plurality of skin sections having a radius of curvature R and wherein the curvature extends along the entire length of the skin sections, and wherein optionally one or more, but less than one third, of the skin sections is a flat skin section, e.g. a floor panel, or an installation panel for peripherals, wherein the plurality of longitudinal stringers are mounted to the circumferential sections to form a skeletal framework for attaching the skin sections , wherein the long edges of the skin sections are mounted air-tightly to the longitudinal stringers , and wherein, when the tube section is in use as an underpressure application, the skin sections between the longitudinal stringers are loaded in tension between the longitudinal stringers , wherein the longitudinal stringers are connected to the outer surface of the circumferential sections and the centre point M of the radius of curvature R of the skin sections lies outside the tube section.
A method performed by a user equipment, UE, configured to operate in a wireless communication system, the method comprising: receiving (S900), from a network, information on a first slot format; receiving (S920), from the network, information on a second slot format; determining (S910) the first slot format based on the information on the first slot format; and determining (S930) the second slot format based on the information on the second slot format, wherein the information on the first slot format and the information on the second slot format are separate information, wherein, for an unpaired spectrum operation, the information on the first slot format is for an unpaired carrier, and the information on the second format is for a supplementary uplink, SUL, carrier, and wherein, for a paired spectrum operation, the information on the first slot format is for a downlink, DL, bandwidth part, BWP, and the information on the second format is for an uplink, UL, BWP. receiving (S900), from a network, information on a first slot format; receiving (S920), from the network, information on a second slot format; determining (S910) the first slot format based on the information on the first slot format; and determining (S930) the second slot format based on the information on the second slot format, wherein the information on the first slot format and the information on the second slot format are separate information, wherein, for an unpaired spectrum operation, the information on the first slot format is for an unpaired carrier, and the information on the second format is for a supplementary uplink, SUL, carrier, and wherein, for a paired spectrum operation, the information on the first slot format is for a downlink, DL, bandwidth part, BWP, and the information on the second format is for an uplink, UL, BWP.
A tool for driving a barbed staple into a workpiece, the tool comprising: a housing enclosing a power delivery source; a driver blade driven by the power delivery source and comprising an engagement portion configured for engagement with the staple; a nosepiece comprising an aperture providing access for loading a staple into the nosepiece, the nosepiece further comprising a passage configured for slidable mounting of the driver blade; such that, in use, the driver blade may be driven along a longitudinal axis of the passage by the power delivery source to engage and drive a staple into a workpiece; wherein the engagement portion of the driver blade is configured to provide lateral support to the staple as it is driven along the longitudinal axis of the passage, the engagement portion of the driver blade is formed such that its profile conforms to a crown of the staple, characterized in that the driver blade further comprises a guide element configured to resist lateral movement of the driver blade with respect to the longitudinal axis of the passage and, wherein the guide element is a ridge formed along the longitudinal axis of the driver blade, the ridge configured for slidable engagement with a corresponding recess in the nosepiece. a housing enclosing a power delivery source; a driver blade driven by the power delivery source and comprising an engagement portion configured for engagement with the staple; a nosepiece comprising an aperture providing access for loading a staple into the nosepiece, the nosepiece further comprising a passage configured for slidable mounting of the driver blade; such that, in use, the driver blade may be driven along a longitudinal axis of the passage by the power delivery source to engage and drive a staple into a workpiece; wherein the engagement portion of the driver blade is configured to provide lateral support to the staple as it is driven along the longitudinal axis of the passage, the engagement portion of the driver blade is formed such that its profile conforms to a crown of the staple,
A system comprising: a casing ; a machine attached to an inside of the casing, the machine having a shaft supported by bearings; and a cooling system mounted inside the casing and configured to cool the bearings of the machine with a cooling fluid, the cooling system including, a particle separation device provided in a first hole in the casing the particle separation device being configured to separate particles from the cooling fluid, wherein the cooling system comprises a flow regulation device that fluidly communicates with the particle separation device without contacting the particle separation device and constructed to regulate the cooling fluid, wherein the flow regulation device is disposed adjacent to the particle separation device within a wall of the casing; characterised in that the flow regulation device comprises: a first ring element having a second hole and being configured to be attached to a first end of the flow regulation device ; and a second ring element having a third hole and being configured to be attached to a second end of the flow regulation device , wherein the first and second ring elements are removably attached to the flow regulation device such that by changing these elements the fluid flow may be adjusted as desired. a casing ; a machine attached to an inside of the casing, the machine having a shaft supported by bearings; and a cooling system mounted inside the casing and configured to cool the bearings of the machine with a cooling fluid, the cooling system including, a particle separation device provided in a first hole in the casing the particle separation device being configured to separate particles from the cooling fluid, wherein the cooling system comprises a flow regulation device that fluidly communicates with the particle separation device without contacting the particle separation device and constructed to regulate the cooling fluid, wherein the flow regulation device is disposed adjacent to the particle separation device within a wall of the casing; characterised in that the flow regulation device comprises: a first ring element having a second hole and being configured to be attached to a first end of the flow regulation device ; and a second ring element having a third hole and being configured to be attached to a second end of the flow regulation device , wherein the first and second ring elements are removably attached to the flow regulation device such that by changing these elements the fluid flow may be adjusted as desired. a first ring element having a second hole and being configured to be attached to a first end of the flow regulation device ; and a second ring element having a third hole and being configured to be attached to a second end of the flow regulation device , wherein the first and second ring elements are removably attached to the flow regulation device such that by changing these elements the fluid flow may be adjusted as desired.
An assembly comprising apparatus for injecting a fluid formulation into a melted polymeric material in combination with a melt processing apparatus, the apparatus for injecting comprising a first pump (8; 40) and a gear pump (12;42) arranged in series in a fluid path between a reservoir for the fluid formulation to be injected and an outlet of the apparatus for injecting, characterised in that said first pump (8;40) is selected from a diaphragm pump or a progressing cavity pump (pcp), wherein said outlet of the apparatus for injecting is in fluid communication with an inlet via which fluid formulation can be introduced into a melt stream produced by said melt processing apparatus.
Dust hood for a cut-off grinder equipped with a gear neck for fastening the dust hood , having a hood body for at least partially covering, on both sides, a circular cut-off wheel of the cut-off grinder , and having an extraction port via which abrasively removed substrate (S) can be extracted from the hood body , wherein, in the hood body , a main extraction duct connected to the extraction port is formed, said main extraction duct extending tangentially to the cut-off wheel , wherein the main extraction duct has a separating bar which subdivides the main extraction duct into two suction chambers , characterized in that the separating bar lies in a wheel plane (SE) of the cut-off wheel when the dust hood is fastened to the cut-off grinder and the cut-off grinder has a cut-off wheel .
A method for producing a wavelength conversion member (1; 11) having a first principal surface (1a; 11a) and a second principal surface (1b; 11b) opposed to each other, the wavelength conversion member (1; 11) comprising: a glass matrix ; and phosphor particles disposed in the glass matrix , wherein concentrations of the phosphor particles in the first principal surface (1a; 11a) and in the second principal surface (1b; 11b) are lower than concentrations of the phosphor particles in portions 20 μm inward from the first principal surface (1a; 11a) and 20 μm inward from the second principal surface (1b; 11b), and the thickness of the wavelength conversion member (1; 11) is in a range of 0.05 mm to 1 mm, the method comprising the steps of: preparing a slurry containing glass particles to be the glass matrix and the phosphor particles ; applying the slurry to substrates, drying the slurry , and allowing the phosphor particles to sediment downward before completion of the drying to obtain first and second green sheets in each of which a concentration of the phosphor particles in an under surface is higher than a concentration of the phosphor particles in a top surface ; and stacking the first and second green sheets so as to superpose the under surfaces thereof and bonding and firing the first and second green sheets together. a glass matrix ; and phosphor particles disposed in the glass matrix , wherein concentrations of the phosphor particles in the first principal surface (1a; 11a) and in the second principal surface (1b; 11b) are lower than concentrations of the phosphor particles in portions 20 μm inward from the first principal surface (1a; 11a) and 20 μm inward from the second principal surface (1b; 11b), and the thickness of the wavelength conversion member (1; 11) is in a range of 0.05 mm to 1 mm, the method comprising the steps of: preparing a slurry containing glass particles to be the glass matrix and the phosphor particles ; applying the slurry to substrates, drying the slurry , and allowing the phosphor particles to sediment downward before completion of the drying to obtain first and second green sheets in each of which a concentration of the phosphor particles in an under surface is higher than a concentration of the phosphor particles in a top surface ; and stacking the first and second green sheets so as to superpose the under surfaces thereof and bonding and firing the first and second green sheets together. preparing a slurry containing glass particles to be the glass matrix and the phosphor particles ; applying the slurry to substrates, drying the slurry , and allowing the phosphor particles to sediment downward before completion of the drying to obtain first and second green sheets in each of which a concentration of the phosphor particles in an under surface is higher than a concentration of the phosphor particles in a top surface ; and stacking the first and second green sheets so as to superpose the under surfaces thereof and bonding and firing the first and second green sheets together.
A chemical-mechanical polishing concentrate comprising: a water based liquid carrier; at least 10 weight percent colloidal silica abrasive particles dispersed in the liquid carrier; an aminosilane compound or a phosphonium silane compound incorporated in the colloidal silica abrasive particles internal to an outer surface thereof; and a pH in a range from 1.5 to 7. a water based liquid carrier; at least 10 weight percent colloidal silica abrasive particles dispersed in the liquid carrier; an aminosilane compound or a phosphonium silane compound incorporated in the colloidal silica abrasive particles internal to an outer surface thereof; and a pH in a range from 1.5 to 7.
A solar device comprising: a set of front device layers ; a set of back device layers ; and a photoactive layer disposed between the set of front device layers and the set of back device layers, wherein at least one of the set of front device layers and the set of back device layers includes: a host material having an embedding surface; and additives at least partially embedded into the host material and localized within an embedding region adjacent to the embedding surface, wherein a thickness of the embedding region is less than an overall thickness of the host material, characterized in that said additives include a phosphor that is configured to perform spectral shifting of incident light to match an absorption of the photoactive layer. a set of front device layers ; a set of back device layers ; and a photoactive layer disposed between the set of front device layers and the set of back device layers, wherein at least one of the set of front device layers and the set of back device layers includes: a host material having an embedding surface; and additives at least partially embedded into the host material and localized within an embedding region adjacent to the embedding surface, wherein a thickness of the embedding region is less than an overall thickness of the host material, a host material having an embedding surface; and additives at least partially embedded into the host material and localized within an embedding region adjacent to the embedding surface, wherein a thickness of the embedding region is less than an overall thickness of the host material, characterized in that said additives include a phosphor that is configured to perform spectral shifting of incident light to match an absorption of the photoactive layer.
Turf cutting machine , comprising a frame mounted on a rear axle , carrying a pair of rear wheels or similar rolling elements, and on a front axle , carrying a pair of front wheels or similar rolling elements, wherein said frame carries a cutting blade and a motor , which drives both said front and rear wheels and said cutting blade , wherein said rear axle and said front axle are connected said frame in such a way that they are movable from a first position, in which they are at the maximum distance from said frame, to a second position, in which they are at the minimum distance from said frame, and vice versa, characterized in that said turf cutting machine comprises a transmission arrangement for transmitting motion from said rear axle to said front axle , or vice versa, said cutting blade being arranged between said rear axle and said front axle , wherein said transmission arrangement comprises a transmission belt mounted between a rear axle pulley , which is integral with said rear axle, and a front axle pulley , which is integral with said front axle, and in that said transmission belt runs on a plurality of deflection pulleys , which are arranged in such a way that the path of said transmission belt passes above said cutting blade .