mhurhangee/patent-ind-claim-en huggingface dataset:
A safety blade mounting and removal system for removing a blade from a blade axle secured to a product slicer, comprising: a blade removal tool having: A) a tool base ; B) a blade engagement assembly attached to the tool base and having a blade engagement actuator cooperating with at least one blade engagement retainer , wherein relative movement of the blade engagement actuator with respect to the tool base from a blade engagement actuator initial position to a blade engagement actuator retaining position produces movement of the at least one blade engagement retainer from a retainer initial position to a retainer retaining position whereby at least a portion of the blade engagement retainer has engaged a portion of the blade to interlock the tool base and the blade ; and C) a blade unlocking assembly attached to the tool base and having a blade unlocking actuator cooperating with a blade unlocking post , wherein relative movement of the blade unlocking actuator with respect to the tool base from a blade unlocking actuator initial position to a blade unlocking actuator release position produces rotation of the blade unlocking post from a post initial position to a post release position, which rotates the blade axle or the blade to release the blade from the blade axle ; characterized in that the blade engagement assembly and the blade unlocking assembly cooperate so that relative movement of the blade unlocking actuator cannot occur unless the blade engagement actuator is in the blade engagement actuator retaining position, and relative movement of the blade engagement actuator cannot occur when the blade unlocking actuator is in the blade unlocking actuator release position, thereby requiring sequenced movement of both the blade engagement actuator and the blade unlocking actuator to secure the blade to the removal tool and remove the blade from the slicer, and requiring sequenced movement of both the blade engagement actuator and the blade unlocking actuator to release the blade from the removal tool . A) a tool base ; B) a blade engagement assembly attached to the tool base and having a blade engagement actuator cooperating with at least one blade engagement retainer , wherein relative movement of the blade engagement actuator with respect to the tool base from a blade engagement actuator initial position to a blade engagement actuator retaining position produces movement of the at least one blade engagement retainer from a retainer initial position to a retainer retaining position whereby at least a portion of the blade engagement retainer has engaged a portion of the blade to interlock the tool base and the blade ; and C) a blade unlocking assembly attached to the tool base and having a blade unlocking actuator cooperating with a blade unlocking post , wherein relative movement of the blade unlocking actuator with respect to the tool base from a blade unlocking actuator initial position to a blade unlocking actuator release position produces rotation of the blade unlocking post from a post initial position to a post release position, which rotates the blade axle or the blade to release the blade from the blade axle ;
A method of manufacturing a metal plate having a hole comprising a punching step of performing punching to a metal plate material (21 48) placed on a die by a punch to form a through hole , wherein in the punching step, breaking occurs during the punching for the through hole , a temporarily residual portion which is a peripheral edge of the through hole on the die side and protrudes inward from a position corresponding to an inner surface of the through hole is formed, and thereafter, with the punching, the temporarily residual portion is pressed toward a side surface of the punch by a pressing surface included in a distal end edge of the punch such that the inner surface of the punched through hole has a smooth surface, characterized in that a recessed portion forming step is further performed before the punching step, the recessed portion forming step is a step of forming a recessed portion surrounded by a bottom surface and an inclined side surface inclined with respect to the punching direction (A) of the punch at a position where the through hole is formed by performing hot forging or cool forging on a surface of the metal plate material , in the punching step, a projecting portion is vertically formed on an edge of a die hole of the die to face the metal plate material , the projecting portion includes an inner surface formed on the same plane as that of the inner surface of the die hole and an outer surface which serves as a guide surface inclined with respect to the punching direction (A), which guides a direction towards the side surface of the punch in which the temporarily residual portion is pressed, and the punching is performed in a state in which the metal plate material is placed on the die such that the inclined side surface of the recessed portion is brought into contact with the guide surface .
A printer comprising: an image acquisition unit adapted to acquire an image to be printed from an external device ; a printing unit adapted to print the image acquired by the image acquisition unit ; a representative color detection unit adapted to divide the image to be printed into a plurality of regions and to detect a representative color of each of the plural regions; a light emitting unit capable of switching colors of light emission; and a light emission controller adapted to control light emission of the light emitting unit , wherein the light emission controller is adapted to cause the light emitting unit to switch colors of the light emission in the order of the representative colors of the regions detected by the representative color detection unit , according to a printing progress of the image to be printed by the printing unit . an image acquisition unit adapted to acquire an image to be printed from an external device ; a printing unit adapted to print the image acquired by the image acquisition unit ; a representative color detection unit adapted to divide the image to be printed into a plurality of regions and to detect a representative color of each of the plural regions; a light emitting unit capable of switching colors of light emission; and a light emission controller adapted to control light emission of the light emitting unit , wherein the light emission controller is adapted to cause the light emitting unit to switch colors of the light emission in the order of the representative colors of the regions detected by the representative color detection unit , according to a printing progress of the image to be printed by the printing unit .
Aeronautical gas storage cryogenic tank device, for on-board mounting, of spherical or elongated shape, comprising an inner container defining a liquefied gas storage chamber , an outer envelope containing the inner container , an insulation chamber defined between the inner container and the outer envelope , a removable collector passing through the outer envelope and the inner container in a sealed manner, characterized in that the outer envelope is made of a plurality of demountable parts making it possible to access the inner container, the outer envelope is made of a material resistant to temperatures from less than -60°C to at least +80°C, the insulation chamber has a reduced pressure with a helium-tightness equal to or better than 10 -9 millibar*litre/second defined between the inner container and the outer envelope, the outer envelope comprises two connections of which at least one is a sliding connection, supporting the inner container and borne by the outer envelope, and in that the device comprises a flexible thermally insulating neck forming a sealed interface between the collector on the one hand and, on the other hand, the outer envelope and the inner container , the neck being formed around a portion of the collector , the neck passing through the insulation chamber in order to allow the collector to be demounted independently of the pressure in the insulation chamber .
A security element for manufacturing documents of values, as banknotes, checks or the like, the security element showing a motive in front of a background, wherein the security element (S) comprises - a motive region to which a first coating is applied and which provides the motive, and - a background region to which a second coating being different from the first coating is applied and which provides the background wherein - a contour region is provided delimiting the motive region against the background region , - the contour region is formed by a relief structure having a geometry for light absorbing so that a lightness and/or color contrast exists on the one hand between contour region and motive region and on the other hand between contour line region and background region , and - the relief structure of the contour region is at least partially covered by the first coating and/or the second coating and, thus, absorbs register variations of the first and/or the second coatings . - a motive region to which a first coating is applied and which provides the motive, and - a background region to which a second coating being different from the first coating is applied and which provides the background wherein - a contour region is provided delimiting the motive region against the background region , - the contour region is formed by a relief structure having a geometry for light absorbing so that a lightness and/or color contrast exists on the one hand between contour region and motive region and on the other hand between contour line region and background region , and - the relief structure of the contour region is at least partially covered by the first coating and/or the second coating and, thus, absorbs register variations of the first and/or the second coatings .
An anti-CD47 agent for use in a method of treating a human subject for atherosclerosis, wherein the subject has been diagnosed as having at least one 9p21 risk allele for atherosclerosis, wherein the 9p21 risk allele is genotyped by determination of the presence of an SNP variant at 9p21 associated with risk, wherein the SNP variant is selected from: rs10757278; rs3217992; rs4977574; rs1333049; rs10757274; rs2383206; rs2383207; rs3217989; rs1333040; rs2383207; rs10116277; rs7044859; rs1292136; rs7865618; rs1333045; rs9632884; rs10757272; rs4977574; rs2891168; rs6475606; rs1333048; rs1333049; and rs1333045, wherein the anti-CD47 agent reduces the binding of CD47 on an apoptotic cell to SIRPα on a phagocytic cell, and wherein the anti-CD47 agent is: an anti-CD47 antibody, a SIRPα-derived polypeptide, or anti-SIRPa antibody.
A method for producing an attachment strip for fixing to a decorative panel , e.g., an edge strip for coating the narrow surface of a furniture panel or the like, having a textured surface as the visible side, wherein a strip element made of thermoplastic material is created and wherein a strip structure is embossed into the strip surface of the strip element by means of at least one embossing means, characterized in that a structured web is used as the embossing means, which structured web is provided with a structured embossing surface and by means of which the structure is embossed into the strip surface. wherein a strip element made of thermoplastic material is created and wherein a strip structure is embossed into the strip surface of the strip element by means of at least one embossing means, characterized in that a structured web is used as the embossing means, which structured web is provided with a structured embossing surface and by means of which the structure is embossed into the strip surface.
A joint structure (100; 500) for connecting two hollow frame tubes in sporting equipment, a first tube (101; 501) and a second tube (102; 502), and the tubes have a shell , and at one end of the first tube is a sleeve part (106; 506) and the diameter of the sleeve part is less than the diameter of the first tube in the vicinity of the sleeve part, and at one end of the second tube is a receiving part (107; 507), and on the sleeve part is a sleeve part hole (108; 508) and on the receiving part is a receiving part hole (109; 509), and the sleeve part is configured to fit into the receiving part in such a way that there is a position where said holes converge, and the joint structure comprises a locking arrangement, and the locking arrangement comprises an elongated spring strip (110; 510) that is bent into two wings: a first wing (111; 511) and a second wing (112; 512), and the spring strip is inside of the tubes, and a holding part that is configured to fit at least partly into said converging holes, wherein the spring strip is at least partly inside of the sleeve part and is open toward the first tube when the locking arrangement is connecting the tubes, and near the end of the first wing is a wing hole (117; 517), and the holding part comprises two connecting elements: a first connecting element (113; 513) and a second connecting element (114; 514), characterised in that the first connecting element comprises a partly cone-like head (115; 515) and a shaft (116; 516), and the first connecting element is configured to be inserted inside of the sleeve part in such a way that the shaft is inside of the wing hole, and the second connecting element is at least partly outside the tubes, and the first connecting element comprise a connecting hole, and the connecting hole is configured to run through the head and through at least part of the shaft, the second connecting element is configured to be fixed to the connecting hole in such a way that the shell of the second tube and the shell of the first tube is between the second connecting element and the head of the first connecting element.
A method of sensing a water contamination in a flowing fluid fuel under test with millimeter wave radiation used to measure a resonance curve in a resonance sensor, wherein at least a part of a first resonance curve is measured in a resonator of a second sensor comprising reference fuel having low or no contamination, obtained in real time with filtration of a sample of the fuel under test and at least a part of a second resonance curve is measured in a resonator of a first sensor comprising fuel under test and an assessment of the water contamination is based on comparison of the first and the second resonance curve, with reference to calibration data representing a relation between the level of contamination and the resonance curves, wherein the resonators have a resonant frequency within a range of 20 to 30 GHz and measurements are taken at frequencies within frequency band between 20 and 30 GHz. at least a part of a first resonance curve is measured in a resonator of a second sensor comprising reference fuel having low or no contamination, obtained in real time with filtration of a sample of the fuel under test and at least a part of a second resonance curve is measured in a resonator of a first sensor comprising fuel under test and an assessment of the water contamination is based on comparison of the first and the second resonance curve, with reference to calibration data representing a relation between the level of contamination and the resonance curves, wherein the resonators have a resonant frequency within a range of 20 to 30 GHz and measurements are taken at frequencies within frequency band between 20 and 30 GHz.
A plant of the genus Papaver wherein said plant is modified in a gene comprising a nucleotide sequence as set forth in SEQ ID NO: 6, 7 or 8, or a nucleic acid molecule which is at least 90% identical to the nucleotide sequence set forth in SEQ ID NO 6, 7 or 8 over the full nucleotide sequence and encodes a modified cytochrome P450-oxidoreductase catalysing the conversion of ( S )-reticuline to ( R )-reticuline wherein said modification is homozygous, stably inherited and reduces or abrogates the expression or activity of said cytochrome P450 domain and/or oxidoreductase domain of said modified polypeptide wherein noscapine comprises at least 50% of the benzylisoquinoline alkaloid content of said modified plant.
A method of manufacturing a solid dosage form, said method comprising the steps of: (a) measuring an amount of a first powder blend within a dosing nozzle, wherein said first powder blend comprises a pharmaceutically active agent; (b) discharging said measured amount of a first powder blend from said dosing nozzle into a forming cavity within a die block, said forming cavity having an inner wall, a first opening at the surface of one side of said die block, and a second opening at the surface on the opposite side of said die block; (c) moving a first forming tool into said forming cavity through the first opening of said forming cavity such that said first powder blend is formed into the shape of said dosage form within said forming cavity between said inner wall, said first forming tool and a second forming tool within or adjacent to said cavity; (d) applying RF energy between a first electrode and a second electrode such that said energy heats said first powder blend within said forming cavity to form said dosage form; and (e) removing said dosage form from said forming cavity; wherein said measured amount of said first powder blend is delivered to said dosing nozzle using negative pressure; and wherein said measured amount of said first powder blend is discharged from said dosing nozzle using positive pressure. (a) measuring an amount of a first powder blend within a dosing nozzle, wherein said first powder blend comprises a pharmaceutically active agent; (b) discharging said measured amount of a first powder blend from said dosing nozzle into a forming cavity within a die block, said forming cavity having an inner wall, a first opening at the surface of one side of said die block, and a second opening at the surface on the opposite side of said die block; (c) moving a first forming tool into said forming cavity through the first opening of said forming cavity such that said first powder blend is formed into the shape of said dosage form within said forming cavity between said inner wall, said first forming tool and a second forming tool within or adjacent to said cavity; (d) applying RF energy between a first electrode and a second electrode such that said energy heats said first powder blend within said forming cavity to form said dosage form; and (e) removing said dosage form from said forming cavity;
A multi-axis roll-forming method for forming a stepped diameter in a cylinder , comprising: spinning the cylinder about a rotation axis encircled by the cylinder, the cylinder having a first diameter (D1); and translating , during the step of spinning, a first roller radially outward, relative to the rotation axis, against an inward-facing surface of a lower portion of the cylinder to angle the lower portion radially outward; characterized in that the multi-axis roll-forming method includes, during the step of spinning and after the step of translating, moving at least one multi-axis roller radially outward and upward, against the inward-facing surface as angled radially outward, to press the lower portion against an anvil to shape the lower portion into: a cylindrical wall having a second diameter (D2) that is greater than the first diameter; and a ledge connecting the cylindrical wall having the second diameter to an upper portion of the cylinder having the first diameter. spinning the cylinder about a rotation axis encircled by the cylinder, the cylinder having a first diameter (D1); and translating , during the step of spinning, a first roller radially outward, relative to the rotation axis, against an inward-facing surface of a lower portion of the cylinder to angle the lower portion radially outward; characterized in that the multi-axis roll-forming method includes, during the step of spinning and after the step of translating, moving at least one multi-axis roller radially outward and upward, against the inward-facing surface as angled radially outward, to press the lower portion against an anvil to shape the lower portion into: a cylindrical wall having a second diameter (D2) that is greater than the first diameter; and a ledge connecting the cylindrical wall having the second diameter to an upper portion of the cylinder having the first diameter. a cylindrical wall having a second diameter (D2) that is greater than the first diameter; and a ledge connecting the cylindrical wall having the second diameter to an upper portion of the cylinder having the first diameter.
A peroxide-crosslinkable composition comprising: (A) a peroxide-crosslinkable polyethylene; (B) 0.0005 wt% to 0.03 wt% triallyl cyanurate; (C) one or more antioxidants (AO); and (D) optionally an organic peroxide. (A) a peroxide-crosslinkable polyethylene; (B) 0.0005 wt% to 0.03 wt% triallyl cyanurate; (C) one or more antioxidants (AO); and (D) optionally an organic peroxide.
A pressure cooking appliance having an internally-fitted lid and comprising at least: - a vessel and a lid designed to be fitted in the vessel with an ability to move between at least firstly a closed position in which it co-operates with the vessel to form a cooking enclosure capable of rising in pressure, and secondly an opening position allowing communication between the inside of the enclosure with the outside; - a manual control member for moving the lid , the control member being movable between at least first and second positions that correspond respectively to the closed position and to the opening position of the lid ; - a movable latch suitable for occupying a latching position preventing the lid from reaching its opening position and an unlatching position allowing the lid to reach its opening position; and - opening safety means that are automatically activatable/deactivatable in response to the pressure level inside the enclosure, said opening safety means, when activated, preventing the latch from reaching its unlatching position, and when it is deactivated, allowing the latch to leave its latching position; the appliance being characterized in that the manual control member is connected to the latch by a transmission device designed to drive the latch away from its latching position in response to the manual control member moving from its first position towards its second position while the opening safety means are deactivated. - a vessel and a lid designed to be fitted in the vessel with an ability to move between at least firstly a closed position in which it co-operates with the vessel to form a cooking enclosure capable of rising in pressure, and secondly an opening position allowing communication between the inside of the enclosure with the outside; - a manual control member for moving the lid , the control member being movable between at least first and second positions that correspond respectively to the closed position and to the opening position of the lid ; - a movable latch suitable for occupying a latching position preventing the lid from reaching its opening position and an unlatching position allowing the lid to reach its opening position; and - opening safety means that are automatically activatable/deactivatable in response to the pressure level inside the enclosure, said opening safety means, when activated, preventing the latch from reaching its unlatching position, and when it is deactivated, allowing the latch to leave its latching position;