mhurhangee/ep-ind-claims huggingface dataset:
Protective screen device for a pivotally opening window assembly, the device including: a first, substantially rectangular perimeter frame that extends through at least three adjoining sides of a rectangle; a second, substantially rectangular perimeter frame that extends through at least three adjoining sides of a rectangle; and a collapsible protective screen connected for expansion between the first and second perimeter frames; wherein the first and second perimeter frames being movable with respect to one another between a first position in which a plane through the second perimeter frame is substantially coextensive with a plane through the first perimeter frame and a second position in which the planes of the first and second perimeter frames are substantially spaced, and wherein means are provided for resiliently urging the first and second perimeter frames away from one another and characterised in that only the first perimeter frame is firmly attachable to a window surround so that, in use, the first perimeter frame is firmly attached to the window surround while the second perimeter frame can freely slide over the face of a window wing. a first, substantially rectangular perimeter frame that extends through at least three adjoining sides of a rectangle; a second, substantially rectangular perimeter frame that extends through at least three adjoining sides of a rectangle; and a collapsible protective screen connected for expansion between the first and second perimeter frames; wherein the first and second perimeter frames being movable with respect to one another between a first position in which a plane through the second perimeter frame is substantially coextensive with a plane through the first perimeter frame and a second position in which the planes of the first and second perimeter frames are substantially spaced, and wherein means are provided for resiliently urging the first and second perimeter frames away from one another and characterised in that only the first perimeter frame is firmly attachable to a window surround so that, in use, the first perimeter frame is firmly attached to the window surround while the second perimeter frame can freely slide over the face of a window wing.
A control panel assembly for a household appliance comprising: - an outer control panel with a convex form comprising a touch input device, - an output/display device, - a control panel frame enclosing the outer control panel and, - a flexible electronic circuit board attached on the interior of the control panel frame, - a support plate mounted behind the flexible electronic circuit board to secure the same on the interior of the control panel frame, wherein - the support plate has a rigid structure, covers the flexible circuit board, and provides tension for the flexible circuit board so that it takes the convex shape of the control panel, - the support plate comprises connection units such that at least two separate connection units have separate parts of mechanical connection with the control panel frame at two opposite sides of said support plate, - the connection units comprise: (a) at least two discontinuous connection units having separate parts of mechanical connection with the control panel frame at one side of the support plate, or (b) a continuous connection unit effecting mechanical connection with the control panel frame at one side of the support plate, - the discontinuous or continuous connection units (10, 11) interengage with a control panel slot of the control panel frame. - an outer control panel with a convex form comprising a touch input device, - an output/display device, - a control panel frame enclosing the outer control panel and, - a flexible electronic circuit board attached on the interior of the control panel frame, - a support plate mounted behind the flexible electronic circuit board to secure the same on the interior of the control panel frame, - the support plate has a rigid structure, covers the flexible circuit board, and provides tension for the flexible circuit board so that it takes the convex shape of the control panel, - the support plate comprises connection units such that at least two separate connection units have separate parts of mechanical connection with the control panel frame at two opposite sides of said support plate, - the connection units comprise: (a) at least two discontinuous connection units having separate parts of mechanical connection with the control panel frame at one side of the support plate, or (b) a continuous connection unit effecting mechanical connection with the control panel frame at one side of the support plate, (a) at least two discontinuous connection units having separate parts of mechanical connection with the control panel frame at one side of the support plate, or (b) a continuous connection unit effecting mechanical connection with the control panel frame at one side of the support plate, - the discontinuous or continuous connection units (10, 11) interengage with a control panel slot of the control panel frame.
A heterophasic polypropylene composition (PP-C) comprising 65.0 - 95.0 wt.-% of a propylene random copolymer having a comonomer content of 2.0 - 5.0 wt.-% and 5.0 - 35.0 wt.-% of a linear low density polyethylene (LLDPE) having a density in the range of 905 - 923 kg/m 3, when measured according to ISO1183, wherein the heterophasic polypropylene composition is characterised by having at least one first melting peak in the range of 110 - 125 °C and said first melting peak having a melt enthalpy of 30 - 100 J/g when determined according to ISO11357. 65.0 - 95.0 wt.-% of a propylene random copolymer having a comonomer content of 2.0 - 5.0 wt.-% and 5.0 - 35.0 wt.-% of a linear low density polyethylene (LLDPE) having a density in the range of 905 - 923 kg/m 3, when measured according to ISO1183, wherein the heterophasic polypropylene composition is characterised by having at least one first melting peak in the range of 110 - 125 °C and said first melting peak having a melt enthalpy of 30 - 100 J/g when determined according to ISO11357.
An anti-corrosion treatment method for heating radiator elements having a body made of aluminium and provided with an inner chamber for water circulation, delimited by inner surfaces of the aluminium body; the method comprising a step of applying a protective coating made of an anti-corrosion coating material to the inner surfaces of the aluminium body so as to completely coat the chamber, for protecting in use the inner surfaces of the aluminium body against the contact with water; wherein the protective coating is made of a coating material which has features of adhesion to the aluminium surfaces and protection against corrosion; characterized in that the anti-corrosion coating material is an anti-corrosion polymeric coating material, the coating material being an electrophoresis paint or a fluorinated polymeric material which is deposited by means of an electrochemical deposition process; the inner surfaces being taken in contact with a treatment composition containing the coating material by means of immersion of the elements, individually or in a battery, in an electrodeposition bath containing the treatment composition, or by circulating the treatment composition within the elements, individually or joined in a battery, by means of a forced circulation system; and wherein the method comprises a step of introducing removable electrodes into single elements or more elements joined in batteries.
An injection molding machine comprising: a platen fixed to a frame (Fr), wherein the platen includes a platen body part, a connecting part that connects the platen body part and the frame (Fr), wherein the connecting part includes a plate part that is placed on the frame (Fr), and a reinforcing part that protrudes at least to one side in a mold opening/closing direction from at least one of the platen body part or the connecting part, and limits the tilting of the platen body part, wherein the reinforcing part is a plate-like rib perpendicular to a front surface of the platen body part and to an upper surface of the plate part, and characterized in that at least one of the fixed positions of the platen fixed to the frame (Fr) is disposed on the same side as the reinforcing part, using a member from which the reinforcing part protrudes out of the platen body part and the connecting part as a reference, and overlaps a zone (A1, A2) parallel to the mold opening/closing direction passing through the reinforcing part and equal to the width of the reinforcing part in a top view. a platen fixed to a frame (Fr), wherein the platen includes a platen body part, a connecting part that connects the platen body part and the frame (Fr), wherein the connecting part includes a plate part that is placed on the frame (Fr), and a reinforcing part that protrudes at least to one side in a mold opening/closing direction from at least one of the platen body part or the connecting part, and limits the tilting of the platen body part, wherein the reinforcing part is a plate-like rib perpendicular to a front surface of the platen body part and to an upper surface of the plate part, and characterized in that at least one of the fixed positions of the platen fixed to the frame (Fr) is disposed on the same side as the reinforcing part, using a member from which the reinforcing part protrudes out of the platen body part and the connecting part as a reference, and overlaps a zone (A1, A2) parallel to the mold opening/closing direction passing through the reinforcing part and equal to the width of the reinforcing part in a top view.
An apparatus comprising: a downhole tool operable to be conveyed downhole within a wellbore along a conveyance line that conveys a tool string within the wellbore and then cut the conveyance line, wherein the downhole tool comprises: a body; a fluid chamber within the body; a piston slidably disposed within the fluid chamber; a knife that is movable with respect to the body; a lever arm operatively connecting the piston and the knife; and a fluid source operable to pump a fluid into the fluid chamber to cause the piston to move the lever arm which moves the knife to cut the conveyance line. a body; a fluid chamber within the body; a piston slidably disposed within the fluid chamber; a knife that is movable with respect to the body; a lever arm operatively connecting the piston and the knife; and a fluid source operable to pump a fluid into the fluid chamber to cause the piston to move the lever arm which moves the knife to cut the conveyance line.
A vehicle information presenting device used for an automated driving vehicle that automatically performs traveling control of the vehicle based on a traveling state of the vehicle and information on an outside of the vehicle, comprising: a steering wheel; a light-emitting unit that is disposed in the steering wheel and emits light; and a light-emitting control unit that causes the light-emitting unit to emit light, wherein the light-emitting control unit changes a light-emitting state of the light-emitting unit to induce a driver to switch from automated driving to manual driving in accordance with a system state of the automated driving, and causes each of gripping positions separated on left and right of an upper side of the steering wheel to emit light indicating positions to be gripped of the steering wheel to the driver. a steering wheel; a light-emitting unit that is disposed in the steering wheel and emits light; and a light-emitting control unit that causes the light-emitting unit to emit light, wherein the light-emitting control unit changes a light-emitting state of the light-emitting unit to induce a driver to switch from automated driving to manual driving in accordance with a system state of the automated driving, and causes each of gripping positions separated on left and right of an upper side of the steering wheel to emit light indicating positions to be gripped of the steering wheel to the driver.
A coacervate consisting of a cationic mussel adhesive protein together with an anionic polymer having a pI range of 2 to 6, at a weight ratio of 1:0.01 to 1:10 of the mussel adhesive protein and the anionic polymer.
A method for configuring a semiconductor manufacturing process, the method comprising: - obtaining a first value of a first parameter based on measurements associated with a first operation of a process step corresponding to a first lot of substrates subject to the semiconductor manufacturing process and a first sampling scheme; - using a recurrent neural network to determine a predicted value of the first parameter based on the first value; and - using the predicted value of the first parameter in configuring a subsequent operation of the process step corresponding to a subsequent lot of substrates subject to the semiconductor manufacturing process. - obtaining a first value of a first parameter based on measurements associated with a first operation of a process step corresponding to a first lot of substrates subject to the semiconductor manufacturing process and a first sampling scheme; - using a recurrent neural network to determine a predicted value of the first parameter based on the first value; and - using the predicted value of the first parameter in configuring a subsequent operation of the process step corresponding to a subsequent lot of substrates subject to the semiconductor manufacturing process.
An apparatus comprising: a substrate; an optical modulator driver disposed on the substrate; an optical modulator disposed on the substrate and coupled to the optical modulator driver by a first circuit wiring (122, 124); and a test interface disposed on the substrate and coupled to the optical modulator by a second circuit wiring (126, 128) and comprising: a common-mode alignment, CMA, unit; a buffer coupled to the CMA unit; and a first resistor coupled to the buffer. a substrate; an optical modulator driver disposed on the substrate; an optical modulator disposed on the substrate and coupled to the optical modulator driver by a first circuit wiring (122, 124); and a test interface disposed on the substrate and coupled to the optical modulator by a second circuit wiring (126, 128) and comprising: a common-mode alignment, CMA, unit; a buffer coupled to the CMA unit; and a first resistor coupled to the buffer. a common-mode alignment, CMA, unit; a buffer coupled to the CMA unit; and a first resistor coupled to the buffer.
A method for initiating a login of a user into a system, the login being passed by: - inputting a username into a username field, - inputting a password into a password field (S4.1), and - verifying that the inputted username is stored by the system (S3.1, S3.2) and that the inputted password is a stored password corresponding to the inputted username, the method comprising - the system verifying each time a character is inputted into the username field whether the input of characters is part of a username stored by the system and - generating an output to the user, if it is verified that the input of characters is not equal to one of the stored username (S4.2), characterized in that, - the user is prevented from inputting another character into the user name field as long as the output is presented to the user wherein - the output generated by the system in case of a string of inputted username characters not matching part of a stored username comprises the question whether the user intends to input a password into the password field or to input a new username into the username field. - inputting a username into a username field, - inputting a password into a password field (S4.1), and - verifying that the inputted username is stored by the system (S3.1, S3.2) and that the inputted password is a stored password corresponding to the inputted username, the method comprising - the system verifying each time a character is inputted into the username field whether the input of characters is part of a username stored by the system and - generating an output to the user, if it is verified that the input of characters is not equal to one of the stored username (S4.2), characterized in that, - the user is prevented from inputting another character into the user name field as long as the output is presented to the user wherein - the output generated by the system in case of a string of inputted username characters not matching part of a stored username comprises the question whether the user intends to input a password into the password field or to input a new username into the username field.
A harvester comprising a weed seed devitalizer comprising a rotating weed seed impactor; characterized by a controller configured to: receive data indicating forthcoming weed seeds from an internal sensor of the harvester, the data indicating a presence of weed seeds in the harvester moving towards the weed seed devitalizer; and output control signals controlling the weed seed devitalizer based on the data, wherein the control signals actuate the weed seed devitalizer between an off state and an on state or from a first on state to a second on state different than the first on state and wherein the impactor rotates at a first non-zero speed in the first on state and a second non-zero speed in the second on state. a weed seed devitalizer comprising a rotating weed seed impactor; characterized by a controller configured to: receive data indicating forthcoming weed seeds from an internal sensor of the harvester, the data indicating a presence of weed seeds in the harvester moving towards the weed seed devitalizer; and output control signals controlling the weed seed devitalizer based on the data, wherein the control signals actuate the weed seed devitalizer between an off state and an on state or from a first on state to a second on state different than the first on state and wherein the impactor rotates at a first non-zero speed in the first on state and a second non-zero speed in the second on state. receive data indicating forthcoming weed seeds from an internal sensor of the harvester, the data indicating a presence of weed seeds in the harvester moving towards the weed seed devitalizer; and output control signals controlling the weed seed devitalizer based on the data, wherein the control signals actuate the weed seed devitalizer between an off state and an on state or from a first on state to a second on state different than the first on state and wherein the impactor rotates at a first non-zero speed in the first on state and a second non-zero speed in the second on state.
An optical imaging lens (100, 200, 300), in order from an object side to an image side along an optical axis, comprising: a first optical assembly having negative refractive power; a second optical assembly having negative refractive power; a third optical assembly having positive refractive power; an aperture; a fourth optical assembly having positive refractive power; a fifth optical assembly having positive refractive power; wherein one of the first optical assembly, the second optical assembly, the third optical assembly, the fourth optical assembly, and the fifth optical assembly comprise a compound lens formed by adhering at least two lenses, while the others are single lens, characterzied in that the optical imaging lens (100, 200, 300) satisfies: 0.07>f56/F>0.015 in both visible spectrum and infrared spectrum; F is a focal length of the optical imaging lens (100, 200, 300), and f56 is a focal length of the fifth optical assembly; a wavelength of the visible spectrum ranges between 400 nm and 650 nm, and a wavelength of the infrared spectrum ranges between 760 nm and 1 mm. a first optical assembly having negative refractive power; a second optical assembly having negative refractive power; a third optical assembly having positive refractive power; an aperture; a fourth optical assembly having positive refractive power; a fifth optical assembly having positive refractive power; wherein one of the first optical assembly, the second optical assembly, the third optical assembly, the fourth optical assembly, and the fifth optical assembly comprise a compound lens formed by adhering at least two lenses, while the others are single lens, characterzied in that the optical imaging lens (100, 200, 300) satisfies: 0.07>f56/F>0.015 in both visible spectrum and infrared spectrum; F is a focal length of the optical imaging lens (100, 200, 300), and f56 is a focal length of the fifth optical assembly; a wavelength of the visible spectrum ranges between 400 nm and 650 nm, and a wavelength of the infrared spectrum ranges between 760 nm and 1 mm.
Use of a nickel-chromium-aluminium alloy as powder for additive manufacturing, wherein the powder consists of spherical particles having a size from 5 to 250 μm, and wherein said alloy consists of (in % by weight) 24 to 33% chromium, 1.8 to 4.0% aluminium, 0.10 to 7.0% iron, 0.001 to < 0.05% silicon, 0.005 to < 0.05% manganese, 0.00 to 0.60% titanium, 0.0 to 0.05% magnesium and/or calcium respectively, 0.005 to 0.12% carbon, 0.001 to 0.050% nitrogen, 0.00001 - 0.100% oxygen, 0.001 to 0.030% phosphorus, not more than 0.010% sulphur, not more than 2.0% molybdenum, not more than 2.0% tungsten, optionally with contents of yttrium from 0.0 - 0.2%, of cerium from 0.0 - 0.02%, of niobium from 0.0 - 1.1%, of zirconium from 0.0 - 0.20%, of boron from 0.0001 - 0.008%, further optionally containing 0.0 - 5.0% cobalt, not more than 0.5% copper, the remainder being nickel and the usual process-related impurities in maximum quantities of 0.002% Pb, 0.002% Zn, 0.002% Sn, wherein with a pore size > 1 μm the powder has total inclusions of 0.0 - 4% of the pore surface area, wherein the particles have a size of 5 - 150 μm, in particular 10 - 150 μm, wherein the powder has a bulk density from 2 up to the density of the alloy of max. 8 g/cm 3, and wherein the following relationship must be satisfied: Fp ≤ 39.9, where Fp = Cr + 0.272 * Fe + 2.36 * Al + 2.22 * Si + 2.48 * Ti 3 a + 0.374 * Mo + 0.538 * W − 11.8 * C 4 a wherein Cr, Fe, Al, Si, Ti, Mo, W, and C are the concentrations of the involved elements in % by mass.