mhurhangee/patent-ind-claim-en huggingface dataset:
Laundry treatment appliance with a washing drum for receiving laundry , an outer tub for receiving the washing drum , a first feed element for feeding water mist into the outer tub , a second feed element for feeding ozone into the outer tub , and a third feed element for feeding an additive into the outer tub , a program selection device for selecting a plurality of selectable laundry treatment programs, wherein the plurality of selectable laundry treatment programs comprises a first selectable laundry treatment run, in which one of the feed elements can be activated exclusively; and a laundry treatment run controller for executing the selected first laundry treatment run, wherein the laundry treatment appliance comprises an ozone hose , wherein the second feed element is embodied to produce the ozone, wherein the laundry treatment appliance comprises a further ozone hose , by means of which the produced ozone can firstly be fed to the first feed element , wherein the first feed element is embodied to produce the water mist in order to obtain a quantity of water mist which contains ozone in the first feed element , wherein the quantity of water mist which contains ozone can be fed to the outer tub by the first feed element through a water mist supply line , characterised in that the second feed element is embodied to feed the ozone through the ozone hose to the outer tub directly as an ozone-air mixture, wherein the first feed element comprises a supply line valve , wherein the supply line valve is embodied, in a first position, to separate the first feed element from the outer tub , and in a second position to connect the first feed element to the outer tub , and wherein the laundry treatment controller is embodied to activate the second position of the supply line valve of the activated first feed element when the selected laundry treatment run is executed, in order to connect the activated first feed element to the outer tub , so that the feed of the water mist which contains ozone into the outer tub can be controlled by the supply line , so that a supply line of ozone into the outer tub either as ozone air or as an ozone-water mist mixture is either possible by means of the ozone hose or the further ozone hose .
A decorative paper layer comprising a base paper layer, an inkjet receiver coating and a pattern formed thereon by digitally applying inks from a set of a plurality of differently colored inks including a red ink, characterized in that at least one of said inks comprises color pigments having an average particle diameter larger than 150 nm, and in that said inkjet receiver coating comprises silica pigments, wherein said silica particles are particles of silica gel and have an average particle size which is at least 5 times larger than said average particle diameter of said color pigments and/or have an average particle size of 1 to 40 micrometer, preferably 1 to 15 micrometer, or 2 to 12 micrometer, with said average particle sizes and said average particle diameters being determined by laser light scattering granulometry technique in accordance with ISO 13320, and in that said color pigments comprise red pigments selected from the group consisting of C.I. Pigment Red 122, C.I. Pigment Red 144, C.I. Pigment Red 176, C.I. Pigment Red 188, C.I. Pigment Red 207, C.I. Pigment Red 242, C.I. Pigment Red 254, C.I. Pigment Red 272, mixed crystals of any of the aforementioned red pigments, quinacridone, mixtures of quinacridones, and quinacridone derivatives and in that said core of said base paper layer is free from silica particles.
A control method for transmitting charging power to a wireless power receiver in a wireless power transmitter, the control method comprising: receiving an advertisement signal from a wireless power receiver, the advertisement signal including a first handle value and a preset universally unique identifier, UUID; obtaining a second handle value by adding a predetermined number to the first handle value; identifying a characteristic assigned to the second handle value; transmitting a connection request signal to the wireless power receiver for establishing a communication connection with the wireless power receiver, in response to the advertisement signal; transmitting, over the communication connection, a read request signal based on the second handle value to the wireless power receiver; and receiving, over the communication connection, a read response signal corresponding to the read request signal from the wireless power receiver. receiving an advertisement signal from a wireless power receiver, the advertisement signal including a first handle value and a preset universally unique identifier, UUID; obtaining a second handle value by adding a predetermined number to the first handle value; identifying a characteristic assigned to the second handle value; transmitting a connection request signal to the wireless power receiver for establishing a communication connection with the wireless power receiver, in response to the advertisement signal; transmitting, over the communication connection, a read request signal based on the second handle value to the wireless power receiver; and receiving, over the communication connection, a read response signal corresponding to the read request signal from the wireless power receiver.
A gas turbine engine fan case , comprising: a plurality of wound layers that form a laminate and have a nominal radial fan case thickness, where the laminate includes a plurality of discrete fan case radial locations comprising a discrete filler material (604; 702) sandwiched between radially adjacent layers of the plurality of wound layers to form a radial integral build up in comparison to the nominal radial fan case thickness, characterized in that the radial integral build up comprises a radially extending machined cavity into which is mounted a metallic insert with a threaded hole configured to receive attachment hardware. a plurality of wound layers that form a laminate and have a nominal radial fan case thickness, where the laminate includes a plurality of discrete fan case radial locations comprising a discrete filler material (604; 702) sandwiched between radially adjacent layers of the plurality of wound layers to form a radial integral build up in comparison to the nominal radial fan case thickness, characterized in that the radial integral build up comprises a radially extending machined cavity into which is mounted a metallic insert with a threaded hole configured to receive attachment hardware.
A process for preparing a lithium-air battery comprising a negative electrode and a positive electrode separated by an electrolyte, wherein the negative electrode consists of a film of metallic material selected from lithium and lithium alloys, the positive electrode comprises a film of porous carbon material on a current collector and the electrolyte is a solution of a lithium salt in a polymer solvent, said electrolyte further comprising a hydrophobic ionic liquid, said process consisting in preparing the positive electrode, the electrolyte and a film of metallic material intended to form the negative electrode, and in assembling the positive electrode, the electrolyte and the film of metallic material, characterized in that it comprises a step consisting in subjecting the film of metallic material to a gaseous atmosphere containing SO 2 .
Furniture fitting, in particular hinge, preferably flap holder, which has a kinematic arrangement with levers and joints, and by means of which a door or a flap can be moved from a closed position into an open position, wherein an actuating arrangement acts on the kinematic arrangement , wherein the actuating arrangement has an actuating element and a holder which is movable relative to the actuating element , wherein the actuating element is movable by a part of the kinematic arrangement and the holder is supported relative to a fastening section or a further component of the kinematic arrangement , wherein the actuating arrangement acts, in a first operating mode, with a damper in a damping manner between the actuating element and the holder and, in a second operating mode, applies a spring force acting counter to the damping direction by means of a biasing spring indirectly or directly to the actuating element and the holder , characterized in that the actuating arrangement has a receptacle (72.2) in which either the damper or the biasing spring can be installed.
A topical suspension composition comprising finafloxacin, a solubilizer, and a suspending agent, wherein the concentration of said finafloxacin or a pharmaceutically acceptable salt thereof is 0.15 to 2.0 w/v%, said solubilizer is magnesium salt at a concentration of 0.98 to 4.9 mM and said suspending agent is hydroxyethylcellulose at a concentration of 0.1 to 0.3 w/v% and wherein said composition has a pH of 5.8 to 6.2.
Sanitary fitting, especially a concealed sanitary fitting, having a rosette which covers an assembly of the sanitary fitting and which has a decorative part on the visible side and a fixing part covered by the decorative part , which fixing part is arranged to be clamped together with the assembly with interposition of an installation wall , wherein the decorative part and the fixing part are in bayonet connection , in which a locking element is displaceable in an actuation direction (U) along the circumference of the rosette between a locking position (V), in which the decorative part is mounted on the fixing part , and an unlocking position (E), in which the decorative part is releasable from the fixing part , wherein the locking element is a bayonet ring element separate from the decorative part and from the fixing part , which bayonet ring element is arranged so as to be concealed from view between the decorative part and the fixing part , and the bayonet ring element is displaceable with respect to the decorative and fixing parts , which are fixed against relative rotation, between its locking and unlocking positions (V, E), characterised in that the decorative part has anti-rotation means, by means of which the decorative part is mountable on the fixing part so as to be fixed against relative rotation.
Method of monitoring a focus state of a microscope , - wherein an auxiliary light beam is coupled into the microscope in such a way that the auxiliary light beam is inclined at an angle with regard to a normal to an object plane of the microscope , and - wherein position changes of an area of incidence of a part of the coupled auxiliary light beam reflected by a reference boundary surface on a registration device are registered, characterized in that the coupled auxiliary light beam runs within a plane which is spanned, outside of a main imaging area of the microscope , by a straight line running in the object plane and the normal to the object plane , wherein - a distance of the straight line to an optical axis of the microscope is at least 5 mm/M, wherein M is a magnification of the microscope , such that the diameter of the main imaging area may be at least close to 10 mm/M, and/or - the main imaging area is defined by an area of the object plane that is mapped onto a camera or another image sensor of the microscope , and/or - the auxiliary light beam is coupled at an object side of a scanner of the microscope wherein the main imaging area is defined by - the largest area of the object plane that is scanned with a measuring beam by the scanner or - the largest rectangular area of the object plane that is scanned by the scanner with a measuring beam . - wherein an auxiliary light beam is coupled into the microscope in such a way that the auxiliary light beam is inclined at an angle with regard to a normal to an object plane of the microscope , and - wherein position changes of an area of incidence of a part of the coupled auxiliary light beam reflected by a reference boundary surface on a registration device are registered, - a distance of the straight line to an optical axis of the microscope is at least 5 mm/M, wherein M is a magnification of the microscope , such that the diameter of the main imaging area may be at least close to 10 mm/M, and/or - the main imaging area is defined by an area of the object plane that is mapped onto a camera or another image sensor of the microscope , and/or - the auxiliary light beam is coupled at an object side of a scanner of the microscope wherein the main imaging area is defined by - the largest area of the object plane that is scanned with a measuring beam by the scanner or - the largest rectangular area of the object plane that is scanned by the scanner with a measuring beam . - the largest area of the object plane that is scanned with a measuring beam by the scanner or - the largest rectangular area of the object plane that is scanned by the scanner with a measuring beam .
A wooden lamella handling system comprising - a first belt conveyor with a receiving plane for receiving a wooden lamella layer and for conveying the wooden lamella layer in a first conveying direction transversely to a longitudinal lamella direction ; - a supply station for providing the wooden lamella layer or a stack of multiple wooden lamella layers arranged one above the other; - a transfer means for removing the wooden lamella layer from the supply station and for placing the wooden lamella layer on the first belt conveyor ; - a discharge belt conveyor with a discharge belt receiving plane for separating wooden lamellae of the wooden lamella layer received on the first belt conveyor , wherein the discharge belt conveyor and the first belt conveyor at least partially overlap in an overlap area in the first conveying direction , wherein the discharge belt conveyor and the first belt conveyor can be operated at different conveying speeds; characterized in that the wooden lamella handling system comprises an alignment station with at least two alignment elements spaced apart from one another in the longitudinal lamella direction , wherein the alignment elements can be introduced into the discharge belt receiving plane in such a way that the wooden lamellae transported on the discharge belt conveyor can be brought into contact with the alignment elements and thereby aligned, wherein the alignment elements can be removed from the discharge belt receiving plane in order to enable further conveying of the wooden lamellae by means of the discharge belt conveyor . - a first belt conveyor with a receiving plane for receiving a wooden lamella layer and for conveying the wooden lamella layer in a first conveying direction transversely to a longitudinal lamella direction ; - a supply station for providing the wooden lamella layer or a stack of multiple wooden lamella layers arranged one above the other; - a transfer means for removing the wooden lamella layer from the supply station and for placing the wooden lamella layer on the first belt conveyor ; - a discharge belt conveyor with a discharge belt receiving plane for separating wooden lamellae of the wooden lamella layer received on the first belt conveyor , wherein the discharge belt conveyor and the first belt conveyor at least partially overlap in an overlap area in the first conveying direction , wherein the discharge belt conveyor and the first belt conveyor can be operated at different conveying speeds; characterized in that the wooden lamella handling system comprises an alignment station with at least two alignment elements spaced apart from one another in the longitudinal lamella direction , wherein the alignment elements can be introduced into the discharge belt receiving plane in such a way that the wooden lamellae transported on the discharge belt conveyor can be brought into contact with the alignment elements and thereby aligned, wherein the alignment elements can be removed from the discharge belt receiving plane in order to enable further conveying of the wooden lamellae by means of the discharge belt conveyor .
A breeding comb for solitary bees, comprised of single modules in the form of a sheet containing grooves and locks wherein the grooves of the sheet are separated from one another with side walls , and the lower part of the base of the sheet contains lugs that make blocking locks, characterised in that the lower part of the sheet contains rabbets , situated between the side walls of the same sheet , in which said rabbets the side walls of the subsequent module are inserted, thus forming nesting tunnels with a cross-section with a shape close to a polyhedron, while in the front part the base of the sheet contains a lug and in the rear part the sheet is limited with a rear wall containing a clasp .
A strapping head module for coil packaging applicable to a strapping machine for packaging a steel plate coil, comprising: a frame formed by being combined with a plurality of plates; a correction unit arranged at one side of the frame to correct a curvature of supplied band; a feeding unit configured to transfer a correction unit passed band and to apply a tension to the band after the band completely wind a coil; a guide unit configured to switch the band transferred by the feeding unit and to detect the tension applied to the band ; a grip unit clamping an end of the band and to cut off the end; and a binding unit binding an overlapped band , characterized in, that the band sequentially passes through the correction unit , the feeding unit and the guide unit , that the guide unit comprises a hinge unit hinged at one end to the frame , a guide groove formed in the guide unit to guide the band, and a load cell fixed to the frame to detect a rotating force (torque) of the guide unit , that a plurality of rollers guide a side lateral surface of the band , and that the band is disposed in the guide groove of the guide unit and the band is guided by the guide groove of the guide unit . a frame formed by being combined with a plurality of plates; a correction unit arranged at one side of the frame to correct a curvature of supplied band; a feeding unit configured to transfer a correction unit passed band and to apply a tension to the band after the band completely wind a coil; a guide unit configured to switch the band transferred by the feeding unit and to detect the tension applied to the band ; a grip unit clamping an end of the band and to cut off the end; and a binding unit binding an overlapped band , characterized in, that the band sequentially passes through the correction unit , the feeding unit and the guide unit , that the guide unit comprises a hinge unit hinged at one end to the frame , a guide groove formed in the guide unit to guide the band, and a load cell fixed to the frame to detect a rotating force (torque) of the guide unit , that a plurality of rollers guide a side lateral surface of the band , and that the band is disposed in the guide groove of the guide unit and the band is guided by the guide groove of the guide unit .
A method for installing a monitoring device with the simultaneous loading of a particulate catalyst into a vertical catalyst tube comprising: (i) introducing a monitoring device into the tube, (ii) introducing monitoring device alignment apparatus into the tube, (iii) introducing catalyst loading apparatus comprising one or more wires, ropes or cables on which are supported damping means into the tube, (iv) loading catalyst particles into the top of the tube whereinafter they contact said catalyst loading apparatus as they pass down the tube, forming a uniform bed of catalyst beneath said catalyst loading apparatus and alignment apparatus and around said monitoring device, and (v) simultaneously removing the catalyst loading apparatus and alignment apparatus from the catalyst tube in timed relationship to the catalyst loading, wherein the monitoring device alignment apparatus is connected to and suspended from the catalyst loading apparatus and comprises a ring member through which the monitoring device may freely pass and two or more spacing members affixed to said ring member that extend from said ring member towards the inside surface of the tube such that the ring member and the monitoring device are centrally positioned within said tube. (i) introducing a monitoring device into the tube, (ii) introducing monitoring device alignment apparatus into the tube, (iii) introducing catalyst loading apparatus comprising one or more wires, ropes or cables on which are supported damping means into the tube, (iv) loading catalyst particles into the top of the tube whereinafter they contact said catalyst loading apparatus as they pass down the tube, forming a uniform bed of catalyst beneath said catalyst loading apparatus and alignment apparatus and around said monitoring device, and (v) simultaneously removing the catalyst loading apparatus and alignment apparatus from the catalyst tube in timed relationship to the catalyst loading,
A pool comprising: a floor ; one or more sidewalls connected to the floor ; a surface extending from at least one of the sidewalls ; a peripheral wall extending from the surface to the floor , a second surface extending from one or more sidewalls; whereby the floor , sidewalls , peripheral wall , surface and second surface are integrally formed from a cast cementitious material producing a monolithic pool shell; and one or more reinforcing elements are located within the floor , sidewalls , peripheral wall and surface ; a cavity is formed adjacent and behind the peripheral wall , the surface and the second surface; the surface forming a step and the second surface forming a second step; and the sidewalls have a substantially constant thickness from where they join the floor to a peripheral edge and the peripheral edge is substantially the same thickness as the sidewalls. a floor ; one or more sidewalls connected to the floor ; a surface extending from at least one of the sidewalls ; a peripheral wall extending from the surface to the floor , a second surface extending from one or more sidewalls; whereby the floor , sidewalls , peripheral wall , surface and second surface are integrally formed from a cast cementitious material producing a monolithic pool shell; and one or more reinforcing elements are located within the floor , sidewalls , peripheral wall and surface ; a cavity is formed adjacent and behind the peripheral wall , the surface and the second surface; the surface forming a step and the second surface forming a second step; and the sidewalls have a substantially constant thickness from where they join the floor to a peripheral edge and the peripheral edge is substantially the same thickness as the sidewalls.
A card comprising a first major surface, a second major surface provided opposite to the first major surface , and a relief structure substantially occupying the surface area of the first major surface, the relief structure being formed of raised elements , the raised elements defining exposed regions of a base of the first major surface provided between said raised elements, the raised elements protruding from the base by 0.02-0.1 mm, characterised in that the raised elements have an equal height across the first major surface and so form an upper planar surface on the card, and wherein the raised elements form walls extending substantially along the width and length of the first major surface , the walls separating the exposed regions into cells and surrounding each said cell, wherein the relief structure is surrounded by a border formed of the upper planar surface such that the border and the raised elements have an equal height across the first major surface .