mhurhangee/patent-ind-claim-en huggingface dataset:
A method for autofocusing a microscope at a correct autofocus position in a sample comprising the steps: - generating a reference pattern by an autofocus light device , - projecting, by the autofocus light device, the reference pattern through a microscope objective and towards a sample , whereby the reference pattern is backscattered by at least two interfaces being located at or close to the sample , - projecting the backscattered reference pattern through the microscope objective and towards a detector which provides spatial resolution, - obtaining, by the detector, a superposition of a number of detection patterns , each detection pattern related to one of the at least two interfaces , - analyzing the superposition of detection patterns to identify at least one autofocus detection pattern related to at least one of the interfaces , and - analyzing the at least one autofocus detection pattern to determine the direction and/or magnitude of deviation of the microscope objective's current focus position from a correct focus position, the method characterized in that the detector being a camera of the microscope to acquire a sample image. - generating a reference pattern by an autofocus light device , - projecting, by the autofocus light device, the reference pattern through a microscope objective and towards a sample , whereby the reference pattern is backscattered by at least two interfaces being located at or close to the sample , - projecting the backscattered reference pattern through the microscope objective and towards a detector which provides spatial resolution, - obtaining, by the detector, a superposition of a number of detection patterns , each detection pattern related to one of the at least two interfaces , - analyzing the superposition of detection patterns to identify at least one autofocus detection pattern related to at least one of the interfaces , and - analyzing the at least one autofocus detection pattern to determine the direction and/or magnitude of deviation of the microscope objective's current focus position from a correct focus position,
A wind presenting device , comprising: a housing including a first opening and a second opening formed therein; a diaphragm supported by the housing ; and a diaphragm drive mechanism configured to drive the diaphragm , reduce a volume of a space formed by the housing and the diaphragm , and cause air in the space to blast from the second opening , wherein the wind presenting device is characterised in that it further comprises: a first propeller for passing air flowing into the housing from the first opening, a second propeller for passing air to blast from the second opening, and a common shaft of the first propeller and the second propeller . a housing including a first opening and a second opening formed therein; a diaphragm supported by the housing ; and a diaphragm drive mechanism configured to drive the diaphragm , reduce a volume of a space formed by the housing and the diaphragm , and cause air in the space to blast from the second opening , wherein the wind presenting device is characterised in that it further comprises: a first propeller for passing air flowing into the housing from the first opening, a second propeller for passing air to blast from the second opening, and a common shaft of the first propeller and the second propeller .
Tool for removing a seal from a groove for receiving this seal in a chamber of a device for spraying water, characterised in that it comprises a contiguous end piece, symmetrical in respect of a longitudinal central plane and having a flat lower face , out of which come two longitudinal sliders each having a front end, and an upper face, characterised in that there are machined, successively from front to back: - at the front, facets inclined in respect of the lower face extending towards the ends of the sliders forming scraping tips; - a T-shaped ramp , from the lower lateral edge of which come the two facets, and of which the highest upper lateral edge, less broad than the lower lateral edge, is identical to the front lateral edge of a longitudinal central rod ; and - the central rod is less broad in size than the inner face . - at the front, facets inclined in respect of the lower face extending towards the ends of the sliders forming scraping tips; - a T-shaped ramp , from the lower lateral edge of which come the two facets, and of which the highest upper lateral edge, less broad than the lower lateral edge, is identical to the front lateral edge of a longitudinal central rod ; and - the central rod is less broad in size than the inner face .
A user interface displaying method of an electronic device comprising: classifying features of a first application into a first category; classifying features of a second application into a second category; wherein a category refers to a type of the application, the applications being identified as being of different types; storing, in the memory of the electronic device, information regarding the categories of the classified features of the first and second applications; identifying an aspect ratio of an application being executed, and a split ratio, based on the stored information regarding the category of the classified features of the application being executed, wherein the application being executed is between the first and the second applications; displaying the first application and the second application in a split screen according to the identified split ratio and the identified aspect ratio. classifying features of a first application into a first category; classifying features of a second application into a second category; wherein a category refers to a type of the application, the applications being identified as being of different types; storing, in the memory of the electronic device, information regarding the categories of the classified features of the first and second applications; identifying an aspect ratio of an application being executed, and a split ratio, based on the stored information regarding the category of the classified features of the application being executed, wherein the application being executed is between the first and the second applications; displaying the first application and the second application in a split screen according to the identified split ratio and the identified aspect ratio.
Connecting unit for establishing an electrical connection between an internal connection interface of a panel element and an external mating connection interface , comprising a flat connecting body with at least a first contact section (97.1) for contacting a connection means of the internal connection interface and a second contact section (97.2) for contacting a mating connection means of the external mating connection interface , and a flat fastening body , by means of which the connecting body can be fastened to the panel element , wherein the first and second contact sections (97.1, 97.2) of the connecting body each have at least one first contact element (97.3) for establishing the electrical connection for a first electrical functional means of the panel element and the first contact elements (97.3) are electrically connected to one another, wherein the fastening body can be arranged on the panel element from a first side of the panel element and the connecting body can be arranged on the panel element from a second side of the panel element for reversible fastening of the connecting unit to the panel element . a flat connecting body with at least a first contact section (97.1) for contacting a connection means of the internal connection interface and a second contact section (97.2) for contacting a mating connection means of the external mating connection interface , and a flat fastening body , by means of which the connecting body can be fastened to the panel element , wherein the first and second contact sections (97.1, 97.2) of the connecting body each have at least one first contact element (97.3) for establishing the electrical connection for a first electrical functional means of the panel element and the first contact elements (97.3) are electrically connected to one another, wherein the fastening body can be arranged on the panel element from a first side of the panel element and the connecting body can be arranged on the panel element from a second side of the panel element for reversible fastening of the connecting unit to the panel element .
A method to combine on a double selection circular knitting machine in a single fabric having a first and a second outer layer, an air circulating construction, which connects the outer layers combined, with a double-knit construction, said method comprising; - a first selection of needles for knitting the first outer layer of the fabric; - a second selection of needles for knitting the second outer layer of the fabric; - a third selection of needles to introduce a connection yarn into the fabric and - adding a lay-in or filler yarn in between the two outer layers of the fabric, said method being characterized in that - the connection yarn is connecting the outer layers in the air circulating construction and floating and/or knitted to only one of the outer layers in the double-knit construction; and in that - the lay-in yarn is lying loose between the outer layers in the double-knit construction and grouped through the connection yarn in the air circulating construction by means of tuck or tuck/miss combinations, such that no filling yarns lay inside ventilation holes present within the air circulating construction. - a first selection of needles for knitting the first outer layer of the fabric; - a second selection of needles for knitting the second outer layer of the fabric; - a third selection of needles to introduce a connection yarn into the fabric and - adding a lay-in or filler yarn in between the two outer layers of the fabric, said method being characterized in that - the connection yarn is connecting the outer layers in the air circulating construction and floating and/or knitted to only one of the outer layers in the double-knit construction; and in that - the lay-in yarn is lying loose between the outer layers in the double-knit construction and grouped through the connection yarn in the air circulating construction by means of tuck or tuck/miss combinations, such that no filling yarns lay inside ventilation holes present within the air circulating construction.
A method for controlling a voltage applied to a coil , comprising the steps of: providing an adjustable voltage regulator , the voltage regulator receiving power from a source when connected thereto, the voltage regulator receiving a variable control voltage and providing a regulated voltage at an output ; sensing a temperature of the coil with a temperature sensing device ; coupling the regulated voltage output from the voltage regulator to a first terminal of the coil and to a first terminal of a voltage divider, the voltage divider comprised of an impedance ; and the temperature sensing device , the voltage divider having a midpoint at a junction of the impedance and the temperature sensing device at which a midpoint voltage is developed; and providing the midpoint voltage as the variable control voltage input to the voltage regulator ; wherein, when the temperature of the coil changes, the resistance of the coil changes, the change in coil temperature is detected by the temperature sensing device, causing the voltage at the midpoint to change, causing the variable control voltage to change, and in turn, causing the regulated voltage at the output of the voltage regulator to change to provide a constant magnitude, temperature independent current to the coil upon the next coil actuation to assure the magnetic field strength will be constant for actuation without regard to the temperature of the coil . providing an adjustable voltage regulator , the voltage regulator receiving power from a source when connected thereto, the voltage regulator receiving a variable control voltage and providing a regulated voltage at an output ; sensing a temperature of the coil with a temperature sensing device ; coupling the regulated voltage output from the voltage regulator to a first terminal of the coil and to a first terminal of a voltage divider, the voltage divider comprised of an impedance ; and the temperature sensing device , the voltage divider having a midpoint at a junction of the impedance and the temperature sensing device at which a midpoint voltage is developed; and providing the midpoint voltage as the variable control voltage input to the voltage regulator ; wherein, when the temperature of the coil changes, the resistance of the coil changes, the change in coil temperature is detected by the temperature sensing device, causing the voltage at the midpoint to change, causing the variable control voltage to change, and in turn, causing the regulated voltage at the output of the voltage regulator to change to provide a constant magnitude, temperature independent current to the coil upon the next coil actuation to assure the magnetic field strength will be constant for actuation without regard to the temperature of the coil .
Grinder for grinding coffee beans , wherein the grinder comprises a first grinding tool and a second grinding tool forming a grinding gap , wherein during operation of the grinder the second grinding tool is rotatable relative to the first grinding tool or rotates relative thereto, wherein the grinder comprises at least one force generation device for applying a force F, which is also adjustable during operation of the grinder, to the first grinding tool or the second grinding tool , which force F is transmitted to the coffee beans, wherein the force F is directed in such a way that it presses the respective grinding tool, to which the force F is applied, in the direction of the respective other grinding tool, characterized in that the grinder has at least one force measuring device having at least one force sensor , wherein the at least one force sensor is connected directly or indirectly to the grinding tool .
A rail fastening device comprising a clip having a front, a rear and opposite sides, the front side comprising a forwardly-projecting cap portion adapted for abutment with a rail to be fastened, the rear side comprising a body having an elongate clip aperture extending obliquely forwardly between the opposite sides towards the front side of the clip, the elongate clip aperture having a front side wall and a rear side wall , the rail fastening device further comprising a washer which is slidable along a substantially planar upper surface of the body of the clip surrounding the elongate clip aperture, the washer having an aperture and a side edge formation disposed radially outwardly of the aperture, characterised in that the washer is arranged such that said side edge formation thereof is free to abut an abutment point (A) on a rear upstanding formation on a surface of the underlying clip which extends parallel to the elongate clip aperture, such that tightening of an elongate upstanding fastener extending through the aligned apertures of the clip and washer causes the washer to pivot forwardly across the substantially planar upper surface about said abutment point into a position in which the front side wall of the elongate clip aperture extends as a chord across the washer aperture . the rail fastening device further comprising a washer which is slidable along a substantially planar upper surface of the body of the clip surrounding the elongate clip aperture, the washer having an aperture and a side edge formation disposed radially outwardly of the aperture, characterised in that the washer is arranged such that said side edge formation thereof is free to abut an abutment point (A) on a rear upstanding formation on a surface of the underlying clip which extends parallel to the elongate clip aperture, such that tightening of an elongate upstanding fastener extending through the aligned apertures of the clip and washer causes the washer to pivot forwardly across the substantially planar upper surface about said abutment point into a position in which the front side wall of the elongate clip aperture extends as a chord across the washer aperture .
A single-layered substrate-less hard coating film, comprising: a photocured crosslinked copolymer of a photocurable elastic polymer with a tri- to hexa-functional acrylate monomer; and inorganic particles dispersed in the copolymer, wherein the photocurable elastic polymer has an elongation of 15 to 200%, as measured according to ASTM D638, wherein the copolymer is a copolymer in which 5 to 20 weight parts of the photocurable elastic polymer is crosslinked with 80 to 95 weight parts of the tri- to hexa-functional acrylate monomer based on 100 weight parts thereof, and wherein the hard coating film exhibits a pencil hardness of 7H or more at a load of 1 kg as measured by JIS K 5400. a photocured crosslinked copolymer of a photocurable elastic polymer with a tri- to hexa-functional acrylate monomer; and inorganic particles dispersed in the copolymer, wherein the photocurable elastic polymer has an elongation of 15 to 200%, as measured according to ASTM D638, wherein the copolymer is a copolymer in which 5 to 20 weight parts of the photocurable elastic polymer is crosslinked with 80 to 95 weight parts of the tri- to hexa-functional acrylate monomer based on 100 weight parts thereof, and wherein the hard coating film exhibits a pencil hardness of 7H or more at a load of 1 kg as measured by JIS K 5400.
A multi-layered cosmetic composition suitable for topical application, comprising: i) an oil layer comprising at least about 50% by weight of the composition of natural oil; and ii) an aqueous layer, comprising: a) from 0.01% to 0.25% by weight of the composition of sodium hualuronate; and b) from 0.01% to 0.25% by weight of the composition of xanthan gum; wherein the multi-layered cosmetic composition is free of surfactant. i) an oil layer comprising at least about 50% by weight of the composition of natural oil; and ii) an aqueous layer, comprising: a) from 0.01% to 0.25% by weight of the composition of sodium hualuronate; and b) from 0.01% to 0.25% by weight of the composition of xanthan gum; a) from 0.01% to 0.25% by weight of the composition of sodium hualuronate; and b) from 0.01% to 0.25% by weight of the composition of xanthan gum;
Deployant buckle comprising - a lower arm and an upper arm which are articulated with respect to each other and a return buckle articulated on the upper arm , the deployant buckle being able to adopt a folded position in which the upper arm is folded over the lower arm and the return buckle is folded over the upper arm, in a longitudinal direction of the deployant buckle , - a locking system partly housed between the return buckle and the upper arm in order to lock the deployant buckle in the folded position, characterised in that the locking system comprises a lock with pistons and springs and can be unlocked by means of a removable key , the pattern of which is associated with the lock , and in that the locking system comprises a drawer into which the pistons extend when the springs are at rest in order to block the sliding of the drawer , this drawer comprising a lateral passage for introduction of the key therein, the key being able to align the pistons in order to allow the sliding of the drawer and thus to permit the unfolding of the deployant buckle . - a lower arm and an upper arm which are articulated with respect to each other and a return buckle articulated on the upper arm , the deployant buckle being able to adopt a folded position in which the upper arm is folded over the lower arm and the return buckle is folded over the upper arm, in a longitudinal direction of the deployant buckle , - a locking system partly housed between the return buckle and the upper arm in order to lock the deployant buckle in the folded position,
A method for manufacturing an electrode for a solid-state battery, comprising the steps: - providing a multi-layer ceramic solid electrolyte which comprises at least one dense and at least one porous layer, wherein said dense layer has a total ionic conductivity of at least 1 mS/cm at 25°C, and wherein the porous layer has continuous and open pores with an average pore diameter of between 1 and 50 μm; - providing an aqueous infiltration fluid in which at least one precursor of an electrode material is present in dissolved form and which has at least one organic additive that can be converted at least partially into carbon; - introducing the infiltration fluid with the at least one precursor of an electrode material into at least one porous layer of the solid electrolyte; - subjecting the solid electrolyte to a heat treatment in the form of sintering in a reducing atmosphere at temperatures between 400 °C and 900 °C, whereby the electrode material is synthesized in situ from the precursor of the electrode material on the surface of the pores. - providing a multi-layer ceramic solid electrolyte which comprises at least one dense and at least one porous layer, wherein said dense layer has a total ionic conductivity of at least 1 mS/cm at 25°C, and wherein the porous layer has continuous and open pores with an average pore diameter of between 1 and 50 μm; wherein said dense layer has a total ionic conductivity of at least 1 mS/cm at 25°C, and wherein the porous layer has continuous and open pores with an average pore diameter of between 1 and 50 μm; - providing an aqueous infiltration fluid in which at least one precursor of an electrode material is present in dissolved form and which has at least one organic additive that can be converted at least partially into carbon; - introducing the infiltration fluid with the at least one precursor of an electrode material into at least one porous layer of the solid electrolyte; - subjecting the solid electrolyte to a heat treatment in the form of sintering in a reducing atmosphere at temperatures between 400 °C and 900 °C, whereby the electrode material is synthesized in situ from the precursor of the electrode material on the surface of the pores.
A mobile communications terminal comprising a radio frequency interface and a controller and being arranged to operate with a position determining device , wherein said controller is configured to: detect a beacon ; establish a connection with said beacon through said radio frequency interface ; deactivate said position determining device ; and retrieve a position to be used as a current position for the mobile communications terminal ; thereby reducing a power consumption of the mobile communications terminal ; characterized in that the controller is further configured to deactivate said radio frequency interface and intermittently activate and deactivate said radio frequency interface to determine whether the beacon is still within range. detect a beacon ; establish a connection with said beacon through said radio frequency interface ; deactivate said position determining device ; and retrieve a position to be used as a current position for the mobile communications terminal ; thereby reducing a power consumption of the mobile communications terminal ; characterized in that the controller is further configured to deactivate said radio frequency interface and intermittently activate and deactivate said radio frequency interface to determine whether the beacon is still within range.