mhurhangee/ep-ind-claims huggingface dataset:
An electronic apparatus (100, 800) comprising: a flexible display (151, 810) comprising at least a portion disposed at a first surface, wherein a size of the flexible display exposed on the first surface is changeable; a body frame disposed at a second surface opposite the first surface; a display frame movable to decrease a distance between the display frame and a first region of the body frame in response to a reduction in the size of the flexible display (151, 810) exposed on the first surface; a first sensor disposed at at least a portion of the first region of the body frame and configured to sense an approach of an object; wherein the first region of the body frame has, among at least one surface of the body frame, a surface corresponding to a position of the display frame; and a controller (180, 830) configured to: reduce, using a driving part, the size of the flexible display (151, 810) exposed on the first surface based on a first input instructing a reduction in the size of the flexible display (151, 810) exposed on the first surface; characterized in that the controller (180, 330) is further configured to: in response that the approach of the object positioned between the body frame and the display frame at the second surface is sensed by the first sensor during reducing the size of the flexible display (151, 810) exposed on the first surface, stop reducing, using the driving part, the size of the flexible display (151, 810) exposed on the first surface. a flexible display (151, 810) comprising at least a portion disposed at a first surface, wherein a size of the flexible display exposed on the first surface is changeable; a body frame disposed at a second surface opposite the first surface; a display frame movable to decrease a distance between the display frame and a first region of the body frame in response to a reduction in the size of the flexible display (151, 810) exposed on the first surface; a first sensor disposed at at least a portion of the first region of the body frame and configured to sense an approach of an object; wherein the first region of the body frame has, among at least one surface of the body frame, a surface corresponding to a position of the display frame; and a controller (180, 830) configured to: reduce, using a driving part, the size of the flexible display (151, 810) exposed on the first surface based on a first input instructing a reduction in the size of the flexible display (151, 810) exposed on the first surface; a controller (180, 830) configured to: reduce, using a driving part, the size of the flexible display (151, 810) exposed on the first surface based on a first input instructing a reduction in the size of the flexible display (151, 810) exposed on the first surface; characterized in that the controller (180, 330) is further configured to: in response that the approach of the object positioned between the body frame and the display frame at the second surface is sensed by the first sensor during reducing the size of the flexible display (151, 810) exposed on the first surface, stop reducing, using the driving part, the size of the flexible display (151, 810) exposed on the first surface.
Valve for blocking and releasing a flow path, having: - an electromagnetic actuator unit; - a pin which can be axially moved by means of the electromagnetic actuator unit, and a closure element which is connected to the pin, wherein the closure element is designed to block and release a flow path and has a first axial end, which is arranged remotely from the flow path and is connected to the pin, and a second axial end which can be arranged in the flow path, - a housing (2, 13) which receives at least the pin and the first axial end of the closure element; wherein, at least in the region of its first axial end, the closure element has a radially circumferential seal with an outwardly protruding seal lip, wherein the seal lip lies sealingly against a region of the housing (2, 13) in a closed state of the valve, characterized in that the seal lip has at least one radially circumferential bead. - an electromagnetic actuator unit; - a pin which can be axially moved by means of the electromagnetic actuator unit, and a closure element which is connected to the pin, wherein the closure element is designed to block and release a flow path and has a first axial end, which is arranged remotely from the flow path and is connected to the pin, and a second axial end which can be arranged in the flow path, - a housing (2, 13) which receives at least the pin and the first axial end of the closure element; wherein, at least in the region of its first axial end, the closure element has a radially circumferential seal with an outwardly protruding seal lip, wherein the seal lip lies sealingly against a region of the housing (2, 13) in a closed state of the valve, characterized in that the seal lip has at least one radially circumferential bead.
A conformal coating control method, comprising: arranging at least one conformal control surface feature (122, 124) on a surface of a printed circuit board proximate perimeter pads of an integrated circuit; soldering, to the printed circuit board, the integrated circuit; and applying a conformal coating material to the printed circuit board, wherein the conformal coating material is at least partially restricted from flowing between the integrated circuit and the printed circuit board by solder flux residue accumulated proximate the conformal control surface feature (122, 124) and, wherein the at least one conformal control surface feature includes at least one solderable member arranged proximate the perimeter pads of the printed circuit board and proximate a corner of the integrated circuit, the solderable member including a solderable land and comprising a solderable material and, wherein the at least one solderable member includes a 90 degree angle bracket. arranging at least one conformal control surface feature (122, 124) on a surface of a printed circuit board proximate perimeter pads of an integrated circuit; soldering, to the printed circuit board, the integrated circuit; and applying a conformal coating material to the printed circuit board, wherein the conformal coating material is at least partially restricted from flowing between the integrated circuit and the printed circuit board by solder flux residue accumulated proximate the conformal control surface feature (122, 124) and, wherein the at least one conformal control surface feature includes at least one solderable member arranged proximate the perimeter pads of the printed circuit board and proximate a corner of the integrated circuit, the solderable member including a solderable land and comprising a solderable material and, wherein the at least one solderable member includes a 90 degree angle bracket.
An electrochemical device comprising one or more anode, cathode, and separator; and two or more current collectors; wherein the anode and cathode are between the two current collectors and each is adhered to an adjacent current collector, and the separator is between the anode and cathode and adhered to the anode and cathode; wherein the current collectors are a barrier against moisture and/ or oxygen; and characterized in that the current collectors are bonded together to create a sealed container for the anode, cathode, and separator; preferably wherein the outer anodes or cathodes are the current collectors. wherein the anode and cathode are between the two current collectors and each is adhered to an adjacent current collector, and the separator is between the anode and cathode and adhered to the anode and cathode; wherein the current collectors are a barrier against moisture and/ or oxygen; and characterized in that the current collectors are bonded together to create a sealed container for the anode, cathode, and separator; preferably wherein the outer anodes or cathodes are the current collectors.
A container comprising - a container body with bottom and side walls and a container neck defining an opening and comprising at least one cam-like means located on the external surface of the container body walls, and - a container closure with internal top wall and internal side wall, comprising at least one engagement means corresponding to the cam-like means of the container body; said neck and closure comprising corresponding screw threads to allow releasable attachment of the closure onto the neck in order to open/close the container opening, the engagement means comprising at least one flexible tongue extending downward relative to the top wall, said tongue comprising an indented portion, the engagement means having an L shape formed by the flexible tongue and its indented portion, the indented portion being located between the flexible tongue and the side wall of the closure, said engagement means being located at the internal surface of the closure walls, and so positioned that during the screwing operation of the closure onto the container neck, the cam-like means and the engagement means cooperate in an audible manner at the same time the closure is sufficiently engaged onto the neck to ensure at least a liquid tightness of the closed container, characterized in that, said flexible tongue is located adjacent the edge between the internal top wall and the internal side wall of the closure. - a container body with bottom and side walls and a container neck defining an opening and comprising at least one cam-like means located on the external surface of the container body walls, and - a container closure with internal top wall and internal side wall, comprising at least one engagement means corresponding to the cam-like means of the container body;
A method of isolating an Artemisia annua extract, the method comprising: contacting Artemisia annua plant with a low-polarity solvent to extract a component of the Artemisia annua into the low-polarity solvent, wherein the low polarity solvent is dichloromethane, diethyl ether, ethyl acetate or acetone; removing the low-polarity solvent from a mixture obtained after the contacting to obtain a residue; and contacting the residue with a hydrophilic solvent to extract a component of the Artemisia annua into the hydrophilic solvent, wherein the hydrophilic solvent is a C1-C6 alcohol, water, or a combination thereof, and wherein the Artemisia annua extract comprises at least four compounds selected from the group consisting of ornithine, pinitol, muco-inositol, chiro-inositol, betaine, and chlorogenic acid. contacting Artemisia annua plant with a low-polarity solvent to extract a component of the Artemisia annua into the low-polarity solvent, wherein the low polarity solvent is dichloromethane, diethyl ether, ethyl acetate or acetone; removing the low-polarity solvent from a mixture obtained after the contacting to obtain a residue; and contacting the residue with a hydrophilic solvent to extract a component of the Artemisia annua into the hydrophilic solvent, wherein the hydrophilic solvent is a C1-C6 alcohol, water, or a combination thereof, and wherein the Artemisia annua extract comprises at least four compounds selected from the group consisting of ornithine, pinitol, muco-inositol, chiro-inositol, betaine, and chlorogenic acid.
Intraocular pressure measuring and/or monitoring device comprising a soft contact lens and a pressure sensor united with said soft contact lens, said pressure sensor being located such that it is configured to be applied against a human eye of a user for sensing the intraocular pressure of said eye when said soft contact lens is worn by said user, wherein said soft contact lens is softer than a surface of said eye and is configured to adapt its shape to the shape of said eye under the effect of a suction force generated by a capillary force of the tear film under the contact lens and maintaining said contact lens on said eye when said user is wearing said contact lens, said pressure sensor is located in a cavity formed in an inner concave side of said contact lens, and wherein said cavity is filled with a pressure transparent filler material that covers said pressure sensor such that a layer of said filler material is located between said pressure sensor and the surface of said eye when said user is wearing said contact lens, and characterized in that said filler material is softer than the material of said soft contact lens.
A method of managing multimedia broadcast multicast service, hereinafter called MBMS, transmission for a network in a wireless communication system, the method comprising the steps of: reserving a plurality of MBMS subframes of a first radio frame for a MBMS service; characterized by: configuring a first subframe set of the reserved MBMS subframes of the first radio frame for transmissions of MBMS data; and configuring a second subframe set of the reserved MBMS subframes of the first radio frame for transmissions of non-MBMS data; wherein the first subframe set has at least an overlapped subframe with the second subframe set. reserving a plurality of MBMS subframes of a first radio frame for a MBMS service; characterized by: configuring a first subframe set of the reserved MBMS subframes of the first radio frame for transmissions of MBMS data; and configuring a second subframe set of the reserved MBMS subframes of the first radio frame for transmissions of non-MBMS data; configuring a first subframe set of the reserved MBMS subframes of the first radio frame for transmissions of MBMS data; and configuring a second subframe set of the reserved MBMS subframes of the first radio frame for transmissions of non-MBMS data; wherein the first subframe set has at least an overlapped subframe with the second subframe set.
A method of producing an intravaginal device comprising the steps of: a. separating an individual sheet from a supply of nonwoven material having properties useful to move bodily fluids; b. providing a fluid storage element having a longitudinal axis, longitudinal sides, an insertion end, and a withdrawal end; c. engaging the individual sheet with the insertion end of the fluid storage element and with pleating edges of forming blades; d. urging the individual sheet through a forming tool with relative movement of the forming tool in relation to the fluid storage element and the pleating edges of forming blades; e. bonding at least a portion of the individual sheet to the fluid storage element to form at least a portion of the individual sheet into at least one fluid transport element capable of extending radially away from the fluid storage element; f. folding the at least one fluid transport element about an axis parallel to longitudinal axis of the fluid storage element; and g. packaging the resultant intravaginal device, a. separating an individual sheet from a supply of nonwoven material having properties useful to move bodily fluids; b. providing a fluid storage element having a longitudinal axis, longitudinal sides, an insertion end, and a withdrawal end; c. engaging the individual sheet with the insertion end of the fluid storage element and with pleating edges of forming blades; d. urging the individual sheet through a forming tool with relative movement of the forming tool in relation to the fluid storage element and the pleating edges of forming blades; e. bonding at least a portion of the individual sheet to the fluid storage element to form at least a portion of the individual sheet into at least one fluid transport element capable of extending radially away from the fluid storage element; f. folding the at least one fluid transport element about an axis parallel to longitudinal axis of the fluid storage element; and g. packaging the resultant intravaginal device,
Valve arrangement (200, 300) for a system which is loaded with a fluid, for connecting a first pressure region to a second pressure region by means of a first valve and a second valve which is connected in series thereto, a third valve connecting a region (p1/2) between the first valve and the second valve to a third pressure region; characterized in that the first valve is set up such that it closes when a pressure which prevails on the side of the second pressure region is at least as high as a pressure which prevails on the side of the first pressure region; the first valve being coupled to the second valve in such a way that the second valve closes when the first valve closes; the second valve being coupled to the third valve in such a way that the third valve opens when the second valve closes. a third valve connecting a region (p1/2) between the first valve and the second valve to a third pressure region; characterized in that the first valve is set up such that it closes when a pressure which prevails on the side of the second pressure region is at least as high as a pressure which prevails on the side of the first pressure region; the first valve being coupled to the second valve in such a way that the second valve closes when the first valve closes; the second valve being coupled to the third valve in such a way that the third valve opens when the second valve closes.
A housing for a transmission, wherein the housing has an upper housing part placed on a lower housing part, wherein a first bearing receptacle for a first bearing of a shaft is formed by a first bearing bar of the upper housing part and by a first bearing bar of the lower housing part, wherein a second bearing receptacle for a second bearing of a shaft is formed by a second bearing bar of the upper housing part and by a second bearing bar of the lower housing part, characterised in that a first end region of a first bearing bar of the lower housing part and a first end region of a second bearing bar of the lower housing part is connected by means of two end plates (5, 6) spaced apart from each other, with the first bearing bar, the second bearing bar and the two end plates (5, 6) being reinforcing portions, with the remaining housing without the reinforcing portions being able to be embodied with a thin wall thickness, i.e. with a maximum wall thickness which is smaller than the maximum or minimum wall thickness of the reinforcing portions.
Method for operating a gas burner, wherein during burner-on phases a gas/air mixture having a defined mixing ratio of gas and air is provided to a burner chamber of the gas burner for combusting the gas/air mixture within the burner chamber, wherein the gas/air mixture is provided by mixing an air flow sucked in by a fan with a gas flow, and wherein the defined mixing ratio of the gas/air mixture is controlled by comparing an actual value of a signal provided by an electrical or electronic sensor coupled to a gas duct with a nominal value for the signal provided by the electrical or electronic sensor and by generating a control variable for a gas valve assigned to the gas duct on basis of the control deviation between the actual value and the nominal value, wherein during burner-on phases the function of the electrical or electronic sensor becomes checked by generating an input variable for an actuator of the gas valve, by operating the gas valve on basis of the input variable for the actuator and by comparing an actual output signal provided by the electrical or electronic sensor in response to this operation of the gas valve with a nominal output signal expected in response to this operation of the gas valve, characterized in that if a deviation between the actual output signal of the electrical or electronic sensor and the nominal output signal is smaller than the threshold, a proper function of the electrical or electronic sensor, namely a tolerable change of the sensor gain or no change of the sensor gain, is detected, if a deviation between the actual output signal of the electrical or electronic sensor and the nominal output signal is greater than a threshold, an improper function of the electrical or electronic sensor 23, namely a non tolerable change of the sensor gain of the electrical or electronic sensor 23, is detected, if an improper function of the electrical or electronic sensor, namely a non tolerable change of the sensor gain of the electrical or electronic sensor, is detected, the controller initiates at least one defined action, namely the controller performs at least a compensation for the sensor gain shift by a defined offset value. if a deviation between the actual output signal of the electrical or electronic sensor and the nominal output signal is smaller than the threshold, a proper function of the electrical or electronic sensor, namely a tolerable change of the sensor gain or no change of the sensor gain, is detected, if a deviation between the actual output signal of the electrical or electronic sensor and the nominal output signal is greater than a threshold, an improper function of the electrical or electronic sensor 23, namely a non tolerable change of the sensor gain of the electrical or electronic sensor 23, is detected, if an improper function of the electrical or electronic sensor, namely a non tolerable change of the sensor gain of the electrical or electronic sensor, is detected, the controller initiates at least one defined action, namely the controller performs at least a compensation for the sensor gain shift by a defined offset value.
Engine cooling system with a cooling circuit comprising a coolant pump for supplying an engine with a coolant and for circulating the coolant in the cooling circuit, and at least one heat exchanger for cooling said coolant downstream of the engine, wherein an expansion tank is connected to the cooling circuit upstream of the coolant pump, wherein the cooling system is pressurized by a pressure regulating means arranged to pressurize coolant supplied to the cooling circuit from the expansion tank during at least one predetermined operating mode of the engine and that the expansion tank is closed to the ambient atmosphere during all normal engine operation modes, wherein the pressure regulating means is located in a supply conduit connecting the expansion tank to the cooling circuit, characterized in that the cooling system further comprises a deaeration chamber located upstream of the coolant pump, wherein the expansion tank is connected to the deaeration chamber via a controllable valve such that excess pressure can be released from the deaeration chamber to the expansion tank.