mhurhangee/patent-ind-claim-en huggingface dataset:
A cableway vehicle for a continuous cableway, the cableway vehicle having a suspension having an actuatable cable clamp for detachably coupling the cableway vehicle to a conveying cable of the continuous cableway and a cabin for accommodating a number of persons, wherein at least one barrier device is provided on the cableway vehicle , which barrier device is arranged such a way that, it faces an adjacent cableway vehicle , when the cableway vehicle moves along a platform of a cableway station , and which barrier device is configured to at least partially bridge an intermediate space (Z) between the cabin of the cableway vehicle and a cabin of the adjacent cableway vehicle to to form a barrier for persons against entering into the intermediate space (Z), wherein at least two barrier devices are provided, one barrier device being arranged at the front of the cableway vehicle in the direction of movement (B) of the cableway vehicle and one barrier device being provided at the rear of the cableway vehicle in the direction of movement (B) of the cableway vehicle, characterized in that the barrier device provided at the front in the direction of movement (B) and the barrier device provided at the rear in the direction of movement (B) are arranged at different positions in a transverse direction (Q) extending transversely to the direction of movement (B).
A drill guide assembly , comprising: an elongate body including a proximal end , a distal end , a longitudinal axis extending (L) between the proximal and distal ends and upper and lower surfaces extending between the proximal end and the distal end ; at least one channel extending along the longitudinal axis (L) of the body from the proximal end to the distal end ; a sleeve slidably disposed within the at least one channel , a distal end of the sleeve configured to be secured to a first surface of a bone; an aimer arm extending distally from the body, a distal end of the aimer arm configured to be secured to a second surface of the bone, characterized by the aimer arm extending from the body towards the longitudinal axis (L) of the body at a fixed angle with respect to the sleeve ; wherein a distance between the aimer arm and the sleeve is adjustable to a pre-selected distance by actuation of a translation member on the body such that the aimer arm moves up or down relative to the sleeve while maintaining the fixed angle with respect to the sleeve . an elongate body including a proximal end , a distal end , a longitudinal axis extending (L) between the proximal and distal ends and upper and lower surfaces extending between the proximal end and the distal end ; at least one channel extending along the longitudinal axis (L) of the body from the proximal end to the distal end ; a sleeve slidably disposed within the at least one channel , a distal end of the sleeve configured to be secured to a first surface of a bone; an aimer arm extending distally from the body, a distal end of the aimer arm configured to be secured to a second surface of the bone, characterized by the aimer arm extending from the body towards the longitudinal axis (L) of the body at a fixed angle with respect to the sleeve ; wherein a distance between the aimer arm and the sleeve is adjustable to a pre-selected distance by actuation of a translation member on the body such that the aimer arm moves up or down relative to the sleeve while maintaining the fixed angle with respect to the sleeve .
A push-button switch comprising: a body ; a button at least partially placed into the body ; a magnetic member attached with the button ; a resilient member placed between the button and the body ; and a printed circuit board positioned in the body wherein the body comprises a cylindrically formed inner housing and an intermediate portion integrated with an inner portion of the body forming a closed intermediate layer inside the body closing the bottom of said cylindrically formed inner housing such that a longitudinal cross section of the push-button switch is in a H type so as to prevent leakage to the printed circuit board therein, wherein the printed circuit board is positioned under the intermediate portion and the magnetic member is positioned above the intermediate portion , characterized in that said switch further comprises at least one recess on said body and at least one claw on the button in a manner to correspond to this at least one recess . a body ; a button at least partially placed into the body ; a magnetic member attached with the button ; a resilient member placed between the button and the body ; and a printed circuit board positioned in the body wherein the body comprises a cylindrically formed inner housing and an intermediate portion integrated with an inner portion of the body forming a closed intermediate layer inside the body closing the bottom of said cylindrically formed inner housing such that a longitudinal cross section of the push-button switch is in a H type so as to prevent leakage to the printed circuit board therein, wherein the printed circuit board is positioned under the intermediate portion and the magnetic member is positioned above the intermediate portion , characterized in that said switch further comprises at least one recess on said body and at least one claw on the button in a manner to correspond to this at least one recess .
A wireless earphone comprising: an antenna/sensor unit which serves as both of an antenna element configured to transmit and receive a radio signal wirelessly to and from an external device and a capacitive touch sensor element configured to receive an input manipulation of a wearer; a radio circuit configured to perform various kinds of processing relating to the radio signal; a control circuit configured to perform various kinds of processing on the basis of the input manipulation; wherein the antenna element is an inverted-F-antenna, which comprises a main body , a power supply line and a stub , and wherein each of one end of the power supply line and one end of the stub is connected to one end of the main body ; wherein a capacitance element (C1) connects between the other end of the stub and a ground conductor , and wherein the antenna element forms an electrode of the capacitive touch sensor element . an antenna/sensor unit which serves as both of an antenna element configured to transmit and receive a radio signal wirelessly to and from an external device and a capacitive touch sensor element configured to receive an input manipulation of a wearer; a radio circuit configured to perform various kinds of processing relating to the radio signal; a control circuit configured to perform various kinds of processing on the basis of the input manipulation; wherein the antenna element is an inverted-F-antenna, which comprises a main body , a power supply line and a stub , and wherein each of one end of the power supply line and one end of the stub is connected to one end of the main body ; wherein a capacitance element (C1) connects between the other end of the stub and a ground conductor , and wherein the antenna element forms an electrode of the capacitive touch sensor element .
An information medium comprising two or more data layers provided on a support base , wherein the two or more data layers have two or more pieces of visible information recorded on the two or more data layers, the two or more pieces of visible information being synthesizable to result in two-dimensional visible information , characterised in that the data layers each include a modulation material having an optical characteristic that is modulatable, and modulation of the modulation material causes the visible information to be recorded. two or more data layers provided on a support base , wherein the two or more data layers have two or more pieces of visible information recorded on the two or more data layers, the two or more pieces of visible information being synthesizable to result in two-dimensional visible information , characterised in that the data layers each include a modulation material having an optical characteristic that is modulatable, and modulation of the modulation material causes the visible information to be recorded.
A sialic acid binding molecule comprising, in the following order, two bound sialic acid binding domains from Streptococcus pneumoniae NanA sialidase bound to an oligomerisation domain, wherein each sialic acid binding domain from Streptococcus pneumoniae NanA sialidase consists of the sequence of SEQ ID NO: 4, and the oligomerisation domain is derived from Pseudomonas aeruginosa pseudaminidase and consists of SEQ ID NO: 6.
An applicator tool for repairing damage to a wind turbine blade , comprising: a spatula comprising: a flexible extrusion plate having a front edge , a rear edge , opposed side edges , an outer surface , and an inner surface , the extrusion plate further having a central region defined by a central axis ; and a feed tube for supplying a coating material to the spatula , characterized in that it further comprises one or more spacers positioned proximate the inner surface of the extrusion plate , wherein the one or more spacers are configured to define a gap between an outer surface of the wind turbine blade and the inner surface of the extrusion plate ; wherein the spatula is configured to shape the coating material into a coating over a damaged area of the wind turbine blade , wherein the spatula is configured to apply a uniform and even coating of material that in cross section is generally thickest adjacent a leading edge of the blade and decreases in thickness in a generally continuous and smooth manner along the upper and lower surfaces of the blade and in a direction toward a trailing edge of the blade . a spatula comprising: a flexible extrusion plate having a front edge , a rear edge , opposed side edges , an outer surface , and an inner surface , the extrusion plate further having a central region defined by a central axis ; and a feed tube for supplying a coating material to the spatula , characterized in that it further comprises one or more spacers positioned proximate the inner surface of the extrusion plate , wherein the one or more spacers are configured to define a gap between an outer surface of the wind turbine blade and the inner surface of the extrusion plate ; wherein the spatula is configured to shape the coating material into a coating over a damaged area of the wind turbine blade , wherein the spatula is configured to apply a uniform and even coating of material that in cross section is generally thickest adjacent a leading edge of the blade and decreases in thickness in a generally continuous and smooth manner along the upper and lower surfaces of the blade and in a direction toward a trailing edge of the blade .
A robot comprising: a main body ; a handlebar disposed on the main body, the handlebar being grippable by a user; a detector that detects a load applied by the user onto the handlebar; a moving device including a rotating body , the moving device moving the robot by controlling rotation of the rotating body; and a switcher that switches a support mode for supporting the user when walking, wherein the support mode includes: a first mode in which the robot autonomously moves to guide the user when walking and a second mode in which the robot is in a manual mode and moves in accordance with a first load which is applied by the user when walking and detected by the detector, and wherein when the robot autonomously moves in the first mode, the switcher switches the support mode from the first mode to the second mode on the basis of a second load which is applied by the user when walking and detected by the detector. a main body ; a handlebar disposed on the main body, the handlebar being grippable by a user; a detector that detects a load applied by the user onto the handlebar; a moving device including a rotating body , the moving device moving the robot by controlling rotation of the rotating body; and a switcher that switches a support mode for supporting the user when walking, wherein the support mode includes: a first mode in which the robot autonomously moves to guide the user when walking and a second mode in which the robot is in a manual mode and moves in accordance with a first load which is applied by the user when walking and detected by the detector, and a first mode in which the robot autonomously moves to guide the user when walking and a second mode in which the robot is in a manual mode and moves in accordance with a first load which is applied by the user when walking and detected by the detector, and wherein when the robot autonomously moves in the first mode, the switcher switches the support mode from the first mode to the second mode on the basis of a second load which is applied by the user when walking and detected by the detector.
A valve device comprising: a casing including a valve chamber ; a valve seat disposed in the valve chamber and including a valve hole : a float disposed in the valve chamber and movable in accordance with an amount of drain in the valve chamber to thereby open and close the valve hole ; and a support supporting the float in a state of being seated on the valve seat and closing the valve hole , wherein the support includes a base including an opening through which space above the base and space below the base communicate with each other in the valve chamber and two float seats disposed in the base , the float in the state of being seated on the valve seat and closing the valve hole being seated on the two float seats , characterized in that the support has a closed frame shape which surrounds the opening . a casing including a valve chamber ; a valve seat disposed in the valve chamber and including a valve hole : a float disposed in the valve chamber and movable in accordance with an amount of drain in the valve chamber to thereby open and close the valve hole ; and a support supporting the float in a state of being seated on the valve seat and closing the valve hole , wherein the support includes a base including an opening through which space above the base and space below the base communicate with each other in the valve chamber and two float seats disposed in the base , the float in the state of being seated on the valve seat and closing the valve hole being seated on the two float seats , characterized in that the support has a closed frame shape which surrounds the opening . a float disposed in the valve chamber and movable in accordance with an amount of drain in the valve chamber to thereby open and close the valve hole ; and a support supporting the float in a state of being seated on the valve seat and closing the valve hole , wherein the support includes a base including an opening through which space above the base and space below the base communicate with each other in the valve chamber and two float seats disposed in the base , the float in the state of being seated on the valve seat and closing the valve hole being seated on the two float seats , characterized in that the support has a closed frame shape which surrounds the opening .
An apparatus comprising: means for receiving data including wireless signal strength collected by a plurality of devices; means for monitoring the data including the wireless signal strength to determine if the wireless signal strength of a wireless signal source increases over time at a rate to satisfy a predefined threshold in order to be indicative of an unmanned aerial vehicle (UAV; 102); means for determining a trajectory of the UAV based upon the data including the wireless signal strength; and means for generating an alert based on, at least, the trajectory of the UAV as indicated by the data including the wireless signal strength. means for receiving data including wireless signal strength collected by a plurality of devices; means for monitoring the data including the wireless signal strength to determine if the wireless signal strength of a wireless signal source increases over time at a rate to satisfy a predefined threshold in order to be indicative of an unmanned aerial vehicle (UAV; 102); means for determining a trajectory of the UAV based upon the data including the wireless signal strength; and means for generating an alert based on, at least, the trajectory of the UAV as indicated by the data including the wireless signal strength.
A method for processing a container having a glass wall delimiting a cavity for accommodating a product, said glass wall having an inner face located facing said accommodation cavity and an opposite outer face , said glass wall of container being made of a glass containing at least one alkaline or alkaline earth oxide, said glass wall being provided with a first coating that includes a solid residual compound resulting from a step of surface treatment of said glass wall , to which said container has been previously subjected, said surface treatment step being a step of dealkalizing the glass in the vicinity of the surface of said inner face of said glass wall , said method comprising a step of spraying droplets of a liquid onto the surface of said glass wall , in order to form on said glass wall , from said first coating, a second coating that includes said residual compound and that is more transparent and/or more uniform than said first coating, said liquid being transparent and being either a liquid in which the solid residual compound is liable to be dispersed or a solvent of the solid residual compound.
Monitoring device for monitoring the movement region of a swivel door , during opening and/or closing, for obstacles, having a sensor device that moves with the leaf of the swivel door and has at least one distance sensor and an evaluation device for evaluating the distance measured by the distance sensor for different door opening angles (α), and a signal generating device for generating a signal when the distance measured for a particular door opening angle (α) differs from a respective predefined distance value, wherein the signal is an acoustic and/or optical signal and/or causes the leaf of the swivel door to be stopped and/or the movement of the leaf of the swivel door to be reversed, and wherein the distance value from a respective distance sensor, which is predefined for a respective door opening angle (α), is determined with respect to a virtual wall which is defined for an end position of the swivel door , characterized in that the distance measured by the distance sensor is evaluated by means of the evaluation device on the basis of at least one of the following parameters: - the maximum door opening angle (α max ) of the swivel door , - an inclination angle (β) of the capture region of the distance sensor, - a position of the distance sensor on the leaf of the swivel door , in particular a distance (b1) between the distance sensor and a vertical edge of the leaf of the swivel door , which vertical edge is oriented at least approximately parallel to the axis of rotation (A) of the swivel door , and/or - the width (b) of the leaf of the swivel door . - the maximum door opening angle (α max ) of the swivel door , - an inclination angle (β) of the capture region of the distance sensor, - a position of the distance sensor on the leaf of the swivel door , in particular a distance (b1) between the distance sensor and a vertical edge of the leaf of the swivel door , which vertical edge is oriented at least approximately parallel to the axis of rotation (A) of the swivel door , and/or - the width (b) of the leaf of the swivel door .
A method of non-destructively measuring a thickness of a hydrogen ion exchange reinforcement membrane for a fuel cell having a three-layer structure, the method comprising: Inputting white light into a hydrogen ion exchange reinforcement membrane for a fuel cell having a three-layer structure; Obtaining a light spectrum by spectrally analyzing reflective light reflected by respective layers of the reinforcement membrane and converting the reflective light into an electrical signal; and Obtaining a thickness spectrum by calculating thicknesses of the respective layers of the reinforcement membrane with respect to a refractive index of the reinforcement membrane based on the obtained light spectrum, wherein the reinforcement membrane has ion exchange resin layers (T1, T3) which are positioned at one side and the other side of a porous film (T2), respectively, and the ion exchange resin layers have the same thickness and the same medium, and wherein the method further comprises: analyzing whether the porous film (T2) is coated with the ion exchange resin layers (T1, T3) having the same thickness by showing the same refractive index and the same peak in the thickness spectrum. Inputting white light into a hydrogen ion exchange reinforcement membrane for a fuel cell having a three-layer structure; Obtaining a light spectrum by spectrally analyzing reflective light reflected by respective layers of the reinforcement membrane and converting the reflective light into an electrical signal; and Obtaining a thickness spectrum by calculating thicknesses of the respective layers of the reinforcement membrane with respect to a refractive index of the reinforcement membrane based on the obtained light spectrum, wherein the reinforcement membrane has ion exchange resin layers (T1, T3) which are positioned at one side and the other side of a porous film (T2), respectively, and the ion exchange resin layers have the same thickness and the same medium, and wherein the method further comprises: analyzing whether the porous film (T2) is coated with the ion exchange resin layers (T1, T3) having the same thickness by showing the same refractive index and the same peak in the thickness spectrum.
A cell unit comprising a power generation cell , wherein the cell unit comprises a sequential stack of: an anode layer of the power generation cell, an electrolyte layer of the power generation cell, a cathode layer of the power generation cell, an auxiliary collector layer that assists electrical contact, and a separator provided with at least one flow passage portion and at least one gas flow passage (F), characterized in that the cell unit further comprises a connecting portion that connects the auxiliary collector layer and the separator, each of the at least one flow passage portion defines one of the at least one gas flow passage of the separator, the auxiliary collector layer has at least one curved portion , and the at least one curved portion is curved in a symmetrical arch shape so as to project toward the power generation cell side, and each of the at least one curved portion is disposed so as to overlap a single one of the at least one gas flow passage in a stacking direction (Z), wherein the power generation cell and the portion of the curved portion of the auxiliary collector layer protruding toward the power generation cell abut each other. the cell unit further comprises a connecting portion that connects the auxiliary collector layer and the separator, each of the at least one flow passage portion defines one of the at least one gas flow passage of the separator, the auxiliary collector layer has at least one curved portion , and the at least one curved portion is curved in a symmetrical arch shape so as to project toward the power generation cell side, and each of the at least one curved portion is disposed so as to overlap a single one of the at least one gas flow passage in a stacking direction (Z), wherein the power generation cell and the portion of the curved portion of the auxiliary collector layer protruding toward the power generation cell abut each other.