mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: obtaining, by an ear-wearable device, sensor data from one or more sensors configured to gather information about a user of the ear-wearable device; determining, by the ear-wearable device, based on the sensor data, whether the user has experienced an acute health event; in response to determining that the user has experienced an acute health event: establishing, by the ear-wearable device, a communication link between the ear-wearable device and a first accessory device, the communication link being a wireless communication link in which the first accessory device receives wireless signals generated by the ear-wearable device; and sending, by the ear-wearable device, first health data to the first accessory device via the communication link, the first health data being based on the sensor data; and characterized in that in response to determining that the user has not experienced the acute health event, sending, by the ear-wearable device, second health data based on the sensor data to a second accessory device while the ear-wearable device is coupled to a charging device that charges a power source of the ear-wearable device. obtaining, by an ear-wearable device, sensor data from one or more sensors configured to gather information about a user of the ear-wearable device; determining, by the ear-wearable device, based on the sensor data, whether the user has experienced an acute health event; in response to determining that the user has experienced an acute health event: establishing, by the ear-wearable device, a communication link between the ear-wearable device and a first accessory device, the communication link being a wireless communication link in which the first accessory device receives wireless signals generated by the ear-wearable device; and sending, by the ear-wearable device, first health data to the first accessory device via the communication link, the first health data being based on the sensor data; and characterized in that establishing, by the ear-wearable device, a communication link between the ear-wearable device and a first accessory device, the communication link being a wireless communication link in which the first accessory device receives wireless signals generated by the ear-wearable device; and sending, by the ear-wearable device, first health data to the first accessory device via the communication link, the first health data being based on the sensor data; and characterized in that in response to determining that the user has not experienced the acute health event, sending, by the ear-wearable device, second health data based on the sensor data to a second accessory device while the ear-wearable device is coupled to a charging device that charges a power source of the ear-wearable device.
A system consisting of at least one shelf shuttle vehicle comprising a vehicle controller and at least one storage shelf equipped with a pair of storage rails (14a, 14b), in which the shelf shuttle vehicle can pick up, move, and set down loads, wherein the at least one shelf shuttle vehicle has a laser scanner, which monitors a field of protection that lies along a direction of travel of the vehicle and has at least one first protection region and at least one second detection region, wherein the first protection region has a width transverse to the longitudinal direction of the vehicle that is less than or equal to the width of the vehicle, wherein indication signs are attached to the storage shelves at the ends of the storage rails (14a, 14b) and are detected in the second detection region when the shelf shuttle vehicle approaches and are forwarded to the vehicle controller as detected indication signs.
A method of improving sensitivity of a resist film, the method comprising the steps of: preparing a laminated resist film by covering an entire surface of an EUV light-sensitive resist polymer film with a metal layer having a thickness of at most 15 nm; and irradiating EUV light in a desired pattern over the metal layer of the laminated resist film to form the desired pattern in the resist polymer film under an irradiated portion of the metal layer, wherein the thickness of the metal layer is such that the EUV light at least partially passes therethrough, and the metal layer has a gap or opening that passes through the metal layer from one side to the other. preparing a laminated resist film by covering an entire surface of an EUV light-sensitive resist polymer film with a metal layer having a thickness of at most 15 nm; and irradiating EUV light in a desired pattern over the metal layer of the laminated resist film to form the desired pattern in the resist polymer film under an irradiated portion of the metal layer, wherein the thickness of the metal layer is such that the EUV light at least partially passes therethrough, and the metal layer has a gap or opening that passes through the metal layer from one side to the other.
A protective garment comprising: an outer layer; an air permeable, liquid water resistant membrane; an insulation (23,31;53,54;50); an air impermeable, liquidproof, moisture vapor permeable membrane, wherein the air permeable, liquid water resistant membrane is positioned closer to the outer layer than the air impermeable, liquidproof, moisture vapor permeable membrane, and the insulation (23,31;53,54;50) is located between the air permeable, liquid water resistant membrane and the air impermeable, liquid-proof, moisture vapor permeable membrane. an outer layer; an air permeable, liquid water resistant membrane; an insulation (23,31;53,54;50); an air impermeable, liquidproof, moisture vapor permeable membrane, wherein the air permeable, liquid water resistant membrane is positioned closer to the outer layer than the air impermeable, liquidproof, moisture vapor permeable membrane, and the insulation (23,31;53,54;50) is located between the air permeable, liquid water resistant membrane and the air impermeable, liquid-proof, moisture vapor permeable membrane.
A tunable light source for illuminating a sample, comprising: a superluminescent light emitting diode (SLED) source for generating broadband light; a MEMS tunable Fabry Perot filter for spectrally filtering the broadband light from the source to generate a tunable signal to irradiate a simple; an optical bench to which the source and the tunable Fabry Perot filter are attached being in a common package; an isolation system interposed between the source and the tunable filter for preventing back reflections from the tunable filter into the source; an optical fiber for guiding the tunable signal to the sample, a first tap for diverting a portion of the signal from the Fabry Perot tunable filter to a reference detector and a spectral reference providing stable spectral features interposed between the reference detector and the tap to detect the wavelength of the tunable signal, a second tap for diverting a portion of the tunable signal to a power detector, wherein the first and second tap (149, 152), the spectral reference, the reference detector and the power detector are attached to the optical bench in the common package, and a controller for controlling and monitoring the reference detector and the power detector and for controlling the power or current of the source and the tunable pass band of the Fabry Perot filter. a superluminescent light emitting diode (SLED) source for generating broadband light; a MEMS tunable Fabry Perot filter for spectrally filtering the broadband light from the source to generate a tunable signal to irradiate a simple; an optical bench to which the source and the tunable Fabry Perot filter are attached being in a common package; an isolation system interposed between the source and the tunable filter for preventing back reflections from the tunable filter into the source; an optical fiber for guiding the tunable signal to the sample, a first tap for diverting a portion of the signal from the Fabry Perot tunable filter to a reference detector and a spectral reference providing stable spectral features interposed between the reference detector and the tap to detect the wavelength of the tunable signal, a second tap for diverting a portion of the tunable signal to a power detector, wherein the first and second tap (149, 152), the spectral reference, the reference detector and the power detector are attached to the optical bench in the common package, and a controller for controlling and monitoring the reference detector and the power detector and for controlling the power or current of the source and the tunable pass band of the Fabry Perot filter.
Device for treatment of body tissue, in particular for the permanent occlusion of varicose veins, preferably in the lower limbs, of varicocele and/or of vascular malformations and/or for the use in aesthetic surgeries, preferably laser assisted lipolysis, and/or for tumor treatment by means of laser induced thermotherapy and/or photodynamic therapy, said device comprising a flexible wave guide and a light diffuser capable of circumferentially and endoluminally irradiating said tissue by laser light energy, said diffuser being connectable at its proximal end to a source of laser light energy via said flexible wave guide comprising a fiber optic core covered by an optical cladding having a refractive index smaller than that of the core, wherein in the cladding and/or in the core imperfections are provided, designed as recesses and adapted to direct the light, preferably to refract and/or reflect the light propagating within the core and/or its optical cladding in generally radial directions, wherein a cap transparent to the laser light enclosing the distal end of the core and its optical cladding in a fluid tight and/or liquid tight manner is provided, characterized in that the outer surface of said optical cladding is fused in the region between said imperfections to the inner surface, preferably the inner diameter, of the cap and in that the outer surface of said optical cladding extending over a distance in front of and/or behind the region provided with the imperfections is fused to the inner surface, preferably the inner diameter, of the cap. in particular for the permanent occlusion of varicose veins, preferably in the lower limbs, of varicocele and/or of vascular malformations and/or for the use in aesthetic surgeries, preferably laser assisted lipolysis, and/or for tumor treatment by means of laser induced thermotherapy and/or photodynamic therapy, said device comprising a flexible wave guide and a light diffuser capable of circumferentially and endoluminally irradiating said tissue by laser light energy, said diffuser being connectable at its proximal end to a source of laser light energy via said flexible wave guide comprising a fiber optic core covered by an optical cladding having a refractive index smaller than that of the core, wherein in the cladding and/or in the core imperfections are provided, designed as recesses and adapted to direct the light, preferably to refract and/or reflect the light propagating within the core and/or its optical cladding in generally radial directions, wherein a cap transparent to the laser light enclosing the distal end of the core and its optical cladding in a fluid tight and/or liquid tight manner is provided, characterized in that the outer surface of said optical cladding is fused in the region between said imperfections to the inner surface, preferably the inner diameter, of the cap and in that the outer surface of said optical cladding extending over a distance in front of and/or behind the region provided with the imperfections is fused to the inner surface, preferably the inner diameter, of the cap.
A cutting tool assembly, comprising: a tool post; an actuator configured for attachment to the tool post and for electrical communication with a controller; and a tool tip attached to the actuator and mounted for movement with respect to a work piece to be cut, wherein the actuator provides for variable control of the movement of the tool tip in an x-direction perpendicular to the work piece, characterized in that the actuator comprises a main body capable of holding a first x-direction piezoelectric stack, and a second x-direction piezoelectric stack is mounted to the first x-direction piezoelectric stack via a paddle, wherein the first and second x-direction piezoelectric stacks (116, 118) are connected to a tool tip carrier having the tool tip and are independently controllable for moving the tool tip at two simultaneously independent speeds for use in selectively cutting the work piece. a tool post; an actuator configured for attachment to the tool post and for electrical communication with a controller; and a tool tip attached to the actuator and mounted for movement with respect to a work piece to be cut, wherein the actuator provides for variable control of the movement of the tool tip in an x-direction perpendicular to the work piece, characterized in that the actuator comprises a main body capable of holding a first x-direction piezoelectric stack, and a second x-direction piezoelectric stack is mounted to the first x-direction piezoelectric stack via a paddle, wherein the first and second x-direction piezoelectric stacks (116, 118) are connected to a tool tip carrier having the tool tip and are independently controllable for moving the tool tip at two simultaneously independent speeds for use in selectively cutting the work piece.
A bearing comprising an outer ring (112, 212, 213, 312, 412), an inner ring and rolling elements (116, 216, 217, 316) there between, the outer ring comprises an outer ring first face, which comprises an outer ring raceway and the outer ring further comprises an outer ring second face located on an opposite side of the outer ring in relation to the outer ring first face, the inner ring comprises an inner ring first face, which comprises an inner ring raceway and the inner ring further comprises an inner ring second face located on an opposite side of the inner ring in relation to the inner ring first surface, the rolling elements coupling together the inner and outer ring through the inner and outer ring raceways, to thereby enable a relative movement between the outer and inner ring, characterized in that at least one of the inner and/or outer ring second face comprises a groove (230, 231, 330, 331, 332, 430, 431) substantially parallel to a direction of the enabled relative movement between the outer and inner ring, to thereby weaken the corresponding outer or inner ring, and in that the bearing further comprises a Bragg grated optical fibre placed within the groove and mounted in such a way that it can sense a condition and load of the bearing, the groove increases the sensitivity of the fiber to both load variations and vibrations of the bearing, and in that the groove further comprises a continuous indentation (238, 239) along the direction of the enabled relative movement, the indentation is to accommodate the Bragg grated optical fibre.
Control system for controlling the movement of an aerial apparatus, in particular for controlling a turnable ladder of a firefighting vehicle, comprising a manually operable input device that is deflectable in at least one spatial direction by a deflecting force, an processing unit for converting the amount of deflection of the input device into a corresponding speed signal and an actuating unit for moving the aerial apparatus with a speed corresponding to the speed signal, characterized by determining means (18,20) for determining a possible maximum speed and restricting means for counteracting or limiting the deflection of the input device according to the determined possible maximum speed.
An item of furniture having a furniture carcass and a furniture part movably-mounted in or on the furniture carcass, and with a drive for driving the movable furniture part, wherein the drive has a motor and an output drive for the movable furniture part configured to be driven by the motor, a control or regulating device and a measuring device for detecting the position and/or movement parameters of the movable furniture part, wherein measuring signals from the measuring device can be transmitted to the control or regulating device and wherein provided is a clutch which interacts with the motor and the output drive and which can be engaged and disengaged by the control or regulating device, wherein the clutch can be engaged and disengaged in dependence on the measuring signals of the measuring device and wherein the clutch is configured as an electromagnetic clutch, wherein the clutch is configured so as to be disengaged in de-energized state.
An isolation valve system comprising: a first seat; a second seat aligned with said first seat; a blind; a main body for connection to a feed line, the main body having an orifice (42, 46) dimensioned to align with said feed line, in a coking operation; an upper bonnet and a lower bonnet coupled to said main body; said upper bonnet being sized so that removal thereof creates space through which said seats and blind are removable without separating the main body from the feed line; and a metal plate located inside one of said upper bonnet and lower bonnet, wherein the metal plate comprises a planar surface that is forced into contact with the blind by a spring actuated mechanism. a first seat; a second seat aligned with said first seat; a blind; a main body for connection to a feed line, the main body having an orifice (42, 46) dimensioned to align with said feed line, in a coking operation; an upper bonnet and a lower bonnet coupled to said main body; said upper bonnet being sized so that removal thereof creates space through which said seats and blind are removable without separating the main body from the feed line; and a metal plate located inside one of said upper bonnet and lower bonnet, wherein the metal plate comprises a planar surface that is forced into contact with the blind by a spring actuated mechanism.
A light emitting device, comprising: an active layer; a first cladding layer and a second cladding layer that sandwich the active layer; and a first reflection part provided on a first side surface of the active layer, wherein the active layer forms an optical waveguide that is arranged to guide light, wherein in the optical waveguide, a traveling direction of the light guided in the optical waveguide is arranged to change at the first reflection part, and characterized in that the first reflection part is located outside of a region in which the first cladding layer and the second cladding layer are provided in a plan view. an active layer; a first cladding layer and a second cladding layer that sandwich the active layer; and a first reflection part provided on a first side surface of the active layer, wherein the active layer forms an optical waveguide that is arranged to guide light, wherein in the optical waveguide, a traveling direction of the light guided in the optical waveguide is arranged to change at the first reflection part, and characterized in that the first reflection part is located outside of a region in which the first cladding layer and the second cladding layer are provided in a plan view.
A battery module comprising a battery cell assembly comprising a plurality of pouch-type battery cells and lead junction parts in which respective leads (125, 130) of the battery cells are joined to each other, the battery module comprising: a thermoelectric device in which a heat absorbing portion is located on surfaces of the battery cells which are located at both outsides among the battery cells in the battery cell assembly, the surfaces of the battery cells corresponding to a side surface of the battery cell assembly, characterized by a constant voltage device configured to bypass a current of the battery module to the thermoelectric device when an overvoltage of the battery module occurs, wherein the thermoelectric device is driven to electronically cool the battery cell assembly of the battery module when the overvoltage of the battery module occurs. a thermoelectric device in which a heat absorbing portion is located on surfaces of the battery cells which are located at both outsides among the battery cells in the battery cell assembly, the surfaces of the battery cells corresponding to a side surface of the battery cell assembly, characterized by a constant voltage device configured to bypass a current of the battery module to the thermoelectric device when an overvoltage of the battery module occurs, wherein the thermoelectric device is driven to electronically cool the battery cell assembly of the battery module when the overvoltage of the battery module occurs.
Corpuscular beam device having - a column (10; 110), which has a corpuscular beam optical unit for generating a corpuscular beam, in order to expose a desired pattern via this unit in an exposure mode in a vacuum sample chamber (20; 120), - a gas supply system, in order to supply a controllable gas flow having a photo-dissociable gas via this system in a cleaning mode of the column (10; 110) and/or the vacuum sample chamber (20; 120), and - multiple light sources (15.1 - 15.5; 115.1 - 115.5), which are arranged spatially distributed in the column (10; 110) and/or in the vacuum sample chamber (20; 120) and effectuate a photo-dissociation of the supplied gas in the cleaning mode, and - a control unit (30; 130) connected to the light sources (15.1 - 15.5; 115.1 - 115.5), which is designed such that individual light sources (15.1 - 15.5; 115.1 - 115.5) can be switched on and off in a chronologically selective manner via this unit in the cleaning mode and - wherein an oxygen reservoir (1; 101) and an ozone generator (2; 102) are arranged outside the column (10; 110), via which ozone can be generated as a photo-dissociable gas from the oxygen reservoir (1; 101) and can be supplied to the column (10; 110) via the gas supply system and wherein oxygen radicals result as photo-dissociation products, which react with contaminants to form breakdown products which can be pumped out, by way of the interaction between the radiation emitted by the light sources (15.1 - 15.5; 115.1 - 115.5) and the ozone. - a column (10; 110), which has a corpuscular beam optical unit for generating a corpuscular beam, in order to expose a desired pattern via this unit in an exposure mode in a vacuum sample chamber (20; 120), - a gas supply system, in order to supply a controllable gas flow having a photo-dissociable gas via this system in a cleaning mode of the column (10; 110) and/or the vacuum sample chamber (20; 120), and - multiple light sources (15.1 - 15.5; 115.1 - 115.5), which are arranged spatially distributed in the column (10; 110) and/or in the vacuum sample chamber (20; 120) and effectuate a photo-dissociation of the supplied gas in the cleaning mode, and - a control unit (30; 130) connected to the light sources (15.1 - 15.5; 115.1 - 115.5), which is designed such that individual light sources (15.1 - 15.5; 115.1 - 115.5) can be switched on and off in a chronologically selective manner via this unit in the cleaning mode and - wherein an oxygen reservoir (1; 101) and an ozone generator (2; 102) are arranged outside the column (10; 110), via which ozone can be generated as a photo-dissociable gas from the oxygen reservoir (1; 101) and can be supplied to the column (10; 110) via the gas supply system and wherein oxygen radicals result as photo-dissociation products, which react with contaminants to form breakdown products which can be pumped out, by way of the interaction between the radiation emitted by the light sources (15.1 - 15.5; 115.1 - 115.5) and the ozone.