mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a first proximity sensor; a movement sensor; a second proximity sensor positioned in the electronic device to have a different sensing direction than the first proximity sensor; a wireless communication component; and a controller configured to determine: whether a first external object is in proximity to a first side of the electronic device based on an output from the first proximity sensor; whether the electronic device is stationary based on an output from the movement sensor; and whether a second external object is in proximity to a second side of the electronic device, based on an output from the second proximity sensor, wherein the second side is opposite to the first side; wherein the controller is configured to set an output power of the wireless communication component based on the determination. a first proximity sensor; a movement sensor; a second proximity sensor positioned in the electronic device to have a different sensing direction than the first proximity sensor; a wireless communication component; and a controller configured to determine: whether a first external object is in proximity to a first side of the electronic device based on an output from the first proximity sensor; whether the electronic device is stationary based on an output from the movement sensor; and whether a second external object is in proximity to a second side of the electronic device, based on an output from the second proximity sensor, wherein the second side is opposite to the first side; whether a first external object is in proximity to a first side of the electronic device based on an output from the first proximity sensor; whether the electronic device is stationary based on an output from the movement sensor; and whether a second external object is in proximity to a second side of the electronic device, based on an output from the second proximity sensor, wherein the second side is opposite to the first side; wherein the controller is configured to set an output power of the wireless communication component based on the determination.
Dimmable LED reading light unit, in particular for a passenger transportation vehicle, such as an airplane, a bus, a ship or a railcar, comprising a dimming module and an LED module, connected in series; the dimming module having an input being connectable to a power supply supplying direct voltage, the dimming module comprising a potentiometer allowing to select a dimming rate and a current controller providing an operating current for the LED module, the operating current corresponding to the dimming rate of the potentiometer; the LED module comprising at least one LED and a current consumer connected in parallel; wherein the current controller is configured to supply direct current to the LED module that substantially corresponds to the sum of the driving current necessary for driving the at least one LED to emit light with an intensity of illumination corresponding to the dimming rate of the potentiometer, and the current consumption of the current consumer.
A composition consisting essentially of a nucleic acid encoding IL-4, and optionally one or more nucleic acids selected from the group consisting of nucleic acids encoding ApoE-2, nerve growth factor, and brain- derived neurotrophic factor (BDNF) for use in a method of treating or ameliorating Alzheimer's disease, wherein said composition is to be administered.
A plant to continuously decontaminate rigid containers for pharmaceutical substances, the plant comprising: a decontamination chamber, which comprises supporting means comprising a tray having a plurality of through openings and comprises feeding means to feed at least one row of containers, which are aligned according to a first direction, along the tray in a second direction, which is transverse to the first direction; vaporized hydrogen peroxide generating means to generate a gaseous mixture comprising air and vaporized hydrogen peroxide; first forced ventilation means, which are connected to the vaporized hydrogen peroxide generating means to receive the gaseous mixture and to the decontamination chamber to generate, in the latter, a first flow of said gaseous mixture, which is oriented so as to hit the row of containers in the decontamination chamber from above; and dispenser means, which are connected to the vaporized hydrogen peroxide generating means to receive the gaseous mixture and are arranged under the tray to generate a second flow of said gaseous mixture, which is oriented so as to hit the row of containers in the decontamination chamber from below, through the through openings; said first forced ventilation means comprise first filters, which are arranged so as to define a ceiling of the decontamination chamber, and first compressor means to push the gaseous mixture through the first filters so that said first flow of gaseous mixtures is a laminar flow; said feeding means comprising a feeding grid, which comprises a plurality of pushing members defined by oblong elements extending transverse to the second direction, oriented vertically so as not to disturb the laminar flow of said first flow and uniformly equidistant to each other along the second direction so that the space between any pair of pushing members adjacent to each other can accommodate a row of containers; the pushing members presenting, for their whole extension, a plurality of openings to reduce the contact points between the surface of the pushing elements and the surfaces of the containers.
An agitation device agitating molten metal to which a matter to be melted is introduced for promoting melting of the matter to be melted, comprising: a traveling magnetic field generating unit (160, 260) arranged outside a melting tank storing the molten metal, configured to generate a first magnetic field traveling downward along a sidewall of the melting tank, wherein the traveling magnetic field generating unit (160, 260) is configured to generate a second magnetic field traveling upward along the sidewall of the melting tank in the melting tank, the second magnetic field being spaced at a predetermined distance away from the first magnetic field characterized by comprising: a first molten metal straightening member arranged in the melting tank at a corresponding position to the first magnetic field traveling downward along the sidewall of the melting tank, including a first molten metal straightening surface perpendicular to the sidewall of the melting tank and the horizontal plane, and a second molten metal straightening member arranged in the melting tank, positioned at the opposite side of the traveling magnetic field generating unit (160, 260) with respect to the sidewall of the melting tank, including a second molten metal straightening surface parallel to the sidewall of the melting tank. a traveling magnetic field generating unit (160, 260) arranged outside a melting tank storing the molten metal, configured to generate a first magnetic field traveling downward along a sidewall of the melting tank, wherein the traveling magnetic field generating unit (160, 260) is configured to generate a second magnetic field traveling upward along the sidewall of the melting tank in the melting tank, the second magnetic field being spaced at a predetermined distance away from the first magnetic field characterized by comprising: a first molten metal straightening member arranged in the melting tank at a corresponding position to the first magnetic field traveling downward along the sidewall of the melting tank, including a first molten metal straightening surface perpendicular to the sidewall of the melting tank and the horizontal plane, and a second molten metal straightening member arranged in the melting tank, positioned at the opposite side of the traveling magnetic field generating unit (160, 260) with respect to the sidewall of the melting tank, including a second molten metal straightening surface parallel to the sidewall of the melting tank. a first molten metal straightening member arranged in the melting tank at a corresponding position to the first magnetic field traveling downward along the sidewall of the melting tank, including a first molten metal straightening surface perpendicular to the sidewall of the melting tank and the horizontal plane, and a second molten metal straightening member arranged in the melting tank, positioned at the opposite side of the traveling magnetic field generating unit (160, 260) with respect to the sidewall of the melting tank, including a second molten metal straightening surface parallel to the sidewall of the melting tank.
A method for manufacturing a vehicle seat cushion comprising: - /A/ Providing a cushion comprising a 3D entanglement of continuous thermoplastic fibers, arranged irregularly, forming loops heat-sealed together, - /B/ Hot-pressing of the 3D entanglement of fibers into one or more local 3D entanglement areas so as to obtain one or more densified, stiffened local areas of the cushion, the local area(s) being configured to serve as a fastening area and wherein in /B/ the pressing is a thermoforming step during which a first mold part and a second mold part transform the fibers of the 3D entanglement of the local area into two elastic lips, including: - a first lip adjoining the entanglement at the local area by a first proximal end and has a first free distal end and - a second lip adjoining the entanglement at the local area by a second proximal end and has a second free distal end, and wherein the first lip and the second lip are oriented towards each other, forming a first snap-fitting part configured to insert a second snap-fitting part into a slot delimited between the first and second distal ends belonging to the first lip and to the second lip. - /A/ Providing a cushion comprising a 3D entanglement of continuous thermoplastic fibers, arranged irregularly, forming loops heat-sealed together, - /B/ Hot-pressing of the 3D entanglement of fibers into one or more local 3D entanglement areas so as to obtain one or more densified, stiffened local areas of the cushion, the local area(s) being configured to serve as a fastening area and wherein in /B/ the pressing is a thermoforming step during which a first mold part and a second mold part transform the fibers of the 3D entanglement of the local area into two elastic lips, including: - a first lip adjoining the entanglement at the local area by a first proximal end and has a first free distal end and - a second lip adjoining the entanglement at the local area by a second proximal end and has a second free distal end, - a first lip adjoining the entanglement at the local area by a first proximal end and has a first free distal end and - a second lip adjoining the entanglement at the local area by a second proximal end and has a second free distal end, and wherein the first lip and the second lip are oriented towards each other, forming a first snap-fitting part configured to insert a second snap-fitting part into a slot delimited between the first and second distal ends belonging to the first lip and to the second lip.
The recreation mat that contains at least one sheet made of synthetic foam, wherein inside the sheet of mat there is at least one longitudinal structural component comprising a metal core coated with plastic.
Illuminating device including a plurality of light sources mounted on a deck, characterized in that it includes: - a first set of light sources placed in a central zone of the deck; and - a second set of light sources placed in a peripheral zone of the deck, the light sources of one of the sets being suitable for transmitting data by modulation of visible light, each of the light sources of at least one of the sets being associated with at least one fixed convergent first lens positioned on the axis of the light source, the device being characterized in that the light sources of the other set are not suitable for transmitting data by modulation of visible light and in that it furthermore includes, arranged parallel to the deck and superposed on the light sources and first lenses: - a first element adapted to the central zone including a first set of divergent lenses, each of the lenses being arranged on the axis of a light source of the central zone; and - a second element adapted to the peripheral zone including a second set of divergent lenses, each of the lenses being arranged on the axis of a light source of the peripheral zone. - a first set of light sources placed in a central zone of the deck; and - a second set of light sources placed in a peripheral zone of the deck, - a first element adapted to the central zone including a first set of divergent lenses, each of the lenses being arranged on the axis of a light source of the central zone; and - a second element adapted to the peripheral zone including a second set of divergent lenses, each of the lenses being arranged on the axis of a light source of the peripheral zone.
A pharmaceutical composition comprising pridopidine for use in reducing anxiety and/or depression in a subject in need thereof, wherein the anxiety or depression is not caused by Huntington's Disease.
A system for driving a wheelchair, the system comprising: a driving module for driving the wheelchair across a surface; a control module coupled to the driving module, wherein the control module is configured to be coupled to at least one wheelchair wheel and the control module is further configured to transmit an output to the driving module responsive to receiving an input generated by actuation of the at least one wheelchair wheel, wherein the driving module, responsive to receiving the output from the control module, is configured to drive the wheelchair across the surface, wherein the system is configured to be rolled in a first direction to enable the at least one wheel to be coupled to the control module. a driving module for driving the wheelchair across a surface; a control module coupled to the driving module, wherein the control module is configured to be coupled to at least one wheelchair wheel and the control module is further configured to transmit an output to the driving module responsive to receiving an input generated by actuation of the at least one wheelchair wheel, wherein the driving module, responsive to receiving the output from the control module, is configured to drive the wheelchair across the surface, wherein the system is configured to be rolled in a first direction to enable the at least one wheel to be coupled to the control module.
A method for mobile communications, comprising the step of sending a service request for a setup of a network-provided service from a mobile communication device to a mobile communications network (RAN, CN), characterized in that the following steps are carried out before sending the service request: detecting an activity related to a mobile communication device, wherein the detected activity is an activity associated with the setup of a network-provided service, and performing, in response to the detection of the activity, at least one measurement of at least one candidate for serving a communication session related to the service request.
The method of monitoring a heart ventricle assist device which is connected to a patient, said assist device comprising a blood pump having a rapidly rotating, electrically powered impeller, said method comprising monitoring the impeller rotational speed characterized by: briefly interrupting power to said impeller to cause its rotation to slow; estimating the blood viscosity of the patient from the rate at which the rotation slows without applied power. briefly interrupting power to said impeller to cause its rotation to slow; estimating the blood viscosity of the patient from the rate at which the rotation slows without applied power.
A method for predicting NOx loading at a DeNOx catalyst, comprising: calculating mass flow of NOx stored at the DeNOx catalyst; calculating mass flow of NOx thermally released from the DeNOx catalyst; calculating mass flow of NOx chemically released from the DeNOx catalyst; and calculating NOx amount actually stored at the DeNOx catalyst by using the mass flow of NOx stored at the DeNOx catalyst, the mass flow of NOx thermally released from the DeNOx catalyst, and the mass flow of NOx chemically released from the DeNOx catalyst wherein calculation of the mass flow of NOx thermally released from the DeNOx catalyst comprises: calculating catalyst temperature at which current NOx storage amount is maximum NOx storage amount; determining whether current catalyst temperature is lower than or equal to the catalyst temperature at which the current NOx storage amount is the maximum NOx storage amount; and subtracting, in a case that the current catalyst temperature is higher than the catalyst temperature at which the current NOx storage amount is the maximum NOx storage amount, maximum NOx storage amount at the current catalyst temperature from the current NOx storage amount. calculating mass flow of NOx stored at the DeNOx catalyst; calculating mass flow of NOx thermally released from the DeNOx catalyst; calculating mass flow of NOx chemically released from the DeNOx catalyst; and calculating NOx amount actually stored at the DeNOx catalyst by using the mass flow of NOx stored at the DeNOx catalyst, the mass flow of NOx thermally released from the DeNOx catalyst, and the mass flow of NOx chemically released from the DeNOx catalyst wherein calculation of the mass flow of NOx thermally released from the DeNOx catalyst comprises: calculating catalyst temperature at which current NOx storage amount is maximum NOx storage amount; determining whether current catalyst temperature is lower than or equal to the catalyst temperature at which the current NOx storage amount is the maximum NOx storage amount; and subtracting, in a case that the current catalyst temperature is higher than the catalyst temperature at which the current NOx storage amount is the maximum NOx storage amount, maximum NOx storage amount at the current catalyst temperature from the current NOx storage amount. calculating catalyst temperature at which current NOx storage amount is maximum NOx storage amount; determining whether current catalyst temperature is lower than or equal to the catalyst temperature at which the current NOx storage amount is the maximum NOx storage amount; and subtracting, in a case that the current catalyst temperature is higher than the catalyst temperature at which the current NOx storage amount is the maximum NOx storage amount, maximum NOx storage amount at the current catalyst temperature from the current NOx storage amount.
Spacer device for formwork of the type comprising two formwork panels arranged so that they face each other; each panel having an inner wall (20,21) and an outer wall, the inner wall being the one intended to contact the concrete, said device comprising a hollow tubular body extending around a longitudinal axis (X-X), said tubular body being configured to house a cross tie rod and comprising: - a central tubular portion, - two side tubular portions (2a,2b); each being opposite the remainder with respect to the central tubular portion; each side tubular portion (2a,2b) comprising fastening means at one end removably coupled to the central tubular portion; and two tapered portions (3a,3b) configured to rest on one of the inner wall (20,21) of the formwork respectively; said tubular body comprises a ball joint (5a,5b) interposed between each tapered portion (3a,3b) and the remaining end of the respective side tubular portion (2a,2b), each ball joint (5a, 5b) being integral with the remaining end of the side tubular portion (2a,2b) respectively and being placed in contact with the respective tapered portion (3a,3b); each side tubular portion (2a,2b) extends along its own extension axis coinciding with the spacer device assembled with the longitudinal axis (X-X), for a length greater than 7 cm. - a central tubular portion, - two side tubular portions (2a,2b); each being opposite the remainder with respect to the central tubular portion; each side tubular portion (2a,2b) comprising fastening means at one end removably coupled to the central tubular portion; and two tapered portions (3a,3b) configured to rest on one of the inner wall (20,21) of the formwork respectively; said tubular body comprises a ball joint (5a,5b) interposed between each tapered portion (3a,3b) and the remaining end of the respective side tubular portion (2a,2b), each ball joint (5a, 5b) being integral with the remaining end of the side tubular portion (2a,2b) respectively and being placed in contact with the respective tapered portion (3a,3b); each side tubular portion (2a,2b) extends along its own extension axis coinciding with the spacer device assembled with the longitudinal axis (X-X), for a length greater than 7 cm.
Press fitting for pipes, comprising: - a socket with an insertion space for having a pipe end inserted therein, the insertion space having a press region which is delimited by a substantially cylindrical press wall part; - an annular groove-shaped space present in the press wall part; and - a sealing ring, a spacer ring and a gripping ring placed in the annular groove-shaped space, in which the press region is plastically deformable from a non-compressed state towards a compressed state during a radially inward directed pressing action exerted by a press tool causing the press wall part to radially compress and the gripping ring to grip an inserted pipe end while the sealing ring lies sealing against this inserted pipe end, in which the spacer ring has a substantially V-shaped cross-sectional profile with an inner and an outer leg (20, 21) that together delimit a hollow that opens out towards the sealing ring, characterized in that, the spacer ring is an endless spacer ring with an endless ring-shaped body that is closed in the circumferential direction, in which the inner leg comprises: - an inner contact wall part that extends in an axial direction and that faces the insertion space, in which the outer leg comprises: - an outer contact wall part that extends in the axial direction and that faces the substantially cylindrical press wall part of the socket, wherein the inner and outer contact wall parts (27, 28) both start at the side of the sealing ring substantially at a same level seen in the axial direction and lie opposite each other at opposing sides of the hollow, wherein at least one of the inner and outer contact wall parts has an axial length that is equal to or shorter than a depth of the hollow seen in the axial direction. - a socket with an insertion space for having a pipe end inserted therein, the insertion space having a press region which is delimited by a substantially cylindrical press wall part; - an annular groove-shaped space present in the press wall part; and - a sealing ring, a spacer ring and a gripping ring placed in the annular groove-shaped space, - an inner contact wall part that extends in an axial direction and that faces the insertion space, - an outer contact wall part that extends in the axial direction and that faces the substantially cylindrical press wall part of the socket,