mhurhangee/ep-ind-claims huggingface dataset:
Aircraft cabin lighting arrangement for illuminating a common space (6, 12, 14) of an aircraft, such as a galley area, a wash room, or a wash room waiting area, comprising: a light output lens for passing light for illuminating said common space (6, 12, 14) of the aircraft, a plurality of light sources (30, 32) having different light emission spectra, the plurality of light sources (30, 32) being arranged for light emission through the light output lens, and a detector for detecting a person's presence in the common space (6, 12, 14), wherein the aircraft cabin lighting arrangement has at least a nominal day time mode of operation having a first light output, an intermediate mode of operation having a second light output, and a nominal night time mode of operation, wherein the aircraft cabin lighting arrangement is configured to switch from the nominal night time mode of operation to the intermediate mode of operation as a response to the detector detecting a person's presence in the common space (6, 12, 14), and wherein the second light output has a lower relative light emission power below a threshold wavelength than the first light output, wherein the threshold wavelength is between 450 nm and 500 nm. a light output lens for passing light for illuminating said common space (6, 12, 14) of the aircraft, a plurality of light sources (30, 32) having different light emission spectra, the plurality of light sources (30, 32) being arranged for light emission through the light output lens, and a detector for detecting a person's presence in the common space (6, 12, 14), wherein the aircraft cabin lighting arrangement has at least a nominal day time mode of operation having a first light output, an intermediate mode of operation having a second light output, and a nominal night time mode of operation, wherein the aircraft cabin lighting arrangement is configured to switch from the nominal night time mode of operation to the intermediate mode of operation as a response to the detector detecting a person's presence in the common space (6, 12, 14), and wherein the second light output has a lower relative light emission power below a threshold wavelength than the first light output, wherein the threshold wavelength is between 450 nm and 500 nm.
A dermatological composition containing myrtle extract at a concentration of 0.01 % to 1 % by weight, for use as an anti-adhesion agent against planktonic Propionibacterium acnes bacteria and/or as an agent for eradicating or destroying sessile Propionibacterium acnes bacteria organized into biofilm, this use being topical and intended to decrease resistance to an antibiotic acting on P. acnes.
Forehead support band for helmets, in particular work or sports protective helmets, comprising an extended structure, preferably flexible, capable of assuming an arched configuration in the mounted condition on a helmet, said structure having at least one fixing appendage, preferably two, for its fixing to said helmet interposed between two opposite ends of said structure; characterised in that it comprises at least two connection brackets for the engagement of said structure to said helmet and to a size-adjustment device arranged to engage a user's nape, each connection bracket having: a first engagement appendage moveably engageable to said helmet; a second engagement appendage rotatably engageable to a respective end of said structure; a third engagement appendage rotatably engageable to said size-adjustment device; each connection bracket being moveable with respect to said helmet and to said forehead support band between a raised position and a lowered position therefore also the size-adjustment device engaged to said brackets is moveable with respect to the helmet and to said forehead support band between a raised position and a lowered position. a first engagement appendage moveably engageable to said helmet; a second engagement appendage rotatably engageable to a respective end of said structure; a third engagement appendage rotatably engageable to said size-adjustment device; each connection bracket being moveable with respect to said helmet and to said forehead support band between a raised position and a lowered position therefore also the size-adjustment device engaged to said brackets is moveable with respect to the helmet and to said forehead support band between a raised position and a lowered position.
An aircraft engine comprising: - a stator, - a main shaft, a first rotor and a second rotor, - a transmission mechanism capable of converting rotation of the main shaft into rotation of the first rotor in a first direction and into rotation of the second rotor in a second direction opposite said first direction, - at least one first electrical device carried by the first rotor and at least one second electrical device carried by the second rotor, characterised in that it comprises: - at least one first field winding carried by the stator, - a control unit capable of causing direct electric current to flow in said first field winding, and - at least one first armature winding carried by the first rotor and connected to said first electrical device and at least one second armature winding carried by the second rotor and connected to said second electrical device, said first field winding being disposed between the first armature winding and the second armature winding in one position of the main shaft. - a stator, - a main shaft, a first rotor and a second rotor, - a transmission mechanism capable of converting rotation of the main shaft into rotation of the first rotor in a first direction and into rotation of the second rotor in a second direction opposite said first direction, - at least one first electrical device carried by the first rotor and at least one second electrical device carried by the second rotor, - at least one first field winding carried by the stator, - a control unit capable of causing direct electric current to flow in said first field winding, and - at least one first armature winding carried by the first rotor and connected to said first electrical device and at least one second armature winding carried by the second rotor and connected to said second electrical device, said first field winding being disposed between the first armature winding and the second armature winding in one position of the main shaft.
Pharmaceutical composition in the form of a microemulsion, comprising (a) an alcohol ethoxysulfate; (b) an ethoxylated glyceryl fatty acid ester; and (c) an ethoxylated sorbitol or sorbitol anhydride fatty acid ester. (a) an alcohol ethoxysulfate; (b) an ethoxylated glyceryl fatty acid ester; and (c) an ethoxylated sorbitol or sorbitol anhydride fatty acid ester.
Method for storing thermal energy in the form of high-temperature heat, wherein the heat is transferred by means of a medium, for example, water vapor, water, thermal oil, and/or liquid salts or salt mixtures, by means of a heat exchanger to air, this heated air transports the heat to the storage medium, and thereat releases the heat to the storage medium, whereby the air, having released heat to the storage medium leaves the storage medium as exhaust air, characterized in that for loading the storage medium ambient air is used, that the ambient air is taken from the environment via a blower, and that the ambient air behind the blower is preheated via an air/air heat exchanger with the exhaust air leaving the system.
Vehicle with a battery-supplied drive unit with a charging socket, connected to the battery, for receiving a charging plug, connected to an electricity source, wherein the vehicle is designed to detect removal of the charging plug from the charging socket characterised in that the vehicle has a hinged cover for closing the charging socket, wherein the hinged cover can be locked and unlocked via the vehicle's central locking system, wherein the vehicle is equipped so that in the case of a vehicle locked via the central locking system, if removal of the charging plug from the charging socket is detected it controls the central locking system in such a way that the central locking system unlocks at least the hinged cover for a predetermined period of time so that the hinged cover can be moved into its lockable closing position by the time of automatic locking on expiry of the predetermined period of time.
A method of collecting liquid carrier from a vapour in a printing system, the method comprising: heating a vapour comprising liquid carrier; and passively passing the heated vapour comprising liquid carrier through a volume of liquid carrier, wherein liquid carrier comprised in the heated vapour condenses into the volume of liquid carrier as it passes through the volume of liquid carrier. heating a vapour comprising liquid carrier; and passively passing the heated vapour comprising liquid carrier through a volume of liquid carrier, wherein liquid carrier comprised in the heated vapour condenses into the volume of liquid carrier as it passes through the volume of liquid carrier.
Arrangement for the secure printing of fiscal data, having a printing unit arranged in a first housing, having a fiscal data storage module comprising a non-volatile memory, wherein the printing unit comprises a security module, wherein the security module and the fiscal data storage module are connected to one another via a secured data transmission link, characterized in that the fiscal data storage module is arranged in a second housing, different from the first housing, which is secured against tampering and interference, the second housing comprises a sensor unit for detecting instances of tampering, and the fiscal data storage module comprises an interface via which data can be exchanged with a cash register. having a printing unit arranged in a first housing, having a fiscal data storage module comprising a non-volatile memory, wherein the printing unit comprises a security module, wherein the security module and the fiscal data storage module are connected to one another via a secured data transmission link, characterized in that the fiscal data storage module is arranged in a second housing, different from the first housing, which is secured against tampering and interference, the second housing comprises a sensor unit for detecting instances of tampering, and the fiscal data storage module comprises an interface via which data can be exchanged with a cash register.
A self-powered utility delivery system, comprising: an inlet port configured to receive a utility flowing through the self-powered utility delivery system at a first pressure; an outlet port configured to supply the utility at a second pressure, wherein the utility is configured to flow between the inlet port and the outlet port; an electronic utility meter providing one or both of processor-mediated communications or signal processing and configured to measure the utility supplied from the outlet port; an energy generator configured to convert a pressure of the utility to generate electrical power and consequently to regulate the pressure of the utility from the first pressure to the second pressure, characterized in that the second pressure is predetermined, and wherein the energy generator supplies a portion of the electrical power to an energy storage device; and wherein the system further comprises a pressure sensor configured to monitor the second pressure; and a processor operatively coupled to the energy generator and configured to receive feedback from the pressure sensor indicative of the second pressure, wherein the energy generator comprises an adjustor configured to control an amount of the electrical power generated in response to feedback of the second pressure received by the processor. an inlet port configured to receive a utility flowing through the self-powered utility delivery system at a first pressure; an outlet port configured to supply the utility at a second pressure, wherein the utility is configured to flow between the inlet port and the outlet port; an electronic utility meter providing one or both of processor-mediated communications or signal processing and configured to measure the utility supplied from the outlet port; an energy generator configured to convert a pressure of the utility to generate electrical power and consequently to regulate the pressure of the utility from the first pressure to the second pressure, characterized in that the second pressure is predetermined, and wherein the energy generator supplies a portion of the electrical power to an energy storage device; and wherein the system further comprises a pressure sensor configured to monitor the second pressure; and a processor operatively coupled to the energy generator and configured to receive feedback from the pressure sensor indicative of the second pressure, wherein the energy generator comprises an adjustor configured to control an amount of the electrical power generated in response to feedback of the second pressure received by the processor.
A client application comprising code embodied on a computer-readable medium and configured so as when executed on a first terminal to perform operation of: accessing a packet-based communication system to conduct voice or video calls over a packet-based network; characterised by the client: determining an availability of one or more other, second user terminals installed with other client instances of the client application; and presenting a near-end user with an option to select one of said second user terminals for use by the near-end user in conjunction with the first user terminal when conducting a voice or video call with a far-end user via the client instances and packet-based communication system; thereby enabling the voice or video call to be conducted using the second terminal to consume or generate at least one stream of the call whilst the first user terminal concurrently generates or consumes at least another stream of the call or controls the call. accessing a packet-based communication system to conduct voice or video calls over a packet-based network; characterised by the client: determining an availability of one or more other, second user terminals installed with other client instances of the client application; and presenting a near-end user with an option to select one of said second user terminals for use by the near-end user in conjunction with the first user terminal when conducting a voice or video call with a far-end user via the client instances and packet-based communication system; thereby enabling the voice or video call to be conducted using the second terminal to consume or generate at least one stream of the call whilst the first user terminal concurrently generates or consumes at least another stream of the call or controls the call. determining an availability of one or more other, second user terminals installed with other client instances of the client application; and presenting a near-end user with an option to select one of said second user terminals for use by the near-end user in conjunction with the first user terminal when conducting a voice or video call with a far-end user via the client instances and packet-based communication system; thereby enabling the voice or video call to be conducted using the second terminal to consume or generate at least one stream of the call whilst the first user terminal concurrently generates or consumes at least another stream of the call or controls the call.
A network optimization controller comprising: one or more processors; and one or more non-transitory computer-readable media storing instructions that, when executed by the one or more processors, cause the one or more processors to perform operations comprising: obtaining, from a secure access service edge (SASE) device executing a security service, a first data set defining a security performance metric provided by the security service; obtaining, from the SASE, a second data set defining a network performance metric associated with a network device; defining a policy based at least in part on the first data set and the second data set; determining if the policy has been violated; and changing a first access modality provided for the network device to access an end host to a second access modality based at least in part on the policy being violated, the first access modality and the second access modality defining different methods of access to the end host, wherein the policy defines a time period to use the second access modality, and wherein changing the first access modality to the second access modality includes: utilizing the second access modality for the time period; and changing to the first access modality based at least in part on an expiration of the time period. one or more processors; and one or more non-transitory computer-readable media storing instructions that, when executed by the one or more processors, cause the one or more processors to perform operations comprising: obtaining, from a secure access service edge (SASE) device executing a security service, a first data set defining a security performance metric provided by the security service; obtaining, from the SASE, a second data set defining a network performance metric associated with a network device; defining a policy based at least in part on the first data set and the second data set; determining if the policy has been violated; and obtaining, from a secure access service edge (SASE) device executing a security service, a first data set defining a security performance metric provided by the security service; obtaining, from the SASE, a second data set defining a network performance metric associated with a network device; defining a policy based at least in part on the first data set and the second data set; determining if the policy has been violated; and changing a first access modality provided for the network device to access an end host to a second access modality based at least in part on the policy being violated, the first access modality and the second access modality defining different methods of access to the end host, wherein the policy defines a time period to use the second access modality, and wherein changing the first access modality to the second access modality includes: utilizing the second access modality for the time period; and changing to the first access modality based at least in part on an expiration of the time period. utilizing the second access modality for the time period; and changing to the first access modality based at least in part on an expiration of the time period.
Fluid line comprising an inner contour, wherein the inner contour has wave peaks and wave troughs, wherein the wave peaks each have a front flank, a rear flank and a wave tip, and wherein the front flank has a flatter angle of inclination than the rear flank, characterised in that the wave tip and the wave trough are designed to be plateau-like, wherein the wave tip has a larger axial extension than the wave trough.
A composition comprising a myrtle extract and at least one fluorine salt, characterized in that the myrtle extract comprises between 1 and 5% flavonoids, between 0.5 and 10% tannins, between 0.5 and 5% triterpenes by dry weight relative to the total weight of the dry matter of said extract.
Electrically switchable closing device for a door assembly, having a housing, a door opener latch which interacts with a lock latch and which is movable between a closed position and an open position, an electrically actuatable actuating drive and a locking arrangement which is arranged between the door opener latch and the actuating drive and which the actuating drive switches between a locking state and a released state, wherein, in the closed position, in the locking state of the locking arrangement, the door opener latch is locked against a movement into the open position and, in the released state of the locking arrangement, is released for a movement into the open position, wherein the locking arrangement comprises, within the housing, at least one ball (22A, 22B), which is mounted in a linearly movable manner in a guide, and a locking pin which is guided in a through-opening (26.1) and which the actuating drive displaces via a slide between a locking position, which corresponds to the locking state of the locking arrangement, and a release position, which corresponds to the released state of the locking arrangement, where the guide of the at least one ball (22A, 22B) extends between the door opener latch and the locking pin and opens into the through-opening (26.1) of the locking pin, wherein, in the locking position, the locking pin blocks the linear movement of the at least one ball (22A, 22B) and the movement of the door opener latch and releases them in the release position, characterized in that the locking arrangement comprises a damping device with at least one elastic damping element which damps mechanical oscillations and/or vibrations that can be transmitted to the locking pin, and wherein the at least one elastic damping element at at least one end of the locking pin is arranged axially between the locking pin and a receptable of the locking pin.
A magnetic bearing device, comprising: a magnetic bearing that has first and second electromagnets (51, 52) opposed to each other with an object to be supported interposed therebetween and supports the object to be supported in a noncontact manner by means of a composite electromagnetic force of the first and second electromagnets (51, 52); and a controller that controls a first current and a second current so that equations 1 and 2 i 1 = g 0 − ax g 0 i b + i d i 2 = g 0 + ax g 0 i b − i d hold, where i 1 is the first current flowing to the first electromagnet, i 2 is the second current flowing to the second electromagnet, i d is a control current (id) corresponding to a current component varying according to a displacement of the object to be supported in the opposed direction of the first and second electromagnets (51, 52), i b is a bias current (ib) corresponding to a current component indicating a predetermined current value, g 0 is a reference gap length corresponding to a gap length between the object to be supported and the first and second electromagnets (51, 52) at the time when the object to be supported lies at a center position between the first and second electromagnets (51, 52), x is a displacement amount (x) of the object to be supported with respect to the center position in the opposed direction of the first and second electromagnets (51, 52), and a is a predetermined correction coefficient (a), wherein the correction coefficient (a) is set to a value except zero. a magnetic bearing that has first and second electromagnets (51, 52) opposed to each other with an object to be supported interposed therebetween and supports the object to be supported in a noncontact manner by means of a composite electromagnetic force of the first and second electromagnets (51, 52); and a controller that controls a first current and a second current so that equations 1 and 2 i 1 = g 0 − ax g 0 i b + i d i 2 = g 0 + ax g 0 i b − i d hold, where i 1 is the first current flowing to the first electromagnet, i 2 is the second current flowing to the second electromagnet, i d is a control current (id) corresponding to a current component varying according to a displacement of the object to be supported in the opposed direction of the first and second electromagnets (51, 52), i b is a bias current (ib) corresponding to a current component indicating a predetermined current value, g 0 is a reference gap length corresponding to a gap length between the object to be supported and the first and second electromagnets (51, 52) at the time when the object to be supported lies at a center position between the first and second electromagnets (51, 52), x is a displacement amount (x) of the object to be supported with respect to the center position in the opposed direction of the first and second electromagnets (51, 52), and a is a predetermined correction coefficient (a), wherein the correction coefficient (a) is set to a value except zero.