mhurhangee/ep-ind-claims huggingface dataset:
A circuit for use in a multimedia server module that is coupleable to a plurality of multimedia sources that produce at least one multimedia signal, the circuit comprising: an encoder module that encodes the at least one multimedia signal to produce an encoded signal that includes a sequence of packets having a packet size; and an RF server transceiver module, coupled to the encoder module, that produces a channel signal that includes the encoded signal, and that wirelessly transmits the channel signal at a link data rate over a wireless communication path to at least one client module, the RF server transceiver module including a first monitor module that generates first RF performance signals that are based on the performance of the wireless communication path, and characterized in that: the RF server transceiver module is arranged to receive one or more performance parameters from the at least one client module, wherein the one or more performance parameters comprise at least one of: a receiving buffer level and a decoding buffer level; a quality of service module that receives the first RF performance signals and adjusts the packet size based on the first performance signals and the one or more performance parameters. an encoder module that encodes the at least one multimedia signal to produce an encoded signal that includes a sequence of packets having a packet size; and an RF server transceiver module, coupled to the encoder module, that produces a channel signal that includes the encoded signal, and that wirelessly transmits the channel signal at a link data rate over a wireless communication path to at least one client module, the RF server transceiver module including a first monitor module that generates first RF performance signals that are based on the performance of the wireless communication path, and characterized in that: the RF server transceiver module is arranged to receive one or more performance parameters from the at least one client module, wherein the one or more performance parameters comprise at least one of: a receiving buffer level and a decoding buffer level; a quality of service module that receives the first RF performance signals and adjusts the packet size based on the first performance signals and the one or more performance parameters.
A method to control a fuel injection system for an internal combustion engine and provided with a fuel pump; the fuel pump comprises: a pumping chamber; a piston mounted so as to slide within the pumping chamber; an intake duct, which ends in the pumping chamber and is provided with an intake valve; a delivery duct, which starts from the pumping chamber and is provided with a delivery valve; and a flow rate adjustment device, which is coupled to the intake valve and can be controlled so as to prevent the intake valve from closing or allow it to close when a fuel pressure inside the pumping chamber exceeds a fuel pressure in the intake duct; the control method comprises the step of detecting when the internal combustion engine is stopped; the control method is characterized in that it comprises the further step of controlling, in the moment when the internal combustion engine has been stopped and without an appreciable delay, the flow rate adjustment device to allow the intake valve to close keeping, at the same time, the delivery valve completely closed so as to minimise, from the moment when the internal combustion engine has been stopped and without an appreciable delay, both the fuel flowing out of the pumping chamber through the intake valve and the fuel flowing into the pumping chamber through the delivery valve. the control method comprises the step of detecting when the internal combustion engine is stopped; the control method is characterized in that it comprises the further step of controlling, in the moment when the internal combustion engine has been stopped and without an appreciable delay, the flow rate adjustment device to allow the intake valve to close keeping, at the same time, the delivery valve completely closed so as to minimise, from the moment when the internal combustion engine has been stopped and without an appreciable delay, both the fuel flowing out of the pumping chamber through the intake valve and the fuel flowing into the pumping chamber through the delivery valve.
Electromotive adjusting unit for adjusting the inclination of a support part of an item of seating furniture, comprising at least one pivot drive for fastening to a body element of the item of seating furniture with a rotatable output element on which an output plate can be mounted in a rotationally fixed manner, in order to carry the support part, wherein the pivot drive has a carrier plate by means of which it can be fastened to the body element and on which at least two intermeshing gearwheels are rotatably mounted, which form a reduction gear, characterized in that a bearing plate is arranged parallel to the carrier plate, in which the gearwheels are also rotatably mounted.
A ceramic matrix composite nozzle assembly, comprising: a ceramic matrix composite vane (110, 120); characterized in having: a metallic band (130, 140) positioned about the ceramic matrix composite vane (110, 120); and an interior metallic seal positioned between an interior surface of the ceramic matrix composite vane (110, 120) and a surface of the metallic band (130, 140), the interior metallic seal directly contacting the ceramic matrix composite vane and the metallic seal being attached to the metallic band. a ceramic matrix composite vane (110, 120); characterized in having: a metallic band (130, 140) positioned about the ceramic matrix composite vane (110, 120); and an interior metallic seal positioned between an interior surface of the ceramic matrix composite vane (110, 120) and a surface of the metallic band (130, 140), the interior metallic seal directly contacting the ceramic matrix composite vane and the metallic seal being attached to the metallic band. a metallic band (130, 140) positioned about the ceramic matrix composite vane (110, 120); and an interior metallic seal positioned between an interior surface of the ceramic matrix composite vane (110, 120) and a surface of the metallic band (130, 140), the interior metallic seal directly contacting the ceramic matrix composite vane and the metallic seal being attached to the metallic band.
Rib dial needle, with a needle body which is provided with a hook and, at a location spaced from the hook, has a needle coupling recess surrounded by a bearing face or alternatively a needle dial head provided with a bearing face on its periphery, with a coupling part which at one end has a coupling dial head adapted to the needle coupling recess and carrying a counter bearing face on its periphery, or alternatively a coupling part coupling recess surrounded on three sides by bearing face and adapted to the needle dial head, wherein on the coupling part and the needle body, mutually adapted transverse bearing faces (21a, 21b, 22a, 22b) are provided which are in contact with each other for at least some of the time and are oriented transversely to the bearing faces and counter bearing faces, wherein at least one of the transverse bearing faces (21a, 21b, 22a, 22b) is provided on a lug which is arranged on the coupling part or the needle body, and wherein a slot, which is formed in the needle body or in the coupling part, is assigned to the lug, wherein the dimensions of the lug and its assigned slot are selected such that in the mounting and removal position, a friction connection occurs between the transverse bearing face (21a, 21b) of the lug and its assigned transverse bearing face (22a, 22b) of the slot, and thus the coupling part is connected to the needle body by friction fit.
An apparatus for cleaning and/or disinfecting a medical device such as a stethoscope or pulse oximeter comprising a housing and a replaceable cartridge configured to fit within the housing; the cartridge containing cleaning medium for cleaning said medical device; and the apparatus defining an aperture configured to expose a surface of the medium to allow said medical device to be brought against said surface for cleaning; wherein the medium is configured to advance with respect to the aperture such that different portions of the medium are exposed at the aperture and the exposed surface of the medium carries cleaning fluid; wherein the cartridge includes a reservoir of cleaning fluid configured to be expressed onto the medium such that the exposed surface of the medium carries cleaning fluid, wherein the reservoir is a closed reservoir, characterised in that the housing has a first actuator configured to express said cleaning fluid from the reservoir onto the medium.
A device to transmit a sound to a user having a middle ear, a cochlea and a promontory disposed between the cochlea and the middle ear, the device comprising: an input assembly configured to receive a sound input, the input assembly comprising a light source to transmit light; and an output assembly comprising a movement transducer configured to couple to a fixed bone tissue to transmit the sound to the user with bone conduction, the output transducer assembly having a length extending along an axis from a first end to a second end, and comprising a medial component configured to couple to the promontory and a lateral component, the output assembly configured to comprise a mass opposite the medial component to direct the vibration energy towards the cochlea, wherein the movement transducer is disposed between the medial component and the lateral component; the output assembly further comprising, at least one photodetector to receive light, an anchor configured to affix the output assembly to the fixed bone tissue and support the assembly with the fixed bone tissue of the ear; and wherein the movement transducer is configured to vibrate the fixed bone tissue to transmit the sound to the user with bone conduction in response to the light. an input assembly configured to receive a sound input, the input assembly comprising a light source to transmit light; and an output assembly comprising a movement transducer configured to couple to a fixed bone tissue to transmit the sound to the user with bone conduction, the output transducer assembly having a length extending along an axis from a first end to a second end, and comprising a medial component configured to couple to the promontory and a lateral component, the output assembly configured to comprise a mass opposite the medial component to direct the vibration energy towards the cochlea, wherein the movement transducer is disposed between the medial component and the lateral component; the output assembly further comprising, at least one photodetector to receive light, an anchor configured to affix the output assembly to the fixed bone tissue and support the assembly with the fixed bone tissue of the ear; and at least one photodetector to receive light, an anchor configured to affix the output assembly to the fixed bone tissue and support the assembly with the fixed bone tissue of the ear; and wherein the movement transducer is configured to vibrate the fixed bone tissue to transmit the sound to the user with bone conduction in response to the light.
A laser light source device comprising: a laser diode configured to emit light; a reflection unit configured to reflect the light emitted from the laser diode; a wavelength conversion plate configured to receive light reflected by the reflection unit, convert a wavelength of the light reflected by the reflection unit, and reflect light having a converted wavelength; and a projection unit configured to receive light having the converted wavelength reflected by the wavelength conversion plate and emit light in a forward direction, characterized in that: the wavelength conversion plate comprises an optoceramic plate including a phosphor in ceramic material, wherein the reflection unit comprises a reflecting mirror having a concave reflective surface, wherein the projection unit comprises a parabolic mirror located at a circumference of the wavelength conversion plate and configured to emit light reflected by the wavelength conversion plate in the forward direction, and wherein the reflecting mirror includes an opening located at a center of the reflecting mirror and configured to emit light which is further reflected by the parabolic mirror a laser diode configured to emit light; a reflection unit configured to reflect the light emitted from the laser diode; a wavelength conversion plate configured to receive light reflected by the reflection unit, convert a wavelength of the light reflected by the reflection unit, and reflect light having a converted wavelength; and a projection unit configured to receive light having the converted wavelength reflected by the wavelength conversion plate and emit light in a forward direction, characterized in that: the wavelength conversion plate comprises an optoceramic plate including a phosphor in ceramic material, wherein the reflection unit comprises a reflecting mirror having a concave reflective surface, wherein the projection unit comprises a parabolic mirror located at a circumference of the wavelength conversion plate and configured to emit light reflected by the wavelength conversion plate in the forward direction, and wherein the reflecting mirror includes an opening located at a center of the reflecting mirror and configured to emit light which is further reflected by the parabolic mirror the wavelength conversion plate comprises an optoceramic plate including a phosphor in ceramic material, wherein the reflection unit comprises a reflecting mirror having a concave reflective surface, wherein the projection unit comprises a parabolic mirror located at a circumference of the wavelength conversion plate and configured to emit light reflected by the wavelength conversion plate in the forward direction, and wherein the reflecting mirror includes an opening located at a center of the reflecting mirror and configured to emit light which is further reflected by the parabolic mirror
Flight passenger seat divider device, with at least one seat divider unit comprising at least four main support elements (14, 16, 18, 30, 32, 34) which are implemented separately from each other, wherein at least two of the main support elements (14, 16, 18, 30, 32, 34) are embodied as separately implemented side walls and wherein at least two of the main support elements (14, 16, 18, 30, 32, 34) are embodied as connection elements which are configured to connect the at least two main support elements (14, 16) which are embodied as side walls, wherein the at least two main support elements (32, 34) that are embodied as connection elements are further embodied as torsion rods, characterised in that the seat divider unit is in at least one mounted state, viewed in a cross section plane, embodied as a box, said box having in the mounted state, viewed in the cross section plane, a closed profile.
A reinforcing structure of a vehicle door that includes an inner panel and an outer panel, the inner panel and the outer panel being joined to each other to form an internal space therebetween, the reinforcing structure of a vehicle door comprising a reinforcing member, wherein the inner panel includes a recess formed from an outer surface side toward the internal space, and the reinforcing member is formed integrally with the inner panel, characterized in that the inner panel includes a part and the recess is formed as a part housing recess for housing the part that is housed, the part housing recess has a vertical wall-shaped seated surface potion and is able to house the part on the luggage compartment side of the seated surface portion, and the reinforcing member is configured to join the part housing recess to the outer panel.
Arrangement of an electroacoustic actuator on a vehicle body of a motor vehicle, - wherein the actuator comprises a housing in which at least one speaker is arranged, which separates a front volume from a rear volume in the housing, - wherein the actuator is held on the vehicle body by a plurality of retaining devices, which are arranged on the housing spaced apart in a circumferential direction of the housing and each designed to be spring-elastic in the retaining direction and rigid in the direction transverse thereto, characterised in that - the actuator comprises a sound outlet tube which protrudes outwards from the housing and is fluidically coupled with the front volume, - and in that the retaining directions of the retaining devices lie parallel to an excitation direction of the speaker, in which direction the speaker during operation of the actuator transfers excitation forces onto the housing. - wherein the actuator comprises a housing in which at least one speaker is arranged, which separates a front volume from a rear volume in the housing, - wherein the actuator is held on the vehicle body by a plurality of retaining devices, which are arranged on the housing spaced apart in a circumferential direction of the housing and each designed to be spring-elastic in the retaining direction and rigid in the direction transverse thereto, - the actuator comprises a sound outlet tube which protrudes outwards from the housing and is fluidically coupled with the front volume, - and in that the retaining directions of the retaining devices lie parallel to an excitation direction of the speaker, in which direction the speaker during operation of the actuator transfers excitation forces onto the housing.
A light source arranged to receive a light-conducting cable provided with one of first, second and third interfaces (2, 3, 4) for conveying light intended for an endoscope, said first interface including at least one circular groove in the vicinity of its proximal end and a cylindrical portion disposed in the vicinity of its middle, said second interface including at least one elastically deformable ring thickened in the vicinity of the middle of said second interface and a cylindrical portion in the vicinity of its distal end, said third interface comprising at least one circular groove in the vicinity of its distal end and a cylindrical portion disposed in the vicinity of its proximal end, said light source comprising at least one casing containing at least one member for focusing the light beam emitted by light means and being characterised in that the casing contains at least one connection device comprising, at least from the outside towards the inside of the casing: - a port arranged on the front panel of said casing, - a first support disposed on the rear face of said front panel, - a slider able to slide along a direction parallel to the front panel of said casing, and - a second support receiving the light means and the focusing member and in that said connection device is configured so as to make it possible, on the one hand, to mechanically block interface of the light-conducting cable via one of the first support, slider and second support and, on the other hand, to hold said interface via at least one fulcrum obtained by another of the first support, slider and second support, so that the distal end of said interface is always perfectly positioned and held with respect to said focusing member. - a port arranged on the front panel of said casing, - a first support disposed on the rear face of said front panel, - a slider able to slide along a direction parallel to the front panel of said casing, and - a second support receiving the light means and the focusing member
(Currently amended) A direct-current circuit breaker that blocks a DC current flowing through a DC line, the direct-current circuit breaker comprising: a bridge circuit that is configured by connecting two series circuits (6a, 6b) in anti-parallel with each other, each of the series circuits being configured from a reactor and a commutation unit (3, 3a, 3b, 3c, 3d) that includes a capacitor; a first blocking unit that is connected between connection points, each of which is between the reactor and the commutation unit in each of the series circuits, that is in a closed state at a normal time when a steady-state current flows through the DC line, that is controlled so as to be opened after occurrence of a fault in the DC line, and that is disconnected at a current-zero point at which a current flowing through the reactors and a current flowing through the commutation units cancel each other out; and a second blocking unit that is connected to the bridge circuit in series, that is in a closed state at the normal time, that is controlled so as to be opened after the first blocking unit is disconnected, and that is disconnected at a current-zero point at which currents flowing respectively through the series circuits cancel each other out. a bridge circuit that is configured by connecting two series circuits (6a, 6b) in anti-parallel with each other, each of the series circuits being configured from a reactor and a commutation unit (3, 3a, 3b, 3c, 3d) that includes a capacitor; a first blocking unit that is connected between connection points, each of which is between the reactor and the commutation unit in each of the series circuits, that is in a closed state at a normal time when a steady-state current flows through the DC line, that is controlled so as to be opened after occurrence of a fault in the DC line, and that is disconnected at a current-zero point at which a current flowing through the reactors and a current flowing through the commutation units cancel each other out; and a second blocking unit that is connected to the bridge circuit in series, that is in a closed state at the normal time, that is controlled so as to be opened after the first blocking unit is disconnected, and that is disconnected at a current-zero point at which currents flowing respectively through the series circuits cancel each other out.