mhurhangee/patent-ind-claim-en huggingface dataset:
A transformer system comprising: a power transformer comprising a metal tank filled with an electrically insulating liquid ; and a wireless sensor arrangement submerged in the insulating liquid within the tank; wherein the sensor arrangement comprises a radio transmitter for wirelessly transmitting sensor readings to the outside of the transformer through an opening (4a; 4b) in the tank, said opening being provided with a liquid-tight seal comprising a solid insulator (21; 31) for preventing leakage from the tank of the insulating liquid, and wherein the radio transmitter is configured for transmitting the sensor readings using a carrier frequency within the range of from 100 kHz to 1 MHz. a power transformer comprising a metal tank filled with an electrically insulating liquid ; and a wireless sensor arrangement submerged in the insulating liquid within the tank; wherein the sensor arrangement comprises a radio transmitter for wirelessly transmitting sensor readings to the outside of the transformer through an opening (4a; 4b) in the tank, said opening being provided with a liquid-tight seal comprising a solid insulator (21; 31) for preventing leakage from the tank of the insulating liquid, and wherein the radio transmitter is configured for transmitting the sensor readings using a carrier frequency within the range of from 100 kHz to 1 MHz.
A log collection device comprising: a log receiver that receives a text log from a log generation device ; a dictionary generator that generates a compressed dictionary for performing text compression based on the received text log; a dictionary transmitter that transmits the generated compressed dictionary to the log generation device and instructs performing of the compression process using the compressed dictionary on the text log transmitted after the transmission of the compressed dictionary; a decompression processor that performs a decompression process using the compressed dictionary on the text log received after transmission of the compressed dictionary; and characterized in that the dictionary transmitter is configured, each time the compressed dictionary is updated, to transmit the compressed dictionary or information indicating the update content after update to the log generation device , to replace the compressed dictionary before the update and to instruct to use the compressed dictionary after the update. a log receiver that receives a text log from a log generation device ; a dictionary generator that generates a compressed dictionary for performing text compression based on the received text log; a dictionary transmitter that transmits the generated compressed dictionary to the log generation device and instructs performing of the compression process using the compressed dictionary on the text log transmitted after the transmission of the compressed dictionary; a decompression processor that performs a decompression process using the compressed dictionary on the text log received after transmission of the compressed dictionary; and characterized in that the dictionary transmitter is configured, each time the compressed dictionary is updated, to transmit the compressed dictionary or information indicating the update content after update to the log generation device , to replace the compressed dictionary before the update and to instruct to use the compressed dictionary after the update.
A power supply unit comprising: a lower case in which a fuel cell or a battery is accommodated; and an upper case (10; 10a) containing substrates that are mounted to an inner side of the upper case (10; 10a), electronic components being implemented on the substrates , the upper case (10; 10a) being coupled to the lower case , wherein a wall (9; 19) extending from a top plate (101; 101a) of the upper case (10; 10a) is provided between a side plate of the upper case (10; 10a) and the substrates . a lower case in which a fuel cell or a battery is accommodated; and an upper case (10; 10a) containing substrates that are mounted to an inner side of the upper case (10; 10a), electronic components being implemented on the substrates , the upper case (10; 10a) being coupled to the lower case , wherein a wall (9; 19) extending from a top plate (101; 101a) of the upper case (10; 10a) is provided between a side plate of the upper case (10; 10a) and the substrates .
A tracked, portable radial stacker for stockpiling bulk material, comprising: a linear conveyor having a rear portion and a front portion and being designed to carry bulk material from a low position adjacent the rear portion to a higher position adjacent the front portion; a foot disposed adjacent the rear portion of the conveyor and designed to selectively contact the ground to facilitate pivoting of the conveyor; a continuous track system including a frame to which the conveyor is mounted, the track system including a pair of driven, parallel tracks designed to contact the ground to convey the stacker from one position to another, and to be lifted off the ground when desired; a pair of mid-wheels mounted to the frame to be moveable between a raised position in which they do not contact the ground and a lowered position in which they contact the ground and lift the tracks off the ground; characterized in that it comprises: a rear wheel mounted adjacent the rear portion of the conveyor to be moveable between a raised position in which it does not contact the ground and a lowered position in which it contacts the ground and lifts the tracks off the ground to permit movement of the conveyor on the rear wheel. a linear conveyor having a rear portion and a front portion and being designed to carry bulk material from a low position adjacent the rear portion to a higher position adjacent the front portion; a foot disposed adjacent the rear portion of the conveyor and designed to selectively contact the ground to facilitate pivoting of the conveyor; a continuous track system including a frame to which the conveyor is mounted, the track system including a pair of driven, parallel tracks designed to contact the ground to convey the stacker from one position to another, and to be lifted off the ground when desired; a pair of mid-wheels mounted to the frame to be moveable between a raised position in which they do not contact the ground and a lowered position in which they contact the ground and lift the tracks off the ground; characterized in that it comprises: a rear wheel mounted adjacent the rear portion of the conveyor to be moveable between a raised position in which it does not contact the ground and a lowered position in which it contacts the ground and lifts the tracks off the ground to permit movement of the conveyor on the rear wheel.
Laser pulse spectral broadening apparatus , being configured for spectral broadening of laser pulses , comprising - a multi-pass cell device comprising multiple mirror elements , which are arranged for providing a beam path extending from an input section to an output section of the multi-pass cell device , wherein the mirror elements are arranged such that an accumulated half round trip Gouy phase parameter G hrt per half round trip through the multi-pass cell device differs from n*π/2, with n being a natural number, and the mirror elements comprise focussing mirror elements having a concave curvature, and - a pulse spectral broadening device including at least one optical non-linear medium being arranged in the beam path and being configured for spectral broadening of the laser pulses passing the pulse spectral broadening device , wherein the mirror elements have a configuration providing multiple passages of the beam path through the pulse spectral broadening device , characterized in that - the mirror elements further comprise folding mirror elements having a close to plane shape, wherein an absolute value of the radius of curvature of the close to plane folding mirror elements is larger than 10 m and the folding mirror elements span a folded collimation portion of the beam path and the beam path has a degree of collimation along the whole collimation portion , such that an accumulated collimation portion Gouy phase parameter G col in the folded collimation portion is π/15 < G col < π/2. - a multi-pass cell device comprising multiple mirror elements , which are arranged for providing a beam path extending from an input section to an output section of the multi-pass cell device , wherein the mirror elements are arranged such that an accumulated half round trip Gouy phase parameter G hrt per half round trip through the multi-pass cell device differs from n*π/2, with n being a natural number, and the mirror elements comprise focussing mirror elements having a concave curvature, and - a pulse spectral broadening device including at least one optical non-linear medium being arranged in the beam path and being configured for spectral broadening of the laser pulses passing the pulse spectral broadening device , wherein the mirror elements have a configuration providing multiple passages of the beam path through the pulse spectral broadening device , - the mirror elements further comprise folding mirror elements having a close to plane shape, wherein an absolute value of the radius of curvature of the close to plane folding mirror elements is larger than 10 m and the folding mirror elements span a folded collimation portion of the beam path and the beam path has a degree of collimation along the whole collimation portion , such that an accumulated collimation portion Gouy phase parameter G col in the folded collimation portion is π/15 < G col < π/2.
A backlight module, wherein the backlight module comprises: a first light source layer located at a surface of a light emitting side of the backlight module, the first light source layer comprises a plurality of first light source elements arranged with intervals; a second light source layer located at a surface opposite to the light emitting side of the backlight module, wherein the second light source layer comprises a plurality of second light source elements arranged one-to-one corresponding to positions of the intervals between adjacent first light source elements ; wherein the backlight module further comprises optical components arranged between the first light source layer and the second light source layer , the optical components change propagation path of light emitted from the second light source elements and propagating towards the first light source elements such that the light is emitted through the intervals; characterized in that the optical components comprise triple prisms , the triple prisms are arranged one-to-one corresponding to the second light source elements . a first light source layer located at a surface of a light emitting side of the backlight module, the first light source layer comprises a plurality of first light source elements arranged with intervals; a second light source layer located at a surface opposite to the light emitting side of the backlight module, wherein the second light source layer comprises a plurality of second light source elements arranged one-to-one corresponding to positions of the intervals between adjacent first light source elements ; wherein the backlight module further comprises optical components arranged between the first light source layer and the second light source layer , the optical components change propagation path of light emitted from the second light source elements and propagating towards the first light source elements such that the light is emitted through the intervals; characterized in that the optical components comprise triple prisms , the triple prisms are arranged one-to-one corresponding to the second light source elements .
An algal extract of green algae of the type Ulva comprising sulfated and non-sulfated polyanionic polysaccharides the molecular weight of which is less than or equal to 50 kDa, for use in the prevention and/or treatment of a septic complication associated with post-traumatic immunosuppression, said post-traumatic immunosuppression occurring as a consequence of one or more severe traumas, in particular a severe cranial trauma .
An Ethernet physical layer, PHY, transceiver , comprising: a transmitter , configured to generate and transmit a first signal carrying a first data stream over an asymmetric full-duplex wired channel to a peer Ethernet PHY transceiver ; a receiver , configured to receive a second signal carrying a second data stream from the peer Ethernet PHY transceiver over the asymmetric full-duplex wired channel , the second signal containing an echo component from the first signal, and to decode the received second data stream ; and a precoder , which is configured, in generating the first signal for transmission, to apply precoding to the first data stream, the precoding reducing the echo component from the first signal in the second data stream decoded by the receiver . a transmitter , configured to generate and transmit a first signal carrying a first data stream over an asymmetric full-duplex wired channel to a peer Ethernet PHY transceiver ; a receiver , configured to receive a second signal carrying a second data stream from the peer Ethernet PHY transceiver over the asymmetric full-duplex wired channel , the second signal containing an echo component from the first signal, and to decode the received second data stream ; and a precoder , which is configured, in generating the first signal for transmission, to apply precoding to the first data stream, the precoding reducing the echo component from the first signal in the second data stream decoded by the receiver .
A hydraulic failure isolation valve, comprising: a first spring (S-1) at a first end (206 of the hydraulic failure isolation valve; a second spring (S-2) at a second end of the hydraulic failure isolation valve, the second end being spaced apparat from the first end ; a check valve operable between a first position by the first spring (S-1) to maintain hydraulic pressure between a hydraulic power source and a dual valve assembly along a main hydraulic line and a second position to maintain hydraulic pressure between an accumulator power source and the dual valve assembly along an accumulator hydraulic line; characterised by a sensing line in communication between the main hydraulic line and the hydraulic failure isolation valve; and a piston operable between the first position by the second spring (S-2), against which a hydraulic pressure acts from the sensing line to remain clear of the check valve and the second position by a reduction in hydraulic pressure from the sensing line acting on the second spring (S-2) causing the second spring (S-2) to move the piston toward the check valve . a first spring (S-1) at a first end (206 of the hydraulic failure isolation valve; a second spring (S-2) at a second end of the hydraulic failure isolation valve, the second end being spaced apparat from the first end ; a check valve operable between a first position by the first spring (S-1) to maintain hydraulic pressure between a hydraulic power source and a dual valve assembly along a main hydraulic line and a second position to maintain hydraulic pressure between an accumulator power source and the dual valve assembly along an accumulator hydraulic line; characterised by a sensing line in communication between the main hydraulic line and the hydraulic failure isolation valve; and a piston operable between the first position by the second spring (S-2), against which a hydraulic pressure acts from the sensing line to remain clear of the check valve and the second position by a reduction in hydraulic pressure from the sensing line acting on the second spring (S-2) causing the second spring (S-2) to move the piston toward the check valve .
Method for controlling a spark-ignition internal combustion engine defining an engine speed ( N mot ), a load (R) and a scavenging rate ( T x ), to prevent the appearance of knocking in a cylinder of the engine , the engine comprising : - a particle filter , and - a calculator which method establishes an ignition advance correction (A) as a function of engine speed ( N mot ) and load (R), the method being characterized in that a loading factor (F) of the particle filter is established as a function of a pressure differential (dP) measured at the terminals of the particle filter and of the scanning rate ( T x ) of the engine , and that a preventive ignition advance correction ( A p ) necessary to avoid the knocking phenomenon is calculated during a phase in which the correction of ignition advance (A) is multiplied by the loading factor (F), the preventive ignition advance correction ( A p ) then being carried out by the computer. - a particle filter , and - a calculator which method establishes an ignition advance correction (A) as a function of engine speed ( N mot ) and load (R), the method being characterized in that a loading factor (F) of the particle filter is established as a function of a pressure differential (dP) measured at the terminals of the particle filter and of the scanning rate ( T x ) of the engine , and that a preventive ignition advance correction ( A p ) necessary to avoid the knocking phenomenon is calculated during a phase in which the correction of ignition advance (A) is multiplied by the loading factor (F), the preventive ignition advance correction ( A p ) then being carried out by the computer.
A platform for a wind turbine , the platform comprising - a lift beam for carrying a load of a transport cabin of a tower lift of the wind turbine - a bearing structure and - a floor plate supported by the bearing structure , characterized in that the bearing structure comprises the lift beam and the lift beam is integrally formed with the platform bearing structure . - a lift beam for carrying a load of a transport cabin of a tower lift of the wind turbine - a bearing structure and - a floor plate supported by the bearing structure ,
A patient interface comprising: a. a body portion to be located, in-use upon a face of a user, the body portion having left and right side arms, a bridge portion between the left and right side arms, and a bending region between the bridge portion and each of the left side arm and right side arm , b. at least one nasal prong extending from the bridge portion to be inserted into, or to direct a flow of gas into, a nare or the nares of the user's nose in an operational position, c. the body portion having at least one fluid passageway connected to the at least one nasal prong for supply of a gas to the nare(s) of the user's nose, d. wherein, a cross section of the fluid passageway varies in shape along at least a portion of the length of the body portion and varies from a substantially circular cross section at or near an outer end for connection with a breathing tube or conduit, to an elongated cross section provided in or forming the bending region , a. wherein the elongated cross section has a longer axis arranged parallel to a user's face when located, in use, upon the face of the user, and the elongated cross section providing greater flexibility for bending of the body portion towards or away from the user's face in a direction of a shorter axis of the elongated cross section. a. a body portion to be located, in-use upon a face of a user, the body portion having left and right side arms, a bridge portion between the left and right side arms, and a bending region between the bridge portion and each of the left side arm and right side arm , b. at least one nasal prong extending from the bridge portion to be inserted into, or to direct a flow of gas into, a nare or the nares of the user's nose in an operational position, c. the body portion having at least one fluid passageway connected to the at least one nasal prong for supply of a gas to the nare(s) of the user's nose, d. wherein, a cross section of the fluid passageway varies in shape along at least a portion of the length of the body portion and varies from a substantially circular cross section at or near an outer end for connection with a breathing tube or conduit, to an elongated cross section provided in or forming the bending region , a. wherein the elongated cross section has a longer axis arranged parallel to a user's face when located, in use, upon the face of the user, and the elongated cross section providing greater flexibility for bending of the body portion towards or away from the user's face in a direction of a shorter axis of the elongated cross section.
Heater assembly for use in a domestic appliance , comprising a main part being generally cup-shaped and having an open side, and a cover part which is fixedly connected to the main part for covering the open side of the main part , the main part and the cover part enclosing a heater space for receiving fluid to be heated in the heater assembly , and the main part and the cover part being sealingly coupled to each other in a sealing area which is at a position for surrounding the heater space , characterized in that , at a position which is more to the outside of the heater assembly than the sealing area , as seen from the heater space , the heater assembly is provided with at least one safety opening for allowing fluidum from the heater space to flow therethrough in a forced safety condition of the heater assembly in which condition at least one fluidum passage is present between the main part and the cover part in the sealing area .
An electrical safety edge, characterised in that the electrical safety edge comprises: a hose with an outer jacket of non-conductive material and a layer of conductive material arranged on opposite inner surfaces; an insert piece which is partially inserted into a hose end of the hose ; and a cap adjoining an end face of the hose end, which is constructed as an elastomer body and aligned with the longitudinal direction of an outer hose contour of the hose ; wherein the free end of the insert piece protrudes beyond the hose end and is surrounded there by the elastomer body ; wherein the insert piece has at least one respective projection which is pressed into the conductive layer of the hose and ensures an electrical contact with the conductive layer and anchors the insert piece in the hose ; and wherein a surface of the insert piece is provided with a layer of conductive material in whole or in part and the projection is provided in the area of the insert piece provided for the hose interior; or wherein the insert piece is made of non-conductive material and has two outer surfaces which are electrically insulated from one another and respectively have at least one electrically conductive projection . a hose with an outer jacket of non-conductive material and a layer of conductive material arranged on opposite inner surfaces; an insert piece which is partially inserted into a hose end of the hose ; and a cap adjoining an end face of the hose end, which is constructed as an elastomer body and aligned with the longitudinal direction of an outer hose contour of the hose ; wherein the free end of the insert piece protrudes beyond the hose end and is surrounded there by the elastomer body ; wherein the insert piece has at least one respective projection which is pressed into the conductive layer of the hose and ensures an electrical contact with the conductive layer and anchors the insert piece in the hose ; and wherein a surface of the insert piece is provided with a layer of conductive material in whole or in part and the projection is provided in the area of the insert piece provided for the hose interior; or wherein the insert piece is made of non-conductive material and has two outer surfaces which are electrically insulated from one another and respectively have at least one electrically conductive projection .