mhurhangee/ep-ind-claims huggingface dataset:
A method of measuring characteristics of a WDM system comprising: obtaining channel characteristics of a channel; wherein the channel characteristics comprise an optical signal to noise ratio, OSNR, of a channel of the wavelength division multiplexing system, a channel power of the channel and a center frequency shift of the channel; comparing the OSNR of the channel to one or more OSNR thresholds to determine an OSNR health of the channel; comparing the channel power to one or more power thresholds to determine a power health of the channel; comparing the center frequency shift of the channel to one or more frequency thresholds to determine a frequency health of the channel; determining a health of the channel based on a health equation which combines at least the OSNR health, the power health and the frequency health together, and; displaying the health of the channel on a display device. obtaining channel characteristics of a channel; wherein the channel characteristics comprise an optical signal to noise ratio, OSNR, of a channel of the wavelength division multiplexing system, a channel power of the channel and a center frequency shift of the channel; comparing the OSNR of the channel to one or more OSNR thresholds to determine an OSNR health of the channel; comparing the channel power to one or more power thresholds to determine a power health of the channel; comparing the center frequency shift of the channel to one or more frequency thresholds to determine a frequency health of the channel; determining a health of the channel based on a health equation which combines at least the OSNR health, the power health and the frequency health together, and; displaying the health of the channel on a display device.
A distributed antenna system comprising: a plurality of antennas; and a multi-port hub comprising an interface to a telecommunications network and a plurality of transceivers, wherein the multi-port hub is configured to operate in a first mode in which the multi-port hub receives a downlink communications signal via the interface and distributes the downlink communications signal to the plurality of antennas using a selected downlink transmission frequency within a downlink frequency range and in which the multi-port hub receives uplink communications signals from the plurality of antennas at a selected uplink receive frequency; wherein each of the plurality of antennas is located remotely from the multi-port hub; characterised in that: the multi-port hub is configured to operate in a second mode in which the multi-port hub receives communications signals from the plurality of antennas at one or more frequencies within the downlink frequency range. a plurality of antennas; and a multi-port hub comprising an interface to a telecommunications network and a plurality of transceivers, wherein the multi-port hub is configured to operate in a first mode in which the multi-port hub receives a downlink communications signal via the interface and distributes the downlink communications signal to the plurality of antennas using a selected downlink transmission frequency within a downlink frequency range and in which the multi-port hub receives uplink communications signals from the plurality of antennas at a selected uplink receive frequency; wherein each of the plurality of antennas is located remotely from the multi-port hub; characterised in that: the multi-port hub is configured to operate in a second mode in which the multi-port hub receives communications signals from the plurality of antennas at one or more frequencies within the downlink frequency range. the multi-port hub is configured to operate in a second mode in which the multi-port hub receives communications signals from the plurality of antennas at one or more frequencies within the downlink frequency range.
Method for determining the optimal path of a machining tool for the production of at least one island present in at least one zone of an open or closed pocket, characterized in that it consists in determining at least one optimal advance vector (V_opt_j) according to which the machining tool will be brought to perform straight-line passes over said at least one zone, said method comprising, for said at least one zone, the following steps: - choosing several advance vectors (V_i) for the machining tool offset angularly from one another with respect to a fixed axis; - for each chosen advance vector, determining a machining area (A_i) which will be covered by the tool during straight-line passes, said straight-line passes being at right angles to the optimal advance vector; - comparing areas obtained for each advance vector and determining the optimal advance vector (V_opt_j) for which the machining area is maximal. - choosing several advance vectors (V_i) for the machining tool offset angularly from one another with respect to a fixed axis; - for each chosen advance vector, determining a machining area (A_i) which will be covered by the tool during straight-line passes, said straight-line passes being at right angles to the optimal advance vector; - comparing areas obtained for each advance vector and determining the optimal advance vector (V_opt_j) for which the machining area is maximal.
An oil scavenge system for a gas turbine engine comprising an oil tank and at least one bearing chamber (205, 210, 215, 220), the oil scavenge system comprising: at least one primary scavenge pump (225, 230, 235, 240), a manifold, a deaerator and a filter unit; wherein the at least one primary scavenge pump (225, 230, 235, 240) is configured to pump oil from the at least one bearing chamber (205, 210, 215, 220) to the manifold whilst raising the pressure of the oil from a starting pressure to a first pressure elevated with respect to the starting pressure; and the manifold is pressurised to substantially maintain the oil at said first pressure; and characterised in that the oil scavenge system has a secondary scavenge pump that is configured to pump oil from the manifold at the first pressure and to raise the pressure of the oil from the first pressure to a second pressure elevated with respect to the first pressure before pumping the oil to the deaerator and through the filter unit to the oil tank. at least one primary scavenge pump (225, 230, 235, 240), a manifold, a deaerator and a filter unit; wherein the at least one primary scavenge pump (225, 230, 235, 240) is configured to pump oil from the at least one bearing chamber (205, 210, 215, 220) to the manifold whilst raising the pressure of the oil from a starting pressure to a first pressure elevated with respect to the starting pressure; and the manifold is pressurised to substantially maintain the oil at said first pressure; and wherein the at least one primary scavenge pump (225, 230, 235, 240) is configured to pump oil from the at least one bearing chamber (205, 210, 215, 220) to the manifold whilst raising the pressure of the oil from a starting pressure to a first pressure elevated with respect to the starting pressure; and the manifold is pressurised to substantially maintain the oil at said first pressure; and characterised in that the oil scavenge system has a secondary scavenge pump that is configured to pump oil from the manifold at the first pressure and to raise the pressure of the oil from the first pressure to a second pressure elevated with respect to the first pressure before pumping the oil to the deaerator and through the filter unit to the oil tank.
A method for deforming a tire sidewall, the method comprising the steps of: providing a tire having at least one sidewall connected to a corresponding bead; constraining the bead from moving in a lateral direction of the tire; engaging the sidewall with an inclined member; characterized in that it comprises further the step of: moving the inclined member to move the sidewall in a lateral direction of the tire away from the bead until the sidewall is laterally deformed into a laterally deformed configuration supported by the inclined member, the sidewall being flatter in the laterally deformed configuration than in an undeformed configuration. providing a tire having at least one sidewall connected to a corresponding bead; constraining the bead from moving in a lateral direction of the tire; engaging the sidewall with an inclined member; characterized in that it comprises further the step of: moving the inclined member to move the sidewall in a lateral direction of the tire away from the bead until the sidewall is laterally deformed into a laterally deformed configuration supported by the inclined member, the sidewall being flatter in the laterally deformed configuration than in an undeformed configuration.
A composition comprising a strain of Lactobacillus acidophilus, a strain of Lactobacillus rhamnosus, and lactoferrin for use in the preventive and/or curative treatment of Group-B Streptococcus infections, wherein said Group-B Streptococcus infections occur during or after pregnancy, and wherein said strain of Lactobacillus acidophilus has a 16s region having at least 95% identity with the sequence of SEQ ID NO:1.
Optical element for influencing light emitted by a light source, wherein the optical element extends along a longitudinal axis, comprising - a front side facing away from the light source and - a rear side facing toward the light source, wherein a plurality of cell-like light entry regions, which extend in a row along a straight line parallel to the longitudinal axis, are formed on the rear side for light to enter, and in addition a deflecting surface region, which adjoins the light entry areas on one side with respect to the straight line, is furthermore formed for at least partially deflecting the light, and a light exit region is formed on the front side for at least partially emitting of light, characterized in that the deflecting region extends along the longitudinal axis and thereby comprises surface regions which are configured in such a way that their surface normals respectively form an angle with the longitudinal axis that is smaller or greater than 90°, wherein, viewed perpendicularly to the longitudinal axis, the deflecting region comprises a plurality of steps (51, 52, 53, 54), wherein the surface regions are formed on the one of the steps that is closest to the straight line, wherein the light source comprises at least two LEDs which are disposed along the longitudinal axis, wherein the light entry regions respectively extend so far along the longitudinal axis that the two LEDs both emit their light into one of the light entry regions. - a front side facing away from the light source and - a rear side facing toward the light source, wherein a plurality of cell-like light entry regions, which extend in a row along a straight line parallel to the longitudinal axis, are formed on the rear side for light to enter,
A page-turning reader device comprising: a holder that is suitable for holding a binding edge of an inserted booklet; a page-turning means (103, 103A) that is suitable for turning pages of the booklet one by one while the booklet is arranged in the holder; and an image data acquiring means that is suitable for acquiring image data of each page of the booklet in synchronization with a page-turning operation of the page-turning means (103, 103A), wherein the holder has a holding claw that is rotatable so as to direct the other edge of the booklet to the image data acquiring means side, characterized in that the holder is suitable for maintaining a predetermined gripping pressure applied to the inserted booklet, and in that the holding claw is suitable for gripping the binding edge of the booklet arranged on a plane. a holder that is suitable for holding a binding edge of an inserted booklet; a page-turning means (103, 103A) that is suitable for turning pages of the booklet one by one while the booklet is arranged in the holder; and an image data acquiring means that is suitable for acquiring image data of each page of the booklet in synchronization with a page-turning operation of the page-turning means (103, 103A), wherein the holder has a holding claw that is rotatable so as to direct the other edge of the booklet to the image data acquiring means side, the holder is suitable for maintaining a predetermined gripping pressure applied to the inserted booklet, and in that the holding claw is suitable for gripping the binding edge of the booklet arranged on a plane.
A method comprising: receiving, by a base station from a wireless device, at least one first message comprising capability parameters indicating whether the wireless device supports multiple uplink semi persistent scheduling, SPS, configurations for vehicle-to-base station communications; receiving, by the base station from the wireless device, assistance information indicating a logical channel and a message size for uplink SPS traffic; transmitting, by the base station based on the capability parameters indicating support of the multiple uplink SPS configurations, at least one second message comprising: an uplink SPS radio network temporary identifier, RNTI; at least one uplink SPS configuration parameter; and an SPS configuration index for the at least one uplink SPS configuration parameter; and transmitting a downlink control information, DCI, corresponding to the uplink SPS RNTI, wherein the DCI comprises one or more parameters determined based on the assistance information, the one or more parameters comprising the SPS configuration index; and receiving, at least one transport block, employing the at least one uplink SPS configuration parameter. receiving, by a base station from a wireless device, at least one first message comprising capability parameters indicating whether the wireless device supports multiple uplink semi persistent scheduling, SPS, configurations for vehicle-to-base station communications; receiving, by the base station from the wireless device, assistance information indicating a logical channel and a message size for uplink SPS traffic; transmitting, by the base station based on the capability parameters indicating support of the multiple uplink SPS configurations, at least one second message comprising: an uplink SPS radio network temporary identifier, RNTI; at least one uplink SPS configuration parameter; and an SPS configuration index for the at least one uplink SPS configuration parameter; and an uplink SPS radio network temporary identifier, RNTI; at least one uplink SPS configuration parameter; and an SPS configuration index for the at least one uplink SPS configuration parameter; and transmitting a downlink control information, DCI, corresponding to the uplink SPS RNTI, wherein the DCI comprises one or more parameters determined based on the assistance information, the one or more parameters comprising the SPS configuration index; and receiving, at least one transport block, employing the at least one uplink SPS configuration parameter.
An adjustable arm for a patient monitoring device to be placed on a surface portion of a patient's body, said arm comprising: at least first and second arm parts (4, 5); a base to which the first arm part is connected and which includes mounting means for mounting it relative to a patient support platform; and holding means for receiving the patient monitoring device, to which the second arm part is connected; the arm parts (4, 5), the base and the holding means being articulated by means of joints (10, 10', 13) therebetween, which joints are fixable against movement when the patient monitoring device is in use; wherein the joints between the first arm part and the base and between second arm part and the holding means comprise multidirectional joints (10, 10'); wherein the base has a fixed portion and a tiltable portion, the fixed portion comprising the mounting means and the first arm part being connected to the tiltable portion, whereby when the said joints (10, 10', 13) are fixed the adjustable arm is arranged to maintain the patient monitoring device in position on the patient surface portion while allowing for movement of the patient monitoring device due to respiration.
A display panel, comprising: a display substrate configured to form a display content; a touch screen disposed above the display substrate and configured to present the display content; a supplementary light module disposed between the display substrate and the touch screen and comprising: a plurality of light emitting elements disposed on the display substrate and configured to provide supplementary light; and a light guide element disposed between the light emitting elements and the touch screen, surrounding four sides of the touch screen, and configured to guide the supplementary light to the touch screen, wherein the light emitting elements are disposed at four corners of the light guide element; a first adhesive member disposed between the light guide element and the touch screen and configured to bond the light guide element and the touch screen; and a second adhesive member covering the light emitting elements, surrounding four sides of the light guide element, and configured to bond the light emitting elements to the display substrate and the light guide element, wherein the light emitting elements are disposed inside the second adhesive member. a display substrate configured to form a display content; a touch screen disposed above the display substrate and configured to present the display content; a supplementary light module disposed between the display substrate and the touch screen and comprising: a plurality of light emitting elements disposed on the display substrate and configured to provide supplementary light; and a light guide element disposed between the light emitting elements and the touch screen, surrounding four sides of the touch screen, and configured to guide the supplementary light to the touch screen, wherein the light emitting elements are disposed at four corners of the light guide element; a plurality of light emitting elements disposed on the display substrate and configured to provide supplementary light; and a light guide element disposed between the light emitting elements and the touch screen, surrounding four sides of the touch screen, and configured to guide the supplementary light to the touch screen, wherein the light emitting elements are disposed at four corners of the light guide element; a first adhesive member disposed between the light guide element and the touch screen and configured to bond the light guide element and the touch screen; and a second adhesive member covering the light emitting elements, surrounding four sides of the light guide element, and configured to bond the light emitting elements to the display substrate and the light guide element, wherein the light emitting elements are disposed inside the second adhesive member.
A method for cancelling multi-carrier transmission interference in a transceiver which comprises a multi-carrier transmitter and a receiver, characterized by comprising: collecting, by an apparatus, a high order intermodulation signal in radio frequency signals output by the transmitter, the high order intermodulation signal being an intermodulation signal whose frequency falls into a receive frequency band of the receiver; processing the high order intermodulation signal so as to generate a first digital signal; establishing, a coefficient table of a high order intermodulation model according to amplitude and phase characteristics of a first baseband signal output by the transmitter and amplitude and phase characteristics of the first digital signal, wherein different coefficients correspond to different amplitudes and phases in the coefficient table; generating a second digital signal by multiplying a coefficient in the coefficient table and the first baseband signal; and counteracting, interference in a digital signal output by the receiver with the second digital signal; wherein the collecting a high order intermodulation signal in radio frequency signals output by the transmitter comprises: coupling a part of the radio frequency signals output by the transmitter; filtering a main signal and a low order intermodulation signal in the coupled multi-carrier radio frequency signals to obtain the high order intermodulation signal; and amplifying the high order intermodulation signal. collecting, by an apparatus, a high order intermodulation signal in radio frequency signals output by the transmitter, the high order intermodulation signal being an intermodulation signal whose frequency falls into a receive frequency band of the receiver; processing the high order intermodulation signal so as to generate a first digital signal; establishing, a coefficient table of a high order intermodulation model according to amplitude and phase characteristics of a first baseband signal output by the transmitter and amplitude and phase characteristics of the first digital signal, wherein different coefficients correspond to different amplitudes and phases in the coefficient table; generating a second digital signal by multiplying a coefficient in the coefficient table and the first baseband signal; and counteracting, interference in a digital signal output by the receiver with the second digital signal; wherein the collecting a high order intermodulation signal in radio frequency signals output by the transmitter comprises: coupling a part of the radio frequency signals output by the transmitter; filtering a main signal and a low order intermodulation signal in the coupled multi-carrier radio frequency signals to obtain the high order intermodulation signal; and amplifying the high order intermodulation signal. coupling a part of the radio frequency signals output by the transmitter; filtering a main signal and a low order intermodulation signal in the coupled multi-carrier radio frequency signals to obtain the high order intermodulation signal; and amplifying the high order intermodulation signal.
A pipe coupling structure comprising: a first refrigerant pipe that has a first portion, a first expansion portion, a second portion, a second expansion portion, and a third portion arranged in order; and a second refrigerant pipe that is inserted into the first refrigerant pipe and has a fourth portion facing the second portion and a fifth portion facing the third portion, wherein the second portion has an inner diameter larger than an inner diameter of the first portion, and the third portion has an inner diameter larger than the inner diameter of the second portion, the first expansion portion is an area of the first refrigerant pipe, an inner diameter of which gradually changes from the inner diameter of the first portion to the inner diameter of the second portion, the second expansion portion is an area of the first refrigerant pipe, an inner diameter of which gradually changes from the inner diameter of the second portion to the inner diameter of the third portion, the fifth portion has an outer diameter larger than an outer diameter of the fourth portion, and the fifth portion and the third portion are brazed. a first refrigerant pipe that has a first portion, a first expansion portion, a second portion, a second expansion portion, and a third portion arranged in order; and a second refrigerant pipe that is inserted into the first refrigerant pipe and has a fourth portion facing the second portion and a fifth portion facing the third portion, wherein the second portion has an inner diameter larger than an inner diameter of the first portion, and the third portion has an inner diameter larger than the inner diameter of the second portion, the first expansion portion is an area of the first refrigerant pipe, an inner diameter of which gradually changes from the inner diameter of the first portion to the inner diameter of the second portion, the second expansion portion is an area of the first refrigerant pipe, an inner diameter of which gradually changes from the inner diameter of the second portion to the inner diameter of the third portion, the fifth portion has an outer diameter larger than an outer diameter of the fourth portion, and the fifth portion and the third portion are brazed.