mhurhangee/patent-ind-claim-en huggingface dataset:
A coordinator network node for a wireless communication system , the coordinator network node being configured to receive a first measurement message from a first network access node , wherein the first measurement message comprises a first set of radio measurements and an associated first set of positions for client devices served by the first network access node in a first service area; receive a second measurement message from at least one second network access node , wherein the second measurement message comprises a second set of radio measurements and an associated second set of positions for client devices served by the second network access node in a second service area; determine a joint resource allocation area (Ω UE ) based on the first measurement message and the second measurement message , wherein the joint resource allocation area (Ω UE ) comprises positions for client devices for which resource allocation in the first service area creates interference in the second service area, and vice versa; determine a first subarea (Ω A+ ) of the first service area and a second subarea (Ω B+ ) of the second service area, respectively, based on the first measurement message and the second measurement message , wherein the first subarea (Ω A+ ) and the second subarea (Ω B+ ) comprise positions for client devices affecting resource allocation in the joint resource allocation area (Ω UE ); transmit a first area specification message comprising the first subarea (Ω A+ ) to the first network access node ; transmit a second area specification message comprising the second subarea (Ω B+ ) to the second network access node . receive a first measurement message from a first network access node , wherein the first measurement message comprises a first set of radio measurements and an associated first set of positions for client devices served by the first network access node in a first service area; receive a second measurement message from at least one second network access node , wherein the second measurement message comprises a second set of radio measurements and an associated second set of positions for client devices served by the second network access node in a second service area; determine a joint resource allocation area (Ω UE ) based on the first measurement message and the second measurement message , wherein the joint resource allocation area (Ω UE ) comprises positions for client devices for which resource allocation in the first service area creates interference in the second service area, and vice versa; determine a first subarea (Ω A+ ) of the first service area and a second subarea (Ω B+ ) of the second service area, respectively, based on the first measurement message and the second measurement message , wherein the first subarea (Ω A+ ) and the second subarea (Ω B+ ) comprise positions for client devices affecting resource allocation in the joint resource allocation area (Ω UE ); transmit a first area specification message comprising the first subarea (Ω A+ ) to the first network access node ; transmit a second area specification message comprising the second subarea (Ω B+ ) to the second network access node .
A top stop for a slide fastener comprising: a first body portion which comprises a channel having an inlet at a first side of the top stop and an outlet at a second side of the top stop , the second side being opposite the first side, wherein the channel is configured to receive a portion of a slider of the slide fastener , the channel being defined by a channel first side wall and a channel second side wall , and a channel bottom surface therebetween, characterized in that the channel second side wall comprises a protruding portion which defines an abutment protrusion in the channel , the top stop comprises a longitudinal axis which is parallel to an axis of operation (A) of the slider , and a distance parallel to the longitudinal axis of the top stop between the channel first side wall and channel second side wall defines a channel width, the channel width (G) extending from the abutment protrusion to the channel first side wall is less than the channel width (F) at the inlet and the channel width (J) at the outlet, and the abutment protrusion is configured to restrict travel of the portion of the slider along the channel , when the portion of the slider is received in the channel and is translated from the outlet towards the inlet in order to release the slider from a stringer of the slide fastener . a first body portion which comprises a channel having an inlet at a first side of the top stop and an outlet at a second side of the top stop , the second side being opposite the first side, wherein the channel is configured to receive a portion of a slider of the slide fastener , the channel being defined by a channel first side wall and a channel second side wall , and a channel bottom surface therebetween, characterized in that the channel second side wall comprises a protruding portion which defines an abutment protrusion in the channel , the top stop comprises a longitudinal axis which is parallel to an axis of operation (A) of the slider , and a distance parallel to the longitudinal axis of the top stop between the channel first side wall and channel second side wall defines a channel width, the channel width (G) extending from the abutment protrusion to the channel first side wall is less than the channel width (F) at the inlet and the channel width (J) at the outlet, and the abutment protrusion is configured to restrict travel of the portion of the slider along the channel , when the portion of the slider is received in the channel and is translated from the outlet towards the inlet in order to release the slider from a stringer of the slide fastener .
A gas turbine engine comprising a circumferential array of vanes slidably supported in an inner case shroud segment , wherein the annular inner case shroud includes an arcuate slot , the vanes include hooks received in the arcuate slots , the inner case shroud segment includes at least two rows of vanes axially spaced from one another, and multiple segments are secured to one another and to an outer case to provide an annular engine static structure section , characterised in that : the inner case shroud segment and the vanes have different material properties than one another, wherein the different material properties include the vanes having a higher fatigue strength than the inner case shroud segment .
A composition for use in promoting bone growth comprising a citrate-presenting composition, where the citrate-presenting composition is a citrate-based polymer or oligomer with a citrate moiety, said polymer or oligomer releasing a citrate upon degradation at a dosage of between 20 μM and 2000 μM, based on the volume of the citrate-presenting composition.
Hydrostatic radial piston machine comprising a first group which contains multiple radially arranged first cylinders , with which respective first pistons delimit first working spaces , and comprising a second group which contains multiple radially arranged second cylinders, with which respective second pistons delimit second working spaces , wherein the first working spaces are connected fluidically to second working spaces each arranged respectively axially adjacent thereto to respectively form a working space pair , and comprising a first cam profile assigned to the first group for a reciprocating movement of the first pistons , and a second cam profile assigned to the second group for a reciprocating movement of the second pistons , wherein the reciprocating movement of the first pistons can be phase-shifted with respect to the reciprocating movement of the second pistons , characterized in that the first cam profile or the first group can be displaced axially for a first phase shift of the reciprocating movement of the first pistons with respect to the reciprocating movement of the second pistons in relation to one another.
A system for indirectly heating and illuminating indoor spaces via reflecting the sun beams through the doors and windows on all facades of a building, and which is used for heating domestic water by reflecting said beams to the floor, characterized in that it comprises; • planar active eaves solar reflectors (aesr) which are placed on the upper line of the windows in the eaves portion of the building, which follow the sun by moving on two axes, horizontal and vertical, and which reflect the incoming sun beam vertically, • storey reflectors (sr) positioned in front of the windows and below the active eaves solar reflector (aesr) horizontally at various angles and which reflect a portion of the sun beam to the indoor space and which allow the other portion to pass vertically. • planar active eaves solar reflectors (aesr) which are placed on the upper line of the windows in the eaves portion of the building, which follow the sun by moving on two axes, horizontal and vertical, and which reflect the incoming sun beam vertically, • storey reflectors (sr) positioned in front of the windows and below the active eaves solar reflector (aesr) horizontally at various angles and which reflect a portion of the sun beam to the indoor space and which allow the other portion to pass vertically.
A thermoreversible recording medium comprising: a support; and a thermoreversible recording layer on the support, the thermoreversible recording layer containing a leuco dye and a reversible color developer, characterized in that an average particle diameter of all of the granules in the thermoreversible recording layer is 0.35 micrometers or smaller; wherein the thermoreversible recording layer further comprises a photothermal converting material; and wherein the granules are solids of the leuco dye and the reversible color developer contained in the thermoreversible recording layer. a support; and a thermoreversible recording layer on the support, the thermoreversible recording layer containing a leuco dye and a reversible color developer, characterized in that an average particle diameter of all of the granules in the thermoreversible recording layer is 0.35 micrometers or smaller; wherein the thermoreversible recording layer further comprises a photothermal converting material; and wherein the granules are solids of the leuco dye and the reversible color developer contained in the thermoreversible recording layer. characterized in that an average particle diameter of all of the granules in the thermoreversible recording layer is 0.35 micrometers or smaller; wherein the thermoreversible recording layer further comprises a photothermal converting material; and wherein the granules are solids of the leuco dye and the reversible color developer contained in the thermoreversible recording layer.
A method of characterising particles suspended in a fluid dispersant by light diffraction, comprising: obtaining measurement data from a detector element arranged to measure the intensity of scattered light ; identifying a measurement contribution arising from light scattered by inhomogeneities in the dispersant ; processing the measurement data to remove or separate the measurement contribution arising from light scattered by inhomogeneities in the dispersant; and calculating a particle size distribution from the processed measurement, wherein identifying a measurement contribution arising from light scattered by inhomogeneities in the dispersant comprises identifying measured scattered light with predetermined temporal characteristics, wherein the predetermined temporal characteristics are derived from temporal characteristics of peaks, characterised in that the temporal characteristics of peaks are derived from measurements performed on dispersant that is substantially free from particles. obtaining measurement data from a detector element arranged to measure the intensity of scattered light ; identifying a measurement contribution arising from light scattered by inhomogeneities in the dispersant ; processing the measurement data to remove or separate the measurement contribution arising from light scattered by inhomogeneities in the dispersant; and calculating a particle size distribution from the processed measurement, wherein identifying a measurement contribution arising from light scattered by inhomogeneities in the dispersant comprises identifying measured scattered light with predetermined temporal characteristics, wherein the predetermined temporal characteristics are derived from temporal characteristics of peaks, characterised in that the temporal characteristics of peaks are derived from measurements performed on dispersant that is substantially free from particles.
A developing cartridge comprising: a developing roller including a developing roller shaft extending in a first direction; a casing capable of containing a developer material, the developing roller being located at one end of the casing in a second direction that crosses the first direction; a member having a first end portion and a second end portion located farther away from the developing roller shaft than the first end portion is to the developing roller shaft , the member being movable together with the casing and the developing roller , the second end portion being farther away in the second direction from the one end of the casing than the first end portion is to the one end of the casing , the member having a first hole extending in the second direction between the first end portion and the second end portion ; and a first lever movable relative to the casing between a first position and a second position, the first lever including one end portion that functions as the point of effort, an other end portion that functions as the point of application, and a cam surface that is located between the one end portion and the other end portion and that functions as a pivot point, wherein when the first lever moves around the cam surface serving as a central point from the first position to the second position in response to receipt of a driving force applied to the one end portion , the other end portion inserted in the first hole presses an inner surface of the first hole. a developing roller including a developing roller shaft extending in a first direction; a casing capable of containing a developer material, the developing roller being located at one end of the casing in a second direction that crosses the first direction; a member having a first end portion and a second end portion located farther away from the developing roller shaft than the first end portion is to the developing roller shaft , the member being movable together with the casing and the developing roller , the second end portion being farther away in the second direction from the one end of the casing than the first end portion is to the one end of the casing , the member having a first hole extending in the second direction between the first end portion and the second end portion ; and a first lever movable relative to the casing between a first position and a second position, the first lever including one end portion that functions as the point of effort, an other end portion that functions as the point of application, and a cam surface that is located between the one end portion and the other end portion and that functions as a pivot point, wherein when the first lever moves around the cam surface serving as a central point from the first position to the second position in response to receipt of a driving force applied to the one end portion , the other end portion inserted in the first hole presses an inner surface of the first hole.
A camera , comprising a body-side mount that includes a first reference plane (P1), has a first flange back distance (FB1) from the first reference plane to an imaging plane (P11), and allows an adapter to be mounted on the first reference plane, the adapter including a second reference plane (P2), and having a second flange back distance (FB2) from the second reference plane to the imaging plane, the second flange back distance being shorter than the first flange back distance, the camera further comprising a body that includes the body-side mount and incorporates an imaging device , wherein the body includes: a first contact that couples a first lens to the body, the first lens being configured to be mounted on the first reference plane and having the first flange back distance; and a second contact that couples a second lens to the body, the second lens being configured to be mounted on the second reference plane and having the second flange back distance, and the second contact is positioned, in a radial direction of the body-side mount, more inwardly than the first contact is. a first contact that couples a first lens to the body, the first lens being configured to be mounted on the first reference plane and having the first flange back distance; and a second contact that couples a second lens to the body, the second lens being configured to be mounted on the second reference plane and having the second flange back distance, and the second contact is positioned, in a radial direction of the body-side mount, more inwardly than the first contact is.
System for displaying ceramic tiles comprising a panel (P) comprising - a base panel having a thin metal sheet applied on one of its sides or both sides by means of an adhesive layer that collates the thin metal sheet where said metal sheet is provided on the side opposite to the one facing the base panel with an adherent paint coating ; wherein the adherent paint coating having a sequence of layers comprising polyethylene as a protective layer, acrylic as a top coat, polyester as a primer, chromium as a chemical layer, and a back coating on the thin metal sheet . and an updating kit which contains at least one self adhesive magnetic sheet for each ceramic tiles to be displayed. - a base panel having a thin metal sheet applied on one of its sides or both sides by means of an adhesive layer that collates the thin metal sheet where said metal sheet is provided on the side opposite to the one facing the base panel with an adherent paint coating ; acrylic as a top coat, polyester as a primer, chromium as a chemical layer, and a back coating on the thin metal sheet .
An inner cannula for a tracheostomy tube, the inner cannula including a tubular shaft and a machine end region arranged to fit within a hub at the machine end of the tracheostomy tube, the outer surface of the machine end region of the inner cannula and the inner surface of the hub on the tracheostomy tube being provided with cooperating engagement formations (23 and 24, 42 and 45) arranged to retain the inner cannula in the hub of the tracheostomy tube against an axial force tending to withdraw the inner cannula from the tracheostomy tube, and the machine end region being arranged such that twisting an outer end of the machine end region about the axis of the inner cannula displaces the engagement formation on the inner cannula away from the engagement formation on the hub sufficiently to allow the inner cannula to be pulled rearwardly out of the tracheostomy tube , characterised in that the outer end of the machine end region connects with its forward end by a collapsible region , and that the or each engagement formation on the machine end region is provided on the collapsible region such that twisting the outer end of the machine end region relative to the forward end causes the collapsible region to collapse inwardly and displace the or each engagement formation on the machine end region inwardly out of engagement with the or each engagement formation on the hub .
Transmitter (1; 21) to transmit an amplitude modulated data signal in an RF-Field over the air to a receiver of an RFID communication system (5; 22) which transmitter (1; 21) comprises: a wave generator to generate a carrier signal with a particular frequency and waveform; a modulation stage connected to the wave generator to steer the amplitude of the carrier signal in relation to a data signal to be transmitted; an antenna connected to the wave generator via an amplifier and a matching circuit to transmit the amplitude modulated data signal in the RF-Field over the air, characterized in that the transmitter (1; 21) furthermore comprises: a shape stage connected to the wave generator to select the waveform of the carrier signal depending directly or indirectly on the data signal, which shape stage is built to select in a first time frame (t3 -> t4) after the rising edge of the data signal or encoded data signal during the rising edge of the envelope (18; 20) of the RF-Field a waveform of the carrier signal with the same frequency, but with lower energy content than outside of this first time frame (t3 > t4), which shape stage is built to select a triangular or sawtooth waveform of the carrier signal within the first time frame (t3 > t4) and a sinus waveform outside of the first time frame (t3 > t4). a wave generator to generate a carrier signal with a particular frequency and waveform; a modulation stage connected to the wave generator to steer the amplitude of the carrier signal in relation to a data signal to be transmitted; an antenna connected to the wave generator via an amplifier and a matching circuit to transmit the amplitude modulated data signal in the RF-Field over the air, characterized in that the transmitter (1; 21) furthermore comprises: a shape stage connected to the wave generator to select the waveform of the carrier signal depending directly or indirectly on the data signal, which shape stage is built to select in a first time frame (t3 -> t4) after the rising edge of the data signal or encoded data signal during the rising edge of the envelope (18; 20) of the RF-Field a waveform of the carrier signal with the same frequency, but with lower energy content than outside of this first time frame (t3 > t4), which shape stage is built to select a triangular or sawtooth waveform of the carrier signal within the first time frame (t3 > t4) and a sinus waveform outside of the first time frame (t3 > t4). a shape stage connected to the wave generator to select the waveform of the carrier signal depending directly or indirectly on the data signal, which shape stage is built to select in a first time frame (t3 -> t4) after the rising edge of the data signal or encoded data signal during the rising edge of the envelope (18; 20) of the RF-Field a waveform of the carrier signal with the same frequency, but with lower energy content than outside of this first time frame (t3 > t4), which shape stage is built to select a triangular or sawtooth waveform of the carrier signal within the first time frame (t3 > t4) and a sinus waveform outside of the first time frame (t3 > t4).