mhurhangee/patent-ind-claim-en huggingface dataset:
A roller interchange device comprising: a support for mounting on a composite material lay-up head ; a plurality of roller mounts for mounting respective rollers, wherein each roller mount is selectively moveable to a respective engaged position relative the support ; wherein the engaged position of each roller mount corresponds to a respective roller being held at a compaction location relative the head when the support is mounted on the head; wherein two roller mounts are each provided on a rotation member rotatable relative the support about a centre of rotation to move the respective roller mount to its engaged position, characterized in that , the two roller mounts are at diametrically opposing positions on either side of the centre of rotation and are constrained to rotate together. a support for mounting on a composite material lay-up head ; a plurality of roller mounts for mounting respective rollers, wherein each roller mount is selectively moveable to a respective engaged position relative the support ; wherein the engaged position of each roller mount corresponds to a respective roller being held at a compaction location relative the head when the support is mounted on the head; wherein two roller mounts are each provided on a rotation member rotatable relative the support about a centre of rotation to move the respective roller mount to its engaged position, characterized in that , the two roller mounts are at diametrically opposing positions on either side of the centre of rotation and are constrained to rotate together.
An optical system , comprising: a geometric phase element configured to produce a first light beam associated with a first diffraction order and a second light beam associated with a second diffraction order in response to receiving input light; and a first elliptical polarizer configured to reduce an intensity of the first light beam and substantially preserve an intensity of the second light beam; characterized in that the optical system further comprises: a second elliptical polarizer ; and a depolarizer configured to provide unpolarized light to the second elliptical polarizer . a geometric phase element configured to produce a first light beam associated with a first diffraction order and a second light beam associated with a second diffraction order in response to receiving input light; and a first elliptical polarizer configured to reduce an intensity of the first light beam and substantially preserve an intensity of the second light beam; characterized in that the optical system further comprises: a second elliptical polarizer ; and a depolarizer configured to provide unpolarized light to the second elliptical polarizer . a second elliptical polarizer ; and a depolarizer configured to provide unpolarized light to the second elliptical polarizer .
An applicator assembly comprising: a medical applicator configured for applying a curable liquid substance, and including at least one cannula hub for providing therethrough a curable liquid substance; a lumen inlet for receiving therein gas from an exterior source, and a tubular body , wherein the tubular body is in fluid communication with the lumen inlet; and characterised by an addition to said medical applicator, the addition comprising a turbulating unit configured for mixing said gas with a powder stored in a vial , the turbulating unit having: - an inlet port connectable to the exterior source; - an outlet port connectable to the lumen inlet of the medical applicator; and - a spike member configured for being entered into the vial and having a first passage for providing fluid communication between said inlet port and the vial, and a second passage for providing fluid communication between the vial and said outlet port; wherein the tubular body is configured for applying said substance and a mixture of said gas and said powder on a surface, whereby the assembly of the addition with the medical applicator enables delivery of the curable liquid substance and the powder on the surface. a medical applicator configured for applying a curable liquid substance, and including at least one cannula hub for providing therethrough a curable liquid substance; a lumen inlet for receiving therein gas from an exterior source, and a tubular body , wherein the tubular body is in fluid communication with the lumen inlet; and characterised by an addition to said medical applicator, the addition comprising a turbulating unit configured for mixing said gas with a powder stored in a vial , the turbulating unit having: - an inlet port connectable to the exterior source; - an outlet port connectable to the lumen inlet of the medical applicator; and - a spike member configured for being entered into the vial and having a first passage for providing fluid communication between said inlet port and the vial, and a second passage for providing fluid communication between the vial and said outlet port; wherein the tubular body is configured for applying said substance and a mixture of said gas and said powder on a surface, whereby the assembly of the addition with the medical applicator enables delivery of the curable liquid substance and the powder on the surface. - an inlet port connectable to the exterior source; - an outlet port connectable to the lumen inlet of the medical applicator; and - a spike member configured for being entered into the vial and having a first passage for providing fluid communication between said inlet port and the vial, and a second passage for providing fluid communication between the vial and said outlet port;
Phased array module comprising a plurality of antenna boards , each antenna board having an identical layout and comprising a plurality of antenna elements (1 to 16) so positioned to form together a matrix pattern on the antenna board and an integrated circuit containing a plurality of transceiver devices each connected with an antenna element on said antenna board, whereby corner antenna elements of three adjacent antenna boards of said plurality of antenna boards form an equilateral triangle , and wherein said matrix pattern formed by said plurality of antenna elements is square shaped or rectangular shaped.
Method for controlling an overall light beam emitted by a motor vehicle headlight and formed of beam portions able to be activated selectively and produced independently of one another by illumination means borne by said headlight, all of the portions forming an overall light beam when they are all activated and arranged successively side by side, wherein the instantaneous speed of the vehicle is compared to a first predetermined speed threshold (V 1 ), wherein a high-intensity illumination zone to be produced is determined when the instantaneous speed is greater than the first predetermined speed threshold, wherein detection means are used to identify which of said illumination means produce the beam portions suitable for illuminating said high-intensity illumination zone , and wherein a movement of said illumination means, identified in the preceding step, and of the illumination means directly adjacent to said illumination means, identified in the preceding step, is driven so as to create a first specific overall light beam comprising said high-intensity illumination zone , said illumination means being moved so as to bring about an at least partial superposition of the beam portions produced by these identified illumination means, in the high-intensity illumination zone, wherein all of said illumination means are kept switched on and wherein all of the beam portions are moved so as to maintain switching-on continuity on either side of the high-intensity illumination zone , wherein the orientation of the movement of the vehicle is detected, and wherein, when a straight-line driving situation is detected, said high-intensity illumination zone is positioned, by superposing beam portions, substantially in the centre of the first specific overall light beam , wherein detection is carried out, on a road scene in the vicinity of the vehicle, with regard to a specific situation in which a third-party vehicle is liable to be dazzled by said overall light beam , and a target zone is determined in said overall beam including said third-party vehicle, characterized in that illumination means borne by said headlight that produce the beam portions that illuminate said target zone are then identified, and wherein a movement of said illumination means identified in the preceding step is driven so as to create a less illuminated zone corresponding to said target zone, said high-intensity illumination zone then being divided into two sub-zones that are positioned on either side of said less illuminated zone .
Shielding installation for a moving carded web in a non-woven plaiter , in particular crosslapper, wherein the carded web has a lower side , an upper side and, situated on the longitudinal peripheries thereof, lateral faces and, with the lower side lying on a laying belt of the non-woven plaiter , is fed in the web direction to an upper displaceable main carriage , in particular an upper carriage, characterized in that the shielding installation has a housing which is configured and able to be disposed in the non-woven plaiter in such a manner that said housing covers the lateral faces of the carded web that extend along the web direction , said carded web being situated on the laying belt and fed to the upper displaceable main carriage , and said housing shields said lateral faces in relation to external environmental influences, in particular air currents.
An audio signal coding method, wherein the method comprises: obtaining a frequency domain signal according to an input signal; allocating predetermined bits to the frequency domain signal according to a predetermined allocation rule, wherein a majority of bits in the predetermined bits are allocated to a low frequency band signal in the frequency domain signal; adjusting the bit allocation for the frequency domain signal when a highest frequency of the frequency domain signal to which bits are allocated is greater than a predetermined value, wherein the highest frequency of the frequency domain signal to which bits are allocated is represented by an index number of a sub-band in which the highest frequency is located, and the predetermined value is an index number of a sub-band of the frequency domain signal; wherein the adjusting the bit allocation for the frequency domain signal comprises: reducing the number of bits allocated to the low frequency band signal, and increasing the number of bits allocated to the sub-band in which the highest frequency is located and a nearby sub-band of the sub-band in which the highest frequency is located; and coding the frequency domain signal according to the bit allocation for the frequency domain signal. obtaining a frequency domain signal according to an input signal; allocating predetermined bits to the frequency domain signal according to a predetermined allocation rule, wherein a majority of bits in the predetermined bits are allocated to a low frequency band signal in the frequency domain signal; adjusting the bit allocation for the frequency domain signal when a highest frequency of the frequency domain signal to which bits are allocated is greater than a predetermined value, wherein the highest frequency of the frequency domain signal to which bits are allocated is represented by an index number of a sub-band in which the highest frequency is located, and the predetermined value is an index number of a sub-band of the frequency domain signal; wherein the adjusting the bit allocation for the frequency domain signal comprises: reducing the number of bits allocated to the low frequency band signal, and increasing the number of bits allocated to the sub-band in which the highest frequency is located and a nearby sub-band of the sub-band in which the highest frequency is located; and coding the frequency domain signal according to the bit allocation for the frequency domain signal.
A system configured to determine timing of sensory stimulation provided to a subject to increase sleep slow waves during a sleep session, the system comprising: one or more sensory stimulators configured to provide sensory stimuli to the subject during the sleep session; one or more sensors configured to generate output signals conveying information related to a sleep stage of the subject during the sleep session; and one or more processors configured to execute computer program modules, the computer program modules comprising: a slow wave sleep detection module configured to detect slow wave sleep in the subject based on the output signals; a probing stimulation module configured to, responsive to detection of slow wave sleep, control the one or more sensory stimulators to provide first sensory stimulation to the subject to induce sleep slow waves, the first sensory stimulation comprising individual probing stimuli; a combination module configured to determine a representative slow wave based on the induced sleep slow waves, the representative slow wave comprising a combination of individual induced slow waves, wherein the determination comprises aligning the individual induced slow waves in time with respect to a timing of the individual probing stimuli applied, and then combining the aligned waves; and a stimulation timing module configured to determine timing of individual stimuli of a second stimulation to be provided to the subject by the one or more sensory stimulators, the second stimulation configured to increase sleep slow waves in the subject during the sleep session, the timing determination based on the representative slow wave. one or more sensory stimulators configured to provide sensory stimuli to the subject during the sleep session; one or more sensors configured to generate output signals conveying information related to a sleep stage of the subject during the sleep session; and one or more processors configured to execute computer program modules, the computer program modules comprising: a slow wave sleep detection module configured to detect slow wave sleep in the subject based on the output signals; a probing stimulation module configured to, responsive to detection of slow wave sleep, control the one or more sensory stimulators to provide first sensory stimulation to the subject to induce sleep slow waves, the first sensory stimulation comprising individual probing stimuli; a slow wave sleep detection module configured to detect slow wave sleep in the subject based on the output signals; a probing stimulation module configured to, responsive to detection of slow wave sleep, control the one or more sensory stimulators to provide first sensory stimulation to the subject to induce sleep slow waves, the first sensory stimulation comprising individual probing stimuli;
A non-invasive method for the prediction of the progression-free survival (PFS) or overall survival (OS) of a patient with metastatic breast cancer, comprising determining the level of miR-1274a in a biological sample from a patient with metastatic breast cancer; wherein an altered level of miR-1274a compared to a corresponding reference value or control sample is indicative for the PFS or OS of a patient with metastatic breast cancer.
A method performed in a node (15, 16; 14 1 , 14 2 , 14 3 , 14 4 ) for configuring a communication path for a media service, the communication path being configured in a cloud network comprising at least one media processing unit (14 1 , 14 2 , 14 3 , 14 4 ) configured to handle media processing required by the media service, the node (15, 16; 14 1 , 14 2 , 14 3 , 14 4 ) being located along the communication path, the method comprising: - discovering at least one media processing unit (14 1 , 14 2 , 14 3 , 14 4 ) by obtaining location information for the at least one media processing unit (14 1 , 14 2 , 14 3 , 14 4 ), and - configuring the communication path between end user communication devices of the media service by interconnecting one or more of the discovered media processing units (14 1 , 14 2 , 14 3 , 14 4 ); wherein the discovering is performed without the aid of control plane modules, wherein the node (15, 16; 14 1 , 14 2 , 14 3 , 14 4 ) comprises an end user communication device and wherein the configuring comprises receiving, in the end user communication device , votes from all end user communication devices regarding choice of media processing unit (14 1 , 14 2 , 14 3 , 14 4 ) and interconnecting media processing unit (14 1 , 14 2 , 14 3 , 14 4 ) receiving most votes such that all end user communication devices are interconnected. - discovering at least one media processing unit (14 1 , 14 2 , 14 3 , 14 4 ) by obtaining location information for the at least one media processing unit (14 1 , 14 2 , 14 3 , 14 4 ), and - configuring the communication path between end user communication devices of the media service by interconnecting one or more of the discovered media processing units (14 1 , 14 2 , 14 3 , 14 4 );
Method for data fusion by means of a Kalman filter (K), a first input signal of the Kalman filter being a measurement signal, wherein measurement of the variance of the measurement signal is accomplished by filtering the measurement signal by means of a linear-phase high-pass filter (HP), in particular a finite impulse response (FIR) filter, in order to obtain a filtered measurement signal, and determining the variance on the basis of the filtered measurement signal, a second input signal being the measured variance of the measurement signal, characterized in that the measurement signal is fused with at least one further, third input signal by means of the Kalman filter (K), wherein the group delay of the high-pass filter (HP) is between 50 ms and 100 ms, in particular is substantially 80 ms. measurement signal is accomplished by filtering the measurement signal by means of a linear-phase high-pass filter (HP), in particular a finite impulse response (FIR) filter, in order to obtain a filtered measurement signal, and determining the variance on the basis of the filtered measurement signal, a second input signal being the measured variance of the measurement signal, characterized in that the measurement signal is fused with at least one further, third input signal by means of the Kalman filter (K), wherein the group delay of the high-pass filter (HP) is between 50 ms and 100 ms, in particular is substantially 80 ms.
A gaspath component comprising: a body having at least one internal cooling passage ; and a metering feature (300B; 300C) integral to said internal cooling passage , the metering feature (300B; 300C) and the body being a unitary structure, wherein the metering feature (300B; 300C) comprises a plate spanning said internal cooling passage and the plate includes a plurality of openings ; characterised in that the at least one internal cooling passage includes at least one turbulating feature and the metering feature (300B; 300C) is downstream of at least one of said at least one turbulating features . a body having at least one internal cooling passage ; and a metering feature (300B; 300C) integral to said internal cooling passage , the metering feature (300B; 300C) and the body being a unitary structure, wherein the metering feature (300B; 300C) comprises a plate spanning said internal cooling passage and the plate includes a plurality of openings ; characterised in that the at least one internal cooling passage includes at least one turbulating feature and the metering feature (300B; 300C) is downstream of at least one of said at least one turbulating features .
A wear amount estimation method for estimating a wear amount of aircraft tires in a touching down state based on information related to the aircraft, the method comprising: calculating a shearing force of each rib (50-53), the ribs (50-53) being formed on a tread surface of the tire , and being partitioned by circumferential grooves , the circumferential grooves being formed on the tread surface and extending along a tire circumferential direction; calculating a wear energy of the aircraft tire based on the shearing force; and estimating the wear amount of the aircraft tire based on the wear energy and a wear resistance showing a relationship between a predetermined wear amount; wherein the information related to the aircraft includes an internal pressure of the aircraft tire , characterized in that : the shearing force of each rib (50-53) is calculated based on an average grounding pressure of each rib (50-53) of the aircraft tire ; and in that : the average grounding pressure of each rib (50-53) is calculated based on the internal pressure and a wheel load applied to the aircraft tire . calculating a shearing force of each rib (50-53), the ribs (50-53) being formed on a tread surface of the tire , and being partitioned by circumferential grooves , the circumferential grooves being formed on the tread surface and extending along a tire circumferential direction; calculating a wear energy of the aircraft tire based on the shearing force; and estimating the wear amount of the aircraft tire based on the wear energy and a wear resistance showing a relationship between a predetermined wear amount; wherein the information related to the aircraft includes an internal pressure of the aircraft tire , characterized in that : the shearing force of each rib (50-53) is calculated based on an average grounding pressure of each rib (50-53) of the aircraft tire ; and in that : the average grounding pressure of each rib (50-53) is calculated based on the internal pressure and a wheel load applied to the aircraft tire .
A drying-type one-coat joint compound composition comprising: (a) binder selected from acrylic acid polymers, acrylic acid copolymers, alkyds, polyurethanes, polyesters, epoxies, and combinations thereof; and (b) a plurality of hollow spheres in an amount from 7% to 25% by weight of the wet composition, wherein the spheres have an average isostatic crush strength of at least 100 psi (689.48 kpa), as measured according to ASTM D3102-78, (c) a nonionic surfactant having a hydrophilic-lipophilic balance (HLB) from 3 to 20, wherein the composition is substantially free of setting minerals, bulk filler, clays, starch, mica, calcium carbonate, expanded perlite, calcium magnesium carbonate, limestone, calcium sulfate dihydrate, attapulgite clay, kaolin clay, talcs, diatomaceous earth, or a combination thereof, and wherein the composition has a density from 2 lb/gal (239.652 kg/m 3 ) to 8 lb/gal (958.608 kg/m 3 ) and wherein the composition exhibits a shrinkage of 2% or less, as measured by ASTM C474-05. (a) binder selected from acrylic acid polymers, acrylic acid copolymers, alkyds, polyurethanes, polyesters, epoxies, and combinations thereof; and (b) a plurality of hollow spheres in an amount from 7% to 25% by weight of the wet composition, wherein the spheres have an average isostatic crush strength of at least 100 psi (689.48 kpa), as measured according to ASTM D3102-78, (c) a nonionic surfactant having a hydrophilic-lipophilic balance (HLB) from 3 to 20,
An analysis device for detecting solid particles in suspension in a lubricant, the analysis device comprising: one or more sensors of ferromagnetic solid particles, one or more other sensors able to detect non-ferromagnetic solid particles, these other sensors being offset in a direction perpendicular to a main direction of flow of the lubricant in relation to the sensors of ferromagnetic solid particles, and one or more magnets arranged so as to attract the ferromagnetic solid particles towards the sensors of ferromagnetic solid particles by drawing them away from the other sensors .
Use of Sapindus mukurossi peel extract for preventing or improving wrinkles by inhibiting the activity of heparanase present in skin by external application.