mhurhangee/patent-ind-claim-en huggingface dataset:
Device with a first and a second drive , each generating a stroke movement and each having at least one pneumatic or hydraulic displacement system , - wherein each displacement system acts on a sliding wedge-type gear , - wherein the first displacement system acts on a sliding wedge-type gear , the wedge angle of which is at least twice as great as the wedge angle of the sliding wedge-type gear on which the second displacement system acts, - wherein the displacement system of the second drive is connected downstream of the displacement system of the first drive via a connecting valve , - wherein the supply line of the first displacement system opens into a main valve chamber inside the connecting valve , into which main valve chamber also opens the supply line of the second displacement system , - wherein, given that the first supply line is always open, the second supply line is closed below a predefined pressure threshold by means of a main valve element arranged in the main valve chamber , and - wherein a non-return valve chamber is located in the main valve element , in which non-return valve chamber a spring-loaded non-return valve element is arranged, which connects the second supply line with the first by opening when the first supply line is relieved of pressure. - wherein each displacement system acts on a sliding wedge-type gear , - wherein the first displacement system acts on a sliding wedge-type gear , the wedge angle of which is at least twice as great as the wedge angle of the sliding wedge-type gear on which the second displacement system acts, - wherein the displacement system of the second drive is connected downstream of the displacement system of the first drive via a connecting valve , - wherein the supply line of the first displacement system opens into a main valve chamber inside the connecting valve , into which main valve chamber also opens the supply line of the second displacement system , - wherein, given that the first supply line is always open, the second supply line is closed below a predefined pressure threshold by means of a main valve element arranged in the main valve chamber , and - wherein a non-return valve chamber is located in the main valve element , in which non-return valve chamber a spring-loaded non-return valve element is arranged, which connects the second supply line with the first by opening when the first supply line is relieved of pressure.
A process for providing Fresnel lenses on a transparent flexible substrate , the process comprising the steps of- reverse printing on the transparent substrate leaving reverse printed area (RP) and unprinted transparent windows ; transferring the Fresnel lenses over and duly registered with the transparent windows , on the reverse printed surface of transparent substrate characterized in that said unprinted transparent windows are smaller than the size of said registered Fresne lenses the reverse printed area (RP) thereby covering a predetermined portion of the transferred Fresnel lenses essentially including the edges, such that a desired portion of the Fresnel lenses is visible.
A process for the manufacture of a strained fermented dairy product, comprising at least the following steps: a) heat treatment of a dairy material comprising lactose, b) fermentation with at least one lactic acid bacteria, c) separation to obtain a strained fermented dairy product and an acid whey by-product comprising lactose, d) optionally smoothing the fermented dairy product, e) optionally at least one cooling step, wherein the at least one lactic acid bacteria has a lactose metabolization capacity of lactose loss of lower than 15% after storage during 7 days at 32°C in acid whey, wherein the at least one lactic acid bacteria comprises a Lactobacillus bulgaricus strain which is strain CNCM I-2787. a) heat treatment of a dairy material comprising lactose, b) fermentation with at least one lactic acid bacteria, c) separation to obtain a strained fermented dairy product and an acid whey by-product comprising lactose, d) optionally smoothing the fermented dairy product, e) optionally at least one cooling step, wherein the at least one lactic acid bacteria has a lactose metabolization capacity of lactose loss of lower than 15% after storage during 7 days at 32°C in acid whey, wherein the at least one lactic acid bacteria comprises a Lactobacillus bulgaricus strain which is strain CNCM I-2787.
A use of H 2 SO 4 as an electrolyte in processes for smoothing and polishing metal or alloy parts by ion transport via free solids that are electrically conductive in a gaseous environment, said solids consisting of particles with sufficient porosity and affinity for retaining a specific amount of the electrolyte so that they have appreciable electrical conductivity, characterised in that said use is a solution of H 2 SO 4 with a variable concentration based on the type of metal or alloy of the part to be polished.
A method for semi-dense depth estimation, the method comprising: receiving, at an electronic device, a control signal of a speckle pattern projector, SPP, the control signal indicating an on/off state, as a function of time, of a predetermined light pattern projected by the SPP on a field of view; receiving from each sensor of a dynamic vision sensor, DVS, stereo pair, an event stream of pixel intensity change data, wherein the event stream is time-synchronized with the control signal of the SPP and comprises a first portion associated with light from a scene in the field of view and a second portion associated with the predetermined light pattern projected by the SPP; performing projected light filtering that separates the second portion determined from the control signal of the SPP from the first portion on the event stream of pixel intensity change data for each sensor of the DVS stereo pair; generating synthesized event image data, the synthesized event image data having one or more channels, each channel based on an isolated portion of the event stream of pixel intensity change data; and performing stereo matching on at least one channel of the synthesized event image data for each sensor of the DVS stereo pair to generate a depth map for at least a portion of the field of view, wherein the second portion comprises a conjugate pair of events first occurring after the control signal of the SPP is switched and the first portion is determined by excluding the second portion from the event stream. receiving, at an electronic device, a control signal of a speckle pattern projector, SPP, the control signal indicating an on/off state, as a function of time, of a predetermined light pattern projected by the SPP on a field of view; receiving from each sensor of a dynamic vision sensor, DVS, stereo pair, an event stream of pixel intensity change data, wherein the event stream is time-synchronized with the control signal of the SPP and comprises a first portion associated with light from a scene in the field of view and a second portion associated with the predetermined light pattern projected by the SPP; performing projected light filtering that separates the second portion determined from the control signal of the SPP from the first portion on the event stream of pixel intensity change data for each sensor of the DVS stereo pair; generating synthesized event image data, the synthesized event image data having one or more channels, each channel based on an isolated portion of the event stream of pixel intensity change data; and performing stereo matching on at least one channel of the synthesized event image data for each sensor of the DVS stereo pair to generate a depth map for at least a portion of the field of view, wherein the second portion comprises a conjugate pair of events first occurring after the control signal of the SPP is switched and the first portion is determined by excluding the second portion from the event stream.
A backflow prevention device comprising: a reservoir defining a space to store dregs therein; an inflow unit having an inlet hole formed therein, and defining a path to allow the dregs to move through the inlet hole into the reservoir ; a discharge unit having an outlet hole formed therein, and defining a path to allow air in the reservoir to be discharged through the outlet hole ; and a barrier unit provided in the reservoir to change a flow direction of at least either of the dregs and the air at least once and thereby prevent the dregs from flowing into the discharge unit characterized in that the barrier unit comprises: a first barrier part formed from the outside of the inflow unit towards the inside of the reservoir ; a second barrier part formed from the inside of the reservoir towards the outside of the inflow unit ; and a third barrier part formed from the outside of the inflow unit towards the inside of the reservoir , wherein the second barrier part is provided between the first barrier part and the third barrier part , , wherein the inflow unit is provided such that a first end thereof is movable, and, when an external force acts on the inflow unit in a direction opposite to the dreg falling direction, the inflow unit moves in a direction where the external force acts, thus blocking the space between the first barrier part and the second barrier part . a reservoir defining a space to store dregs therein; an inflow unit having an inlet hole formed therein, and defining a path to allow the dregs to move through the inlet hole into the reservoir ; a discharge unit having an outlet hole formed therein, and defining a path to allow air in the reservoir to be discharged through the outlet hole ; and a barrier unit provided in the reservoir to change a flow direction of at least either of the dregs and the air at least once and thereby prevent the dregs from flowing into the discharge unit a first barrier part formed from the outside of the inflow unit towards the inside of the reservoir ; a second barrier part formed from the inside of the reservoir towards the outside of the inflow unit ; and a third barrier part formed from the outside of the inflow unit towards the inside of the reservoir , wherein the second barrier part is provided between the first barrier part and the third barrier part , , wherein the inflow unit is provided such that a first end thereof is movable, and, when an external force acts on the inflow unit in a direction opposite to the dreg falling direction, the inflow unit moves in a direction where the external force acts, thus blocking the space between the first barrier part and the second barrier part .
A composition comprising an exosome displaying an RNA nanoparticle on its surface, wherein the RNA nanoparticle is anchored within the exosome membrane, wherein the nanoparticle is assembled from three or more ribonucleic acid strands duplexed together to form a secondary structure with three or more projecting stem loops, wherein the nanoparticle comprises a membrane-anchoring moiety at one of the three or more projecting stem loops, wherein the nanoparticle comprises one or more functional moieties at the remaining stem loops wherein one or more of the functional moieties comprises a targeting moiety, wherein preferably the targeting moiety directs the exosome to a cell of interest, and wherein the exosome is loaded with a therapeutic or diagnostic agent. wherein the nanoparticle is assembled from three or more ribonucleic acid strands duplexed together to form a secondary structure with three or more projecting stem loops, wherein the nanoparticle comprises a membrane-anchoring moiety at one of the three or more projecting stem loops, wherein the nanoparticle comprises one or more functional moieties at the remaining stem loops wherein one or more of the functional moieties comprises a targeting moiety, wherein preferably the targeting moiety directs the exosome to a cell of interest, and wherein the exosome is loaded with a therapeutic or diagnostic agent.
Crystal form I of (R)-4-amino-1-(1-(but-2-ynoyl)pyrrolidin-3-yl)-3-(4-(2,6-difluorophenoxy)phenyl)-1H-pyrrolo[2,3-d]pyridazin-7 -one, characterized in that the crystal has an X-ray powder diffraction spectrum, which is obtained by using Cu-Ka radiation and represented by 2θ angle and interplanar distance, in which there are characteristic peaks at 2θ±0.2: 9.91, 12.20, 17.24, 17.64, and 21.48.
A method for estimating distance to an object in a scene using an imaging system comprising a camera array with multiple imagers , an image processing pipeline module and a controller , the image processing pipeline module comprising an upstream pipeline processing module , an image pixel correlation module , and a parallax confirmation and measurement module , the method comprising: providing images , including a current image, captured by the multiple imagers to the upstream pipeline processing module for processing; aligning, by the image pixel correlation module , portions of images, including the current image, captured by different imagers of the multiple imagers to compensate for parallax by comparing the difference between the average values of neighboring pixels with a threshold and flagging the presence of parallax when the difference exceeds the threshold; processing, by the parallax confirmation and measurement module , the current image to detect and measure the parallax; and determining distance to an object in the scene using the measured parallax. providing images , including a current image, captured by the multiple imagers to the upstream pipeline processing module for processing; aligning, by the image pixel correlation module , portions of images, including the current image, captured by different imagers of the multiple imagers to compensate for parallax by comparing the difference between the average values of neighboring pixels with a threshold and flagging the presence of parallax when the difference exceeds the threshold; processing, by the parallax confirmation and measurement module , the current image to detect and measure the parallax; and determining distance to an object in the scene using the measured parallax.
A processed starch powder, which is obtainable without chemically treating a natural starch material, having a water soluble component amount of more than 2% by weight and less than 10% by weight and a water retention capacity of more than 600% and 1500% or less, and being a nonbirefringent particle, wherein an average particle size of primary particles is 25 to 80 μ m in a dry state and an average particle size of primary particles is 45 to 160 μ m in a swollen state in water, wherein the average particle size of the primary particles is determined as described in the specification, wherein the average particle size of primary particles of dry particles is larger than that of a natural starch material, and wherein a swelling ratio of the primary particles in the dry state to the primary particles in the swollen state in water is 1.5 to 5.0.
Secondary ion mass spectroscopic method (SIMS) for depth-profiling analysis of alkali metals in an insulating material comprising ≥ 10 16 ∗ 1/cm 3 alkali metals, the sample being irradiated by an ion beam as analysis beam for desorption of secondary ions from the near-surface layers of the sample and the surface of the sample being removed with the same or a further ion beam, characterised in that the ion beam used for removal of the sample surface essentially comprises gas clusters of oxygen molecules and/or oxygen-containing molecules or consists thereof.
An optical component comprising a planar metasurface arranged on a surface of a first substrate and a top layer arranged in a height direction Z above the metasurface , wherein the metasurface comprises an array of scattering structures comprising a metal, wherein the array is a repeating pattern of unit cells , wherein a unit cell comprises at least two different scattering structures , characterized in that the optical properties of the metasurface are controllable by a control signal, wherein first scattering structures are at least partially contacting a layer of a first substance comprising a dielectric material and having a first refractive index and second scattering structures are at least partially contacting a layer of a second substance comprising a polymer, which differs from the first substance and which provides a variable refractive index depending on the control signal, wherein the real part n and/or the imaginary part κ of the variable refractive index of the second substance is shiftable by the control signal to the respective value of the first substance. the optical properties of the metasurface are controllable by a control signal, wherein first scattering structures are at least partially contacting a layer of a first substance comprising a dielectric material and having a first refractive index and second scattering structures are at least partially contacting a layer of a second substance comprising a polymer, which differs from the first substance and which provides a variable refractive index depending on the control signal, wherein the real part n and/or the imaginary part κ of the variable refractive index of the second substance is shiftable by the control signal to the respective value of the first substance.
Aerosol dosing container for metered delivery of aerosol, comprising: - an aerosol container for receiving aerosol, said aerosol container defining an aerosol receiving space and having an aerosol container opening , - a container closure provided for the fluid-tight closure of the aerosol container opening , said container closure comprising an actuatable metering valve for the metered delivery of aerosol contained in the aerosol receiving space , - at least one stirring element extending in the aerosol receiving space and connected in a stationary manner to an inner side of the aerosol container and/or the container closure , wherein a positive-locking and/or frictionally engaged drive element is arranged on an outer side of the aerosol container for moving the aerosol metering container relative to the aerosol contained therein, so that, when the aerosol metering container is moved, the at least one stirring element moves relative to the aerosol contained in the aerosol receiving space in order to stir it. - an aerosol container for receiving aerosol, said aerosol container defining an aerosol receiving space and having an aerosol container opening , - a container closure provided for the fluid-tight closure of the aerosol container opening , said container closure comprising an actuatable metering valve for the metered delivery of aerosol contained in the aerosol receiving space , - at least one stirring element extending in the aerosol receiving space and connected in a stationary manner to an inner side of the aerosol container and/or the container closure ,
Flat-knitting machine comprising a front and a rear needle bed and a front and a rear carriage which can be moved along the needle beds and on which lock plates of at least one knitting system are arranged, a device being provided for stripping and/or inserting weft, warp, and/or floating threads into a knitted fabric and/or for holding down a knitted fabric during stitch formation, characterized in that a device in each case is associated with the front and rear carriages and is mounted thereon, and a thread contact region of the relevant device is arranged at one end and outside the knitting system of the carriage on which the device is mounted.
Method for acoustically monitoring the existence of loose objects inside the wind turbine , whereby a sound generated by a loose object repeatedly falling within a rotating part of the wind turbine is monitored during operation of the wind turbine , which sound is analyzed with respect to specific parameter values (A) of the sound within at least one specific frequency range (F sel ) in which sounds are not expected, and if such specific parameter values (A) are detected within such a specific frequency range (F sel ) or ranges (F sel ), a signal (Sig) for possible further actions is generated, whereby frequencies within the specific frequency range (F sel ) or ranges (F sel ) are at least partially filtered to limit the analysis to high frequencies in sound caused by loose objects falling within the rotating part .
A method by a user equipment for monitoring a Physical Downlink Control Channel, PDCCH, in a wireless communication system, the method comprising: receiving (S3610), from a base station, preconfigured uplink resource, PUR, configuration information related to uplink transmission using PUR; performing (S3630) the uplink transmission using PUR, based on the PUR configuration information; and monitoring the PDCCH related to the uplink transmission using PUR in a PUR search space, SS, window which is based on a timer, wherein the PUR SS window starts after a specific time offset from a last subframe of subframes related to the uplink transmission using PUR, wherein the monitoring the PDCCH is performed in the PUR SS window for a SS which is related to at least one of (i) an uplink grant or (ii) feedback information on the uplink transmission using PUR, and wherein based on receiving downlink control information, DCI, including an uplink grant for a retransmission of the uplink transmission using PUR, based on monitoring the PDCCH related to the uplink transmission using PUR, the timer is restarted based on the received DCI. receiving (S3610), from a base station, preconfigured uplink resource, PUR, configuration information related to uplink transmission using PUR; performing (S3630) the uplink transmission using PUR, based on the PUR configuration information; and monitoring the PDCCH related to the uplink transmission using PUR in a PUR search space, SS, window which is based on a timer, wherein the PUR SS window starts after a specific time offset from a last subframe of subframes related to the uplink transmission using PUR, wherein the monitoring the PDCCH is performed in the PUR SS window for a SS which is related to at least one of (i) an uplink grant or (ii) feedback information on the uplink transmission using PUR, and wherein based on receiving downlink control information, DCI, including an uplink grant for a retransmission of the uplink transmission using PUR, based on monitoring the PDCCH related to the uplink transmission using PUR, the timer is restarted based on the received DCI.
A method of forming a strengthened fluid conduit , the method comprising: providing a sacrificial material into a mold of the fluid conduit having an outer surface ; disposing a strengthening insert having an inner surface and an outer surface , opposite and spaced from the inner surface , such that the strengthening insert inner surface abuts the mold outer surface ; forming the fluid conduit by way of electrodeposition of a metallic layer over the exposed mold outer surface and the exposed strengthening insert outer surface ; and removing the sacrificial material to define the fluid conduit . providing a sacrificial material into a mold of the fluid conduit having an outer surface ; disposing a strengthening insert having an inner surface and an outer surface , opposite and spaced from the inner surface , such that the strengthening insert inner surface abuts the mold outer surface ; forming the fluid conduit by way of electrodeposition of a metallic layer over the exposed mold outer surface and the exposed strengthening insert outer surface ; and removing the sacrificial material to define the fluid conduit .
A run-flat tire having a sidewall support and a bead apex, the sidewall support and/or the bead apex manufactured from a rubber composition that is based upon a cross-linkable rubber composition, the cross-linkable rubber composition comprising, per 100 parts by weight of rubber (phr): a rubber component selected from the group consisting of a polybutadiene and at least one of a natural rubber and a polyisoprene; a carbon black reinforcing filler; and a sulfur curing agent and a peroxide curing agent. a rubber component selected from the group consisting of a polybutadiene and at least one of a natural rubber and a polyisoprene; a carbon black reinforcing filler; and a sulfur curing agent and a peroxide curing agent.