mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition for use in treatment of intraventricular hemorrhage (IVH), comprising stem cell-derived exosomes as an active ingredient, wherein the stem cell is treated with thrombin.
A method for supporting an enhanced multimedia broadcast multicast service, eMBMS, in a relay network, comprising: receiving , by a relay node , a message for indicating the position of an Multicast/Broadcast over Single Frequency Network, MBSFN, sub-frame related to the eMBMS in a transmission frame, which is sent from the network side; muting , by the relay node , the MBSFN sub-frame according to the position of the MBSFN sub-frame in the transmission frame indicated in the received message; and the method further comprising: receiving , by the relay node , MCCH configuration information from the network side; and sending , by the relay node , the MCCH configuration information to a user equipment . receiving , by a relay node , a message for indicating the position of an Multicast/Broadcast over Single Frequency Network, MBSFN, sub-frame related to the eMBMS in a transmission frame, which is sent from the network side; muting , by the relay node , the MBSFN sub-frame according to the position of the MBSFN sub-frame in the transmission frame indicated in the received message; and the method further comprising: receiving , by the relay node , MCCH configuration information from the network side; and sending , by the relay node , the MCCH configuration information to a user equipment . receiving , by the relay node , MCCH configuration information from the network side; and sending , by the relay node , the MCCH configuration information to a user equipment .
Metal gantry for supporting a lifting device for transporting materials, comprising: a telescopic structure comprising an outer tube and an inner tube ; an arm connected to the outer tube for the displacement of the lifting device transverse to the telescopic structure; wherein the arm comprises a rail and a trolley to slide in the rail and support the lifting device; and a nut for threading at an end of the outer tube ; characterised in that the metal gantry further comprises a shaft to hold the inner tube within the outer tube in said nut ; wherein the arm is rotatably connected to the outer tube ; wherein the outer tube comprises a base at the lower end for resting on a floor and a thread at the upper end for said nut ; wherein the inner tube comprises a bearing for securing to the ceiling of a slab and a plurality of holes for fitting said shaft and holding the inner tube within the outer tube . a telescopic structure comprising an outer tube and an inner tube ; an arm connected to the outer tube for the displacement of the lifting device transverse to the telescopic structure; wherein the arm comprises a rail and a trolley to slide in the rail and support the lifting device; and a nut for threading at an end of the outer tube ; characterised in that the metal gantry further comprises a shaft to hold the inner tube within the outer tube in said nut ; wherein the arm is rotatably connected to the outer tube ; wherein the outer tube comprises a base at the lower end for resting on a floor and a thread at the upper end for said nut ; wherein the inner tube comprises a bearing for securing to the ceiling of a slab and a plurality of holes for fitting said shaft and holding the inner tube within the outer tube .
Method for establishing a communication link between a motor vehicle and a third-party vehicle located in the environment of the motor vehicle, having the steps: - receiving configuration data from the third-party vehicle , - determining a relative position of the third-party vehicle relative to the motor vehicle , wherein - in order to determine the relative position, in environmental data detected by an environmental sensor of the motor vehicle , an image of the third-party vehicle is identified using vehicle data which characterise the third-party vehicle and which are part of the configuration data, or wherein a respective relative position of a plurality of external objects in the environment (U) of the motor vehicle are determined as potential relative positions of the third-party vehicle using the environmental data, and, based on a receiving direction from which the configuration data are received, the relative position of the third-party vehicle is selected from the potential relative positions, - providing a virtual display which indicates the third-party vehicle as a possible communication partner, at least partially based on the relative position of the third-party vehicle and the configuration data , for a user of the motor vehicle , - receiving a communication command from the user , the third-party vehicle being selected as the communication partner by means of the communication command, - establishing a direct communication link with the communication partner. - receiving configuration data from the third-party vehicle , - determining a relative position of the third-party vehicle relative to the motor vehicle , wherein - in order to determine the relative position, in environmental data detected by an environmental sensor of the motor vehicle , an image of the third-party vehicle is identified using vehicle data which characterise the third-party vehicle and which are part of the configuration data, or wherein a respective relative position of a plurality of external objects in the environment (U) of the motor vehicle are determined as potential relative positions of the third-party vehicle using the environmental data, and, based on a receiving direction from which the configuration data are received, the relative position of the third-party vehicle is selected from the potential relative positions, - providing a virtual display which indicates the third-party vehicle as a possible communication partner, at least partially based on the relative position of the third-party vehicle and the configuration data , for a user of the motor vehicle , - receiving a communication command from the user , the third-party vehicle being selected as the communication partner by means of the communication command, - establishing a direct communication link with the communication partner.
An image forming apparatus , comprising: a printing means configured to perform print processing on a sheet ; a punching means configured to punch the sheet printed by the printing means ; a binding means provided with a stacking portion on which a plurality of sheets punched by the punching means are to be stacked, the binding means being configured to perform a bookbinding process so as to form a bound product in which a binding member penetrates punch holes of the plurality of sheets stacked on the stacking portion ; a first detecting means configured to detect a first jam of a sheet in the binding means; a second detecting means configured to detect a second jam of a sheet which occurs upstream of the binding means in a conveyance direction of the sheet; and a notification means configured to notify information; the image forming apparatus being characterised in that it further comprises a control means configured to cause the notification means to notify first instruction information for instructing removal of a sheet and the binding member , which are located in the binding means and for which the bookbinding process is incomplete, in a case where the first detecting means has detected the first jam, and cause the notification means to notify second instruction information for instructing removal of the second jam in a case where the second detecting means has detected the second jam and the first detecting means has not detected the first jam. a printing means configured to perform print processing on a sheet ; a punching means configured to punch the sheet printed by the printing means ; a binding means provided with a stacking portion on which a plurality of sheets punched by the punching means are to be stacked, the binding means being configured to perform a bookbinding process so as to form a bound product in which a binding member penetrates punch holes of the plurality of sheets stacked on the stacking portion ; a first detecting means configured to detect a first jam of a sheet in the binding means; a second detecting means configured to detect a second jam of a sheet which occurs upstream of the binding means in a conveyance direction of the sheet; and a notification means configured to notify information; the image forming apparatus being characterised in that it further comprises a control means configured to cause the notification means to notify first instruction information for instructing removal of a sheet and the binding member , which are located in the binding means and for which the bookbinding process is incomplete, in a case where the first detecting means has detected the first jam, and cause the notification means to notify second instruction information for instructing removal of the second jam in a case where the second detecting means has detected the second jam and the first detecting means has not detected the first jam.
A computer-implemented method of enhancing an optical coherence tomography (OCT) image composed of a plurality of A-scans, each A-scan being indicative of a structure imaged in a predefined direction, the A-scans being grouped as a plurality of B-scans, the method comprising, for each A-scan: (a) defining a respective neighbourhood consisting of a set of neighbouring A-scans surrounding said each A-scan, the neighbouring A-scans forming a two-dimensional array as viewed in the predefined direction such that at least one neighbouring A-scan is grouped in the same B -scan as said each A-scan; (b) aligning the neighbouring A-scans in the respective neighbourhood to said each A-scan of the respective neighbourhood; (c) using the aligned neighbouring A-scans to form a first matrix X, respective columns of the first matrix X being the aligned neighbouring A-scans; and (d) seeking a second matrix which minimizes a cost function indicative of the difference between the first matrix X and the second matrix, the second matrix being constrained to obey a complexity constraint being that the second matrix has a lower rank than the first matrix X. (a) defining a respective neighbourhood consisting of a set of neighbouring A-scans surrounding said each A-scan, the neighbouring A-scans forming a two-dimensional array as viewed in the predefined direction such that at least one neighbouring A-scan is grouped in the same B -scan as said each A-scan; (b) aligning the neighbouring A-scans in the respective neighbourhood to said each A-scan of the respective neighbourhood; (c) using the aligned neighbouring A-scans to form a first matrix X, respective columns of the first matrix X being the aligned neighbouring A-scans; and (d) seeking a second matrix which minimizes a cost function indicative of the difference between the first matrix X and the second matrix, the second matrix being constrained to obey a complexity constraint being that the second matrix has a lower rank than the first matrix X.
A method for producing acrylic acid, comprising the steps of supplying at least crude acrylic acid and an alcohol solvent to an acrylic acid distillation apparatus to distill acrylic acid, and distilling acrylic acid in two or more stages, wherein a boiling point of the alcohol solvent is 190°C or higher under an ordinary pressure, and wherein the alcohol solvent is supplied to the acrylic acid distillation apparatus in a latter stage of the acrylic acid distillation step.
Slot diffuser for blowing air into a chamber, comprising an elongated substantially beam-shaped frame with a flat front and a rear side, preferably substantially parallel with the front, the front comprising two or more longitudinally parallel extending slats spaced a predetermined distance from each other, between which ventilation slots are formed, and a side wall extending substantially perpendicular from each of said slats at the front and extending along the longitudinal axis of said slats, whereby abutting side walls define a chamber between them, whereby the longitudinal extremities of said side walls are all connected with said abutting side walls via end bridges at said rear side of said slot diffuser, said end bridges and said side walls and said slats consisting of a single piece, said end bridges extending between said abutting side walls near the distal extremities of said side walls with respect to said slats, and said abutting side walls optionally being further connected via centre bridges at saic rear side of said slot diffuser, said centre bridges and said side walls consisting of one piece and said centre bridges extending between said abutting side walls near the distal extremities of said side walls with respect to said slats, said slot diffuser further being provided with one or more holding-down organs in one or more of the chambers, said holding-down organs not being single-piece with the slot diffuser itself, said holding-down organs being adapted to anchor themselves to both said side walls of the chamber by clamping fixedly on the side walls at the rear side of the slot diffuser, the holding-down organ thereby extending at least to a central zone of both said side walls of the chamber, whereby said side walls on each side abutting another side wall comprise a pivot groove running along the longitudinal axis of said side wall, said pivot groove being adapted for pivotally holding a deflector , characterized in that said slot diffuser further comprises two longitudinal deflectors per ventilation slot substantially as long as the ventilation slot, said deflectors comprising a pivot edge on one longitudinal side, and the pivot edge being adapted to be pivotally held in said pivot groove around the pivot edge wherein said holding-down organ i is adapted to partly close off said pivot grooves across the longitudinal axis for enclosing said pivot edge of said deflectors, saic holding-down organ comprising on either side a closing component suitable for enclosing said pivot edge of said deflectors in said pivot groove, the closing components exhibiting limited flexibility or play with respect to said holding-dowr organ to pivotally enclose said deflectors. deflectors .
A method for laser drilling a hollow component , the method comprising: injecting a fluid into an internal cavity of the hollow component to achieve a pressure of the fluid within the internal cavity that is greater than an ambient pressure; drilling a plurality of holes through the hollow component from an external surface of the hollow component to the internal cavity by applying a laser beam to the hollow component with a laser generator ; and directing the fluid from the internal cavity and through the plurality of holes so as to exit the hollow component via the plurality of holes , characterised in that drilling the plurality of holes through the hollow component comprises sequentially drilling each hole of the plurality of holes progressively from a first position of the hollow component to a second position of the hollow component , the second position is higher than the first position. injecting a fluid into an internal cavity of the hollow component to achieve a pressure of the fluid within the internal cavity that is greater than an ambient pressure; drilling a plurality of holes through the hollow component from an external surface of the hollow component to the internal cavity by applying a laser beam to the hollow component with a laser generator ; and directing the fluid from the internal cavity and through the plurality of holes so as to exit the hollow component via the plurality of holes , characterised in that drilling the plurality of holes through the hollow component comprises sequentially drilling each hole of the plurality of holes progressively from a first position of the hollow component to a second position of the hollow component , the second position is higher than the first position.
A User Equipment, UE, comprising: means for receiving a system information block message, the system information block message including enhanced coverage configuration information for Physical Random Access Channel, PRACH, transmission and a Reference Signals Received Power, RSRP, threshold value, the RSRP threshold value being used to determine whether a coverage enhancement is required; means for performing comparison of the RSRP threshold value and a RSRP value measured by the UE ; means for performing determination whether the UE is capable of the coverage enhancement; means for determining whether the coverage enhancement is required based on the comparison and the determination whether the UE is capable of the coverage enhancement; and means for transmitting random access preambles with repetitions using PRACH resources corresponding to the required coverage enhancement in a case where the coverage enhancement is required. means for receiving a system information block message, the system information block message including enhanced coverage configuration information for Physical Random Access Channel, PRACH, transmission and a Reference Signals Received Power, RSRP, threshold value, the RSRP threshold value being used to determine whether a coverage enhancement is required; means for performing comparison of the RSRP threshold value and a RSRP value measured by the UE ; means for performing determination whether the UE is capable of the coverage enhancement; means for determining whether the coverage enhancement is required based on the comparison and the determination whether the UE is capable of the coverage enhancement; and means for transmitting random access preambles with repetitions using PRACH resources corresponding to the required coverage enhancement in a case where the coverage enhancement is required.
A method for treating a barren solution originating from hydrometallurgical processing of precious metal-containing materials, comprising: receiving an aqueous barren leach solution comprising a leaching agent; passing the aqueous barren leach solution through a membrane filter to form an aqueous retentate comprising at least most of the leaching agent and an aqueous permeate comprising some of the leaching agent; recycling the aqueous retentate to a leaching step; destroying the at least most of the leaching agent in the aqueous permeate to form an aqueous recycle stream free of the leaching agent; and recycling the aqueous recycle stream to a unit operation upstream of the leaching step. receiving an aqueous barren leach solution comprising a leaching agent; passing the aqueous barren leach solution through a membrane filter to form an aqueous retentate comprising at least most of the leaching agent and an aqueous permeate comprising some of the leaching agent; recycling the aqueous retentate to a leaching step; destroying the at least most of the leaching agent in the aqueous permeate to form an aqueous recycle stream free of the leaching agent; and recycling the aqueous recycle stream to a unit operation upstream of the leaching step.
A nozzle apparatus comprising: an inlet , an outlet , a particulate filter disposed between the inlet and the outlet , the filter comprising a screen with at least one aperture therein; and a container , wherein the nozzle apparatus defines a first flow path between the filter and the container for particles too large for said filter and a second flow path towards the outlet for particles small enough for said filter ; and wherein the container is provided downstream of the first flow path and downstream of the filter , such that said first flow path terminates in the container and in use, particulate debris accumulates in the container; wherein an inlet flow path is defined between the portion of the nozzle apparatus between the inlet and the screen; and the inlet flow path and the first flow path, are co-linear. an inlet , an outlet , a particulate filter disposed between the inlet and the outlet , the filter comprising a screen with at least one aperture therein; and a container , wherein the nozzle apparatus defines a first flow path between the filter and the container for particles too large for said filter and a second flow path towards the outlet for particles small enough for said filter ; and wherein the container is provided downstream of the first flow path and downstream of the filter , such that said first flow path terminates in the container and in use, particulate debris accumulates in the container; wherein an inlet flow path is defined between the portion of the nozzle apparatus between the inlet and the screen; and the inlet flow path and the first flow path, are co-linear.
Grating structure image for representing a multicoloured diffraction image, having a plurality of grating image fields which shine in a desired colour when the grating structure image is illuminated and which, in order to generate the desired colour, each contain one or more grating patterns composed of a plurality of line grating lines, each characterized by a grating constant d and an azimuthal angle orientation θ, characterized in that the azimuthal angle orientation θ defines the viewing direction from which the grating image fields are visible, wherein - the grating structure image contains a brilliance region, the area of which takes up more than 50% of the area of the grating structure image occupied by grating image fields , wherein - the grating image fields in the brilliance region consist of spectral colour fields which each exclusively contain grating patterns of the same grating constant d and shine in a spectral colour upon illumination, - at least four spectral colour fields having different grating constants are provided in the brilliance region, and shine in different spectral colours upon illumination, and - the spectral colour fields of the brilliance region contain at least two sub-regions for the two eyes of a human observer, which each contain grating patterns of the same grating constant but with an azimuthal angle orientation (θ1, θ2) slightly rotated relative to one another, in order to generate a colour-constant image impression for the two eyes. - the grating structure image contains a brilliance region, the area of which takes up more than 50% of the area of the grating structure image occupied by grating image fields , wherein - the grating image fields in the brilliance region consist of spectral colour fields which each exclusively contain grating patterns of the same grating constant d and shine in a spectral colour upon illumination, - at least four spectral colour fields having different grating constants are provided in the brilliance region, and shine in different spectral colours upon illumination, and - the spectral colour fields of the brilliance region contain at least two sub-regions for the two eyes of a human observer, which each contain grating patterns of the same grating constant but with an azimuthal angle orientation (θ1, θ2) slightly rotated relative to one another, in order to generate a colour-constant image impression for the two eyes.
A defect evaluation apparatus adjustment method for a defect evaluation apparatus that irradiates a single crystal (W) with light and detects scattered light generated by a crystal defect contained in the single crystal (W) to thereby evaluate the crystal defect comprising: acquiring an index as a ratio of a peak intensity P1 of the scattered light to an integrated intensity P2 thereof, and adjusting an incident position (ΔY) of light onto the single crystal so that the acquired index P1/P2 becomes maximum. acquiring an index as a ratio of a peak intensity P1 of the scattered light to an integrated intensity P2 thereof, and adjusting an incident position (ΔY) of light onto the single crystal so that the acquired index P1/P2 becomes maximum.