mhurhangee/ep-ind-claims huggingface dataset:
A vacuum-assisted cutting tool, comprising: a core portion, the core portion comprising: a core flange having a top surface and an opposite bottom surface; a knife portion, the knife portion comprising: a knife flange having a top surface and a bottom surface; a knife edge, the knife edge forming a cutting perimeter of the knife portion; and an insert aperture, the insert aperture extending through the knife portion from the knife flange bottom surface to the knife edge, characterized by one or more core flange apertures extending through the core flange from the top surface to the bottom surface; and an insert, the insert extending from the core flange top surface to a top surface of the insert; wherein the insert aperture is configured to receive the core portion insert and allow for fluid transmission of vacuum pressure from proximate the knife edge through the insert aperture and through the one or more core flange apertures. a core portion, the core portion comprising: a core flange having a top surface and an opposite bottom surface; a knife portion, the knife portion comprising: a knife flange having a top surface and a bottom surface; a knife edge, the knife edge forming a cutting perimeter of the knife portion; and an insert aperture, the insert aperture extending through the knife portion from the knife flange bottom surface to the knife edge, characterized by one or more core flange apertures extending through the core flange from the top surface to the bottom surface; and an insert, the insert extending from the core flange top surface to a top surface of the insert; wherein the insert aperture is configured to receive the core portion insert and allow for fluid transmission of vacuum pressure from proximate the knife edge through the insert aperture and through the one or more core flange apertures.
A volume hologram transfer foil comprising: a base material; a protective layer formed on the base material; a volume hologram layer formed on the protective layer and having a volume hologram recorded therein; and a heat seal layer formed on the volume hologram layer, wherein the protective layer contains a hard coat component formed of an ionizing radiation-curable resin, a rupture elongation control component which provides a rupture elongation in a range from 50% to 1000% and improves a rupture elongation of the protective layer, and a foil cutting characteristic control component which has a thermal expansion coefficient different from those of the hard coat component and the rupture elongation control component, is dispersed in the form of microparticles in the protective layer, and is incompatible with the two components (5, 6). a base material; a protective layer formed on the base material; a volume hologram layer formed on the protective layer and having a volume hologram recorded therein; and a heat seal layer formed on the volume hologram layer, wherein the protective layer contains a hard coat component formed of an ionizing radiation-curable resin, a rupture elongation control component which provides a rupture elongation in a range from 50% to 1000% and improves a rupture elongation of the protective layer, and a foil cutting characteristic control component which has a thermal expansion coefficient different from those of the hard coat component and the rupture elongation control component, is dispersed in the form of microparticles in the protective layer, and is incompatible with the two components (5, 6).
A friction lining comprising or consisting of a resin or a resin mixture which creates the matrix of the friction lining and friction-modifying particles and fibres, wherein the proportion of resin is between 20 wt.-% and 70 wt.-% and the total proportion of friction-modifying particles and fibres is between 30 wt.-% and 80 wt.-%, wherein the proportion of fibres is further selected from a from a range with a lower limit of 2 wt.-% and 15 wt.-% and the friction-modifying particles are created by a mixture of carbon and diatomite in a total proportion of 28 wt.-% to 65 wt.-%, wherein the friction-modifying particles and fibres are mixed with the resin or the resin mixture, characterized in that the diatomite particles are created by diatomite with a honeycomb structure and diatomite with a cloddy structure.
A method for forming a pattern, in which n patterns (n: an integer of at least 2) of identical or different pattern materials are formed on a support, the method comprising: forming a first resist layer by coating a resist composition on a surface of the support, with respect to a kth pattern material and a kth resist layer in order of from k=1 to k=n-1 (k: an integer of 1 to n-1), repeating the steps of (i) to (iv): (i) forming a guide hole through a kth resist layer by exposure and development, (ii) filling a kth pattern material into the guide hole by a screen printing process, (iii) removing the kth resist layer, and (iv) forming a (k+1)th resist layer by coating a resist composition on the support and the 1st to kth pattern materials, forming a guide hole through a nth resist layer by exposure and development, filling a nth pattern material into the guide hole by a screen printing process, and removing the nth resist layer. forming a first resist layer by coating a resist composition on a surface of the support, with respect to a kth pattern material and a kth resist layer in order of from k=1 to k=n-1 (k: an integer of 1 to n-1), repeating the steps of (i) to (iv): (i) forming a guide hole through a kth resist layer by exposure and development, (ii) filling a kth pattern material into the guide hole by a screen printing process, (iii) removing the kth resist layer, and (iv) forming a (k+1)th resist layer by coating a resist composition on the support and the 1st to kth pattern materials, (i) forming a guide hole through a kth resist layer by exposure and development, (ii) filling a kth pattern material into the guide hole by a screen printing process, (iii) removing the kth resist layer, and (iv) forming a (k+1)th resist layer by coating a resist composition on the support and the 1st to kth pattern materials, forming a guide hole through a nth resist layer by exposure and development, filling a nth pattern material into the guide hole by a screen printing process, and removing the nth resist layer.
Ciclopirox or a pharmaceutically acceptable salt or solvate thereof for use in the treatment and/or prevention of a disease caused by dysregulated heme group biosynthesis and characterized by the accumulation of UROI, COPROI, bilirubin and/or biliverdin, with the proviso that said disease is not congenital erythropoietic porphyria.
An image processing system for correcting brightness of saturated pixels in an image sensor, the image processing system comprising: a pixel brightness measurement engine configured to measure a pixel brightness of a plurality of pixels for image data captured by a camera; a pixel saturation comparator configured to compare a measured pixel brightness of at least one of the plurality of pixels with first and second saturation thresholds, wherein the second saturation threshold is greater than the first saturation threshold; a pixel brightness selector configured to select the measured pixel brightness of the at least one pixel as an output pixel brightness when the measured pixel brightness of the at least pixel is less than the first saturation threshold, and to select a measured pixel brightness of at least one neighboring pixel as the output pixel brightness when the measured pixel brightness of the at least pixel is greater than the second saturation threshold; a pixel brightness interpolator configured to calculate an interpolated brightness value as the output pixel brightness when the measured pixel brightness of at least one pixel is between the first and second saturation thresholds; and an image generator configured to display on a display device the image data having either the selected output pixel brightness of the at least one pixel of at least one of the plurality of pixels or the interpolated brightness value calculated by the pixel brightness interpolator when the measured pixel brightness of at least one pixel is between the first and second saturation thresholds. a pixel brightness measurement engine configured to measure a pixel brightness of a plurality of pixels for image data captured by a camera; a pixel saturation comparator configured to compare a measured pixel brightness of at least one of the plurality of pixels with first and second saturation thresholds, wherein the second saturation threshold is greater than the first saturation threshold; a pixel brightness selector configured to select the measured pixel brightness of the at least one pixel as an output pixel brightness when the measured pixel brightness of the at least pixel is less than the first saturation threshold, and to select a measured pixel brightness of at least one neighboring pixel as the output pixel brightness when the measured pixel brightness of the at least pixel is greater than the second saturation threshold; a pixel brightness interpolator configured to calculate an interpolated brightness value as the output pixel brightness when the measured pixel brightness of at least one pixel is between the first and second saturation thresholds; and an image generator configured to display on a display device the image data having either the selected output pixel brightness of the at least one pixel of at least one of the plurality of pixels or the interpolated brightness value calculated by the pixel brightness interpolator when the measured pixel brightness of at least one pixel is between the first and second saturation thresholds.
A wedge-shaped footrest for use in means of transport, which has operating elements for the longitudinal displacement over an underlying surface, characterized in that it is provided on the underside with at least one telescopic element (4, 4') with a hook and loop fastener or a layer of hooks and a guide roller.
Method for treating waste incineration slag, wherein crushed and screened waste incineration slag is separated into fractions of different densities by means of a vibrating settling separator, wherein the separation occurs into a heavy fraction comprising metals, a light fraction comprising minerals, and a floating fraction comprising plastics, wood, paper or gas concrete, and wherein the separation takes place in a liquid, that is in a vertically oscillating water bath, characterized in that the separated heavy material is transported directly into a heavy material store and the floating material is transported directly into a floating material store, and in that the light material is passed through an induction separator for separating metallic materials.
A molding die for molding an epoxy prepreg material composite item, comprising: a die surface shell layer having air permeability for setting a composite on a die-shaped surface thereof; and a support having a cavity portion provided on the back surface side of said die surface shell layer for discharging gas passing through said die surface shell layer, said molding die is adapted to mold said composite into said composite item in such a way that, when said composite is set so as to directly contact said die-shaped surface and a vacuum bag film is set on a side of said composite opposite to said die-shaped surface so as to cover said composite, gas may be discharged from said cavity portion so as to press said composite against said die-shaped surface, characterized in that said die surface shell layer is formed from an air permeable porous slab of material. a die surface shell layer having air permeability for setting a composite on a die-shaped surface thereof; and a support having a cavity portion provided on the back surface side of said die surface shell layer for discharging gas passing through said die surface shell layer, said molding die is adapted to mold said composite into said composite item in such a way that, when said composite is set so as to directly contact said die-shaped surface and a vacuum bag film is set on a side of said composite opposite to said die-shaped surface so as to cover said composite, gas may be discharged from said cavity portion so as to press said composite against said die-shaped surface, characterized in that said die surface shell layer is formed from an air permeable porous slab of material.
A method for establishing a connection, comprising: sending, by terminal equipment, a preamble to network equipment; receiving, by the terminal equipment, a Random Access Response, RAR, message sent by the network equipment; receiving, by the terminal equipment, network condition indication information sent by the network equipment; determining, by the terminal equipment, whether the network equipment supports multiple formats of the connection establishment request message according to the network condition indication information; characterized in that, after receiving the RAR message, when it is determined that the network equipment supports multiple formats of the connection establishment request message, determining, by the terminal equipment, a connection establishment request format adopted for sending a connection establishment request message from multiple connection establishment request formats; sending, by the terminal equipment, the connection establishment request message to the network equipment according to the determined connection establishment request format; and receiving, by the terminal equipment, a collision resolution message sent by the network equipment according to the format of the connection establishment request message. sending, by terminal equipment, a preamble to network equipment; receiving, by the terminal equipment, a Random Access Response, RAR, message sent by the network equipment; receiving, by the terminal equipment, network condition indication information sent by the network equipment; determining, by the terminal equipment, whether the network equipment supports multiple formats of the connection establishment request message according to the network condition indication information; characterized in that, after receiving the RAR message, when it is determined that the network equipment supports multiple formats of the connection establishment request message, determining, by the terminal equipment, a connection establishment request format adopted for sending a connection establishment request message from multiple connection establishment request formats; sending, by the terminal equipment, the connection establishment request message to the network equipment according to the determined connection establishment request format; and receiving, by the terminal equipment, a collision resolution message sent by the network equipment according to the format of the connection establishment request message.
A method performed by a distributed unit, DU, of a base station for providing Integrated Access and Backhaul, IAB, mapping information, wherein the base station is configured as a donor base station for one or more IAB nodes, the method comprising: Obtaining mapping information to map one or more field values to one or more backhaul radio link control BH RLC channels between the DU and a first IAB node in a downlink path; characterized in Inserting a field value into an uplink packet to be transmitted to a CU-CP of the base station based on a first BH RLC channel on which a corresponding uplink packet was received and the mapping information. Obtaining mapping information to map one or more field values to one or more backhaul radio link control BH RLC channels between the DU and a first IAB node in a downlink path; characterized in Inserting a field value into an uplink packet to be transmitted to a CU-CP of the base station based on a first BH RLC channel on which a corresponding uplink packet was received and the mapping information.
A communication control device comprising: an acquisition unit configured to acquire a reception timing at which a second radio communication device receives a downlink signal from a base station performing radio communication with a first radio communication device or at which the second radio communication device receives a downlink signal from a base station performing radio communication with the second radio communication device; and a decision unit configured to decide a transmission timing at which the second radio communication device transmits a signal to the first radio communication device through inter-device communication based on the reception timing, characterized in that the decided transmission timing is a timing later than a timing at which the second radio communication device transmits an uplink signal to the base station, wherein the acquisition unit further acquires first timing advance information to decide the timing at which the second radio communication device transmits the uplink signal to the base station, wherein the acquisition unit further acquires second timing advance information to decide a timing at which the first radio communication device transmits an uplink signal to the base station, and wherein the decision unit decides the transmission timing based on the reception timing, the first timing advance information, and the second timing advance information. an acquisition unit configured to acquire a reception timing at which a second radio communication device receives a downlink signal from a base station performing radio communication with a first radio communication device or at which the second radio communication device receives a downlink signal from a base station performing radio communication with the second radio communication device; and a decision unit configured to decide a transmission timing at which the second radio communication device transmits a signal to the first radio communication device through inter-device communication based on the reception timing, characterized in that the decided transmission timing is a timing later than a timing at which the second radio communication device transmits an uplink signal to the base station, wherein the acquisition unit further acquires first timing advance information to decide the timing at which the second radio communication device transmits the uplink signal to the base station, wherein the acquisition unit further acquires second timing advance information to decide a timing at which the first radio communication device transmits an uplink signal to the base station, and wherein the decision unit decides the transmission timing based on the reception timing, the first timing advance information, and the second timing advance information.
A method for wireless communications by a user equipment, UE, comprising: receiving configuration information indicating a partitioning of different sets of resources to use for indicating different preferred beams; determining at least first and second preferred beams respectively for at least a subsequent downlink message transmission and a subsequent uplink message transmission of a random access channel, RACH, procedure, based on the partitioning and respective anticipated time of the subsequent downlink message transmission and the subsequent uplink message transmission; providing an indication of the first and second preferred beams via a first uplink message transmission, based on resources selected for the first uplink message transmission based on the partitioning, using one of the sets of resources; sending the first uplink message transmission as part of the RACH procedure; receiving the subsequent downlink message transmission of the RACH procedure via the first preferred beam subsequent to sending the first uplink message transmission; and sending the subsequent uplink message transmission of the RACH procedure via the second preferred beam subsequent to receiving the subsequent downlink message transmission. receiving configuration information indicating a partitioning of different sets of resources to use for indicating different preferred beams; determining at least first and second preferred beams respectively for at least a subsequent downlink message transmission and a subsequent uplink message transmission of a random access channel, RACH, procedure, based on the partitioning and respective anticipated time of the subsequent downlink message transmission and the subsequent uplink message transmission; providing an indication of the first and second preferred beams via a first uplink message transmission, based on resources selected for the first uplink message transmission based on the partitioning, using one of the sets of resources; sending the first uplink message transmission as part of the RACH procedure; receiving the subsequent downlink message transmission of the RACH procedure via the first preferred beam subsequent to sending the first uplink message transmission; and sending the subsequent uplink message transmission of the RACH procedure via the second preferred beam subsequent to receiving the subsequent downlink message transmission.
A flat panel display formed by attaching a glass panel, acrylic foam adhesive tape and a back cover in sequence, wherein the acrylic foam adhesive tape is interposed between the glass panel and the back cover so that an acrylic foam layer of the acrylic foam adhesive tape is in contact with the glass panel, and an adhesive layer of the acrylic foam adhesive tape is in contact with the back cover, wherein the back cover is formed of carbon fiber reinforced plastic (CFRP) or glass fiber reinforced plastic (GFRP), wherein the acrylic foam adhesive tape comprises: an acrylic foam layer formed by curing a composition for forming an acrylic foam layer; and an adhesive layer being in contact with one surface of the acrylic foam layer, wherein dynamic shear strength, that is measured using test ASTM D 1002, of the acrylic foam adhesive tape is 5 kg/cm 2 to 15 kg/cm 2, wherein only one adhesive layer is formed on one surface of the acrylic foam adhesive tape. an acrylic foam layer formed by curing a composition for forming an acrylic foam layer; and an adhesive layer being in contact with one surface of the acrylic foam layer, wherein dynamic shear strength, that is measured using test ASTM D 1002, of the acrylic foam adhesive tape is 5 kg/cm 2 to 15 kg/cm 2, wherein only one adhesive layer is formed on one surface of the acrylic foam adhesive tape.
A method of estimating the impulse response of a channel comprising: providing an initial signal; transmitting a transmit signal; receiving a received signal; characterised by applying a time-shift function to said initial signal to produce said transmit signal; calculating an impulse response (44, 46) from said received signal as if the received signal had been produced by the initial signal or by applying an inverse of the time-shift function as an intrinsic part of the impulse response estimation; and using said impulse response (44, 46) to distinguish between received signals arising from reflections (40, 42) from objects at different ranges. providing an initial signal; transmitting a transmit signal; receiving a received signal; characterised by applying a time-shift function to said initial signal to produce said transmit signal; calculating an impulse response (44, 46) from said received signal as if the received signal had been produced by the initial signal or by applying an inverse of the time-shift function as an intrinsic part of the impulse response estimation; and using said impulse response (44, 46) to distinguish between received signals arising from reflections (40, 42) from objects at different ranges.
Ring-shaped joint tape (1; 1') for covering a joint, wherein the joint tape comprises elastic material and has one outer side and at least one right side flank and at least one left side flank which together enclose a volume which in cross-section is asymmetrically tapering; wherein the outer side in cross-section has a convexly shaped contour.