mhurhangee/patent-ind-claim-en huggingface dataset:
A wound dressing comprising: a backing layer ; a wound contact layer having a first surface for directly contacting a wound bed and a second surface facing the backing layer , the wound contact layer comprising gel forming fibers; and, a superabsorbent layer , wherein the superabsorbent layer is located between the backing layer and the second surface of the wound contact layer , characterized in that the superabsorbent layer comprises a blend of sodium polyacrylate fibres and polyester fibres. a backing layer ; a wound contact layer having a first surface for directly contacting a wound bed and a second surface facing the backing layer , the wound contact layer comprising gel forming fibers; and, a superabsorbent layer , wherein the superabsorbent layer is located between the backing layer and the second surface of the wound contact layer , characterized in that the superabsorbent layer comprises a blend of sodium polyacrylate fibres and polyester fibres.
Apparatus for non-cryogenic separation of gases, comprising a plurality of modules , each module including at least one polymeric membrane capable of separating components of a gas passing through the module, the apparatus including a plurality of conduits and valves which are connected to the modules , wherein the modules are arranged in a plurality of rows, each row including a plurality of modules, wherein: in a first configuration of the valves , a feed gas is directed into all of the modules , wherein the modules are connected in parallel, in a second configuration of the valves , a feed gas is directed into a first group of modules , the first group comprising fewer than all of the modules, and then into a second group of modules, the second group comprising modules not belonging to the first group, wherein the first and second groups of modules are effectively connected in series, the feed gas flows through gas conduits , the gas conduits being connected to inlet manifolds (5-10) which establish a fluid connection between the gas conduits and the modules , the apparatus includes output gas conduits which are connected to outlet manifolds (14-19) which establish a fluid connection between the modules and the output gas conduits for an output gas produced by the modules , characterized in that : e ach module has an inlet piping which has slots and which enters an inlet manifold (5-10) though an O-ringed port , the slots defining a passage for gas flowing from the inlet manifold (5-10) into the module , e ach module has an outlet piping which has slots and which enters an outlet manifold (14-19) though an O-ringed port , the slots defining a passage for gas flowing from the module into the outlet manifold (14-19). in a first configuration of the valves , a feed gas is directed into all of the modules , wherein the modules are connected in parallel, in a second configuration of the valves , a feed gas is directed into a first group of modules , the first group comprising fewer than all of the modules, and then into a second group of modules, the second group comprising modules not belonging to the first group, wherein the first and second groups of modules are effectively connected in series, the feed gas flows through gas conduits , the gas conduits being connected to inlet manifolds (5-10) which establish a fluid connection between the gas conduits and the modules , the apparatus includes output gas conduits which are connected to outlet manifolds (14-19) which establish a fluid connection between the modules and the output gas conduits for an output gas produced by the modules , e ach module has an inlet piping which has slots and which enters an inlet manifold (5-10) though an O-ringed port , the slots defining a passage for gas flowing from the inlet manifold (5-10) into the module , e ach module has an outlet piping which has slots and which enters an outlet manifold (14-19) though an O-ringed port , the slots defining a passage for gas flowing from the module into the outlet manifold (14-19).
An oral cavity washing device comprising: a device body including a pump configured to discharge washing liquid, and a body unit including a tank provided at the device body ; a tube connected to the body unit and configured to allow the discharged washing liquid to flow through the tube ; and a washing unit connected to the tube and configured to discharge the washing liquid; wherein the body unit has a two-dimensional shape that is an ellipse or an approximate ellipse in a planar view, the oral cavity washing device further comprises an operation part configured to operate the body unit , wherein the operation part is provided at the upper surface of the device body . a device body including a pump configured to discharge washing liquid, and a body unit including a tank provided at the device body ; a tube connected to the body unit and configured to allow the discharged washing liquid to flow through the tube ; and a washing unit connected to the tube and configured to discharge the washing liquid; wherein the body unit has a two-dimensional shape that is an ellipse or an approximate ellipse in a planar view, the oral cavity washing device further comprises an operation part configured to operate the body unit , wherein the operation part is provided at the upper surface of the device body .
A method of enhancing a magnetic resonance imaging (MRI) image of a body or body region such as an organ or organ region in a subject to whom an MRI image-enhancing amount of a mixture of sodium ascorbate and meglumine ascorbate has been parenterally administered, said method comprising: generating, by MRI of the subject, an image of said body or body region, whereby said mixture enhances the MRI image.
A system for illuminating a target , comprising: a first illumination module that directs light toward a target location in a field of view area ; an image recognition subsystem (IRS) that establishes, based on confinement parameters, a confined field of view area comprising the target location, and detects an object in the confined field of view area; and a motion control subsystem that receives data indicative of the detected object in the confined field of view area from the image recognition subsystem (IRS), and transmits data indicative of an illumination adjustment to the first illumination module, the data indicative of an illumination adjustment based upon the data indicative of the detected object in the confined field of view area, characterized in that the image recognition subsystem (IRS) comprises an optimizer subsystem having predictive logic that predicts a future location of the object detected in the confined field of view area, and the data indicative of the illumination adjustment is based on the predicted future location of the object , and wherein the predictive logic provides a prediction of potential illumination distortions based on the future location of the object . a first illumination module that directs light toward a target location in a field of view area ; an image recognition subsystem (IRS) that establishes, based on confinement parameters, a confined field of view area comprising the target location, and detects an object in the confined field of view area; and a motion control subsystem that receives data indicative of the detected object in the confined field of view area from the image recognition subsystem (IRS), and transmits data indicative of an illumination adjustment to the first illumination module, the data indicative of an illumination adjustment based upon the data indicative of the detected object in the confined field of view area, characterized in that the image recognition subsystem (IRS) comprises an optimizer subsystem having predictive logic that predicts a future location of the object detected in the confined field of view area, and the data indicative of the illumination adjustment is based on the predicted future location of the object , and wherein the predictive logic provides a prediction of potential illumination distortions based on the future location of the object .
Fuel injector for injecting fuel into the combustion chamber of an internal combustion engine, wherein the fuel injector comprises a nozzle element , wherein, in the nozzle element , there is formed a pressure chamber that can be supplied with pressurized fuel via a feed bore , wherein a longitudinally movable nozzle needle that opens or closes at least one injection opening is arranged in the pressure chamber , and wherein a cooling assembly is arranged so as to at least partially surround the nozzle element , wherein the cooling assembly comprises a cooling ring which delimits a multiplicity of, preferably more than 20, flow channels through which flow can pass and which serve for cooling the nozzle element , characterized in that a longitudinal channel and a distributor groove are formed in the cooling assembly , wherein the distributor groove runs close to the combustion chamber over approximately the entire circumference of the cooling assembly and the longitudinal channel serves for the supply of coolant to the distributor groove , and the flow channels branch off from the distributor groove and run in a direction away from the combustion chamber, wherein, in the cooling assembly , there is arranged a collector groove into which the flow channels open, and the nozzle element is clamped on the fuel injector by means of a nozzle clamping nut , and supply channels for the feed and discharge of the coolant into and out of the cooling assembly are formed in the nozzle clamping nut , wherein a first supply channel is hydraulically connected to the longitudinal channel , and wherein a second supply channel is hydraulically connected to the collector groove .
Method for operating data communication between functional units for a vehicle , wherein the method has the following steps: collecting a predefined number of data packets transmitted by a transmitting unit to a receiving unit in a data buffer of the transmitting unit in order to generate a data block , wherein a data packet is transmitted in each predefined time step (t), wherein the data packets are collected over a predefined collection period that lasts for the sum of the time steps (t) of the predefined number of data packets of the data block ; determining a signature for authenticating the data block , wherein the signature is determined over a predefined determination period that lasts for multiple time steps (t); and transmitting the signature in multiple parts over a predefined transmission period from the transmitting unit to the receiving unit , wherein one part of the signature is transmitted per time step (t), wherein the collecting step , the determining step and the transmitting step are performed such that a sum of the collection period , the determination period and the transmission period is less than a predetermined system fault tolerance time. collecting a predefined number of data packets transmitted by a transmitting unit to a receiving unit in a data buffer of the transmitting unit in order to generate a data block , wherein a data packet is transmitted in each predefined time step (t), wherein the data packets are collected over a predefined collection period that lasts for the sum of the time steps (t) of the predefined number of data packets of the data block ; determining a signature for authenticating the data block , wherein the signature is determined over a predefined determination period that lasts for multiple time steps (t); and transmitting the signature in multiple parts over a predefined transmission period from the transmitting unit to the receiving unit , wherein one part of the signature is transmitted per time step (t), wherein the collecting step , the determining step and the transmitting step are performed such that a sum of the collection period , the determination period and the transmission period is less than a predetermined system fault tolerance time.
A method comprising: receiving a multiplexed optical signal comprising optical channels for N wavelengths, N being a positive integer greater than or equal to two; separating the multiplexed optical signal into a first multiplexed light and a second multiplexed light, each of the first multiplexed light and the second multiplexed light having the same polarization, and each of the first multiplexed light and the second multiplexed light having N wavelengths; separating the first multiplexed light into a plurality of first lights, each having a different wavelength; separating the second multiplexed light into a plurality of second lights simultaneous with separating the first multiplexed light into the first lights, each of the second lights having a different wavelength; and generating optical parameters for each optical channel in the N wavelengths using the first light and the second light for each wavelength; wherein the optical parameters are Stokes parameters or Jones parameters. receiving a multiplexed optical signal comprising optical channels for N wavelengths, N being a positive integer greater than or equal to two; separating the multiplexed optical signal into a first multiplexed light and a second multiplexed light, each of the first multiplexed light and the second multiplexed light having the same polarization, and each of the first multiplexed light and the second multiplexed light having N wavelengths; separating the first multiplexed light into a plurality of first lights, each having a different wavelength; separating the second multiplexed light into a plurality of second lights simultaneous with separating the first multiplexed light into the first lights, each of the second lights having a different wavelength; and
A display device comprising: a display panel including a folding portion (A); a metal layer disposed on one surface of the display panel , and including a first metal layer and a second metal layer spaced apart from each other in the folding portion (A); a first adhesive layer disposed at edges of the first metal layer and the second metal layer ; and a first compressible member disposed on the first metal layer and a second compressible member disposed on the second metal layer , the first and second compressible members being disposed closer to the folding portion (A) than the first adhesive layer ; a set bracket including a first portion and a second portion spaced apart from each other, the first portion of the set bracket being attached to the first metal layer through the first adhesive layer and the second portion of the set bracket being attached to the second metal layer through the first adhesive layer , wherein the first and second compressible members are configured to be compressed by the set bracket , the first and second compressible members compressed by the set bracket have a same thickness with the thickness of the first adhesive layer , and the first and second compressible members support the display panel . a display panel including a folding portion (A); a metal layer disposed on one surface of the display panel , and including a first metal layer and a second metal layer spaced apart from each other in the folding portion (A); a first adhesive layer disposed at edges of the first metal layer and the second metal layer ; and a first compressible member disposed on the first metal layer and a second compressible member disposed on the second metal layer , the first and second compressible members being disposed closer to the folding portion (A) than the first adhesive layer ; a set bracket including a first portion and a second portion spaced apart from each other, the first portion of the set bracket being attached to the first metal layer through the first adhesive layer and the second portion of the set bracket being attached to the second metal layer through the first adhesive layer , wherein the first and second compressible members are configured to be compressed by the set bracket , the first and second compressible members compressed by the set bracket have a same thickness with the thickness of the first adhesive layer , and the first and second compressible members support the display panel .
A vial assembly for holding a segment of epithelial tissue , the vial assembly comprising - a vial having a neck and a first end at a top of the neck, wherein a rim is provided at the first end that defines a first opening , wherein an upper surface of the rim faces away from the neck, wherein the neck and the rim define a cap receiving area for receiving a crimp cap , and wherein the vial has a second open end located distal to the neck; characterized in that the vial assembly further comprises - a ring of inert material, which is provided adjacent the upper surface of the rim of the vial; wherein the inner diameter of the opening of the ring is equal to the diameter of the first opening; and - a crimp cap having an opening, wherein said crimp cap is crimped on the cap receiving area. - a vial having a neck and a first end at a top of the neck, wherein a rim is provided at the first end that defines a first opening , wherein an upper surface of the rim faces away from the neck, wherein the neck and the rim define a cap receiving area for receiving a crimp cap , and wherein the vial has a second open end located distal to the neck; characterized in that the vial assembly further comprises - a ring of inert material, which is provided adjacent the upper surface of the rim of the vial; wherein the inner diameter of the opening of the ring is equal to the diameter of the first opening; and - a crimp cap having an opening, wherein said crimp cap is crimped on the cap receiving area.
Screw anchor for insertion into concrete, comprising a substantially cylindrical main body , on the outer lateral surface of which an external thread is provided and which has a receptacle for a fastening means, which receptacle starts from an axial end face , is arranged in the direction of the cylinder longitudinal axis (L) and has a load-bearing structure for the fastening means that starts from the axial end face , a tool holder extending substantially in the direction of the cylinder longitudinal axis (L) being provided in the receptacle , characterized in that the tool holder extends, from the end face to the rotary drive of the screw anchor in the cylinder longitudinal direction (L), further into the receptacle than the load-bearing structure , and in that the tool holder is formed by a plurality of grooves which extend substantially in parallel and substantially in the cylinder longitudinal direction (L) and are deeper in the radial direction than the load-bearing structure .
A method of preparing a template for a nucleic acid sequencing reaction, the method comprising: a) providing a solid support, wherein said solid support comprises a plurality of nucleic acid primers immobilised thereon; b) contacting a nucleic acid library preparation with the solid support, the library preparation comprising a plurality of single stranded fragments of template nucleic acid to be sequenced, the template nucleic acid fragments further comprising one or more adaptor nucleic acid sequences which hybridise to one or more of the nucleic acid primers, and the library preparation having a nucleic acid concentration of 400 pM or less; c) allowing single stranded fragments of template nucleic acid to bind to said nucleic acid primers, thereby immobilising said single stranded fragments on said solid support; and d) repeating steps b) and c) at least three further times; wherein repetition of the contacting step takes place with the same library preparation as used in step (b); to thereby provide a solid support having single stranded fragments of template nucleic acid immobilised thereon; wherein the method does not comprise an amplification step until steps b) and c) have been repeated at least three times. a) providing a solid support, wherein said solid support comprises a plurality of nucleic acid primers immobilised thereon; b) contacting a nucleic acid library preparation with the solid support, the library preparation comprising a plurality of single stranded fragments of template nucleic acid to be sequenced, the template nucleic acid fragments further comprising one or more adaptor nucleic acid sequences which hybridise to one or more of the nucleic acid primers, and the library preparation having a nucleic acid concentration of 400 pM or less; c) allowing single stranded fragments of template nucleic acid to bind to said nucleic acid primers, thereby immobilising said single stranded fragments on said solid support; and d) repeating steps b) and c) at least three further times; wherein repetition of the contacting step takes place with the same library preparation as used in step (b);
A full duplex radio unit , comprising a transmission unit , an antenna , a reception unit , a circulator , and a power reduction unit , wherein the transmission unit is adapted to generate a first signal , wherein the circulator is adapted to provide the first signal from the transmission unit to the antenna , wherein the antenna is adapted to transmit the first signal and simultaneously receive a second signal using an identical frequency or frequency band, wherein the circulator is adapted to provide a third signal to the power reduction unit , wherein the third signal comprises the second signal and interference generated from the first signal by the antenna and the circulator , wherein the power reduction unit is adapted to reduce the power of the third signal by multiplying the third signal with a factor of √ρ, wherein p is between 0 and 1, thereby generating a fourth signal , and wherein the reception unit is adapted to receive the fourth signal ; characterised in that the power reduction unit is further adapted to determine and set the factor √ρ such that a signal-to-interference-plus-noise-ratio SINR of the fourth signal is higher than a signal-to-interference-plus-noise-ratio SINR of the third signal . wherein the transmission unit is adapted to generate a first signal , wherein the circulator is adapted to provide the first signal from the transmission unit to the antenna , wherein the antenna is adapted to transmit the first signal and simultaneously receive a second signal using an identical frequency or frequency band, wherein the circulator is adapted to provide a third signal to the power reduction unit , wherein the third signal comprises the second signal and interference generated from the first signal by the antenna and the circulator , wherein the power reduction unit is adapted to reduce the power of the third signal by multiplying the third signal with a factor of √ρ, wherein p is between 0 and 1, thereby generating a fourth signal , and wherein the reception unit is adapted to receive the fourth signal ; characterised in that the power reduction unit is further adapted to determine and set the factor √ρ such that a signal-to-interference-plus-noise-ratio SINR of the fourth signal is higher than a signal-to-interference-plus-noise-ratio SINR of the third signal .