mhurhangee/ep-ind-claims huggingface dataset:
A hemostatic semi-solid paste material comprising: a) a bioabsorbable carrier hemostatic material; and b) a supplemental hemostatic agent; wherein the paste material has an elongated form extending along a lengthwise axis with an aspect ratio of at least 3, the paste material is self-supporting and syringe extrudable, and the supplemental hemostatic agent has a non-homogenous distribution profile across a cross-section taken across the lengthwise axis, wherein said elongated form is enriched with said supplemental hemostatic agent that is present exclusively or primarily on an outside surface of the elongated form or in an outside layer of the elongated form, wherein said outside surface or outside layer surrounds an internal portion of said elongated form, wherein said internal portion comprises said carrier hemostatic material. a) a bioabsorbable carrier hemostatic material; and b) a supplemental hemostatic agent;
A method of operation of a digital video storage device having two tuners, two demodulators, two de-multiplexers and a data storage device, the method comprising the steps of: storing a digital video bitstream from a first digital video source; storing a digital video bitstream from a second digital video source; and reading and decoding the stored digital video bitstream from the first digital video source for output to a display while simultaneously reading the stored digital video bitstream from the second digital video source; storing the digital video bitstream from the first digital video source in a first file in the data storage device of the digital video storage device; and storing the digital video bitstream from the second digital video source in a second file in the data storage device of the digital video storage device. storing a digital video bitstream from a first digital video source; storing a digital video bitstream from a second digital video source; and reading and decoding the stored digital video bitstream from the first digital video source for output to a display while simultaneously reading the stored digital video bitstream from the second digital video source; storing the digital video bitstream from the first digital video source in a first file in the data storage device of the digital video storage device; and storing the digital video bitstream from the second digital video source in a second file in the data storage device of the digital video storage device.
Laser protection device in the form of a flexible composite structure comprising at least two fabric layers (3, 4, 5), wherein a) the fabric layers (3, 4, 5) are arranged such as to be directly stacked one above the other so as to form a multilayer fabric structure; b) adjacent fabric layers (3, 4, 5) are only partly joined to each other at joints such that the adjacent fabric layers (3, 4, 5) loosely abut against each other outside the joints and air cushions are provided at least in some regions between the adjacent fabric layers (3, 4, 5); c) the fabric layers (3, 4, 5) consist of a non-flammable fabric material having an application temperature of up to 1200°C and a decomposition temperature of more than 1600°C; and d) the fabric material is silicate, silicon carbide or asbestos. a) the fabric layers (3, 4, 5) are arranged such as to be directly stacked one above the other so as to form a multilayer fabric structure; b) adjacent fabric layers (3, 4, 5) are only partly joined to each other at joints such that the adjacent fabric layers (3, 4, 5) loosely abut against each other outside the joints and air cushions are provided at least in some regions between the adjacent fabric layers (3, 4, 5); c) the fabric layers (3, 4, 5) consist of a non-flammable fabric material having an application temperature of up to 1200°C and a decomposition temperature of more than 1600°C; and d) the fabric material is silicate, silicon carbide or asbestos.
A decoding method of decoding a base stream generated by encoding a first image signal of a first view and a dependent stream generated by encoding a second image signal of a second view, the method comprising the steps of: detecting, on the basis of an access unit delimiter indicating a boundary between access units in the base stream, the boundary in the base stream, wherein the base stream is configured by inserting the access unit delimiter at the beginning of an access unit in the base stream, wherein the access unit delimiter corresponds to a NAL unit including nal_unit_type, characterized by the steps of: detecting, on the basis of a dependent delimiter indicating a picture boundary between pictures in the dependent stream, the picture boundary in the dependent stream, wherein the dependent stream is configured by inserting the dependent delimiter at the beginning of a picture in the dependent stream; and decoding the base stream and the dependent stream on the basis of the detected boundary in the base stream and the detected picture boundary in the dependent stream, wherein the dependent stream is encoded by performing prediction using an image in the base stream that is obtained at the same time point as a reference image and the dependent delimiter corresponds to a NAL unit including nal_unit_type with a value which is different from the nal_unit_type of the access unit delimiter. detecting, on the basis of an access unit delimiter indicating a boundary between access units in the base stream, the boundary in the base stream, wherein the base stream is configured by inserting the access unit delimiter at the beginning of an access unit in the base stream, wherein the access unit delimiter corresponds to a NAL unit including nal_unit_type, detecting, on the basis of a dependent delimiter indicating a picture boundary between pictures in the dependent stream, the picture boundary in the dependent stream, wherein the dependent stream is configured by inserting the dependent delimiter at the beginning of a picture in the dependent stream; and decoding the base stream and the dependent stream on the basis of the detected boundary in the base stream and the detected picture boundary in the dependent stream, wherein the dependent stream is encoded by performing prediction using an image in the base stream that is obtained at the same time point as a reference image and the dependent delimiter corresponds to a NAL unit including nal_unit_type with a value which is different from the nal_unit_type of the access unit delimiter.
A depth detection apparatus comprising: a memory storing frames of raw time-of-flight sensor data received from a time-of- flight sensor, the frames having been captured by a time-of-flight camera in the presence of motion such that different ones of the frames were captured using different locations of the camera or with different locations of an object in a scene depicted in the frames or with both different locations of the camera and different locations of an object in a scene depicted in the frames; and computation logic with functionality to compute a plurality of depth maps from the stream of frames, whereby each frame of raw time-of-flight sensor data contributes to more than one depth map; wherein the computation logic has functionality to carry out inference with respect to a model of temporal time-of-flight, the model of temporal time-of-flight describing how raw time-of-flight data is generated by the camera under imaging conditions comprising albedo, illumination and surface depth from the camera, and where the model describes how imaging conditions at individual pixels evolve over time. a memory storing frames of raw time-of-flight sensor data received from a time-of- flight sensor, the frames having been captured by a time-of-flight camera in the presence of motion such that different ones of the frames were captured using different locations of the camera or with different locations of an object in a scene depicted in the frames or with both different locations of the camera and different locations of an object in a scene depicted in the frames; and computation logic with functionality to compute a plurality of depth maps from the stream of frames, whereby each frame of raw time-of-flight sensor data contributes to more than one depth map; wherein the computation logic has functionality to carry out inference with respect to a model of temporal time-of-flight, the model of temporal time-of-flight describing how raw time-of-flight data is generated by the camera under imaging conditions comprising albedo, illumination and surface depth from the camera, and where the model describes how imaging conditions at individual pixels evolve over time.
A mirror for an EUV projection exposure apparatus, comprising a substrate and the substrate comprising a base body, characterized in that the base body is made of a precipitation-hardened copper alloy and in that the mirror comprises a highly reflective layer on the substrate.
Pressure compensation device designed for underwater applications, by means of which an interior of a housing which forms a fluid region can be sealed with respect to the surrounding seawater region, wherein a pressure level of the fluid region can be raised at least to the ambient pressure prevailing in the seawater region by means of the pressure compensation device, wherein the pressure compensation device is constructed in two stages in such a way that - at least one accumulator (2; 2a, 2b) with a first interior (2.1) connected to the seawater region, with a second interior (2.2), and with a flexible wall region therebetween, and also - at least one piston accumulator (3; 3a to 3c) with a displaceable piston, which seals a first interior (3.1) connected to the second interior (2.2) of the accumulator (2; 2a, 2b) with respect to a second interior (3.2) connected to the fluid region and is loaded by means of at least one compressions spring, are arranged in series. - at least one accumulator (2; 2a, 2b) with a first interior (2.1) connected to the seawater region, with a second interior (2.2), and with a flexible wall region therebetween, and also - at least one piston accumulator (3; 3a to 3c) with a displaceable piston, which seals a first interior (3.1) connected to the second interior (2.2) of the accumulator (2; 2a, 2b) with respect to a second interior (3.2) connected to the fluid region and is loaded by means of at least one compressions spring, are arranged in series.
A process for making a cushion-backed textile, comprising: a) forming a frothed polyurethane-forming composition having a density of 250 to 600 grams per liter wherein the polyurethane-forming composition includes one or more polyols including at least one polyol having a hydroxyl equivalent weight of at least 400, 0.25 to 2 parts of water per 100 parts by weight polyol(s) having a hydroxyl equivalent weight of at least 400, 3 to 10 parts by weight of a physical blowing agent having a boiling temperature of -30 to 40°C per 100 parts by weight polyol(s) having a hydroxyl equivalent weight of at least 400, 100 to 400 parts by weight of a filler per 100 parts by weight polyol(s) having a hydroxyl equivalent weight of at least 400, a foam stabilizing surfactant, at least one polyisocyanate in an amount sufficient to provide an isocyanate index of from 85 to 130 and a polyurethane catalyst in an amount such that the polyurethane-forming composition has a gel time of at least 180 seconds; b) forming the uncured froth into a 0.05 to 0.75 inch (0.127 to 1.9 cm) thick layer across the top surface of a textile having a width of at least 24 inches (61 cm); and c) curing the layer of the frothed composition with its top surface open to the atmosphere such that the frothed composition can freely rise to form a foamed polyurethane cushion having a density of no greater than 176 grams/liter (11 pounds/cubic foot) bonded to the textile. a) forming a frothed polyurethane-forming composition having a density of 250 to 600 grams per liter wherein the polyurethane-forming composition includes one or more polyols including at least one polyol having a hydroxyl equivalent weight of at least 400, 0.25 to 2 parts of water per 100 parts by weight polyol(s) having a hydroxyl equivalent weight of at least 400, 3 to 10 parts by weight of a physical blowing agent having a boiling temperature of -30 to 40°C per 100 parts by weight polyol(s) having a hydroxyl equivalent weight of at least 400, 100 to 400 parts by weight of a filler per 100 parts by weight polyol(s) having a hydroxyl equivalent weight of at least 400, a foam stabilizing surfactant, at least one polyisocyanate in an amount sufficient to provide an isocyanate index of from 85 to 130 and a polyurethane catalyst in an amount such that the polyurethane-forming composition has a gel time of at least 180 seconds; b) forming the uncured froth into a 0.05 to 0.75 inch (0.127 to 1.9 cm) thick layer across the top surface of a textile having a width of at least 24 inches (61 cm); and c) curing the layer of the frothed composition with its top surface open to the atmosphere such that the frothed composition can freely rise to form a foamed polyurethane cushion having a density of no greater than 176 grams/liter (11 pounds/cubic foot) bonded to the textile.
Scaffolding, comprising a system of scaffold elements, comprising uprights and ledgers which extend therebetween and are coupled to the uprights, and comprising at least one intermediate element which mutually connects a first scaffold element and a second scaffold element at least substantially along a mutual perpendicular line, wherein the intermediate element comprises an elongate body from which extends at a distal outer end a set of at least substantially parallel hook members (32,32), each having an at least substantially cup-like jaw which engages round the first scaffold element connected thereto, and wherein the hook members (32,32) have an opposite orientation so that the jaws engage round the first scaffold element from opposite sides and here maintain a mutual distance which is greater than a distance between the opposite sides of the first scaffold element, wherein the hook members (31,32) are substantially plate-like, and wherein the intermediate element comprises a duct-like body, characterized in that said substantially plate-like hook members (31, 32) were at least separated from a plate, and in that the hook members (31, 32) are mounted on opposite flanks of the intermediate element. said substantially plate-like hook members (31, 32) were at least separated from a plate, and in that the hook members (31, 32) are mounted on opposite flanks of the intermediate element.
Device for collecting and further processing of human blood plasma, which has a pool bag and at least two collection bags, which are connected to one another by means of a transfer tube, wherein the pool bag is connected to at least two individual plasma bags via inlet tubes (5, 9) and the device has only one filter, which is arranged in the transfer tube between the pool bag and the collection bags.
An operation assistance system for guiding surgical or medical tools or instruments, for example for guiding an endoscope comprising a camera, having kinematics comprising an instrument holder by means of which the surgical or medical tool or instrument mounted on the instrument holder can be moved by motor and in controlled manner in a plurality of axes, wherein the kinematics comprise at least one support column, at least one inner and outer arm (7, 8) and at least one instrument carrier accommodating the instrument holder, wherein the support column is provided controlledly rotatable about a first axis of rotation on a base of the system, wherein the lower end (8") of the outer arm is rotatably connected to the upper end of the instrument carrier opposite to the instrument holder about a second axis of rotation, and wherein the upper end of the outer arm is connected with the support column via the inner arm for controlled pivotal movement about at least a first and a second pivotal axis (SA1, SA2), wherein the second axis of rotation runs approximately perpendicular to the first and/or second pivotal axis (SA1, SA2), characterized in that the longitudinal axis of the outer arm is parallel to or at least approximately parallel to the longitudinal axis of the instrument carrier and a swivel joint is provided for rotatably connecting the outer arm with the instrument carrier, the swivel joint being configured for removably mounting the instrument carrier on the outer arm.
Device for an electrical impedance tomograph having - an electrode support, - a first and a second skin electrode (6, 8), which are arranged on the electrode support so as to be spaced apart from one another in the longitudinal direction L of the electrode support, and - a first protective circuit that is at least partly contained in the electrode support, and - a second protective circuit that is at least partly contained in the electrode support, - wherein the first protective circuit is electrically connected to the first skin electrode, and - the second protective circuit is electrically connected to the second skin electrode, characterized in that the first protective circuit comprises a first capacitor and the second protective circuit comprises a second capacitor, and in that the first and the second capacitor (16, 18) form at least part of the electrode support. - an electrode support, - a first and a second skin electrode (6, 8), which are arranged on the electrode support so as to be spaced apart from one another in the longitudinal direction L of the electrode support, and - a first protective circuit that is at least partly contained in the electrode support, and - a second protective circuit that is at least partly contained in the electrode support, - wherein the first protective circuit is electrically connected to the first skin electrode, and - the second protective circuit is electrically connected to the second skin electrode,
A locking structure of a compressor impeller, comprising: a rotary shaft; a lock nut, arranged on an end of the rotary shaft by means of a threaded connection and provided with waist-shaped holes extending along a circumferential direction thereof; an impeller, sleeved on the end of the rotary shaft and located on an inner side of the lock nut, wherein the impeller is provided with threaded holes in communication with the waist-shaped holes of the lock nut; a nose piece, located on an outer side of the lock nut and provided with through holes in communication with the waist-shaped holes of the lock nut; and bolts, passing through the through holes and the waist-shaped holes in turn into the threaded holes, thereby fixing the nose piece, the lock nut and the impeller together. a rotary shaft; a lock nut, arranged on an end of the rotary shaft by means of a threaded connection and provided with waist-shaped holes extending along a circumferential direction thereof; an impeller, sleeved on the end of the rotary shaft and located on an inner side of the lock nut, wherein the impeller is provided with threaded holes in communication with the waist-shaped holes of the lock nut; a nose piece, located on an outer side of the lock nut and provided with through holes in communication with the waist-shaped holes of the lock nut; and bolts, passing through the through holes and the waist-shaped holes in turn into the threaded holes, thereby fixing the nose piece, the lock nut and the impeller together.
A headgear configured to secure an infant airway interface device to an infant's head comprising: a concave partial helmet having an outer surface and an inner surface and having a left lateral element, a right lateral element, a top portion and a back portion, wherein the left lateral element and the right lateral element are separated at a front half of the concave partial helmet by a void between the front half top portion of the concave partial helmet and the left lateral element and the right lateral element; characterized in that the back portion of the concave partial helmet is rigid and when in use on the infant's head the top portion of the concave partial helmet terminates at the forehead of the infant's head with a front face of the top portion of the concave partial helmet that is proximal to the forehead having a stabilizer for supporting a hub and wherein the left lateral element and the right lateral element are structured to terminate on either side of the infant's face near a cheek portion without directly touching the cheek portion and wherein a section of the right lateral element and the left lateral element that is near the cheek portion includes an opening that permits passage of a strap from the outer surface to the inner surface and wherein the back portion of the inner surface of the concave partial helmet is separated from the infant's head by a pliable material that is attached to the inner surface of the concave partial helmet. a concave partial helmet having an outer surface and an inner surface and having a left lateral element, a right lateral element, a top portion and a back portion, wherein the left lateral element and the right lateral element are separated at a front half of the concave partial helmet by a void between the front half top portion of the concave partial helmet and the left lateral element and the right lateral element; characterized in that the back portion of the concave partial helmet is rigid and when in use on the infant's head the top portion of the concave partial helmet terminates at the forehead of the infant's head with a front face of the top portion of the concave partial helmet that is proximal to the forehead having a stabilizer for supporting a hub and wherein the left lateral element and the right lateral element are structured to terminate on either side of the infant's face near a cheek portion without directly touching the cheek portion and wherein a section of the right lateral element and the left lateral element that is near the cheek portion includes an opening that permits passage of a strap from the outer surface to the inner surface and wherein the back portion of the inner surface of the concave partial helmet is separated from the infant's head by a pliable material that is attached to the inner surface of the concave partial helmet.
An in vitro method for detecting at least one direct thrombin inhibitor in a sample, comprising the steps of: (a) providing a sample containing at least one direct thrombin inhibitor; (b) providing a composition containing thrombin; (c) providing a composition containing a chromogenic substrate conjugated to a detectable substance, wherein the chromogenic substrate conjugated to a detectable substance can be cleaved by thrombin so that the detectable substance is released from the chromogenic substrate; (d) mixing the sample of step (a) with the composition of step (b) and the composition of step (c) under conditions which allow the binding of the at least one direct thrombin inhibitor to thrombin and which allow the thrombin to release the detectable substance from the chromogenic substrate; (e) measuring the amount of released detectable substance; wherein the sample does not contain citrated blood plasma, wherein the sample contains a body fluid selected from the group consisting of serum and urine, and wherein the thrombin inhibitor is selected from the group, consisting of dabigatran, ximelagatran, and argatroban. (a) providing a sample containing at least one direct thrombin inhibitor; (b) providing a composition containing thrombin; (c) providing a composition containing a chromogenic substrate conjugated to a detectable substance, wherein the chromogenic substrate conjugated to a detectable substance can be cleaved by thrombin so that the detectable substance is released from the chromogenic substrate; (d) mixing the sample of step (a) with the composition of step (b) and the composition of step (c) under conditions which allow the binding of the at least one direct thrombin inhibitor to thrombin and which allow the thrombin to release the detectable substance from the chromogenic substrate; (e) measuring the amount of released detectable substance;