mhurhangee/ep-ind-claims huggingface dataset:
Transport packaging with - an outer carton and - at least one inlay insertable into the outer carton, the inlay having ∘ a continuous outer cover layer, ∘ an inner cover layer spaced parallel to the outer cover layer, ∘ a wall connecting the outer cover layer to the inner cover layer and at least partially surrounding the cover layers, and ∘ an insulating material arranged between the cover layers and the wall at least partially surrounding the cover layers, wherein the inner cover layer and the wall at least partially surrounding the inlay have two recesses (22, 22) dividing the inlay into three sections (20a, 20b, 20c), which recesses (22, 22) enable an articulated movement of the sections (20a, 20b, 20c) relative to each other mediated by the continuous outer cover layer, characterised in that the insulating material is covered by a layer of paper or paper fleece at least in the region of the recesses (22, 22). - an outer carton and - at least one inlay insertable into the outer carton, the inlay having ∘ a continuous outer cover layer, ∘ an inner cover layer spaced parallel to the outer cover layer, ∘ a wall connecting the outer cover layer to the inner cover layer and at least partially surrounding the cover layers, and ∘ an insulating material arranged between the cover layers and the wall at least partially surrounding the cover layers, ∘ a continuous outer cover layer, ∘ an inner cover layer spaced parallel to the outer cover layer, ∘ a wall connecting the outer cover layer to the inner cover layer and at least partially surrounding the cover layers, and ∘ an insulating material arranged between the cover layers and the wall at least partially surrounding the cover layers, wherein the inner cover layer and the wall at least partially surrounding the inlay have two recesses (22, 22) dividing the inlay into three sections (20a, 20b, 20c), which recesses (22, 22) enable an articulated movement of the sections (20a, 20b, 20c) relative to each other mediated by the continuous outer cover layer, characterised in that the insulating material is covered by a layer of paper or paper fleece at least in the region of the recesses (22, 22).
Device for supplying medication comprising a base part having means for securing the base part to the skin of a patient, a cannula unreleasably connected to the base part and at least partially extending from the proximal side of the base part and a through-going opening providing access of fluid to the cannula, where the through-going opening has an access opening and an exit opening, the access opening and at least a part of the through-going opening are located in a gate permanently attached to the base part and pivotable in relation to the base part characterized in that the gate after the cannula has been inserted and the insertion needle has been removed, has at least one position in which position there is an angle α between a longitudinal central axis of the gate and the longitudinal central axis of the cannula and that the angle α is different from 0° and/or 180°.
A method for preparing a biological sample for use in an immunolabeling process, the method comprising: - labeling the biological sample with a labeling component, the labeling component provided with a first enhancer antigen, and - providing a first enhancer antibody, the first enhancer antibody selected to solely bind to the first enhancer antigen, wherein: - the first enhancer antigen is non-present in the immunolabeling process, - the labeling component is a primary antibody conjugated with the first enhancer antigen, and - the first enhancer antibody is conjugated with a second enhancer antigen, wherein the second enhancer antigen is non-present in the immunolabeling process and different from the first enhancer antigen, - the enhancer antigens are formed from artificially formulated peptide sequences not present in any protein in nature, wherein the method further comprises: - providing a second enhancer antibody, the second enhancer antibody selected to solely bind to the second enhancer antigen. - labeling the biological sample with a labeling component, the labeling component provided with a first enhancer antigen, and - providing a first enhancer antibody, the first enhancer antibody selected to solely bind to the first enhancer antigen, - the first enhancer antigen is non-present in the immunolabeling process, - the labeling component is a primary antibody conjugated with the first enhancer antigen, and - the first enhancer antibody is conjugated with a second enhancer antigen, wherein the second enhancer antigen is non-present in the immunolabeling process and different from the first enhancer antigen, - the enhancer antigens are formed from artificially formulated peptide sequences not present in any protein in nature, - providing a second enhancer antibody, the second enhancer antibody selected to solely bind to the second enhancer antigen.
Method of determining a fault current part of a differential current, wherein the differential current is determined as a current sum over lines (L, N; 29, 30) leading a current of an AC current generator, wherein a an electrical signal is generated, which depends on voltages with regard to electric earth present at the AC current generator and which is in phase with a stray current part of the differential current and that is subtracted from the differential current, characterized in that the electrical signal is multiplied by a scaling factor before being subtracted from the differential current, wherein the scaling factor is continuously updated such that the effective value of the differential current after subtraction of the scaled electrical signal reaches a minimum at the present value of the scaling factor.
A system for navigating a probe through a branched network of body lumens of a patient comprising: a unit for compiling a database of images of said branched network of body lumens prior to a navigating procedure; a probe containing a sensor at a distal end thereof for placing into said branched network; a unit for receiving probe location data from said sensor; and, a unit for using at least said probe location data to select an image from said database to display to a user navigating said probe, said image being representative of a location of said probe, characterised in that selecting an image comprises creating a subgroup of images corresponding to the location, and selecting an image from the subgroup. a unit for compiling a database of images of said branched network of body lumens prior to a navigating procedure; a probe containing a sensor at a distal end thereof for placing into said branched network; a unit for receiving probe location data from said sensor; and, a unit for using at least said probe location data to select an image from said database to display to a user navigating said probe, said image being representative of a location of said probe, characterised in that selecting an image comprises creating a subgroup of images corresponding to the location, and selecting an image from the subgroup.
Rail vehicle having at least one sliding door which is mounted in a wall opening of a vehicle wall of the rail vehicle and has at least one door leaf (21, 22) which is displaceable for opening and closing purposes, characterized in that - at least one curved seal is mounted on the vehicle wall in the region of the wall opening, and - by virtue of the curvature of the seal, the end region, which faces the door leaf (21, 22), of the seal extends obliquely to the sliding door direction of the door leaf (21, 22), and - starting from its mounting point on the vehicle wall, the seal is bent away in the direction of the central region of the wall opening. - at least one curved seal is mounted on the vehicle wall in the region of the wall opening, and - by virtue of the curvature of the seal, the end region, which faces the door leaf (21, 22), of the seal extends obliquely to the sliding door direction of the door leaf (21, 22), and - starting from its mounting point on the vehicle wall, the seal is bent away in the direction of the central region of the wall opening.
A container intended to hold a liquid or pasty material, associated with a collecting and dispensing system without intake of air, said container being rigid and including a bag containing the material to be dispensed, and which is associated with the collecting system, characterized in that the bag is half-rigid, half-flexible and in one piece, obtained during one and the same molding operation by plastic injection independently of the rigid container and constitutes a generally cylindrical reservoir having at its upper top a large opening with a diameter equal to its inner diameter, said bag consisting of four areas constituted by: - a rigid upper sidewall, the upper end peripheral free edge whereof cooperates in an airtight manner with the neck of the container or the edge of an optional rigid bowl, and a corresponding flange of a cover of the associated dispensing system, and of which one lower end peripheral edge of said area constitutes a rigid band providing a connection with - a flexible and deformable lower sidewall, with an inner diameter identical to that of the rigid upper sidewall and the concentricity whereof is ensured by the rigid band, to extend axially from it toward - a fillet or a chamfer constituting a connection and articulation area between the flexible and deformable lower sidewall and - a rigid bottom with a diameter (d) less than the diameter of the reservoir thus constituted, said bottom, when subjected to a vacuum driving by the collecting system, being drawn upward in the manner of a piston, driving the connection and articulation area as well as the flexible wall in folding back over itself. - a rigid upper sidewall, the upper end peripheral free edge whereof cooperates in an airtight manner with the neck of the container or the edge of an optional rigid bowl, and a corresponding flange of a cover of the associated dispensing system, and of which one lower end peripheral edge of said area constitutes a rigid band providing a connection with - a flexible and deformable lower sidewall, with an inner diameter identical to that of the rigid upper sidewall and the concentricity whereof is ensured by the rigid band, to extend axially from it toward - a fillet or a chamfer constituting a connection and articulation area between the flexible and deformable lower sidewall and - a rigid bottom with a diameter (d) less than the diameter of the reservoir thus constituted, said bottom, when subjected to a vacuum driving by the collecting system, being drawn upward in the manner of a piston, driving the connection and articulation area as well as the flexible wall in folding back over itself.
Microfluidics valve which comprises: - at least two substrates between which at least a microchannel is formed; - at least a barrier of a meltable material, placed in the microchannel, blocking said microchannel; and - at least an optical heater configured to melt the barrier; wherein at least a section of one of the substrates is transparent, characterized in that the optical heater is placed in the longitudinal direction of the microchannel projecting from both sides of the barrier. - at least two substrates between which at least a microchannel is formed; - at least a barrier of a meltable material, placed in the microchannel, blocking said microchannel; and - at least an optical heater configured to melt the barrier;
An artificial stent consists of a stent body and a coating thereon, wherein the coating comprises a drug-loaded layer containing silk fibroin and a drug, wherein the drug-loaded layer is of a microporous structure substantially formed with silk fibroin, for loading the drug.
Complex of equipment for a waste-free processing of biodegradable municipal waste, including a crusher at a BMW input, a hygieniser connected to an output of the crusher, a biogas plant connected to an output of the hygieniser, a drying line connected to a bulk output from the biogas plant, a pyrolizer having a second output (7.1) of bio-coal and connected to an output from the drying line, a compaction machine that is also connected to the output from the drying line, wherein a first output (8.1) of soil substrate is either from the drying line or from the compaction machine.
A process of solidifying a phosphoric ester-based flame retardant, wherein a seed crystal is added at a temperature of not higher than 55°C and at an amount of 1 to 50 parts by mass with respect to 100 parts by mass of a phosphoric ester compound in a molten state, said compound being represented by the following Formula: wherein, R 1 and R 2 each independently represent a hydrogen atom; and n represents a number of 1 to 5, and wherein the compound represented by formula is solidified by cooling after the synthesis reaction without applying a stress load. R 1 and R 2 each independently represent a hydrogen atom; and n represents a number of 1 to 5, and
Compound according to one of the structures or: where R 1, R 2, R 3, R 4, R 5, R 6, R 7, R 8 are selected from: -H, -(C 1 -C 12)-alkyl, -O-(C 1 -C 12)-alkyl, -(C 6 -C 20)-aryl, -O-(C 6 -C 20)-aryl, -NO 2, -NH 2, -N[(C 1 -C 12)-alkyl] 2.
Fixation for fixing a tube of a coil type heat exchanger, the fixation comprising: a main body mountable to a support of the heat exchanger; a first reception portion and a second reception portion arranged side-by-side in the main body and each having an opening for inserting the tube into the respective reception portion; a locking movably connected to the main body between a mounting position and a locking position; characterized in that the locking has an engagement portion forming part of the first reception portion for moving the locking from the mounting position into the locking position upon insertion of the tube into the first reception portion, and a locking portion, in the locking position of the locking, blocking at least part of the opening of the second reception portion. a main body mountable to a support of the heat exchanger; a first reception portion and a second reception portion arranged side-by-side in the main body and each having an opening for inserting the tube into the respective reception portion; a locking movably connected to the main body between a mounting position and a locking position; characterized in that the locking has an engagement portion forming part of the first reception portion for moving the locking from the mounting position into the locking position upon insertion of the tube into the first reception portion, and a locking portion, in the locking position of the locking, blocking at least part of the opening of the second reception portion. an engagement portion forming part of the first reception portion for moving the locking from the mounting position into the locking position upon insertion of the tube into the first reception portion, and a locking portion, in the locking position of the locking, blocking at least part of the opening of the second reception portion.
A method for storing blockchain account private keys, comprising: obtaining, by a private key management program installed on a user device of a user, a private key set, wherein the private key set comprises at least one account private key of a blockchain account registered by the user; obtaining an encryption key provided by the user, wherein the encryption key is an asymmetric encryption key; encrypting the private key set by using the encryption key, and storing the encrypted private key set; obtaining, by the private key management program, a decryption key provided by the user, the decryption key being in a mapping relationship with the encryption key; decrypting the encrypted private key set by using the decryption key; and returning the decrypted private key set to the user. obtaining, by a private key management program installed on a user device of a user, a private key set, wherein the private key set comprises at least one account private key of a blockchain account registered by the user; obtaining an encryption key provided by the user, wherein the encryption key is an asymmetric encryption key; encrypting the private key set by using the encryption key, and storing the encrypted private key set; obtaining, by the private key management program, a decryption key provided by the user, the decryption key being in a mapping relationship with the encryption key; decrypting the encrypted private key set by using the decryption key; and returning the decrypted private key set to the user.
A fluid operated actuator, comprising: a cylinder body; a piston movable within the cylinder body between a first position and a second position, the piston defining a first chamber and a second chamber; a fluid inlet formed in the first chamber; a bleed port providing fluid communication between the first chamber and the second chamber; a striking pin positioned within the second chamber; and characterized by: a biasing member coupling the striking pin to the piston. a cylinder body; a piston movable within the cylinder body between a first position and a second position, the piston defining a first chamber and a second chamber; a fluid inlet formed in the first chamber; a bleed port providing fluid communication between the first chamber and the second chamber; a striking pin positioned within the second chamber; and a biasing member coupling the striking pin to the piston.
Method for measuring safe levels of bulk material containing radionuclides which is deposited onto a conveyor belt and is supplied by means of the conveyor belt to a receptacle, where during transport the bulk material is routed past first detectors (50, 52) which spectrometrically measure gamma radiation over the width of the conveyor, characterized by the method steps: - determining the ratio of radionuclides in the bulk material prior to deposition onto the conveyor belt, taking into account at least one reference nuclide - calculating the radioactivity of the bulk material on the basis of the gamma rays measured by means of the first detectors, and their intensities, taking into account one or more reference nuclides present in the radionuclides - checking the previously determined radionuclide ratio and/or the measured radioactivity by means of second detectors (66, 68) measuring α and/or β radiation and arranged above the conveyor belt. - determining the ratio of radionuclides in the bulk material prior to deposition onto the conveyor belt, taking into account at least one reference nuclide - calculating the radioactivity of the bulk material on the basis of the gamma rays measured by means of the first detectors, and their intensities, taking into account one or more reference nuclides present in the radionuclides - checking the previously determined radionuclide ratio and/or the measured radioactivity by means of second detectors (66, 68) measuring α and/or β radiation and arranged above the conveyor belt.
A method of making a fire extinguishing composition comprising: forming a first aqueous solution of potassium acetate, potassium formate, or a combination thereof; forming a second aqueous solution comprising a biocide, a bio-surfactant and an optional corrosion inhibitor; combining the first aqueous solution with the second aqueous solution to form a third aqueous solution and mixing until the third aqueous solution is transparent; adding a chelating agent to the transparent third aqueous solution and mixing to form a transparent fourth aqueous solution; characterised in that the biocide is present in an amount of 1 to 5 weight percent (wt%), based on a weight of the fourth aqueous solution, the bio-surfactant comprises a non-ionic alkyl glycoside in an amount of 1 to 10 weight percent (wt%), based on the weight of the fourth aqueous solution, and a total amount of potassium salts in the fourth solution is 30 to 55 weight percent (wt%), based on the total weight of the fourth aqueous solution. forming a first aqueous solution of potassium acetate, potassium formate, or a combination thereof; forming a second aqueous solution comprising a biocide, a bio-surfactant and an optional corrosion inhibitor; combining the first aqueous solution with the second aqueous solution to form a third aqueous solution and mixing until the third aqueous solution is transparent; adding a chelating agent to the transparent third aqueous solution and mixing to form a transparent fourth aqueous solution; characterised in that the biocide is present in an amount of 1 to 5 weight percent (wt%), based on a weight of the fourth aqueous solution, the bio-surfactant comprises a non-ionic alkyl glycoside in an amount of 1 to 10 weight percent (wt%), based on the weight of the fourth aqueous solution, and a total amount of potassium salts in the fourth solution is 30 to 55 weight percent (wt%), based on the total weight of the fourth aqueous solution.
Automatic dispenser for balancing weights comprising a transport section and a cutting section, characterized in, that the transport section comprises a transport roller having a plurality of teeth (341, 342) at its circumferential outer surface generating friction to a belt of balancing weights comprising a plurality of individual balancing weight segments, for transporting the belt of balancing weights to the cutting section, the cutting section having an arc shaped belt guide for forming the belt of balancing weights to a curve thus opening at least one gap between neighboring balancing weight segments, the cutting section further having a knife movable from a first side of the belt of balancing weights to a second side, to separate the belt of balancing weights between two individual balancing weight segments at a gap.
A frequency scanning radar system comprising a controller for controlling a frequency generator, and a signal processor, the frequency generator being arranged to generate a plurality of sets of signals, each set of signals having a different carrier frequency and comprising a sequence of modulation patterns transmitted at a selected repetition rate, characterised in that the signal processor is configured to determine a Doppler frequency associated with a target and the controller is arranged to select the repetition rate in direct proportion to the carrier frequency to normalize the Doppler frequency determined by the signal processor, such that the normalized Doppler frequency is constant in relation to variation in the carrier frequency.