mhurhangee/ep-ind-claims huggingface dataset:
Method for performing situation analysis for a driver assistance system on board a motor vehicle, comprising the following steps: - providing a representation of an environment of the motor vehicle, wherein the representation comprises an arrangement of cells that are assigned reversibly and unambiguously to predetermined sections of the environment; - scanning the environment of a motor vehicle using at least one sensor in order to detect an obstacle; - marking cells on the basis of the scan such that - a cell that is assigned to an obstacle-free section of the environment bears a first marking, and - a cell that is assigned to a section of the environment in which an obstacle has been detected bears a second marking; - applying (215, 220, 225) a morphological filter to the representation in order to provide cells that are not able to be reached by the motor vehicle and that initially bear the first marking with the second marking, wherein the morphological filter (215, 220) is configured to perform a morphological closure using a structural element and the structural element is determined on the basis of an outline of the motor vehicle, wherein the structural element reflects restrictions based on which cells are not able to be reached by the motor vehicle, wherein the structural element is additionally determined on the basis of a vehicle degree of freedom that is predefined by the driver assistance system, wherein the vehicle degree of freedom comprises at least one of a maximum acceleration, a minimum cornering radius and a traffic rule. - providing a representation of an environment of the motor vehicle, wherein the representation comprises an arrangement of cells that are assigned reversibly and unambiguously to predetermined sections of the environment; - scanning the environment of a motor vehicle using at least one sensor in order to detect an obstacle; - marking cells on the basis of the scan such that - a cell that is assigned to an obstacle-free section of the environment bears a first marking, and - a cell that is assigned to a section of the environment in which an obstacle has been detected bears a second marking; - applying (215, 220, 225) a morphological filter to the representation in order to provide cells that are not able to be reached by the motor vehicle and that initially bear the first marking with the second marking, wherein the morphological filter (215, 220) is configured to perform a morphological closure using a structural element and the structural element is determined on the basis of an outline of the motor vehicle, wherein the structural element reflects restrictions based on which cells are not able to be reached by the motor vehicle, wherein the structural element is additionally determined on the basis of a vehicle degree of freedom that is predefined by the driver assistance system, wherein the vehicle degree of freedom comprises at least one of a maximum acceleration, a minimum cornering radius and a traffic rule.
A cartridge for a drug delivery device being at least partially filled with a medicinal product to be dispensed by the drug delivery device, the cartridge comprising - a sidewall of substantially tubular shape, - a proximal end section sealed by an axially displaceable piston, - a distal end section sealed by a seal and being penetrable by a piercing element, wherein the seal is secured to the sidewall by means of a fixing sleeve comprising a centric through opening through which the piercing element is to be guided for piercing and penetrating the seal, wherein the diameter or the surface of a pierceable section of the seal is smaller than 20 % of the diameter or cross section confined by the tubular section of the sidewall, characterized in that the diameter or the surface of the fixing sleeve's through opening is smaller than 30 % of the diameter or cross section of the fixing sleeve. - a sidewall of substantially tubular shape, - a proximal end section sealed by an axially displaceable piston, - a distal end section sealed by a seal and being penetrable by a piercing element, wherein the seal is secured to the sidewall by means of a fixing sleeve comprising a centric through opening through which the piercing element is to be guided for piercing and penetrating the seal, wherein the diameter or the surface of a pierceable section of the seal is smaller than 20 % of the diameter or cross section confined by the tubular section of the sidewall, characterized in that the diameter or the surface of the fixing sleeve's through opening is smaller than 30 % of the diameter or cross section of the fixing sleeve.
A geared motor having - an electric motor with an output shaft and - a gear mechanism, - the electric motor and the gear mechanism being adapted to one another in such a way that a bearing plate of the electric motor can be fastened directly to an input shaft side of a housing of the gear mechanism, and - a coupling thread (20, 50) which surrounds the output shaft for producing a threaded connection being provided for fastening the bearing plate to the input shaft side, characterized in that a securing section is provided which, in the fastened state, prevents a relative rotation of the housing of the gear mechanism with respect to the bearing plate in a release direction, said securing section being fastened to the bearing plate or to the gear mechanism housing by way of a fastening screw which is screwed into the bearing plate or the gear mechanism housing in a manner which is oriented in the tangential direction of the coupling thread (20, 50). - an electric motor with an output shaft and - a gear mechanism, - the electric motor and the gear mechanism being adapted to one another in such a way that a bearing plate of the electric motor can be fastened directly to an input shaft side of a housing of the gear mechanism, and - a coupling thread (20, 50) which surrounds the output shaft for producing a threaded connection being provided for fastening the bearing plate to the input shaft side,
An isolated strain of Burkholderia A396 (NRRL Accession No. B-50319) which has the following characteristics: a 16S rRNA gene sequence comprising the forward sequences having at least 99% identity to the sequences set forth in SEQ ID NO:8, 11, and 12 and reverse sequences having at least 99% identity to the sequences set forth in SEQ ID NO:9, 10, 13, 14 and 15; pesticidal activity; produces a pesticidal compound selected from (i) a compound having a structure (ii) a compound having a structure (iii) a compound having a structure (iv) a compound having a structure (v) a compound having a structure wherein R1 is isobutyl and R2 is carboxylic acid methyl ester; and (vi) a compound having a structure wherein R1 is isobutyl; is non-pathogenic to vertebrate animals; and is susceptible to kanamycin, chloramphenicol, ciprofloxacin, piperacillin, imipenem, and a combination of sulphamethoxazole and trimethoprim. a 16S rRNA gene sequence comprising the forward sequences having at least 99% identity to the sequences set forth in SEQ ID NO:8, 11, and 12 and reverse sequences having at least 99% identity to the sequences set forth in SEQ ID NO:9, 10, 13, 14 and 15; pesticidal activity; produces a pesticidal compound selected from (i) a compound having a structure (ii) a compound having a structure (iii) a compound having a structure (iv) a compound having a structure (v) a compound having a structure wherein R1 is isobutyl and R2 is carboxylic acid methyl ester; and (vi) a compound having a structure wherein R1 is isobutyl; (i) a compound having a structure (ii) a compound having a structure (iii) a compound having a structure (iv) a compound having a structure (v) a compound having a structure wherein R1 is isobutyl and R2 is carboxylic acid methyl ester; and (vi) a compound having a structure wherein R1 is isobutyl; is non-pathogenic to vertebrate animals; and is susceptible to kanamycin, chloramphenicol, ciprofloxacin, piperacillin, imipenem, and a combination of sulphamethoxazole and trimethoprim.
Closure of a drive rod fitting of a casement of a window, a French window or the like, that is hinged against a frame with a locking element that may be driven by a longitudinally displaceable drive rod that is designed to pivot from a recessed position to a protruding position about a pivot axis that is arranged parallel to the intended sliding direction of the drive rod, and with a counter bearing lying opposite the locking element in its protruding position, with a hook arranged on at least one of the components of the counter bearing and the locking element and directed to the respective opposite component, wherein the locking element is attached to the frame or the casement,while the counter bearing is provided on the respective opposite component, characterized in that at least one of the components of the counter bearing or of the locking element comprises a base element and a support element, wherein the support element faces the hook of the respective other component and is resiliently formed above a predetermined loading with respect to the base element, and wherein a second hook is arranged on the base element to engage behind the hooks of the respective other component when the support element gives way.
A method for reliably determining with the accuracy required for a pharmaceutical product the biological activity of embryonated Trichuris eggs in which at least three of the following determinations are carried out: a) Determination and/or confirmation of a stage of embryonal development of helminth eggs with the aid of quantitative PCR analysis by using suitable marker sequences for ascertaining the copy number of genomic DNA, b) Determination of metabolic activity of embryonated helminth eggs by means of biochemical and/or molecular biological methods wherein the ATP content is measured to determine the metabolic activity of embryonated Trichuris eggs and/or the Trichuris eggs are initially treated with a pre-treatment agent selected from hypochlorous acid, chitinase and/or protease and then stained with tetrazolium salts, c) Determination of inducibility of gene expression in embryonated helminth eggs, d) Microscopic determination of motility of herminth larvae in the egg over long observations periods after pre-incubation at increased temperatures, and/or e) Determination of the hatching rate of Trichuris larvae in a laboratory animal wherein intact embryonated eggs recovered from contents of the animal's intestine are quantified compared to an internal standard. a) Determination and/or confirmation of a stage of embryonal development of helminth eggs with the aid of quantitative PCR analysis by using suitable marker sequences for ascertaining the copy number of genomic DNA, b) Determination of metabolic activity of embryonated helminth eggs by means of biochemical and/or molecular biological methods wherein the ATP content is measured to determine the metabolic activity of embryonated Trichuris eggs and/or the Trichuris eggs are initially treated with a pre-treatment agent selected from hypochlorous acid, chitinase and/or protease and then stained with tetrazolium salts, c) Determination of inducibility of gene expression in embryonated helminth eggs, d) Microscopic determination of motility of herminth larvae in the egg over long observations periods after pre-incubation at increased temperatures, and/or e) Determination of the hatching rate of Trichuris larvae in a laboratory animal wherein intact embryonated eggs recovered from contents of the animal's intestine are quantified compared to an internal standard.
A method for generating a digital stereoscopic video stream comprising container frames, a container frame comprising a right image and a left image, the method comprising: encoding said container frames using a video coding standard, entering into said digital stereoscopic video stream at least one metadatum of the video coding standard instructing 2D decoders which rectangular frame portion of a decoded frame is to be output for 2D reproductions, characterized by said rectangular frame portion matching the area occupied by the left image of the container frame, or said rectangular frame portion matching the area occupied by the right image of the container frame, and entering into the digital stereoscopic video stream at least one additional metadatum of the video coding standard specifying that said at least one metadatum is only valid for 2D decoders. encoding said container frames using a video coding standard, entering into said digital stereoscopic video stream at least one metadatum of the video coding standard instructing 2D decoders which rectangular frame portion of a decoded frame is to be output for 2D reproductions, characterized by said rectangular frame portion matching the area occupied by the left image of the container frame, or said rectangular frame portion matching the area occupied by the right image of the container frame, and entering into the digital stereoscopic video stream at least one additional metadatum of the video coding standard specifying that said at least one metadatum is only valid for 2D decoders.
Method for the production of flat glass comprising the continuous floating of a molten glass on a float bath in a float installation, the said glass being poured in the molten state onto the molten metal and progressively forming a ribbon running on the said float bath, characterized in that the glass has no stationary point in the installation, molten metal being introduced into the installation so that it forms a moving reception zone for the molten glass.
A support structure comprising a first mesh and a second mesh and a plurality of bodies sandwiched between the first and second meshes (601E, 601A), wherein the support structure further comprises bottom connecting chairs (601F, 602A, 603A) arranged to be connected to the second mesh via engagement with integrated apertures in the bottom connecting chairs so that when the support structure rests on a surface, the second mesh is elevated off the surface, each of the bodies (601 D) is hollow and spheroidal, characterized in that the bodies comprise means for fastening the bodies to the first and second meshes (601E, 601A), an integrated and unified construction body being thus provided, which is composed of a steel framework that determines the boundaries of the construction body and fixes the hollow bodies precisely in relation to one another such that the injection or introduction of a hardening material creates a closed structure containing a regular series of continuous hardened material in the spaces between the hollow bodies (601 D), thus forming a series of internal pillars that provide the structure with load bearing capability.
Sealing element for hollow sections, comprising: - a seal-carrier that extends along a longitudinal axis and has two arms (18, 20), each of which has an outer face and an inner face and which are connected together, as one piece, at longitudinal edges that face each other, such that they form a corner angle (α) between them; - seals (28, 30) which are mounted on or near a free longitudinal edge of each arm (18, 20), in a manner running parallel to said free longitudinal edge, on the outer face of the arm (18, 20) in question; and - a securing device, on at least one inner face of an arm (18 or 20), for detachably mounting the sealing element on a corner of a hollow section, characterized in that - the two arms (18, 20) consist of elastic material; - the corner angle (α) is slightly smaller than a corner angle which is formed by that corner of the hollow section on which the sealing element is to be mounted, such that the arms (18, 20) are pressed apart when mounting the sealing element; and - the securing device is formed by at least two clamping surfaces (36, 38), of which one is constructed, in each case, on the inner face of each arm (18, 20), such that each clamping surface (36, 38) is pressed against a bearing surface (40, 42) of the hollow section when mounting the sealing element, each clamping surface (36, 38) extending, at a distance from the longitudinal edges of the arms (18, 20) that face one another, parallel to the longitudinal axis, and forming a clamping angle (β) between itself and the inner face of the associated arm (18, 20). - a seal-carrier that extends along a longitudinal axis and has two arms (18, 20), each of which has an outer face and an inner face and which are connected together, as one piece, at longitudinal edges that face each other, such that they form a corner angle (α) between them; - seals (28, 30) which are mounted on or near a free longitudinal edge of each arm (18, 20), in a manner running parallel to said free longitudinal edge, on the outer face of the arm (18, 20) in question; and - a securing device, on at least one inner face of an arm (18 or 20), for detachably mounting the sealing element on a corner of a hollow section, - the two arms (18, 20) consist of elastic material; - the corner angle (α) is slightly smaller than a corner angle which is formed by that corner of the hollow section on which the sealing element is to be mounted, such that the arms (18, 20) are pressed apart when mounting the sealing element; and - the securing device is formed by at least two clamping surfaces (36, 38), of which one is constructed, in each case, on the inner face of each arm (18, 20), such that each clamping surface (36, 38) is pressed against a bearing surface (40, 42) of the hollow section when mounting the sealing element, each clamping surface (36, 38) extending, at a distance from the longitudinal edges of the arms (18, 20) that face one another, parallel to the longitudinal axis, and forming a clamping angle (β) between itself and the inner face of the associated arm (18, 20).
A blood gas management device comprising a plurality of gas passages each comprising a gas inlet and a gas outlet, and a blood passage arranged with a gas-blood interface with the gas passages, wherein the blood gas management device is arranged to allow a flow of supply gas from the gas inlets through the gas passages to the gas outlets, and to allow a flow of blood in a blood flow path through the blood passage to thereby permit an exchange of blood gas with the supply gas via the gas-blood interface, wherein the blood gas management device comprises a supply gas distribution arrangement allowing the supply gas to be provided to the gas-blood interface from different directions relative to the blood flow path, and wherein two or more multidirectional gas passages are arranged in series relative to the blood flow path, so that the blood is exposed to a first gas passage before being exposed to a second gas passage. wherein the blood gas management device is arranged to allow a flow of supply gas from the gas inlets through the gas passages to the gas outlets, and to allow a flow of blood in a blood flow path through the blood passage to thereby permit an exchange of blood gas with the supply gas via the gas-blood interface, wherein the blood gas management device comprises a supply gas distribution arrangement allowing the supply gas to be provided to the gas-blood interface from different directions relative to the blood flow path, and wherein two or more multidirectional gas passages are arranged in series relative to the blood flow path, so that the blood is exposed to a first gas passage before being exposed to a second gas passage.
A leak detection system for detecting breaches in sealed food containers, the leak detection system comprising: air-sample testing equipment configured to test the composition of an air sample provided to the air-sample testing equipment; at least two pressing members (401a, 401b) configured to, in use, apply pressure to the sealed food container located in an air-sampling region, wherein each pressing member is a rotatable roller or wheel; a plurality of air-sampling ports located in the air-sampling region, between the two pressing members (401a, 401b), wherein the plurality of air-sampling ports are located in an air-sampling head positioned in a gap between the two pressing members; an air sample conduit extending between the plurality of air-sampling ports and the air-sample testing equipment; wherein the at least two pressing members (401a, 401b) and the plurality of air-sampling ports are provided on a common leak detection head wherein, in use, the plurality of air-sampling ports take an air sample from the air-sampling region at least during or after the at least two pressing members (401a, 401b) apply pressure to the sealed food container in the air-sampling region and communicates said air sample through the air sample conduit to the air-sample testing equipment. air-sample testing equipment configured to test the composition of an air sample provided to the air-sample testing equipment; at least two pressing members (401a, 401b) configured to, in use, apply pressure to the sealed food container located in an air-sampling region, wherein each pressing member is a rotatable roller or wheel; a plurality of air-sampling ports located in the air-sampling region, between the two pressing members (401a, 401b), wherein the plurality of air-sampling ports are located in an air-sampling head positioned in a gap between the two pressing members; an air sample conduit extending between the plurality of air-sampling ports and the air-sample testing equipment; wherein the at least two pressing members (401a, 401b) and the plurality of air-sampling ports are provided on a common leak detection head wherein, in use, the plurality of air-sampling ports take an air sample from the air-sampling region at least during or after the at least two pressing members (401a, 401b) apply pressure to the sealed food container in the air-sampling region and communicates said air sample through the air sample conduit to the air-sample testing equipment.
An exhaust gas treatment device which is configured to treat exhaust gases discharged from steps of manufacturing carbon fiber from a fibrous substance, wherein the exhaust gas treatment device includes: a first combustion furnace which is configured to combust a carbonizing step-exhaust gas discharged from a carbonizing step in which the fibrous substance is carbonized in an inert gas atmosphere; and a second combustion furnace which is provided at a post-stage of the first combustion furnace, and configured to combust a flameproofing step-exhaust gas discharged from a flameproofing step in which the fibrous substance is flameproofed in an air atmosphere and a first combusting step-exhaust gas discharged from the first combustion furnace; the first combustion furnace and the second combustion furnace communicate through a throttle portion; the first combustion furnace is provided with a first burner which is configured to combust a carbonizing step-exhaust gas by a fuel and an oxygen-enriched air; and an air separation device which is configured to produce nitrogen for producing the inert gas atmosphere in the carbonizing step and the oxygen-enriched air supplied into the first burner. a first combustion furnace which is configured to combust a carbonizing step-exhaust gas discharged from a carbonizing step in which the fibrous substance is carbonized in an inert gas atmosphere; and a second combustion furnace which is provided at a post-stage of the first combustion furnace, and configured to combust a flameproofing step-exhaust gas discharged from a flameproofing step in which the fibrous substance is flameproofed in an air atmosphere and a first combusting step-exhaust gas discharged from the first combustion furnace; the first combustion furnace and the second combustion furnace communicate through a throttle portion; the first combustion furnace is provided with a first burner which is configured to combust a carbonizing step-exhaust gas by a fuel and an oxygen-enriched air; and an air separation device which is configured to produce nitrogen for producing the inert gas atmosphere in the carbonizing step and the oxygen-enriched air supplied into the first burner.