mhurhangee/ep-ind-claims huggingface dataset:
A compiling apparatus comprising: a static scheduling unit configured to generate a plurality of task groups that each comprise at least one task, and to allocate the plurality of task groups to virtual cores by dividing or combining the tasks included in the plurality of task groups based on execution time estimates of the plurality of task groups; and a dynamic scheduling unit configured to map the virtual cores to physical cores, wherein the static scheduling unit is adapted to calculate the execution time estimates of the plurality of task groups based on a number of virtual cores to execute each of the task groups, and to regenerate the plurality of task groups by dividing or combining the tasks included in the plurality of task groups based on the results of the calculation, wherein the static scheduling unit is adapted to detect the task group with the highest execution time estimate and the task group with the lowest execution time estimate, and to continue to regenerate the plurality of task groups by dividing or combining the tasks included in the plurality of task groups until a difference between the highest execution time estimate and the lowest execution time estimate is less than a predetermined threshold value, and wherein the dynamic scheduling unit is adapted to reallocate a part of the task group with the highest execution time estimate allocated to a first physical core to a second physical core which is connected to the first physical core and to which the task group with the lowest execution time estimate is allocated. a static scheduling unit configured to generate a plurality of task groups that each comprise at least one task, and to allocate the plurality of task groups to virtual cores by dividing or combining the tasks included in the plurality of task groups based on execution time estimates of the plurality of task groups; and a dynamic scheduling unit configured to map the virtual cores to physical cores, wherein the static scheduling unit is adapted to calculate the execution time estimates of the plurality of task groups based on a number of virtual cores to execute each of the task groups, and to regenerate the plurality of task groups by dividing or combining the tasks included in the plurality of task groups based on the results of the calculation, wherein the static scheduling unit is adapted to detect the task group with the highest execution time estimate and the task group with the lowest execution time estimate, and to continue to regenerate the plurality of task groups by dividing or combining the tasks included in the plurality of task groups until a difference between the highest execution time estimate and the lowest execution time estimate is less than a predetermined threshold value, and wherein the dynamic scheduling unit is adapted to reallocate a part of the task group with the highest execution time estimate allocated to a first physical core to a second physical core which is connected to the first physical core and to which the task group with the lowest execution time estimate is allocated.
A method for preparing monodisperse biodegradable microspheres comprising the steps of: a) preparing an emulsion comprising at least one polymer phase, which comprises a active pharmaceutical ingredient, and at least one aqueous phase, the viscosity of the organic phase and the aqueous phase having a ratio of from 0.1 to 10; b) subjecting the emulsion obtained to controlled laminar shearing by placing the emulsion in contact with a moving solid surface, the speed gradient characterizing the flow of the emulsion being constant in a direction perpendicular to the moving solid surface; c) removing the solvent from the polymer phase; and d) isolating the microspheres so obtained. a) preparing an emulsion comprising at least one polymer phase, which comprises a active pharmaceutical ingredient, and at least one aqueous phase, the viscosity of the organic phase and the aqueous phase having a ratio of from 0.1 to 10; b) subjecting the emulsion obtained to controlled laminar shearing by placing the emulsion in contact with a moving solid surface, the speed gradient characterizing the flow of the emulsion being constant in a direction perpendicular to the moving solid surface; c) removing the solvent from the polymer phase; and d) isolating the microspheres so obtained.
Pre-charging device for pre-charging an electric grid, comprising: - an electric power supply line for supplying the electric power grid with power, including a main transistor, - a control module for controlling the main transistor, which is suitable for limiting the magnitude (i) of the current flowing through the electric power supply line, and - a power supply module for supplying said control module with power, which is connected to the electric power supply line, on either side of the main transistor. - an electric power supply line for supplying the electric power grid with power, including a main transistor, - a control module for controlling the main transistor, which is suitable for limiting the magnitude (i) of the current flowing through the electric power supply line, and - a power supply module for supplying said control module with power, which is connected to the electric power supply line, on either side of the main transistor.
An article storage facility comprising: a storage shelf having storing sections for storing articles juxtaposed along a vertical direction and a shelf lateral width direction; a stacker crane that travels on a floor surface of a movement path formed forwardly of the storage shelf along the longitudinal direction thereof, and a work platform on which a worker can ride; wherein said work platform includes a suspended portion suspended and supported above the floor surface, the suspended portion being movable by a movement rail provided upwardly of the movement path along the longitudinal direction of the movement path, and a platform portion provided in the form of a plate on which the worker can ride, the platform portion having a base end thereof connected to a lower end portion of the suspended portion to be pivotable about a pivot axis extending along the direction of lateral width of the movement path; and with pivotal movements thereof about the pivot axis, the platform portion can selectively assume a riding posture wherein the platform portion extends along longitudinal direction of the movement path so that the worker riding on this platform portion can move along the longitudinal direction of the movement path and a folded posture wherein the platform portion is folded toward the suspended portion to extend along the vertical direction. a storage shelf having storing sections for storing articles juxtaposed along a vertical direction and a shelf lateral width direction; a stacker crane that travels on a floor surface of a movement path formed forwardly of the storage shelf along the longitudinal direction thereof, and a work platform on which a worker can ride; wherein said work platform includes a suspended portion suspended and supported above the floor surface, the suspended portion being movable by a movement rail provided upwardly of the movement path along the longitudinal direction of the movement path, and a platform portion provided in the form of a plate on which the worker can ride, the platform portion having a base end thereof connected to a lower end portion of the suspended portion to be pivotable about a pivot axis extending along the direction of lateral width of the movement path; and with pivotal movements thereof about the pivot axis, the platform portion can selectively assume a riding posture wherein the platform portion extends along longitudinal direction of the movement path so that the worker riding on this platform portion can move along the longitudinal direction of the movement path and a folded posture wherein the platform portion is folded toward the suspended portion to extend along the vertical direction.
Device for producing molded parts consisting of a particle foam, with a plurality of sub-molds (11, 12), which have a sub-cavity each, wherein the sub-cavities form a molding cavity by interacting, wherein at least one of the sub-molds (11, 12) has a feed channel, through which plastic particles can be introduced into the molding cavity, and a steam chamber, from which a superheated steam can be introduced into the molding cavity through at least one steam channel, wherein at least one of the sub-molds (11, 12) comprises a first mold segment having the sub-cavity and a second mold segment having the steam chamber, wherein the first mold segment has a first temperature control system, by means of which the first mold segment can be heated and/or cooled to a predetermined temperature, characterized in that the second mold segment has a second temperature control system, by means of which the second mold segment can be heated and/or cooled to a predetermined temperature.
An ultrasonic processing method performed by an electronic device, wherein the electronic device comprises an ultrasonic transmitting apparatus and an ultrasonic receiving apparatus, and the method comprises: in response to monitoring that the electronic device outputs ringing, acquiring (S310, S501, S610, S910) audio data of an ultrasonic signal received by the ultrasonic receiving apparatus, wherein the ultrasonic signal is a signal that is transmitted by the ultrasonic transmitting apparatus and returns after being reflected by an object; determining (S320, S502, S620, S920) a change of a distance between the electronic device and the object according to the audio data; and adjusting a volume of the ringing according to the change of the distance; the adjusting a volume of the ringing according to the change of the distance comprises: determining a distance-change value corresponding to the change of the distance; and adjusting (S504, S650) the volume of the ringing according to the distance-change value, comprising: determining a target volume corresponding to the change value of the distance between the electronic device and the object according to a preset corresponding relationship between the distance-change value and the volume, and adjusting the volume of the ringing according to the target volume. in response to monitoring that the electronic device outputs ringing, acquiring (S310, S501, S610, S910) audio data of an ultrasonic signal received by the ultrasonic receiving apparatus, wherein the ultrasonic signal is a signal that is transmitted by the ultrasonic transmitting apparatus and returns after being reflected by an object; determining (S320, S502, S620, S920) a change of a distance between the electronic device and the object according to the audio data; and adjusting a volume of the ringing according to the change of the distance; the adjusting a volume of the ringing according to the change of the distance comprises: determining a distance-change value corresponding to the change of the distance; and adjusting (S504, S650) the volume of the ringing according to the distance-change value, comprising: determining a target volume corresponding to the change value of the distance between the electronic device and the object according to a preset corresponding relationship between the distance-change value and the volume, and adjusting the volume of the ringing according to the target volume. determining a distance-change value corresponding to the change of the distance; and adjusting (S504, S650) the volume of the ringing according to the distance-change value, comprising: determining a target volume corresponding to the change value of the distance between the electronic device and the object according to a preset corresponding relationship between the distance-change value and the volume, and adjusting the volume of the ringing according to the target volume.
A removable dental appliance comprising: an appliance body configured to at least partially surround a plurality of teeth of a dental arch of a patient, wherein the appliance body comprises: a shell (108A-108N) shaped to engage a tooth of the plurality of teeth in an initial position of the tooth; and a gingival ridge (102A-102D) extending through the appliance body such that a portion of the gingival ridge is disposed on an exterior surface of the shell and a different portion of the gingival ridge is disposed on an interior surface of the shell, the gingival ridge extending at least from a first interproximal region of the appliance body at a mesial portion of the shell (108A-108N) along a gingival edge of the shell to a second interproximal region of the appliance body at a distal portion of the shell, wherein the gingival ridge (102A-102D) is configured to engage a lingual surface of the tooth below a height of contour of the tooth or a labial surface of the tooth below the height of contour to enable the appliance body to apply a force vector at a contact point on the tooth to cause movement of the tooth toward a desired position of the tooth when the removable dental appliance is worn by the patient, and wherein the gingival ridge results in a gingival portion of the appliance body being stiffer than a labial face of the shell or a lingual face of the shell (108A-108N). a shell (108A-108N) shaped to engage a tooth of the plurality of teeth in an initial position of the tooth; and a gingival ridge (102A-102D) extending through the appliance body such that a portion of the gingival ridge is disposed on an exterior surface of the shell and a different portion of the gingival ridge is disposed on an interior surface of the shell, the gingival ridge extending at least from a first interproximal region of the appliance body at a mesial portion of the shell (108A-108N) along a gingival edge of the shell to a second interproximal region of the appliance body at a distal portion of the shell, wherein the gingival ridge (102A-102D) is configured to engage a lingual surface of the tooth below a height of contour of the tooth or a labial surface of the tooth below the height of contour to enable the appliance body to apply a force vector at a contact point on the tooth to cause movement of the tooth toward a desired position of the tooth when the removable dental appliance is worn by the patient, and wherein the gingival ridge results in a gingival portion of the appliance body being stiffer than a labial face of the shell or a lingual face of the shell (108A-108N).
Membrane valve assembly (1a, 1b) for a valve unit of a pneumatic brake system of a motor vehicle, comprising a disk-shaped valve membrane (10, 10a) consisting of an elastic material as well as a disk (14, 114) with a central aperture (15, 114a), wherein the valve membrane (10, 10a) is arranged with one of its two sides on the disk (14, 114), wherein the valve membrane (10, 10a) has, radially outward, a peripheral sealing bead (11, 111), wherein the disk (14, 114) is arranged together with the valve membrane (10, 10a) between a housing upper part (2, 121) and a housing lower part of the membrane valve assembly (1, 1b) and the sealing bead (11, 111) is received between the housing upper part (2, 121) and the housing lower part, wherein the sealing bead (11, 111) of the valve membrane (10, 10a) has at least one rib (21, 21a, 21b, 21c) axially in the direction of the housing upper part (2, 121) and/or in the direction of the housing lower part, wherein the sealing bead (11, 111) of the valve membrane (10, 10a) is received in an annular groove (3, 3a), which is formed by an L-shaped notch in the housing upper part (2, 121) and an annular, radial protrusion of the housing lower part radially encompassing it and the valve membrane (10, 10a) is held between the housing upper part and the disk (14, 114), characterized in that the disk (14, 114) comprises radially in the direction of the valve membrane (10, 10a) a protrusion for bracing the valve membrane (10, 10a) between the housing upper part and the disk (14, 114).
A vehicle drive-control device which is configured to execute trajectory control in which steered wheels (18FL, 18FR; 18RL, 18RR) are controlled so as to make the vehicle travel along a target trajectory, wherein the vehicle has a steering relation varying device which is configure to vary the relationship between an operation position of a steering input means operated by a driver and a steered angle of front wheels (18FL, 18FR) which are steered wheels, characterized in that when the possibility exists that the travel direction of the vehicle may be changed by said trajectory control, the operating position of said steering input means is varied by controlling said steering relation varying device before a change in the travel direction is made by said trajectory control.
A piston ring, comprising a main section extending along a circumferential direction around a geometrical axis, a first tongue section extending from a first end of the main section towards a second end of the main section, a second tongue section extending from the second end of the main section towards the first end of the main section, a proximal flank, a distal flank, and an outer peripheral surface interconnecting said flanks (15, 17), wherein, in use, the first tongue section is configured to overlap the second tongue section to form a contacting interface (25, 25a, 25b, 25c), wherein, at the main section, said outer peripheral surface comprises a tapering first surface portion extending in the circumferential direction, wherein said tapering first surface portion has a taper start from which said tapering first surface portion tapers proximally and radially inwardly, wherein, adjacent to said first tongue section and said second tongue section, said taper start of said first surface portion is located proximally relative to the location of said taper start at the rest of the main section, characterised in that said outer peripheral surface has a double taper profile, comprising a non-tapering second surface portion and a tapering third surface portion, wherein said first, second and third surface portions are running surfaces. a main section extending along a circumferential direction around a geometrical axis, a first tongue section extending from a first end of the main section towards a second end of the main section, a second tongue section extending from the second end of the main section towards the first end of the main section, a proximal flank, a distal flank, and an outer peripheral surface interconnecting said flanks (15, 17), wherein, in use, the first tongue section is configured to overlap the second tongue section to form a contacting interface (25, 25a, 25b, 25c), wherein, at the main section, said outer peripheral surface comprises a tapering first surface portion extending in the circumferential direction, wherein said tapering first surface portion has a taper start from which said tapering first surface portion tapers proximally and radially inwardly, wherein, adjacent to said first tongue section and said second tongue section, said taper start of said first surface portion is located proximally relative to the location of said taper start at the rest of the main section, characterised in that said outer peripheral surface has a double taper profile, comprising a non-tapering second surface portion and a tapering third surface portion, wherein said first, second and third surface portions are running surfaces.
A process for producing a compound of formula wherein a compound of formula is reacted with a compound of formula R 2 -OH where in each case: R 1 represents (C 1 -C 12) -alkyl, (C 1 -C 12) -haloalkyl, (C 6 -C 10) -aryl, (C 6 -C 10) -haloaryl, (C 7 -C 10) -aralkyl, (C 7 -C 10) -haloaralkyl, (C 4 -C 10) -cycloalkyl or (C 4 -C 10) - halocycloalkyl, R 2 represents (C 3 -C 12) -alkyl, (C 3 -C 12) -haloalkyl, (C 6 -C 10) -aryl, (C 6 -C 10) -haloaryl, (C 7 -C 10) -aralkyl, (C 7 -C 10) -haloaralkyl, (C 4 -C 10) -cycloalkyl or (C 4 -C 10)-halocycloalkyl, R 3 and R 4 each independently of one another represent methyl or ethyl, in the presence of an acidic catalyst and in the presence of water. R 1 represents (C 1 -C 12) -alkyl, (C 1 -C 12) -haloalkyl, (C 6 -C 10) -aryl, (C 6 -C 10) -haloaryl, (C 7 -C 10) -aralkyl, (C 7 -C 10) -haloaralkyl, (C 4 -C 10) -cycloalkyl or (C 4 -C 10) - halocycloalkyl, R 2 represents (C 3 -C 12) -alkyl, (C 3 -C 12) -haloalkyl, (C 6 -C 10) -aryl, (C 6 -C 10) -haloaryl, (C 7 -C 10) -aralkyl, (C 7 -C 10) -haloaralkyl, (C 4 -C 10) -cycloalkyl or (C 4 -C 10)-halocycloalkyl, R 3 and R 4 each independently of one another represent methyl or ethyl, in the presence of an acidic catalyst and in the presence of water.
A sealing system for sealing expansion joints formed between two rigid opposite joint faces of two adjacent constructive bodies, said sealing system comprising a self-expanding seal including: • a first body elongated in a longitudinal direction and having an inner face and an outer face; and • a second body elongated in a longitudinal direction and having an inner face opposite and spaced apart from the inner face of the first body, and an outer face, • said first and second bodies (11, 12) being configured for insertion into said expansion joint, with respective outer faces of said first and second bodies (11 and 12) located opposite said joint faces; • elastic expanders connected to said first and second bodies (11 and 12), causing an elastic spacing of the bodies in a transverse expansion direction; • a waterproof flexible body loosely connecting said first and second bodies (11 and 12); characterized in that the mentioned self-expanding seal further comprises: • a releasable retainer device which keeps said self-expanding seal in a pre-compressed position, said expanders being retained under elastic stress; said expanders being selected from springs, strips under bending stress, and rods under bending stress. • a first body elongated in a longitudinal direction and having an inner face and an outer face; and • a second body elongated in a longitudinal direction and having an inner face opposite and spaced apart from the inner face of the first body, and an outer face, • said first and second bodies (11, 12) being configured for insertion into said expansion joint, with respective outer faces of said first and second bodies (11 and 12) located opposite said joint faces; • elastic expanders connected to said first and second bodies (11 and 12), causing an elastic spacing of the bodies in a transverse expansion direction; • a waterproof flexible body loosely connecting said first and second bodies (11 and 12); • a releasable retainer device which keeps said self-expanding seal in a pre-compressed position, said expanders being retained under elastic stress;
An absorbent-article container comprising: a containing member having an outermost surface, at least a part of the outermost surface being formed of paper; and an absorbent article that is contained in the containing member, and that has an outermost surface, at least a part of the outermost surface being formed of nonwoven fabric, characterized in that a minimum value of dynamic friction coefficient on an innermost surface of the containing member is less than dynamic friction coefficient on the outermost surface of the containing member formed of the paper. a containing member having an outermost surface, at least a part of the outermost surface being formed of paper; and an absorbent article that is contained in the containing member, and that has an outermost surface, at least a part of the outermost surface being formed of nonwoven fabric, that is contained in the containing member, and that has an outermost surface, at least a part of the outermost surface being formed of nonwoven fabric, characterized in that a minimum value of dynamic friction coefficient on an innermost surface of the containing member is less than dynamic friction coefficient on the outermost surface of the containing member formed of the paper.