mhurhangee/ep-ind-claims huggingface dataset:
Device for generating a power supply voltage (Vf) referenced to a first reference potential, in an electronic system comprising an excitation source connected to said first and second reference potentials (4, 5) so as to impose an AC voltage difference between these reference potentials (4, 5), characterized in that it comprises moreover: - a source supplying an AC voltage referenced to said second reference potential, connected to said first reference potential, and encompassing said excitation source, and - rectifying and filtering means connected at the input thereof to said first reference potential and to said AC voltage supply source respectively, so as to generate, at an output, a supply voltage (Vf) referenced to said first reference potential by rectification of a voltage at the terminals of the AC voltage supply source. - a source supplying an AC voltage referenced to said second reference potential, connected to said first reference potential, and encompassing said excitation source, and - rectifying and filtering means connected at the input thereof to said first reference potential and to said AC voltage supply source respectively, so as to generate, at an output, a supply voltage (Vf) referenced to said first reference potential by rectification of a voltage at the terminals of the AC voltage supply source.
A control device configured to execute a user program to control operations of a plurality of control target devices (10, 20, 106, 200) by exchanging data with the plurality of control target devices (10, 20, 106, 200), each of at least some of the plurality of control target devices (10, 20, 106, 200) being classified so as to belong to one of a plurality of groups, characterized by the control device being configured to execute the user program to control the operations of the at least some of the plurality of control target devices (10, 20, 106, 200) in units of groups, the control device comprising: a section configured to hold identification information specifying, with respect to each of the plurality of groups, the control target devices (10, 20, 106, 200) belonging to a respective group, and behavior information specifying, with respect to each of the plurality of groups, a behavior, upon detecting an abnormality of a control target device (10, 20, 106, 200) belonging to a respective group, of any remaining control target device (10, 20, 106, 200) in said group; a section configured to detect the abnormality of each of the plurality of control target devices (10, 20, 106, 200) based on data exchanged with the plurality of control target devices (10, 20, 106, 200) in executing the user program; a section configured to refer to, when the abnormality is detected in one of the plurality of control target devices (10, 20, 106, 200), the identification information to specify an abnormal group, the abnormal group being a group to which the control target device (10, 20, 106, 200) in which the abnormality is detected belongs; and a section configured to refer to the behavior information to control action of the abnormal group. a section configured to hold identification information specifying, with respect to each of the plurality of groups, the control target devices (10, 20, 106, 200) belonging to a respective group, and behavior information specifying, with respect to each of the plurality of groups, a behavior, upon detecting an abnormality of a control target device (10, 20, 106, 200) belonging to a respective group, of any remaining control target device (10, 20, 106, 200) in said group; a section configured to detect the abnormality of each of the plurality of control target devices (10, 20, 106, 200) based on data exchanged with the plurality of control target devices (10, 20, 106, 200) in executing the user program; a section configured to refer to, when the abnormality is detected in one of the plurality of control target devices (10, 20, 106, 200), the identification information to specify an abnormal group, the abnormal group being a group to which the control target device (10, 20, 106, 200) in which the abnormality is detected belongs; and a section configured to refer to the behavior information to control action of the abnormal group.
A filling station for pressurized fluids, particularly hydrogen or natural gas, comprising a storage tank for the pressurized fluid and a filling pump fed by the same, wherein the storage tank is partitioned into separate sections (S i), which are each connected to the inlet via a first switching valve (V 1,i) and to the outlet of a high-pressure pump via a second switching valve (V 2,i), characterized in that the filling pump has a high-pressure path and a low-pressure path for delivering the pressurized fluid, wherein the first or second switching valves (V 1,i, V 2,i) are connected on the pump side via a third switching valve (V 3) to the low-pressure path of the filling pump, and wherein the outlet of the high-pressure pump supplies a high-pressure tank via a fourth switching valve (V 4), which high-pressure tank is connected to the high-pressure path of the filling pump via a fifth switching valve (V 5). wherein the storage tank is partitioned into separate sections (S i), which are each connected to the inlet via a first switching valve (V 1,i) and to the outlet of a high-pressure pump via a second switching valve (V 2,i), characterized in that the filling pump has a high-pressure path and a low-pressure path for delivering the pressurized fluid, wherein the first or second switching valves (V 1,i, V 2,i) are connected on the pump side via a third switching valve (V 3) to the low-pressure path of the filling pump, and wherein the outlet of the high-pressure pump supplies a high-pressure tank via a fourth switching valve (V 4), which high-pressure tank is connected to the high-pressure path of the filling pump via a fifth switching valve (V 5).
A method relating to handover in a communication system, the method comprising: - determining, by a first network node of the communication system, that a communication device is involved in a handover process from a first cell to a second cell, - determining, by the first network node, that a signaling radio bearer is to be scheduled for the communication device, and - increasing, by the first network node, transmission power of a scheduling assignment for the signaling radio bearer specific for the communication device by increasing only the transmission power of at least one control channel element, CCE, specific for the communication device during a time interval from a first handover event of the handover process to a second handover event of the handover process, wherein the transmission power of the at least one CCE specific for the communication device is higher than the transmission power of CCEs for the communication device outside the time interval. - determining, by a first network node of the communication system, that a communication device is involved in a handover process from a first cell to a second cell, - determining, by the first network node, that a signaling radio bearer is to be scheduled for the communication device, and - increasing, by the first network node, transmission power of a scheduling assignment for the signaling radio bearer specific for the communication device by increasing only the transmission power of at least one control channel element, CCE, specific for the communication device during a time interval from a first handover event of the handover process to a second handover event of the handover process, wherein the transmission power of the at least one CCE specific for the communication device is higher than the transmission power of CCEs for the communication device outside the time interval.
A method for determining a confidence in measurements taken by a while-drilling testing tool positioned in a wellbore penetrating a subterranean formation, comprising: establishing a pressure coupling between a pressure sensor of the tool and the formation; performing a first drawdown with the tool; measuring data indicative of pressure with the pressure sensor; and determining at least one confidence token based on the pressure data, characterized in that the method further comprises identifying a downhole condition based on the measured data and the at least one confidence token; and displaying at the surface the measured data, the at least one confidence token, and the identified downhole condition; wherein the at least one confidence token is representative of a slope of a pressure curve at an end of a buildup cycle. establishing a pressure coupling between a pressure sensor of the tool and the formation; performing a first drawdown with the tool; measuring data indicative of pressure with the pressure sensor; and determining at least one confidence token based on the pressure data, characterized in that the method further comprises identifying a downhole condition based on the measured data and the at least one confidence token; and displaying at the surface the measured data, the at least one confidence token, and the identified downhole condition;
An actuator for the lifting of a load, wherein the actuator comprises a hydraulic cylinder with a cylinder body and a piston that is slidably arranged inside the cylinder body, wherein said actuator furthermore comprises a pressure supply that is arranged to deliver a controllable hydraulic pressure to said hydraulic cylinder to influence the piston inside said cylinder body, and wherein said actuator furthermore comprises a screw mechanism with a screw and nut arranged to interact with said piston and thereby control the piston's position inside the said cylinder body, wherein the screw mechanism (6, 7) has a static non-self-locking construction, wherein the actuator comprises an electric motor or hydraulic motor arranged both for driving the screw and the piston interacting with the screw in case of a loss of said hydraulic pressure from the pressure supply during lifting of said load, and wherein the screw mechanism comprises a screw free of backlash, characterized in that the pressure supply is a pressure accumulator and the piston is configured to influence the load which is to be lifted via one or several coupling elements with suitable coupling means for linkage to the load, wherein the hydraulic pressure in the pressure accumulator is used to, via the piston and the coupling means, carry at least most of the weight being lifted, while the mechanical power from the screw mechanism (6, 7) is used for fine control of the positioning of the coupling means relative to the cylinder body, and wherein the pressure in the pressure accumulator also is set so that the hydraulic power working on the coupling means via the piston carries the entire load being lifted, while the mechanical power from the drive motor is used only to control the displacement of the coupling means relative to the hydraulic cylinder, so that the existing pressure in the pressure accumulator working on the piston will maintain the coupling means, and thereby the load, in the position they have in case of a loss of electric or hydraulic power in the drive of the driving motor.
Coating device for applying coating color onto a fiber web, which device comprises a nozzle unit with at least one nozzle part comprising a feeding chamber and at least one equalizing chamber (13; 13'), a feed hole between the feeding chamber and the first equalizing chamber and a nozzle slot, from which the coating color discharged through outlet opening of the nozzle slot, characterized in that at outlet area of the feed hole to the equalizing chamber an impact surface is arranged, which functions as means for distributing uniformly the inhomogeneous coating color flow entering the equalizing chamber from the feed hole, and that diameter of the feed hole is is 1 - 5 mm.
A container for propagating growth of seedlings, comprising a main body, which comprises a base, a central wall extending vertically from the base, a first wall section and a second wall section are arranged to the main body, respective wall sections (8,10) are arranged alongside and spaced apart from each long side of the central wall of the main body, the main body has two opposing end walls at the respective short sides, the wall sections (8, 10) are provided with transverse wall segments (12, 12'), the first wall section and the second wall section are hingeably connected to the main body for movement between a closed condition in engagement with the central wall and an opened condition disengaged from the central wall, where the base, the central wall, the wall sections and segments forms in the closed condition at least two cells (14, 14') being open at top, the bottom of each cell is provided with an opening, and further that the base comprises a supporting structure at the lower part of the main body, wherein the main body is provided with supporting means (28, 28') for holding an irrigation mat, characterised in that the supporting means (28, 28') comprises one or more engaging arms that are arranged to at least one long side of the central wall to hold the irrigation mat in position at a lower portion of the main body towards the base.
Mould container part for manufacturing green bricks therein with a mould container pressing device, the mould container part comprising: - one or more mould containers, each having a mould cavity for forming a green brick from clay therein; - coupling means with which the mould container parts are mutually coupleable; and - a sealing device extending from a wall of the mould container part and suitable for sealing to at least large extent therewith an intermediate space present between coupled mould container parts, the sealing device comprising: - a base part which is arranged against the wall and the upper side of which is situated a distance from the upper side of the wall; characterized by: - a wearing part which is releasably arrangeable above the base part and the upper side of which lies substantially flush with the upper side of the wall in arranged position; - an intermediate part which is arrangeable between the base part and the wearing part; - wherein the intermediate part is provided on at least a side thereof with a recess which is directed away from the wall in mounted position; and - wherein a substantially resilient seal is receiveable in the recess of the intermediate part such that this seal extends away from the wall of the mould container part to a position beyond the sides (37, 35, 39) of the base part, the intermediate part and the wearing part directed away from the wall of the mould container part. - one or more mould containers, each having a mould cavity for forming a green brick from clay therein; - coupling means with which the mould container parts are mutually coupleable; and - a sealing device extending from a wall of the mould container part and suitable for sealing to at least large extent therewith an intermediate space present between coupled mould container parts, the sealing device comprising: - a base part which is arranged against the wall and the upper side of which is situated a distance from the upper side of the wall; - a wearing part which is releasably arrangeable above the base part and the upper side of which lies substantially flush with the upper side of the wall in arranged position; - an intermediate part which is arrangeable between the base part and the wearing part; - wherein the intermediate part is provided on at least a side thereof with a recess which is directed away from the wall in mounted position; and - wherein a substantially resilient seal is receiveable in the recess of the intermediate part such that this seal extends away from the wall of the mould container part to a position beyond the sides (37, 35, 39) of the base part, the intermediate part and the wearing part directed away from the wall of the mould container part.
A method for providing a context awareness service using speech recognition, the method comprising: triggering a context awareness service; determining whether setting of a user-defined control command for the context awareness service is requested; in response to determining that the setting of the user-defined control command is requested, setting the user-defined control command; in response to determining that the user-defined control command is set, activating a microphone to receive external audio; receiving external audio through the microphone; performing speech recognition on the received audio; comparing the speech-recognized audio with the user-defined control command; determining whether the speech-recognized audio corresponds to the user-defined control command; when the speech-recognized audio does not correspond to the user-defined control command, returning to receiving the external audio through the microphone; in response to determining that the speech-recognized audio corresponds to the user-defined control command, identifying a particular action assigned to the user-defined control command; executing the particular action; and displaying the speech-recognized audio on a display unit; wherein receiving external audio comprises receiving external audio while playing media content, and wherein executing the particular action comprises maintaining playback of the media content. triggering a context awareness service; determining whether setting of a user-defined control command for the context awareness service is requested; in response to determining that the setting of the user-defined control command is requested, setting the user-defined control command; in response to determining that the user-defined control command is set, activating a microphone to receive external audio; receiving external audio through the microphone; performing speech recognition on the received audio; comparing the speech-recognized audio with the user-defined control command; determining whether the speech-recognized audio corresponds to the user-defined control command; when the speech-recognized audio does not correspond to the user-defined control command, returning to receiving the external audio through the microphone; in response to determining that the speech-recognized audio corresponds to the user-defined control command, identifying a particular action assigned to the user-defined control command; executing the particular action; and displaying the speech-recognized audio on a display unit; wherein receiving external audio comprises receiving external audio while playing media content, and wherein executing the particular action comprises maintaining playback of the media content.
An assembly comprising: - a piston with a bearing roller adapted to receive a roller and to slide in a cylinder along a sliding axis (C-C'), said piston comprising: ∘ a body having a guide surface, ∘ an upper portion, having a cradle-shaped recess along a rolling axis (R-R'), adapted to receive the bearing roller, wherein the cradle has a divergent edge, that is to say it closes at less than 180° along the rolling axis (R-R'), ∘ at least one centering element forming an axial abutment at the roller, and configured to maintain the axial centering of the roller in the cradle along the rolling axis (R-R'), wherein the body, the at least one centering element and the upper portion consist of an integrally formed single piece, and wherein the centering element has a domed shape (131, 133, 139) to come into contact with only portion of the surface of an axial end (120a, 120b) of the roller, said portion being located at least on the rolling axis (R-R') of the roller so as to limit the resisting friction torque, - a pad adapted to be positioned at the bottom of the recess, the assembly being characterized in that the pad comprises a shape complementary to the domed shape, so that it is blocked in rotation along the axis of rotation (R-R') by the domed shape of the centering element. - a piston with a bearing roller adapted to receive a roller and to slide in a cylinder along a sliding axis (C-C'), said piston comprising: ∘ a body having a guide surface, ∘ an upper portion, having a cradle-shaped recess along a rolling axis (R-R'), adapted to receive the bearing roller, wherein the cradle has a divergent edge, that is to say it closes at less than 180° along the rolling axis (R-R'), ∘ at least one centering element forming an axial abutment at the roller, and configured to maintain the axial centering of the roller in the cradle along the rolling axis (R-R'), wherein the body, the at least one centering element and the upper portion consist of an integrally formed single piece, and wherein the centering element has a domed shape (131, 133, 139) to come into contact with only portion of the surface of an axial end (120a, 120b) of the roller, said portion being located at least on the rolling axis (R-R') of the roller so as to limit the resisting friction torque, ∘ a body having a guide surface, ∘ an upper portion, having a cradle-shaped recess along a rolling axis (R-R'), adapted to receive the bearing roller, wherein the cradle has a divergent edge, that is to say it closes at less than 180° along the rolling axis (R-R'), ∘ at least one centering element forming an axial abutment at the roller, and configured to maintain the axial centering of the roller in the cradle along the rolling axis (R-R'), - a pad adapted to be positioned at the bottom of the recess, the assembly being characterized in that the pad comprises a shape complementary to the domed shape, so that it is blocked in rotation along the axis of rotation (R-R') by the domed shape of the centering element.
Magnetic trip device of a thermal magnetic circuit breaker, wherein the magnetic trip device has at least - an armature locator moveable arranged on a pin in order to adjust a magnetic field area, and - an armature element fixed on a lower surface of said armature locator in order to interact with a yoke, which is arranged near a current conductive element for conducting electric energy, the armature locator has - a stabilizer element arranged on an upper surface of the armature locator in order to increase a contact area (C1, C2) between the pin and the armature locator, characterized in that the stabilizer element is a wall extending away from the upper surface of the armature locator in longitudinal direction of the pin, wherein the stabilizer element surrounds the pin at least partially in a perimeter direction of the pin. - an armature locator moveable arranged on a pin in order to adjust a magnetic field area, and - an armature element fixed on a lower surface of said armature locator in order to interact with a yoke, which is arranged near a current conductive element for conducting electric energy, the armature locator has - a stabilizer element arranged on an upper surface of the armature locator in order to increase a contact area (C1, C2) between the pin and the armature locator,
A frozen confection product comprising one or more frozen confections and one or more frozen confection sauce compositions comprising from 10 to 18 wt% vegetable fat that is solid at 4 °C, from 24 to 32 wt% vegetable fat that is liquid at 4 °C, from 5 to 10 wt% nut paste and from 30 to 40 wt% sugar, wherein the weight percentage of the vegetable fat in the frozen confection sauce composition excludes fat obtained from the nut paste.