mhurhangee/ep-ind-claims huggingface dataset:
A system comprising an alarm management system and a control system, said control system being configured for regulating one or more control parameters corresponding to at least one controlled system and/or controlled process in a technical installation, said control system being further configured for generating one or more alarm messages, wherein each alarm message is assigned an alarm code selected from a set of predefined alarm codes, said system being characterized in that said alarm management system comprises: - a correlation module, said correlation module configured for maintaining a remedial parameter map corresponding to at least one alarm code, said remedial parameter map being a set of control parameters that should be acted on to remediate the alarm condition, and - a rendering module, said rendering module configured for receiving at least one alarm message from said control system, and rendering said alarm message, along with a corresponding remedial parameter map with a set of control parameters that should be acted on to remediate the alarm condition based on said alarm code thereof, in an alarm display interface in such a manner that each of the set of control parameters that need to be regulated to remediate the alarm condition is editable through said alarm display interface. - a correlation module, said correlation module configured for maintaining a remedial parameter map corresponding to at least one alarm code, said remedial parameter map being a set of control parameters that should be acted on to remediate the alarm condition, and - a rendering module, said rendering module configured for receiving at least one alarm message from said control system, and rendering said alarm message, along with a corresponding remedial parameter map with a set of control parameters that should be acted on to remediate the alarm condition based on said alarm code thereof, in an alarm display interface in such a manner that each of the set of control parameters that need to be regulated to remediate the alarm condition is editable through said alarm display interface.
A linear compressor, comprising: a cylinder having a compressor space for compressing a refrigerant; a piston performing a reciprocating motion in an axial direction within the cylinder; a mover coupled to the piston to transmit a driving force to the piston and perform the reciprocating motion in the axial direction; a stator having a cylinder space in which the cylinder is inserted, and generating the driving force together with the mover; and a supporting unit having at least a part radially overlapping the stator, wherein the radially overlapped part is coupled to the stator in a contact manner, wherein the supporting unit is provided with a frame disposed to face one side surface of the stator in the axial direction so as to support the stator in the axial direction, and wherein the frame is provided with at least one heat radiating portion extending therefrom along the stator in the axial direction, characterized in that the stator is provided with a plurality of stator cores arranged at preset intervals in a circumferential direction, wherein each stator core is formed by stacking a plurality of lamination sheets radially, and wherein the at least one heat radiating portion is formed to extend along an interval between the plurality of stator cores. a cylinder having a compressor space for compressing a refrigerant; a piston performing a reciprocating motion in an axial direction within the cylinder; a mover coupled to the piston to transmit a driving force to the piston and perform the reciprocating motion in the axial direction; a stator having a cylinder space in which the cylinder is inserted, and generating the driving force together with the mover; and a supporting unit having at least a part radially overlapping the stator, wherein the radially overlapped part is coupled to the stator in a contact manner, wherein the supporting unit is provided with a frame disposed to face one side surface of the stator in the axial direction so as to support the stator in the axial direction, and wherein the frame is provided with at least one heat radiating portion extending therefrom along the stator in the axial direction, characterized in that the stator is provided with a plurality of stator cores arranged at preset intervals in a circumferential direction, wherein each stator core is formed by stacking a plurality of lamination sheets radially, and wherein the at least one heat radiating portion is formed to extend along an interval between the plurality of stator cores.
Drive device for adjusting a cover element of a vehicle, in particular for a window regulator device, with - an output element for adjusting the cover element, - a motor unit, comprising an electric motor with a stator, a rotor and an drive shaft connected to the rotor and rotatable about a shaft axis for driving the output element, - a drive wheel, which is operatively connected to the output element and is in toothed engagement with the drive shaft, - a drive worm arranged on the drive shaft and having a worm toothing in toothed engagement with a toothing of the drive wheel, and - a drive housing, which at least partially encloses the motor unit and which comprises a worm housing, in which the drive worm is enclosed, wherein the stator is connected to a stationary housing section of the drive housing via a bearing element, wherein the bearing element comprises a bearing opening, in which the drive shaft is rotatably mounted relative to the stator characterised in that the bearing element engages in the worm housing and is fixedly connected to said worm housing by the bearing element being pressed into the worm housing and/or being glued or welded to the worm housing. - an output element for adjusting the cover element, - a motor unit, comprising an electric motor with a stator, a rotor and an drive shaft connected to the rotor and rotatable about a shaft axis for driving the output element, - a drive wheel, which is operatively connected to the output element and is in toothed engagement with the drive shaft, - a drive worm arranged on the drive shaft and having a worm toothing in toothed engagement with a toothing of the drive wheel, and - a drive housing, which at least partially encloses the motor unit and which comprises a worm housing, in which the drive worm is enclosed, wherein the stator is connected to a stationary housing section of the drive housing via a bearing element, wherein the bearing element comprises a bearing opening, in which the drive shaft is rotatably mounted relative to the stator
Method for structuring surfaces by machining with energetic radiation, in which method, during a machining operation, a first bundle of energetic radiation is directed for a predetermined period of time at the surface to be machined, and machining parameters relating to the first bundle of radiation are chosen such that the first bundle of radiation generates a molten bath in the surface to be machined, characterized in that at least one second bundle of energetic radiation is superimposed on the first bundle, at least in predetermined periods of time, in such a way that it impinges on the surface to be machined at least partially within the extent of the molten bath, and the power acting on the surface as a result of the at least one second bundle of radiation and the interacting time of the at least one second bundle of radiation with the surface are chosen such that the molten bath is deformed, in order to achieve structuring of the surface to be machined by means of re-melting.
A cutlery dispenser for dispensing cutlery utensils, the dispenser comprising: a housing comprising an interior space configured to receive a plurality of cutlery utensils loaded therein; a front cover enclosing a portion of the interior space and configured to translate relative to the housing between a closed position for dispensing the loaded cutlery utensils from the interior space and an open position for loading the cutlery utensils into the interior space; and a dispensing opening defined by the housing and the front cover and configured to allow the loaded cutlery utensils to be dispensed therethrough, wherein the front cover is positioned along a bottom portion of a front of the cutlery dispenser, and the dispensing opening is positioned along a top portion of the front of the cutlery dispenser, wherein the cover comprises a skewer slot extending from a top of the front cover and configured to receive a skewer to facilitate loading of the cutlery utensils into the interior space, wherein the skewer slot is adapted to facilitate alignment of a skewer relative to the front cover and the cutlery dispenser during loading of the cutlery utensils into the cutlery dispenser via the skewer. a housing comprising an interior space configured to receive a plurality of cutlery utensils loaded therein; a front cover enclosing a portion of the interior space and configured to translate relative to the housing between a closed position for dispensing the loaded cutlery utensils from the interior space and an open position for loading the cutlery utensils into the interior space; and a dispensing opening defined by the housing and the front cover and configured to allow the loaded cutlery utensils to be dispensed therethrough, wherein the front cover is positioned along a bottom portion of a front of the cutlery dispenser, and the dispensing opening is positioned along a top portion of the front of the cutlery dispenser, wherein the cover comprises a skewer slot extending from a top of the front cover and configured to receive a skewer to facilitate loading of the cutlery utensils into the interior space, wherein the skewer slot is adapted to facilitate alignment of a skewer relative to the front cover and the cutlery dispenser during loading of the cutlery utensils into the cutlery dispenser via the skewer.
A downhole signal receiving tool comprising a pair of electrically conductive setting means for holding the tool in position within metallic structure, each of the pair of setting means being arranged to bite into a surrounding surface when the tool is set within metallic structure and being spaced from one another in a longitudinal direction of the tool, the downhole signal receiving tool further comprising electrical conductor means connected between the setting means, and current detecting means arranged for detecting current flowing in the electrical conductor means, the arrangement being such that if the tool is set in position within current carrying metallic structure at least part of the current will flow along a path comprising the pair of setting means and the electrical conductor means, allowing detection of said current.
A method of constructing a composite airframe having crack arrestment, wherein the composite airframe comprises a composite frame member and a composite skin including a stack of unidirectional fiber reinforced composite plies in a sequence of ply orientations that provide the skin with quasi-isotropic properties, the method comprising: determining a level of mis-match in the Poisson's ratios between adjacent plies in the stack that will result in the skin exhibiting the quasi-isotropic properties, wherein the Poisson's ratio for each ply is the ratio of the transverse strain normal to an applied load to the axial strain in the direction of the applied load where the axial strain is measured in the direction parallel to the longitudinal axis of the airframe, and the Poisson's ratios differ from each other by an amount in the range of 15 to 40%; selecting a sequence of ply orientations that will result in the determined level of mis-match in the Poisson's ratios; fabricating the composite frame member; fabricating the composite skin, including laying up the stack of unidirectional fiber reinforced composite plies in the sequence of ply orientations that provide the skin with quasi-isotropic properties; and joining the frame member to the skin. determining a level of mis-match in the Poisson's ratios between adjacent plies in the stack that will result in the skin exhibiting the quasi-isotropic properties, wherein the Poisson's ratio for each ply is the ratio of the transverse strain normal to an applied load to the axial strain in the direction of the applied load where the axial strain is measured in the direction parallel to the longitudinal axis of the airframe, and the Poisson's ratios differ from each other by an amount in the range of 15 to 40%; selecting a sequence of ply orientations that will result in the determined level of mis-match in the Poisson's ratios; fabricating the composite frame member; fabricating the composite skin, including laying up the stack of unidirectional fiber reinforced composite plies in the sequence of ply orientations that provide the skin with quasi-isotropic properties; and joining the frame member to the skin.
Operating unit for the delivery of steam from a coffee machine or the like, wherein the operating unit has a fixed sleeve, an outlet head adjustable held on this, a steam lance attachable to this, and an adjustable sleeve with the operating element, wherein engaging means are provided, with which the sleeve can be engaged with the operating element in a basic position, in which no steam is discharged, and from this basic position in a direction of at least one engaged position for the discharge of at least one specific quantity of steam, wherein the sleeve is adjustable in the opposite direction, with which the quantity of steam can be adjusted almost continuously, wherein the engaging means are formed from a shaped section arranged in the sleeve and an axially adjustable pin acted on by a spring in the fixed sleeve, which is in action connection with the shaped section, wherein associated with the shaped section arranged in the sleeve are a step for the basic position, a step-like progression for the engagement positions and a ramp shaped gradient extending from the step in the opposite direction for the continuous adjustment of the operating element.
A power supply circuit for an electronic device, comprising: a connector configured to receive external power and Identifier, ID, data; a first switch disposed between the connector and a system of the electronic device, wherein the first switch is configured to be switched to an ON state such that the external power supplied from the connector is output to the system, and an OFF state such that the external power supplied from the connector is not output to the system; a second switch disposed between a battery and the system, wherein the second switch is configured to be switched to an ON state such that power of the battery is output to the system, and an OFF state such that the power of the battery is not output to the system; and a controller configured to control the ON and OFF states of each of the first and second switches based on the ID data, wherein, when the external power is supplied from the connector, the controller is configured to: control the first switch to be in the ON state and the second switch to be in the OFF state, if the ID data has a predetermined value; and control the first switch to be in the ON state and the second switch to be in the ON state, if the ID data does not have the predetermined value. a connector configured to receive external power and Identifier, ID, data; a first switch disposed between the connector and a system of the electronic device, wherein the first switch is configured to be switched to an ON state such that the external power supplied from the connector is output to the system, and an OFF state such that the external power supplied from the connector is not output to the system; a second switch disposed between a battery and the system, wherein the second switch is configured to be switched to an ON state such that power of the battery is output to the system, and an OFF state such that the power of the battery is not output to the system; and a controller configured to control the ON and OFF states of each of the first and second switches based on the ID data, wherein, when the external power is supplied from the connector, the controller is configured to: control the first switch to be in the ON state and the second switch to be in the OFF state, if the ID data has a predetermined value; and control the first switch to be in the ON state and the second switch to be in the ON state, if the ID data does not have the predetermined value.
A population of cells expressing markers characteristic of the pancreatic endoderm lineage, wherein greater than 60% of cells in the population co-express PDX1 and NKX6.1.
A cover assembly of a battery cell, comprising: a cover plate provided with a first through hole comprising an accommodation section and an extension section extending from the accommodation section, a hole diameter of the accommodation section being greater than a hole diameter of the extension section; a fixing member used for being connected to the cover plate and provided with a second through hole, wherein the second through hole is configured to be in gas communication with the first through hole; a breathable film connected to the fixing member and used for covering the second through hole; and a support filled in the second through hole, connected to the fixing member and used for supporting the breathable film and allowing gas passing through the breathable film to pass through, wherein the fixing member and the support are at least partially accommodated in the accommodation section, and wherein the accommodation section is provided with a bottom wall surrounding the extension section, the breathable film is at least partially sandwiched between the fixing member and the bottom wall to separate the second through hole from the extension section, and the support is arranged on one side, away from the extension section, of the breathable film. a cover plate provided with a first through hole comprising an accommodation section and an extension section extending from the accommodation section, a hole diameter of the accommodation section being greater than a hole diameter of the extension section; a fixing member used for being connected to the cover plate and provided with a second through hole, wherein the second through hole is configured to be in gas communication with the first through hole; a breathable film connected to the fixing member and used for covering the second through hole; and a support filled in the second through hole, connected to the fixing member and used for supporting the breathable film and allowing gas passing through the breathable film to pass through, wherein the fixing member and the support are at least partially accommodated in the accommodation section, and wherein the accommodation section is provided with a bottom wall surrounding the extension section, the breathable film is at least partially sandwiched between the fixing member and the bottom wall to separate the second through hole from the extension section, and the support is arranged on one side, away from the extension section, of the breathable film.
An aqueous dispersion comprising: a microcapsule including a core and a shell that has a three-dimensionally crosslinked structure including (a) at least one selected from the group consisting of a urethane bond and a urea bond and (b) an anionic group and a nonionic group as hydrophilic groups, wherein at least one of the shell or the core has a thermal-polymerizable group; and water, wherein the nonionic group is a group represented by Formula below, wherein, in Formula, R W1 represents an alkylene group that has 1 to 6 carbon atoms and that may be branched, R W2 represents an alkyl group that has 1 to 6 carbon atoms and that may be branched, nw represents an integer of 2 to 200, and ∗ represents a linkage position. a microcapsule including a core and a shell that has a three-dimensionally crosslinked structure including (a) at least one selected from the group consisting of a urethane bond and a urea bond and (b) an anionic group and a nonionic group as hydrophilic groups, wherein at least one of the shell or the core has a thermal-polymerizable group; and water, wherein the nonionic group is a group represented by Formula below, wherein, in Formula, R W1 represents an alkylene group that has 1 to 6 carbon atoms and that may be branched, R W2 represents an alkyl group that has 1 to 6 carbon atoms and that may be branched, nw represents an integer of 2 to 200, and ∗ represents a linkage position.
A method for suppressing a pyrophoric metal fire, comprising: arranging a suppression system (100/200/300/500) above a containment structure, the suppression system (100/200/300/500) including a first extinguishing agent, the containment structure configured to contain and isolate a pyrophoric metal from ambient air, the suppression system (100/200/300/500) configured to activate upon a leak and ignition of the pyrophoric metal so as to release the first extinguishing agent to suppress the pyrophoric metal fire, the suppression system (100/200/300/500) being characterised in that a structural integrity thereof degrades in a presence of the pyrophoric metal fire in order to release the first extinguishing agent.
A method for protecting a chip card against unauthorised use, said method comprising the following steps: - inputting a first identifier into a chip card terminal, - generating a cipher from at least a first communication parameter (K1; KA1; D1) with the aid of a first symmetric key derived from the first identifier, wherein a protected first communication channel between the chip card terminal and the chip card can be defined with the aid of the communication parameter, - transmitting the cipher from the chip card terminal to the chip card via a predefined communication channel, - attempting to decrypt the cipher by the chip card with the aid of a second symmetric key, wherein the result of the decryption is the first communication parameter only if the first symmetric key is identical to the second symmetric key, such that the protected first communication channel can be defined between the chip card terminal and the chip card only if the first identifier is correct. - inputting a first identifier into a chip card terminal, - generating a cipher from at least a first communication parameter (K1; KA1; D1) with the aid of a first symmetric key derived from the first identifier, wherein a protected first communication channel between the chip card terminal and the chip card can be defined with the aid of the communication parameter, - transmitting the cipher from the chip card terminal to the chip card via a predefined communication channel, - attempting to decrypt the cipher by the chip card with the aid of a second symmetric key, wherein the result of the decryption is the first communication parameter only if the first symmetric key is identical to the second symmetric key, such that the protected first communication channel can be defined between the chip card terminal and the chip card only if the first identifier is correct.