mhurhangee/ep-ind-claims huggingface dataset:
A rock drilling rig comprising: a movable carrier; a tramming unit for performing transfer drive of the carrier; at least one drilling boom movable relative to the carrier and provided with a drilling unit comprising a rock drilling machine; a flushing system comprising at least one compressor for producing pressurized air utilized in flushing a drill hole during drilling; a combustion engine for producing kinetic energy; at least one generator arranged to be driven by the combustion engine and arranged to produce electric energy to an electric system; and at least one energy storage connected to the electric system and arranged to store electric energy produced by the at least one generator; characterized in that the rock drilling rig is combustion-engine operated whereby at least one of the tramming unit and the drilling unit is operated with kinetic energy produced by the combustion engine and the needed electric energy of the rock drilling rig is produced to the electric system by the at least one generator driven by the combustion engine; and the at least one compressor of the flushing system is driven by means of at least one electric compressor drive motor connected to the electric system and arranged to receive electric energy from the energy storage of the electric system; wherein electric energy stored to or received from the energy storage is controlled to depend on loading of the combustion engine. a movable carrier; a tramming unit for performing transfer drive of the carrier; at least one drilling boom movable relative to the carrier and provided with a drilling unit comprising a rock drilling machine; a flushing system comprising at least one compressor for producing pressurized air utilized in flushing a drill hole during drilling; a combustion engine for producing kinetic energy; at least one generator arranged to be driven by the combustion engine and arranged to produce electric energy to an electric system; and at least one energy storage connected to the electric system and arranged to store electric energy produced by the at least one generator; characterized in that the rock drilling rig is combustion-engine operated whereby at least one of the tramming unit and the drilling unit is operated with kinetic energy produced by the combustion engine and the needed electric energy of the rock drilling rig is produced to the electric system by the at least one generator driven by the combustion engine; and the at least one compressor of the flushing system is driven by means of at least one electric compressor drive motor connected to the electric system and arranged to receive electric energy from the energy storage of the electric system; wherein electric energy stored to or received from the energy storage is controlled to depend on loading of the combustion engine.
A method for using a mattress, comprising: providing a plurality of individual spring assemblies, with each spring assembly including at least one spring and a spring cap (144, 150, 161 164 171, 184, 194, 204), with each spring cap (144, 150, 161, 164, 171, 184, 194, 204) having at least two attachment fittings; attaching the individual spring assemblies to each other via the attachment fittings to form a spring core having an array of attached spring assemblies; placing a top pad on top of the spring core; placing one or more side pads around a perimeter of the top pad to form a spring mattress ready for use; removing the side pads and removing the top pad from the spring core; separating the springs from the spring caps (144, 150, 161, 164, 171, 184, 194, 204); stacking the springs onto each other to form a column of springs; stacking the spring caps (144, 150, 161, 164, 171, 184, 194, 204) onto each other to form a column of spring caps (144, 150, 161, 164, 171, 184, 194, 204); and placing the column of spring caps (144, 150, 161, 164, 171, 184, 194, 204) over the column of springs. providing a plurality of individual spring assemblies, with each spring assembly including at least one spring and a spring cap (144, 150, 161 164 171, 184, 194, 204), with each spring cap (144, 150, 161, 164, 171, 184, 194, 204) having at least two attachment fittings; attaching the individual spring assemblies to each other via the attachment fittings to form a spring core having an array of attached spring assemblies; placing a top pad on top of the spring core; placing one or more side pads around a perimeter of the top pad to form a spring mattress ready for use; removing the side pads and removing the top pad from the spring core; separating the springs from the spring caps (144, 150, 161, 164, 171, 184, 194, 204); stacking the springs onto each other to form a column of springs; stacking the spring caps (144, 150, 161, 164, 171, 184, 194, 204) onto each other to form a column of spring caps (144, 150, 161, 164, 171, 184, 194, 204); and placing the column of spring caps (144, 150, 161, 164, 171, 184, 194, 204) over the column of springs.
An implant for stabilizing a spinal column, comprising: a pedicle screw; an elongated member polyaxially movably connected to the pedicle screw while being fully rotatable about its longitudinal axis, the elongated member having external threads over at least a portion of a longitudinal periphery thereof; and a two-piece retainer having an upper retainer portion and a lower retainer portion separate from the upper retainer portion, the upper and the lower retainer portions each having a central through passage along and about a respective longitudinal axis, each of the upper and the lower retainer portions also having a concave opening therethrough to receive a rod used to fix one implant to another; wherein: the upper retainer portion is internally threaded to engage the external threads of the elongated member, the upper retainer portion being threadably translatable longitudinally along the elongated member by rotation of the elongated member about its longitudinal axis; and the upper retainer portion being threadably translatable longitudinally along the elongated member toward the lower retainer portion to secure and retain a rod between the upper retainer portion and the lower retainer portion, thereby providing a fixing of one implant to another. a pedicle screw; an elongated member polyaxially movably connected to the pedicle screw while being fully rotatable about its longitudinal axis, the elongated member having external threads over at least a portion of a longitudinal periphery thereof; and a two-piece retainer having an upper retainer portion and a lower retainer portion separate from the upper retainer portion, the upper and the lower retainer portions each having a central through passage along and about a respective longitudinal axis, each of the upper and the lower retainer portions also having a concave opening therethrough to receive a rod used to fix one implant to another; wherein: the upper retainer portion is internally threaded to engage the external threads of the elongated member, the upper retainer portion being threadably translatable longitudinally along the elongated member by rotation of the elongated member about its longitudinal axis; and the upper retainer portion being threadably translatable longitudinally along the elongated member toward the lower retainer portion to secure and retain a rod between the upper retainer portion and the lower retainer portion, thereby providing a fixing of one implant to another. the upper retainer portion is internally threaded to engage the external threads of the elongated member, the upper retainer portion being threadably translatable longitudinally along the elongated member by rotation of the elongated member about its longitudinal axis; and the upper retainer portion being threadably translatable longitudinally along the elongated member toward the lower retainer portion to secure and retain a rod between the upper retainer portion and the lower retainer portion, thereby providing a fixing of one implant to another.
Synthetic gene for use in the induction of oral tolerance in the treatment of multiple sclerosis, wherein the gene contains the MBP21-40 nucleotide fragment ATGGATCATGCTCGTCATGGTTTTTTACCACGTCATCGTGATACTGGTATTTTAGATTCA (formula 1), encoding a peptide consisting of amino acid sequence MDHARHGFLPRHRDTGILDS (formula 1a), said peptide being a fragment of a natural myelin protein.
Method for registering a handwritten personal signature in the broadest sense and for judging its authenticity by comparison with previously registered measured values and data derived therefrom and stored, by registering a signature handwritten on a surface by means of a three-dimensional inertial sensing system comprising at least one rate-of-rotation sensors and at least one acceleration sensor, and by storing in memory and forwarding for further data processing measured acceleration values and values measured by the rate-of-rotation sensor thereby determined or data derived therefrom, the measured data stored in memory and/or processed forming the basis for comparison with other handwritten signatures which have also been registered for this purpose, wherein supplementary measured variables are calculated from values measured by the inertial sensor system which, as basic measured variables, form the basis for the comparison with other handwritten signatures and in that several characteristics are defined for each measured variable and in that the characteristics of each measured variable are combined as a vector and in that for the comparison of two signatures, vectors of the respective measured variables are compared with each other by applying a yardstick, characterized in that as characteristics one or more of the following is determined: - Position of minimum: position of overall minimum as offset in seconds, measured from the start of the signature; - Position of maximum: position of overall maximum as offset in seconds, measured from the start of the signature; - Distance of zero points: the average interval in seconds between all successive zero points over the total duration of the signature in seconds; - Average minimum: average value of all local minima over the total duration of the signature; - Average maximum: average value of all local maxima over the total duration of the signature; - Average positive slope: average of all slopes with a positive value at the zero points between start and end of the signature; - Average negative slope: average of all slopes with a negative value at the zero points between start and end of the signature. - Position of minimum: position of overall minimum as offset in seconds, measured from the start of the signature; - Position of maximum: position of overall maximum as offset in seconds, measured from the start of the signature; - Distance of zero points: the average interval in seconds between all successive zero points over the total duration of the signature in seconds; - Average minimum: average value of all local minima over the total duration of the signature; - Average maximum: average value of all local maxima over the total duration of the signature; - Average positive slope: average of all slopes with a positive value at the zero points between start and end of the signature; - Average negative slope: average of all slopes with a negative value at the zero points between start and end of the signature.
A preparation method of N-acyl acidic amino acid or a salt thereof, comprising: subjecting a fatty acyl chloride and an amino acid to an amidation reaction under an alkaline condition, characterized in that, the amidation reaction uses water as a solvent, an acidic amino acid or a salt thereof as a main raw material and a small amount of a neutral amino acid or a salt thereof as an auxiliary raw material; under a stirring condition, firstly adding the fatty acyl chloride dropwise into an aqueous solution of the acidic amino acid or the salt thereof; adding an alkali to adjust the pH value of the reaction solution; after a certain amount of fatty acyl chloride having been added dropwise, adding an aqueous solution of the neutral amino acid or the salt thereof, and continuing to add the fatty acyl chloride dropwise until the addition is finished and stirring to maintain the reaction. wherein the molar ratio of the acidic amino acid versus the fatty acyl chloride versus the neutral amino acid is 0.6-1.3: 1: 0.01-0.5, and wherein the neutral amino acid is added when the added fatty acyl chloride reaches 40% to 100% of its total amount.
A method of wireless communication at a first User Equipment, UE, the method comprising: determining that a first Global Navigation Satellite System, GNSS, based timing signal is available at the first UE; synchronizing the first UE using the first GNSS based timing signal when the first GNSS based timing signal is available; and transmitting a synchronization signal indicating that the first UE is synchronized using the first GNSS based timing signal, the synchronization signal comprising a reserved bit in a physical sidelink broadcast channel, PSBCH, wherein the reserved bit indicates that the first UE is synchronized directly or indirectly to the first GNSS based timing signal. determining that a first Global Navigation Satellite System, GNSS, based timing signal is available at the first UE; synchronizing the first UE using the first GNSS based timing signal when the first GNSS based timing signal is available; and transmitting a synchronization signal indicating that the first UE is synchronized using the first GNSS based timing signal, the synchronization signal comprising a reserved bit in a physical sidelink broadcast channel, PSBCH, wherein the reserved bit indicates that the first UE is synchronized directly or indirectly to the first GNSS based timing signal.
A composite material suitable for implantation to the human body, (i) wherein the composite comprises a polymeric gel and micro-lumens surface treated with long chain fatty acids; or (ii) wherein the composite is obtained by mixing surface-treated micro-lumens to a polymeric gel and wherein said polymeric gel comprises a reactive cross-linking group for cross-linking to said micro-lumens; and wherein the surface treated micro-lumens are obtained by a surface treatment by organofunctional silanes, titanates or zirconates. (i) wherein the composite comprises a polymeric gel and micro-lumens surface treated with long chain fatty acids; or (ii) wherein the composite is obtained by mixing surface-treated micro-lumens to a polymeric gel and wherein said polymeric gel comprises a reactive cross-linking group for cross-linking to said micro-lumens; and wherein the surface treated micro-lumens are obtained by a surface treatment by organofunctional silanes, titanates or zirconates.
A method in a network node comprising a central measurement agent, the method comprising analysing (110, 302) data flows related to a terminal device of a communication system, in order to detect data flows having at least one predefined characteristic; selecting (111, 302) the data flows having the at least one predefined characteristic as significant data flows on which customer experience CE measurements are to be performed; and characterized by limiting a number of the customer experience CE measurements of individual packets of a flow according to an accuracy target defined for the flow, commanding, based on the selecting, distributed measurement agents to perform at least some customer experience CE measurements on one or more significant data flows, by marking respective packets or flows; providing from the central measurement agent to one or more distributed measurement agents one or more of traffic monitoring information, protocol level packet interpretation information, measurement context detection information, measurement scheduling information, and measurement execution information, for the one or more measurement agents to be able to perform relevant customer experience CE measurements.
A constructional toy comprising a plurality of elements (10, 62, 64, 70, 80, 90, 91, 92, 93, 94, 95, 120, 130, 140, 150, 170, 180, 190, 200, 210) of at least two different types which can be assembled together to form a variety of three dimensional structures, said elements including: a main element (10, 62, 64, 70, 80, 150, 190, 200, 210) comprising: a first engagement feature having N splines, where N is an integer not less than three, the splines extending from an external surface (12, 14, 16, 18) of the main element, the first engagement feature being complementary in shape to, and configured to engage with, an engagement feature on another element; a second engagement feature having N' splines, where N'<N, characterised in that the second engagement feature is complementary in shape to, and configured to engage with, an engagement feature on a further element which is different to, and incompatible with, the first engagement feature wherein the further element engagement feature has splines for engagement with the splines of the second engagement feature. a main element (10, 62, 64, 70, 80, 150, 190, 200, 210) comprising: a first engagement feature having N splines, where N is an integer not less than three, the splines extending from an external surface (12, 14, 16, 18) of the main element, the first engagement feature being complementary in shape to, and configured to engage with, an engagement feature on another element; a second engagement feature having N' splines, where N'<N, characterised in that the second engagement feature is complementary in shape to, and configured to engage with, an engagement feature on a further element which is different to, and incompatible with, the first engagement feature wherein the further element engagement feature has splines for engagement with the splines of the second engagement feature. a first engagement feature having N splines, where N is an integer not less than three, the splines extending from an external surface (12, 14, 16, 18) of the main element, the first engagement feature being complementary in shape to, and configured to engage with, an engagement feature on another element; the first engagement feature being complementary in shape to, and configured to engage with, an engagement feature on another element; a second engagement feature having N' splines, where N'<N, characterised in that the second engagement feature is complementary in shape to, and configured to engage with, an engagement feature on a further element which is different to, and incompatible with, the first engagement feature wherein the further element engagement feature has splines for engagement with the splines of the second engagement feature.
A pressure transducer based on a squeeze-film for use in a gas pressure gauge, the pressure transducer comprising a first wafer and a second wafer, wherein - at least the first wafer comprises a device layer (2.1) and a handle layer (2.3); - the second wafer comprises a top and bottom surface; and - at least the device layer (2.1) of the first wafer is structured; the pressure transducer further comprising, a membrane (4.1), a cavity with a cavity bottom, the cavity being formed between the membrane (4.1) and a portion of the second wafer, an inlet connecting the cavity to a surrounding, a suspension of the membrane (4.1), wherein the suspension allows oscillation of the membrane (4.1), and an oscillation generator to set the membrane (4.1) in oscillation, characterized in that the structured device layer (2.1) of the first wafer comprises the membrane (4.1) and the suspension of the membrane (4.1), in that the first wafer is bonded to the top surface of the second wafer, and in that the handle layer (2.3) of the first wafer comprises a structure able to release the suspension. - at least the first wafer comprises a device layer (2.1) and a handle layer (2.3); - the second wafer comprises a top and bottom surface; and - at least the device layer (2.1) of the first wafer is structured;
A plate heat exchanger, which comprises - a plate pack formed by circular heat exchange plates (10, 11) arranged on top of each other, and which plate pack comprises ends in the direction of the heat exchange plates and an outer surface defined by the outer edges of the heat exchange plates, - an outer casing surrounding the plate pack, which casing comprises end plates (3a, 3b) mainly in the direction of the ends of the plate pack and a shell connecting the end plates, - inlet and outlet connections (4a, 4b, 5a, 5b) for a first and a second heat exchange medium, which connections are arranged through the outer casing, characterised in that the plate heat exchanger further comprises at least one stopper plate arranged between the plate pack and the shell of the outer casing for arranging multiple passes in the shell side of the heat exchanger, wherein the stopper plate is welded to an additional planar structure (14, 16) arranged between the heat exchange plates of the plate pack. - a plate pack formed by circular heat exchange plates (10, 11) arranged on top of each other, and which plate pack comprises ends in the direction of the heat exchange plates and an outer surface defined by the outer edges of the heat exchange plates, - an outer casing surrounding the plate pack, which casing comprises end plates (3a, 3b) mainly in the direction of the ends of the plate pack and a shell connecting the end plates, - inlet and outlet connections (4a, 4b, 5a, 5b) for a first and a second heat exchange medium, which connections are arranged through the outer casing, characterised in that the plate heat exchanger further comprises at least one stopper plate arranged between the plate pack and the shell of the outer casing for arranging multiple passes in the shell side of the heat exchanger, wherein the stopper plate is welded to an additional planar structure (14, 16) arranged between the heat exchange plates of the plate pack.
A vehicle comprising a charging port locking device comprising: a charging port having an engaged part that engages an engaging part of a charging connector via an operation performed by a user such that power is supplied from an external power source when in an engaged state; and a locking mechanism that, when the engaging part and the engaged part are in an engaged state, achieves a locked state in which release of the engaged part is restricted by rotation of a restraining member in a locking direction, thereby preventing release of the engaging state, and achieves an unlocked state in which release is permitted by the rotation of the restraining member in an unlocking direction opposite the locking direction, characterized in that the restraining member being screwed in place to a rotating actuator of the locking mechanism, the screw being exposed within a hood of the vehicle, said screw being configured to be rotated in the release direction of the restraining member, thereby rotating the restraining member to release to lock, and wherein a rotational direction in which the restraining member rotates from the locked state to the unlocked state is identical to a direction in which the screw is tightened. a charging port having an engaged part that engages an engaging part of a charging connector via an operation performed by a user such that power is supplied from an external power source when in an engaged state; and a locking mechanism that, when the engaging part and the engaged part are in an engaged state, achieves a locked state in which release of the engaged part is restricted by rotation of a restraining member in a locking direction, thereby preventing release of the engaging state, and achieves an unlocked state in which release is permitted by the rotation of the restraining member in an unlocking direction opposite the locking direction, characterized in that the restraining member being screwed in place to a rotating actuator of the locking mechanism, the screw being exposed within a hood of the vehicle, said screw being configured to be rotated in the release direction of the restraining member, thereby rotating the restraining member to release to lock, and wherein a rotational direction in which the restraining member rotates from the locked state to the unlocked state is identical to a direction in which the screw is tightened.