mhurhangee/ep-ind-claims huggingface dataset:
Method for determining the rigidity of a drivetrain (1 to 6) for linear movement of a machine component along a linear guide of a machine, in particular of a machine tool or a production machine, wherein the drivetrain (1 to 6) comprises a motor with a motor-measuring system, wherein the linear guide is assigned a length-measuring system for determining the position of the machine component and wherein the machine comprises a numerical controller for closed-loop control of the movement of the machine component, by - Predetermination of a constant acceleration for the machine component by means of the numerical controller, - Determination by the numerical controller of a difference between a position of the machine component derived from the motor-measuring system and a position of the machine component measured at the same time by the length-measuring system during the acceleration phase. - Assignment of the difference to the acceleration or to a force required for the acceleration and storage in the numerical controller of the pair of values established in this way and/or of a rigidity value emanating from the pair of values. - Predetermination of a constant acceleration for the machine component by means of the numerical controller, - Determination by the numerical controller of a difference between a position of the machine component derived from the motor-measuring system and a position of the machine component measured at the same time by the length-measuring system during the acceleration phase. - Assignment of the difference to the acceleration or to a force required for the acceleration and storage in the numerical controller of the pair of values established in this way and/or of a rigidity value emanating from the pair of values.
A memory system configured to augment a capacity of a plurality of main scratchpads for a plurality of respective processing cores, the memory system comprising: a global memory device coupled to a plurality of processing elements, wherein the global memory device is positioned external to a chip on which the plurality of processing elements reside; the memory system being characterized in that it comprises: at least one main scratchpad coupled to at least one processing element of the plurality of processing elements and the global memory device; and a plurality of auxiliary scratchpads coupled to the plurality of processing elements and the global memory device, wherein at least a portion of the plurality of auxiliary scratchpads are configured as a unitary multichannel device. at least one main scratchpad coupled to at least one processing element of the plurality of processing elements and the global memory device; and a plurality of auxiliary scratchpads coupled to the plurality of processing elements and the global memory device, wherein at least a portion of the plurality of auxiliary scratchpads are configured as a unitary multichannel device.
A combination of cannabidiol and tetrahydrocannabinol for use in the treatment of leukaemia, wherein the CBD and THC are present in a ratio of from 10:1 to 1:10 (CBD:THC).
A device suitable for influencing the intake of food through the oral cavity of a human, comprising - anchoring means (12a-12b; 11a-11b) which can be applied to one or several teeth of both the upper and the lower jaw, - at least one elongated element that can be placed around the front of the upper or lower jaw and that can be coupled adjacent its two element ends (13a-13b) to the anchoring means (12a-12b) applied to the respective jaw (1; 2), and - connecting means (14a-14b) that can be provided between the upper and the lower jaw and having one first end (14a'-14b') and one other end (140a-140b) and that can be coupled with its other end (140a-140b) to the elongated element and with its first end (14a'-14b') to the anchoring means (11a-11b) applied to the other jaw (2; 1), such that an opening of the jaws causes the connecting means to pull the elongated element against the front of the jaw, which results in an unpleasant or pain sensation, characterized in that the connecting means (14a-14b) are composed of a wire-shaped element that is rigid in longitudinal direction and that with its other end (140a-140b) is movable coupled to the free element end (13a-130a); 13b-130b) of the elongated element, which free element end (13a-13b) of the elongated element is provided with an opening (130a-130b) through which the longitudinally rigid wire-shaped element can be passed, while the free end of the longitudinally rigid wire-shaped element is provided with a thickened portion (140a-140b). - anchoring means (12a-12b; 11a-11b) which can be applied to one or several teeth of both the upper and the lower jaw, - at least one elongated element that can be placed around the front of the upper or lower jaw and that can be coupled adjacent its two element ends (13a-13b) to the anchoring means (12a-12b) applied to the respective jaw (1; 2), and - connecting means (14a-14b) that can be provided between the upper and the lower jaw and having one first end (14a'-14b') and one other end (140a-140b) and that can be coupled with its other end (140a-140b) to the elongated element and with its first end (14a'-14b') to the anchoring means (11a-11b) applied to the other jaw (2; 1), such that an opening of the jaws causes the connecting means to pull the elongated element against the front of the jaw, which results in an unpleasant or pain sensation,
A method of preparing a double-layer tablet, comprising the steps of: 1) preparing respectively a component I and a component II, both of them containing the active ingredients and the pharmaceutical excipients, and said component I and the component II are granules or powder; 2) Implementing the first tabletting: preparing the tablet having holes from component I; 3) Implementing the second tabletting: forming the double-layer tablet composed of the component I layer and the component II layer after pressing said tablet having holes with the component II together, wherein the component II were filled into the holes during compressing one layer of said double-layer tablet is sustained-release layer, and the holes are made in said sustained-release layer, the number of said holes is 1-3, the diameters of said holes are 2-6mm. 1) preparing respectively a component I and a component II, both of them containing the active ingredients and the pharmaceutical excipients, and said component I and the component II are granules or powder; 2) Implementing the first tabletting: preparing the tablet having holes from component I; 3) Implementing the second tabletting: forming the double-layer tablet composed of the component I layer and the component II layer after pressing said tablet having holes with the component II together, wherein the component II were filled into the holes during compressing one layer of said double-layer tablet is sustained-release layer, and the holes are made in said sustained-release layer, the number of said holes is 1-3, the diameters of said holes are 2-6mm.
Lightweight metal inlet valve for an internal combustion engine with a valve stem and a valve head having a convexly curved valve head surface, characterized in that - the lightweight metal inlet valve is composed of an alloy with the following components, Si 23-27 Vol.-%, Fe 3-4 Vol.-%, Ni 2.5-3.5 Vol.-%, Mg 0.3-0.7 Vol.-%, Mn 0.3-0.7 Vol.-%, Ti max. 0.5 Vol.-%, Zr max. 0.5 Vol.-%, Cr max. 0.5 Vol.-% and the remainder Al, or - the lightweight metal inlet valve is composed of an alloy with the following components, Ni 4-6 Vol.-%, Fe 1.5-3.5 Vol.-%, Cu 1.5-3.5 Vol.-%, Mn 0.5-1.5 Vol.-%, Mg 0.4-0.8 Vol.-%, Ti 0.4-0.8 Vol.-%, Zr 0.5-1.0 Vol.-%, Mo 0.6-1.0 Vol.-% and the remainder Al. - the lightweight metal inlet valve is composed of an alloy with the following components, Si 23-27 Vol.-%, Fe 3-4 Vol.-%, Ni 2.5-3.5 Vol.-%, Mg 0.3-0.7 Vol.-%, Mn 0.3-0.7 Vol.-%, Ti max. 0.5 Vol.-%, Zr max. 0.5 Vol.-%, Cr max. 0.5 Vol.-% and the remainder Al, or - the lightweight metal inlet valve is composed of an alloy with the following components, Ni 4-6 Vol.-%, Fe 1.5-3.5 Vol.-%, Cu 1.5-3.5 Vol.-%, Mn 0.5-1.5 Vol.-%, Mg 0.4-0.8 Vol.-%, Ti 0.4-0.8 Vol.-%, Zr 0.5-1.0 Vol.-%, Mo 0.6-1.0 Vol.-% and the remainder Al.
A base station comprising: a transmitter that transmits a first wireless signal to a mobile station, wherein the first wireless signal is a wireless reference signal; a receiver that receives a second wireless signal transmitted from the mobile station; an acquiring unit that acquires reception information indicating a reception state of the first wireless signal at the mobile station, from the second wireless signal received by the receiver; a determining unit that based on the reception information acquired by the acquiring unit, determines a repetition count of a fourth wireless signal to be transmitted; and a lookup table that has an index value associated with the repetition count, wherein the base station acquires from the lookup table, the index value associated with the repetition count, and the base station uses the transmitter to transmit, using a different physical channel than a physical channel used for transmitting the first wireless signal, a third wireless signal that includes the index value associated with the repetition count of the fourth wireless signal, to the mobile station and notify the mobile station of the index value. a transmitter that transmits a first wireless signal to a mobile station, wherein the first wireless signal is a wireless reference signal; a receiver that receives a second wireless signal transmitted from the mobile station; an acquiring unit that acquires reception information indicating a reception state of the first wireless signal at the mobile station, from the second wireless signal received by the receiver; a determining unit that based on the reception information acquired by the acquiring unit, determines a repetition count of a fourth wireless signal to be transmitted; and a lookup table that has an index value associated with the repetition count, wherein the base station acquires from the lookup table, the index value associated with the repetition count, and the base station uses the transmitter to transmit, using a different physical channel than a physical channel used for transmitting the first wireless signal, a third wireless signal that includes the index value associated with the repetition count of the fourth wireless signal, to the mobile station and notify the mobile station of the index value.
An apparatus comprising: a ground plane; an array of antennas, wherein the array comprises antennas arranged in parallel rows and at least three parallel columns; for one or more columns of the antennas in the array, there is an aligned arrangement of coupling elements comprising coupling elements between the antennas in the respective column, wherein the coupling elements are separate from the antennas and are electrically floating; wherein the coupling elements are closer to adjacent antennas in a column of the array, in a column direction, for a column towards a center of the array of antennas than for a column towards a periphery of the array of antennas; and wherein each of the antennas in the array of antennas comprises a radiator and feeds for a first polarization and a second polarization orthogonal to the first polarization. a ground plane; an array of antennas, wherein the array comprises antennas arranged in parallel rows and at least three parallel columns; for one or more columns of the antennas in the array, there is an aligned arrangement of coupling elements comprising coupling elements between the antennas in the respective column, wherein the coupling elements are separate from the antennas and are electrically floating; wherein the coupling elements are closer to adjacent antennas in a column of the array, in a column direction, for a column towards a center of the array of antennas than for a column towards a periphery of the array of antennas; and wherein each of the antennas in the array of antennas comprises a radiator and feeds for a first polarization and a second polarization orthogonal to the first polarization.
A device for capturing an electric current for a rail vehicle, the capture device including: - a pad intended to come into contact with an electric power rail; - a frame; - an electrically conductive arm which mechanically and electrically connects the frame to the pad, the arm including a central part coupling the frame to a support portion on which the pad is mounted; characterized in that the capture device includes an apparatus for measuring the mechanical forces exerted on the arm, the measuring apparatus including strain sensors which are integrated on the inside of an electrical isolation structure, such that said strain sensors can be electrically insulated from the arm, the isolation structure including a glue layer deposited on a receiving surface (26; 28; 86) and a ceramic layer covering the glue layer, the strain sensors being arranged on the ceramic layer. - a pad intended to come into contact with an electric power rail; - a frame; - an electrically conductive arm which mechanically and electrically connects the frame to the pad, the arm including a central part coupling the frame to a support portion on which the pad is mounted;
An immersible heat transfer tube for a fluidized-bed boiler (1, 11) which is suitable for being installed in a fluidized bed (3, 20), the immersible heat transfer tube comprising: a water tube through which a fluid may flow; a protector provided at an outer circumferential side of the water tube and configured to protect the water tube; and characterized by a packed bed provided between the water tube and the protector, wherein: the protector is made or stainless steel and the packed bed has a heat conductivity ranging from 0.4 to 1.4 W/mK, and the heat conductivity of the packed bed is lower than that of the protector. a water tube through which a fluid may flow; a protector provided at an outer circumferential side of the water tube and configured to protect the water tube; and characterized by a packed bed provided between the water tube and the protector, wherein: the protector is made or stainless steel and the packed bed has a heat conductivity ranging from 0.4 to 1.4 W/mK, and the heat conductivity of the packed bed is lower than that of the protector. the protector is made or stainless steel and the packed bed has a heat conductivity ranging from 0.4 to 1.4 W/mK, and the heat conductivity of the packed bed is lower than that of the protector.
A gun stock comprising a hollow body (2, 102), an insert (5, 105), a bar; said hollow body (2, 102) comprising at least one cavity (3, 103); a seat formed in said cavity (3, 103) and adapted to receive said insert (5, 105); said insert (5, 105) comprising a passage hole for the passage of said bar; said bar having a first end and a second free end; said first end being fastened to a gun body of said gun; said free end being threaded and engaging a locking nut; said stock being characterized in that it comprises a fastener plate (11, 111) arranged between said locking nut and said insert (5, 105); said fastener plate (11, 111) having a calibrated hole; said free end of said bar passing through said calibrated hole; said fastener plate (11, 111) being arrangeable in different positions with respect to said insert (5, 105) in order to change the inclination of said stock with respect to the line of sight of the gun.
A light emitting device package comprising: a body comprising a cavity, said cavity comprising at least one phosphor layer (130, 140, 230, 240, 250); a light emitting device in the cavity; a first phosphor layer (130, 230) sealing the light emitting device and comprising a first phosphor (132, 231) dispersed in a resin; and a second phosphor layer (140, 240) on the first phosphor layer, comprising a second phosphor (142, 241) dispersed in the resin, characterized in that: the second phosphor (142, 241) and the first phosphor (132, 231) have a difference in the specific gravity, a specific gravity of the first phosphor (132, 231) being lower than that of the second phosphor (142, 241); the specific gravity of the first phosphor (132, 231) is lower than that of the resin; the specific gravity of the second phosphor (142, 241) is greater than that of the resin; and the first phosphor (132, 231) emits light having a different spectrum from that of the second phosphor (142, 241). a body comprising a cavity, said cavity comprising at least one phosphor layer (130, 140, 230, 240, 250); a light emitting device in the cavity; a first phosphor layer (130, 230) sealing the light emitting device and comprising a first phosphor (132, 231) dispersed in a resin; and a second phosphor layer (140, 240) on the first phosphor layer, comprising a second phosphor (142, 241) dispersed in the resin, characterized in that: the second phosphor (142, 241) and the first phosphor (132, 231) have a difference in the specific gravity, a specific gravity of the first phosphor (132, 231) being lower than that of the second phosphor (142, 241); the specific gravity of the first phosphor (132, 231) is lower than that of the resin; the specific gravity of the second phosphor (142, 241) is greater than that of the resin; and the first phosphor (132, 231) emits light having a different spectrum from that of the second phosphor (142, 241). the second phosphor (142, 241) and the first phosphor (132, 231) have a difference in the specific gravity, a specific gravity of the first phosphor (132, 231) being lower than that of the second phosphor (142, 241); the specific gravity of the first phosphor (132, 231) is lower than that of the resin; the specific gravity of the second phosphor (142, 241) is greater than that of the resin; and the first phosphor (132, 231) emits light having a different spectrum from that of the second phosphor (142, 241).
A multilayered polymer pipe comprising - a first weldable tubular layer forming the core of the pipe, said first layer comprising essentially non-polar polymer material; - a second layer surrounding the first layer and spaced apart from it, said second layer comprising essentially polar polymer material; and - a third layer fitted between the first layer and the second layer, said third layer being adhered to the first layer and to the second layer so as to interconnect said layers, characterised in that said third layer comprises a polymer material having an adhesion strength to the second layer which is greater than its adhesion strength to the first layer. - a first weldable tubular layer forming the core of the pipe, said first layer comprising essentially non-polar polymer material; - a second layer surrounding the first layer and spaced apart from it, said second layer comprising essentially polar polymer material; and - a third layer fitted between the first layer and the second layer, said third layer being adhered to the first layer and to the second layer so as to interconnect said layers,
A method for screening an agent or regimen for the ability to retard heart aging comprising the steps of: a) determining a first gene expression profile by measuring transcription or translation products of one or more genes related to Wnt signaling in heart tissue from an aged subject in the absence of the agent or regimen; b) determining a second gene expression profile by measuring transcription or translation products of one or more genes related to Wnt signaling in heart tissue from an aged subject in the presence of the agent or regimen; and c) comparing the first gene expression profile with the second gene expression profile, wherein a change in the second gene expression profile indicates that the material or regimen is likely to be useful in retarding heart aging when administered to an individual. a) determining a first gene expression profile by measuring transcription or translation products of one or more genes related to Wnt signaling in heart tissue from an aged subject in the absence of the agent or regimen; b) determining a second gene expression profile by measuring transcription or translation products of one or more genes related to Wnt signaling in heart tissue from an aged subject in the presence of the agent or regimen; and c) comparing the first gene expression profile with the second gene expression profile, wherein a change in the second gene expression profile indicates that the material or regimen is likely to be useful in retarding heart aging when administered to an individual.
A system comprising: an apparatus comprising: - a switch configured to variably connect a device circuit of an electronic device to a battery; - a cutout control circuit connected to the switch and comprising a supply power input and a cutout activation input; and - an external port with a plurality of pins, wherein a power supply pin of the plurality of pins is electrically connected to the supply power input; - wherein the plurality of pins comprises a cutout activation pin, which cutout activation pin is electrically connected to the cutout activation input, and - wherein the cutout control circuit is configured to turn the switch on when a supply voltage is connected to the supply power input; and a charging connector configured to connect to the external port of the apparatus, wherein the charging connector is configured to supply charging power to the power supply pin, and wherein the charging connector has no corresponding contact for the cutout activation pin. an apparatus comprising: - a switch configured to variably connect a device circuit of an electronic device to a battery; - a cutout control circuit connected to the switch and comprising a supply power input and a cutout activation input; and - an external port with a plurality of pins, wherein a power supply pin of the plurality of pins is electrically connected to the supply power input; - wherein the plurality of pins comprises a cutout activation pin, which cutout activation pin is electrically connected to the cutout activation input, and - wherein the cutout control circuit is configured to turn the switch on when a supply voltage is connected to the supply power input; and - a switch configured to variably connect a device circuit of an electronic device to a battery; - a cutout control circuit connected to the switch and comprising a supply power input and a cutout activation input; and - an external port with a plurality of pins, wherein a power supply pin of the plurality of pins is electrically connected to the supply power input; - wherein the plurality of pins comprises a cutout activation pin, which cutout activation pin is electrically connected to the cutout activation input, and - wherein the cutout control circuit is configured to turn the switch on when a supply voltage is connected to the supply power input; and a charging connector configured to connect to the external port of the apparatus, wherein the charging connector is configured to supply charging power to the power supply pin, and wherein the charging connector has no corresponding contact for the cutout activation pin.
Device (42, 50, 70, 7 5, 80, 85) for manually inputting commands for an electronically servo-assisted bicycle gearshift, comprising a lever (54, 86) configured to actuate a first switch when it is rotated by a first predetermined angle, and characterized in that the lever (54, 86) is configured to actuate the first switch and a second switch when it is rotated by a second predetermined angle after the rotation by the first predetermined angle.