mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a wireless device for Semi-Persistent Channel State Information, SP-CSI, reporting for a wireless communication system, the method comprising: receiving by the wireless device a control message sent from a base station for activation or deactivation of the SP-CSI reporting, wherein: the control message comprises Cyclic Redundancy Check, CRC, bits that are scrambled with a SP-CSI Cell Radio Network Temporary Identifier, SP-CSI-RNTI, of the wireless device; and the control message comprises information that indicates whether the control message is for activation of the SP-CSI reporting or for deactivation of the SP-CSI reporting, wherein the information comprises bit values configured in one or more bit fields of the control message and the one or more bit fields comprise one or more bit fields defined for the purpose of providing a new data indicator and/or a redundancy version; making, based on the information comprised in the control message, a determination as to whether to activate the SP-CSI reporting or to deactivate the SP-CSI reporting; and activating or deactivating the SP-CSI reporting in accordance with the determination. receiving by the wireless device a control message sent from a base station for activation or deactivation of the SP-CSI reporting, wherein: the control message comprises Cyclic Redundancy Check, CRC, bits that are scrambled with a SP-CSI Cell Radio Network Temporary Identifier, SP-CSI-RNTI, of the wireless device; and the control message comprises information that indicates whether the control message is for activation of the SP-CSI reporting or for deactivation of the SP-CSI reporting, wherein the information comprises bit values configured in one or more bit fields of the control message and the one or more bit fields comprise one or more bit fields defined for the purpose of providing a new data indicator and/or a redundancy version; the control message comprises Cyclic Redundancy Check, CRC, bits that are scrambled with a SP-CSI Cell Radio Network Temporary Identifier, SP-CSI-RNTI, of the wireless device; and the control message comprises information that indicates whether the control message is for activation of the SP-CSI reporting or for deactivation of the SP-CSI reporting, wherein the information comprises bit values configured in one or more bit fields of the control message and the one or more bit fields comprise one or more bit fields defined for the purpose of providing a new data indicator and/or a redundancy version; making, based on the information comprised in the control message, a determination as to whether to activate the SP-CSI reporting or to deactivate the SP-CSI reporting; and activating or deactivating the SP-CSI reporting in accordance with the determination.
An immunomodulatory compound for use in a method of treatment of breast cancer, which method comprises - a method of restoring vitamin D sensitivity in a vitamin D resistant tumor cell, wherein the tumor cell is a breast cancer cell, the method comprising contacting the tumor cell with said immunomodulatory compound, wherein the immunomodulatory compound is either: 4-(amino)-2-(2,6-dioxo-(3-piperidyl))-isoindoline-1,3-dione or a pharmaceutically acceptable salt, solvate, or stereoisomer thereof; or 3-(4-amino-1-oxo-1,3-dihydro-isoindol-2-yl)-piperidine-2,6-dione or a pharmaceutically acceptable salt, solvate, or stereoisomer thereof; and - subsequently administering 1α,25-dihydroxyvitamin D 3. - a method of restoring vitamin D sensitivity in a vitamin D resistant tumor cell, wherein the tumor cell is a breast cancer cell, the method comprising contacting the tumor cell with said immunomodulatory compound, wherein the immunomodulatory compound is either: 4-(amino)-2-(2,6-dioxo-(3-piperidyl))-isoindoline-1,3-dione or a pharmaceutically acceptable salt, solvate, or stereoisomer thereof; or 3-(4-amino-1-oxo-1,3-dihydro-isoindol-2-yl)-piperidine-2,6-dione or a pharmaceutically acceptable salt, solvate, or stereoisomer thereof; and - subsequently administering 1α,25-dihydroxyvitamin D 3.
An exhaust muffler for a general-purpose engine, comprising a muffler main body connectable to a cylinder of a general-purpose engine via an exhaust pipe, a partition member that divides the interior of the muffler main body into a first muffler chamber communicating with the exhaust pipe, and a second muffler chamber communicating with an exhaust outlet of the muffler main body, and communication means that provides communication between the first muffler chamber and the second muffler chamber, characterized in that the communication means is formed from an exhaust cooling pipe that has: an upstream end thereof extending through one side wall, to which the exhaust pipe is connected, of the muffler main body and opening in the first muffler chamber; a downstream end thereof extending through said one side wall, the first muffler chamber and the partition member and opening in the second muffler chamber; and an intermediate portion thereof bent into a U-shape to be exposed outside said one side wall, and a portion, exposed outside said one side wall, of the exhaust cooling pipe is disposable in a passage for cooling air that has passed through a cooling air passage which is defined around the cylinder and that has cooled the cylinder.
Polarization analysis module, preferably for quantum communication, quantum cryptography, and/or quantum key distribution, comprises a first and a second diffraction element, a wave-plate, and at least four single photon detectors, in order to enable a polarization analysis of single photons in two mutually unbiased bases and two orthogonal states per base, wherein the first and second diffraction elements are polarization sensitive first and second dielectric metastructure gratings (2, 3), and the wave-plate is arranged between the first and second dielectric metastructure grating (2, 3), and at least two detectors are arranged in diffraction paths of the first diffraction element, and at least two detectors are arranged in diffraction paths of the second diffraction element.
A rotating latch lock, the lock being of the types comprising a latch rotating between at least one closed position suitable for retaining a closing anchor, and another open position which releases the anchor, stressed by a first spring in the release direction, and a pawl also rotating between a locked position, in which it retains the latch in the closed position, and another release position, in which it does not interfere with the rotation of the mentioned latch, the pawl being subjected to the action of a second spring which pushes it to the closed position, the lock further comprising transmission means suitable for moving a movable arm of the pawl in a direction transmitting a movement to the pawl from the closed position to the release position thereof, the movable arm being linked with the pawl such that the angular position of the movable arm acts as a stop for stopping the rotation of the pawl towards the locked position, characterized in that the mentioned movable arm of the pawl comprises a flange the distal end of which is supported on a smooth surface of the latch adjacent to the edge thereof, temporarily bending the flange when the latch is in its closed position retained by the pawl; and in that the length of the flange is such that its distal end slides on the mentioned smooth surface of the latch when the movable arm of the pawl is moved to push the pawl to its release position, and is released from the latch, automatically recovering its stable form, being supported against the edge of the latch and preventing the return of the movable arm and therefore of the pawl to its closed position as a result of the second spring.
A device for a press for forming a sheet-metal part with a portion which can be formed separately in the device as an undercut, comprising a ram on the press side and also a swage and a separately driveable forming die which serves to form the undercut and which cooperates with an undercut contour which is arranged substantially in a filler slide mounted in rotationally movable manner in the swage, wherein the filler slide can be transferred from a forming position into a position which exposes the undercut in the sheet-metal part and conversely, characterised in that at least one temperature control means is provided in the filler slide, with which the filler slide can be temperature-controlled at least in portions.
A tetracycline derivative for use in an in vivo method for predicting or diagnosing age-related macular degeneration and/or Alzheimer's disease in a subject by detecting hydroxyapatite deposits in the retina tissue of the subject, the method comprising: administering a tetracycline derivative to the subject in an amount sufficient for binding to any HAP deposits in the retina tissue of the subject; irradiating the retina tissue with electromagnetic radiation in an amount sufficient to excite the tetracycline derivative; scanning the retina tissue of the subject with a fluorescence lifetime imaging device and monitoring the lifetime of a fluorescent signal of any bound tetracycline derivative to HAP deposits; obtaining a profile of HAP deposits in the subject, wherein the HAP deposits bound to the tetracycline derivative exhibit a longer fluorescence lifetime compared to the fluorescence lifetime of the background tissue; and using the obtained profile to diagnose or predict age-related macular degeneration and/or Alzheimer's disease in the subject, wherein the tetracycline derivative bound to the HAP deposits has a fluorescence lifetime from about 1.2 to about 6 nsec and is selected from the group consisting of chlortetracycline and doxycycline. administering a tetracycline derivative to the subject in an amount sufficient for binding to any HAP deposits in the retina tissue of the subject; irradiating the retina tissue with electromagnetic radiation in an amount sufficient to excite the tetracycline derivative; scanning the retina tissue of the subject with a fluorescence lifetime imaging device and monitoring the lifetime of a fluorescent signal of any bound tetracycline derivative to HAP deposits; obtaining a profile of HAP deposits in the subject, wherein the HAP deposits bound to the tetracycline derivative exhibit a longer fluorescence lifetime compared to the fluorescence lifetime of the background tissue; and using the obtained profile to diagnose or predict age-related macular degeneration and/or Alzheimer's disease in the subject, wherein the tetracycline derivative bound to the HAP deposits has a fluorescence lifetime from about 1.2 to about 6 nsec and is selected from the group consisting of chlortetracycline and doxycycline.
A cutting head for brush cutters, comprising a main body to be coupled with a rotating shaft of a brush cutter and equipped with a first surface wherefrom a plurality of first shaped elements protrudes, wherein each first element is provided with a hooking member, distanced from said surface, defining a retaining seat for receiving a cutting wire; the head being characterized in that it comprises a closing body adapted to be coupled in a releasable manner to said main body, at said flat surface; wherein said closing body comprises an inner side intended to abut said surface of the main body, which inner side comprises an interfering element adapted to press the cutting wires inserted within the respective seats against said surface, following the coupling of the closing body with the main body; and wherein said interfering element comprises a substantially annular abutment portion of dimensions such that, following the coupling of the closing body with the main body, such abutment portion is arranged opposite said seats, thereby allowing pressing of a protruding part of the cutting wires which are received into the retaining seats.
A solenoid for a vehicle starter, the solenoid comprising: a spool including a first coil bay, a second coil bay, a radial barrier member, and a hub with an interior passage defining an axial direction, the first coil bay separated from the second coil bay by the radial barrier member, the radial barrier member including a first slot and a winding protrusion, the first slot extending in a radial direction from an outer perimeter of the radial barrier member substantially to the hub; a first coil wound around the hub in the first coil bay, the first coil including a lead engaging the first slot such that the first slot guides the lead in the radial direction from the outer perimeter of the radial barrier member to the hub in the first coil bay; a second coil positioned in the second coil bay, the second coil engaging the winding protrusion such that a winding direction of the second coil is reversed in the second coil bay based on the engagement of the second coil with the winding protrusion; and a plunger positioned within the interior passage of the spool and configured to move in the axial direction when the first coil is energized. a spool including a first coil bay, a second coil bay, a radial barrier member, and a hub with an interior passage defining an axial direction, the first coil bay separated from the second coil bay by the radial barrier member, the radial barrier member including a first slot and a winding protrusion, the first slot extending in a radial direction from an outer perimeter of the radial barrier member substantially to the hub; a first coil wound around the hub in the first coil bay, the first coil including a lead engaging the first slot such that the first slot guides the lead in the radial direction from the outer perimeter of the radial barrier member to the hub in the first coil bay; a second coil positioned in the second coil bay, the second coil engaging the winding protrusion such that a winding direction of the second coil is reversed in the second coil bay based on the engagement of the second coil with the winding protrusion; and a plunger positioned within the interior passage of the spool and configured to move in the axial direction when the first coil is energized.
Method for preparing a sol-gel solution which can be used to prepare a barium titanate ceramic doped with hafnium and/or with at least one lanthanide element, comprising the following steps: a) a step to place a first mixture comprising a barium carboxylate and a diol solvent in contact with a second mixture comprising a titanium alkoxide and a hafnium alkoxide and/or an alkoxide of a lanthanide element in a monoalcohol solvent; b) a step to distil the mixture resulting from step a) to remove at least part of the monoalcohol solvent; c) a step to add acetic acid, under heat, to the distilled mixture of step b). a) a step to place a first mixture comprising a barium carboxylate and a diol solvent in contact with a second mixture comprising a titanium alkoxide and a hafnium alkoxide and/or an alkoxide of a lanthanide element in a monoalcohol solvent; b) a step to distil the mixture resulting from step a) to remove at least part of the monoalcohol solvent; c) a step to add acetic acid, under heat, to the distilled mixture of step b).
A composition comprising exogenous S-adenosylmethionine and at least one gallic acid ester wherein said gallic acid ester is selected from the group consisting of ethyl gallate, isoamyl gallate, propyl gallate, and octyl gallate.
A method for controlling a washing machine having a drum rotatably provided in a tub filled with water, and a circulation pump configured to pump water discharged from the tub to at least one nozzle (83a, 83b) for spraying water into the drum, the method comprising: a step (a) of rotating the drum at a speed at which laundry on an inner circumferential surface of the drum is lifted without falling from the inner circumferential surface of the drum owing to a centrifugal force while water is contained in the tub, and braking the drum such that the laundry falls from the inner circumferential surface of the drum; and a step (b) of increasing a rotation speed of the circulation pump while the laundry is lifted by the rotation of the drum, and decreasing the rotation speed of the circulation pump in response to the braking of the drum; wherein the step (a) is repeated with changing a rotation direction of the drum, and wherein the step (b) is repeated in response to the repetition of the step (a), wherein a motor of the circulation pump is a variable speed motor whose rotation speed is controllable, and the respective increase and decrease of the rotation speed of the circulation pump in step (b) is performed by accelerating and decelerating the circulation pump motor with a certain gradient. a step (a) of rotating the drum at a speed at which laundry on an inner circumferential surface of the drum is lifted without falling from the inner circumferential surface of the drum owing to a centrifugal force while water is contained in the tub, and braking the drum such that the laundry falls from the inner circumferential surface of the drum; and a step (b) of increasing a rotation speed of the circulation pump while the laundry is lifted by the rotation of the drum, and decreasing the rotation speed of the circulation pump in response to the braking of the drum; wherein the step (a) is repeated with changing a rotation direction of the drum, and wherein the step (b) is repeated in response to the repetition of the step (a), wherein a motor of the circulation pump is a variable speed motor whose rotation speed is controllable, and the respective increase and decrease of the rotation speed of the circulation pump in step (b) is performed by accelerating and decelerating the circulation pump motor with a certain gradient.
A method implemented in a terminal device, comprising: receiving from a base station an indication of uplink semi-persistent scheduling deactivation; obtaining an uplink resource semi-persistently scheduled by the base station for the terminal device and to be deactivated based on said indication, and sending to the base station confirmation of the deactivation, wherein the sending to the base station the confirmation of the deactivation comprises: sending to the base station the confirmation of the deactivation using the obtained semi-persistently scheduled uplink resource, wherein the confirmation of the deactivation is sent as a Media Access Control, MAC, Control Element, CE, wherein the MAC CE is associated with a predefined Media Access Control Protocol Data Unit, MAC PDU, sub-header for identifying the confirmation of the deactivation, and deactivating the semi-persistently scheduled uplink resource. receiving from a base station an indication of uplink semi-persistent scheduling deactivation; obtaining an uplink resource semi-persistently scheduled by the base station for the terminal device and to be deactivated based on said indication, and sending to the base station confirmation of the deactivation, wherein the sending to the base station the confirmation of the deactivation comprises: sending to the base station the confirmation of the deactivation using the obtained semi-persistently scheduled uplink resource, wherein the confirmation of the deactivation is sent as a Media Access Control, MAC, Control Element, CE, wherein the MAC CE is associated with a predefined Media Access Control Protocol Data Unit, MAC PDU, sub-header for identifying the confirmation of the deactivation, and deactivating the semi-persistently scheduled uplink resource. sending to the base station the confirmation of the deactivation using the obtained semi-persistently scheduled uplink resource, wherein the confirmation of the deactivation is sent as a Media Access Control, MAC, Control Element, CE, wherein the MAC CE is associated with a predefined Media Access Control Protocol Data Unit, MAC PDU, sub-header for identifying the confirmation of the deactivation, and deactivating the semi-persistently scheduled uplink resource.
An electronic device comprising a body (221, 222, 223) and an electronic or electrical circuit comprising two electronic or electrical components (210; 231) interconnected and disposed at different heights in the thickness of the body of the device, said components comprising first and second interconnection pads, respectively, said device comprising an intermediate electrical interconnection shim that is electrically conductive or has an electrical insulator and which is disposed between said interconnection pads and has a calibrated thickness, characterised in that the shim is configured and connected in accordance with an SMC (surface-mount component) electrical component.
Device for guiding the movement of a sliding element which can be arranged on a side wall section by means of the device, wherein the device comprises a carrier rail which can be assigned to the side wall section and a pull-out rail which is connectable to the sliding element and is displaceable relative to the carrier rail, and wherein the carrier rail comprises a longitudinal leg which extends in a longitudinal extension direction of the device, wherein the device comprises connecting means for attaching the device onto a profile arrangement of the side wall section, wherein the connecting means include bearing means for mounting on the profile arrangement by means of engaging behind, and the bearing means are present on an outside surface of the longitudinal leg which points to the side wall section in the mounted state, wherein the connecting means comprise a bearing element mounted rotatably on the longitudinal leg, characterised in that the connecting means comprise at least two bearing elements and two profile elements (12, 13) which are spaced apart from one another and adjusted to the bearing elements between which the bearing elements can be inserted.
A method of manufacturing a low temperature polysilicon film, comprising: providing a glass or quartz substrate on a platform; forming a buffer layer (101, 102) on an upper surface of said substrate; forming an amorphous silicon, layer on said buffer layer (101, 102); and heat treating and laser annealing said amorphous silicon layer to allow it to form a polycrystalline silicon layer; characterized in that it further comprises applying a high temperature resistant aqueous heat-preservation material on a bottom surface of said substrate or a top surface of the platform, before said buffer layer (101, 102) is formed on said substrate, to form a thermal insulating layer having a coefficient of heat conductivity of only 0,03 W/m.K. providing a glass or quartz substrate on a platform; forming a buffer layer (101, 102) on an upper surface of said substrate; forming an amorphous silicon, layer on said buffer layer (101, 102); and heat treating and laser annealing said amorphous silicon layer to allow it to form a polycrystalline silicon layer; characterized in that it further comprises