mhurhangee/ep-ind-claims huggingface dataset:
A slat flap lever control assembly comprising: a moveable portion; a moveable lever coupled to the moveable portion; a stationary portion; and a system for monitoring a position of the lever, characterised in that the system comprises: at least two radio frequency identification device, RFID, tags operatively coupled to the movable portion; a RFID reader operatively coupled to the stationary portion of the slat flap lever control assembly and in operative communication with the at least two RFID tags; and a controller comprising a processor operatively connected to the RFID reader, the processor configured to: transmit a carrier signal via the RFID reader to the at least two RFID tags; receive, via the RFID reader, at least two reflected signals from the at least two RFID tags, each of the at least two reflected signals comprising a different carrier frequency; and determine, via the processor, based on the reflected signal from the at least two RFID tags, an angular position of the movable portion relative to the stationary portion. a moveable portion; a moveable lever coupled to the moveable portion; a stationary portion; and a system for monitoring a position of the lever, at least two radio frequency identification device, RFID, tags operatively coupled to the movable portion; a RFID reader operatively coupled to the stationary portion of the slat flap lever control assembly and in operative communication with the at least two RFID tags; and a controller comprising a processor operatively connected to the RFID reader, the processor configured to: transmit a carrier signal via the RFID reader to the at least two RFID tags; receive, via the RFID reader, at least two reflected signals from the at least two RFID tags, each of the at least two reflected signals comprising a different carrier frequency; and determine, via the processor, based on the reflected signal from the at least two RFID tags, an angular position of the movable portion relative to the stationary portion. transmit a carrier signal via the RFID reader to the at least two RFID tags; receive, via the RFID reader, at least two reflected signals from the at least two RFID tags, each of the at least two reflected signals comprising a different carrier frequency; and determine, via the processor, based on the reflected signal from the at least two RFID tags, an angular position of the movable portion relative to the stationary portion.
A method for a finishing work of a spray-coated surface, the method comprising: roughening an inner surface of a cylindrical hollow member by forming helical groove thereon; forming a thermal spray coating on the inner surface that is roughened; and carrying out a finishing work by cutting the thermal spray coating along a helix of the groove by use of a cutting tool (9, 11, 90, 110), wherein a depressed portion corresponding to the groove and a protruded portion adjacent to the depressed portion are formed by formation of the groove, characterised in that in the finishing work, the thermal spray coating is cut along a helix of the depressed portion by a first cutting tool (9, 90), the thermal spray coating is cut along a helix of the protruded portion by a second cutting tool (11, 110), and the rotating speed, rotating direction and feeding speed in an axis direction of a tool for forming the groove, and the rotating speed, rotating direction and feeding speed in an axis direction of a spray-coating gun for forming the thermal spray coating are made identical. roughening an inner surface of a cylindrical hollow member by forming helical groove thereon; forming a thermal spray coating on the inner surface that is roughened; and carrying out a finishing work by cutting the thermal spray coating along a helix of the groove by use of a cutting tool (9, 11, 90, 110), wherein a depressed portion corresponding to the groove and a protruded portion adjacent to the depressed portion are formed by formation of the groove, characterised in that in the finishing work, the thermal spray coating is cut along a helix of the depressed portion by a first cutting tool (9, 90), the thermal spray coating is cut along a helix of the protruded portion by a second cutting tool (11, 110), and the rotating speed, rotating direction and feeding speed in an axis direction of a tool for forming the groove, and the rotating speed, rotating direction and feeding speed in an axis direction of a spray-coating gun for forming the thermal spray coating are made identical.
A heat exchanger, comprising: an inlet header defining a refrigerant chamber therein; an outlet header spaced apart from the inlet header; a plurality of tubes, two ends of each tube being connected and communicated with the inlet and outlet headers (2, 6) respectively; a plurality of fins, each of which is interposed between adjacent tubes, wherein a distribution tube is disposed outside the refrigerant chamber and formed with a distribution opening, through which the distribution tube is communicated with the refrigerant chamber, characterised in that a ratio of an inner diameter of the distribution tube to a hydraulic inner diameter of the refrigerant chamber is within a range of about 0.17 - about 0.79, a partition is disposed inside the inlet header so as to divide an interior of the inlet header into the refrigerant chamber S1 and a cavity S2 isolated from each other. an inlet header defining a refrigerant chamber therein; an outlet header spaced apart from the inlet header; a plurality of tubes, two ends of each tube being connected and communicated with the inlet and outlet headers (2, 6) respectively; a plurality of fins, each of which is interposed between adjacent tubes, wherein a distribution tube is disposed outside the refrigerant chamber and formed with a distribution opening, through which the distribution tube is communicated with the refrigerant chamber, characterised in that a ratio of an inner diameter of the distribution tube to a hydraulic inner diameter of the refrigerant chamber is within a range of about 0.17 - about 0.79, a partition is disposed inside the inlet header so as to divide an interior of the inlet header into the refrigerant chamber S1 and a cavity S2 isolated from each other.
A master evolved node B, comprising: at least one processor and at least one memory including a computer program code, wherein the at least one memory and the computer program code are configured, with the at least one processor, to cause the master evolved node B to perform operations comprising: maintain a primary connection to a user terminal configured to operate using dual connectivity; characterised by operations comprising: maintain a first control interface to a secondary evolved node B maintaining a secondary connection to the user terminal configured to operate using dual connectivity, the secondary evolved node B providing a local gateway for the user terminal; maintain a second control interface to a core network and emulate a local gateway towards a core network by providing control plane functions of the local gateway provided by the secondary evolved node B towards the core network over the second control interface; and relay local gateway related control messages between the core network and the secondary evolved node B over the first control interface. maintain a first control interface to a secondary evolved node B maintaining a secondary connection to the user terminal configured to operate using dual connectivity, the secondary evolved node B providing a local gateway for the user terminal; maintain a second control interface to a core network and emulate a local gateway towards a core network by providing control plane functions of the local gateway provided by the secondary evolved node B towards the core network over the second control interface; and relay local gateway related control messages between the core network and the secondary evolved node B over the first control interface.
A method for providing SIM-card information for an object to be opened by a key, comprising the steps of: - when opening the object by the key Providing SIM-card information to the object and / or components of the object by the key enabling authentication for one or more networks; - Setting up a connection to one or more information networks, which transmit data and / or voice through the object and / or components of the object using the provided SIM-card information. - when opening the object by the key Providing SIM-card information to the object and / or components of the object by the key enabling authentication for one or more networks; - Setting up a connection to one or more information networks, which transmit data and / or voice through the object and / or components of the object using the provided SIM-card information.
Needle arrangement configured to be assembled into a drug delivery device adapted to receive a medicament cartridge, the needle arrangement comprising a distal needle tip and a proximal needle tip adapted to pierce a septum of the medicament cartridge, further comprising a distal needle holder and a proximal needle holder, a fluid channel and a spring, wherein the distal needle tip is held in the distal needle holder and wherein the proximal needle tip is held in the proximal needle holder, wherein the distal needle tip and the proximal needle tip are in fluid communication with each other through the fluid channel, wherein the fluid channel is adapted to allow axial movement of the distal needle tip and relative to the proximal needle tip between a compact state (S 1) and an extended state, wherein a length of the needle arrangement over the distal needle tip and the proximal needle tip in the extended state is greater than in the compact state (S 1), wherein the distal needle tip and the proximal needle tip are telescoped one within the other creating the fluid channel, wherein the spring is arranged between the distal needle holder and the proximal needle holder biasing the needle arrangement towards the expanded state, wherein the distal needle tip is adapted to be inserted into an injection site, characterized in that the proximal needle holder has a guiding surface (4.1) and the distal needle holder has a guiding surface (5.1), both guiding surfaces (4.1, 5.1) being adapted to be guided by corresponding surfaces within a drug delivery device, and in that the spring is adapted to act in two directions to pierce the septum of the medicament cartridge and to pierce the injection site.
A dispenser for dispensing a volume of viscous material on a substrate, characterised in that the dispenser comprises: a frame; a gantry system coupled to the frame; a dispenser unit (14, 200, 300, 500) coupled to the gantry system, the dispenser unit comprising a housing having a chamber, a nozzle coupled to the housing, the nozzle having an orifice to dispense viscous material; and a motor to drive the movement of a piston within the chamber, the motor comprising a rotating shaft (48, 514), a wheel coupled to the rotating shaft (48, 514), the wheel having at least one drive magnet, and a driven magnet disposed between wheel and the piston the piston disposed in the chamber, the piston having an elongate body and a head, the piston being configured to move between a pre-dispense position and a dispense position within the chamber, wherein the head of the piston is disposed between at least one drive magnet and the driven magnet. a frame; a gantry system coupled to the frame; a dispenser unit (14, 200, 300, 500) coupled to the gantry system, the dispenser unit comprising a housing having a chamber, a nozzle coupled to the housing, the nozzle having an orifice to dispense viscous material; and a motor to drive the movement of a piston within the chamber, the motor comprising a rotating shaft (48, 514), a wheel coupled to the rotating shaft (48, 514), the wheel having at least one drive magnet, and a driven magnet disposed between wheel and the piston a rotating shaft (48, 514), a wheel coupled to the rotating shaft (48, 514), the wheel having at least one drive magnet, and a driven magnet disposed between wheel and the piston the piston disposed in the chamber, the piston having an elongate body and a head, the piston being configured to move between a pre-dispense position and a dispense position within the chamber, wherein the head of the piston is disposed between at least one drive magnet and the driven magnet.
A method of producing a printed cylindrical container by adjusting the temperature on the ink non-absorptive surface of a cylindrical container to lie in a range of 25 to 100°C, effecting an ink-jet printing on the ink non-absorptive surface by using an ink for ink-jet printing, and applying a finishing varnish thereon, wherein: the ink for ink-jet printing comprises at least (i) a water-soluble solvent, (ii) a coloring material which is any of an inorganic pigment, an organic pigment and a dye, (iii) a surfactant, and (iv) a thickener and/or a binder resin, the coloring material being contained in an amount of 5 to 20% by weight, the surfactant in an amount of 0.1 to 5% by weight, the thickener in an amount of not more than 10% by weight, and the binder resin being contained in an amount of not more than 30% by weight; and an image is printed by plate-type printing before or after the ink-jet printing; wherein said binder resin comprises any one of a urethane resin, an epoxy resin, a polyester resin, a melamine resin or an acrylic resin, and wherein said thickener is at least one of a cellulose ether soluble in alcohol or a polyvinyl acetal soluble in alcohol. the ink for ink-jet printing comprises at least (i) a water-soluble solvent, (ii) a coloring material which is any of an inorganic pigment, an organic pigment and a dye, (iii) a surfactant, and (iv) a thickener and/or a binder resin, the coloring material being contained in an amount of 5 to 20% by weight, the surfactant in an amount of 0.1 to 5% by weight, the thickener in an amount of not more than 10% by weight, and the binder resin being contained in an amount of not more than 30% by weight; and an image is printed by plate-type printing before or after the ink-jet printing; wherein said binder resin comprises any one of a urethane resin, an epoxy resin, a polyester resin, a melamine resin or an acrylic resin, and wherein said thickener is at least one of a cellulose ether soluble in alcohol or a polyvinyl acetal soluble in alcohol.
A method implemented by a network device of a communication network, comprising: determining a first channel quality of a downlink channel between the network device and a terminal device, based on uplink transmission from the terminal device to the network device; determining a second channel quality of the downlink channel, based on a set of parameters associated with a target performance of the downlink channel; and updating a repetition level for the downlink channel based on the first channel quality and the second channel quality, the repetition level indicating a number of repetition transmissions in the downlink channel, wherein the downlink channel is a downlink data channel, and wherein determining the second channel quality of the downlink channel comprises: determining a Modulation and Coding Scheme, MCS, based on the first channel quality; and determining the second channel quality based on the set of parameters associated with the target performance of the downlink channel under the determined MCS. determining a first channel quality of a downlink channel between the network device and a terminal device, based on uplink transmission from the terminal device to the network device; determining a second channel quality of the downlink channel, based on a set of parameters associated with a target performance of the downlink channel; and updating a repetition level for the downlink channel based on the first channel quality and the second channel quality, the repetition level indicating a number of repetition transmissions in the downlink channel, wherein the downlink channel is a downlink data channel, and wherein determining the second channel quality of the downlink channel comprises: determining a Modulation and Coding Scheme, MCS, based on the first channel quality; and determining the second channel quality based on the set of parameters associated with the target performance of the downlink channel under the determined MCS. determining a Modulation and Coding Scheme, MCS, based on the first channel quality; and determining the second channel quality based on the set of parameters associated with the target performance of the downlink channel under the determined MCS.
An air-core inductor assembly comprising: - a printed circuit board comprising a current sensor; and - a portion of a first air-core inductor coil mounted on the printed circuit board; wherein the current sensor is formed integrally with the printed circuit board, and wherein the portion of the first air-core inductor coil is arranged in proximity to the current sensor, to provide an electromagnetic coupling in use, thus enabling the current sensor to provide a measurement of the flux present in the first air-core inductor coil. - a printed circuit board comprising a current sensor; and - a portion of a first air-core inductor coil mounted on the printed circuit board; wherein the current sensor is formed integrally with the printed circuit board, and wherein the portion of the first air-core inductor coil is arranged in proximity to the current sensor, to provide an electromagnetic coupling in use, thus enabling the current sensor to provide a measurement of the flux present in the first air-core inductor coil.
A ballistic panel for assembling a ballistic wall assembly, comprising a planar main plate member of ballistic material comprising a top edge and an opposing bottom edge, and a first side edge and an opposing second side edge; two spaced apart L-shaped hook members (8, 9) arranged along the first side edge, wherein each hook member (8, 9) comprises a base portion (10, 11) and a leg portion (12, 13), wherein the base portion (10, 11) is connected to the first side edge, and wherein the leg portion (12, 13) is connected to the base portion (10, 11) and extends away therefrom parallel to the first side edge toward the top edge, and wherein a gap/slit (14, 15) is provided between the leg portion (12, 13) and the first side edge; characterised in that the main plate member further comprises two spaced apart slots (16, 17) each of which is arranged opposite to a corresponding opposing hook member (8, 9) of the two hook members (8, 9) and extending along the second side edge, and wherein each slot (16, 17) is configured to releasably receive one of two L-shaped hook members (8a, 9a) of another/further ballistic panel, wherein each slot (16, 17) comprises a slot length (Ls) equal to or larger than a hook length (Lh) of the corresponding opposing hook member (8, 9); and wherein each slot (16, 17) comprises a slot width (Ws) equal to or larger than a hook width (Wh) of the opposing hook member (8, 9). two spaced apart L-shaped hook members (8, 9) arranged along the first side edge, wherein each hook member (8, 9) comprises a base portion (10, 11) and a leg portion (12, 13), wherein the base portion (10, 11) is connected to the first side edge, and wherein the leg portion (12, 13) is connected to the base portion (10, 11) and extends away therefrom parallel to the first side edge toward the top edge, and wherein a gap/slit (14, 15) is provided between the leg portion (12, 13) and the first side edge; characterised in that the main plate member further comprises two spaced apart slots (16, 17) each of which is arranged opposite to a corresponding opposing hook member (8, 9) of the two hook members (8, 9) and extending along the second side edge, and wherein each slot (16, 17) is configured to releasably receive one of two L-shaped hook members (8a, 9a) of another/further ballistic panel, wherein each slot (16, 17) comprises a slot length (Ls) equal to or larger than a hook length (Lh) of the corresponding opposing hook member (8, 9); and wherein each slot (16, 17) comprises a slot width (Ws) equal to or larger than a hook width (Wh) of the opposing hook member (8, 9).
Device for reversibly releasable attachment to teeth of an upper jaw or lower jaw, comprising: concave surface regions (41.1-41.4), each designed for contacting a lateral, in particular buccal, surface region of a tooth in order to form in each case a form-fit engagement, wherein masticatory surfaces (1.6) of all the teeth remain free when the device is attached to the teeth, such that a chewing movement is not impeded, wherein the surface regions (41.1-41.4) of the device and the surface regions of the teeth can respectively be brought into contact by an elastomechanical force and retained by means of the elastomechanical force when the device is attached to the teeth, wherein the device has a U shape, wherein the elastomechanical force is an elastic restoring force owing to deformation of the device, and the teeth prevent an elastically deformed region of the device from readopting its original undeformed shape when the device is attached to the teeth, characterized in that the device can be slightly bent open or spread apart at the ends of the "U" for mounting on the teeth. concave surface regions (41.1-41.4), each designed for contacting a lateral, in particular buccal, surface region of a tooth in order to form in each case a form-fit engagement, wherein masticatory surfaces (1.6) of all the teeth remain free when the device is attached to the teeth, such that a chewing movement is not impeded, wherein the surface regions (41.1-41.4) of the device and the surface regions of the teeth can respectively be brought into contact by an elastomechanical force and retained by means of the elastomechanical force when the device is attached to the teeth, wherein the device has a U shape, wherein the elastomechanical force is an elastic restoring force owing to deformation of the device, and the teeth prevent an elastically deformed region of the device from readopting its original undeformed shape when the device is attached to the teeth, characterized in that the device can be slightly bent open or spread apart at the ends of the "U" for mounting on the teeth.
A method for diagnosing colorectal cancer, characterized in that a level of expression of piRNA-hsa-5937, having the sequence TCCCTGGTGGTCTAGTGGTTAGGATTCGGCA (SEQ ID NO. 1), and a level of expression of miR-23a-3p, having the sequence AUCACAUUGCCAGGGAUUUCC (SEQ ID NO. 3), are determined in a sample of body fluid, then the levels of expression of piRNA-hsa-5937 and miR-23a-3p in the sample are compared with levels of expression of piRNA-hsa-5937 and miR-23a-3p in the body fluid of a healthy human, whereas when the level of expression of piRNA-hsa-5937 in the sample is lower than the level of expression of piRNA-hsa-5937 in the body fluid of a healthy human and the level of expression of miR-23a-3p in the sample is higher than the level of expression of miR-23a-3p in body fluid of a healthy human, colorectal cancer is diagnosed in the sample.