mhurhangee/ep-ind-claims huggingface dataset:
An LED plant illumination lamp module comprising: at least two light source modules and two lamp module cases (20, 30) located at both ends of the light source modules; wherein each of the light source modules comprises a lamp tube, a circuit board mounted inside the lamp tube, and LED lamp beads fixed on the circuit board; and wherein each of the lamp module cases (20, 30) has a pair of opposite ends; at least two lamp tube insertion slots are arranged on one side of each of the lamp module cases (20, 30), and two ends of the lamp tube are respectively inserted into the lamp tube insertion slots on the lamp module cases (20, 30); and at least one of the lamp module cases (20, 30) is internally provided with an LED power supply, and an output end of the LED power supply is connected to the circuit board inside the lamp tube; characterized in that the first lamp module case is provided with the LED power source and is provided at one end with a female connector joint and at the other end with a male connector joint, wherein the LED power supply is electrically connected to the female connector joint and/or the male connector joint and, the second lamp module case is provided on both ends with connecting components (33, 34, 39) for realizing a mechanical connection between two or more LED plant illumination lamp modules. at least two light source modules and two lamp module cases (20, 30) located at both ends of the light source modules; wherein each of the light source modules comprises a lamp tube, a circuit board mounted inside the lamp tube, and LED lamp beads fixed on the circuit board; and wherein each of the lamp module cases (20, 30) has a pair of opposite ends; at least two lamp tube insertion slots are arranged on one side of each of the lamp module cases (20, 30), and two ends of the lamp tube are respectively inserted into the lamp tube insertion slots on the lamp module cases (20, 30); and at least one of the lamp module cases (20, 30) is internally provided with an LED power supply, and an output end of the LED power supply is connected to the circuit board inside the lamp tube; characterized in that the first lamp module case is provided with the LED power source and is provided at one end with a female connector joint and at the other end with a male connector joint, wherein the LED power supply is electrically connected to the female connector joint and/or the male connector joint and, the second lamp module case is provided on both ends with connecting components (33, 34, 39) for realizing a mechanical connection between two or more LED plant illumination lamp modules.
Method for adapting an apparatus to a motor-driven tool from a set of different types of motor-driven tools, wherein the apparatus is arranged on the tool, wherein the method has the steps of: a) capturing an identifier of the tool by means of the apparatus, characterized by b) transmitting an item of type-specific configuration information from a database, wherein the database differs from the tool and the apparatus, to the apparatus on the basis of the captured identifier in such a manner that the apparatus is designed to process operating data of the tool in a type-specific manner. a) capturing an identifier of the tool by means of the apparatus, characterized by b) transmitting an item of type-specific configuration information from a database, wherein the database differs from the tool and the apparatus, to the apparatus on the basis of the captured identifier in such a manner that the apparatus is designed to process operating data of the tool in a type-specific manner.
A semi-left-hand-thread-removal screw, comprising a screw end head (1.2) and a bolt (1.1), a sink hole is provided on the screw end head (1.2), a lower portion of the sink hole is an inscribed polygon structure or an I-shaped structure, a thread which is opposite to the bolt (1.4) is provided on an upper portion of the sink hole, wherein a pulling-out hole (1.5) is provided along an end head of the bolt at a center of a bottom portion of the sink hole, a cross section of the pulling-out hole (1.5) is a like-hammer-shape.
A method of operating an electronic component, the electronic component performing the steps of; periodically charging a capacitor (24,52) mounted on the electronic component; initializing a timer to countdown from a counter value, once the capacitor is charged; and if the capacitor has discharged before the timer has counted down to zero then generating an interrupt to a memory controller to request that the memory controller perform an action to lower the operating temperature of the electronic component, wherein the counter value comprises the length of time for the capacitor to discharge at an operating temperature equal to a threshold temperature for the electronic component.
An immunotherapeutic composition comprising a whole inactivated yeast which expresses a cancer antigen comprising at least one Brachyury antigen, for use in a method to treat chordoma in an individual who has chordoma, or to prevent chordoma, delay the onset of chordoma, or improve the outcome of chordoma in an individual who has a history of familial chordoma, wherein, at the time of administering, the individual has not been diagnosed with chordoma; wherein the Brachyury antigen is selected from a) an amino acid sequence represented by SEQ ID NO:6, SEQ ID NO:18, SEQ ID NO:2, SEQ ID NO:8 or SEQ ID NO:20; b) an amino acid sequence that is at least 95% identical to SEQ ID NO:6, SEQ ID NO: 18, SEQ ID NO:2, SEQ ID NO:8 or SEQ ID NO:20; c) an amino acid sequence starting at position 1 or 2 and ending between position 430 and the C-terminus of SEQ ID NO:6, SEQ ID NO:18 or SEQ ID NO:2; or d) positions 2-435 of SEQ ID NO:6, SEQ ID NO:18 or SEQ ID NO:2. a) an amino acid sequence represented by SEQ ID NO:6, SEQ ID NO:18, SEQ ID NO:2, SEQ ID NO:8 or SEQ ID NO:20; b) an amino acid sequence that is at least 95% identical to SEQ ID NO:6, SEQ ID NO: 18, SEQ ID NO:2, SEQ ID NO:8 or SEQ ID NO:20; c) an amino acid sequence starting at position 1 or 2 and ending between position 430 and the C-terminus of SEQ ID NO:6, SEQ ID NO:18 or SEQ ID NO:2; or d) positions 2-435 of SEQ ID NO:6, SEQ ID NO:18 or SEQ ID NO:2.
A modular mat for forming a floor covering, comprising: a substantially flat main body having an internal lattice integrally formed within a central core area thereof, and two mutually offset mating flanges (17a, 17b) resulting in overhang surfaces (12, 14) on two adjacent peripheral edges (46, 47) and mating flange surfaces (16, 18) on two adjacent peripheral edges (51, 52) extending from said main body and constructed integrally therewith, characterized in that the mat further comprises at least one rotating cam lock comprising a locking pin mounted within at least one of said mating flanges (17a, 17b), and at least one corresponding cam receptible mounted within the other of said mating flanges (17a, 17b), said mating flanges (17a, 17b), at least one rotating cam lock and corresponding cam receptible being mounted such that a first modular mat mates and interlocks with a second, like modular mat to form a substantially flat, single layer combination surface upon rotation of said locking pin. a substantially flat main body having an internal lattice integrally formed within a central core area thereof, and two mutually offset mating flanges (17a, 17b) resulting in overhang surfaces (12, 14) on two adjacent peripheral edges (46, 47) and mating flange surfaces (16, 18) on two adjacent peripheral edges (51, 52) extending from said main body and constructed integrally therewith, characterized in that the mat further comprises at least one rotating cam lock comprising a locking pin mounted within at least one of said mating flanges (17a, 17b), and at least one corresponding cam receptible mounted within the other of said mating flanges (17a, 17b), said mating flanges (17a, 17b), at least one rotating cam lock and corresponding cam receptible being mounted such that a first modular mat mates and interlocks with a second, like modular mat to form a substantially flat, single layer combination surface upon rotation of said locking pin.
Method for monitoring the intensity of an electron beam which produces a plasma during its propagation, wherein, in order to detect changes in the intensity of the electron beam, electron radiation or electromagnetic radiation produced directly or indirectly by the electron beam is detected and evaluated, and wherein a detector is provided, configured for the detection by technical measurement means of electron radiation or electromagnetic radiation produced directly or indirectly by the electron beam, characterised in that the detector looks through the wall of a transparent or translucent packing material onto the plasma.
A heat exchange system, comprising: a primary heat transfer element through which primary working fluid from a primary heat exchange element (12/18) can flow, the primary heat transfer element being a hollow coil and being disposable within a secondary heat transfer element holding a bath of secondary heat exchange fluid, when disposed within the secondary heat transfer element the hollow coil being in thermal contact with the secondary heat exchange fluid, the coil having inlet and outlet tubes; and primary coolant inlet and outlet conduits connected to the coil to respectively carry the primary working fluid to and away from the primary heat transfer element characterised in that the primary coolant inlet and outlet conduits are plastic, and respective first and second fittings connecting each conduit (52, 54) to a respective inlet and outlet tube, the first fitting being metal and being engaged at least with the respective inlet and outlet tube, the second fitting being plastic and being engaged at least with the first fitting, wherein a plastic handle is provided to support the inlet and outlet conduits connected to the coil. a primary heat transfer element through which primary working fluid from a primary heat exchange element (12/18) can flow, the primary heat transfer element being a hollow coil and being disposable within a secondary heat transfer element holding a bath of secondary heat exchange fluid, when disposed within the secondary heat transfer element the hollow coil being in thermal contact with the secondary heat exchange fluid, the coil having inlet and outlet tubes; and primary coolant inlet and outlet conduits connected to the coil to respectively carry the primary working fluid to and away from the primary heat transfer element characterised in that the primary coolant inlet and outlet conduits are plastic, and respective first and second fittings connecting each conduit (52, 54) to a respective inlet and outlet tube, the first fitting being metal and being engaged at least with the respective inlet and outlet tube, the second fitting being plastic and being engaged at least with the first fitting, wherein a plastic handle is provided to support the inlet and outlet conduits connected to the coil.
A food processing machine in the form of a filling machine for sausage production, with a product handling area with several components (2a, 2b, 20a, 20b, 14 - 25) made of a synthetic material, wherein at least one synthetic material component (2a, 2b, 20a, 20b, 14 - 19, 21 - 25) includes an antimicrobial, in particular antibacterial, substance, wherein the surface of the synthetic material component (2a, 2b, 20a, 20b) has a surface roughness R Z < 25 μm, in particular in the range of 2 μm to 8 μm and the synthetic material is either a thermoplastic, the surface of which has a Shore hardness of 75 to 90 Shore D, or an elastomer, the surface of which has a hardness of 70 to 90 Shore A, wherein the antimicrobial substance is introduced into the synthetic material as an additive.
Machine for reconditioning railway roadbeds, comprising an equipped wagon provided with means suitable for temporarily lifting the rails of a track, excavation means suitable for removing the material of the roadbed situated under the lifted track and means of lifting and rotating at least one of the sleepers (9', 9") from the rails of the track, characterized in that it comprises at least one unit for demolishing and lowering the roadbed located, with respect to the direction of advancement of the equipped wagon, upline of said means of lifting the rails and downline of said excavation means, and comprises a plurality of demolition means (17, 17') suitable for breaking up a certain stretch of roadbed, both within and outside the rails, said demolition means (17, 17') being suitable for acting in the empty space left by the sleeper (9") to be lifted and rotated by said lifting and rotating means, and said sleeper to be carried by said means to a new position upline of the excavation means and on the reconditioned and lowered roadbed.
A seal arrangement for sealing off an at least partially oil-filled transmission inner space region from a spatial region which is acted upon by compressed air, wherein the seal arrangement has a shaft of a transmission, wherein the shaft is mounted by means of a bearing in a housing part, wherein the housing part is tightly connected to a bearing cover, wherein an inlet region for compressed air is provided as the spatial region acted upon by compressed air, or the seal arrangement comprises an inlet region for compressed air as the spatial region acted upon by compressed air, wherein the shaft is a hollow shaft, the cavity of which opens into the inlet region, wherein - either the inlet region for compressed air is formed on the bearing cover, wherein a sealing gap which opens into the interior of the transmission is arranged between the hollow shaft and the bearing cover, wherein the sealing gap is sealed off by means of sealing means, - or the bearing cover is connected to a flange part which has the inlet region for compressed air, wherein a sealing gap which opens into the transmission inner space region is arranged between the hollow shaft and a part connected to the bearing cover, wherein the sealing gap is sealed off by means of sealing means, wherein two or more of the sealing means have different principles of operation, characterised in that the first sealing means is arranged from ring parts which are pressed axially against a shaft shoulder of the shaft, and in that each ring part has a radial slot, and in that the slots of the ring parts are spaced apart from one another in the circumferential direction. - either the inlet region for compressed air is formed on the bearing cover, wherein a sealing gap which opens into the interior of the transmission is arranged between the hollow shaft and the bearing cover, wherein the sealing gap is sealed off by means of sealing means, - or the bearing cover is connected to a flange part which has the inlet region for compressed air,
A method for optimizing dynamic range in a multi-band direct conversion wireless communication device, the method comprising: providing a receiver configured to receive RF signals, the receiver including a low noise amplifier, LNA,, a mixer having an input and an output, a local oscillator, LO,, and a baseband portion (935,910,941); adjusting gain (905,923) of the LNA and the mixer depending on a level of the received RF signals; and adjusting drive level of the LO depending on a level of jammers detected by the receiver; characterized in that the adjusting LO drive level comprises: measuring signal power (BB_PWR) of baseband signals; measuring power (RF_PWR) of the received RF signals; comparing the signal power of baseband signals with the power of the received RF signals; and adjusting a setpoint of the LO based on the comparing. providing a receiver configured to receive RF signals, the receiver including a low noise amplifier, LNA,, a mixer having an input and an output, a local oscillator, LO,, and a baseband portion (935,910,941); adjusting gain (905,923) of the LNA and the mixer depending on a level of the received RF signals; and adjusting drive level of the LO depending on a level of jammers detected by the receiver; characterized in that the adjusting LO drive level comprises: measuring signal power (BB_PWR) of baseband signals; measuring power (RF_PWR) of the received RF signals; comparing the signal power of baseband signals with the power of the received RF signals; and adjusting a setpoint of the LO based on the comparing. measuring signal power (BB_PWR) of baseband signals; measuring power (RF_PWR) of the received RF signals; comparing the signal power of baseband signals with the power of the received RF signals; and adjusting a setpoint of the LO based on the comparing.
A sliding wall system, comprising: • at least one ceiling guide, • at least one door leaf element having a door rail and an attachment profile, wherein the door leaf element is displaceably and/or pivotably disposed in the at least one ceiling guide, • at least one interlocking mechanism with an interlocking element, which is disposed to be mobile between a first position, a second position, and a third position at or incorporated into the attachment profile, in order to allow for an interlocking between the attachment profile and the ceiling guide and/or between the attachment profile and the door rail, characterized in that the sliding wall system comprises at least one display device, which is at least partially coupled to the interlocking element, and displays the interlocking condition of the door leaf element, wherein the display device includes a first display element and a second display element, wherein the first display element is rotatably disposed at the interlocking element, and the second display element is torque-proof coupled to the interlocking element, and wherein the first display element and the second display element at least partially overlap, and the interlocking mechanism includes a third structural housing part, which is disposed at the attachment profile, wherein the third structural housing part includes a first recess and a second recess, through which a relative location between the first display element and the second display element is displayed, wherein the first display element is visible through the first recess and the second recess, and is concealable by means of the second display element in the first recess and/or the second recess. • at least one ceiling guide, • at least one door leaf element having a door rail and an attachment profile, wherein the door leaf element is displaceably and/or pivotably disposed in the at least one ceiling guide, • at least one interlocking mechanism with an interlocking element, which is disposed to be mobile between a first position, a second position, and a third position at or incorporated into the attachment profile, in order to allow for an interlocking between the attachment profile and the ceiling guide and/or between the attachment profile and the door rail,
A glass article comprising: a carrier having a carrier bonding surface, wherein the carrier comprises glass, ceramic, glass-ceramic, or metal; a sheet having a sheet bonding surface, wherein the sheet comprises glass, ceramic, or glass-ceramic and the sheet has a thickness of ≤ 300 micrometres, wherein at least one of the carrier and sheet comprises glass; a surface modification layer disposed on one of the carrier bonding surface and the sheet bonding surface, the carrier bonding surface being bonded with the sheet bonding surface with the surface modification layer therebetween, wherein the surface energy bonding the sheet to the carrier is of such a character that after subjecting the article to a temperature cycle by heating in nitrogen in a chamber cycled from room temperature to 600°C at a rate of 9.2 °C per minute, held at a temperature of 600°C for 10 minutes, and then cooled at 1 °C per minute to 300 °C, and then removing the article from the chamber and allowing the article to cool to room temperature, the carrier and sheet do not separate from one another if one is held and the other subjected to the force of gravity, there is no outgassing from the surface modification layer during the temperature cycle, and the sheet may be separated from the carrier without breaking the thinner one of the carrier and the sheet into two or more pieces, characterised in that the surface modification layer comprises one of: a) a plasma polymerized fluoropolymer; and b) an aromatic silane. a carrier having a carrier bonding surface, wherein the carrier comprises glass, ceramic, glass-ceramic, or metal; a sheet having a sheet bonding surface, wherein the sheet comprises glass, ceramic, or glass-ceramic and the sheet has a thickness of ≤ 300 micrometres, wherein at least one of the carrier and sheet comprises glass; a surface modification layer disposed on one of the carrier bonding surface and the sheet bonding surface, the carrier bonding surface being bonded with the sheet bonding surface with the surface modification layer therebetween, wherein the surface energy bonding the sheet to the carrier is of such a character that after subjecting the article to a temperature cycle by heating in nitrogen in a chamber cycled from room temperature to 600°C at a rate of 9.2 °C per minute, held at a temperature of 600°C for 10 minutes, and then cooled at 1 °C per minute to 300 °C, and then removing the article from the chamber and allowing the article to cool to room temperature, the carrier and sheet do not separate from one another if one is held and the other subjected to the force of gravity, there is no outgassing from the surface modification layer during the temperature cycle, and the sheet may be separated from the carrier without breaking the thinner one of the carrier and the sheet into two or more pieces, characterised in that the surface modification layer comprises one of: a) a plasma polymerized fluoropolymer; and b) an aromatic silane. a) a plasma polymerized fluoropolymer; and b) an aromatic silane.
A putter head, comprising: a ball striking face body member including a ball striking face portion extending in a heel-to-toe direction, the ball striking face portion including a ball striking face, a toe side, and a heel side, the ball striking face body member further including an arm extending rearward at the heel side of the ball striking face portion at an obtuse angle with respect to the ball striking face; and a rear body member engaged with the ball striking face body member, wherein the rear body member includes a first arm engaged at and extending rearward at the toe side of the ball striking face portion and a second arm engaged at and extending from the arm of the ball striking face body member in the heel-to-toe direction. a ball striking face body member including a ball striking face portion extending in a heel-to-toe direction, the ball striking face portion including a ball striking face, a toe side, and a heel side, the ball striking face body member further including an arm extending rearward at the heel side of the ball striking face portion at an obtuse angle with respect to the ball striking face; and a rear body member engaged with the ball striking face body member, wherein the rear body member includes a first arm engaged at and extending rearward at the toe side of the ball striking face portion and a second arm engaged at and extending from the arm of the ball striking face body member in the heel-to-toe direction.