mhurhangee/ep-ind-claims huggingface dataset:
Locking arrangement for a leaf/sash, comprising an espagnolette which has at least one driving bar (12, 14) and is movable between a locked state, in which the at least one driving bar (12, 14) engages with a first end (12.1, 14.1) in a corresponding recess (9A, 9B), and an unlocked state, in which the first end (12.1, 14.1) of the at least one driving bar (12, 14) is arranged outside of the corresponding recess (9A, 9B), wherein an anti-push-back device has an attachment which is pushed onto the first end (12.1, 14.1) of the at least one driving bar (12, 14) and has at least one first frustoconical outer contour, characterized in that, in the locked state of the espagnolette, the first frustoconical outer contour is arranged in the gap between the leaf/sash and the corresponding recess (9A, 9B), wherein the diameter of the attachment in the region of the first frustoconical outer contour increases in the direction of the recess (9A, 9B), and in that the attachment has a second frustoconical outer contour which, in the locked state of the espagnolette, is arranged in the corresponding recess (9A, 9B), wherein the diameter of the attachment in the region of the second frustoconical outer contour decreases in the direction of the recess (9A, 9B). wherein an anti-push-back device has an attachment which is pushed onto the first end (12.1, 14.1) of the at least one driving bar (12, 14) and has at least one first frustoconical outer contour, characterized in that, in the locked state of the espagnolette, the first frustoconical outer contour is arranged in the gap between the leaf/sash and the corresponding recess (9A, 9B), wherein the diameter of the attachment in the region of the first frustoconical outer contour increases in the direction of the recess (9A, 9B), and in that the attachment has a second frustoconical outer contour which, in the locked state of the espagnolette, is arranged in the corresponding recess (9A, 9B), wherein the diameter of the attachment in the region of the second frustoconical outer contour decreases in the direction of the recess (9A, 9B).
Apparatus for automatically trimming a rectangular photovoltaic module having two longitudinal sides and two transverse sides and consisting essentially of two glass plates of equal size which rest one on top of the other and have an intermediate layer comprising a film which overlaps the glass plates on all sides, said apparatus having the following features: a) a detection apparatus for detecting the front edge of a module arriving in a horizontal position, b) an apparatus for positioning the rear edge of the module in the starting position, c) means for vertically adapting all the cutting devices to the glass thickness of the respective module, d) holding means for fixing the rear transverse side (38, 39, 40) of the module, e) means for cutting off (7, 13) the overlapping film of the module with accurate edge alignment on the rear transverse side, f) means for moving (11, 16) the module into the region of two longitudinal cutting devices, g) holding means for fixing the two longitudinal sides (38, 39, 40) of the module, h) means for simultaneously cutting off (42, 14, 29, 17) the overlapping film of the module with accurate edge alignment on both longitudinal sides, i) means for moving (11, 16) the module into the region of a front transverse cutting device, j) holding means for fixing the front transverse side (38, 39, 40) of the module, k) means for cutting off (5, 15) the overlapping film of the module with accurate edge alignment on the front transverse side, and l) means for moving (11, 16) the trimmed module for further processing, m) apparatuses (31, 32) for adapting the longitudinal cutting device to different landscape formats of modules, wherein cutting heads (13, 14, 15, 17) of the means for cutting off with accurate edge alignment can be decelerated in a defined manner before the end of the cutting operation. a) a detection apparatus for detecting the front edge of a module arriving in a horizontal position, b) an apparatus for positioning the rear edge of the module in the starting position, c) means for vertically adapting all the cutting devices to the glass thickness of the respective module, d) holding means for fixing the rear transverse side (38, 39, 40) of the module, e) means for cutting off (7, 13) the overlapping film of the module with accurate edge alignment on the rear transverse side, f) means for moving (11, 16) the module into the region of two longitudinal cutting devices, g) holding means for fixing the two longitudinal sides (38, 39, 40) of the module, h) means for simultaneously cutting off (42, 14, 29, 17) the overlapping film of the module with accurate edge alignment on both longitudinal sides, i) means for moving (11, 16) the module into the region of a front transverse cutting device, j) holding means for fixing the front transverse side (38, 39, 40) of the module, k) means for cutting off (5, 15) the overlapping film of the module with accurate edge alignment on the front transverse side, and l) means for moving (11, 16) the trimmed module for further processing, m) apparatuses (31, 32) for adapting the longitudinal cutting device to different landscape formats of modules,
A mechanism for indication of the lunar phases, in particular for a mechanical watch, comprising a moon disk and a dial comprising a substantially semi-circular aperture (3.1), the moon disk being driven rotatably in such a way as to display the indications (1.1, 1.2) inscribed on the moon disk through the aperture (3.1) in order to indicate the lunar phases, at least one first occultation disk (2.1, 2.2) housed rotatably, at least in part, between said moon disk and said dial, and a gear train which drives said at least first occultation disk (2.1, 2.2) in such a way that the indications (1.1, 1.2) inscribed on the moon disk are obscured, at least in part, during specific phases of operation of the mechanism, said at least first occultation disk (2.1, 2.2) being configured, depending on its position in the mechanism and/or the shape of the aperture (3.1) in the dial, so as to be provided with arms (2.3) and/or supplementary apertures (2.5) of a specific shape, said at least first occultation disk (2.1, 2.2) being arranged non-concentrically relative to the moon disk, and the mechanism for indication comprising said first occultation disk (2.1) and a second occultation disk (2.2) which are housed substantially on either side of the moon disk, said first (2.1) and second occultation disks (2.2) each comprising at least two of said arms (2.3) having a convex and straight front portion (2.4) respectively, viewed in their direction of rotation, preferably three arms (2.3) having a convex, straight and concave front portion (2.4) respectively, in such a manner that the indications (1.1, 1.2) appearing through the substantially semi-circular aperture (3.1) correspond substantially to the natural appearance of the moon during the entire lunation.
Liquid dispersion containing inorganic particle selected from the group consisting of Al 2 O 3, AIN, Si 3 N 4, SiC, WS 2 and mixtures thereof and at least one liquid fluorinated compound, wherein the inorganic particle is surface treated with a surface treatment agent selected from the group consisting of organosilanes, silazanes, acyclic or cyclic polysiloxanes and mixtures thereof.
Aspiration catheter for a clot removal system, the aspiration catheter having a distal section and a proximal section, wherein, in the distal section, a ratio of an outer diameter (D d) and an open lumen inner diameter is in a range between 1.05 and 1.09, and wherein a volume of the aspiration catheter is in a range between 3.277 *10 -9 m 3 (0.2 cubic inch) and 6.555*10 -9 m 3 (0.4 cubic inch), wherein the aspiration catheter further comprises at least one intermediate section (104, 106), wherein the distal section, the at least one intermediate section (104, 106), and the proximal section are arranged adjacently, characterised in that the at least one intermediate section (104, 106) comprises a reinforcement layer, wherein the at least one intermediate section (104, 106) comprises two sub-sections, wherein the reinforcement layer comprises a coil, the coil being formed from a wire, wherein a diameter of the wire at a first sub-section of the at least one intermediate section (104, 106) is 0.013 *10 -3 m, (0.0005 inches), and has a wraps per meter count of 5118 (wraps per inch, WPI, of 130), and a diameter of the wire at a second sub-section of the at least one intermediate section (104, 106) is 0.025 *10 -3 m, (0.001 inches), and has wraps per meter count of 3937 (wraps per inch of 100), and wherein the wire of the coil in the first sub-section comprises Nitinol and the wire of the coil in the second sub-section comprises stainless steel. wherein, in the distal section, a ratio of an outer diameter (D d) and an open lumen inner diameter is in a range between 1.05 and 1.09, and wherein a volume of the aspiration catheter is in a range between 3.277 *10 -9 m 3 (0.2 cubic inch) and 6.555*10 -9 m 3 (0.4 cubic inch), wherein the aspiration catheter further comprises at least one intermediate section (104, 106), wherein the distal section, the at least one intermediate section (104, 106), and the proximal section are arranged adjacently, characterised in that the at least one intermediate section (104, 106) comprises a reinforcement layer, wherein the at least one intermediate section (104, 106) comprises two sub-sections, wherein the reinforcement layer comprises a coil, the coil being formed from a wire, wherein a diameter of the wire at a first sub-section of the at least one intermediate section (104, 106) is 0.013 *10 -3 m, (0.0005 inches), and has a wraps per meter count of 5118 (wraps per inch, WPI, of 130), and a diameter of the wire at a second sub-section of the at least one intermediate section (104, 106) is 0.025 *10 -3 m, (0.001 inches), and has wraps per meter count of 3937 (wraps per inch of 100), and wherein the wire of the coil in the first sub-section comprises Nitinol and the wire of the coil in the second sub-section comprises stainless steel.
An ultra-thin hydrophobic and oleophobic layer, of which the thickness measured in ellipsometry is 0.5 to 10 nm, formed by self-assembly on a solid substrate surface, of compounds of the general formula A-B in which A represents a group of the formula in which Z represents C or N +, X represents C-H or C-L, L being an electron-attracting group selected from F, Cl, Br, I, CF 3, NO 2 and N(CH 3) 3 +, Y represents H or CH 3, or Y forms a 5- or 6-atom heterocycle with X, T represents NH, CO, NH-CO, NH-CO-NH or NH 2 + U -, U - being selected from F -, Cl -, Br -, I -, OH -, NO 3 -, HSO 4 -, SO 4 2-, CO 3 2-, HCO 3 - or SCN -, and B represents an unsubstituted C 1 -C 20 linear aliphatic alkyl group. A represents a group of the formula in which Z represents C or N +, X represents C-H or C-L, L being an electron-attracting group selected from F, Cl, Br, I, CF 3, NO 2 and N(CH 3) 3 +, Y represents H or CH 3, or Y forms a 5- or 6-atom heterocycle with X, T represents NH, CO, NH-CO, NH-CO-NH or NH 2 + U -, U - being selected from F -, Cl -, Br -, I -, OH -, NO 3 -, HSO 4 -, SO 4 2-, CO 3 2-, HCO 3 - or SCN -, and Z represents C or N +, X represents C-H or C-L, L being an electron-attracting group selected from F, Cl, Br, I, CF 3, NO 2 and N(CH 3) 3 +, Y represents H or CH 3, or Y forms a 5- or 6-atom heterocycle with X, T represents NH, CO, NH-CO, NH-CO-NH or NH 2 + U -, U - being selected from F -, Cl -, Br -, I -, OH -, NO 3 -, HSO 4 -, SO 4 2-, CO 3 2-, HCO 3 - or SCN -, and B represents an unsubstituted C 1 -C 20 linear aliphatic alkyl group.
A refrigeration cycle apparatus including a refrigerant circuit in which a compressor, a heat-source-side heat exchanger, an expansion mechanism, and a use-side heat exchanger are connected in sequence, the refrigeration cycle apparatus comprising: a temperature detection unit that is configured to detect temperatures at a plurality of points in a contactless manner; and a control unit, wherein at least one of the heat-source-side heat exchanger and the use-side heat exchanger includes a plurality of refrigerant pipes through which refrigerant to be heat-exchanged flows, and a flow rate adjustment unit for adjusting a flow rate of the refrigerant flowing through each of the plurality of refrigerant pipes, the temperature detection unit is configured to detect surface temperatures of the plurality of refrigerant pipes near outlets of the plurality of refrigerant pipes, the control unit is configured to control the flow rate adjustment unit on the basis of the temperatures detected by the temperature detection unit so that the surface temperatures of the plurality of refrigerant pipes: near the outlets of the plurality of refrigerant pipes become uniform, and the control unit is configured to detect, on the basis of the temperatures detected by the temperature detection unit, a decrease in the surface temperatures of the plurality of refrigerant pipes due to leakage of refrigerant from the refrigerant pipes, to identify a failure caused in the refrigerant pipes. a temperature detection unit that is configured to detect temperatures at a plurality of points in a contactless manner; and a control unit, wherein at least one of the heat-source-side heat exchanger and the use-side heat exchanger includes a plurality of refrigerant pipes through which refrigerant to be heat-exchanged flows, and a flow rate adjustment unit for adjusting a flow rate of the refrigerant flowing through each of the plurality of refrigerant pipes, a plurality of refrigerant pipes through which refrigerant to be heat-exchanged flows, and a flow rate adjustment unit for adjusting a flow rate of the refrigerant flowing through each of the plurality of refrigerant pipes, the temperature detection unit is configured to detect surface temperatures of the plurality of refrigerant pipes near outlets of the plurality of refrigerant pipes, the control unit is configured to control the flow rate adjustment unit on the basis of the temperatures detected by the temperature detection unit so that the surface temperatures of the plurality of refrigerant pipes: near the outlets of the plurality of refrigerant pipes become uniform, and the control unit is configured to detect, on the basis of the temperatures detected by the temperature detection unit, a decrease in the surface temperatures of the plurality of refrigerant pipes due to leakage of refrigerant from the refrigerant pipes, to identify a failure caused in the refrigerant pipes.
An air cycle machine, comprising: rotating components including a fan, a compressor, and a first turbine; and a cooling airflow path adapted to receive cooling air from a cooling air source, to direct the cooling air to an air-cooled bearing (408,410,412,414) for at least one of said rotating components, and to discharge the cooling air; wherein the airflow path terminates in a chamber having an outlet in fluid communication with a ram airflow circuit; and the airflow path is isolated from an inlet of the compressor by a seal member, wherein the chamber includes an orifice in fluid communication with the ram airflow circuit, characterised in that: the orifice is configured to maintain pressure in the chamber and at the seal member above a pressure at the compressor inlet. rotating components including a fan, a compressor, and a first turbine; and a cooling airflow path adapted to receive cooling air from a cooling air source, to direct the cooling air to an air-cooled bearing (408,410,412,414) for at least one of said rotating components, and to discharge the cooling air; wherein the airflow path terminates in a chamber having an outlet in fluid communication with a ram airflow circuit; and the airflow path is isolated from an inlet of the compressor by a seal member, wherein the chamber includes an orifice in fluid communication with the ram airflow circuit, characterised in that: the orifice is configured to maintain pressure in the chamber and at the seal member above a pressure at the compressor inlet.
A method of forming a Schottky source contact on an oxide semiconductor channel for a Schottky barrier thin-film transistor, SBTFT, the method comprising: controlling a thickness H of the oxide semiconductor channel in a range from 5 nm to 50 nm; and depositing the source contact on the oxide semiconductor channel in an atmosphere comprising oxygen; wherein depositing the source contact on the oxide semiconductor channel comprises sputtering the source contact on the oxide semiconductor channel at a sputtering power in a range from 0.4 W/cm 2 to 3 W/cm 2. controlling a thickness H of the oxide semiconductor channel in a range from 5 nm to 50 nm; and depositing the source contact on the oxide semiconductor channel in an atmosphere comprising oxygen; wherein depositing the source contact on the oxide semiconductor channel comprises sputtering the source contact on the oxide semiconductor channel at a sputtering power in a range from 0.4 W/cm 2 to 3 W/cm 2.
Terminal for a wireless network, the terminal being adapted to receive a control message; the terminal being further adapted to read from one of a set of alternative tables indicating modulation and coding schemes, MCS, based on the control message; wherein the terminal is adapted to perform modulation configuration based on information read from the table, characterised in that the terminal is specifically adapted to receive the control message when the control message comprises a parameter configuring a MCS table for both of two measurement subframe sets and at the same time configuring a channel quality indication, CQI, table for one of the measurement subframe sets. the terminal being further adapted to read from one of a set of alternative tables indicating modulation and coding schemes, MCS, based on the control message; wherein the terminal is adapted to perform modulation configuration based on information read from the table, characterised in that the terminal is specifically adapted to receive the control message when the control message comprises a parameter configuring a MCS table for both of two measurement subframe sets and at the same time configuring a channel quality indication, CQI, table for one of the measurement subframe sets.
A printhead comprising a plurality of nozzle assemblies formed on a substrate, each nozzle assembly comprising: a nozzle chamber, a nozzle opening defined in a roof of the nozzle chamber, the roof having a moving portion comprising a thermal bend actuator for ejecting ink through the nozzle opening, said thermal bend actuator comprising: a first active element for connection to drive circuitry; and a second passive element mechanically cooperating with the first element, such that when a current is passed through the first element, the first element expands relative to the second element, resulting in bending of the actuator towards a floor of said nozzle chamber, wherein a hydrophobic polymeric material is coated on a nozzle plate of the printhead, said nozzle plate being at least partially defined by the roof of each nozzle chamber, and characterised in that an ink ejection face is coated with a hydrophobic polymeric material selected from the group consisting of: polysilsesquioxanes. a nozzle chamber, a nozzle opening defined in a roof of the nozzle chamber, the roof having a moving portion comprising a thermal bend actuator for ejecting ink through the nozzle opening, said thermal bend actuator comprising: a first active element for connection to drive circuitry; and a second passive element mechanically cooperating with the first element, such that when a current is passed through the first element, the first element expands relative to the second element, resulting in bending of the actuator towards a floor of said nozzle chamber, a first active element for connection to drive circuitry; and a second passive element mechanically cooperating with the first element, such that when a current is passed through the first element, the first element expands relative to the second element, resulting in bending of the actuator towards a floor of said nozzle chamber,
A method for producing an electrically active contact point at the end of an electrical conductor, which has a plurality of intertwined wires made of aluminum or an aluminum alloy, in which initially a holder is laid around the end of the conductor arranged with a vertical course, which holder is designed as a clamping body and abuts all around against said end of the conductor, such that the conductor is firmly clamped and that its tip is accessible from above, in which the tip of the conductor is then heated to a temperature of 2000 °C or higher in order to form a contact part under protective gas cover by means of a heat source acting in the axial direction of the same on its end face, and in which finally the contact part together with the end of the conductor is cooled off and the holder is removed, characterized in - that the conductor is arranged in the holder such that the holder projects beyond the end of the conductor, so that it surrounds a cavity on the tip of the conductor, which cavity has a limiting function for the contact part generated by the heat source in the manner of a mold, and - that the tip of the conductor is heated very briefly by the heat source, with a time duration of between 2 seconds and 6 seconds, whereby the material of oxide layers surrounding the individual wires of the conductor is melted away or evaporated, so that the contact part connected to all of the wires of the conductor consists exclusively of aluminum. - that the conductor is arranged in the holder such that the holder projects beyond the end of the conductor, so that it surrounds a cavity on the tip of the conductor, which cavity has a limiting function for the contact part generated by the heat source in the manner of a mold, and - that the tip of the conductor is heated very briefly by the heat source, with a time duration of between 2 seconds and 6 seconds, whereby the material of oxide layers surrounding the individual wires of the conductor is melted away or evaporated, so that the contact part connected to all of the wires of the conductor consists exclusively of aluminum.