mhurhangee/ep-ind-claims huggingface dataset:
A photovoltaic device comprising an assembly of several strings (20A, 20B, 20C, 20D, 20E, 20F) of photovoltaic cells (10 1,...,10 12), each of said strings being formed by a plurality of photovoltaic cells aligned in a first direction (y), said strings being aligned in a second direction (x) forming a non-zero angle with the first direction and typically orthogonal or substantially orthogonal to the first direction, said assembly including at least one first string laterally overlapped by a second string of said plurality of strings, so that a peripheral portion of said second string covers a peripheral portion of said first string, said first string and said second string being electrically insulated via an insulating region interposed between said respective peripheral portions of the first string and of the second string.
A medical lead comprising: a lead body including an electrically conductive lead wire (80, 83, 93); an electrical contact on a proximal portion of the lead body, the electrical contact comprising a contact substrate; and an electrode (69, 74) on a distal portion of the lead body, the electrode comprising an electrode substrate (78, 98), wherein the electrode substrate (78, 98) is electrically coupled to the contact substrate via the electrically conductive lead wire (80, 83, 93), wherein the lead wire (80, 83, 93) is formed of a composition comprising titanium or titanium alloys, wherein the electrode substrate (78, 98) is formed of a first beta-titanium alloy, and wherein the contact substrate is formed of a second beta-titanium alloy. a lead body including an electrically conductive lead wire (80, 83, 93); an electrical contact on a proximal portion of the lead body, the electrical contact comprising a contact substrate; and an electrode (69, 74) on a distal portion of the lead body, the electrode comprising an electrode substrate (78, 98), wherein the electrode substrate (78, 98) is electrically coupled to the contact substrate via the electrically conductive lead wire (80, 83, 93), wherein the lead wire (80, 83, 93) is formed of a composition comprising titanium or titanium alloys, wherein the electrode substrate (78, 98) is formed of a first beta-titanium alloy, and wherein the contact substrate is formed of a second beta-titanium alloy.
Accessory for adjusting the distance between a hinge of a window or door for a building and a profile (2,3) of a window or door, whereby this accessory is composed of two essentially plate-shaped parts (12a and 12b) that are affixed against one another by one side and which are movably affixed with respect to one another by these sides in a certain sliding direction (X-X'), whereby the sides that are affixed against one another are each provided with one or more wedge-shaped elements (36,37) that are such that when both parts (12a and 12b) are moved with respect to one another with their wedge-shaped elements (36,37) in one or another direction according to the aforementioned sliding direction (X-X'), the thickness D of the accessory increases or decreases, wherein both plate-shaped parts (12a and 12b) are formed such that they are freely movable, manually without tools, over a distance with respect to one another in the mounted situation of the accessory, between the hinge and the aforementioned profile (2,3) of the window or door, characterised in that both plate-shaped parts (12a,12b) are held together by means of an elastic lip that is affixed on one of the two plate-shaped parts (12a,12b) and which is elastically tightly hooked behind the other plate-shaped part (12a,12b) and whereby the elastic lip extends in the sliding direction (X-X') and is hooked behind the other plate-shaped part (12a,12b) through a passage in the other plate-shaped part (12a,12b).
User equipment for communicating with a base station over a radio channel, the user equipment comprising - means for determining a recommended precoder and a recommended transmission rank to possibly use when transmitting data from a base station, - means for transmitting feedback data to the base station, wherein the feedback data comprise an indication of the recommended precoder and the recommended transmission rank, - means for receiving from the base station a message comprising - a confirmation that transmission of data from the base station is using at least a column subset of the recommended precoder, - and an indicator of a transmission rank to be used, wherein said indicator also indicates which column or columns of the recommended precoder to use to support the transmission rank to be used, and - means for using the indicated transmission rank and the indicated column or columns of the recommended precoder to receive transmissions from the base station. - means for determining a recommended precoder and a recommended transmission rank to possibly use when transmitting data from a base station, - means for transmitting feedback data to the base station, wherein the feedback data comprise an indication of the recommended precoder and the recommended transmission rank, - means for receiving from the base station a message comprising - a confirmation that transmission of data from the base station is using at least a column subset of the recommended precoder, - and an indicator of a transmission rank to be used, wherein said indicator also indicates which column or columns of the recommended precoder to use to support the transmission rank to be used, and - means for using the indicated transmission rank and the indicated column or columns of the recommended precoder to receive transmissions from the base station.
A crystalline Form I of triaminopyrimidine compound 1, characterized by a powder x-ray diffraction pattern having peaks expressed in degrees 2θ at 6.3° and 9.8°±0.2 2θ; or by a powder x-ray diffraction pattern having peaks expressed in degrees 2θ at 6.3°, 7.8°, 9.8°, 15.4°, and 20.0°±0.2 2θ; or by a powder x-ray diffraction pattern having peaks expressed in degrees 2θ at 6.3°, 7.8°, 9.8°, 15.4°, and 20.0°±0.2 2θ, and a differential scanning calorimetry analysis having onset at 179 °C±5 °C and endothermic peak at 181 °C±5 °C.
Friction lining, in particular a clutch friction lining, which comprises at least one layer containing at least hollow glass spheres, characterized in that the hollow glass spheres consist of borosilicate glass, wherein the hollow glass spheres consist of 50% by weight or more SiO 2, less than 20% by weight Al 2 O 3, in each case less than 5% by weight Fe 2 O 3, TiO 2, K 2 O and CaO, 2 to 20% by weight B 2 O 3 and 20 to 40% by weight Na 2 O, preferably of 60 to 70% by weight SiO 2, less than 5% by weight Al 2 O 3, in each case less than 1% by weight Fe 2 O 3, TiO 2, K 2 O and CaO, 2 to 10% by weight B 2 O 3 and 20 to 35% by weight Na 2 O, wherein the hollow glass spheres have a Mohs hardness of less than 5, preferably 3 to 4 and wherein the hollow glass spheres have a density of 0.6 to 0.8 g/cm 3, preferably 0.7 g/cm 3, wherein the hollow glass spheres account for an amount by weight of 2 to 15% of the weight of the friction lining wherein the hollow glass spheres have a diameter of less than 300 micrometers wherein the wall thickness of the hollow glass spheres is between 5 and 50%, preferably 10% of the sphere radius and wherein the hollow glass spheres have an isostatic pressure stability of more than 10 MPa.
Method for the production of sulphuric acid, wherein a sulphur-dioxide-containing product gas stream is produced which is supplied to a reaction chamber, in which a reaction of sulphur dioxide to give sulphur trioxide takes place at a catalyst, and the sulphur trioxide produced is converted into sulphuric acid in further parts of the system, characterized in that an oxidation gas stream is supplied to the reaction chamber alternately to the product gas stream, wherein the method comprises at least one further reaction chamber with catalyst, wherein in a phase during which the oxidation gas stream is led through the first reaction chamber, the product gas stream flows through the second reaction chamber, and that in a phase during which the product gas stream is supplied to the first reaction chamber, the oxidation gas stream is supplied to the second reaction chamber and after this phase has elapsed, the guidance of the gas streams (5, 6) is changed so that the oxidation gas stream is supplied to the first reaction chamber and the product gas stream is supplied to the second reaction chamber and this cycle is periodically repeated.
Use of a genetic marker selected from the group consisting of the genetic markers 1-28 of Figure 11 linked to a Light-Harvesting Chlorophyll B-Binding Protein 3 (LHCB3) gene listed in Table 3, for the detection of continuous light-tolerant S. lycopersicum tomato plants, wherein tolerance to exposure to continuous light is determined by exposing the tomato plant for a period of at least 33 days to continuous light having an intensity of about 130 μmol m-2 s-1 from fluorescent tubes, wherein the tomato plant is grown at 21°C and a relative humidity between 60-80%.
A stick electrode holder (1070, 1074) comprising: - a stick electrode holding assembly (1078, 1080) configured to hold a stick electrode; and - a status indicator of the stick electrode holder (1070, 1074) configured to provide feedback relating to one or more parameters of a welding process performed by the stick electrode holder (1070, 1074), - a display device, wherein the display device is configured to produce a display of a plurality of visual guides relating to a position, orientation, or movement of the stick electrode with respect to a workpiece during performance of the stick welding process, characterized in that the display device comprises a projection system configured to produce a projection of the plurality of visual guides onto the workpiece. - a stick electrode holding assembly (1078, 1080) configured to hold a stick electrode; and - a status indicator of the stick electrode holder (1070, 1074) configured to provide feedback relating to one or more parameters of a welding process performed by the stick electrode holder (1070, 1074), - a display device,
An injection molding machine comprising: a working unit which includes an injection unit which fills a mold unit with a molding material, and performs work to produce a molding product from the molding material; and a control unit which controls the working unit, wherein the control unit is configured to make an operable content of the working unit or the control unit different between a case of operation input from a first terminal when the first terminal is communicably connected to the control unit through a local network, and a case of operation input from a second terminal when the second terminal is communicably connected to the control unit through a predetermined network, wherein the operable content includes at least one operation related to an operation of the working unit, and wherein the control unit includes a management unit which is configured to manage identification information for identifying whether or not a certain terminal is connected through the predetermined network, collates predetermined information which is input from a certain terminal with the identification information which is managed by the management unit, and determines an operable content via operation input from the terminal according to a collation result. a working unit which includes an injection unit which fills a mold unit with a molding material, and performs work to produce a molding product from the molding material; and a control unit which controls the working unit, wherein the control unit is configured to make an operable content of the working unit or the control unit different between a case of operation input from a first terminal when the first terminal is communicably connected to the control unit through a local network, and a case of operation input from a second terminal when the second terminal is communicably connected to the control unit through a predetermined network, wherein the operable content includes at least one operation related to an operation of the working unit, and wherein the control unit includes a management unit which is configured to manage identification information for identifying whether or not a certain terminal is connected through the predetermined network, collates predetermined information which is input from a certain terminal with the identification information which is managed by the management unit, and determines an operable content via operation input from the terminal according to a collation result.
A heat-shrinkable polyester film having a heat-shrinkage of 20 % or more in both the longitudinal and transverse directions when treated with 80°C water for 30 seconds, and a bidirectional balance parameter A of formula in the range 0.25 to 2.5: A = M D - M S / T D - T S in which, A is the bidirectional balance parameter; M D and T D are elongations (%) at break in the longitudinal and transverse directions, respectively; M s and T s are strengths (kg/mm 2) at break in the longitudinal and transverse directions, respectively, A being calculated with the numerical values of M D, M s, T D, and T s as defined above, disregarding the units thereof, wherein strength and elongation at break are measured according to ASTM D 882.
A polyurethane resin composition comprising an active hydrogen compound formed by adding m-xylylene diisocyanate and/or hexamethylene diisocyanate to a compound at a reaction equivalent ratio ([the number of isocyanate groups]/[the number of hydroxyl groups]) of 0.80 to 0.10; and an organic polyisocyanate compound formed by adding a compound to m-xylylene diisocyanate and/or hexamethylene diisocyanate at a reaction equivalent ratio ([the number of isocyanate groups]/[the number of hydroxyl groups]) of 2 to 10, wherein the compound is at least one compound selected from among ethylene glycol, 1,3-propanediol, propylene glycol, diethylene glycol, dipropylene glycol, m-xylylene glycol, trimethylolpropane, glycerin, an ethylene oxide adduct of aniline, a propylene oxide adduct of aniline, an ethylene oxide adduct of m-xylylenediamine, and a propylene oxide adduct of m-xylylenediamine; and the compound is at least one compound selected from among ethylene glycol, 1,3-propanediol, propylene glycol, diethylene glycol, dipropylene glycol, m-xylylene glycol, trimethylolpropane, glycerin, an ethylene oxide adduct of aniline, a propylene oxide adduct of aniline, an ethylene oxide adduct of m-xylylenediamine, and a propylene oxide adduct of m-xylylenediamine, and wherein the ratio of the number of hydroxyl groups originating from propylene glycol, dipropylene glycol, trimethylolpropane, an ethylene oxide adduct of aniline, a propylene oxide adduct of aniline, and a propylene oxide adduct of m-xylylenediamine to the number of all the hydroxyl groups of the compound is 50% or more.
A method for photopolymerization printing an article comprising, a) exposing for a time with light, a photopolymerizable composition comprising i. at least one photopolymerizable macromer component, wherein the photopolymerizable macromer component comprises monomers with, or macromers with monomeric units (monomers), with one or more ethylenically unsaturated groups or one or more thiol groups; ii. at least one light reflective material component suspended in the photopolymerizable composition; and iii. at least one photoinitiator component, wherein the photoinitiator component is in a total concentration of less than 1.0 wt%.; wherein the light reflective material component modulates the light dose requirement of the photopolymerizable composition when compared to the light dose requirement of the composition without the light reflective material; and b) forming a printed article comprising at least polymerized macromers; characterized in that said light reflective material is absorbable in physiological conditions. a) exposing for a time with light, a photopolymerizable composition comprising i. at least one photopolymerizable macromer component, wherein the photopolymerizable macromer component comprises monomers with, or macromers with monomeric units (monomers), with one or more ethylenically unsaturated groups or one or more thiol groups; ii. at least one light reflective material component suspended in the photopolymerizable composition; and iii. at least one photoinitiator component, wherein the photoinitiator component is in a total concentration of less than 1.0 wt%.; wherein the light reflective material component modulates the light dose requirement of the photopolymerizable composition when compared to the light dose requirement of the composition without the light reflective material; and i. at least one photopolymerizable macromer component, wherein the photopolymerizable macromer component comprises monomers with, or macromers with monomeric units (monomers), with one or more ethylenically unsaturated groups or one or more thiol groups; ii. at least one light reflective material component suspended in the photopolymerizable composition; and iii. at least one photoinitiator component, wherein the photoinitiator component is in a total concentration of less than 1.0 wt%.; b) forming a printed article comprising at least polymerized macromers;
An apparatus comprising: a plug configured to removably engage a communication port of a device (102; 402) to form a communicative coupling with the device, the plug is securable to and removable from the device using one or more hands of a user; and a peripheral securing portion connected to the plug and configured to removably engage a peripheral device (122; 302) via an inductive element formed as a flexible loop and configured to form a communicative coupling between the peripheral device and the device, wherein the flexible loop is formed from a metal and has a sinusoidal trace pattern and elliptical perforations such that the flexible loop is both flexible and stretchable. a plug configured to removably engage a communication port of a device (102; 402) to form a communicative coupling with the device, the plug is securable to and removable from the device using one or more hands of a user; and a peripheral securing portion connected to the plug and configured to removably engage a peripheral device (122; 302) via an inductive element formed as a flexible loop and configured to form a communicative coupling between the peripheral device and the device, wherein the flexible loop is formed from a metal and has a sinusoidal trace pattern and elliptical perforations such that the flexible loop is both flexible and stretchable.
A method for reducing vertical position errors of an aircraft due to wind gusts characterised in that the method comprises the steps of: determining a magnitude of a vertical wind gust acting on the aircraft using an angle of attack rate and a magnitude of a longitudinal wind gust acting on the aircraft using a true airspeed rate; passing a vertical wind gust signal and a longitudinal wind gust signal through a criteria and following no more steps of the method if the vertical wind gust signal and the longitudinal wind gust signal are not outside the criteria; multiplying the vertical wind gust signal and the longitudinal wind gust signal by at least one gain signal (54, 58) to produce two delta lift commands (56, 60), the delta lift commands each comprising a change in a lift command; summing the two delta lift commands (56, 60) to produce a single delta lift command; converting the single delta lift command into symmetric lateral surface position commands for control surfaces; communicating the symmetric lateral surface position commands to lateral control surface actuators to move the control surfaces according to the symmetric lateral surface position commands, and using the single delta lift command in unison with a conventional vertical position feedback elevator control loop to compensate for wind gusts in order to maintain a commanded position of the aircraft. determining a magnitude of a vertical wind gust acting on the aircraft using an angle of attack rate and a magnitude of a longitudinal wind gust acting on the aircraft using a true airspeed rate; passing a vertical wind gust signal and a longitudinal wind gust signal through a criteria and following no more steps of the method if the vertical wind gust signal and the longitudinal wind gust signal are not outside the criteria; multiplying the vertical wind gust signal and the longitudinal wind gust signal by at least one gain signal (54, 58) to produce two delta lift commands (56, 60), the delta lift commands each comprising a change in a lift command; summing the two delta lift commands (56, 60) to produce a single delta lift command; converting the single delta lift command into symmetric lateral surface position commands for control surfaces; communicating the symmetric lateral surface position commands to lateral control surface actuators to move the control surfaces according to the symmetric lateral surface position commands, and using the single delta lift command in unison with a conventional vertical position feedback elevator control loop to compensate for wind gusts in order to maintain a commanded position of the aircraft.
A system comprising: a plurality of direct-current-to-direct-current, DC/DC, power converters (505, 605) having output terminals coupled in series to form a serial string (523, 623) having power lines (410, 412); wherein each of the plurality of power converters (505, 605) comprises a controller that is configured to convert input power to direct-current output power on the power converter output terminals, and a receiver (507, 607); characterized in that each receiver (507, 607) is configured to generate a disable signal in response to receiving a stop signal; wherein each controller is configured, in response to receiving the disable signal from the corresponding receiver (507, 607), to stop the corresponding power converter (505, 605) providing power at the converter output terminals and cause the corresponding converter to enter into a bypass mode which allows current from other power converters in the serial string to pass through the power converter from one of its output terminals to the other of its output terminals. wherein each of the plurality of power converters (505, 605) comprises a controller that is configured to convert input power to direct-current output power on the power converter output terminals, and a receiver (507, 607); characterized in that each receiver (507, 607) is configured to generate a disable signal in response to receiving a stop signal; wherein each controller is configured, in response to receiving the disable signal from the corresponding receiver (507, 607), to stop the corresponding power converter (505, 605) providing power at the converter output terminals and cause the corresponding converter to enter into a bypass mode which allows current from other power converters in the serial string to pass through the power converter from one of its output terminals to the other of its output terminals.