mhurhangee/ep-ind-claims huggingface dataset:
A method for attaching an interconnector (142, 1421, 1422) for interconnecting solar cells (150, 151, 152) by attaching the interconnector (142, 1421, 1422) to the solar cells (150, 151, 152) via soldering in a solar cell panel, the method comprising: forming a flux layer by spraying flux over the interconnector (142, 1421, 1422), the interconnector (142, 1421, 1422) including a core layer including a rounded portion or having a circular shape and a solder layer formed on a surface of the core layer; moving the interconnector (142, 1421, 1422) by a jig from where the flux layer is formed to where the interconnector (142, 1421, 1422) is attached to a solar cell (150, 151, 152); and attaching the interconnector (142, 1421, 1422) to the solar cell (150, 151, 152) via soldering of the solder layer by pressing the interconnector (142, 1421, 1422) onto the solar cell (150, 151, 152) while applying heat. forming a flux layer by spraying flux over the interconnector (142, 1421, 1422), the interconnector (142, 1421, 1422) including a core layer including a rounded portion or having a circular shape and a solder layer formed on a surface of the core layer; moving the interconnector (142, 1421, 1422) by a jig from where the flux layer is formed to where the interconnector (142, 1421, 1422) is attached to a solar cell (150, 151, 152); and attaching the interconnector (142, 1421, 1422) to the solar cell (150, 151, 152) via soldering of the solder layer by pressing the interconnector (142, 1421, 1422) onto the solar cell (150, 151, 152) while applying heat.
A processing method of a battery pack that includes at least a battery body and a resin, the processing method comprising: - a step of storing the battery pack in a container, wherein the container comprises a slag pan that receives slag discharged from an electric furnace, or is a hole formed in ground, - a step of covering the battery pack with a slag that has a temperature, equal or higher than 700 °C, wherein the battery pack is stored in the container. - a step of storing the battery pack in a container, wherein the container comprises a slag pan that receives slag discharged from an electric furnace, or is a hole formed in ground, - a step of covering the battery pack with a slag that has a temperature, equal or higher than 700 °C,
4/2 directional fluid valve with at least two connecting chambers which open into in each case one first fluid channel and one second fluid channel, characterized in that, in each of the connecting chambers, there is provided an elastic diaphragm which separates a first region of the respective connecting chamber, into which the first and the second fluid channel (3, 5) open, in fluid-tight fashion from a second region of the connecting chamber, and wherein a closed-off air volume is formed in the second region of the connecting chamber.
A method for wireless communications by a serving base station, comprising: determining information regarding a restricted set of system parameters used for transmission from at least one of the serving BS or one or more potentially interfering BSs, wherein the restricted set of system parameters include at least one of a subset of available traffic to pilot, TPR, values, or a subset of available transmissions modes; and signaling the information to a user equipment, UE, for using the information to suppress interference by transmissions from the one or more potentially interfering BSs or serving BS. determining information regarding a restricted set of system parameters used for transmission from at least one of the serving BS or one or more potentially interfering BSs, wherein the restricted set of system parameters include at least one of a subset of available traffic to pilot, TPR, values, or a subset of available transmissions modes; and signaling the information to a user equipment, UE, for using the information to suppress interference by transmissions from the one or more potentially interfering BSs or serving BS.
A method performed by a communication device (117, 201), comprising: receiving an out-of-office presence status data packet regarding a first contact associated with an email address in a personal address book associated with the communication device, wherein the out-of-office presence status data packet is pushed to the communication device in response to the first contact's out-of-office utility being enabled, the out-of-office utility being configured to generate automatic replies to received email messages when enabled; receiving an input via a user interface in a "To" field or "CC" field; displaying a name of the first contact in a display in response to the received input; and displaying, along with the name of the first contact, an out-of-office indication regarding the first contact, the out-of-office indication being based on the pushed presence status data packet, wherein the first displaying step includes displaying the name in a "To" field or "CC" field. receiving an out-of-office presence status data packet regarding a first contact associated with an email address in a personal address book associated with the communication device, wherein the out-of-office presence status data packet is pushed to the communication device in response to the first contact's out-of-office utility being enabled, the out-of-office utility being configured to generate automatic replies to received email messages when enabled; receiving an input via a user interface in a "To" field or "CC" field; displaying a name of the first contact in a display in response to the received input; and displaying, along with the name of the first contact, an out-of-office indication regarding the first contact, the out-of-office indication being based on the pushed presence status data packet, wherein the first displaying step includes displaying the name in a "To" field or "CC" field.
Open roof construction for a vehicle, comprising at least one at least semi-transparent panel for closing an opening in a fixed roof part of the vehicle, a retractable sunscreen device capable of blocking daylight entering through the panel, said sunscreen device including a sunscreen slidably guided in a pair of guide rails each extending below and along a longitudinal edge of the opening in the fixed roof in a longitudinal direction, a light guiding device attached to each of the guide rails, said light guiding device comprising at least a first light guide for guiding light from a light source to an interior space in the vehicle, wherein said light guiding device on each of the guide rails comprises means (17, 18; 24, 25) to direct light at least in two different directions, one direction is towards a central part of the sunscreen, characterised in that the other direction is towards or from an area between the respective guide rail and the panel such that this light provides an illumination of the interior space only when the sunscreen is retracted.
A method comprising: receiving, at a central controller, a user preference condition for an automatic fill feature of an air mattress having at least one air chamber; receiving, at the central controller, an indication that the air mattress is unoccupied; and based on determining that the user preference condition has been met and receiving the indication that the air mattress is unoccupied: transmitting a signal to a pump to increase the pressure of the air mattress to an automatic fill pressure level; and maintaining the automatic fill pressure level in the air mattress until another pressure value is received. receiving, at a central controller, a user preference condition for an automatic fill feature of an air mattress having at least one air chamber; receiving, at the central controller, an indication that the air mattress is unoccupied; and based on determining that the user preference condition has been met and receiving the indication that the air mattress is unoccupied: transmitting a signal to a pump to increase the pressure of the air mattress to an automatic fill pressure level; and maintaining the automatic fill pressure level in the air mattress until another pressure value is received. transmitting a signal to a pump to increase the pressure of the air mattress to an automatic fill pressure level; and maintaining the automatic fill pressure level in the air mattress until another pressure value is received.
A device for locking a rim of a wheel to a wheel-holder unit equipped with a supporting plate and a hollow rotary shaft having an end portion which projects in a cantilever fashion from the supporting plate, the device comprising: - a centring cone having a through hole; - a clamping rod having at a first end a locking element which can be inserted inside the hollow shaft to prevent a movement of the clamping rod along a first axis of the wheel-holder unit, and having a threaded portion at a second end; - a clamping element coupled to the threaded portion and which can be rotated so as to move along an axis of the clamping rod, characterised in that it comprises a centring flange, wherein the centring flange is operatively interposed between the centring cone and the clamping element and has a central through hole, a first face and a second face from which two or more centring rods project in a cantilever fashion which can be inserted into corresponding radial openings of the rim which define axial through holes in the rim, wherein the first end of the clamping rod is operatively inserted in the hole of the centring flange and in the hole of the centring cone, with the same direction as that in which the centring rods project, opposite to the direction along which the centring cone is tapered. - a centring cone having a through hole; - a clamping rod having at a first end a locking element which can be inserted inside the hollow shaft to prevent a movement of the clamping rod along a first axis of the wheel-holder unit, and having a threaded portion at a second end; - a clamping element coupled to the threaded portion and which can be rotated so as to move along an axis of the clamping rod,
Method for treating water in order to make it drinkable or desalinated, said method comprising at least one cycle for treating said water comprising: - a step of coagulation, followed or not followed by a step of flocculation; - a step of flotation, within a flotation reactor, of the water coming from said step of coagulation, followed or not followed by a step of flocculation; - a step of gravity filtration, within a gravity filter, of the water coming from said step of flotation, said flotation reactor being at least partly superimposed on said gravity filter, and at least one cycle for washing said gravity filter comprising a step for backwashing said gravity filter, characterized in that said step of gravity filtration is carried out at a speed of 10 m/h to 30 m/h, said gravity filter having a bed of filtering material distributed on a height of 1.5 m to 3.0 m, said cycle for washing comprises a step for sweeping the interface I between said flotation reactor and said gravity filter with a fluid dispensed by means of a system of injection bars that extend on the surface of said interface I. - a step of coagulation, followed or not followed by a step of flocculation; - a step of flotation, within a flotation reactor, of the water coming from said step of coagulation, followed or not followed by a step of flocculation; - a step of gravity filtration, within a gravity filter, of the water coming from said step of flotation, said flotation reactor being at least partly superimposed on said gravity filter,
A drive device for a fuel injection device, the drive device being configured to open a valve body of an electromagnetic fuel injection device by energizing a solenoid to apply a magnetic attraction force between a fixed core and a mover, the drive device is configured to apply a high voltage to the solenoid when the valve body opens, and after the drive current flowing through the solenoid reaches a predetermined current value (Ipeak), switching the drive current to a holding current smaller than the predetermined current value to maintain a valve open state, the drive device of the fuel injection device being configured to generate an injection pulse and control a time for energizing the solenoid with a pulse width of the injection pulse (Ti), the drive device is configured to, when the pulse width of the injection pulse (Ti) to an energization time at which the valve body is closed after the drive current is switched to the holding current, correcting the pulse width of the injection pulse (Ti) in a case where the fuel injection timing or the fuel injection period overlaps between the cylinders so as to be longer than the pulse width of the injection pulse (Ti) in a case where the fuel injection timing or the fuel injection period does not overlap, and when the pulse width of the injection pulse (Ti) is set to an energization time at which the valve body is closed before the drive current is switched to the holding current, in comparison with a case where the pulse width of the injection pulse (Ti) is set to the energization time at which the valve body is closed after the drive current is switched to the holding current, reducing an absolute value of the correction amount of the pulse width of the injection pulse (Ti) in a case respective injection pulse (Ti) overlaps with an injection pulse of the other cylinder, wherein a boosting circuit is shared between the cylinders.
A process for applying a coating on a galvanized or alloy galvanized steel strip for the manufacture of a galvanized or alloy galvanized steel strip that may be formed without oiling, wherein the steel strip for a duration in the range of 1 to 10 seconds is brought into contact with an aqueous, chromium-free treatment solution, which has a pH value in the range from 1.5 to 3.5, and which comprises a) 1 to 40 g/l molybdenum-containing oxo anions or molybdenum-containing oxo anions and manganese ions, wherein the molybdenum has an average oxidation state of from +4 to less than +6, b) 10 to 150 g/l phosphate ions; and c) from 0,5 g/l to 10 g/l of a dissolved or dispersed wax, wherein the treatment solution has a temperature in the range from 20 to 40°C, and thereafter the treatment solution applied to the galvanised or alloy-galvanised steel strip is dried without rinsing. a) 1 to 40 g/l molybdenum-containing oxo anions or molybdenum-containing oxo anions and manganese ions, wherein the molybdenum has an average oxidation state of from +4 to less than +6, b) 10 to 150 g/l phosphate ions; and c) from 0,5 g/l to 10 g/l of a dissolved or dispersed wax,
A primer composition comprising: (a) metal oxide particles modified with a silane of the formula: where R 1, R 2, R 3, and R 4 are independently chosen from a C1-C10 alkyl; (b) an organic polymer; and (c) a solvent; wherein the weight ratio of silane to metal oxide particles is 0.9:1 to 2:1. (a) metal oxide particles modified with a silane of the formula: where R 1, R 2, R 3, and R 4 are independently chosen from a C1-C10 alkyl; (b) an organic polymer; and (c) a solvent;
A method of providing an AC supply from an IPT pickup having a pickup coil and tuning capacitor comprising a resonant circuit and a switch in parallel with the tuning capacitor, the method including the steps of: generating a phase reference by sensing current in an IPT primary track to which the pick-up is inductively coupled; using the phase reference to operate the switch to vary the phase angle between the pickup coil induced voltage and the tuning capacitor voltage to provide a controlled AC supply to an output of the pickup. generating a phase reference by sensing current in an IPT primary track to which the pick-up is inductively coupled; using the phase reference to operate the switch to vary the phase angle between the pickup coil induced voltage and the tuning capacitor voltage to provide a controlled AC supply to an output of the pickup.
An electrochromic device comprising an electrode layer; an electrochromic layer located on the electrode layer; and a conductive band located on the electrode layer, and wherein the conductive band has a closed ring shape, wherein the conductive band is in contact with the electrochromic layer, and wherein the conductive band surrounds a peripheral side surface of the electrochromic layer. wherein the conductive band has a closed ring shape, wherein the conductive band is in contact with the electrochromic layer, and wherein the conductive band surrounds a peripheral side surface of the electrochromic layer.
A vertical probe array configured to test an electrical device, the vertical probe array comprising: a first guide plate; a second guide plate; two or more vertical probes (220,222), each of the vertical probes configured to pass through corresponding holes in the first and second guide plates; a metal carrier disposed between the first and second guide plates; wherein the metal carrier includes two or more pockets (212, 214, 216, 218) extending between the first and second guide plates, wherein each pocket is an air gap between the first and second guide plates and the vertical probes are disposed in the two or more pockets; wherein the two or more pockets (212, 214, 216, 218) include a selected two or more pockets (212, 214, 216, 218) configured to enclose different numbers of the vertical probes; wherein the metal carrier is grounded. a first guide plate; a second guide plate; two or more vertical probes (220,222), each of the vertical probes configured to pass through corresponding holes in the first and second guide plates; a metal carrier disposed between the first and second guide plates; wherein the metal carrier includes two or more pockets (212, 214, 216, 218) extending between the first and second guide plates, wherein each pocket is an air gap between the first and second guide plates and the vertical probes are disposed in the two or more pockets; wherein the two or more pockets (212, 214, 216, 218) include a selected two or more pockets (212, 214, 216, 218) configured to enclose different numbers of the vertical probes; wherein the metal carrier is grounded.
Beverage cooling device for rapidly cooling a beverage and serving the beverage when cooled, after having been dispensed from a beverage preparation machine in the device, comprising a heat exchange container comprising a closed chamber containing a phase-change coolant capable of accumulating and restoring thermal energy and a beverage cavity with an open upper end for receiving the beverage; the closed chamber and cavity being separated by at least one heat conductive inner wall; the chamber being further closed by an outer wall; wherein the device is arranged to be handled separately from the beverage preparation machine, characterised in that the device comprises a control unit comprising a communication module arranged for communicating to the beverage preparation machine information representative of the presence of the device at proximity of the beverage preparation machine and/or of a temperature state of the coolant in the chamber, wherein the beverage cooling device comprises an electrical energy management unit comprising a thermoelectric module arranged in thermal contact with the outer wall of the chamber for generating electric energy to the control unit, as a function of the temperature difference between a first heat conductive wall of the module in contact with the outer wall of the chamber and a second heat conductive wall of the module distant to the first wall; such electrical energy being at least partially used to power the communication module to generate communication signal(s).
An instrumented article (20; 120; 220; 320; 420; 520) for a gas turbine engine comprising: a ceramic-based substrate; at least one conformal electronic device (24; 524a, 524b); and a layer located between the ceramic-based substrate and the at least one conformal electronic device, the at least one conformal electronic device (20; 524a; 524b) being deposited on a surface of the layer; characterised in that: the layer is a compliant layer which has a thermal expansion that is intermediate of the thermal expansions of, respectively, the ceramic-based substrate and the at least one conformal electronic device. a ceramic-based substrate; at least one conformal electronic device (24; 524a, 524b); and a layer located between the ceramic-based substrate and the at least one conformal electronic device, the at least one conformal electronic device (20; 524a; 524b) being deposited on a surface of the layer; characterised in that: the layer is a compliant layer which has a thermal expansion that is intermediate of the thermal expansions of, respectively, the ceramic-based substrate and the at least one conformal electronic device.
A perforating apparatus, comprising: a first perforating gun configured to fire upon receipt of a first pressure signal delivered from a first axial side of the first perforating gun; a second perforating gun mounted on a second axial side of the first perforating gun and configured to fire upon receipt of a second pressure signal delivered from the first axial side of the first perforating gun; a bypass extending from the first axial side of the first perforating gun to the second perforating gun for communicating the second pressure signal to the second perforating gun; an isolator mechanism configurable between a first configuration in which the bypass is isolated from receiving a pressure signal to the second perforating gun, and a second configuration in which the bypass is permitted to receive a pressure signal, wherein the isolator mechanism is reconfigurable from the first configuration to the second configuration after the first perforating gun has been fired; characterized by a flow diverter comprising a diversion path and an activation path, the flow diverter mounted on the first axial side of the first perforating gun and configured to selectively divert the first pressure signal away from the first perforating gun and to selectively route the first pressure signal to the activation path under the action of a first activator to fire the first perforating gun. a first perforating gun configured to fire upon receipt of a first pressure signal delivered from a first axial side of the first perforating gun; a second perforating gun mounted on a second axial side of the first perforating gun and configured to fire upon receipt of a second pressure signal delivered from the first axial side of the first perforating gun; a bypass extending from the first axial side of the first perforating gun to the second perforating gun for communicating the second pressure signal to the second perforating gun; an isolator mechanism configurable between a first configuration in which the bypass is isolated from receiving a pressure signal to the second perforating gun, and a second configuration in which the bypass is permitted to receive a pressure signal, wherein the isolator mechanism is reconfigurable from the first configuration to the second configuration after the first perforating gun has been fired; characterized by a flow diverter comprising a diversion path and an activation path, the flow diverter mounted on the first axial side of the first perforating gun and configured to selectively divert the first pressure signal away from the first perforating gun and to selectively route the first pressure signal to the activation path under the action of a first activator to fire the first perforating gun.
A rodent in which a DNA comprising in the following order an hp7 sequence-encoding DNA and a poly A addition signal-encoding DNA added on the 3' side of a DNA encoding an arbitrary foreign gene is inserted in the same reading frame as that of an arbitrary target gene present on the genome of the rodent, wherein said DNA does not comprise any intron sequence located between the termination codon of the arbitrary foreign gene and the poly A addition signal-encoding DNA.