mhurhangee/ep-ind-claims huggingface dataset:
A balloon equipped with a solar generator with concentration comprising an envelope containing a carrier gas and a solar generator with concentration of solar radiation, the solar generator comprising: - a solar radiation reflector disposed inside the envelope in a first zone of the envelope; - a second zone of the envelope, transparent to the solar radiation, for allowing through the solar radiation towards the reflector; and - a first set (22; 204) of photovoltaic cells (24; 206), disposed in a third zone of the envelope, having a first active face (28; 208) directed towards the reflector; the first set (22; 204) of photovoltaic cells (24; 206) and the reflector being configured so that the reflector concentrates the solar radiation on the first active face (28; 208) of the first set (22; 204) of photovoltaic cells (24; 206), when the reflector is in a solar alignment position; the solar generator further comprising a second set of photovoltaic cells, disposed in a fourth zone of the envelope or in the third zone of the envelope, and having a second active face directed towards the outside of the envelope; or the solar generator comprising a single first set, the solar cells of which are bifacial solar cells, and the first set comprises a second active face directed towards the outside of the envelope; and the reflector, the first set only of the bifacial photovoltaic cells or the first and second sets (22, 32) of photovoltaic cells (24, 34) being configured so as to provide cooperative production of electric energy between the first active face (28; 208) and the second active face (36; 210) as long as the rolling solar misalignment of the reflector is less than or equal to 10 degrees as an absolute value; the balloon being characterised in that: the second zone of the envelope, transparent to solar radiation, partially or completely surrounds the third location zone of the first set of photovoltaic cells intended to receive the solar radiation from the reflector; and the surface of the second zone is adjusted to provide sufficient illumination of the photovoltaic cells of the first set and to avoid excessive heating of the solar cells and/or of the envelope and/or of the carrier gas that the envelope contains. - a solar radiation reflector disposed inside the envelope in a first zone of the envelope; - a second zone of the envelope, transparent to the solar radiation, for allowing through the solar radiation towards the reflector; and - a first set (22; 204) of photovoltaic cells (24; 206), disposed in a third zone of the envelope, having a first active face (28; 208) directed towards the reflector; the second zone of the envelope, transparent to solar radiation, partially or completely surrounds the third location zone of the first set of photovoltaic cells intended to receive the solar radiation from the reflector; and the surface of the second zone is adjusted to provide sufficient illumination of the photovoltaic cells of the first set and to avoid excessive heating of the solar cells and/or of the envelope and/or of the carrier gas that the envelope contains.
An arrangement for cooling liquid-cooled electronics, the arrangement comprising a pipe system, said pipe system comprising receiving and exit coolant flow pipes for connecting the arrangement to a liquid-cooling system of said liquid-cooled electronics, inlet and outlet coolant flow pipes for connecting the arrangement to a heat exchanger arrangement, and an expansion tank connected to the coolant flow pipes, the arrangement further comprising a coolant level transmitter arranged to detect the volume of the coolant in the expansion tank, a temperature measure arrangement arranged for measuring temperature of the coolant in the arrangement, and a leakage control system, characterized in that the leakage control system comprises a calculation means configured to observe if the volume of the coolant is changing based on consecutive calculations of a temperature corrected reference value (V) for the volume of the coolant in the expansion tank, wherein the use of the temperature corrected reference value (V) instead of direct use of the detected volume of the coolant in the expansion tank makes it possible to distinguish coolant level variations being consequences of coolant expansion and contraction with temperature variations from those taking place due to leakages of the coolant system. receiving and exit coolant flow pipes for connecting the arrangement to a liquid-cooling system of said liquid-cooled electronics, inlet and outlet coolant flow pipes for connecting the arrangement to a heat exchanger arrangement, and an expansion tank connected to the coolant flow pipes, the arrangement further comprising
A method for tensioning a subsea anchor line comprising: providing an in-line mooring connector in an anchor line between a first lower portion of the anchor line and a second upper portion of the anchor line, wherein said second portion is comprised of chain, said in-line mooring connector comprising a chain stopper and having means for attaching a removable chain jack; attaching a removable chain jack (230; 330; 430; 530) to the in-line mooring connector using a subsea remotely operated vehicle controlled by a first umbilical line from a surface vessel; moving the upper portion of the anchor line relative to the lower portion of the anchor line and the mooring connector by actuating the removable chain jack via a second umbilical line from the surface vessel; locking the upper portion of the anchor line to the in-line mooring connector; detaching the removable chain jack from the in-line mooring connector using the remotely operated vehicle controlled by the first umbilical line; and, recovering the removable chain jack at the surface vessel. providing an in-line mooring connector in an anchor line between a first lower portion of the anchor line and a second upper portion of the anchor line, wherein said second portion is comprised of chain, said in-line mooring connector comprising a chain stopper and having means for attaching a removable chain jack; attaching a removable chain jack (230; 330; 430; 530) to the in-line mooring connector using a subsea remotely operated vehicle controlled by a first umbilical line from a surface vessel; moving the upper portion of the anchor line relative to the lower portion of the anchor line and the mooring connector by actuating the removable chain jack via a second umbilical line from the surface vessel; locking the upper portion of the anchor line to the in-line mooring connector; detaching the removable chain jack from the in-line mooring connector using the remotely operated vehicle controlled by the first umbilical line; and, recovering the removable chain jack at the surface vessel.
A resonator comprising: a frame; a first oscillator configured to oscillate with respect to the frame; a first driver configured to drive the first oscillator at the first oscillator's resonant frequency; a first half of a first relative position switch mounted to the first oscillator; a second oscillator having the same resonant frequency as the first oscillator, wherein the first and second oscillators are designed to respond in substantially the same manner to external perturbations to the frame; a second half of the first relative position switch mounted to the second oscillator, characterised in that as the first oscillator oscillates there is relative motion between the first and second oscillators such that the first relative position switch passes through a closed state in each oscillation when the first and second switch halves of the first relative position switch pass by each other. a frame; a first oscillator configured to oscillate with respect to the frame; a first driver configured to drive the first oscillator at the first oscillator's resonant frequency; a first half of a first relative position switch mounted to the first oscillator; a second oscillator having the same resonant frequency as the first oscillator, wherein the first and second oscillators are designed to respond in substantially the same manner to external perturbations to the frame; a second half of the first relative position switch mounted to the second oscillator, characterised in that as the first oscillator oscillates there is relative motion between the first and second oscillators such that the first relative position switch passes through a closed state in each oscillation when the first and second switch halves of the first relative position switch pass by each other.
A piezoresistive ink, in particular a printable ink, comprising: 2.5-30% wt/wt ink of a thermoplastic elastomer polymer selected from styrene-butadiene-styrene or Styrene Ethylene Butylene Styrene (SEBS) or mixtures thereof; conductive nanostructures of carbon or metal, or combination thereof as a filler; 30-90% wt/wt ink of a solvent selected from a group consisting of chloroform, methoxycyclopentane, 1,3-dioxolane, dimethylformamide, or a combination thereof; and a dispersive agent comprising as surfactants a compound selected from the list: sodium dodecyl sulfate, cetyl trimethylammonium bromide, citric acid, or mixtures thereof, wherein the ratio of solvent/polymer (v/v) is between 3/1 - 12/1. 2.5-30% wt/wt ink of a thermoplastic elastomer polymer selected from styrene-butadiene-styrene or Styrene Ethylene Butylene Styrene (SEBS) or mixtures thereof; conductive nanostructures of carbon or metal, or combination thereof as a filler; 30-90% wt/wt ink of a solvent selected from a group consisting of chloroform, methoxycyclopentane, 1,3-dioxolane, dimethylformamide, or a combination thereof; and a dispersive agent comprising as surfactants a compound selected from the list: sodium dodecyl sulfate, cetyl trimethylammonium bromide, citric acid, or mixtures thereof, wherein the ratio of solvent/polymer (v/v) is between 3/1 - 12/1. sodium dodecyl sulfate, cetyl trimethylammonium bromide, citric acid, or mixtures thereof, wherein the ratio of solvent/polymer (v/v) is between 3/1 - 12/1.
A system comprising a plurality of refrigerated storage devices (1, 2, 3, 4, 5) for storing of goods requiring refrigeration, comprising - at least a first refrigerated storage device adapted for the storage of goods in a storage space of a first housing, the first storage device comprising at least a first access member which is lockable and unlockable for providing access to the storage space of the first housing, - at least a second refrigerated storage device adapted for the storage of goods in a storage space of a second housing, the second storage device comprising at least a second access member (23 - 25) which is lockable and unlockable for providing access to the storage space of the second housing, - the first refrigerated storage device comprising a first locking device (16, 80) operable for locking and unlocking the first access member, - the second refrigerated storage device comprising a second locking device (26, 28, 29, 80) operable for locking and unlocking the second access member (23 - 25), each of the first and second locking devices (16, 26, 28, 29, 80) actuated by a solenoid, - wherein the first locking device (16, 80) is operable by key means for locking and unlocking the first locking device, characterized by a coupling device connected with the first locking device (16, 80) and adapted to be connected with the second locking device; wherein each of the first refrigerated storage device (1, 2, 3, 4, 5) and the second refrigerated storage device (1, 2, 3, 4, 5) are adapted as modular storage segments formed as respective self-supporting storage containers that are coupled to each other via their respective coupling device so as to enable the first refrigerated storage device and the second refrigerated storage device to be moveably independent from one another and when coupled together the first locking device is operable to actuate the solenoid of the second locking device through the coupling device. - at least a first refrigerated storage device adapted for the storage of goods in a storage space of a first housing, the first storage device comprising at least a first access member which is lockable and unlockable for providing access to the storage space of the first housing, - at least a second refrigerated storage device adapted for the storage of goods in a storage space of a second housing, the second storage device comprising at least a second access member (23 - 25) which is lockable and unlockable for providing access to the storage space of the second housing, - the first refrigerated storage device comprising a first locking device (16, 80) operable for locking and unlocking the first access member, - the second refrigerated storage device comprising a second locking device (26, 28, 29, 80) operable for locking and unlocking the second access member (23 - 25), each of the first and second locking devices (16, 26, 28, 29, 80) actuated by a solenoid, - wherein the first locking device (16, 80) is operable by key means for locking and unlocking the first locking device,
A process for preventing/inhibiting/controlling complex scale in mining operations comprising adding to an aqueous mineral ore slurry, an effective amount of a scale inhibiting composition comprising at least one active component selected from the group consisting of a) a carboxylate polymer having the formula R 1 -CH 2 -CH(CO 2 H) R2-R3 wherein R 1 is selected from the group consisting of sulfonate, sulfate, phosphonate, phosphinate, alcohol, 1,1-diphenylhexyl, tert-butyl, mercaptoethanol, mercaptopropionic acid, and mercaptoglycolic acid; R2 is a polycarboxylate; and R3 is H or R 1; and b) a polyamino acid having the formula poly m poly n wherein X and Y are independently selected from the group consisting of an amino acid and a salt of an amino acid, m can be from 2 to 60, n can be up to 60, and the sum of m and n is at least 5; and wherein the pH of the mineral ore slurry is below 9.0. a) a carboxylate polymer having the formula R 1 -CH 2 -CH(CO 2 H) R2-R3 wherein R 1 is selected from the group consisting of sulfonate, sulfate, phosphonate, phosphinate, alcohol, 1,1-diphenylhexyl, tert-butyl, mercaptoethanol, mercaptopropionic acid, and mercaptoglycolic acid; R2 is a polycarboxylate; and R3 is H or R 1; and b) a polyamino acid having the formula poly m poly n wherein X and Y are independently selected from the group consisting of an amino acid and a salt of an amino acid, m can be from 2 to 60, n can be up to 60, and the sum of m and n is at least 5; and wherein the pH of the mineral ore slurry is below 9.0. wherein X and Y are independently selected from the group consisting of an amino acid and a salt of an amino acid, m can be from 2 to 60, n can be up to 60, and the sum of m and n is at least 5; and wherein the pH of the mineral ore slurry is below 9.0.
A modular clamping device for a tool or a workpiece including a chuck, a pallet having a plurality of x-y references and a plurality of z references for alignment with the chuck and a clamping unit, which is arranged in the clamped state concentrically at the outside of the chuck, characterized in that in the clamped state, a tubular part is arranged concentrically between the pallet and the clamping unit, and the tubular part is designed such that it is connected to the pallet by a first connecting mechanism and connected to the clamping unit by a second connecting mechanism, wherein the height of the chuck is smaller than the height of the clamping unit.
LY3154207, or pharmaceutical composition thereof, for use in the treatment of a dopaminergic central nervous system disorder in a patient, comprising administering to said patient one or more doses of 0.5 mg to 75 mg per day, up to a maximum total dose of 75 mg per day, of LY3154207, or pharmaceutical composition thereof.
A logistics center layout generation method for an arrangement of storage cells in multiple stacking areas (A1, A2, A3, A4) in a logistics center, the logistics center layout generation method comprising: receiving basic configuration information for generating a layout of the logistics center; generating, based on an inventory history of the logistics center, storage cells configured to store items handled in the logistics center; arranging, based on an outgoing history of the logistics center, the generated storage cells for the items in each stacking area according to possible combinations of types and arrangement directions of the items; and generating, based on combinatorial optimization, multiple altemative layouts, comparing outgoing times of the alternative layouts, and providing a recommended layout among the multiple alternative layouts, wherein the arranging of the storage cells comprises: determining a usage dock for each of the items by using a usage dock list in case that a combination of the items and arrangement directions for the stacking area is configured, configuring a corner of the stacking area closest to the usage dock as a starting point, and sequentially arranging the storage cells from the starting point in the arrangement directions. receiving basic configuration information for generating a layout of the logistics center; generating, based on an inventory history of the logistics center, storage cells configured to store items handled in the logistics center; arranging, based on an outgoing history of the logistics center, the generated storage cells for the items in each stacking area according to possible combinations of types and arrangement directions of the items; and generating, based on combinatorial optimization, multiple altemative layouts, comparing outgoing times of the alternative layouts, and providing a recommended layout among the multiple alternative layouts, wherein the arranging of the storage cells comprises: determining a usage dock for each of the items by using a usage dock list in case that a combination of the items and arrangement directions for the stacking area is configured, configuring a corner of the stacking area closest to the usage dock as a starting point, and sequentially arranging the storage cells from the starting point in the arrangement directions. determining a usage dock for each of the items by using a usage dock list in case that a combination of the items and arrangement directions for the stacking area is configured, configuring a corner of the stacking area closest to the usage dock as a starting point, and sequentially arranging the storage cells from the starting point in the arrangement directions.
A process for preparing a particulate dry tinter for use in tinting a coating composition including at least two coloured pigments wherein the particulate dry tinter has a colour hue predictive of the colour of the tinted coating composition and the coating when applied, the process comprising: - providing each coloured pigment as a separate aqueous pre-dispersion comprising the coloured pigment, a dispersing agent and water; - mixing the at least two aqueous pre-dispersions together in the presence of a filler pigment to form a homogeneous tinter dispersion; - drying the tinter dispersion to form the particulate dry tinter; wherein the particulate dry tinter has a mean particle size in the range of 80μm and 400μm inclusive. - providing each coloured pigment as a separate aqueous pre-dispersion comprising the coloured pigment, a dispersing agent and water; - mixing the at least two aqueous pre-dispersions together in the presence of a filler pigment to form a homogeneous tinter dispersion; - drying the tinter dispersion to form the particulate dry tinter;
Temperature sensor for an engine of a vehicle, comprising: a casing containing a circuit board and traversed by at least one pair of wires provided with terminals, the terminal being made up of a portion crimped onto a conductor arranged in the casing, a connector comprising at least one metal insert ensuring the electrical connection with the circuit board, characterized in that the casing comprises at least one flange for holding the terminals, the terminals being folded, the flange being fixed to the casing via the plastic deformation of at least one holding stud provided in the casing, the diameter of a stud being greater than or equal to 1.5 mm. a casing containing a circuit board and traversed by at least one pair of wires provided with terminals, the terminal being made up of a portion crimped onto a conductor arranged in the casing, a connector comprising at least one metal insert ensuring the electrical connection with the circuit board, characterized in that the casing comprises at least one flange for holding the terminals, the terminals being folded, the flange being fixed to the casing via the plastic deformation of at least one holding stud provided in the casing, the diameter of a stud being greater than or equal to 1.5 mm.
A controlling system for controlling LED lamps according to a controlling mode, said LED lamps comprising at least one single-color-temperature-type LED chip and/or at least one double-color-temperature-type LED chip and/or at least one RGB-type LED chip, the controlling system comprising: a parameter predetermining module that works as a user interface for the user to input parameter data of the LED lamps controlled by the controlling system and is configured for predetermining the controlling system to control which type of the LED chip is selected and the number of the selected type of LED chip in accordance with the parameter data input by the user; characterized in that said parameter data include at least a type and a number of each of the LED chips controlled by the controlling system, said controlling system further comprising a searching module configured for searching the selected type and the number of the LED chips controlled by the controlling system according to the parameter data input by the user; and an adding module configured for adding the searched LED chip into the controlling system and assigning the distinguishable parameter to the added LED chip by modifying parameter settings of the added LED chip and assigning a new address value and a new type value to the added LED chip so as to distinguish from other LED chips; and a system configuration module configured for setting a controlling mode for the added searched LED chip. a parameter predetermining module that works as a user interface for the user to input parameter data of the LED lamps controlled by the controlling system and is configured for predetermining the controlling system to control which type of the LED chip is selected and the number of the selected type of LED chip in accordance with the parameter data input by the user; characterized in that said parameter data include at least a type and a number of each of the LED chips controlled by the controlling system, said controlling system further comprising a searching module configured for searching the selected type and the number of the LED chips controlled by the controlling system according to the parameter data input by the user; and an adding module configured for adding the searched LED chip into the controlling system and assigning the distinguishable parameter to the added LED chip by modifying parameter settings of the added LED chip and assigning a new address value and a new type value to the added LED chip so as to distinguish from other LED chips; and a system configuration module configured for setting a controlling mode for the added searched LED chip.