mhurhangee/ep-ind-claims huggingface dataset:
Method for recycling an electrolyte containing a lithium salt having the formula LiA, where A is an anion chosen from PF 6 -, CF 3 SO 3 -, BF 4 - and ClO 4 - of an Li-ion battery, characterised in that it comprises the following steps: a) recovery of the electrolyte; b) addition of water to the electrolyte; c) addition of phosphoric acid or of a salt or salts of carbonate or of phosphate to the solution obtained in step b), then filtration, by means of which a lithium salt and an aqueous phase are obtained; d) precipitation of the anion A of the lithium salt via the addition of pyridine to the aqueous phase obtained in step c), then filtration, by means of which a precipitate and an aqueous phase are obtained; e) addition, to the aqueous solution obtained in step d), of an acid, chosen from H 3 PO 4, HCl, H 2 SO 4 and citric acid, and/or of a soluble salt or mixture of soluble salts of such acids, chosen from NaCl, KC1, Na 2 SO 4, MgSO 4 and K 2 SO 4, in such a way as to obtain a solution having an ionic force greater than 1, preferably potassium chloride and/or sodium chloride at a concentration of 2 mol.L -1 is added or are added; f) decantation of the liquid phase obtained after step e), by means of which water and an organic phase containing the solvents of electrolyte are obtained; g) optionally, distillation of the organic phase obtained in step f) in order to separate the solvents from the electrolyte; a) recovery of the electrolyte; b) addition of water to the electrolyte; c) addition of phosphoric acid or of a salt or salts of carbonate or of phosphate to the solution obtained in step b), then filtration, by means of which a lithium salt and an aqueous phase are obtained; d) precipitation of the anion A of the lithium salt via the addition of pyridine to the aqueous phase obtained in step c), then filtration, by means of which a precipitate and an aqueous phase are obtained; e) addition, to the aqueous solution obtained in step d), of an acid, chosen from H 3 PO 4, HCl, H 2 SO 4 and citric acid, and/or of a soluble salt or mixture of soluble salts of such acids, chosen from NaCl, KC1, Na 2 SO 4, MgSO 4 and K 2 SO 4, in such a way as to obtain a solution having an ionic force greater than 1, preferably potassium chloride and/or sodium chloride at a concentration of 2 mol.L -1 is added or are added; f) decantation of the liquid phase obtained after step e), by means of which water and an organic phase containing the solvents of electrolyte are obtained; g) optionally, distillation of the organic phase obtained in step f) in order to separate the solvents from the electrolyte;
A curing catalyst used for curing a polymer having a reactive hydrolyzable silicon-containing group, wherein the curing catalyst contains a metal alkoxide and an ammonium hydroxide, the metal alkoxide contains a titanium compound [B1a] represented by Chemical Formula, and the ammonium hydroxide is represented by Chemical Formula, (R 1 -O) n Ti-A 4-n in Chemical Formula, R 1 is a substituted or unsubstituted hydrocarbon group having 1 to 10 carbon atoms, n is an integer of 1 to 4, and A is a β-diketone group, in Chemical Formula, R 2, R 3, R 4 and R 5 represent substituted or unsubstituted hydrocarbon groups having 1 to 8 carbon atoms, which are the same as or different from each other, and X represents a hydroxy group. the curing catalyst contains a metal alkoxide and an ammonium hydroxide, the metal alkoxide contains a titanium compound [B1a] represented by Chemical Formula, and the ammonium hydroxide is represented by Chemical Formula, (R 1 -O) n Ti-A 4-n in Chemical Formula, R 1 is a substituted or unsubstituted hydrocarbon group having 1 to 10 carbon atoms, n is an integer of 1 to 4, and A is a β-diketone group, in Chemical Formula, R 2, R 3, R 4 and R 5 represent substituted or unsubstituted hydrocarbon groups having 1 to 8 carbon atoms, which are the same as or different from each other, and X represents a hydroxy group.
A method for managing use of protected content (222; 220) stored on a server and provided to a client computer by providing a specific user interface to an application program on the client computer, the application program being used to render the content on the client computer, said method comprising: upon attempting to render the content by said application program, executing a software component that is referenced by said content (222; 220); wherein the software component, when executed, performs the steps of: identifying a user interface description; building a specific user interface based on the user interface description; replacing the standard user interface of said application program used to render the content with the specific user interface; wherein said content (222; 220) is provided in a form compatible with the application program used to render the content on the client computer; said user interface description is referenced by and associated with said protected content (222; 220); wherein said step of identifying comprises identifying a reference to the user interface description contained in the content; and a step of enforcing usage rights in the client computer by a security module attached to the application program, said usage rights being associated with said content. upon attempting to render the content by said application program, executing a software component that is referenced by said content (222; 220); wherein the software component, when executed, performs the steps of: identifying a user interface description; building a specific user interface based on the user interface description; replacing the standard user interface of said application program used to render the content with the specific user interface; wherein identifying a user interface description; building a specific user interface based on the user interface description; replacing the standard user interface of said application program used to render the content with the specific user interface; wherein said content (222; 220) is provided in a form compatible with the application program used to render the content on the client computer; said user interface description is referenced by and associated with said protected content (222; 220); wherein said step of identifying comprises identifying a reference to the user interface description contained in the content; and a step of enforcing usage rights in the client computer by a security module attached to the application program, said usage rights being associated with said content.
An apparatus (50a, 50b) for emptying and filling horizontal freezers, comprising: a) a first and a second linear chain actuator, said chain actuators comprising assembled chain links, and said chain actuators (51, 52), in an extended configuration, being arranged parallel to each other and parallel to an y axis, i. said chain actuators (51, 52) having first (53, 55) and second ends (54, 56), b) a sliding beam extending at least between said first and second chain actuators and being fixedly mounted nearby, or at, the first end of the first chain actuator, and also being fixedly mounted nearby, or at the first end of the second chain actuator, and c) a feeding arrangement (57, 58,59a, 59b, 59c, 59d) for retracting said first and second chain actuators from an extended configuration to a collapsed configuration and for extending said chain actuators (51, 52) from a collapsed configuration to an extended configuration wherein the first chain actuator is engaged with a first chain wheel and the second chain actuator is engaged with a second chain wheel, characterised in that said first and second chain wheels having their axes of rotation (57a, 58a) parallel to a z axis, so that said first and second chain actuators can be driven from the collapsed configuration to the extended configuration and from the extended configuration to the collapsed configuration with the sliding beam in an xy plane and with the longitudinal direction of the sliding beam parallel to an x axis. a) a first and a second linear chain actuator, said chain actuators comprising assembled chain links, and said chain actuators (51, 52), in an extended configuration, being arranged parallel to each other and parallel to an y axis, i. said chain actuators (51, 52) having first (53, 55) and second ends (54, 56), i. said chain actuators (51, 52) having first (53, 55) and second ends (54, 56), b) a sliding beam extending at least between said first and second chain actuators and being fixedly mounted nearby, or at, the first end of the first chain actuator, and also being fixedly mounted nearby, or at the first end of the second chain actuator, and c) a feeding arrangement (57, 58,59a, 59b, 59c, 59d) for retracting said first and second chain actuators from an extended configuration to a collapsed configuration and for extending said chain actuators (51, 52) from a collapsed configuration to an extended configuration
Drive device for a motor vehicle having a first drive unit, a second drive unit and a planetary gear via which the first drive unit and the second drive unit can be operatively connected to a drivable axis of the motor vehicle, the first drive unit being able to be operatively connected via a first clutch coupling and the drivable axis being able to be operatively connected via a second clutch coupling to the planetary gear, and the second drive unit and an ancillary unit being permanently operatively connected to the planetary gear, and the ancillary unit being directly or indirectly operatively connected to a planetary hub carrier of the planetary gear via a gear stage such that the speed of the ancillary unit is always in a specific ratio to the speed of the planetary hub carrier, characterised in that the first drive unit can be operatively connected via the first clutch coupling to a ring gear of the planetary gear such that when the first clutch coupling is closed, the ring gear has the same speed as the first drive unit.
An antenna module consisting of a carrier and an antenna conductor which is arranged thereon and which consists of two emitter elements (20, 22) which diverge and which each consist of several sections, wherein first sections (24, 26) firstly grow continuously more remote that subsequently second sections (28, 30) of the emitter elements (20, 22) follow at ends of the first sections (24, 26), which second sections (28, 30) bend, at least once, at an angle to the adjacent first sections (24, 26) and at least parts of these second sections (28, 30) run toward one another and grow close to one another and the second sections (28, 30) end at locations (32, 34) which have a smaller mutual spacing than the ends of the first sections (24, 26) from one another, and that third sections (36, 38) are connected to the second sections (28, 30), which third sections (36, 38) bend directly at the ends of the second sections (28, 30) relative to the second sections (28, 30) or parts of the third sections (36, 38) bend in the further course of the third sections (36, 38), characterised in that the antenna conductor further consists of a coupling coil, in that the two diverging emitter elements (20, 22) diverge from the coupling coil, in that first sections (24, 26), starting from the coupling coil, firstly grow continuously more remote therefrom, in that the third sections (36, 38), or parts thereof, which bend directly or only in their further course at an angle to the second sections (28, 30), run in the opposite direction to the second sections (28, 30) after bending, wherein regions (40, 42) of the third sections (36, 38) grow directly close to the second sections (28, 30) at least once, and in that regions (44, 46) of the second (28, 30) and third sections (36, 38), before directly growing close to one another, have a greater spacing than when directly growing closer and form a loop, wherein the direct approaching is a capacitive short-circuit and wherein, of three electromagnetic properties of the antenna, a potential difference is influenced and determined primarily by the first sections, a magnetic portion is influenced and determined primarily by the second sections, and a broadband capacity is influenced and determined primarily by the third sections.
An energy storage system comprising a plurality of cables and a plurality of multi-section masses each suspended from a respective cable in a shaft, each of the multi-section masses comprising an elongated longitudinal side surface extending between top and bottom end surfaces thereof, each of the cables being attached to a respective winch means by which the respective multi-section mass may be raised in the shaft to store potential energy, and the multi-section masses being lowerable in the shaft to release the potential energy, characterised in that each multi-section mass comprises at least two sections (22, 23) clamped together around the respective cable, and in that the respective top and bottom end surfaces of each of the plurality of multi-section masses being horizontally aligned with each other and being configured to be raised and lowered in synchronism along the longitudinal axis in the shaft.
An opening part of a motor vehicle comprising a reinforcing element extending at least partially along a main plane, intended to reinforce fasteners and the environment of a lock of the opening part, and an envelope made from plastic, comprising an inner part overmolded at least partially on an inner face of the reinforcing element, the reinforcing element comprising a plurality of orifices, and the envelope comprising at least one outer part including a plurality of segments each traversing an orifice and a plurality of covering parts each locally covering an edge of an orifice of the plurality of orifices on an outer face of the reinforcing element, characterized in that the outer part of the envelope comprises at least one rib connecting the covering parts to one another.
A medical device (200, 800, 900, 1200) comprising: an elongated portion (202, 802, 902, 1202) having a proximal end portion (206, 806, 906, 1206) and a distal end portion (208, 808, 908, 1208), the elongated portion (202, 802, 902, 1202) having a first width (216, 816, 916, 1216); and a head portion (204, 804, 904, 1204) extending from the distal end portion (208, 808, 908, 1208) of the elongated portion (202, 802, 902, 1202), wherein the head portion (204, 804, 904, 1204) includes a first flat surface (212, 812, 912, 1212) on a first side and a second flat surface (214, 814, 914, 1214) on a second side opposite the first side, the head portion (204, 804, 904, 1204) having a second width (218, 818, 918, 1218), the second width (218, 818, 918, 1218) being greater than the first width (216, 816, 916, 1216), the head portion (204, 804, 904, 1204) defining a perimeter portion around a circumference of the head portion (204, 804, 904, 1204); a plurality of light sources (822, 920a, 920b, 920c, 920d) provided on both the first flat surface (212, 812, 912, 1212) of the head portion (204, 804, 904, 1204) and the second flat surface (214, 814, 914, 1214) of the head portion (204, 804, 904, 1204) and disposed around the perimeter portion of the head portion (204, 804, 904, 1204), the plurality of light sources (822, 920a, 920b, 920c, 920d) configured to project light through a bodily tissue; and an expandable member coupled to the head portion (204, 804, 904, 1204), the expandable member configured to expand once the medical device (200, 800, 900, 1200) is disposed inside a body opening. an elongated portion (202, 802, 902, 1202) having a proximal end portion (206, 806, 906, 1206) and a distal end portion (208, 808, 908, 1208), the elongated portion (202, 802, 902, 1202) having a first width (216, 816, 916, 1216); and a head portion (204, 804, 904, 1204) extending from the distal end portion (208, 808, 908, 1208) of the elongated portion (202, 802, 902, 1202), wherein the head portion (204, 804, 904, 1204) includes a first flat surface (212, 812, 912, 1212) on a first side and a second flat surface (214, 814, 914, 1214) on a second side opposite the first side, the head portion (204, 804, 904, 1204) having a second width (218, 818, 918, 1218), the second width (218, 818, 918, 1218) being greater than the first width (216, 816, 916, 1216), the head portion (204, 804, 904, 1204) defining a perimeter portion around a circumference of the head portion (204, 804, 904, 1204); a plurality of light sources (822, 920a, 920b, 920c, 920d) provided on both the first flat surface (212, 812, 912, 1212) of the head portion (204, 804, 904, 1204) and the second flat surface (214, 814, 914, 1214) of the head portion (204, 804, 904, 1204) and disposed around the perimeter portion of the head portion (204, 804, 904, 1204), the plurality of light sources (822, 920a, 920b, 920c, 920d) configured to project light through a bodily tissue; and an expandable member coupled to the head portion (204, 804, 904, 1204), the expandable member configured to expand once the medical device (200, 800, 900, 1200) is disposed inside a body opening.
A hand-held deburring machine for removing burrs from a drilled hole provided in a workpiece, the hand-held deburring machine comprising: a body including a motor, wherein the body is configured to be hand-held by a worker and the motor is configured to be connected to a polishing brush having a plurality of polishing wires extending rearward from a forward end to drive the polishing brush to rotate about an axis extending in a longitudinal direction,; a cylindrical forward end member mounted to surround a periphery of a forward end portion of the polishing wires of the polishing brush, when connected to the motor; and a guide member secured to the cylindrical forward end member to extend rearward and supported by the body so as to be displaceable in the longitudinal direction, thereby allowing the cylindrical forward end member to be displaceable rearward along the polishing brush when connected to the motor; characterized in that the cylindrical forward end member is configured to engage a surface of the workpiece that surrounds the drilled hole (h) such that upon further movement of the body towards the workpiece the polishing brush when connected to the motor is pushed out forward from the cylindrical forward end member to advance into the drilled hole (h), where the polishing brush may be rotated to perform a deburring operation inside the drilled hole (h). a body including a motor, wherein the body is configured to be hand-held by a worker and the motor is configured to be connected to a polishing brush having a plurality of polishing wires extending rearward from a forward end to drive the polishing brush to rotate about an axis extending in a longitudinal direction,; a cylindrical forward end member mounted to surround a periphery of a forward end portion of the polishing wires of the polishing brush, when connected to the motor; and a guide member secured to the cylindrical forward end member to extend rearward and supported by the body so as to be displaceable in the longitudinal direction, thereby allowing the cylindrical forward end member to be displaceable rearward along the polishing brush when connected to the motor; characterized in that the cylindrical forward end member is configured to engage a surface of the workpiece that surrounds the drilled hole (h) such that upon further movement of the body towards the workpiece the polishing brush when connected to the motor is pushed out forward from the cylindrical forward end member to advance into the drilled hole (h), where the polishing brush may be rotated to perform a deburring operation inside the drilled hole (h).
A method for curing sand-lime bricks or aerated concrete bricks, wherein unfinished bricks are introduced into an inside of an autoclave, said autoclave is sealed in a pressure-tight manner and then pressurized steam is conducted into the inside of the autoclave, which steam then acts on the unfinished bricks for a given time, as a result of which said unfinished bricks cure, wherein furthermore, during the period of the introduction and/or action of the steam, condensation occurs on the unfinished bricks and on the walls of the autoclave which is conducted into a condensate collection device and at least partially recycled, characterized in that the condensate is conducted through a line from the inside of the autoclave into the condensate collection device and from there at least partially, without the pressure thereof being reduced beforehand, directly from the condensate collection device with the help of a heat exchanger arranged in said condensate collection device, which heat exchanger is arranged in the condensate collection device, evaporated back via a recirculating line into the inside of the autoclave and the condensate collection device forms a coherent space in which the same pressure prevails along with the inside of the autoclave and at least one recirculating line.
A pharmaceutical formulation for use in the treatment of pulmonary arterial hypertension, comprising polymeric nanoparticles encapsulated within crosslinked polymeric microparticles, wherein the polymeric nanoparticles carry a therapeutic agent for treatment of PAH loaded within them and selected from the group consisting of prostacyclin synthetic analogs, PPAR β agonists, and NO donors; and wherein the polymeric nanoparticles comprise self-assembly amphiphilic chitosan-PEG-Cholanic acid, or chitosan-PEG-Stearic acid or chitosan-PEG-Oleic acid.
A warewash machine for washing wares, comprising: - a chamber for receiving wares, the chamber having at least one spray zone; - a spray system (42, 44) in the spray zone for spraying liquid onto wares for cleaning; - a tank for capturing sprayed liquid that falls within the spray zone, the tank including a primary recirculation path for delivering liquid from the tank to the spray system (42, 44), and a secondary recirculation path for delivering water out of the tank and back into the tank, without spraying within the spray zone, in order promote mixing within the tank, wherein the primary recirculation path includes a primary pump and the secondary recirculation path includes a separate, secondary pump, characterized by a controller operatively connected for controlling operation of the primary pump and the secondary pump, the controller configured such that, during a machine idling operation, the secondary pump is selectively operated for mixing of water within the tank while the primary pump is maintained OFF. - a chamber for receiving wares, the chamber having at least one spray zone; - a spray system (42, 44) in the spray zone for spraying liquid onto wares for cleaning; - a tank for capturing sprayed liquid that falls within the spray zone, the tank including a primary recirculation path for delivering liquid from the tank to the spray system (42, 44), and a secondary recirculation path for delivering water out of the tank and back into the tank, without spraying within the spray zone, in order promote mixing within the tank,