mhurhangee/ep-ind-claims huggingface dataset:
A fabrication process for a secondary battery, wherein the process comprises: locating an electrode assembly between a first pouch sheet and a second pouch sheet; characterised by performing a first joining step, in which respective portions of the first pouch sheet and the second pouch sheet are joined together, so as to form a seal that at least partially surrounds the electrode assembly; subsequently supplying the electrode assembly with an electrolyte; and subsequently performing a second joining step, in which further respective portions of the first pouch sheet and the second pouch sheet are joined together in a region situated between the seal and the electrode assembly; wherein an opening is left between respective portions of the first pouch sheet and the second pouch sheet during the first joining step and the electrolyte is supplied to the electrode assembly via the said opening. locating an electrode assembly between a first pouch sheet and a second pouch sheet; characterised by performing a first joining step, in which respective portions of the first pouch sheet and the second pouch sheet are joined together, so as to form a seal that at least partially surrounds the electrode assembly; subsequently supplying the electrode assembly with an electrolyte; and subsequently performing a second joining step, in which further respective portions of the first pouch sheet and the second pouch sheet are joined together in a region situated between the seal and the electrode assembly; wherein an opening is left between respective portions of the first pouch sheet and the second pouch sheet during the first joining step and the electrolyte is supplied to the electrode assembly via the said opening.
A method comprising: controlling movement of a first pointer displayed on a display based on detected movement of a first user-manipulated physical object in the vicinity of a device, the movement of the first user-manipulated physical object being detected by a sensor arrangement (14A, 14B, 14C); controlling movement of a second pointer displayed on the display based on detected movement of a second user-manipulated physical object in the vicinity of the device, the movement of the second user-manipulated physical object being detected by the sensor arrangement (14A, 14B, 14C), wherein the second pointer is displayed simultaneously with the first pointer; selecting an object displayed on the display so as to be ready for size adjustment in response to determining the displayed first and second pointers (12A, 12B) simultaneously touching the displayed object; detecting execution of a gesture performed with the first and second user-manipulated physical objects (20A, 20B) in the vicinity of the device, said detecting comprising detecting, by the sensor arrangement (14A, 14B, 14C), a position of each of the first and second user-manipulated physical objects (20A, 20B) moving towards or apart from one another; adjusting a displayed size of the selected displayed object in response to the detected gesture. controlling movement of a first pointer displayed on a display based on detected movement of a first user-manipulated physical object in the vicinity of a device, the movement of the first user-manipulated physical object being detected by a sensor arrangement (14A, 14B, 14C); controlling movement of a second pointer displayed on the display based on detected movement of a second user-manipulated physical object in the vicinity of the device, the movement of the second user-manipulated physical object being detected by the sensor arrangement (14A, 14B, 14C), wherein the second pointer is displayed simultaneously with the first pointer; selecting an object displayed on the display so as to be ready for size adjustment in response to determining the displayed first and second pointers (12A, 12B) simultaneously touching the displayed object; detecting execution of a gesture performed with the first and second user-manipulated physical objects (20A, 20B) in the vicinity of the device, said detecting comprising detecting, by the sensor arrangement (14A, 14B, 14C), a position of each of the first and second user-manipulated physical objects (20A, 20B) moving towards or apart from one another; adjusting a displayed size of the selected displayed object in response to the detected gesture.
A dry slag granulation system comprising a slag granulation housing forming an opening; a slag supply inlet; a directional granulator to receive the slag from the inlet for granulation; a sensor directed at a region of the opening; and a controller for controlling relative movement of the slag supply inlet and the directional granulator in response to signals received from the sensor.
A tilt bracket comprising - a first bracket part and a second bracket part, - a pivot means connecting the first bracket part and the second bracket part such that the first bracket part and second bracket part can be pivoted between a fully open position, a fully folded position, and intermediate positions, - a gear mechanism comprising a first cogwheel, the first cogwheel being connected to the first bracket part and sharing a center axis with the pivot means, and - a blocking mechanism pivotable between an engaged position and an unengaged position, the blocking mechanism comprising a blocking catch configured to engage with the gear mechanism when in the engaged position, the blocking mechanism being configured to allow the gear mechanism to pivot the first bracket part and the second bracket part towards the fully folded position when the blocking mechanism is in the unengaged position but also when the blocking mechanism is in the engaged position, the blocking mechanism being configured to prevent the gear mechanism from pivoting the first bracket part and the second bracket part towards the fully open position when the blocking mechanism is in the engaged position, and the blocking mechanism being configured to allow the gear mechanism to pivot the first bracket part and the second bracket part towards the fully open position when the blocking mechanism is in the unengaged position. - a first bracket part and a second bracket part, - a pivot means connecting the first bracket part and the second bracket part such that the first bracket part and second bracket part can be pivoted between a fully open position, a fully folded position, and intermediate positions, - a gear mechanism comprising a first cogwheel, the first cogwheel being connected to the first bracket part and sharing a center axis with the pivot means, and - a blocking mechanism pivotable between an engaged position and an unengaged position, - a blocking mechanism pivotable between an engaged position and an unengaged position, the blocking mechanism comprising a blocking catch configured to engage with the gear mechanism when in the engaged position, the blocking mechanism being configured to allow the gear mechanism to pivot the first bracket part and the second bracket part towards the fully folded position when the blocking mechanism is in the unengaged position but also when the blocking mechanism is in the engaged position, the blocking mechanism being configured to prevent the gear mechanism from pivoting the first bracket part and the second bracket part towards the fully open position when the blocking mechanism is in the engaged position, and the blocking mechanism being configured to allow the gear mechanism to pivot the first bracket part and the second bracket part towards the fully open position when the blocking mechanism is in the unengaged position.
A process for preparing an adsorbent containing titanium and iron compounds, wherein the process comprises: (i) digesting a titanium- and iron- containing starting material, preferably ilmenite and/or titanium slag, with sulfuric acid to obtain a solids-containing digestion solution; (ii) separating the solids contained in the digestion solution to obtain a digestion residue and a digestion solution substantially free of solids; (iii) adding compounds containing iron ions to the digestion residue; (iv) completing or partial neutralising the digestion residue; (v) washing the neutralised digestion residue to remove sulphate salts; and (vi) drying and/or granulating the digestion residue to obtain an adsorbent, wherein the iron ions-containing compounds are added to the digestion residue prior to the neutralisation step, and wherein the adsorbent contains at least 10 wt.% Ti and at least 3.5 wt.% Fe, preferably at least 30 wt.% Ti and at least 5 wt.% Fe based on the total weight of the adsorbent. (i) digesting a titanium- and iron- containing starting material, preferably ilmenite and/or titanium slag, with sulfuric acid to obtain a solids-containing digestion solution; (ii) separating the solids contained in the digestion solution to obtain a digestion residue and a digestion solution substantially free of solids; (iii) adding compounds containing iron ions to the digestion residue; (iv) completing or partial neutralising the digestion residue; (v) washing the neutralised digestion residue to remove sulphate salts; and (vi) drying and/or granulating the digestion residue to obtain an adsorbent,
A manually guided floor cleaning machine, comprising a chassis with a front end and a rear end in relation to a straight ahead forward travel direction, a wheel arrangement, which is arranged on the chassis in the region of the rear end, and a cleaning head, which is pivotably arranged on the chassis in the region of the front end, characterized by a steering rod device, which is articulated on the cleaning head, which is supported on the chassis and which extends in a direction upwardly away from the chassis toward the rear end, and which forms a pushing rod device for pushing the floor cleaning machine and/or forms a pulling rod device for pulling the floor cleaning machine.
A kit, comprising: a tack anchor comprising a body and a securing element, wherein the body includes one or more compressible flanges, an opening (3008, 3008') and a cavity, wherein the cavity includes a cavity opening near or proximate the flanges, and is configured to receive a suture, wherein a distal end of the body is configured to be removably coupled to a proximal end of the body, and the suture is configured to be secured by the securing element; at least one tack anchor tool comprising: a hollow first elongated member comprising a stop, wherein the stop is coupled to an outer surface of the first elongated member, and wherein the tack anchor is configured to couple to the distal end of the first elongated member; a hollow second elongated member, wherein the second elongated member is configured to be inserted into the first elongated member; a handle coupled to the second elongated member, wherein the handle and second elongated member are configured to receive the suture; and wherein the second elongated member is configured to displace the tack anchor from the distal end of the first elongated member so that at least one of the flanges of the tack anchor opens outward. a tack anchor comprising a body and a securing element, wherein the body includes one or more compressible flanges, an opening (3008, 3008') and a cavity, wherein the cavity includes a cavity opening near or proximate the flanges, and is configured to receive a suture, wherein a distal end of the body is configured to be removably coupled to a proximal end of the body, and the suture is configured to be secured by the securing element; at least one tack anchor tool comprising: a hollow first elongated member comprising a stop, wherein the stop is coupled to an outer surface of the first elongated member, and wherein the tack anchor is configured to couple to the distal end of the first elongated member; a hollow second elongated member, wherein the second elongated member is configured to be inserted into the first elongated member; a handle coupled to the second elongated member, wherein the handle and second elongated member are configured to receive the suture; and wherein the second elongated member is configured to displace the tack anchor from the distal end of the first elongated member so that at least one of the flanges of the tack anchor opens outward. a hollow first elongated member comprising a stop, wherein the stop is coupled to an outer surface of the first elongated member, and wherein the tack anchor is configured to couple to the distal end of the first elongated member; a hollow second elongated member, wherein the second elongated member is configured to be inserted into the first elongated member; a handle coupled to the second elongated member, wherein the handle and second elongated member are configured to receive the suture; and wherein the second elongated member is configured to displace the tack anchor from the distal end of the first elongated member so that at least one of the flanges of the tack anchor opens outward.
A biological fluid filter assembly comprising: a) a one piece, insert molded frame comprising a rim defining a central opening, said frame comprising an inner surface and an outer surface and an inlet side and an outlet side; b) a filter medium comprising a plurality of stacked sheets the outer edges of which are captured by and contained within said insert molded frame; c) at least one inlet port and one outlet port; and d) first and second flexible housing walls (54, 56) at said inlet side and at said outlet side of said frame, wherein said at least one inlet port and one outlet port are respectively secured to the outer surface of said first and second flexible housing walls, wherein said inlet port and said outlet port are positioned on opposite sides and near opposite ends of the filter assembly and wherein the first and second flexible housing walls are respectively provided with an aperture for the inlet port and an aperture for the outlet port through which fluid flows into and out of the filter assembly. a) a one piece, insert molded frame comprising a rim defining a central opening, said frame comprising an inner surface and an outer surface and an inlet side and an outlet side; b) a filter medium comprising a plurality of stacked sheets the outer edges of which are captured by and contained within said insert molded frame; c) at least one inlet port and one outlet port; and d) first and second flexible housing walls (54, 56) at said inlet side and at said outlet side of said frame, wherein said at least one inlet port and one outlet port are respectively secured to the outer surface of said first and second flexible housing walls, wherein said inlet port and said outlet port are positioned on opposite sides and near opposite ends of the filter assembly and wherein the first and second flexible housing walls are respectively provided with an aperture for the inlet port and an aperture for the outlet port through which fluid flows into and out of the filter assembly.
A satiety-inducing device for continuously dispensing nutrients to a patient, the device comprising: an enteral feeding tube having a distal end and a proximal end, the distal end positionable within a body lumen of the patient; a retainer secured to the feeding tube at the proximal end of the feeding tube, the retainer being an external retainer for deployment outside the patient's body; and an expandable bladder secured to the feeding tube near the distal end of the feeding tube such that the expandable bladder is positionable within the body lumen of the patient, characterized in that the expandable bladder expands upon receipt of nutrients to occupy a volume of the body lumen and contracts as nutrients are continuously dispensed to the patient. an enteral feeding tube having a distal end and a proximal end, the distal end positionable within a body lumen of the patient; a retainer secured to the feeding tube at the proximal end of the feeding tube, the retainer being an external retainer for deployment outside the patient's body; and an expandable bladder secured to the feeding tube near the distal end of the feeding tube such that the expandable bladder is positionable within the body lumen of the patient, characterized in that the expandable bladder expands upon receipt of nutrients to occupy a volume of the body lumen and contracts as nutrients are continuously dispensed to the patient.
Method for evaluating an assembly by welding of parts made of thermoplastic materials and having respective surfaces to be welded and free surfaces (2, 3), comprising: - 1- providing a test piece comprising at least two parts (20,30,40,50,60) that overlap at least in part; wherein at least one of the parts is a perforated reference part (20,30,50) comprising at least one perforation in its thickness; - 2- providing a welding installation comprising at least one heating element and at least one temperature sensor; - 3- providing heat by means of the heating element; - 4- measuring at least one internal temperature of the test piece by means of the temperature sensor at the level of the perforation; wherein the heating element and the temperature sensor move in a welding direction D relative to the parts to be welded during welding (2,3). - 1- providing a test piece comprising at least two parts (20,30,40,50,60) that overlap at least in part; wherein at least one of the parts is a perforated reference part (20,30,50) comprising at least one perforation in its thickness; - 2- providing a welding installation comprising at least one heating element and at least one temperature sensor; - 3- providing heat by means of the heating element; - 4- measuring at least one internal temperature of the test piece by means of the temperature sensor at the level of the perforation; - 2- providing a welding installation comprising at least one heating element and at least one temperature sensor; - 3- providing heat by means of the heating element; - 4- measuring at least one internal temperature of the test piece by means of the temperature sensor at the level of the perforation; wherein the heating element and the temperature sensor move in a welding direction D relative to the parts to be welded during welding (2,3).
A dispensing system for a flowable product comprising at least one dispenser provided with a container mounting and at least one container containing the flowable product, which has a closure removable by displacement of the container and is held upside down in the container mounting after removal of the closure, characterized in that provided on the closure and on the container mounting are similar guide elements (11, 41) which supplement each other or prolong each other upon when the closed container is inserted, and in that provided in front of the container mounting is a deposit means for the closure, which holds the closure back in a parking position during insertion of the container.
Method in which the driving stability of a vehicle is controlled, wherein a yaw rate difference is influenced by means of an additional yaw moment which is generated by building up braking torque independently of the driver at one or more wheels, wherein the braking torque which influences the additional yaw moment is variably apportioned between the front axle and the rear axle of the vehicle in oversteering situations, characterized in that the portion of the braking torque at the rear axle of the vehicle is selected as a function of the magnitude of the yaw rate difference.
An apparatus configured to operate within a communication system configured to provide at least two policy controlled data sessions on a data carrier, the apparatus comprising: means configured to provide control such that at least two data sessions on the data carrier are policy controlled by means of a policy controller selected from a plurality of policy controllers, wherein the selected policy controller controls the at least two data sessions, and the means are further configured to provide an application function and/or application server with information about the selected policy controller to enable the application function and/or application server to communicate with the selected policy controller, wherein the at least two data sessions are included in a packet data protocol context and are policy controlled based on communications between the application function and/or the application server and the selected policy controller.
A method for processing touches comprising: receiving first and second touch input signals simultaneously, wherein the first and second touch input signals are associated with first and second regions, respectively, of a web page displayed on a touch sensitive device, wherein each region is associated with a different respective node in a document object model; the first touch input signal corresponds to a first touch input at a first location that corresponds to the first region of the web page, the second touch input signal corresponds to a second touch input at a second location that corresponds to the second region of the web page, and the second location is distinct from the first location; determining a first touch event associated with the first region of the web page based on the first touch input signal; determining a second touch event associated with the second region of the web page based on the second touch input signal; detecting a gesture event by combining the at least the first and second touch events; and sending the gesture event to the web page for processing. receiving first and second touch input signals simultaneously, wherein the first and second touch input signals are associated with first and second regions, respectively, of a web page displayed on a touch sensitive device, wherein each region is associated with a different respective node in a document object model; the first touch input signal corresponds to a first touch input at a first location that corresponds to the first region of the web page, the second touch input signal corresponds to a second touch input at a second location that corresponds to the second region of the web page, and the second location is distinct from the first location; determining a first touch event associated with the first region of the web page based on the first touch input signal; determining a second touch event associated with the second region of the web page based on the second touch input signal; detecting a gesture event by combining the at least the first and second touch events; and sending the gesture event to the web page for processing.
An assembled structure of a cable and an auxiliary tool for wall penetration when passing into an in-wall pipe, said auxiliary tool comprising a traction member, wherein the traction member comprises a flat traction rod and a traction head fastened to a first end of the traction rod, the traction rod is made of an elastic material, the traction head has a smooth surface, and a second end of the traction rod is securely connected to one end of the cable, characterised in that the auxiliary tool further comprises a guide pipe, wherein a pipe hole of the guide pipe is used to allow the cable to pass therethrough, and a gap exists between an inner wall of the guide pipe and an outer wall of the cable.