mhurhangee/ep-ind-claims huggingface dataset:
A method for the discontinuous provision of temperature-controlled water for use in a process for producing and/or treating a food item in which freshwater is recuperatively heated by means of at least one first heat transfer medium to a desired hot water temperature and is kept ready as hot water at this hot water temperature until discharge, and wherein the hot water and characterized in that • additional freshwater are mixed with the temperature-controlled water at a desired mixing temperature, and • at least the freshwater to be supplied for mixing with the hot water is recuperatively preheated by means of a second heat transfer medium to become preheated water, • in the time intervals in which no temperature-controlled water is mixed or fresh water is heated to become hot water, the hot water that is being kept ready is supplied to the flow, at least in the sections supplied with the preheated water up to the mixing point for the hot water and the preheated water. • additional freshwater are mixed with the temperature-controlled water at a desired mixing temperature, and • at least the freshwater to be supplied for mixing with the hot water is recuperatively preheated by means of a second heat transfer medium to become preheated water, • in the time intervals in which no temperature-controlled water is mixed or fresh water is heated to become hot water, the hot water that is being kept ready is supplied to the flow, at least in the sections supplied with the preheated water up to the mixing point for the hot water and the preheated water.
Pipe made of plastics comprising a female end provided with a bell joint suitable to receive a male end of a further pipe and comprising an inner wall provided with a seat for a gasket suitable to abut an external wall of said male end in an assembled configuration, wherein said pipe and said further pipe are mutually connected to form a joint, said gasket adapted to achieve a hydraulic sealing between said pipe and said further pipe, said pipe being characterised by the fact that on said inner wall at least one closing lip with an annular shape is made, extending towards the inside of said bell joint and towards an external front edge of said bell joint, said closing lip including an abutment edge provided to adhere to, and tighten with a defined force, said external wall of said male end in said assembled configuration, said closing lip being interposed between said seat and said external front edge and forming, with said inner wall, an annular cavity that opens in the direction of said external front edge so as to prevent plant roots from reaching and damaging said gasket and impairing a hydraulic sealing of said joint.
Dispenser for a pressurized container, the dispenser being provided with an outlet channel (30, 30') that opens into a nozzle housing intended to receive and retain a nozzle provided with a retention ring, the nozzle housing comprising a tubular wall that extends around an axis and is open towards the outside at its end opposite to the outlet channel, the tubular wall being provided, at a distance from its end open towards the outside, with a support surface that extends over at least a portion of its periphery and behind which at least a portion of the retention ring of a nozzle introduced into the nozzle housing can come into engagement, characterized in that the support surface extends only over an angular section of the periphery of the tubular wall, said tubular wall being continued, opposite to its open end, in the angular section complementary to the support surface, by an extension configured such that the portion of the retention ring of the nozzle which is not engaged with the support surface can come to be caught in the extension by deformation of the extension.
A composition comprising an antimicrobial silver hydrated fatty acid-derived biomaterial comprising a fatty acid, and a glyceride, wherein the fatty acid and glyceride components are cross-linked to each other to form a bioabsorbable gel containing the cross-linked fatty acids and glycerides, wherein the biomaterial is hydrated with an aqueous form of silver to form silver fatty acid salts within the biomaterial, wherein the aqueous form of silver is selected from the group consisting of silver acetate and silver nitrate.
A method for manufacturing the stator of an electric motor with automatic assembly of the several poles, characterized in that it comprises the steps of positioning side by side in a planar arrangement a plurality of cores that form a stator pole, winding the coil of electric wire on each pole, picking up in succession each pole, arranging it on a substantially circumferential portion, closing said plurality of poles along a circumferential extension, and inserting the poles thus arranged in a frame of the stator of an electric motor.
A roller leveler for flattening a plate by passing the plate through a pass line, the roller leveler comprising: a leveling roll unit including a plurality of leveling rolls (6, 8a, 8b) arranged on upper and lower sides of the pass line in a staggered manner and configured to rotate so as to pass the plate while flattening the plate sandwiched therebetween; a pushing cylinder (4a, 4b) provided at each of an entrance side and a discharge side of the leveling roll unit, at which the plate enters and is discharged, respectively, and configured to press the plate via the leveling rolls (6, 8a, 8b); and a driving mechanism configured to rotate the leveling rolls (6, 8a, 8b) to pass the plate, the roller leveler being characterized in that at least one of the plurality of leveling rolls has a stepped structure, the at least one of the plurality of leveling rolls including a lateral center portion with a large diameter, corresponding to a center portion of the plate with respect to a plate width direction, and a lateral end portion with a small diameter, corresponding to an edge portion of the plate with respect to the plate width direction. a leveling roll unit including a plurality of leveling rolls (6, 8a, 8b) arranged on upper and lower sides of the pass line in a staggered manner and configured to rotate so as to pass the plate while flattening the plate sandwiched therebetween; a pushing cylinder (4a, 4b) provided at each of an entrance side and a discharge side of the leveling roll unit, at which the plate enters and is discharged, respectively, and configured to press the plate via the leveling rolls (6, 8a, 8b); and a driving mechanism configured to rotate the leveling rolls (6, 8a, 8b) to pass the plate, the roller leveler being characterized in that at least one of the plurality of leveling rolls has a stepped structure, the at least one of the plurality of leveling rolls including a lateral center portion with a large diameter, corresponding to a center portion of the plate with respect to a plate width direction, and a lateral end portion with a small diameter, corresponding to an edge portion of the plate with respect to the plate width direction.
A track barrier device for mobile track safety systems of multi-track railway lines, which protects the personnel working on the work track of the railway line from rail traffic rolling on the operational track in that it encloses the structure gauge assignable to the operational track of the railway line on the side facing the work track, wherein the track barrier device has at least two holding consoles that are spaced apart from one another along the operational track, as well as a respective vertical extension, and the holding consoles respectively consist of a carrier and a post ascending from the free end thereof, wherein the carrier is in the installed state of the track barrier device mounted on the rail base of a rail of the operational track by means of a rail base mounting so as to project away from the rail and at least one barrier means extending along the operational track is mounted on the ascending post, wherein means for producing a connection with the vertical extension are provided on the free end of the holding consoles, wherein at least one mounting for receiving at least one additional barrier means is arranged on this vertical extension, and wherein this at least one additional barrier means is secured by means of at least one safety rail that is mounted on the vertical extension itself and on the holding console receiving the vertical extension.
A method for correcting a power of a mobile terminal which employs a battery as energy supply, comprising: reading a register of a coulometer chip for acquiring a first power of the battery; matching the first power with a preset power level, each of power levels corresponding to a preset service logic; correcting the first power by a preset service logic matched with the first power to form a second power and displaying the second power; wherein when the first power is greater than a preset power threshold, the second power is greater than the first power. reading a register of a coulometer chip for acquiring a first power of the battery; matching the first power with a preset power level, each of power levels corresponding to a preset service logic; correcting the first power by a preset service logic matched with the first power to form a second power and displaying the second power; wherein when the first power is greater than a preset power threshold, the second power is greater than the first power.
A method of manufacturing a laminate comprising - providing a binder impregnated core layer by impregnating at least one fibrous core layer with an aqueous core binder solution having a viscocity in the range 10 cP to 500 cP at a temperature of 20°C and a bake-out solid content in the range 40 wt% to 85 wt%, in which the aqueous core binder solution comprises (i) at least 25% by dry weight of: (a) reducing sugar reactant(s) and nitrogen-containing reactant(s) and/or (b) curable reaction product(s) of reducing sugar reactant(s) and nitrogen-containing reactant(s); and (ii) between 5% and 15% by weight of a non-aqueous solvent based on the total weight of the aqueous binder solution; - providing a semi-finished assembly by assembling the binder impregnated core layer with a surface layer; and - applying heat and pressure to the semi-finished assembly to cure the binder in the binder impregnated core layer and secure the core layer and the surface layer together. - providing a binder impregnated core layer by impregnating at least one fibrous core layer with an aqueous core binder solution having a viscocity in the range 10 cP to 500 cP at a temperature of 20°C and a bake-out solid content in the range 40 wt% to 85 wt%, in which the aqueous core binder solution comprises (i) at least 25% by dry weight of: (a) reducing sugar reactant(s) and nitrogen-containing reactant(s) and/or (b) curable reaction product(s) of reducing sugar reactant(s) and nitrogen-containing reactant(s); and (ii) between 5% and 15% by weight of a non-aqueous solvent based on the total weight of the aqueous binder solution; - providing a semi-finished assembly by assembling the binder impregnated core layer with a surface layer; and - applying heat and pressure to the semi-finished assembly to cure the binder in the binder impregnated core layer and secure the core layer and the surface layer together.
A three-dimensional knitted fabric, comprising an outer layer knitted fabric, an inner layer knitted fabric, and a rear knitted fabric, wherein the outer layer knitted fabric and the inner layer knitted fabric are connected to each other with a connecting yarn, wherein convex sections where the outer layer knitted fabric and the inner layer knitted fabric are separated from each other by the connecting yarn and concave sections where the outer layer knitted fabric and the inner layer knitted fabric are attached to each other with no gaps therebetween are alternately repeated, wherein t the three-dimensional knitted fabric is seamless, wherein the number of courses in the outer layer knitted fabric is greater than the number of courses in the inner layer knitted fabric at the convex sections along a height direction of the three-dimensional knitted fabric,and wherein the outer layer knitted fabric is disposed on one side of the inner layer knitted fabric, the rear knitted fabric is disposed on the other side of the inner layer knitted fabric, and the inner layer knitted fabric and the rear knitted fabric configure a tube extending in a height direction of the three dimensional knitted fabric.
A cabinet system for monitoring items having an RFID tag, the system comprising: a cabinet comprising: an interior where items are stored; and at least one door providing access to the items; a static RFID system having a first antenna for reading and identifying data embedded on RFID tags located on at least some of the items placed within the cabinet, wherein the static RFID system is configured to scan substantially all of the items located within the interior of the cabinet when the at least one door is closed; and a computer system that is configured to detect opening and closing of the at least one door, characterised by a transaction RFID system separate from the static RFID system, the transaction RFID system having a second antenna for reading the data on one of the RFID tags upon removal or replacement of the associated item from the RFID cabinet, wherein the transaction RFID system is operable only when the door is open; wherein the computer system is configured to receive an input that identifies a user, receive an inputted goal for an item to be placed into or removed from the cabinet, and wherein the computer system is configured to periodically record the data read from the RFID tags by the static RFID system and the transaction RFID system. a cabinet comprising: an interior where items are stored; and at least one door providing access to the items; an interior where items are stored; and at least one door providing access to the items; a static RFID system having a first antenna for reading and identifying data embedded on RFID tags located on at least some of the items placed within the cabinet, wherein the static RFID system is configured to scan substantially all of the items located within the interior of the cabinet when the at least one door is closed; and a computer system that is configured to detect opening and closing of the at least one door, characterised by a transaction RFID system separate from the static RFID system, the transaction RFID system having a second antenna for reading the data on one of the RFID tags upon removal or replacement of the associated item from the RFID cabinet, wherein the transaction RFID system is operable only when the door is open; wherein the computer system is configured to receive an input that identifies a user, receive an inputted goal for an item to be placed into or removed from the cabinet, and wherein the computer system is configured to periodically record the data read from the RFID tags by the static RFID system and the transaction RFID system.
Porcine pancreatic tissue or cells derived from an animal that lacks any expression of functional alpha 1,3 galactosyltransferase (GTKO) and that expresses at least one first transgene and at least one second transgene, wherein the at least one first transgene is a complement inhibitor and wherein the at least one second transgene is specifically expressed in pancreatic tissue and is selected from the group consisting of (i) an anticoagulant and (ii) an immunosuppressant, for use in a method for the treatment or prophylaxis of diabetes.
A method for controlling noise produced by an air handling system having a fan and an inlet cone (502, 550, 800), comprising: collecting sound measurements from the air handling system with a source microphone (510, 552), the sound measurements being defined by acoustic parameters, determining values for the acoustic parameters based on the sound measurements collected; and calculating offset values for the acoustic parameters, the offset values defining a cancellation signal that at least partially cancels out the sound measurements; and generating the cancellation signal based on the offset values with an array of speakers (512, 554) positioned around a circumference of the inlet cone (502, 550, 602, 800); characterized in that the method further comprises: collecting response sound measurements at a region of cancellation with a response microphone; and tuning the cancellation signal based on the response sound measurements collected by the response microphone. collecting sound measurements from the air handling system with a source microphone (510, 552), the sound measurements being defined by acoustic parameters, determining values for the acoustic parameters based on the sound measurements collected; and calculating offset values for the acoustic parameters, the offset values defining a cancellation signal that at least partially cancels out the sound measurements; and generating the cancellation signal based on the offset values with an array of speakers (512, 554) positioned around a circumference of the inlet cone (502, 550, 602, 800); characterized in that the method further comprises: collecting response sound measurements at a region of cancellation with a response microphone; and tuning the cancellation signal based on the response sound measurements collected by the response microphone. collecting response sound measurements at a region of cancellation with a response microphone; and tuning the cancellation signal based on the response sound measurements collected by the response microphone.
Food processing machine, particularly a filling machine and / or twisting line, for manufacturing foods, particularly sausages, with one or more function modules (1, 2, 3, 4, n) and one or more control sections (11, 12, 13, 14, n) for controlling the corresponding function modules (1, 2, 3, 4, n), characterised by at least one activation device in the form of an activation module that can be activated by means of a code, by means of which after the input of an access authorisation a performance range (a, b, c, d) from a plurality of possible performance ranges of at least one function module can be activated.
A lens-less optical rotary joint (102, 300, 510), comprising: a guide ferrule; a rotatable ferrule; the rotatable ferrule and the guide ferrule being separated by a spacing, a rotatable optical fiber, the rotatable optical fiber passing through the rotatable ferrule and the guide ferrule, the rotatable optical fiber being secured within the rotatable ferrule, and the rotatable optical fiber being freely rotatable within the guide ferrule; and a coupler to secure the guide ferrule and receive a static ferrule including a static optical fiber such that a face of the static optical fiber is proximate a face of the rotatable optical fiber. a guide ferrule; a rotatable ferrule; the rotatable ferrule and the guide ferrule being separated by a spacing, a rotatable optical fiber, the rotatable optical fiber passing through the rotatable ferrule and the guide ferrule, the rotatable optical fiber being secured within the rotatable ferrule, and the rotatable optical fiber being freely rotatable within the guide ferrule; and the rotatable optical fiber passing through the rotatable ferrule and the guide ferrule, the rotatable optical fiber being secured within the rotatable ferrule, and the rotatable optical fiber being freely rotatable within the guide ferrule; and a coupler to secure the guide ferrule and receive a static ferrule including a static optical fiber such that a face of the static optical fiber is proximate a face of the rotatable optical fiber.
A manufacturing machine for producing a cartridge, for an electronic cigarette, comprising a base; a supporting base at least partly inserted inside the base; a heating member fitted to the supporting base; and a hygroscopic pad surrounding the heating member; the manufacturing machine comprising: a first conveyor comprising a gripper designed to house the supporting base fitted with the heating member; a first feed device for positioning the hygroscopic pad, initially flat and rectangular in shape, facing the gripper; and an insertion device for inserting the supporting base, fitted with the heating member, inside the gripper, so as to intercept the hygroscopic pad which, as it is inserted inside the gripper, folds into a 'U' about the heating member. a first conveyor comprising a gripper designed to house the supporting base fitted with the heating member; a first feed device for positioning the hygroscopic pad, initially flat and rectangular in shape, facing the gripper; and an insertion device for inserting the supporting base, fitted with the heating member, inside the gripper, so as to intercept the hygroscopic pad which, as it is inserted inside the gripper, folds into a 'U' about the heating member.
A method by a base station for transmitting a reference signal in a cell that uses an unlicensed frequency band, comprising: determining a candidate resource set that is used when a first reference signal is transmitted in the cell that uses the unlicensed frequency band, wherein the candidate resource set comprises a preset resource and at least one flexible candidate resource, the preset resource is a resource that is in a time window and that is required, when the cell is in an active state, for transmission of the first reference signal according to a first period, and the flexible candidate resource is a candidate resource that is in the time window and that is obtained after the preset resource is translated in terms of time, wherein a period in which the time window emerges is a second period, and the second period is greater than the first period; determining a first candidate resource that is used when the first reference signal is transmitted in the cell that uses the unlicensed frequency band, wherein a channel on the unlicensed frequency band corresponding to the first candidate resource is in an idle state, and the first candidate resource is the preset resource or a flexible candidate resource in the candidate resource set; and sending the first reference signal on the first candidate resource. determining a candidate resource set that is used when a first reference signal is transmitted in the cell that uses the unlicensed frequency band, wherein the candidate resource set comprises a preset resource and at least one flexible candidate resource, the preset resource is a resource that is in a time window and that is required, when the cell is in an active state, for transmission of the first reference signal according to a first period, and the flexible candidate resource is a candidate resource that is in the time window and that is obtained after the preset resource is translated in terms of time, wherein a period in which the time window emerges is a second period, and the second period is greater than the first period; determining a first candidate resource that is used when the first reference signal is transmitted in the cell that uses the unlicensed frequency band, wherein a channel on the unlicensed frequency band corresponding to the first candidate resource is in an idle state, and the first candidate resource is the preset resource or a flexible candidate resource in the candidate resource set; and sending the first reference signal on the first candidate resource.