mhurhangee/ep-ind-claims huggingface dataset:
A plug (36, 136) for being inserted into a hole in a tree, for use in injecting a liquid into the tree, the plug comprising: a body (42, 142); a passageway (40, 240) extending in the body (42, 142); a plurality of openings (66, 68) to the passageway (40, 240); and a tube (44, 144) extending around at least a portion of the body (42, 142) and obstructing at least one opening of the plurality of openings, characterized in that the tube (44, 144) is elastomeric and configured for opening and closing the at least one opening in response to predetermined pressure differentials. a body (42, 142); a passageway (40, 240) extending in the body (42, 142); a plurality of openings (66, 68) to the passageway (40, 240); and a tube (44, 144) extending around at least a portion of the body (42, 142) and obstructing at least one opening of the plurality of openings, characterized in that the tube (44, 144) is elastomeric and configured for opening and closing the at least one opening in response to predetermined pressure differentials.
A method for operating an indirect extrusion press, wherein the indirect extrusion press comprises an indirect punch having a tool head receivable on the indirect punch, a closure piece and a longitudinally movable block holder having a material block receiving means for receiving a material block, wherein the block holder is movable in a straight line by the closure piece by way of the indirect punch, wherein by moving the block holder in the direction of the closure piece the indirect punch can be brought out of the material block receiving means and by moving it in the opposite direction it can be brought into said material block receiving means, wherein after the pressing of a material block and the formation of a shell in a shell chamber, the method comprises the following steps: bringing the indirect punch out of the material block receiving means by moving the block holder in the direction of the closure piece, placing a further tool head between the indirect punch and the material block receiving means and receiving the other tool head on the indirect punch, introducing the indirect punch together with the other tool head received in the material block receiving means and bringing the other tool head into contact with the other tool head by moving the block holder in the opposite direction and pushing the other tool head out of the material block receiving means by further moving the block holder in the opposite direction, wherein during the further movement the shell is pressed partially or completely out of the material block receiving means by the other tool head. bringing the indirect punch out of the material block receiving means by moving the block holder in the direction of the closure piece, placing a further tool head between the indirect punch and the material block receiving means and receiving the other tool head on the indirect punch, introducing the indirect punch together with the other tool head received in the material block receiving means and bringing the other tool head into contact with the other tool head by moving the block holder in the opposite direction and pushing the other tool head out of the material block receiving means by further moving the block holder in the opposite direction, wherein during the further movement the shell is pressed partially or completely out of the material block receiving means by the other tool head.
An antibacterial liquid for forming an antibacterial film having a water contact angle of 60° or lower, the antibacterial liquid comprising: an antibacterial microparticle; a binder; and a solvent, wherein the antibacterial microparticle contains a silver-supporting inorganic oxide, the binder includes at least one compound having a siloxane bond, the solvent includes an alcohol and water, the concentration of solid contents is less than 5% by mass with respect to the total mass of the antibacterial liquid, the content of the compound having a siloxane bond is 60% by mass or more with respect to the total solid content of the antibacterial liquid, and wherein the compound having a siloxane bond is a siloxane compound represented by General Formula: where R 1 to R 4 each independently represent an alkyl group having 1 to 6 carbon atoms, and n represents an integer from 2 to 100, wherein the antibacterial microparticle contains a silver-supporting inorganic oxide, the binder includes at least one compound having a siloxane bond, the solvent includes an alcohol and water, the concentration of solid contents is less than 5% by mass with respect to the total mass of the antibacterial liquid, the content of the compound having a siloxane bond is 60% by mass or more with respect to the total solid content of the antibacterial liquid, and wherein the compound having a siloxane bond is a siloxane compound represented by General Formula: where R 1 to R 4 each independently represent an alkyl group having 1 to 6 carbon atoms, and n represents an integer from 2 to 100,
A method of producing a yeast fermented beverage, comprising the following consecutive continuous processing steps: a. introducing wort into a series of one or more propagation vessels in which it is combined with a recirculated stream of yeast-containing residue and in which the yeast is allowed to propagate under aerobic conditions whilst being kept suspended; b. transferring the yeast-containing wort from the propagation vessel into a series of one or more fermentation vessels in which the yeast is kept suspended under anaerobic conditions and is allowed to metabolise carbohydrates present in the wort; c. optionally recirculating a part of the yeast-containing fermented wort from the one or more fermentation vessels to the one or more propagation vessels; d. transferring at least a part of the yeast-containing fermented wort from the series of one or more fermentation vessels to one or more separators to remove a yeast-containing residue; e. recirculating part of the yeast-containing residue to the series of one or more propagation vessels; and f. feeding the remainder of the fermented wort to subsequent processing steps; wherein the wet yeast content of the wort in the series of one or more fermentation vessels is maintained at more than 100 g/l, said wet yeast content being equal to the amount of yeast cake with a water content of 73% that may be isolated from the suspension by means of centrifugation, the water content of the yeast cake including the water contained in the yeast cells. a. introducing wort into a series of one or more propagation vessels in which it is combined with a recirculated stream of yeast-containing residue and in which the yeast is allowed to propagate under aerobic conditions whilst being kept suspended; b. transferring the yeast-containing wort from the propagation vessel into a series of one or more fermentation vessels in which the yeast is kept suspended under anaerobic conditions and is allowed to metabolise carbohydrates present in the wort; c. optionally recirculating a part of the yeast-containing fermented wort from the one or more fermentation vessels to the one or more propagation vessels; d. transferring at least a part of the yeast-containing fermented wort from the series of one or more fermentation vessels to one or more separators to remove a yeast-containing residue; e. recirculating part of the yeast-containing residue to the series of one or more propagation vessels; and f. feeding the remainder of the fermented wort to subsequent processing steps; wherein the wet yeast content of the wort in the series of one or more fermentation vessels is maintained at more than 100 g/l, said wet yeast content being equal to the amount of yeast cake with a water content of 73% that may be isolated from the suspension by means of centrifugation, the water content of the yeast cake including the water contained in the yeast cells.
A device for impregnating at least one insulated winding bar (2, 3) for an electric machine, comprising a tool having at least one upper tool part and at least one lower tool part for receiving at least one winding bar (2, 3) in at least one tool cavity present when the upper tool part and lower tool part are connected to one another, wherein the winding bar comprises a groove portion and, on the outside at least on one side, a bracket portion, wherein the free end of the bracket portion defines an end of the bar, wherein the tool cavity can be evacuated, wherein, for an impregnation process, the tool cavity of the winding bar (2, 3) can be filled with an impregnating agent, and wherein the tool surrounds the winding bar (2, 3) in a form-fitting manner during the impregnation process, characterised in that at least one insert part, which can be releasably connected to the upper tool part or the lower tool part, is provided for the end of the bar of the bracket portion of the winding bar (2, 3) in at least one portion of the tool cavity which receives the end of the bar during the impregnation process, wherein the insert part has a surface geometry which in some regions is complementary to the surface geometry of the end of the bar, and wherein during the impregnation process the end of the bar bears against the insert part and can be given a matching shape by means of the insert part on the upper tool part or on the lower tool part.
Method for controlling a data flow transmitted in accordance with a domain name system protocol, called DNS, comprising: - a step of reception, by a DNS resolution server, of a DNS request sent by a terminal, the DNS request comprising a question relating to a domain name, - a step of sending, by the DNS resolution server, of recursive requests to authoritative servers, so as to obtain an appropriate response to said DNS request, - a step of reception, by the DNS resolution server, of a response from the authoritative server acting as authority for said domain name, in response to one of said recursive requests; said method being characterized in that it comprises, prior to said reception by the DNS resolution server of a response from the authoritative server acting as authority for said domain name: - a step of reception, by a control module (CTRL), of said DNS request; - when said DNS request verifies at least one predetermined criterion, • a step of generation, by the control module, of a valid DNS response for the DNS resolution server, said DNS response comprising at least one incorrect response element to said question contained in said received DNS request, • a step of sending, by the control module to said DNS resolution server, of said generated DNS response, • a step of transmission, by the DNS resolution server to said terminal, of said DNS response generated by the control module. - a step of reception, by a DNS resolution server, of a DNS request sent by a terminal, the DNS request comprising a question relating to a domain name, - a step of sending, by the DNS resolution server, of recursive requests to authoritative servers, so as to obtain an appropriate response to said DNS request, - a step of reception, by the DNS resolution server, of a response from the authoritative server acting as authority for said domain name, in response to one of said recursive requests; - a step of reception, by a control module (CTRL), of said DNS request; - when said DNS request verifies at least one predetermined criterion, • a step of generation, by the control module, of a valid DNS response for the DNS resolution server, said DNS response comprising at least one incorrect response element to said question contained in said received DNS request, • a step of sending, by the control module to said DNS resolution server, of said generated DNS response, • a step of transmission, by the DNS resolution server to said terminal, of said DNS response generated by the control module. • a step of generation, by the control module, of a valid DNS response for the DNS resolution server, said DNS response comprising at least one incorrect response element to said question contained in said received DNS request, • a step of sending, by the control module to said DNS resolution server, of said generated DNS response, • a step of transmission, by the DNS resolution server to said terminal, of said DNS response generated by the control module.
A system for dispensing particulates in a layer onto a substrate, the system comprising: a mesh frame including a screen extending between a frame assembly, the screen defining a plurality of apertures; provisions for producing vibratory motion, the provisions being in vibratory communication with the mesh frame; at least one spacer positioned between the mesh frame and the substrate on which particulates are to be dispensed, the spacer having dimensions corresponding to the desired thickness of the layer of particulates to be dispensed on the substrate, wherein the provisions for producing vibratory motion include a spring apparatus having at least one support bar attached to a plurality of springs, wherein upon contact and displacement of the springs relative to the mesh frame, the springs are tensioned across the screen and a vibratory movement is transferred to the screen of the mesh frame. a mesh frame including a screen extending between a frame assembly, the screen defining a plurality of apertures; provisions for producing vibratory motion, the provisions being in vibratory communication with the mesh frame; at least one spacer positioned between the mesh frame and the substrate on which particulates are to be dispensed, the spacer having dimensions corresponding to the desired thickness of the layer of particulates to be dispensed on the substrate, wherein the provisions for producing vibratory motion include a spring apparatus having at least one support bar attached to a plurality of springs, wherein upon contact and displacement of the springs relative to the mesh frame, the springs are tensioned across the screen and a vibratory movement is transferred to the screen of the mesh frame.
A multilayered ceramic capacitor comprising: a hexahedral ceramic body including a dielectric layer and having first and second main surfaces opposing each other in a thickness direction, first and second end surfaces opposing each other in a length direction, and first and second side surfaces opposing each other in a width direction; a first internal electrode disposed in the ceramic body and exposed to at least one of the first and second side surfaces; a second internal electrode disposed to face the first internal electrode, having the dielectric layer therebetween, and exposed to at least one of the first and second side surfaces; a first external electrode formed on the first and second side surfaces of the ceramic body to which the first internal electrode is exposed and at least one of the first and second main surfaces of the ceramic body and electrically connected to the first internal electrode on the side surface of the ceramic body; a second external electrode formed on the first and second side surfaces of the ceramic body to which the second internal electrode is exposed and at least one of the first and second main surfaces of the ceramic body and electrically connected to the second internal electrode on the side surface of the ceramic body; and characterised in that an insulating layer is further provided, the insulating layer covering the first and second external electrodes formed on the first and second side surfaces and the first and second side surfaces of the ceramic body to which the first and second internal electrodes are exposed. a hexahedral ceramic body including a dielectric layer and having first and second main surfaces opposing each other in a thickness direction, first and second end surfaces opposing each other in a length direction, and first and second side surfaces opposing each other in a width direction; a first internal electrode disposed in the ceramic body and exposed to at least one of the first and second side surfaces; a second internal electrode disposed to face the first internal electrode, having the dielectric layer therebetween, and exposed to at least one of the first and second side surfaces; a first external electrode formed on the first and second side surfaces of the ceramic body to which the first internal electrode is exposed and at least one of the first and second main surfaces of the ceramic body and electrically connected to the first internal electrode on the side surface of the ceramic body; a second external electrode formed on the first and second side surfaces of the ceramic body to which the second internal electrode is exposed and at least one of the first and second main surfaces of the ceramic body and electrically connected to the second internal electrode on the side surface of the ceramic body; and characterised in that an insulating layer is further provided, the insulating layer covering the first and second external electrodes formed on the first and second side surfaces and the first and second side surfaces of the ceramic body to which the first and second internal electrodes are exposed.
- A half-round skip with a pusher bottom for transporting material, including, near its lateral closing wall opposite the pusher bottom, a hatch able to go from a first position in which it closes an opening for unloading material formed in the bottom of the skip to a second position in which it frees said opening allowing the material to be discharged by gravity, the hatch being mounted under the skip, and having an upper surface of the same concavity as the bottom of the skip against which it slides, characterised in that the hatch is able to slide along the longitudinal midline of the bottom of the skip.
Device for diffusing volatile substances, comprising: - a container that contains a volatile substance; - a perforable sheet that closes at least a portion of said container; - at least one perforating element characterized in that the device comprises: - a porous element placed between said perforable sheet and said perforating element, comprising at least one weakened area in correspondence with said at least one perforating element, said perforating element is configured to perforate the perforable sheet and the porous element simultaneously, said porous element being impregnated with the volatile substance when the perforable sheet is perforated. - a container that contains a volatile substance; - a perforable sheet that closes at least a portion of said container; - at least one perforating element - a porous element placed between said perforable sheet and said perforating element, comprising at least one weakened area in correspondence with said at least one perforating element, said perforating element is configured to perforate the perforable sheet and the porous element simultaneously, said porous element being impregnated with the volatile substance when the perforable sheet is perforated.
Reader with an antenna that transmits a HF field with a carrier frequency and receives an analog input signal with the antenna, which analog input signal may be load modulated with a modulation frequency, and outputs digital data detected in the input signal, which reader comprises: a mixer (13, 15) that mixes the input signal with a carrier frequency signal (9, 16) and provides a mixed output signal (14,17); target detection means to detect the presence of a target in the HF field and to activate processing of the input signal to communicate with the target, characterized in that the target detection means comprise: low-pass filter means (23, 25) to eliminate signal components of the mixed output signal (14,17) at the modulation frequency and above and to provide a filtered output signal (24,26); quantification means that quantify the filtered output signal (24,26) and provide quantified detection data; decision means that compare the quantified detection data with a threshold to provide a target detected information, while the threshold is set in-between quantified detection data received with and without a target present in the HF field. a mixer (13, 15) that mixes the input signal with a carrier frequency signal (9, 16) and provides a mixed output signal (14,17); target detection means to detect the presence of a target in the HF field and to activate processing of the input signal to communicate with the target, low-pass filter means (23, 25) to eliminate signal components of the mixed output signal (14,17) at the modulation frequency and above and to provide a filtered output signal (24,26); quantification means that quantify the filtered output signal (24,26) and provide quantified detection data; decision means that compare the quantified detection data with a threshold to provide a target detected information, while the threshold is set in-between quantified detection data received with and without a target present in the HF field.
A precharge resistor protection apparatus, which is configured to protect a precharge resistor that is connected in series to a precharge relay to be included in a precharge circuit unit together with the precharge relay and also connected in parallel to a main relay provided to a charge and discharge path of a battery pack, the precharge resistor protection apparatus comprising: a sensing unit configured to measure a battery voltage applied to both ends of a battery cell included in the battery pack and a precharge current flowing in the precharge resistor; and a processor operably coupled to the sensing unit, wherein the processor is configured to calculate a first power estimated as being supplied to the precharge resistor and a second power actually supplied to the precharge resistor during a driving time of the precharge circuit unit by using at least one of a capacitance of a capacitor connected to both ends of the battery pack, the battery voltage and the precharge current, to compare the second power with a reference power range set according to the first power, and to control an operation state of the precharge relay based on the comparison result. a sensing unit configured to measure a battery voltage applied to both ends of a battery cell included in the battery pack and a precharge current flowing in the precharge resistor; and a processor operably coupled to the sensing unit, wherein the processor is configured to calculate a first power estimated as being supplied to the precharge resistor and a second power actually supplied to the precharge resistor during a driving time of the precharge circuit unit by using at least one of a capacitance of a capacitor connected to both ends of the battery pack, the battery voltage and the precharge current, to compare the second power with a reference power range set according to the first power, and to control an operation state of the precharge relay based on the comparison result.