mhurhangee/patent-ind-claim-en huggingface dataset:
A machine for making liquid or semi-liquid products, comprising: - a first container adapted to contain a basic mixture, having an inside surface and an outside surface and equipped with a stirrer disposed inside the first container ; - a thermodynamic system comprising a circuit for circulating a heat exchanger fluid and a first heat exchanger associated, in use, with walls of the first container , characterized in that the first heat exchanger is defined by at least one element which is fixable, in use, to the outside surface of the first container , having at least one cavity , extending uninterruptedly and defining, when coupled with the outside surface a fluid circulation channel for circulating heat exchanger fluid, the element also having at least one inlet (I) and one outlet (U) for the heat exchanger fluid, the fluid circulation channel being defined by the combination of the outside surface with the inside walls of the at least one cavity . - a first container adapted to contain a basic mixture, having an inside surface and an outside surface and equipped with a stirrer disposed inside the first container ; - a thermodynamic system comprising a circuit for circulating a heat exchanger fluid and a first heat exchanger associated, in use, with walls of the first container , characterized in that the first heat exchanger is defined by at least one element which is fixable, in use, to the outside surface of the first container , having at least one cavity , extending uninterruptedly and defining, when coupled with the outside surface a fluid circulation channel for circulating heat exchanger fluid, the element also having at least one inlet (I) and one outlet (U) for the heat exchanger fluid, the fluid circulation channel being defined by the combination of the outside surface with the inside walls of the at least one cavity .
An acrylic rubber that is a copolymer in which 1 to 4 wt.% of a reactive halogen group-containing vinyl monomer is copolymerized as a crosslinkable comonomer, wherein 45 to 65 wt.% of n-butyl acrylate, 10 to 35 wt.% of 2-methoxyethyl acrylate and 8 to 30 wt.% of ethoxyethoxyethyl acrylate are copolymerized in 100 wt.% of comonomers other than the crosslinkable comonomer.
A sensor apparatus for attachment to an animal comprising: a housing attachable to the animal , the housing having an internal cavity formed therein; a sensor assembly disposed within the internal cavity , the sensor assembly comprising: two or more separate force sensor units and an accelerometer arrangement to detect force data and accelerometer data being representative of a physiological state of the animal ; a processor operatively coupled to the sensor assembly; one or more transmitter unit communication mechanisms to relay information to a human, machine, or both; and a power source operatively coupled to the sensor assembly , the processor and the communication mechanism . a housing attachable to the animal , the housing having an internal cavity formed therein; a sensor assembly disposed within the internal cavity , the sensor assembly comprising: two or more separate force sensor units and an accelerometer arrangement to detect force data and accelerometer data being representative of a physiological state of the animal ; a processor operatively coupled to the sensor assembly; one or more transmitter unit communication mechanisms to relay information to a human, machine, or both; and a power source operatively coupled to the sensor assembly , the processor and the communication mechanism . two or more separate force sensor units and an accelerometer arrangement to detect force data and accelerometer data being representative of a physiological state of the animal ; a processor operatively coupled to the sensor assembly; one or more transmitter unit communication mechanisms to relay information to a human, machine, or both; and a power source operatively coupled to the sensor assembly , the processor and the communication mechanism .
A disposable set for a blood processing system comprising: a first section of tubing configured to fluidly connect a fluid source and a blood component separation device; a first connector configured to connect to the fluid source; a second connector configured to connect with a port on the blood component separation device , wherein the first section of tubing connects the first connector and the second connector to allow fluid to flow through the disposable set ; an electrode unit having a housing and a first and second electrode within the housing, the first and second electrode configured to contact fluid passing through the disposable set between the source and the blood component separation device ; and a second section of tubing extending from the first section of tubing , the electrode unit located on the second section of tubing . a first section of tubing configured to fluidly connect a fluid source and a blood component separation device; a first connector configured to connect to the fluid source; a second connector configured to connect with a port on the blood component separation device , wherein the first section of tubing connects the first connector and the second connector to allow fluid to flow through the disposable set ; an electrode unit having a housing and a first and second electrode within the housing, the first and second electrode configured to contact fluid passing through the disposable set between the source and the blood component separation device ; and a second section of tubing extending from the first section of tubing , the electrode unit located on the second section of tubing .
An apparatus for delivering particulate material to a flowing stream of frozen confectionery material to provide a single serving to a consumer, the apparatus comprising: a dispenser for the particulate material ; and a dispenser for providing the flowing stream of confectionery material flowing vertically downwards from an outlet , the flowing stream having an outer surface; wherein the dispenser for the particulate material comprises a particulate material deposition device for depositing the particulate material at a common particulate deposition location , and a plurality of chutes , each chute arranged to catch deposited particulate material and redirect it in a substantially horizontal direction to collide with the outer surface of the flowing stream of frozen confection , each chute beginning at the common particulate deposition location and spreading out from each other to each deposit the particulates at a different radial location around the flowing stream of frozen confectionery. a dispenser for the particulate material ; and a dispenser for providing the flowing stream of confectionery material flowing vertically downwards from an outlet , the flowing stream having an outer surface; wherein the dispenser for the particulate material comprises a particulate material deposition device for depositing the particulate material at a common particulate deposition location , and a plurality of chutes , each chute arranged to catch deposited particulate material and redirect it in a substantially horizontal direction to collide with the outer surface of the flowing stream of frozen confection , each chute beginning at the common particulate deposition location and spreading out from each other to each deposit the particulates at a different radial location around the flowing stream of frozen confectionery.
A seismic-detection sensor device, comprising: a first accelerometer configured to detect acceleration at a first acceleration sensitivity; a second accelerometer configured to detect acceleration at a second acceleration sensitivity, wherein the second accelerometer's second acceleration sensitivity is different from the first accelerometer's first acceleration sensitivity; and wherein said first accelerometer and said second accelerometer each detect seismic activity having a magnitude of 0.15 g within a 0-10 Hz bandwidth; a processor configured to analyze acceleration information acquired by the first and second accelerometers; the seismic-detection sensor device being characterized in that: each of the first accelerometer and the second accelerometer is a three-axis accelerometer, configured to automatically align its coordinate system with the direction of gravity; and the processor is further configured to compare said acceleration information acquired by the first and second accelerometers to monitor the correct functioning of one of the accelerometers. a first accelerometer configured to detect acceleration at a first acceleration sensitivity; a second accelerometer configured to detect acceleration at a second acceleration sensitivity, wherein the second accelerometer's second acceleration sensitivity is different from the first accelerometer's first acceleration sensitivity; and wherein said first accelerometer and said second accelerometer each detect seismic activity having a magnitude of 0.15 g within a 0-10 Hz bandwidth; a processor configured to analyze acceleration information acquired by the first and second accelerometers; the seismic-detection sensor device being characterized in that: each of the first accelerometer and the second accelerometer is a three-axis accelerometer, configured to automatically align its coordinate system with the direction of gravity; and the processor is further configured to compare said acceleration information acquired by the first and second accelerometers to monitor the correct functioning of one of the accelerometers. each of the first accelerometer and the second accelerometer is a three-axis accelerometer, configured to automatically align its coordinate system with the direction of gravity; and the processor is further configured to compare said acceleration information acquired by the first and second accelerometers to monitor the correct functioning of one of the accelerometers.
A combustion heater (1; 10; 100) comprising: - a combustion chamber (2; 200), - a receptacle (8; 800) arranged in the combustion chamber (2; 200) and comprising an enclosure intended to contain a combustible material, the said enclosure forming a fireplace of the heating device, and - an exhaust conduit (3; 300) communicating with the combustion chamber (2; 200), a combustion gas, formed from the combustion of the combustible material, flowing from the fireplace to the exhaust duct (3; 300) in a direction of flow (F) from upstream to downstream, - the receptacle (8; 800) comprises an upstream face (81; 810) and a downstream face (82; 820) and each of said faces comprising through openings ; - the receptacle (8; 800) comprises a surface defining at least one side of an air channel (85; 850) in which air from a first air exchange zone (41; 410) flows; said combustion heater (1; 10; 100) being characterised in that - the combustion chamber (2; 200) comprises a first wall (23; 230) disposed opposite the upstream face (81; 810) and comprising the first air exchange zone (41; 410) between the outside and the inside of the combustion heater (1; 10; 100). - a combustion chamber (2; 200), - a receptacle (8; 800) arranged in the combustion chamber (2; 200) and comprising an enclosure intended to contain a combustible material, the said enclosure forming a fireplace of the heating device, and - an exhaust conduit (3; 300) communicating with the combustion chamber (2; 200), a combustion gas, formed from the combustion of the combustible material, flowing from the fireplace to the exhaust duct (3; 300) in a direction of flow (F) from upstream to downstream, - the receptacle (8; 800) comprises an upstream face (81; 810) and a downstream face (82; 820) and each of said faces comprising through openings ; - the receptacle (8; 800) comprises a surface defining at least one side of an air channel (85; 850) in which air from a first air exchange zone (41; 410) flows; said combustion heater (1; 10; 100) being characterised in that - the combustion chamber (2; 200) comprises a first wall (23; 230) disposed opposite the upstream face (81; 810) and comprising the first air exchange zone (41; 410) between the outside and the inside of the combustion heater (1; 10; 100).
A laser amplification device (200; 800; 900; 1100), comprising an amplifying slab (210; 910) having an inlet side face (911; 111) and an outlet side face (212; 912; 1112) for a laser beam to be amplified , and the upper and lower faces of which are each covered with a respective temperature control system (230A, 230B; 930A, 930B), characterised in that each temperature control system (230A; 230B; 930A; 930B) comprises a cooling element (231A; 231B; 431 1 ; 431 2 ; 431 3 ; 431 4 ; 431 5 ; 631 1 ; 831A), covering a central region of the upper, respectively lower face of the amplifying slab, and at least one heating element (232A; 232B; 432 1 ; 432 2 ; 432 3 ; 432 4 ; 432 5 ; 632 1 ; 832A), covering peripheral regions of the upper, respectively lower face of the amplifying slab, and in that the temperature control systems (230A; 230B; 930A; 930B) are substantially symmetrical to each other, according to an orthogonal symmetry with respect to a plane ( P ), said plane ( P ) being a plane parallel to the upper and lower faces of the amplifying slab (210; 910) and passing through said slab, and each temperature control system having a coverage rate higher than 90% with the symmetric one of the other temperature control system.
A lifting arm mechanism which is mounted onto a crane main body in order to allow a counterweight to be moved, comprising, - a main arm which is in connection with said crane main body and a support arm for transmission of motion, - said support arm which is in connection with the main arm on one end and allows positioning the counterweight on the other hand, and transmits the motion, - cylinders for counterweight which are in connection with said main arm and said support arm in order to transmit the required drive to the main arm and the support arm , - said main arm and said support arm can be moved along an X axis (X) and Y axis (Y) by means of said cylinders for counterweight in order to allow said counterweight to move along said X axis (X) and said Y axis (Y), characterised by comprising, - a counterweight recess (103.1) extending into the support arm in order to prevent said counterweight from hitting the support arm when elevated to the maximum height. - a main arm which is in connection with said crane main body and a support arm for transmission of motion, - said support arm which is in connection with the main arm on one end and allows positioning the counterweight on the other hand, and transmits the motion, - cylinders for counterweight which are in connection with said main arm and said support arm in order to transmit the required drive to the main arm and the support arm , - said main arm and said support arm can be moved along an X axis (X) and Y axis (Y) by means of said cylinders for counterweight in order to allow said counterweight to move along said X axis (X) and said Y axis (Y), - a counterweight recess (103.1) extending into the support arm in order to prevent said counterweight from hitting the support arm when elevated to the maximum height.
A transmitter comprising: a transmission control circuit configured to determine whether or not to perform a pre-emphasis on a data signal (S1, S2) indicating a sequence of transmission symbols, based on a result of a comparison of two successive transmission symbols; and a transmission driver configured to selectively perform the pre-emphasis to selectively increase a high-frequency component of three transmission signals based on a result of the determination by the transmission control circuit, and to generate the three transmission signals (SIGA, SIGB, SIGC), wherein respective ones of the three transmission signals make a transition from one of a high voltage state, a low voltage state, and an intermediate voltage state to another of these states, the transition representing the sequence of transmission symbols, and the transmission control circuit is configured to determine that the pre-emphasis is to be performed on the respective ones of the three transmission signals in some of the corresponding transitions, and is further configured to individually determine whether or not to perform pre-emphasis on respective ones of the three transmission signals, or to collectively determine whether or not to perform pre-emphasis on respective ones of the three transmission signals. a transmission control circuit configured to determine whether or not to perform a pre-emphasis on a data signal (S1, S2) indicating a sequence of transmission symbols, based on a result of a comparison of two successive transmission symbols; and a transmission driver configured to selectively perform the pre-emphasis to selectively increase a high-frequency component of three transmission signals based on a result of the determination by the transmission control circuit, and to generate the three transmission signals (SIGA, SIGB, SIGC), wherein respective ones of the three transmission signals make a transition from one of a high voltage state, a low voltage state, and an intermediate voltage state to another of these states, the transition representing the sequence of transmission symbols, and the transmission control circuit is configured to determine that the pre-emphasis is to be performed on the respective ones of the three transmission signals in some of the corresponding transitions, and is further configured to individually determine whether or not to perform pre-emphasis on respective ones of the three transmission signals, or to collectively determine whether or not to perform pre-emphasis on respective ones of the three transmission signals.
A gas turbine engine comprising: a high speed spool mechanically connecting a high pressure turbine to a high pressure compressor ; a first epicyclic gear system ; a second epicyclic gear system ; and a low speed spool mechanically connecting a low pressure turbine to a fan via the first epicyclic gear system and to a low pressure compressor via the second epicyclic gear system, wherein both the fan and the low pressure compressor are rotatably supported, via one or more bearings, by a common static support structure , wherein a static first ring gear of the first epicyclic gear system is directly mechanically coupled to the common static support structure, characterised in that the second epicyclic gear system comprises a static second ring gear . a high speed spool mechanically connecting a high pressure turbine to a high pressure compressor ; a first epicyclic gear system ; a second epicyclic gear system ; and a low speed spool mechanically connecting a low pressure turbine to a fan via the first epicyclic gear system and to a low pressure compressor via the second epicyclic gear system, wherein both the fan and the low pressure compressor are rotatably supported, via one or more bearings, by a common static support structure , wherein a static first ring gear of the first epicyclic gear system is directly mechanically coupled to the common static support structure, characterised in that the second epicyclic gear system comprises a static second ring gear .
Alcoholic disinfectant, comprising a) 81.5 to 92.5wt% ethanol, relative to the weight of the disinfectant, and b) 0.3 to 2.0 wt% of isopropyl myristate; wherein the disinfectant i. comprises less than 0.1 wt% glycerin, relative to the weight of the disinfectant, and ii. comprises less than 5.0 wt% perfume, relative to the weight of the disinfectant, the disinfectant comprising 0.05 to 5.0 wt% ingredients other than water and ingredients a) and b). a) 81.5 to 92.5wt% ethanol, relative to the weight of the disinfectant, and b) 0.3 to 2.0 wt% of isopropyl myristate; i. comprises less than 0.1 wt% glycerin, relative to the weight of the disinfectant, and ii. comprises less than 5.0 wt% perfume, relative to the weight of the disinfectant,
Carrier structure for an epicyclic gear drive , the carrier structure comprising carrier elements connected with at least one planet gear and the first carrier element being connected with the second carrier element through at least two struts , characterized in that the at least two inclined struts having an inclination angle (α) in the range between 35° and 55° in the direction of a rotation (R) around a rotation axis of the carrier structure , wherein the inclined struts are rods with rectangular, circular or elliptical cross-section.
A sensor assembly that is attachable to a suction apparatus including a suction portion configured to suck an object (61, W) with negative pressure, and a shaft configured to support the suction portion and having an air passage, the sensor assembly comprising: a main body in which a space through which the shaft of the suction apparatus passes is formed; a plurality of first proximity sensors that are disposed on the main body , and configured to detect that the suction portion is deformed by the negative pressure; and a fixture that has a fixed portion that is fixed to the shaft , and a support portion that is configured to support the main body ; characterized in that a plurality of the first proximity sensors are disposed on the main body along a radial direction with respect to the shaft . a main body in which a space through which the shaft of the suction apparatus passes is formed; a plurality of first proximity sensors that are disposed on the main body , and configured to detect that the suction portion is deformed by the negative pressure; and a fixture that has a fixed portion that is fixed to the shaft , and a support portion that is configured to support the main body ; characterized in that a plurality of the first proximity sensors are disposed on the main body along a radial direction with respect to the shaft .