mhurhangee/ep-ind-claims huggingface dataset:
An ice cream machine characterized in that it comprises: a batch freezing unit having: - a processing container forming a processing chamber for making an ice cream product; - a stirrer mounted inside the processing chamber; - a motor operatively coupled to the stirrer to drive it in rotation; - a cooling system equipped with at least one heat exchanger associated with the processing container, for exchanging heat with the container and cooling the processing container; - a unit for receiving and treating a capsule containing a basic preparation for an ice cream product and comprising a seat for loading the capsule; - a device for injecting a dilution liquid, associated with the processing container, for injecting the dilution liquid into the processing container; - an injection device for injecting an extraction liquid or a mixture containing an extraction liquid, and which is associated with the receiving and treating unit to feed the extraction liquid or mixture into the capsule to allow extracting the basic preparation from the interior of the capsule. - a processing container forming a processing chamber for making an ice cream product; - a stirrer mounted inside the processing chamber; - a motor operatively coupled to the stirrer to drive it in rotation; - a cooling system equipped with at least one heat exchanger associated with the processing container, for exchanging heat with the container and cooling the processing container; - a unit for receiving and treating a capsule containing a basic preparation for an ice cream product and comprising a seat for loading the capsule; - a device for injecting a dilution liquid, associated with the processing container, for injecting the dilution liquid into the processing container; - an injection device for injecting an extraction liquid or a mixture containing an extraction liquid, and which is associated with the receiving and treating unit to feed the extraction liquid or mixture into the capsule to allow extracting the basic preparation from the interior of the capsule.
A deinking agent for flotation containing an (a) component which is a nonionic surfactant agent represented by the following General Formula. R-O- p -[ m / m]- q -H (In Formula, R represents an alkyl group or an alkenyl group having 12 to 24 carbon atoms, PO represents an oxypropylene group, EO represents an oxyethylene group, p represents the average number of repetitions of PO which is 1 to 15, m represents the average number of repetitions of EO which is 31 to 60, n represents the average number of repetitions of PO which is 1 to 15, and q represents the average number of repetitions of PO which is 3 to 30. [ m / n] represents random addition of EO and PO.)
A cleaning station for a liquid electrophotographic printer comprising: a first cleaning member; a second cleaning member; and a biasing member, wherein the cleaning station is configured to move between a first position and a second position with respect to a photo imaging member of the printer, wherein: in the first position, the first cleaning member is arranged to remove particles from the photo imaging member of the printer and the second cleaning member is arranged to apply a force to a layer of liquid applied to the photo imaging member; and in the second position, the biasing member is configured to cause the second cleaning member to contact the first cleaning member to clean the second cleaning member. a first cleaning member; a second cleaning member; and a biasing member, wherein the cleaning station is configured to move between a first position and a second position with respect to a photo imaging member of the printer, wherein: in the first position, the first cleaning member is arranged to remove particles from the photo imaging member of the printer and the second cleaning member is arranged to apply a force to a layer of liquid applied to the photo imaging member; and in the second position, the biasing member is configured to cause the second cleaning member to contact the first cleaning member to clean the second cleaning member. in the first position, the first cleaning member is arranged to remove particles from the photo imaging member of the printer and the second cleaning member is arranged to apply a force to a layer of liquid applied to the photo imaging member; and in the second position, the biasing member is configured to cause the second cleaning member to contact the first cleaning member to clean the second cleaning member.
A two-part pesticide precursor system comprising less than 0.5% glucosinolate breakdown products comprising two separated parts (a) a first part comprising sinigrin concentrate and (b) a second part comprising a Sinapis alba seed meal comprising an active myrosinase complex in a concentration sufficient to release an effective amount of glucosinolate breakdown products upon mixing of the first and second part in the presence of water, wherein upon mixing of the two parts a formulation is obtained in which the myrosinase activity units per unit mass of sinigrin is less than 0.96 myrosinase activity units/mg of sinigrin.
An integrated security arrangement comprising: an intrusion sensor adapted to generate an intrusion signal in response to detecting a breach at a perimeter of a facility; at least one battery-operated base unit that integrates: a passive infrared, PIR, sensor to detect infrared energy in a field of view at the zone for which a breach is detected; a data processor to: arm, in response to an intrusion signal from the intrusion sensor, motion sensing to, in connection with the PIR sensor, detect motion from changes in infrared energy detected by the PIR sensor, and generate, in response to detecting motion in connection with the PIR sensor, a movement indication; a camera configured to be armed, in response to the movement indication, to capture images in the field of view; and a wireless communication interface to communicate the captured images; a control panel that includes: a central processing unit, CPU,; and a wireless transceiver to communicate with the base unit using the wireless communication interface and to receive the captured images. an intrusion sensor adapted to generate an intrusion signal in response to detecting a breach at a perimeter of a facility; at least one battery-operated base unit that integrates: a passive infrared, PIR, sensor to detect infrared energy in a field of view at the zone for which a breach is detected; a data processor to: arm, in response to an intrusion signal from the intrusion sensor, motion sensing to, in connection with the PIR sensor, detect motion from changes in infrared energy detected by the PIR sensor, and generate, in response to detecting motion in connection with the PIR sensor, a movement indication; a camera configured to be armed, in response to the movement indication, to capture images in the field of view; and a wireless communication interface to communicate the captured images; a passive infrared, PIR, sensor to detect infrared energy in a field of view at the zone for which a breach is detected; a data processor to: arm, in response to an intrusion signal from the intrusion sensor, motion sensing to, in connection with the PIR sensor, detect motion from changes in infrared energy detected by the PIR sensor, and generate, in response to detecting motion in connection with the PIR sensor, a movement indication; arm, in response to an intrusion signal from the intrusion sensor, motion sensing to, in connection with the PIR sensor, detect motion from changes in infrared energy detected by the PIR sensor, and generate, in response to detecting motion in connection with the PIR sensor, a movement indication; a camera configured to be armed, in response to the movement indication, to capture images in the field of view; and a wireless communication interface to communicate the captured images; a control panel that includes: a central processing unit, CPU,; and a wireless transceiver to communicate with the base unit using the wireless communication interface and to receive the captured images. a central processing unit, CPU,; and a wireless transceiver to communicate with the base unit using the wireless communication interface and to receive the captured images.
A driver circuit of an integrated circuit, the driver circuit comprising: a signal node coupled to receive a data signal to be generated as an output of the integrated circuit; an inductor circuit having a resistor coupled in series with an inductor between a first terminal and a second terminal, wherein the first terminal is coupled to the signal node; an electro-static discharge protection circuit directly connected to the second terminal of the inductor circuit; and an output node directly connected to the second terminal of the inductor circuit, wherein the data signal is generated at the output node; and wherein a first terminal of the resistor is directly connected to the signal node, a second terminal of the resistor is directly connected to a first terminal of the inductor, and a second terminal of the inductor is directly connected to the output node. a signal node coupled to receive a data signal to be generated as an output of the integrated circuit; an inductor circuit having a resistor coupled in series with an inductor between a first terminal and a second terminal, wherein the first terminal is coupled to the signal node; an electro-static discharge protection circuit directly connected to the second terminal of the inductor circuit; and an output node directly connected to the second terminal of the inductor circuit, wherein the data signal is generated at the output node; and wherein a first terminal of the resistor is directly connected to the signal node, a second terminal of the resistor is directly connected to a first terminal of the inductor, and a second terminal of the inductor is directly connected to the output node.
A target identification device installed in a user object, comprising: a user information obtaining part that obtains a position, a speed over ground and a course over ground of the user object; a target information obtaining part that obtains a position, a speed over ground and a course over ground of a target object; a processor in communication with the user information obtaining part and the target information obtaining part and that calculates a closest point of approach, and a time to the closest point of approach with respect to the target object and the user object, based on the position, the speed over ground and the course over ground of the user object and the position, the speed over ground and the course over ground of the target object, wherein the processor replaces the course over ground of the user object with a direction oriented toward the target object and calculates the closest point of approach and the time to the closest point of approach when the speed over ground of the user object is equal to or less than a first low speed determination value. a user information obtaining part that obtains a position, a speed over ground and a course over ground of the user object; a target information obtaining part that obtains a position, a speed over ground and a course over ground of a target object; a processor in communication with the user information obtaining part and the target information obtaining part and that calculates a closest point of approach, and a time to the closest point of approach with respect to the target object and the user object, based on the position, the speed over ground and the course over ground of the user object and the position, the speed over ground and the course over ground of the target object, wherein the processor replaces the course over ground of the user object with a direction oriented toward the target object and calculates the closest point of approach and the time to the closest point of approach when the speed over ground of the user object is equal to or less than a first low speed determination value.
A method for producing HAP particles, in particular subnanodisperse hydroxyapatite particles in a matrix, wherein the production of HAP particles is carried out in a periodical process comprising three steps, wherein a first mixing reactor is filled with an aqueous solution of aqueous collagen phosphate solution and an aqueous suspension of calcium hydroxide taken in ratio Ca/P=1.67, wherein the holding time in the first reactor is between 0.2 and 0.8 s and the mixture is stirred with a flow velocity between 10 m/s to 20 m/s, wherein the mixture is kept at a pH of to 9 and wherein at a second stage, a crystallization process takes place in a reactor of complete substitution, wherein the conditions are created for modification of the chemical composition of the primary subnanoparticle with composition (CaPHO 4) n through octacalium phosphate and tri calcium phosphate to "Ca 7 (PO 4) 3 OH-collagen" or "Ca 10 (Po 4)OH) 2 Collagen" at the extent of absorbing the Calciumhydroxide, wherein, at the second stage, the holding time is between 10 s to 20 s and the pH value is kept in a range between 8 an 9, wherein the produced mixture is led into a third stage that takes place in a second reactor of complete mixing, wherein the saturation of the aqueous phase with calciumhydroxide takes place and the pH attains about 12 and, wherein the obtained aqueous mixture HAP-collagen and calcium hydroxide is led into the first stage to where the collagen phosphate solution is fed, wherein the mixture is then again directed into the second and the third stage, whereby the realization of circulation of the whole reaction volume through three reactors is repeated cyclically until calcium hydroxide disappears, wherein the pH value after using calcium hydroxide in the whole volume of suspension is 6 to 8.
Window reveal with window frame and with foam sealing strip in the installed state, wherein the foam sealing strip is used to seal the window frame with respect to the window reveal and the foam sealing strip is designed to be able to return to shape and is impregnated to delay the return to shape, wherein the foam sealing strip has two narrow sides (4, 5), which are located opposite one another and which in the installed state respectively face the inside or the outside of the window frame, and broad sides (2, 3) having a width suitable for bearing against the window side or reveal, and the narrow sides (4, 5) or narrow side regions of the sealing strip respectively are designed differently and one narrow side has a greater vapour barrier effect than the other narrow side, and wherein, in the installed state, the sealing strip is in the rest state after fully returning to shape and when bearing sealingly against the reveal, characterized in that the sealing strip is designed with such a width (b) that said sealing strip provides sealing both with respect to the inside of the room and with respect to the outside of the room and only one sealing strip is arranged in a manner assigned to one window frame limb, and in that the greater vapour barrier effect is achieved by a greater compression of the foam at one side in the installed state.
A method performed in a target base station (604, 800) to support handover of a terminal (602, 900) in a mobile communication system, the method comprising: receiving, from the terminal (602, 900), a random access preamble dedicated for the terminal; transmitting, to the terminal (602, 900), a random access response in response to the receiving of the random access preamble; determining whether a voice-call related packet is present among packets stored for the terminal (602, 900); and transmitting to the terminal (602, 900), when the voice-call related packet is present among the packets stored for the terminal, the packets stored for the terminal in reply to receiving the random access preamble; wherein the transmission of voice-call related stored packets to the terminal (602, 900) is performed before a handover complete message is received from the terminal in response to the random access response, wherein the stored packet is received from a source base station. receiving, from the terminal (602, 900), a random access preamble dedicated for the terminal; transmitting, to the terminal (602, 900), a random access response in response to the receiving of the random access preamble; determining whether a voice-call related packet is present among packets stored for the terminal (602, 900); and transmitting to the terminal (602, 900), when the voice-call related packet is present among the packets stored for the terminal, the packets stored for the terminal in reply to receiving the random access preamble; wherein the transmission of voice-call related stored packets to the terminal (602, 900) is performed before a handover complete message is received from the terminal in response to the random access response, wherein the stored packet is received from a source base station.
Vehicle tail component comprising a through-type taillight installed in an accommodation and comprising an outer lens, a housing and a side part, the housing being closed by the outer lens, and together with the outer lens defining an accommodating space for accommodating an optoelectronic component of the through-type taillight, characterized in that the side part is arranged on a side of the housing in such a way as to prevent loosening, and at least occupies a first position and a second position relative to the housing, such that in the first position the through-type taillight can be fitted into the accommodation, and in the second position the side part forms a corresponding compensating face of the vehicle tail component.
A non-transitory machine-readable storage medium (64, 76) having instructions stored therein which, when executed by one or more processors, cause the one or more processors to: receive an aerial or satellite image of a field; and identify in the image a center pivot irrigation system; characterized in that the instructions further cause the one or more processors to: identify from pixel differences in the image a center of the center pivot irrigation system that is closest to a machine by identifying an edge of the circular pivot irrigation system and identifying the center using the identified edge of the system; determine geographic coordinates for the identified center of the circular pivot irrigation system; and cause a drive system to automatically navigate the machine according to a center pivot wayline that is based on the determined geographic coordinates. receive an aerial or satellite image of a field; and identify in the image a center pivot irrigation system; characterized in that the instructions further cause the one or more processors to: identify from pixel differences in the image a center of the center pivot irrigation system that is closest to a machine by identifying an edge of the circular pivot irrigation system and identifying the center using the identified edge of the system; determine geographic coordinates for the identified center of the circular pivot irrigation system; and cause a drive system to automatically navigate the machine according to a center pivot wayline that is based on the determined geographic coordinates. identify from pixel differences in the image a center of the center pivot irrigation system that is closest to a machine by identifying an edge of the circular pivot irrigation system and identifying the center using the identified edge of the system; determine geographic coordinates for the identified center of the circular pivot irrigation system; and cause a drive system to automatically navigate the machine according to a center pivot wayline that is based on the determined geographic coordinates.
A method of providing hearing assistance to a at least one user (11A-11F) wearing at least one receiver hearing assistance device (14A-14D) capable of receiving audio signals via an RF link from at least one audio transmission device (10A-10F; 14A-14D) worn by a another user (11A-11F), and capable of transmitting audio signals, each device comprising a wireless network interface (28, 48), the method comprising: automatically pairing and connecting the audio transmission device on a service level with the receiver hearing assistance device through their wireless network interfaces to form an ad-hoc network in order to exchange network and/or control information, estimating at least one of an angular direction of the audio transmission device with regard to a viewing direction of the user of the receiver hearing assistance device and an angular direction of the receiver hearing assistance device with regard to a viewing direction of the user of the audio transmission device, characterised by admitting the audio transmission device to a wireless local acoustic area network for exchanging audio signals with the receiver hearing assistance device only if, as a predefined admission rule, the audio transmission device is within a field of view (15A-15D) of the user of the receiver hearing assistance device or the receiver hearing assistance device is within a field of view of the user of the audio transmission device, wherein the field of view is an angular sector centered around the respective viewing direction. automatically pairing and connecting the audio transmission device on a service level with the receiver hearing assistance device through their wireless network interfaces to form an ad-hoc network in order to exchange network and/or control information, estimating at least one of an angular direction of the audio transmission device with regard to a viewing direction of the user of the receiver hearing assistance device and an angular direction of the receiver hearing assistance device with regard to a viewing direction of the user of the audio transmission device, characterised by admitting the audio transmission device to a wireless local acoustic area network for exchanging audio signals with the receiver hearing assistance device only if, as a predefined admission rule, the audio transmission device is within a field of view (15A-15D) of the user of the receiver hearing assistance device or the receiver hearing assistance device is within a field of view of the user of the audio transmission device, wherein the field of view is an angular sector centered around the respective viewing direction.
A cooking oven comprising a basic structure provided with a cooking cavity having an opening on the front face obstructed by a door, said cooking cavity being surrounded by a housing, said basic structure further comprising a ventilation device provided with at least one ventilation channel placed between the cooking cavity and the housing, said at least one ventilation channel opening out at least on the front face of said oven, the door being provided with at least one interior glazing facing the opening of the cooking cavity and an exterior glazing positioned towards the outside of said oven, characterized in that said oven comprises at least one means of restricting a passage cross-section of an air flow at one end of the blowing area of said at least one ventilation channel that can be positioned at least partly inside said at least one ventilation channel and making it possible to modify said basic structure of said oven from a first aeraulic device to at least one second aeraulic device.
A composition comprising a plurality of exosomes, wherein the plurality of the exosomes are isolated from cardiosphere-derived cells (CDCs) grown in serum-free media, comprise exosomes with a diameter of 90 nm to 200 nm and are CD81+, CD63+, or both, for use in a human in a method of treating progressive reduction in Left Ventricular Ejection Fraction (LVEF) heart failure secondary to a chronic degenerative muscular dystrophy, wherein the composition is cell-free and lacks CDCs.