mhurhangee/ep-ind-claims huggingface dataset:
A heating cooker including a heating chamber configured so that a microwave is radiated thereinto and a steam generator, the heating cooker comprising: a side wall (5b, 5c) defining one surface of an inner surface of the heating chamber; a first hole formed in the side wall (5b, 5c); a cover portion that has a second hole and a flat portion (27c, 27d), the second hole being disposed outside the first hole and facing the first hole, the flat portion (27c, 27d) being along a periphery of the second hole; a light transmitting member that faces the first hole and the second hole, and is disposed on the cover portion and abuts on the flat portion (27c, 27d); and an optical device disposed outside the cover portion, wherein the side wall (5b, 5c) has a bent portion cut and raised outward around the first hole, and having an outward bending height. a side wall (5b, 5c) defining one surface of an inner surface of the heating chamber; a first hole formed in the side wall (5b, 5c); a cover portion that has a second hole and a flat portion (27c, 27d), the second hole being disposed outside the first hole and facing the first hole, the flat portion (27c, 27d) being along a periphery of the second hole; a light transmitting member that faces the first hole and the second hole, and is disposed on the cover portion and abuts on the flat portion (27c, 27d); and an optical device disposed outside the cover portion, wherein the side wall (5b, 5c) has a bent portion cut and raised outward around the first hole, and having an outward bending height.
A non-therapeutic method for improving the performance of an animal, improving the environment of the animal and a combination thereof, the method comprising the step of administering to the animal a feed composition comprising, at a dose of 1.0 × 10 3 CFU/gram of the feed composition to 5.0 × 10 12 CFU/gram of the feed composition, an isolated Bacillus strain selected from the group consisting of Bacillus strain 86 (NRRL No. B-50944), Bacillus strain 300 (NRRL No. B-50943), and combinations thereof, wherein the animal is a porcine species, wherein the improvement in animal performance is selected from the group consisting of promoting weight gain, increasing final body weight and increasing growth rate, and wherein the improvement of the environment of the animal is selected from the group consisting of reducing the pH of manure and reducing ammonia in the manure.
Device for distribution and regulation of a heat-transfer medium, in particular heating and/or cooling water, originating from a heater and/or cooling source, which medium is fed to heating and/or cooling elements and/or surfaces in rooms of a building, having the features - that the device has an elongate housing which is separated in the longitudinal direction by a partition wall into a longitudinally arranged supply space and into a return space arranged parallel thereto, - that the supply of the heating and/or cooling source opens into the supply space, from which the supplies of the heating and/or cooling elements and/or surfaces branch off, - that the returns of the heating and/or cooling elements and/or surfaces open into the return space, from which the return of the heating and/or cooling source emanates, - that a regulated decentralized pump is arranged in each case in the supplies and/or returns (11, 12) of the heating and/or cooling elements and/or surfaces, characterized in that decentralized pumps are arranged inside the housing of the device. - that the device has an elongate housing which is separated in the longitudinal direction by a partition wall into a longitudinally arranged supply space and into a return space arranged parallel thereto, - that the supply of the heating and/or cooling source opens into the supply space, from which the supplies of the heating and/or cooling elements and/or surfaces branch off, - that the returns of the heating and/or cooling elements and/or surfaces open into the return space, from which the return of the heating and/or cooling source emanates, - that a regulated decentralized pump is arranged in each case in the supplies and/or returns (11, 12) of the heating and/or cooling elements and/or surfaces,
An apparatus (105/155/217/303/501/701) for removing a target metal from an aqueous matrix, the apparatus comprising an inlet (707/771); a chamber (735/761) to receive the aqueous matrix from the inlet; a first electrode (223/709/757) and a second electrode (711/759), within the chamber, the first electrode comprising metal tin; wherein the apparatus comprises an electrode module (703/755) comprising at least the first electrode, and wherein the metal tin is to dissolve over time into the aqueous matrix as a function of applied electrical stimulus; a power source (207/219/309-310/354/517) coupled to the first electrode and the second electrode, the power source being configured to cause current flow between the first electrode and the second electrode and thereby electrolyze the metal tin which thus dissolves over time into the aqueous matrix to form soluble stannous material in the aqueous matrix, said stannous material reacting with the target metal so as to remove it from the aqueous matrix; an outlet (717/775) to remove the aqueous matrix from the chamber; said apparatus being characterized in that at least the first electrode is made to be a replaceable electrode module and in that it comprises: an ultrasound system (254/321/727/729) to deliver ultrasound energy to the first electrode, to clean the first electrode; and means (219/319-320/349-350) for signaling a condition to a human operator that it is time to replace the electrode module wherein the target metal comprises at least one of selenium, mercury, cadmium, lead, copper, arsenic, chromium, beryllium, aluminum, nickel, uranium or zinc. an inlet (707/771); a chamber (735/761) to receive the aqueous matrix from the inlet; a first electrode (223/709/757) and a second electrode (711/759), within the chamber, the first electrode comprising metal tin; wherein the apparatus comprises an electrode module (703/755) comprising at least the first electrode, and wherein the metal tin is to dissolve over time into the aqueous matrix as a function of applied electrical stimulus; a power source (207/219/309-310/354/517) coupled to the first electrode and the second electrode, the power source being configured to cause current flow between the first electrode and the second electrode and thereby electrolyze the metal tin which thus dissolves over time into the aqueous matrix to form soluble stannous material in the aqueous matrix, said stannous material reacting with the target metal so as to remove it from the aqueous matrix; an outlet (717/775) to remove the aqueous matrix from the chamber; said apparatus being characterized in that at least the first electrode is made to be a replaceable electrode module and in that it comprises: an ultrasound system (254/321/727/729) to deliver ultrasound energy to the first electrode, to clean the first electrode; and means (219/319-320/349-350) for signaling a condition to a human operator that it is time to replace the electrode module wherein the target metal comprises at least one of selenium, mercury, cadmium, lead, copper, arsenic, chromium, beryllium, aluminum, nickel, uranium or zinc.
A razor handle comprising: - a hollow elongate housing having a front end and a back end opposite to the front end, said housing further comprising an opening provided at the front end, - a razor head carrier which is slidably mounted in the housing between: - a first, non-shaving position in which said razor head carrier is retracted inside the housing, and - a second, shaving position in which said razor head carrier is extended towards said opening of the housing, - a sliding mechanism provided on the housing for moving the razor head carrier between the first position and the second position, and - a movable flap movably mounted between a closed position in which the flap closes the opening, and an open position in which the opening is open, wherein said movable flap is driven back and forth by the razor head carrier so that the movable flap is in the closed position when the razor head carrier is in the first position and said movable flap is in the open position when the razor head carrier is in the second position, characterized in that said movable flap is pivotally mounted around a swiveling axis, and said razor handle further comprises a linkage controlling said movable flap and said linkage being controlled by the razor head carrier, wherein said linkage is movable with the razor head carrier and is pivotally mounted on the movable flap. - a hollow elongate housing having a front end and a back end opposite to the front end, said housing further comprising an opening provided at the front end, - a razor head carrier which is slidably mounted in the housing between: - a first, non-shaving position in which said razor head carrier is retracted inside the housing, and - a second, shaving position in which said razor head carrier is extended towards said opening of the housing, - a sliding mechanism provided on the housing for moving the razor head carrier between the first position and the second position, and - a movable flap movably mounted between a closed position in which the flap closes the opening, and an open position in which the opening is open, wherein said movable flap is driven back and forth by the razor head carrier so that the movable flap is in the closed position when the razor head carrier is in the first position and said movable flap is in the open position when the razor head carrier is in the second position,
A method of generating simulated CT images of a subject patient, comprising: receiving patient information about the subject patient, wherein the patient information comprises information about one or more physical properties of the subject patient; selecting, from a phantom database, a virtual phantom, wherein the selection is based on a comparison of the patient information with characteristics of the virtual phantom; receiving, at a CT image simulator, the virtual phantom; receiving, at the CT imaging simulator, scanner information about a CT scanner, wherein the scanner information comprises information about an image reconstruction technique employed by the CT scanner; performing, by the CT imaging simulator, an image simulation process, wherein the image simulation process comprises generating a simulated CT image by applying the scanner information to the virtual phantom; and providing the simulated CT image on a display screen in a visually perceptible form. receiving patient information about the subject patient, wherein the patient information comprises information about one or more physical properties of the subject patient; selecting, from a phantom database, a virtual phantom, wherein the selection is based on a comparison of the patient information with characteristics of the virtual phantom; receiving, at a CT image simulator, the virtual phantom; receiving, at the CT imaging simulator, scanner information about a CT scanner, wherein the scanner information comprises information about an image reconstruction technique employed by the CT scanner; performing, by the CT imaging simulator, an image simulation process, wherein the image simulation process comprises generating a simulated CT image by applying the scanner information to the virtual phantom; and providing the simulated CT image on a display screen in a visually perceptible form.
A reactor system for thermolytic fragmentation of a sugar into C 1 -C 3 oxygenates comprising: - a fragmentation reactor comprising heat carrying particles for supplying heat to the thermolytic fragmentation of the sugar into C 1 -C 3 oxygenates, said fragmentation reactor being equipped with a fragmentation particle inlet for introducing heated heat carrying particles into the fragmentation reactor, a fragmentation particle outlet for collecting spent heat carrying particles from the fragmentation reactor, a feedstock inlet for introducing the sugar into the fragmentation reactor, a fragmentation riser comprising a fragmentation zone and allowing thermolytic fragmentation of the sugar, and a product outlet for recovering the C 1 -C 3 oxygenates; - a reheater, said reheater comprising: ∘ a first reheater gas inlet ∘ a reheater particle inlet ∘ a reheater particle outlet ∘ a reheater gas outlet ∘ a resistance heating system - first flow means for conveying spent heat carrying particles from the fragmentation particle outlet to the reheater particle inlet; - second flow means for conveying heated heat carrying particles from the reheater particle outlet to the fragmentation particle inlet; wherein the resistance heating system comprises a heating structure of electrically conductive material, said heating structure being arranged in a heating zone within the reheater to provide heat to the heat carrying particles within the reheater. - a fragmentation reactor comprising heat carrying particles for supplying heat to the thermolytic fragmentation of the sugar into C 1 -C 3 oxygenates, said fragmentation reactor being equipped with a fragmentation particle inlet for introducing heated heat carrying particles into the fragmentation reactor, a fragmentation particle outlet for collecting spent heat carrying particles from the fragmentation reactor, a feedstock inlet for introducing the sugar into the fragmentation reactor, a fragmentation riser comprising a fragmentation zone and allowing thermolytic fragmentation of the sugar, and a product outlet for recovering the C 1 -C 3 oxygenates; - a reheater, said reheater comprising: ∘ a first reheater gas inlet ∘ a reheater particle inlet ∘ a reheater particle outlet ∘ a reheater gas outlet ∘ a resistance heating system ∘ a first reheater gas inlet ∘ a reheater particle inlet ∘ a reheater particle outlet ∘ a reheater gas outlet ∘ a resistance heating system - first flow means for conveying spent heat carrying particles from the fragmentation particle outlet to the reheater particle inlet; - second flow means for conveying heated heat carrying particles from the reheater particle outlet to the fragmentation particle inlet;
A discharge hose system comprising: - an effluent bag for receiving effluent produced during a blood treatment, wherein the effluent bag has exactly one closable effluent opening or a connection to an exterior of the effluent bag, characterized by: - at least one effluent inlet line leading to the effluent bag, an effluent outlet line leading away from the effluent bag, and - a switching device, by means of which, mutually exclusively, either a fluid connection between the interior of the effluent bag and the effluent inlet line or a fluid connection between the effluent bag and the effluent outlet line can be established. - an effluent bag for receiving effluent produced during a blood treatment, wherein the effluent bag has exactly one closable effluent opening or a connection to an exterior of the effluent bag, characterized by: - at least one effluent inlet line leading to the effluent bag, an effluent outlet line leading away from the effluent bag, and - a switching device, by means of which, mutually exclusively, either a fluid connection between the interior of the effluent bag and the effluent inlet line or a fluid connection between the effluent bag and the effluent outlet line can be established.
A verification server connected to a monitoring terminal and a plurality of facility management devices that manage equipment, comprising: a user verifier configured to perform user verification according to a request from the monitoring terminal; a public key list storage that stores a list of public keys of each of the plurality of facility management devices; and a verification code generator configured to, when the user verification is successful, generate verification codes to be used for connection of the monitoring terminal to each of the plurality of facility management devices by encoding verification data using public keys of each of the plurality of facility management devices stored in the public key list storage, and to transmit the verification codes to the monitoring terminal; characterized in that the verification code generator is further configured to add a digital signature that uses a self-owned secret key to the verification data as data that indicates the user verification was successful, generate the verification codes by encoding both the verification data and the digital signature that was added to the verification data, using the public keys of each of the plurality of facility management devices stored in the public key list storage, and the verification data includes the date and time that the verification code was generated, and the IP address of the monitoring terminal. a user verifier configured to perform user verification according to a request from the monitoring terminal; a public key list storage that stores a list of public keys of each of the plurality of facility management devices; and a verification code generator configured to, when the user verification is successful, generate verification codes to be used for connection of the monitoring terminal to each of the plurality of facility management devices by encoding verification data using public keys of each of the plurality of facility management devices stored in the public key list storage, and to transmit the verification codes to the monitoring terminal; characterized in that the verification code generator is further configured to add a digital signature that uses a self-owned secret key to the verification data as data that indicates the user verification was successful, generate the verification codes by encoding both the verification data and the digital signature that was added to the verification data, using the public keys of each of the plurality of facility management devices stored in the public key list storage, and the verification data includes the date and time that the verification code was generated, and the IP address of the monitoring terminal.
Edible oil with an overrun of less than 15%, preferably less than 10%, even more preferably less than 5% which comprises 0.01% to 1% w/w of hydrophobin and wherein the water content is such that the water/hydrophobin weight ratio is less than 1:5, preferably less than 1:10.
A test bench for testing at least one pair of splines (4, 5) which is provided with first splines (4', 5') which are distributed over a main shaft extending longitudinally and with second splines (4", 5") which are distributed over a first secondary shaft extending longitudinally, the main shaft and the first secondary shaft being arranged in one and the same axis of rotation, said test bench comprising a motor for causing each pair of splines (4, 5) to rotate, characterised in that it comprises: - a drive shaft passing longitudinally straight through the main shaft, said drive shaft being integral in rotation with each pair of splines (4, 5), said drive shaft being mechanically connected to the motor and to the main shaft by a first kinematic chain and to the first secondary shaft by a second kinematic chain, - a torque application means for said pair of splines (4, 5), - a moment application means provided with one moment-application sub-assembly (51, 52) per pair of splines (4, 5) for submitting said pair of splines (4, 5) to a bending moment, each sub-assembly (51, 52) comprising a pressure means which cooperates with a pair of splines (4, 5) and a displacement means, said displacement means causing said pressure means to rotate in a transverse direction (AY1, AY2). - a drive shaft passing longitudinally straight through the main shaft, said drive shaft being integral in rotation with each pair of splines (4, 5), said drive shaft being mechanically connected to the motor and to the main shaft by a first kinematic chain and to the first secondary shaft by a second kinematic chain, - a torque application means for said pair of splines (4, 5), - a moment application means provided with one moment-application sub-assembly (51, 52) per pair of splines (4, 5) for submitting said pair of splines (4, 5) to a bending moment, each sub-assembly (51, 52) comprising a pressure means which cooperates with a pair of splines (4, 5) and a displacement means, said displacement means causing said pressure means to rotate in a transverse direction (AY1, AY2).
Apparatus for estimating a direction of arrival, wherein the apparatus comprises an antenna, a beamforming network, and an evaluator, wherein the antenna is configured to receive signals, wherein the antenna is circularly polarized, wherein the antenna comprises a plurality of different radiation patterns, wherein the beamforming network is configured to provide based on signals received by the antenna decomposed complex signals that are received by associated radiation patterns of the plurality of radiation patterns, wherein the evaluator is configured to use the amplitude and phase response of the different radiation patterns to estimate the direction of arrival and an inclination of the signal source relative to the antenna based on the decomposed complex signals and based on information describing signal receiving characteristics of the antenna, and wherein the information describing signal receiving characteristics of the antenna comprises a set of steering vectors depending on angles (θ, φ) describing the position of a signal source emitting the signals received by the antenna relative to the antenna and depending on an angle (p) describing an inclination of a polarization of the signal source relative to the antenna.
A securing device for protecting individuals against falling, - comprising two stop elements, which in each case can be attached releasably to a positionally fixed securing element and which in each case can be connected via a connecting element to the individual, who is to be secured, - wherein each stop element encompasses a locking device, which can be adjusted between an unlocking state, in which the respective stop element can be attached to the respective securing element or can be released therefrom, and a locking state, in which the respective stop element, which is attached to the respective securing element, cannot be released from the respective securing element in a non-destructive manner, - wherein provision is made for a coupling device, which is coupled to the locking devices of the two stop elements in such a manner that, in the unlocking state of the locking device of the one stop element, it blocks the locking device of the other stop element in its locking state, characterized in that the coupling device is working purely mechanically and encompasses a blocking lever respectively pivotable around a blocking lever pivot axis for each locking device, said blocking lever being capable of being pivoted into a blocking position for blocking the respective locking device in its locking state. - comprising two stop elements, which in each case can be attached releasably to a positionally fixed securing element and which in each case can be connected via a connecting element to the individual, who is to be secured, - wherein each stop element encompasses a locking device, which can be adjusted between an unlocking state, in which the respective stop element can be attached to the respective securing element or can be released therefrom, and a locking state, in which the respective stop element, which is attached to the respective securing element, cannot be released from the respective securing element in a non-destructive manner, - wherein provision is made for a coupling device, which is coupled to the locking devices of the two stop elements in such a manner that, in the unlocking state of the locking device of the one stop element, it blocks the locking device of the other stop element in its locking state,