mhurhangee/ep-ind-claims huggingface dataset:
An electrical fluid heater comprising: • a housing forming a fluid flow chamber with an inlet for ingress of fluid inside the fluid flow chamber and an outlet for the egress of fluid from the fluid flow chamber; • a plurality of electrical heating elements disposed inside the fluid flow chamber and adapted to be heated by resistive heating to heat fluid flowing around thereof as the fluid flows in the chamber from the inlet to the outlet, the electrical heating elements being formed as heating bars extending through the fluid flow chamber from one extremity of the fluid flow chamber to the other; the electrical fluid heater comprising a plurality of intermediate baffles arranged in spaced apart configuration with respect to each other within the fluid flow chamber and formed with re-directing means adapted to redirect the fluid received inside the fluid flow chamber to uniformly distribute the fluid inside the fluid flow chamber and define a torturous fluid flow path between the inlet and the outlet of the fluid flow chamber; characterized in that the intermediate baffles are so disposed within the fluid flow chamber to extend alternatively from a first chamber wall of the fluid flow chamber and from a second chamber wall of the fluid flow chamber opposite to the first chamber wall, the first chamber wall and the second chamber wall being connected and maintained spaced apart from each other by interconnecting walls, so that a first set of baffles configure a first spacing at regions proximal to the first chamber wall and a second set of baffles configure a second spacing at regions proximal to the second chamber wall to promote fluid scavenging from different regions inside the fluid flow chamber giving the fluid a U-turn trajectory in each of the first and second spacing (40a, 40b) and to prevent formation of dead zones near the first chamber wall and the second chamber wall of the fluid flow chamber. • a housing forming a fluid flow chamber with an inlet for ingress of fluid inside the fluid flow chamber and an outlet for the egress of fluid from the fluid flow chamber; • a plurality of electrical heating elements disposed inside the fluid flow chamber and adapted to be heated by resistive heating to heat fluid flowing around thereof as the fluid flows in the chamber from the inlet to the outlet, the electrical heating elements being formed as heating bars extending through the fluid flow chamber from one extremity of the fluid flow chamber to the other;
A manufacturing method of oxidation resistant alloy, the method comprising: producing a first formed member by applying compression forming to metal powder; producing a second formed member by applying compression forming to the first formed member in a state in which the first formed member is entirely covered with alloy powder different from the metal powder; producing a third formed member by applying compression forming to the second formed member in a state in which the second formed member is covered with oxide powder or ceramic precursor powder, wherein the compression forming to produce the third formed member is conducted without melting the oxide powder; and sintering the third formed member thereby producing the oxidation resistant alloy, wherein oxidation resistance of a major constituent of the alloy powder is higher than oxidation resistance of a major constituent of the metal powder, wherein the oxidation resistance is measured as specified in the description, wherein applying the compression forming to the first formed member comprises: producing a piece member through compression forming to the alloy powder; supporting the first formed member using the piece member; and covering the first formed member with the alloy powder. producing a first formed member by applying compression forming to metal powder; producing a second formed member by applying compression forming to the first formed member in a state in which the first formed member is entirely covered with alloy powder different from the metal powder; producing a third formed member by applying compression forming to the second formed member in a state in which the second formed member is covered with oxide powder or ceramic precursor powder, wherein the compression forming to produce the third formed member is conducted without melting the oxide powder; and sintering the third formed member thereby producing the oxidation resistant alloy, wherein oxidation resistance of a major constituent of the alloy powder is higher than oxidation resistance of a major constituent of the metal powder, wherein the oxidation resistance is measured as specified in the description, producing a piece member through compression forming to the alloy powder; supporting the first formed member using the piece member; and covering the first formed member with the alloy powder.
Control device for an electric machine including a stator and a rotor, including a temperature detection device which is designed to detect the temperature of the stator and the temperature of the rotor; characterized by a computing device which is designed to set the operating point of the electric machine based on a torque specification and the detected temperature of the stator and the detected temperature of the rotor and a predefined distribution for the thermal load of the stator and the rotor.
An electronic device, comprising: a middle frame; a rear cover, wherein the rear cover is arranged on a side of the middle frame, a through hole is provided in the rear cover, and an inner wall of the through hole protrudes toward a center of the through hole to form an annular flange; and a camera decorative member, wherein the camera decorative member comprises an inner decorative member and an outer decorative member, the outer decorative member is mounted on a side of the annular flange facing away from the middle frame, a part of the outer decorative member is arranged in the through hole and is connected to the annular flange by a bonding layer, and a part of the inner decorative member is arranged in the through hole and is fastened to a side of the outer decorative member facing the middle frame. a middle frame; a rear cover, wherein the rear cover is arranged on a side of the middle frame, a through hole is provided in the rear cover, and an inner wall of the through hole protrudes toward a center of the through hole to form an annular flange; and a camera decorative member, wherein the camera decorative member comprises an inner decorative member and an outer decorative member, the outer decorative member is mounted on a side of the annular flange facing away from the middle frame, a part of the outer decorative member is arranged in the through hole and is connected to the annular flange by a bonding layer, and a part of the inner decorative member is arranged in the through hole and is fastened to a side of the outer decorative member facing the middle frame.
An auxiliary support system for a flap coupled to a wing of an aircraft, the auxiliary support system comprising: abase fixable relative to the wing; a first track engagement assembly fixed to the base; a second track engagement assembly fixed to the base; and a track arm attachable to the flap and comprising a first rail, movably engaged with the first track engagement assembly, and a second rail, movably engaged with the second track engagement assembly, wherein the first rail is spaced apart from and non-parallel to the second rail. abase fixable relative to the wing; a first track engagement assembly fixed to the base; a second track engagement assembly fixed to the base; and a track arm attachable to the flap and comprising a first rail, movably engaged with the first track engagement assembly, and a second rail, movably engaged with the second track engagement assembly, wherein the first rail is spaced apart from and non-parallel to the second rail.
A method of preparing a dispersion comprising: • a continuous hydrophilic phase comprising at least one hydrophilic compound and at least one rheology-modifying compound of the hydrophilic compound, and chosen among the anionic copolymers, and • a lipophilic phase dispersed in the continuous phase in the form of nanometric particles, comprising: - the preparation of a mixture comprising the hydrophilic compound and the rheology-modifying compound of the hydrophilic compound, - the addition of the lipophilic compound in the continuous phase by applying, using a device producing a shear gradient of less than 5,000 s -1, a stress chosen among a shear stress ranging from 100 to 5,000 Pa and an extensional stress ranging from 100 to 5,000 Pa. • a continuous hydrophilic phase comprising at least one hydrophilic compound and at least one rheology-modifying compound of the hydrophilic compound, and chosen among the anionic copolymers, and • a lipophilic phase dispersed in the continuous phase in the form of nanometric particles, - the preparation of a mixture comprising the hydrophilic compound and the rheology-modifying compound of the hydrophilic compound, - the addition of the lipophilic compound in the continuous phase by applying, using a device producing a shear gradient of less than 5,000 s -1, a stress chosen among a shear stress ranging from 100 to 5,000 Pa and an extensional stress ranging from 100 to 5,000 Pa.
Prosthesis, particularly for the at least partial replacement of a long bone, comprising a plug-in connection for connecting a shaft to another part of the prosthesis, wherein the plug-in connection comprises an axial projection and a socket, wherein a radial transverse channel is provided on one part of the plug-in connection, said radial transverse channel engaging behind the plug-in connection and having a center axis that is offset (d) relative to the axis of a transverse bore arranged on the other part of the plug-in connection, and wherein the prosthesis has a clamping element which is to be inserted into the transverse channel and whose point, in the inserted state, engages in the transverse bore, characterized in that the tip of the clamping element (6, 6') is elastic.
A contactless power receiving apparatus configured to communicate with at least one further contactless power receiving apparatus, each of the contactless power receiving apparatus and the at least one further contactless power receiving apparatus (2, 3) comprising: a resonance element (21, 31) adapted to receive supply of alternating-current power in a contactless fashion by resonance from a resonance element of a power supplying source; an excitation element (22, 32) adapted to receive supply of the alternating-current power by electromagnetic induction from said resonance element (21, 31); a rectification circuit (24, 34) adapted to generate direct-current power from the alternating-current power from said excitation element (22, 23) and output the direct-current power; a changeover circuit (23, 33) adapted to change over the alternating-current power between a supplied state and a non-supplied state to said rectification circuit (24, 34); acceptance means for accepting a setting input of a priority degree regarding reception of power from a user; short distance radio communication means (255, 355); and control means (25, 35) for communicating with other contactless power receiving apparatuses (2, 3) through said short distance radio communication means (255, 355) and controlling said changeover circuit (23, 33) so that said contactless power receiving apparatus and the at least one further contactless power receiving apparatus may not receive supply of power at the same time taking the priority degrees regarding reception of power of said contactless power receiving apparatus and the at least one further contactless power receiving apparatus into consideration. a resonance element (21, 31) adapted to receive supply of alternating-current power in a contactless fashion by resonance from a resonance element of a power supplying source; an excitation element (22, 32) adapted to receive supply of the alternating-current power by electromagnetic induction from said resonance element (21, 31); a rectification circuit (24, 34) adapted to generate direct-current power from the alternating-current power from said excitation element (22, 23) and output the direct-current power; a changeover circuit (23, 33) adapted to change over the alternating-current power between a supplied state and a non-supplied state to said rectification circuit (24, 34); acceptance means for accepting a setting input of a priority degree regarding reception of power from a user; short distance radio communication means (255, 355); and control means (25, 35) for communicating with other contactless power receiving apparatuses (2, 3) through said short distance radio communication means (255, 355) and controlling said changeover circuit (23, 33) so that said contactless power receiving apparatus and the at least one further contactless power receiving apparatus may not receive supply of power at the same time taking the priority degrees regarding reception of power of said contactless power receiving apparatus and the at least one further contactless power receiving apparatus into consideration.
A multi-surface scraped heat exchanger for processing food, comprising: a heat exchange vessel having a base, a lid, and at least two cylindrical heat exchange surfaces (128, 130, 132, 134), a rotor assembly motor; a rotor assembly (136 - 188) mounted in said heat exchange vessel and operatively coupled to said rotor assembly motor, said rotor assembly including scraper mounting apparatus (154, 160, 162, 164, 166) and a drive shaft extending through the base of the heat exchange vessel; a plurality of scrapers mounted on said scraper mounting apparatus so as to allow pivotal movement of said scrapers, each of said scrapers having a blade portion that engages a heat exchange surface of said heat exchange vessel; tensioning apparatus to urge said blade portion of said plurality of scrapers toward said heat exchange surface, characterized in that the base includes an inlet and an outlet for heat exchange fluid. a heat exchange vessel having a base, a lid, and at least two cylindrical heat exchange surfaces (128, 130, 132, 134), a rotor assembly motor; a rotor assembly (136 - 188) mounted in said heat exchange vessel and operatively coupled to said rotor assembly motor, said rotor assembly including scraper mounting apparatus (154, 160, 162, 164, 166) and a drive shaft extending through the base of the heat exchange vessel; a plurality of scrapers mounted on said scraper mounting apparatus so as to allow pivotal movement of said scrapers, each of said scrapers having a blade portion that engages a heat exchange surface of said heat exchange vessel; tensioning apparatus to urge said blade portion of said plurality of scrapers toward said heat exchange surface, characterized in that the base includes an inlet and an outlet for heat exchange fluid.
Use of a precursor of a molecular probe for imaging of pancreatic islets, the precursor comprising any one of the following polypeptides: a polypeptide represented by any one of the following formulae to, *-DLSK* QMEEEAVRLFIEWLK* NGGPSSGAPPPSK-NH 2 (SEQ ID NO. 1) *-LSK* QMEEEAVRLFIEWLK* NGGPSSGAPPPSK-NH 2 (SEQ ID NO. 2) *-SK* QMEEEAVRLFIEWLK* NGGPSSGAPPPSK-NH 2 (SEQ ID NO. 3) *-K* QMEEEAVRLFIEWLK* NGGPSSGAPPPSK-NH 2 (SEQ ID NO. 4) in the formulae to, *- indicates that the α-amino group at the N-terminus is protected by a protecting group or modified with a modifying group having no electric charge, K* indicates that the amino group of the side chain of the lysine is protected by a protecting group, and -NH 2 indicates that the carboxyl group at the C-terminus is amidated, wherein said precursor is used to obtain the molecular probe and said molecular probe binds to pancreatic islets, wherein the amino group of the side chain of the lysine at the C-terminus is labeled with a labeling compound comprising an aromatic ring having a radioactive nuclide. a polypeptide represented by any one of the following formulae to, *-DLSK* QMEEEAVRLFIEWLK* NGGPSSGAPPPSK-NH 2 (SEQ ID NO. 1) *-LSK* QMEEEAVRLFIEWLK* NGGPSSGAPPPSK-NH 2 (SEQ ID NO. 2) *-SK* QMEEEAVRLFIEWLK* NGGPSSGAPPPSK-NH 2 (SEQ ID NO. 3) *-K* QMEEEAVRLFIEWLK* NGGPSSGAPPPSK-NH 2 (SEQ ID NO. 4) *-DLSK* QMEEEAVRLFIEWLK* NGGPSSGAPPPSK-NH 2 (SEQ ID NO. 1) *-LSK* QMEEEAVRLFIEWLK* NGGPSSGAPPPSK-NH 2 (SEQ ID NO. 2) *-SK* QMEEEAVRLFIEWLK* NGGPSSGAPPPSK-NH 2 (SEQ ID NO. 3) *-K* QMEEEAVRLFIEWLK* NGGPSSGAPPPSK-NH 2 (SEQ ID NO. 4)
A method for testing a transformer (24, 30, 56), the method comprising operating a controller to generate a switching signal, supplying the switching signal to a solid state switch (28, 36) in circuit with a test load (26, 32) of known magnitude, switching the solid state switch (28, 36) to place the test load (26, 32) in circuit with the transformer (24, 30, 56), measuring a signal through or across the transformer (24, 30, 56), monitoring zero crossings of the measured signal, and operating the controller to generate the switching signal substantially at the zero crossings of the measured signal.
Truck-mounted forklift truck for loading and/or unloading a cargo space, the truck-mounted forklift truck comprising: - a frame provided with mounting elements configured to mount the truck-mounted forklift on a truck provided with the cargo space; - a set of forks for picking up and/or setting down a cargo during the loading and/or unloading; - a number of wheels (6, 8, 10) and a drive configured to drive at least some of the wheels for the purpose of displacing the truck-mounted forklift truck over a ground surface; and - a steering mechanism configured to steer at least one of the wheels of the truck-mounted forklift truck, wherein the steering mechanism is provided with: - a steering cylinder configured to turn the steered wheel in a desired direction for the purpose of steering the truck-mounted forklift truck in the desired direction; and - a wheel suspension configured to rotate the steered wheel through a steering angle about a substantially vertical axis in co-action with the steering cylinder, wherein the steering cylinder comprises a turning cylinder, and wherein the turning cylinder is provided with a rotation axis that substantially coincides with the vertical axis about which the steered wheel rotates. - a frame provided with mounting elements configured to mount the truck-mounted forklift on a truck provided with the cargo space; - a set of forks for picking up and/or setting down a cargo during the loading and/or unloading; - a number of wheels (6, 8, 10) and a drive configured to drive at least some of the wheels for the purpose of displacing the truck-mounted forklift truck over a ground surface; and - a steering mechanism configured to steer at least one of the wheels of the truck-mounted forklift truck, wherein the steering mechanism is provided with: - a steering cylinder configured to turn the steered wheel in a desired direction for the purpose of steering the truck-mounted forklift truck in the desired direction; and - a wheel suspension configured to rotate the steered wheel through a steering angle about a substantially vertical axis in co-action with the steering cylinder, - a steering cylinder configured to turn the steered wheel in a desired direction for the purpose of steering the truck-mounted forklift truck in the desired direction; and - a wheel suspension configured to rotate the steered wheel through a steering angle about a substantially vertical axis in co-action with the steering cylinder,
An electronic apparatus adapted to be carried by a user comprising: an accelerometer configured to detect an acceleration value; an air-pressure sensor configured to detect an air-pressure value; a communication unit configured to receive information for recognizing approach of the user of the electronic apparatus to an intersection; and a controller configured to determine whether the user is moving by his/her own effort based on the acceleration value, wherein the controller detects approach of the user to the intersection based on reception of the information if the controller determines that the user is moving by his/her own effort, the controller performs determination processing of determining whether a probability that the user will move on a road at the intersection after the user approaches the intersection is high based on change in the air-pressure value if the controller detects approach of the user to the intersection, the controller sends a notification that the user will move on the intersection to a roadside unit if the probability that the user will move on a road at the intersection is high as a result of the determination processing, and the controller does not send a notification that the user will move on the intersection to a roadside unit if the probability that the user will move on a road at the intersection is not high as a result of the determination processing. an accelerometer configured to detect an acceleration value; an air-pressure sensor configured to detect an air-pressure value; a communication unit configured to receive information for recognizing approach of the user of the electronic apparatus to an intersection; and a controller configured to determine whether the user is moving by his/her own effort based on the acceleration value, wherein the controller detects approach of the user to the intersection based on reception of the information if the controller determines that the user is moving by his/her own effort, the controller performs determination processing of determining whether a probability that the user will move on a road at the intersection after the user approaches the intersection is high based on change in the air-pressure value if the controller detects approach of the user to the intersection, the controller sends a notification that the user will move on the intersection to a roadside unit if the probability that the user will move on a road at the intersection is high as a result of the determination processing, and the controller does not send a notification that the user will move on the intersection to a roadside unit if the probability that the user will move on a road at the intersection is not high as a result of the determination processing.