mhurhangee/ep-ind-claims huggingface dataset:
A household cooking appliance having a load-bearing structure with a front associated to which is a door for closing a cooking chamber, above the door the front of the structure having a control panel that includes at least two manual-control members associated to two corresponding selectors, for selection of respective operating conditions of the appliance, wherein the selectors each have a selector body, which is secured at a first end thereof at an inner side of the front of the structure, and each manual-control member can be operated at an outer side of the front of the structure, each selector having an actuation part that passes through a corresponding opening of the front of the structure, characterized in that the appliance has a control system (10, 30), which comprises one main control board to which the selectors are electrically connected, the main control board including a circuit support having associated thereto a plurality of electrical and/or electronic components, and the selector bodies are secured to the circuit support at their second ends, in positions spaced apart from each other, with the selector bodies that support the circuit support in a position spaced apart from the inner side of the front of the structure.
A method for molding a hydraulic connector (12, 13) made of molded plastic, the connector (12, 13) being designed exclusively to be arranged in a diesel fuel backleak hydraulic circuit of direct injection equipment for an internal combustion engine, it being possible for the connector (12, 13) to be T-shaped or L-shaped, the connector (12, 13) comprising: - a coupling element (22, 23) having a roughly cylindrical body with body axis, and an arm extending along an arm axis perpendicular to the body axis in the case of the L-shaped connector, or two arms (28, 29) extending along two distinct arm axes (Y1, Y2) perpendicular to the body axis in the case of the T-shaped connector, the body being able to be connected to a fuel injector, and each arm (28, 29) being able to be connected to the end of a pipe element, and - a tubular cylindrical cage extending along the axis of the body, the cage being provided with two lateral cutouts (30, 31), the body being arranged in the cage, each cutout (30, 31) allowing an arm (28, 29) to extend, and - a locking cap also clipped onto one end of the tubular cage so as to hold the coupling element (22, 23) captive in the cage, the molding method comprising the following steps: a) providing a mold with an impression of a T-shaped coupling element, said impression comprising an impression of the body and two impressions of the arms (28, 29); b) arranging an insert in the impression of one of the two arms (28, 29) when the intention is to mold an L-shaped coupling element. - a coupling element (22, 23) having a roughly cylindrical body with body axis, and an arm extending along an arm axis perpendicular to the body axis in the case of the L-shaped connector, or two arms (28, 29) extending along two distinct arm axes (Y1, Y2) perpendicular to the body axis in the case of the T-shaped connector, the body being able to be connected to a fuel injector, and each arm (28, 29) being able to be connected to the end of a pipe element, and - a tubular cylindrical cage extending along the axis of the body, the cage being provided with two lateral cutouts (30, 31), the body being arranged in the cage, each cutout (30, 31) allowing an arm (28, 29) to extend, and - a locking cap also clipped onto one end of the tubular cage so as to hold the coupling element (22, 23) captive in the cage, a) providing a mold with an impression of a T-shaped coupling element, said impression comprising an impression of the body and two impressions of the arms (28, 29); b) arranging an insert in the impression of one of the two arms (28, 29) when the intention is to mold an L-shaped coupling element.
Combustion engine comprising: - an engine block, - a crank shaft, which is rotatably mounted in the engine block and protrudes from the engine block at one end of the engine block, - a flywheel housing which is attached to said end of the engine block with the help of threaded attaching elements (7, 7', 7") that are screwed into threaded holes in the engine block, and - a cogwheel transmission which is arranged at said end of the engine block, for transmission of torque from the crank shaft to one or several shafts driven by the crank shaft, and which comprises at least one first intermediate cogwheel, which is rotatably mounted on a first intermediate wheel shaft, having a first end and an opposite second end, so that the intermediate wheel shaft's first end is attached to the engine block, characterised in that one of said threaded attaching elements extends through an axial through-hole of said intermediate wheel shaft and is screwed into a threaded hole, which is arranged in the engine block in line with such a through-hole. - an engine block, - a crank shaft, which is rotatably mounted in the engine block and protrudes from the engine block at one end of the engine block, - a flywheel housing which is attached to said end of the engine block with the help of threaded attaching elements (7, 7', 7") that are screwed into threaded holes in the engine block, and - a cogwheel transmission which is arranged at said end of the engine block, for transmission of torque from the crank shaft to one or several shafts driven by the crank shaft, and which comprises at least one first intermediate cogwheel, which is rotatably mounted on a first intermediate wheel shaft, having a first end and an opposite second end, so that the intermediate wheel shaft's first end is attached to the engine block,
A microcavity dish (10; 110) for cultivating cells, the microcavity dish comprising: a dish body comprising a sidewall (16; 116; 146) that encloses a cell culture chamber (22; 122) within the dish body, the dish body having a top and a bottom (12; 112), where the bottom (12; 112) comprises a cell culturing substrate (14; 114) comprising an array of microcavities, where the sidewall (16; 116; 146) extends from the bottom (12; 112) to a top edge (18; 118) of the dish body; the sidewall (16; 116; 146) comprising a transition portion (30; 130) that divides the sidewall (16; 116; 146) into an upper portion (32; 132) and a lower portion (34; 134) that is offset inward relative to the upper portion (32; 132) defining a liquid medium delivery surface (26; 126) having a first end near the top edge (18; 118) and a second end near a bottom edge of sidewall (16; 116; 146), the liquid medium delivery surface (26; 126) extending at least partially along an interior surface (28; 128) of the sidewall (16; 116; 146) and sloping along a length of the liquid medium delivery surface (26; 126) downward from the first end to the second end toward the bottom (12; 112). a dish body comprising a sidewall (16; 116; 146) that encloses a cell culture chamber (22; 122) within the dish body, the dish body having a top and a bottom (12; 112), where the bottom (12; 112) comprises a cell culturing substrate (14; 114) comprising an array of microcavities, where the sidewall (16; 116; 146) extends from the bottom (12; 112) to a top edge (18; 118) of the dish body; the sidewall (16; 116; 146) comprising a transition portion (30; 130) that divides the sidewall (16; 116; 146) into an upper portion (32; 132) and a lower portion (34; 134) that is offset inward relative to the upper portion (32; 132) defining a liquid medium delivery surface (26; 126) having a first end near the top edge (18; 118) and a second end near a bottom edge of sidewall (16; 116; 146), the liquid medium delivery surface (26; 126) extending at least partially along an interior surface (28; 128) of the sidewall (16; 116; 146) and sloping along a length of the liquid medium delivery surface (26; 126) downward from the first end to the second end toward the bottom (12; 112).
Telescopic appliance having at least one barrel (11, 12) which contains an optical system, having at least one image stabilization device (33, 36, 39) which is designed to move at least one optical assembly (16, 17, 18) of the optical system relative to the at least one barrel (11, 12), having at least one signal processing unit which is designed such that it actuates the at least one image stabilization device (33, 36, 39) in one mode from a plurality of modes (84, 86), wherein each mode has an associated respective movement situation for the telescopic appliance, and having a mode detection unit which is designed such that it determines the mode from the plurality of modes (84, 86), characterized in that the mode detection unit is furthermore designed such that it determines the mode by ascertaining a probability of presence of a first movement situation which has an associated first mode, and takes a comparison of the ascertained probability with a random number as a basis for making a decision about actuation in the first mode.
A method of estimating mean central retinal artery pressure (MCRAP) by using a microprocessor controlled tonometer, the method comprising: using the tonometer by pressing a surface against a cornea to determine a mean intraocular pressure (MIOP) including a diastolic value and a systolic value having an ocular pulse amplitude using the microprocessor to calculate a ratio between OPA and MIOP; using the microprocessor to derive a multiplier from the ratio; and using the microprocessor to multiply MIOP by the derived multiplier to produce an estimate of mean central retinal artery pressure (MCRAP). using the tonometer by pressing a surface against a cornea to determine a mean intraocular pressure (MIOP) including a diastolic value and a systolic value having an ocular pulse amplitude using the microprocessor to calculate a ratio between OPA and MIOP; using the microprocessor to derive a multiplier from the ratio; and using the microprocessor to multiply MIOP by the derived multiplier to produce an estimate of mean central retinal artery pressure (MCRAP).
A medical device for removal of immune suppressive microvesicular particles from whole blood or a component thereof, said device comprising: a) an intake conduit through which whole blood or a component thereof enters; b) an agent capable of binding and removing immune suppressive microvesicular particles found within said blood or component thereof, wherein said agent comprises a lectin and said agent is configured for contacting said blood or component thereof; c) a system for reintroduction of contacted blood or component thereof into a subject, whereby said contacted blood or component thereof is reintroduced under physiologically acceptable conditions, said contacted blood or component thereof containing substantially fewer immune suppressive microvesicular particles compared to the whole blood or component thereof that enters into the intake conduit; and d) an additional agent capable of binding immune suppressive microvesicular particles selected from a group consisting of: a) an antibody; b) a protein; c) an aptamer; d) a surface that selectively restricts microvesicles from passage, and e) a surface with selective adhesion to microvesicles. a) an intake conduit through which whole blood or a component thereof enters; b) an agent capable of binding and removing immune suppressive microvesicular particles found within said blood or component thereof, wherein said agent comprises a lectin and said agent is configured for contacting said blood or component thereof; c) a system for reintroduction of contacted blood or component thereof into a subject, whereby said contacted blood or component thereof is reintroduced under physiologically acceptable conditions, said contacted blood or component thereof containing substantially fewer immune suppressive microvesicular particles compared to the whole blood or component thereof that enters into the intake conduit; and d) an additional agent capable of binding immune suppressive microvesicular particles selected from a group consisting of: a) an antibody; b) a protein; c) an aptamer; d) a surface that selectively restricts microvesicles from passage, and e) a surface with selective adhesion to microvesicles.
A transmission module for a vehicle, having an input which can be connected to a drive source, and an output which can be connected to a differential, and comprising: - a clutch comprising a first clutch portion connected to the input, which first clutch portion is formed by a clutch housing, and a second clutch portion which is formed by a clutch plate, as well as pressing means for pressing the two clutch portions together, which pressing means comprise a movable pressing element as well as an actuation cylinder connected thereto, - an epicyclic gearing comprising at least three rotational members (23, 25, 29), of which a first rotational member is connected to the first clutch portion and a second rotational member is connected to a brake and a third rotational member is coupled to the output, and - a transmission comprising at least two gear reductions which each form a gear (65,67,69) and comprising a transmission housing and an input shaft and an output shaft, the input shaft being connected to the second clutch portion and a gear wheel positioned on the output shaft forming the output, characterised in that the transmission module comprises a partition which is connected to the transmission housing while a space is present between the partition and the transmission housing, which space is a substantially or completely wet space and the epicyclic gearing is present in this space, wherein a first gear wheel of one of the gears (65,67) is fixedly attached to the input shaft, and a first gear wheel of another gear can then freely rotate around the input shaft and can be coupled to the input shaft or to the third rotational member. - a clutch comprising a first clutch portion connected to the input, which first clutch portion is formed by a clutch housing, and a second clutch portion which is formed by a clutch plate, as well as pressing means for pressing the two clutch portions together, which pressing means comprise a movable pressing element as well as an actuation cylinder connected thereto, - an epicyclic gearing comprising at least three rotational members (23, 25, 29), of which a first rotational member is connected to the first clutch portion and a second rotational member is connected to a brake and a third rotational member is coupled to the output, and - a transmission comprising at least two gear reductions which each form a gear (65,67,69) and comprising a transmission housing and an input shaft and an output shaft, the input shaft being connected to the second clutch portion and a gear wheel positioned on the output shaft forming the output,
A coated turbine component comprising a surface and a coating covering at least partially the surface, characterized in that, the coating comprises a multilayered film formed of individual layers of titanium aluminum tantalum nitride, TiAlTaN, and individual layers of aluminum chromium nitride, AlCrN, deposited alternate one on each other forming a multilayered architecture of the type...TiAITaN/AICrN/ TiAITaN/AICrN/ TiAITaN/AICrN/..., wherein the thickness of the multilayered film is in a range between and including 10 and 40 micrometers, wherein the multilayered film exhibits a single-phased face-centered structure.
Method of setting up a teleconference data communication between a plurality of terminals (T1,...,Tn) connected to a network comprising a plurality of network nodes (N1,...,Nm), in which at least one chosen node of the network sets up a communication between more than two terminals (T1,..., Tn), in which part at least of the nodes are configurable nodes, the method comprising the following steps implemented with a multipoint controller, characterized by: a) selection of at least one configurable node (N1,..., Nm) of the network as a function of predetermined criteria including at least a topology of the network; b) detection of the presence of communication data processing programs based on teleconferencing with more than two terminals on this node; and c) dispatching of communication data processing programs based on teleconferencing to said node (N1,..., Nm) in case of detected absence of said data processing programs on the node in step b). a) selection of at least one configurable node (N1,..., Nm) of the network as a function of predetermined criteria including at least a topology of the network; b) detection of the presence of communication data processing programs based on teleconferencing with more than two terminals on this node; and c) dispatching of communication data processing programs based on teleconferencing to said node (N1,..., Nm) in case of detected absence of said data processing programs on the node in step b).
A compound that is a fatty acid or an ester of a fatty acid, or a pharmaceutically acceptable salt or solvate thereof, selected from myristoleic acid C14:1cA9, palmitoleic acid C16:1cA9, and capric acid C10:0 monoglyceride (monocaprin C10), for use in the ocular treatment or prophylaxis of an infection of the eye caused by Neisseria gonorrhoeae in a warm-blooded animal.
A fuel cell system for an aircraft comprising a fuel cell having a cathode side and an anode side, wherein at the cathode side a cathode inlet for supplying an oxidant fluid to the fuel cell and a cathode outlet for discharging a cathode product fluid from the fuel cell is provided, and wherein at the anode side an anode inlet for supplying a fuel fluid to the fuel cell and an anode outlet for discharging an anode product fluid from the fuel cell is provided, and a cathode recirculation channel which connects the cathode outlet to the cathode inlet for passing the cathode product fluid from the cathode outlet to the cathode inlet, wherein the cathode recirculation channel comprises a water extraction device for extracting water from the cathode product fluid, wherein an oxidant supply channel is connected to the cathode recirculation channel for introducing oxidant fluid into the cathode recirculation channel, and wherein the oxidant supply channel is connected to an oxygen reservoir storing oxygen, characterized in that the cathode recirculation channel comprises a cooling section, the cooling section comprises a cooler device for cooling the cathode product fluid in the cathode recirculation channel, the water extraction device is provided in the cooling section downstream from the cooler device, the oxidant supply channel extends through the cooler device, so that heat can be exchanged between the oxidant fluid in the oxidant supply channel, and the cathode product fluid in the cathode recirculation channel, wherein the cathode product fluid can be cooled by exchanging heat between the cold, expanded oxygen released from the oxygen reservoir and the warmer cathode product fluid. a fuel cell having a cathode side and an anode side, wherein at the cathode side a cathode inlet for supplying an oxidant fluid to the fuel cell and a cathode outlet for discharging a cathode product fluid from the fuel cell is provided, and wherein at the anode side an anode inlet for supplying a fuel fluid to the fuel cell and an anode outlet for discharging an anode product fluid from the fuel cell is provided, and a cathode recirculation channel which connects the cathode outlet to the cathode inlet for passing the cathode product fluid from the cathode outlet to the cathode inlet, wherein the cathode recirculation channel comprises a water extraction device for extracting water from the cathode product fluid, wherein an oxidant supply channel is connected to the cathode recirculation channel for introducing oxidant fluid into the cathode recirculation channel, and wherein the oxidant supply channel is connected to an oxygen reservoir storing oxygen,
Steering shaft for a motor vehicle, having - an inner shaft; - an outer shaft; - a profiled sleeve which is arranged on the inner shaft and is fixed thereon, in such a way that the inner shaft can be moved together with the profiled sleeve in the axial direction with respect to the outer shaft, the inner shaft and the outer shaft being coupled in a torque-transmitting manner with the profiled sleeve connected in between, the profiled sleeve comprising an aperture, into which a projection which is arranged on an outer face of the inner shaft engages in a manner which secures the profiled sleeve in its position on the inner shaft at least in the axial direction, characterized in that the projection and the inner shaft are configured as a single-piece integral component. - an inner shaft; - an outer shaft; - a profiled sleeve which is arranged on the inner shaft and is fixed thereon, in such a way that the inner shaft can be moved together with the profiled sleeve in the axial direction with respect to the outer shaft, the inner shaft and the outer shaft being coupled in a torque-transmitting manner with the profiled sleeve connected in between, the profiled sleeve comprising an aperture, into which a projection which is arranged on an outer face of the inner shaft engages in a manner which secures the profiled sleeve in its position on the inner shaft at least in the axial direction, characterized in that the projection and the inner shaft are configured as a single-piece integral component.
Wiper strip for a wiper blade for wiping windows, in particular motor vehicle windows, with a wiper lip which is arranged on a base, wherein two limbs emerge from the base, at the end of which limbs there can be a connection to the wiper blade, in particular by means of profiles interacting with holding means of the wiper blade, and wherein the wiper strip is composed of rubber-elastic material, characterized in that an actuator portion is arranged in each of the limbs, in which in cross section at least part of the cross section, preferably the entire cross section, is composed of a functional polymer and the functional polymer is actuated by voltage and/or light, and activation elements for generating a voltage and/or a light emission are arranged on the upper side of the actuator portions.
A cooking device comprising a cooking cavity having a cooking surface wherein the foodstuffs to be cooked are placed; a body in the form of a box with the front side open which surrounds the cooking cavity; a control unit which is disposed on the body and which has electronic components enabling the cooking process to be controlled; an imaging system which is arranged on the body and which has a camera enabling the images of the interior of the cooking cavity to be captured; at least an illumination element which is disposed into the body so as to illuminate the cooking cavity; and at least a sensor which detects the amount of light delivered onto the cooking surface by the illumination element, the control unit which controls the illumination element according to the data received from the sensor characterized by a plurality of sensors which are disposed at different positions so as to detect the amount of light transmitted onto the cooking surface by means of a plurality of illumination elements disposed at different positions in the body; a plurality of cooking regions on the cooking surface each corresponding to a sensor; and the control unit which controls the illumination elements according to the data received from the sensors.
Method consisting in implementing in a foundry a preform to the desired sized shapes, in transferring this foundry preform to a tunnel oven then preheating it to a temperature of around 400 to 500°, transferring the preheated foundry preform into a forge die with a substantially smaller size and shape and performing the die punching operation at a pressure of between 600 and 700 MPA, the method being characterized in that, before the transfer of the preheated foundry preform to the forge die, the forge die and the means of positioning the preform, consisting of pins, are put through a powder-spraying operation on the entire in a surface of the forge die which is likely to receive the preheated foundry preform, and on the pins.