mhurhangee/ep-ind-claims huggingface dataset:
A compressor, comprising: a compressor housing; a compressor wheel rotatably mounted within the compressor housing, the wheel including a hub and a plurality of blades, each blade extending out from the hub and defining a leading edge and an outer edge, wherein the blade leading edges in rotation establish a compressor inlet; and an actuator including an actuator housing forming an actuator chamber, and an actuation mechanism; wherein the compressor housing forms an inlet wall defining an inlet passageway leading to the compressor inlet; and wherein the actuator housing contains an electric motor, wherein the electric motor is thermally integral with a motor-surface of the compressor housing, and wherein the motor-surface of the compressor housing is on the inlet wall, characterized in that a first side of the inlet wall forms a portion of the inlet passageway and wherein a second, opposite, side of the inlet wall forms the motor-surface. a compressor housing; a compressor wheel rotatably mounted within the compressor housing, the wheel including a hub and a plurality of blades, each blade extending out from the hub and defining a leading edge and an outer edge, wherein the blade leading edges in rotation establish a compressor inlet; and an actuator including an actuator housing forming an actuator chamber, and an actuation mechanism; wherein the compressor housing forms an inlet wall defining an inlet passageway leading to the compressor inlet; and wherein the actuator housing contains an electric motor, wherein the electric motor is thermally integral with a motor-surface of the compressor housing, and wherein the motor-surface of the compressor housing is on the inlet wall, characterized in that a first side of the inlet wall forms a portion of the inlet passageway and wherein a second, opposite, side of the inlet wall forms the motor-surface.
A vehicle seat cushion carrier assembly (106, 112), comprising: a seat cushion carrier structure adapted to be selectively coupled to a seat frame (102, 104) of a vehicle seat; a seat cushion coupled to the seat cushion carrier structure; an upholstery material disposed about the seat cushion, one or more of a plurality of vehicle seat upholstery strap fasteners to secure the upholstery material to the seat cushion carrier structure, and a plurality of clip fasteners, wherein the vehicle seat upholstery strap fastener, comprises: a strap root adapted to be selectively coupled to an underside of the upholstery material; and an elongate member coupled to the strap root and adapted to be disposed completely through the seat cushion and engage a locking boss coupled to a backside of a seat cushion carrier structure adjacent to which the seat cushion is disposed. a seat cushion carrier structure adapted to be selectively coupled to a seat frame (102, 104) of a vehicle seat; a seat cushion coupled to the seat cushion carrier structure; an upholstery material disposed about the seat cushion, one or more of a plurality of vehicle seat upholstery strap fasteners to secure the upholstery material to the seat cushion carrier structure, and a plurality of clip fasteners, a strap root adapted to be selectively coupled to an underside of the upholstery material; and an elongate member coupled to the strap root and adapted to be disposed completely through the seat cushion and engage a locking boss coupled to a backside of a seat cushion carrier structure adjacent to which the seat cushion is disposed.
A coating composition adapted to enhance the adhesion of a coating to a substrate comprising: a) at least one coupling agent, at least partial hydrolysates thereof or mixtures thereof, in a concentration greater than 25 weight percent based on the weight of the total composition; b) an adhesion enhancing amount of an epoxy-containing material comprising at least two epoxy groups; said coating composition being free of colloidal particles chosen from silica, alumina or a mixture thereof; and c) a catalyst chosen from a material adapted to generate acid upon exposure to actinic radiation. a) at least one coupling agent, at least partial hydrolysates thereof or mixtures thereof, in a concentration greater than 25 weight percent based on the weight of the total composition; b) an adhesion enhancing amount of an epoxy-containing material comprising at least two epoxy groups; said coating composition being free of colloidal particles chosen from silica, alumina or a mixture thereof; and c) a catalyst chosen from a material adapted to generate acid upon exposure to actinic radiation.
Blade of a turbomachine, the blade comprising a composite material with a matrix and a reinforcement comprising a mesh, the blade having a leading edge and a trailing edge, an intrados surface and an extrados surface extending from the leading edge to the trailing edge, wherein the mesh forms a three-dimensional structure extending over the majority of the thickness of the blade between the intrados surface and the extrados surface; characterised in that the three-dimensional structure of the reinforcement is a unitary structure with rods connected together with continuity of material by connecting nodes.
A device for treating acute ischemic stroke, comprising: an arterial access sheath having an internal flow lumen and a distal opening, wherein the arterial access sheath is adapted to be introduced into a common carotid, internal carotid, or vertebral artery to form a flow line to receive blood from the artery; a sub-selective sheath having an outer diameter adapted to be inserted through the internal flow lumen of the arterial access sheath and extend distal to the distal opening, the sub-selective sheath having an internal flow lumen contiguous with the internal flow lumen of the arterial access sheath; a hemostasis valve attached to the arterial access sheath, the hemostasis valve providing access into the arterial access sheath; a shunt fluidly connected to the arterial access sheath via a Y-connector to a separate flow line configured to form a first leg of the shunt, wherein the shunt provides a pathway for blood to flow from the arterial access sheath to a return site; and a flow control assembly coupled to the shunt and adapted to regulate blood flow through the shunt. an arterial access sheath having an internal flow lumen and a distal opening, wherein the arterial access sheath is adapted to be introduced into a common carotid, internal carotid, or vertebral artery to form a flow line to receive blood from the artery; a sub-selective sheath having an outer diameter adapted to be inserted through the internal flow lumen of the arterial access sheath and extend distal to the distal opening, the sub-selective sheath having an internal flow lumen contiguous with the internal flow lumen of the arterial access sheath; a hemostasis valve attached to the arterial access sheath, the hemostasis valve providing access into the arterial access sheath; a shunt fluidly connected to the arterial access sheath via a Y-connector to a separate flow line configured to form a first leg of the shunt, wherein the shunt provides a pathway for blood to flow from the arterial access sheath to a return site; and a flow control assembly coupled to the shunt and adapted to regulate blood flow through the shunt.
Housing, comprising a first housing element, which is a cover; and a second housing element, which is an internal volume closed by the cover; wherein the housing elements (4a, b) are of thermally conductive design; and wherein the housing elements (4a, b) are connected to one another using a connecting process; wherein a connecting material is arranged between the first housing element and the second housing element for connection of the housing elements (4a, b); wherein at least one of the housing elements (4a, b) can be heated, such that the connecting material is prepared for connecting the housing elements (4a, b); wherein at least one of the housing elements (4a, b) comprises a temperature barrier (16a, b, c) in the form of a local reduction of the thermal conductivity, such that a propagation of heat in the at least one housing element (4a, b) is reduced by the local reduction of the thermal conductivity; characterized in that at least one of the housing elements (4a, b) is composed of a ceramic material with a metal coat; the metal coat is deposited in a local region of a connecting point of the housing elements (4a, b), and a surface in this local region is configured for the introduction of optical energy and has an altered reflectance in order to absorb the optical energy. a first housing element, which is a cover; and a second housing element, which is an internal volume closed by the cover; wherein the housing elements (4a, b) are of thermally conductive design; and wherein the housing elements (4a, b) are connected to one another using a connecting process; wherein the housing elements (4a, b) are of thermally conductive design; and wherein the housing elements (4a, b) are connected to one another using a connecting process; wherein a connecting material is arranged between the first housing element and the second housing element for connection of the housing elements (4a, b); wherein at least one of the housing elements (4a, b) can be heated, such that the connecting material is prepared for connecting the housing elements (4a, b); wherein at least one of the housing elements (4a, b) comprises a temperature barrier (16a, b, c) in the form of a local reduction of the thermal conductivity, such that a propagation of heat in the at least one housing element (4a, b) is reduced by the local reduction of the thermal conductivity; characterized in that at least one of the housing elements (4a, b) is composed of a ceramic material with a metal coat; the metal coat is deposited in a local region of a connecting point of the housing elements (4a, b), and a surface in this local region is configured for the introduction of optical energy and has an altered reflectance in order to absorb the optical energy.
A machine tool for machining workpieces, particularly a grinding machine, comprising a workpiece holder for accomodating a workpiece, a spindle head for receiving a tool, particularly a grinding wheel, wherein the spindle head is movable by motor with respect to the workpiece holder, wherein a handle is arranged at the spindle head and comprises at least one detector that is arranged to detect an impact on the handle, and wherein a control device is provided that is configured to move the spindle head in at least one operation mode by motor in a defined manner dependent on detected impacts on the handle.
An image transmitting method in a photographing apparatus, comprising: recognizing a face in an image captured by the photographing apparatus; displaying an indicator around the recognized face in the image; when the indicator is selected by a user input, searching for information of at least one contact or device corresponding to the recognized face in an address book; displaying a message requesting confirmation on whether the searched information is matched to the recognized face; - if receiving input (No) by the user when there is no match between the searched information and the recognized face, requesting whether to register information regarding the detected person by the user or to terminate the process; - if receiving a user input (Yes) for confirming whether the searched information of at least one contact or device is matched to the recognized face, updating the address book database by adding the photo of the detected person in the address book, and transmitting the image to the at least one contact or the device corresponding to the recognized face based on the user input confirming that the searched information is matched to the recognized face being received. recognizing a face in an image captured by the photographing apparatus; displaying an indicator around the recognized face in the image; when the indicator is selected by a user input, searching for information of at least one contact or device corresponding to the recognized face in an address book; displaying a message requesting confirmation on whether the searched information is matched to the recognized face; - if receiving input (No) by the user when there is no match between the searched information and the recognized face, requesting whether to register information regarding the detected person by the user or to terminate the process; - if receiving a user input (Yes) for confirming whether the searched information of at least one contact or device is matched to the recognized face, updating the address book database by adding the photo of the detected person in the address book, and - if receiving input (No) by the user when there is no match between the searched information and the recognized face, requesting whether to register information regarding the detected person by the user or to terminate the process; - if receiving a user input (Yes) for confirming whether the searched information of at least one contact or device is matched to the recognized face, updating the address book database by adding the photo of the detected person in the address book, and transmitting the image to the at least one contact or the device corresponding to the recognized face based on the user input confirming that the searched information is matched to the recognized face being received.
Securing element (1; 1a) for a bearing device in a housing of a drive device, wherein the plate-like securing element (1; 1a) has two side legs (34, 35) and a base leg which connects the side legs (34, 35), wherein, between the base leg and the side legs (34, 35), there is formed a cutout for receiving a shaft which is mounted rotatably in a bearing, wherein the two side legs (34, 35) are designed to interact, by means of a first face side, with the bearing and, by means of a second face side, with a stop surface in the housing, wherein the securing element (1; 1a) is at least regionally bent in a direction arranged perpendicular to two axes (X, Y) running in the plane of the securing element (1; 1a), and has a bulge in the bent region, one of the two axis running in the direction of the longitudinal extent of the side legs (34, 35), and one of the two axis running in the direction of the longitudinal extent of the base leg, wherein the securing element (1; 1a) is regionally bent along the two side legs (34, 35), said bulge being arranged in an approximately central region in relation to the longitudinal extent of the two side legs (34, 35), wherein the securing element (1; 1a) has planar portions (41, 42) at peripheral regions outside the bulge, characterized in that the securing element (1; 1a), in the region of the base leg, has a stiffening portion which projects at 90 degrees from the plane of the securing element (1; 1a). wherein the securing element (1; 1a) is at least regionally bent in a direction arranged perpendicular to two axes (X, Y) running in the plane of the securing element (1; 1a), and has a bulge in the bent region, one of the two axis running in the direction of the longitudinal extent of the side legs (34, 35), and one of the two axis running in the direction of the longitudinal extent of the base leg, wherein the securing element (1; 1a) is regionally bent along the two side legs (34, 35), said bulge being arranged in an approximately central region in relation to the longitudinal extent of the two side legs (34, 35), wherein the securing element (1; 1a) has planar portions (41, 42) at peripheral regions outside the bulge, characterized in that the securing element (1; 1a), in the region of the base leg, has a stiffening portion which projects at 90 degrees from the plane of the securing element (1; 1a).
An apparatus for scanning a specimen on a specimen stage, comprising an objective; a specimen stage; a camera sensor configured to capture a first plurality of images from a first position to be imaged at a first rate while focus is changed in continuous motion, wherein the captured first plurality of images comprises images captured with different focus from the first position; and a flash unit configured to flash at a second rate, wherein the first rate and the second rate are synchronized, characterized in that the apparatus is configured to: - focus different colours of the specimen at different distances, - to acquire images using a flash of a first colour being red, - to acquire images using a flash of a second colour being green, - to acquire images using a flash of a third colour being blue, and - to collect properly focused data for each colour. an objective; a specimen stage; a camera sensor configured to capture a first plurality of images from a first position to be imaged at a first rate while focus is changed in continuous motion, wherein the captured first plurality of images comprises images captured with different focus from the first position; and a flash unit configured to flash at a second rate, wherein the first rate and the second rate are synchronized, characterized in that the apparatus is configured to: - focus different colours of the specimen at different distances, - to acquire images using a flash of a first colour being red, - to acquire images using a flash of a second colour being green, - to acquire images using a flash of a third colour being blue, and - to collect properly focused data for each colour. - focus different colours of the specimen at different distances, - to acquire images using a flash of a first colour being red, - to acquire images using a flash of a second colour being green, - to acquire images using a flash of a third colour being blue, and - to collect properly focused data for each colour.
Tobacco tar removal agent comprising carbon dioxide plant extracts with terpene and/or terpenoid content in the extract of min. 10 mass % obtained by supercritical extraction by natural carbon dioxide from plants including green tea, walnut, sage and fennel, and characterized by that it additionally comprises carbon dioxide pomegranate extract obtained by supercritical extraction by natural carbon dioxide and by that it comprises the extracts in the following proportions, mass %: Pomegranate extract 10-60 Walnut extract 10-60 Sage extract 10-60 Fennel extract 10-60 Green tea extract the rest.
An image forming apparatus comprising: a feeder on which a print medium is loadable in a center alignment method; an image former to print an image by using an electrophotographic method on the print medium supplied from the feeder; a discharger on which the print medium having the image printed thereon is dischargeable; a load detection sensor located on the feeder to detect whether the print medium is loaded on the feeder; an overload detection sensor to detect an overload of the discharger; and characterized by a controller to, detect a width of the print medium according to a combination of a feeder load state of a feeder load detection signal of the load detection sensor and an overload state of a discharger overload detection signal of the overload detection sensor, and control the image former to perform printing by applying different print modes according to the detected width of the print medium. a feeder on which a print medium is loadable in a center alignment method; an image former to print an image by using an electrophotographic method on the print medium supplied from the feeder; a discharger on which the print medium having the image printed thereon is dischargeable; a load detection sensor located on the feeder to detect whether the print medium is loaded on the feeder; an overload detection sensor to detect an overload of the discharger; and characterized by a controller to, detect a width of the print medium according to a combination of a feeder load state of a feeder load detection signal of the load detection sensor and an overload state of a discharger overload detection signal of the overload detection sensor, and control the image former to perform printing by applying different print modes according to the detected width of the print medium. detect a width of the print medium according to a combination of a feeder load state of a feeder load detection signal of the load detection sensor and an overload state of a discharger overload detection signal of the overload detection sensor, and control the image former to perform printing by applying different print modes according to the detected width of the print medium.
A lamp comprising: a discharge vessel, wherein the discharge vessel is free of jacket; electrodes (18,20) extending into the discharge vessel; and a discharge sustaining fill sealed within the discharge vessel, the fill comprising: mercury; an inert gas; and a halide component comprising: 0.12 -0.5μmol/cm 3 of cesium halide, a total of 0.1-1.6 μmol/cm3 of at least one of indium halide and thallium halide, a total of 0.3-1.5 μmol/cm3 of at least one rare earth halide selected from dysprosium halide, holmium halide, neodymium halide and thulium halide, and 0.30-2.0 μmol/cm 3 of gadolinium halide; a total of less than 0.2μmol/cm 3 of halides other than cesium, gadolinium, thallium, indium, dysprosium, holmium, thulium, mercury, and neodymium. a discharge vessel, wherein the discharge vessel is free of jacket; electrodes (18,20) extending into the discharge vessel; and a discharge sustaining fill sealed within the discharge vessel, the fill comprising: mercury; an inert gas; and a halide component comprising: 0.12 -0.5μmol/cm 3 of cesium halide, a total of 0.1-1.6 μmol/cm3 of at least one of indium halide and thallium halide, a total of 0.3-1.5 μmol/cm3 of at least one rare earth halide selected from dysprosium halide, holmium halide, neodymium halide and thulium halide, and 0.30-2.0 μmol/cm 3 of gadolinium halide; mercury; an inert gas; and a halide component comprising: 0.12 -0.5μmol/cm 3 of cesium halide, a total of 0.1-1.6 μmol/cm3 of at least one of indium halide and thallium halide, a total of 0.3-1.5 μmol/cm3 of at least one rare earth halide selected from dysprosium halide, holmium halide, neodymium halide and thulium halide, and 0.30-2.0 μmol/cm 3 of gadolinium halide; 0.12 -0.5μmol/cm 3 of cesium halide, a total of 0.1-1.6 μmol/cm3 of at least one of indium halide and thallium halide, a total of 0.3-1.5 μmol/cm3 of at least one rare earth halide selected from dysprosium halide, holmium halide, neodymium halide and thulium halide, and 0.30-2.0 μmol/cm 3 of gadolinium halide; a total of less than 0.2μmol/cm 3 of halides other than cesium, gadolinium, thallium, indium, dysprosium, holmium, thulium, mercury, and neodymium.
A binary process for manufacturing dipped latex product, the said process comprising the steps of: preparing a first latex mixture Formulation A comprising latex, one or more accelerators, and one or more surfactants without any curing agents; preparing a second latex mixture Formulation B comprising latex, one or more curing agents, and one or more surfactants without any accelerators; dipping one or more formers into the Formulation A and B separately in order to form a plurality of coatings/layers of the Formulation A and B; and curing the plurality of coatings/layers on the formers to form the dipped latex products. preparing a first latex mixture Formulation A comprising latex, one or more accelerators, and one or more surfactants without any curing agents; preparing a second latex mixture Formulation B comprising latex, one or more curing agents, and one or more surfactants without any accelerators; dipping one or more formers into the Formulation A and B separately in order to form a plurality of coatings/layers of the Formulation A and B; and curing the plurality of coatings/layers on the formers to form the dipped latex products.