mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft engine having a gear train , the gear train comprising: a sun gear ; a plurality of planet gear assemblies , each planet gear assembly having a main gear meshed with the sun gear , a fore lateral gear and an aft lateral gear disposed on opposite sides of the main gear and rotating therewith, a diameter of the main gear being different than a diameter of the fore and aft lateral gears ; a planet carrier rotatably supporting the planet gear assemblies ; and a fore ring gear meshed with the fore lateral gear , and an aft ring gear meshed with the aft lateral gear , wherein one of the sun gear , the planet carrier , and the fore and aft ring gears is configured to be operatively connected to an input, one is configured to be operatively connected to an output, and rotation of a remaining one is limited, characterised in that : each of the plurality of planet gear assemblies is rotatably mounted on a bearing for rotation about an axis (A'), at least one of the bearings includes a journal and extends axially relative to the axis (A') from a first axial end face to a second axial end face thereof, the journal defining a first undercut extending from the first axial end face toward the second axial end face and a second undercut extending from the second axial end face toward the first axial end face . a sun gear ; a plurality of planet gear assemblies , each planet gear assembly having a main gear meshed with the sun gear , a fore lateral gear and an aft lateral gear disposed on opposite sides of the main gear and rotating therewith, a diameter of the main gear being different than a diameter of the fore and aft lateral gears ; a planet carrier rotatably supporting the planet gear assemblies ; and a fore ring gear meshed with the fore lateral gear , and an aft ring gear meshed with the aft lateral gear , wherein one of the sun gear , the planet carrier , and the fore and aft ring gears is configured to be operatively connected to an input, one is configured to be operatively connected to an output, and rotation of a remaining one is limited, characterised in that : each of the plurality of planet gear assemblies is rotatably mounted on a bearing for rotation about an axis (A'), at least one of the bearings includes a journal and extends axially relative to the axis (A') from a first axial end face to a second axial end face thereof, the journal defining a first undercut extending from the first axial end face toward the second axial end face and a second undercut extending from the second axial end face toward the first axial end face .
A method for producing a custom saddle shell , comprising the following steps: determining an individual extent of a prostate and producing the custom saddle shell having a recess for accommodating and relieving a genital region that comprises the prostate , wherein the dimension and/or geometry of the recess is determined on the basis of the prostate . determining an individual extent of a prostate and producing the custom saddle shell having a recess for accommodating and relieving a genital region that comprises the prostate , wherein the dimension and/or geometry of the recess is determined on the basis of the prostate .
Adapter for a windscreen wiper, in particular a motor vehicle windscreen wiper, comprising a body of elongate shape configured to be mounted in a yoke of substantially U-shaped cross section of a wiper arm , said body having a substantially U-shaped cross section and having two longitudinal side walls connected together by an upper longitudinal wall , said upper wall having a fastening means configured to be housed in at least one through-orifice of said yoke, said fastening means having two separate elements that protrude from the upper wall and respectively bear a contact surface (850b1, 850c1) for contact with an edge of one and the same orifice in the yoke, at least one of said two separate elements being flexible, characterized in that the flexible protruding element(s) are articulated about an axis formed by the junction line of the upper wall with said corresponding protruding element, the protruding element(s) being in the overall shape of an L and comprising a substantially rectilinear portion that extends upwards from said upper wall and is connected at its upper end to a lip oriented towards a longitudinal end of the body
A kit for securing a burr hole plug, the kit comprising: a guide base comprising an upper flange , a lower flange , and a connecting member coupling the upper flange to the lower flange , each of the upper flange and the lower flange defining one or more guide holes , wherein the one or more guide holes of the upper flange are aligned with the one or more guide holes of the lower flange ; a drill shank coupleable to a drill and comprising a cutting element and a main shaft that are configured to pass through any one of the one or more guide holes in the upper flange of the guide base ; and one or more guide collets comprising a collet shaft and a fastener tube extending from the collet shaft and configured to receive a fastener, wherein the collet shaft and fastener tube are configured for insertion into any one of the one or more guide holes in the upper flange of the guide base . a guide base comprising an upper flange , a lower flange , and a connecting member coupling the upper flange to the lower flange , each of the upper flange and the lower flange defining one or more guide holes , wherein the one or more guide holes of the upper flange are aligned with the one or more guide holes of the lower flange ; a drill shank coupleable to a drill and comprising a cutting element and a main shaft that are configured to pass through any one of the one or more guide holes in the upper flange of the guide base ; and one or more guide collets comprising a collet shaft and a fastener tube extending from the collet shaft and configured to receive a fastener, wherein the collet shaft and fastener tube are configured for insertion into any one of the one or more guide holes in the upper flange of the guide base .
A loading test test-and-control system of vehicle lifter lifting unit, suitable for use to test an assembled vehicle lifter lifting unit , comprising: a base , wherein: the base is provided thereon with a support bracket capable of installing the lifting unit to be tested; or the lifting unit to be tested is directly mounted on the base instead of on the support bracket ; the lifting unit to be tested comprises a support head and a vertical support column ; and the support bracket is provided with a loading unit for applying a loading force to the lifting unit to be tested, characterized in that : the loading unit is electrically connected with a control unit which can control the pressure applied by the loading unit according to a set value; and the loading unit comprises a hydraulic cylinder , a fixed end of the hydraulic cylinder is mounted on the support bracket , a piston end is close to the lifting unit to be tested; a bottom of the piston end of the hydraulic cylinder is provided with a pressure sensor capable of detecting loading pressure of the hydraulic cylinder , and the pressure sensor is connected to the control unit to transmit a pressure signal sensed by the pressure sensor to the control unit. the base is provided thereon with a support bracket capable of installing the lifting unit to be tested; or the lifting unit to be tested is directly mounted on the base instead of on the support bracket ; the lifting unit to be tested comprises a support head and a vertical support column ; and the support bracket is provided with a loading unit for applying a loading force to the lifting unit to be tested, characterized in that : the loading unit is electrically connected with a control unit which can control the pressure applied by the loading unit according to a set value; and the loading unit comprises a hydraulic cylinder , a fixed end of the hydraulic cylinder is mounted on the support bracket , a piston end is close to the lifting unit to be tested; a bottom of the piston end of the hydraulic cylinder is provided with a pressure sensor capable of detecting loading pressure of the hydraulic cylinder , and the pressure sensor is connected to the control unit to transmit a pressure signal sensed by the pressure sensor to the control unit. the loading unit is electrically connected with a control unit which can control the pressure applied by the loading unit according to a set value; and the loading unit comprises a hydraulic cylinder , a fixed end of the hydraulic cylinder is mounted on the support bracket , a piston end is close to the lifting unit to be tested; a bottom of the piston end of the hydraulic cylinder is provided with a pressure sensor capable of detecting loading pressure of the hydraulic cylinder , and the pressure sensor is connected to the control unit to transmit a pressure signal sensed by the pressure sensor to the control unit.
A valve which comprises a body , a closing member movable in a space between walls of the body transversely in relation to a flow passageway provided through the body between at least two positions, a first position in which the flow passageway is closed, and a second position in which the flow passageway is open, and an actuator for moving the closing member linearly between said at least two positions, which body further comprises an edge part connecting the side walls , the valve comprising a cleaning arrangement in which an aperture for conducting a medium is arranged in the valve body , in a part of the body located on the side of the closing member actuator , and is configured to spray a cleaning medium into a part of the space located between walls of the space and the closing member , wherein the valve further comprises second means for conducting the medium at least into a lower part of the space located between the walls of the body, characterized in that an edge part of the valve is provided with a channel , from which channel there is at least one aperture , preferably several apertures, which opens into the space between the walls of the body, preferably into a part of the space located opposite in relation to the actuator , for conducting the medium by means of a negative pressure into the space, the negative pressure acting in the space , and in which channel there is at least one inlet aperture opening to ambient pressure, and the cleaning medium is conducted from the space between the walls of the valve body to a partial-vacuum pipe, such as a conveying pipe of a partial-vacuum system, to which pipe the flow passageway of the valve is connected.
A method for forming an optoelectronic component, comprising the steps of: forming an optoelectronic layer structure having a functional layer structure above a carrier , forming a frame structure comprising a first metallic material on the optoelectronic layer structure such that an area above the functional layer structure is exposed by the frame structure and that the frame structure surrounds the area, forming an adhesion layer comprising a second metallic material above a cover body , applying a liquid first alloy having a melting point in the range between -20°C and 100°C in the area on the first optoelectronic layer structure and/or on the adhesion layer of the cover body , coupling the cover body with the optoelectronic layer structure such that the adhesion layer is coupled with the frame structure and that the liquid first alloy is in direct physical contact with the adhesion layer and the frame structure , and at least a part of the first alloy is chemically reacting with the metallic materials of the frame structure and the adhesion layer , whereby at least a second alloy is formed, which solidifies and as such fixes the cover body to the optoelectronic layer structure. forming an optoelectronic layer structure having a functional layer structure above a carrier , forming a frame structure comprising a first metallic material on the optoelectronic layer structure such that an area above the functional layer structure is exposed by the frame structure and that the frame structure surrounds the area, forming an adhesion layer comprising a second metallic material above a cover body , applying a liquid first alloy having a melting point in the range between -20°C and 100°C in the area on the first optoelectronic layer structure and/or on the adhesion layer of the cover body , coupling the cover body with the optoelectronic layer structure such that the adhesion layer is coupled with the frame structure and that the liquid first alloy is in direct physical contact with the adhesion layer and the frame structure , and at least a part of the first alloy is chemically reacting with the metallic materials of the frame structure and the adhesion layer , whereby at least a second alloy is formed, which solidifies and as such fixes the cover body to the optoelectronic layer structure.
Boundary layer sensor for determining the thickness of a boundary layer above a surface of a body around which flow occurs, comprising a first device for determining a temperature , a second device for determining a temperature and a third device for determining a temperature , which are each arranged at a predeterminable distance (X1, X2, X3) from the surface of the body around which flow occurs, at least each of the second and the third device for determining a temperature consisting of a thermocouple formed from a common first wire made of a first material and a third and fourth wire made of a second material, each of which is connected to the first wire at a contact point , characterized in that each of the wires projects freely into the half-space adjoining the surface and has a diameter of about 300 μm or less. a first device for determining a temperature , a second device for determining a temperature and a third device for determining a temperature , which are each arranged at a predeterminable distance (X1, X2, X3) from the surface of the body around which flow occurs, at least each of the second and the third device for determining a temperature consisting of a thermocouple formed from a common first wire made of a first material and a third and fourth wire made of a second material, each of which is connected to the first wire at a contact point , characterized in that each of the wires projects freely into the half-space adjoining the surface and has a diameter of about 300 μm or less.
A suction material collecting station for regenerating a filter chamber of a suction cleaner , wherein the suction material collecting station has an interface for connecting to the suction cleaner , a suction material collection container , a fan for generating a negative pressure in the suction material collection container , and an electric motor for driving the fan so that suction material contained in the filter chamber of the suction cleaner may be conveyed by means of the fan into the suction material collection container , characterized in that the suction material collecting station has a control and evaluation unit which is equipped to calculate a surroundings disturbance parameter, which indicates a degree of potential disturbance of the surroundings by an operation of the fan of the suction material collecting station , and to control the operation of the electric motor automatically, depending on the surroundings disturbance parameter and a device parameter of the suction cleaner , wherein the suction material collecting station additionally has a detection device for detecting a presence parameter in the surroundings of the suction material collecting station and/or a device parameter and/or a communication device for receiving information about the presence parameter and/or device parameter.
A driver's cab front module for a driver's cab of a utility vehicle, wherein the driver's cab front module is premanufactured and preassembled and has: a driver's cab front wall structure ; and a driver's cab partial floor structure which is connected to the driver's cab front wall structure , partially forms a driver's cab floor and has a support construction with at least one attachment region for the supporting attachment of the driver's cab front module to a further driver's cab partial floor structure of the driver's cab . a driver's cab front wall structure ; and a driver's cab partial floor structure which is connected to the driver's cab front wall structure , partially forms a driver's cab floor and has a support construction with at least one attachment region for the supporting attachment of the driver's cab front module to a further driver's cab partial floor structure of the driver's cab .
Lighting device comprising a battery unit to which a battery is connected, a lighting unit and means for fastening said battery unit to said lighting unit , said lighting unit being made up of a stratified structure formed by the superposition of a plurality of independent components that are joined together, said components including: - a rear plinth having an indentation forming a housing , said lighting unit having at least one circuit board that is housed in said housing and bears at least one light source and a control unit for said light source, - an optical unit arranged on the rear plinth so as to close its housing in a sealed manner by compressing a seal arranged between said rear plinth and said optical unit , - a front bezel arranged on the optical unit and having a cutout partially passed through by the optical unit, - said lighting unit also having fastening means that pass through the rear plinth, the optical unit and said front bezel and are arranged so as to clamp said optical unit between the rear plinth and said front bezel , - the battery unit having a removable casing intended to accommodate the battery, characterized in that : - the means for fastening the battery unit have an arm fastened to said lighting unit, said arm bearing an accommodating housing for the battery unit, which has an internal thread, and in that said casing of the battery unit has an external thread arranged so as to screw the casing onto the arm . - a rear plinth having an indentation forming a housing , said lighting unit having at least one circuit board that is housed in said housing and bears at least one light source and a control unit for said light source, - an optical unit arranged on the rear plinth so as to close its housing in a sealed manner by compressing a seal arranged between said rear plinth and said optical unit , - a front bezel arranged on the optical unit and having a cutout partially passed through by the optical unit, - said lighting unit also having fastening means that pass through the rear plinth, the optical unit and said front bezel and are arranged so as to clamp said optical unit between the rear plinth and said front bezel , - the battery unit having a removable casing intended to accommodate the battery, - the means for fastening the battery unit have an arm fastened to said lighting unit, said arm bearing an accommodating housing for the battery unit, which has an internal thread, and in that said casing of the battery unit has an external thread arranged so as to screw the casing onto the arm .
A video decoding method, which decodes a current picture of a main bitstream, comprising: Decoding the reference information of the current picture of the main bitstream to obtain the information that the reference picture of the current picture contains a library picture and the index 'Lib _index' of the library picture referenced by the current picture; If the library picture with index 'Lib_index' does not exist in the decoded picture buffer, the decoder of the main bitstream providing the index 'Lib_index' of the library picture referenced by the current picture to the outside of the decoder, obtaining the library picture corresponding to the index 'Lib_index' from the outside, and updating the library picture in the decoded picture buffer, according to the said index 'Lib_index' of the library picture and the size of the library picture buffer in the decoded picture buffer, wherein the size of the library picture buffer is less than or equal to the size of the decoded picture buffer; Decoding the current picture by using the reference pictures containing the library picture in the decoded picture buffer, wherein the library picture corresponds to the said index 'Lib_index'. Decoding the reference information of the current picture of the main bitstream to obtain the information that the reference picture of the current picture contains a library picture and the index 'Lib _index' of the library picture referenced by the current picture; If the library picture with index 'Lib_index' does not exist in the decoded picture buffer, the decoder of the main bitstream providing the index 'Lib_index' of the library picture referenced by the current picture to the outside of the decoder, obtaining the library picture corresponding to the index 'Lib_index' from the outside, and updating the library picture in the decoded picture buffer, according to the said index 'Lib_index' of the library picture and the size of the library picture buffer in the decoded picture buffer, wherein the size of the library picture buffer is less than or equal to the size of the decoded picture buffer; Decoding the current picture by using the reference pictures containing the library picture in the decoded picture buffer, wherein the library picture corresponds to the said index 'Lib_index'.