mhurhangee/patent-ind-claim-en huggingface dataset:
A content visualizing method for an augmented reality, AR, based head-up display, HUD, of a vehicle, comprising: generating a three-dimensional, 3D, object disposition space for the HUD of the vehicle in which graphic objects may be stereoscopically visualized, based on a road region ahead of the vehicle sensed by a sensor ; determining a display position within the 3D object disposition space for route guidance content based on an indication point of the route guidance content at which a user should perform an operation corresponding to the route guidance content, such as making a turn; and stereoscopically three-dimensionally visualizing a graphic object corresponding to the route guidance content at the determined display position, the method further comprising: restricting the 3D object disposition space, in response to the 3D object disposition space intersecting a road surface; AND the determining comprises fitting a height of the display position to a bottom of the 3D object disposition space, in response to at least one of a height of the indication point being lower than the bottom of the 3D object disposition space, and a road surface not intersecting a space corresponding to a view of a user due to said road surface being part of an uphill or downhill road. generating a three-dimensional, 3D, object disposition space for the HUD of the vehicle in which graphic objects may be stereoscopically visualized, based on a road region ahead of the vehicle sensed by a sensor ; determining a display position within the 3D object disposition space for route guidance content based on an indication point of the route guidance content at which a user should perform an operation corresponding to the route guidance content, such as making a turn; and stereoscopically three-dimensionally visualizing a graphic object corresponding to the route guidance content at the determined display position, the method further comprising: restricting the 3D object disposition space, in response to the 3D object disposition space intersecting a road surface; AND the determining comprises fitting a height of the display position to a bottom of the 3D object disposition space, in response to at least one of a height of the indication point being lower than the bottom of the 3D object disposition space, and a road surface not intersecting a space corresponding to a view of a user due to said road surface being part of an uphill or downhill road. restricting the 3D object disposition space, in response to the 3D object disposition space intersecting a road surface; AND the determining comprises fitting a height of the display position to a bottom of the 3D object disposition space, in response to at least one of a height of the indication point being lower than the bottom of the 3D object disposition space, and a road surface not intersecting a space corresponding to a view of a user due to said road surface being part of an uphill or downhill road.
Method for operating a device for separating off solids particles from liquids and gases, consisting of a pressure vessel , having a plurality of filter elements arranged in a suspended manner, wherein the filter elements are arranged in a flexible container made of plastic, which is arranged in the pressure vessel and is sealingly closed off with respect thereto, and the flexible container can be removed from the pressure vessel , wherein the filter elements are each of flat design and are arranged in parallel next to one another and are connected to one another to form a filter pack, wherein a clearance exists between the individual filter elements over a large part of the vertical longitudinal extension thereof and the filter elements can be compressed with respect to one another and the filter elements have channels (3") for discharging the suspension filtered by the filter medium , the method comprising the following method steps carried out one after the other: filling the filtration container with a suspension through a first nozzle , wherein the filtration container is vented through a second nozzle (2"), closing a vent nozzle connection (1"), filtering the suspension through the filter elements, wherein the filtration is induced by a pressure difference, and discharging the filtrate through a filtrate outflow nozzle (1"') in a press-fit pipe , then filtering the residual volume by closing an inlet connection and increasing the pressure in the pressure vessel , wherein the flexible container is compressed and leads to partial or complete emptying. filling the filtration container with a suspension through a first nozzle , wherein the filtration container is vented through a second nozzle (2"), closing a vent nozzle connection (1"), filtering the suspension through the filter elements, wherein the filtration is induced by a pressure difference, and discharging the filtrate through a filtrate outflow nozzle (1"') in a press-fit pipe , then filtering the residual volume by closing an inlet connection and increasing the pressure in the pressure vessel , wherein the flexible container is compressed and leads to partial or complete emptying.
An ion conductive powder comprising a lithium-ion-conductive solid electrolyte which is an ion conductor containing at least Li, Zr, La, and O and having a garnet-type structure or a garnet-like structure, wherein the amount of Li 2 CO 3 contained in 1 g of the lithium-ion-conductive solid electrolyte is less than 3 mg as calculated on the basis of the amount of CO 2 determined through temperature programmed desorption mass spectrometry (TPD-MS) at 500°C or higher, wherein the ion conductor contains at least one of Mg and element A (wherein A represents at least one element selected from the group consisting of Ca, Sr, and Ba), and the elements contained in the ion conductor satisfy the following mole ratio conditions to : 1.33 ≤ Li / La + A ≤ 3 ; 0 ≤ Mg / La + A ≤ 0.5 ; and 0 ≤ A / La + A ≤ 0.67 .
An orthokeratology lens designating method comprising a database building process, a patient data acquiring process, a patient stage data acquiring process, and a lens designating process, said database building process comprising repeating a trial process in which a mounting process of mounting an orthokeratology lens on a cornea at a position centering on a pupil of a patient whose head is in an erect state, an image information acquiring process of continuously or intermittently acquiring images of the orthokeratology lens moving on the cornea, a movement data detecting process of detecting a movement speed and a movement direction of the orthokeratology lens from the acquired image information are sequentially performed on a plurality of orthokeratology lenses, and a selection process of determining whether or not data of the acquired movement speed and movement direction is within a certain range, and when the data is within the certain range, selecting a lens as the orthokeratology lens to be used for the patient in order to build a lens database and assigning the selected orthokeratology lens as a registered lens, by storing registered patient data that includes at least registered cornea D data, out of registered lens correction D data having lens correction D data of the registered lens at a contact portion with the cornea, the registered cornea D data having D data of the cornea at the contact portion before mounting the registered lens, registered corneal diameter data having corneal diameter data of the patient, and registered pupil diameter data having pupil diameter data of the patient, and registration stage data having data that indicates in which stage of a plurality of correction stages, including first, second, and later stages, the registered lens is mounted on the cornea; the patient data acquiring process of acquiring patient data including at least patient cornea D data, out of the patient cornea D data having D data of a patient's cornea to be corrected, patient corneal diameter data having data of a corneal diameter, and patient pupil diameter data having data of a pupil diameter; the patient stage data acquiring process of acquiring patient stage data that indicates which stage of a plurality of correction stages the present mounting of an orthokeratology lens corresponds to, on the patient's cornea to be corrected; and the lens designating process of retrieving the registered lens having the registered cornea D data that is the closest to the acquired patient cornea D data and the same registration stage data as the patient stage data in the lens database, and designating the retrieved registered lens as an orthokeratology lens to be used for the patient.
Housing connection element for a housing of an exhaust gas treatment assembly unit of an exhaust system, especially for an internal combustion engine, comprising: a first housing part with an essentially cylindrical first connection area for connection to a circumferential wall of a housing of an exhaust gas treatment assembly unit and with a tapered area adjacent to the first connection area , an annular, second housing part , which is connected to the tapered area , with a second connection area for connection to an exhaust gas-carrying component of an exhaust system, at least one sensor sleeve in a sleeve receiving area of the first housing part , which is formed in the tapered area , wherein the sleeve receiving area comprises a sleeve receiving surface area in a recessed area that is deformed inwards with at least one sleeve receiving opening , and a sensor sleeve received in the at least one sleeve receiving opening , characterized in that an angle formed between the sleeve receiving surface area and a longitudinal central axis (L) of the first connection area is smaller than an angle between an area of the tapered area adjacent to the sleeve receiving area in the circumferential direction, and the longitudinal central axis (L) of the first connection area . a first housing part with an essentially cylindrical first connection area for connection to a circumferential wall of a housing of an exhaust gas treatment assembly unit and with a tapered area adjacent to the first connection area , an annular, second housing part , which is connected to the tapered area , with a second connection area for connection to an exhaust gas-carrying component of an exhaust system, at least one sensor sleeve in a sleeve receiving area of the first housing part , which is formed in the tapered area ,
Satellite controller circuitry for transmitting a digital satellite equipment control signal, the satellite controller circuitry comprising: a connection ; a control unit configured to receive a data message over the connection and to generate a response message as output based thereupon; and transmitter circuitry configured to transmit the response message over the connection , the transmitter circuitry comprising: a first transistor (QN1) having a first conduction terminal coupled to the connection , a second conduction terminal coupled to ground, and a control terminal coupled to receive the output from the control unit ; and a second transistor (QN2) having a first conduction terminal coupled to the connection , a second conduction terminal coupled to ground, and a control terminal coupled to receive the output from the control unit ; wherein the first and second transistor (QN1, QN2) are configured such that a second current (Ic2) flowing through the first conduction terminal of the second transistor (QN2) is in a non-unity ratioed relationship or non-unity ratioed relationships with a first current (Ic1) flowing through the first conduction terminal of the first transistor (QN1). a connection ; a control unit configured to receive a data message over the connection and to generate a response message as output based thereupon; and transmitter circuitry configured to transmit the response message over the connection , the transmitter circuitry comprising: a first transistor (QN1) having a first conduction terminal coupled to the connection , a second conduction terminal coupled to ground, and a control terminal coupled to receive the output from the control unit ; and a second transistor (QN2) having a first conduction terminal coupled to the connection , a second conduction terminal coupled to ground, and a control terminal coupled to receive the output from the control unit ; a first transistor (QN1) having a first conduction terminal coupled to the connection , a second conduction terminal coupled to ground, and a control terminal coupled to receive the output from the control unit ; and a second transistor (QN2) having a first conduction terminal coupled to the connection , a second conduction terminal coupled to ground, and a control terminal coupled to receive the output from the control unit ; wherein the first and second transistor (QN1, QN2) are configured such that a second current (Ic2) flowing through the first conduction terminal of the second transistor (QN2) is in a non-unity ratioed relationship or non-unity ratioed relationships with a first current (Ic1) flowing through the first conduction terminal of the first transistor (QN1).
Winding guide for an electric-machine rotor, comprising: - a base substantially circular around a longitudinal axis (A1), - teeth that rise radially from the base , and - heads extending at the free ends of the teeth and protruding from the teeth , in overhang, wherein at least one of said heads has an inner face which is turned towards the base and which includes: - a planar main portion inclined by a first angle (α) strictly greater than 0 degrees with respect to the longitudinal axis (A1), characterised in that - ribs which extend protruding from the main portion and the vertices of which are flat and inclined with respect to the longitudinal axis (A1) by a second angle (β) between zero degrees inclusive and the first angle (α) exclusive. - a base substantially circular around a longitudinal axis (A1), - teeth that rise radially from the base , and - heads extending at the free ends of the teeth and protruding from the teeth , in overhang, - a planar main portion inclined by a first angle (α) strictly greater than 0 degrees with respect to the longitudinal axis (A1), characterised in that - ribs which extend protruding from the main portion and the vertices of which are flat and inclined with respect to the longitudinal axis (A1) by a second angle (β) between zero degrees inclusive and the first angle (α) exclusive.
Metal heat exchanger pipe , comprising a pipe wall and ribs which extend round at the pipe outer side and which have a rib base , rib flanks and a rib tip and a primary groove which is formed between the ribs, wherein the rib base protrudes substantially radially from the pipe wall , and the rib flanks are provided along the primary groove with additional structural elements which are spaced apart from each other and which are constructed as material projections which are formed from the material of the rib flank and which are arranged laterally on the rib flank , characterised in that - the material projections are deformed in such a manner that they touch the pipe wall in the region of the primary groove so that local cavities are formed, and - in that the cavities have openings in the peripheral direction (U) of the ribs. - the material projections are deformed in such a manner that they touch the pipe wall in the region of the primary groove so that local cavities are formed, and - in that the cavities have openings in the peripheral direction (U) of the ribs.
Stirring unit, comprising a rotating component and at least one sealing ring for sealing on the rotating component , comprising - a base body having a surface that is oriented towards the rotating component , and - a flexible lip seal , - wherein the lip seal is configured to rest against and to seal the rotating component, - wherein the base body is configured as a sliding bearing, characterized in that the lip seal is formed integrally with the base body and the base body and the lip seal are made from polytetrafluorethylene comprising glass fibers as a filler. - a base body having a surface that is oriented towards the rotating component , and - a flexible lip seal , - wherein the lip seal is configured to rest against and to seal the rotating component, - wherein the base body is configured as a sliding bearing,
A rotary system with at least one axial gas bearing, containing: - a housing , - a shaft rotatable relative to the housing , - at least one bearing washer fastened to the shaft , - at least one bearing assembly which supports the bearing washer relative to the housing by an axial gas bearing, characterized in that the bearing assembly has, from the inside to outside, a radially inner region supporting the bearing washer , a radially central region and a radially outer region held by the housing , wherein the radially inner region contains at least one axial bearing element and at least one holding element , wherein the bearing washer is supported by means of the axial bearing element and the holding element holds the axial bearing element in the axial direction. - a housing , - a shaft rotatable relative to the housing , - at least one bearing washer fastened to the shaft , - at least one bearing assembly which supports the bearing washer relative to the housing by an axial gas bearing,
A method for realizing any point in time functionality in a storage system , the method comprising: receiving an input/output at an owner of an object in the storage system, the storage system storing objects ; extracting metadata associated with the input/output ; characterized by manipulating and storing the extracted metadata in a metadata object that is owned by the owner , wherein the manipulated metadata includes the metadata object and is separate from the object ; performing the input/output on the object; generating a new snapshot for a selected point in time by only manipulating the metadata object and without copying or moving data included in the object ; and restoring a production volume by: scanning the metadata object to determine relevant metadata included in the metadata object ; creating a metadata volume from a blank metadata volume by writing relevant metadata from the metadata object corresponding to the new snapshot to populate the blank metadata volume, the metadata including identifiers, wherein each identifier points to data in the objects; and while creating the metadata volume, hydrating the production volume using the metadata volume and the objects, wherein the production volume corresponds to the selected point in time. receiving an input/output at an owner of an object in the storage system, the storage system storing objects ; extracting metadata associated with the input/output ; characterized by manipulating and storing the extracted metadata in a metadata object that is owned by the owner , wherein the manipulated metadata includes the metadata object and is separate from the object ; performing the input/output on the object; generating a new snapshot for a selected point in time by only manipulating the metadata object and without copying or moving data included in the object ; and restoring a production volume by: scanning the metadata object to determine relevant metadata included in the metadata object ; creating a metadata volume from a blank metadata volume by writing relevant metadata from the metadata object corresponding to the new snapshot to populate the blank metadata volume, the metadata including identifiers, wherein each identifier points to data in the objects; and scanning the metadata object to determine relevant metadata included in the metadata object ; creating a metadata volume from a blank metadata volume by writing relevant metadata from the metadata object corresponding to the new snapshot to populate the blank metadata volume, the metadata including identifiers, wherein each identifier points to data in the objects; and while creating the metadata volume, hydrating the production volume using the metadata volume and the objects, wherein the production volume corresponds to the selected point in time.
Method for operating a medical apparatus control system comprising at least one mobile control unit , for at least one medical apparatus , with at least one radio receiving module for detecting and forwarding radio signals, a control device connected to the mobile control unit , and at least one separate mobile radio transmitting module enabled to communicate with the radio receiving module , wherein the at least one radio transmitting module is configured to send an identification feature to the radio receiving module , and the control device is configured to detect a signal, having the identification feature, detected by the radio receiving module and forwarded to the control device , to compare the identification feature with the stored identification features, and to release an operating function of the mobile control unit after a positive result of comparison, wherein the at least one radio transmitting module sends a signal having its identification feature, the radio receiving module receives the signal and forwards it to the control device , the control device compares the identification feature with stored identification features, and the control device releases the operating function of the mobile control unit if the result of comparison is positive, characterized in that a respective password is stored for the identification feature of each radio transmitting module , and the mobile control unit outputs a prompt corresponding to the identification feature, and releases the operating function of the mobile control unit if the appropriate password is additionally input, and upon a first login at the medical apparatus control system, a long-password being more extensive than the password is input, the medical apparatus control system reverses the release after a predefined period in which the mobile control unit is not operated, and a login with the input of the password subsequently occurs.
A driver assistance system for controlling an agricultural vehicle combination with a traction engine configured as a tractor and a mounted implement , wherein the driver assistance system is configured such that it produces control parameters for the traction engine , in particular for a machine control system for the traction engine , and/or for the mounted implement , in particular for an implement control system for the mounted implement , wherein the driver assistance system has an input/output unit for dialogue with the user, wherein the driver assistance system has a rule interpreter which is configured such that it produces the control parameters by executing the rules of a set of rules , characterized in that the driver assistance system has a linking module which is configured to receive at least two sets of rules (15 - 17) from different data sources (18 - 20) and to produce the set of rules to be executed by the rule interpreter from the received sets of rules (15 - 17) in accordance with a linking specification , wherein a first set of rules is associated with the traction engine , which contains all of the rules for an optimized control of the traction engine under different optimization criteria, while a further set of rules is associated with the mounted implement , which contains corresponding rules for an optimized operation of the mounted implement , wherein competing rules of two sets of rules (15 - 17) are assigned different prioritizations according to the linking specification , and in that the rule interpreter is configured such that the competing rules are executed as a function of the assigned prioritization.