36results about How to "Not out of the scope of protection" patented technology

The invention relates to a method for protecting a display device in a vehicle from being damaged by a harmful force from a user. A swinging arrangement which swings the display device comprises at least one sensor. When the force applied to the display device and exerted by the user is determined by means of the at least one sensor, and when the force determined by the at least one sensor exceeds a threshold value provided in advance, at least one warning that can be sensed by the user is emitted. The force is additionally at least partially absorbed by at least one preset flexible end stopping part, so that the swinging of the display unit is limited. The invention further relates to a corresponding swining arrangement.

The invention relates to a semiconductor chip with fracture detection. The semiconductor chip 100 includes a substrate 101, an integrated circuit 102, an indentation 110 of the substrate 101, a conductor track 121, and also a crossover 111 between the indentation 110 and the conductor track 121. Detection of a test signal fed into the conductor track 121 is made possible in this way. In various examples, a fracture of the substrate 101 in the region of the indentation 110 can be detected.

A circuit (100) comprises an input terminal (141) which is configured to receive an analog input signal (142). The circuit (100) also comprises a combination element (601) which is configured to combine a number of time-displaced signal values of the input signal (142) to form an analog combination signal (144). The circuit (100) also comprises a quantizer (131) having a converter core which is configured to receive the combination signal (144) via passive charge redistribution from the combination element (601) and to convert it into a digital output signal (145). Such techniques can thus provide for an analog/digital conversion with filtering in the analog domain.

The invention relates to a centrifugal device comprising improved process analysis technology (PAT), to a method for measuring the moisture content of a suspension in a centrifugal drum and to a method for sampling from a centrifugal device. According to the invention, the centrifugal device is equipped with: a drive shaft (16); a drum (10) that is connected to the drive shaft; a filter (14) that is located inside the drum (10) and that surrounds a working chamber (40); a baffle plate (22) that forms a front face of the working chamber (40) and that is mounted on a baffle plate shaft (24), the baffle plate (22) and the drum (10) being axially displaceable; a filler element (19) for filling a working chamber (40) with a suspension; and a centrifugal housing that surrounds the drum (10) and the filter (14). In addition, various process analysis devices are provided, in particular tubes (30, 31) comprising monitoring and measuring units that are inserted into the working chamber (40) and windows (102) comprising associated channels (100) that are configured in the baffle plate (22).

The invention relates to a method for verifying at least one model for monitoring a state of a machine and selecting at least one model for monitoring a state of a machine from a first set model set, the model being an algorithm trained by means of machine learning, wherein the model is trained by means of a reference data record of operating parameters and is characterized by different parameter configurations for different models, the method comprising: generating one or more test data records from the reference data record, wherein at least one value of the operating parameters in the reference data record is replaced by a corresponding inadmissible operating parameter value; for each model in the model set: applying the model to each of the one or more test data records in order to determine an error value for the model with respect to each test data record, and determining a distance value for the model based on the error value for the model; selecting one or more models based on the magnitude of the distance values.

The invention relates to a door handle assembly (3) for a vehicle door (2), comprising a handle (4) which is mounted on a handle housing (8) a lever element (10), a motor-driven actuating element (19)which rotates the lever element (10) during a normal operation of the door handle assembly (3) and moves the handle (4) out of the non-use position into an actuated position, and a lever mechanism (16). During an emergency operation in the event of a malfunction of the actuating element (19), the handle (4) can be moved by the operator into an emergency handling position in which a first longitudinal end (9) of the handle (4) is moved towards the handle housing (8) and a second longitudinal end (20) of the handle (4) is moved away from the handle housing (8) with respect to the non-use position. The lever mechanism (16) has a holding element (33) which allows a movement of the first longitudinal end (9) in the direction of the handle housing (8) and relative to a lever end (14) of the lever element (10) and a movement of a second longitudinal end (20) of the handle (4) away from the handle housing (8).

An apparatus (100) comprises a signal generator (101) that is set up to produce a digital random signal (191). The apparatus (100) also comprises at least one filter element (102, 121, 122) that is set up to apply a high pass filter and a low pass filter to the digital random signal (191) in order to produce a spectrally shaped random signal (112). The apparatus (100) also comprises a modulator (103) that is set up to apply the spectrally shaped random signal (192) as dither.

A method for testing a charging process of an electrically powered motor vehicle having an on-board power system (2), wherein the on-board power system (2) includes at least one charge connection (18,20) for connecting the on-board power system (2) to a charging station (22, 24) and is connected to at least one electric power storage device (10), wherein an adapter (26) having at least one discharge connection (30) is additionally connected to the on-board power system (2) for testing the charging process, wherein electric power for testing the charging process is conducted via the at least one charge connection (18, 20) into the on-board power system (2), wherein a primary portion of the electric power is discharged again from the on-board power system (2) via the at least one dischargeconnection (30) of the adapter (26).

The invention relates to a method for transferring data, in which a peripheral device (8) and a central device (4) are wirelessly connected in accordance with the Bluetooth Low Energy (BLE) standard and a data packet (12) is transferred within a transfer window of a Bluetooth Low Energy data channel between the peripheral device (8) and the central device (4).

The invention relates to a device and a method for switching alternating current. The invention relates to a device for converting an input alternating current, said device comprising: a first transformer (4a) arranged to convert a first part of said input alternating current into a first output alternating current; a second transformer (4b) configured to convert a second portion of the input alternating current into a second output alternating current, wherein the second transformer is connected to the first Transformers connected in parallel on the input side; a comparator (6) set up to compare a quantity characterizing the first output alternating current with a quantity characterizing the second output alternating current and to determine a comparison value based thereon and a signal unit (10) configured to output a signal based on the comparison value. Furthermore, the invention comprises a method for converting an input alternating current and a computer program for implementing the method.

The invention describes a lighting module (20) having a heat exchange device (19) for cooling at least one semiconductor light source (5). The heat exchange device (19) comprises at least one metal plate (1) having an upper side (4) and a lower side (7), wherein a closed-cell metal foam (2) metallurgically connected with the metal plate (1) is provided on the lower side (7), and at least one semiconductor light source (5) is arranged on the upper side (4), so that the light source is in direct thermal contact with the metal plate (1).

The invention provides a diagnostic device for detecting a non-alcoholic fatty liver disease state of a test subject. According to the diagnostic device, the age and weight index of a subject, fasting blood glucose of a biological sample of the subject, gamma-glutamyltransferase, high-density lipoprotein, cholesterol, total bilirubin, albumin, aspartate aminotransferase and platelet count are taken as diagnosis indexes; and the non-alcoholic fatty liver disease state of the subject can be evaluated by combining the biomarker level of the biological sample of the subject. The diagnosis device disclosed by the invention can be used for quickly, accurately and comprehensively evaluating and diagnosing the non-alcoholic fatty liver disease state of the test body.

The invention relates to a method for encrypting vehicle defect messages concerning vehicle defects (57) of a first vehicle (52), a key being used to encrypt the vehicle defect messages, wherein firsta key is retrieved via an exchange platform (50) using an identifier that identifies the first vehicle (52) and the vehicle defect messages are encrypted by means of said key.

The invention relates to an optical device comprising an illumination module (100) with a carrier (110) which has, for example, at least one light-permeable region (112). The illumination module (100)comprises a plurality of light sources (111) that are arranged on the carrier (110).

The invention belongs to the field of crankshaft production detection, and particularly relates to a crankshaft blank center hole run-out testing fixture which comprises a dial indicator, a referenceseat, a measuring swing arm and a connecting frame, the reference seat comprises a seat body, a positioning head and a first elastic piece, the positioning head comprises a guide rod and a spherical ejector head, and the positioning head can only move left and right; the distances between a hard alloy measuring head of the measuring swing arm and the rotating shaft and between the meter rod contact and the rotating shaft are equal. The bottom of the connecting frame is fixedly connected with the seat body, the measuring swing arm is rotatably installed on the upper portion of the connecting frame through a rotating shaft of the measuring swing arm, and the measuring swing arm tends to rotate anticlockwise under the action of a second elastic piece. The dial indicator is arranged in middleof connecting frame, and an indicator rod head leftwards abuts against an indicator rod contact of a vertical swing rod. The testing fixture has the advantages that the operation is simple, the detection is fast and convenient, the 100 percent detection is favorably realized, the requirement on the placement position of a detected workpiece is low, the workpiece measurement is more flexible, and the labor intensity of workers is reduced.