Siemens Aktiengesellschaft

Microchip Technology Inc.

Microchip Technology Germany Gmbh II & Co. Kg

Festo Ag & Co

Microchip Technology Germany Gmbh

Asm Assembly Systems Gmbh & Co. Kg

Stefan Burger

Maik Boche

Holger Steffens

Michael Ebert

Claus Kaltner

Andreas Dorfner

Holger Erkens

Walter Andersch

Rainer Duebel

Bernd Haberstumpf

Alexander Wahl

Riccardo Riedl

Preeti Koka

Christina Gallinat

Thomas Baierlein

Ankit Singh

A method for providing context based artefact access to tenants of a cloud computing system includes receiving a request to access an artefact deployed on the cloud computing system. The request includes a tenant identifier and an artefact identifier. Context data associated with the artefact is determined based on the tenant identifier. Context data associated with the artefact is retrieved from an artefact repository stored in a database of the cloud computing system. Access to the artefact is provided based on the retrieved context data associated with the artefact on a device associated with the tenant.

Method for providing context based artefact access

An artifact lifecycle management on a cloud computing system and methods of managing are disclosed herein. In one embodiment, a method includes providing an integrated development environment for developing an artifact to be deployed in a productive environment of the cloud computing system; generating an artifact package associated with the artifact based on inputs received via the integrated development environment; performing one or more tests on the artifact package using the integrated development environment based on or more test cases; performing one or more validation checks on the artifact to be deployed in the productive environment; deploying the validated artifact in the productive environment; provisioning the deployed artifact to one or more tenants of the cloud computing system; and providing access to the artifact to the one or more tenants based on a role and permissions assigned to each of the tenants.

Artifact lifecycle management on a cloud computing system

A method and a system for providing access by an application to data stored in a security data zone of a cloud platform are provided. The method includes determining, in response to a query received from a querying application of the cloud platform, credentials for a security data zone based on determining whether a first access token included in the received query belongs to an application registered at an access manager module of the cloud platform, and whether the user specified in the received query is allowed to use the registered application. The method also includes determining a second access token to the querying application generated based on the determined credentials. The querying application uses a returned second access token to obtain access to data stored in the security data zone to be processed by the querying application.

Method and system for providing access to data stored in a security data zone of a cloud platform

Provided is a method for detecting a position of an object relative to an electrode configuration with at least three electrodes, wherein a first electrode substantially is arranged parallel or concentrically to a second electrode, a third electrode is arranged in an acute angle or excentric relative to the first electrode, the first electrode is loaded with a first generator signal, and wherein the second electrode may be loaded with a second generator signal. The second generator signal preferably is inverse with respect to the first generator signal. In addition, provided for the method is a suitable electrode configuration with at least three electrodes.

Electrode configuration for position detection and method for position detection

In an evaluation method for a capacitive contact sensor with at least one transmitting and at least one receiving electrode, which are able to be brought into a capacitive coupling, &#x2014;at the at least one receiving or sensor electrode a measurement signal is tapped, which represents the temporal course of the coupling capacitance between the at least one transmitting electrode and the at least one receiving electrode and the temporal course of the capacitive load of the sensor electrode, respectively, &#x2014;a reference signal is created from the measurement signal, and &#x2014;at least one detection signal is created, when the reference signal meets at least one detection criterion. An evaluation device may be coupled with at least one transmitting electrode and at least one receiving electrode or with at least one sensor electrode of the capacitive contact sensor and is adapted to carry out the above evaluation method.

Evaluation method and evaluation device for a capacitive contact sensor

A capacitive sensor device with an electrode system has a first transmitting electrode and a first reception electrode, wherein the first transmitting electrode can be brought into capacitive coupling with the first reception electrode, and a second transmitting electrode and a second reception electrode, wherein the second transmitting electrode can be brought into capacitive coupling with the second reception electrode, a signal generator for feeding the first transmitting electrode with a first electric alternating signal and the second transmitting electrode with a second electric alternating signal, and a signal processing device, which is coupled with the first reception electrode and with the second reception electrode, and which is adapted to form a first measurement variable from the difference between a first electric value tapped at the first reception electrode and a second electric value tapped at the second reception electrode.

Sensor device and method for capacitive approximation detection

A printed circuit board (P) has an evaluation device (E) and an electrode configuration of a capacitive sensor, wherein the electrode configuration has at least two electrodes, one arranged above the other and spaced apart from each other, which each are formed by portions of at least one electrically conductive layer of the printed circuit board (P), and wherein at least one electrode of the electrode configuration is coupled with the evaluation device (E) via a conductor path of the printed circuit board (P). Furthermore, an electric handheld device may have at least one such printed circuit board (P).

Printed circuit board comprising an electrode configuration of a capacitive sensor

An electrode device for a capacitive sensor device for detecting a position of an object relative to the electrode device, wherein the electrode device has a transmitting electrode configuration, a receiving electrode configuration and at least one ground electrode, wherein the transmitting electrode configuration, the receiving electrode configuration and the at least one ground electrode are arranged one upon the other and spaced from each other, at least one ground electrode is arranged between the transmitting electrode configuration and the receiving electrode configuration, and the transmitting electrode configuration has a first transmitting electrode, which may be loaded with an electric alternating signal. Further provided is a printed circuit board that has such an electrode device as well as a handheld device with such a printed circuit and a handheld device with a capacitive sensor device with such an electrode device.

Electrode device for a capacitive sensor device for position detection

A method for the detection of a gripping of a hand-held device with one hand, using a capacitive sensor device, uses at least one transmitting electrode, at least one compensating electrode and at least one receiving electrode. An electrical signal is tapped at the receiving electrode and the sensor device can be operated in a first operating mode and in a second operating mode. In the first operating mode, a first alternating electrical signal is applied to the transmitting electrode and a second alternating electrical signal is applied to the compensating electrode. In the second operating mode, the second alternating signal is only applied to the compensating electrode. Furthermore, a sensor device can be provided which is configured to perform the method as described above.

Method and sensor device for the detection of a gripping of a hand-held device

A placement unit for mounting electric components onto substrates has means for moving perpendicularly to the substrate, a housing, a built-in, rotatable holder for the components, and a rotary drive for the holder mounted within the housing. The holder is connected via an axially elastic coupling to the rotary drive in a manner which is at least temporarily torsionally rigid, wherein the coupling includes a separable coupling having coupling elements arranged to be uncoupled in an axial direction. The holder is pre-stressed axially toward the component against the rotary drive by an adjustable pressure device, wherein the coupling surfaces of the coupling elements form an axial stop for the holder, and wherein the coupling surfaces separate from one another by an axial application force that acts on the holder and prevails over the axial pre-stress.

Placement unit for mounting electric components onto substrates

A method and device are for monitoring electric components in a pick-and-place device for substrates. The underside of a pick-up is monitored by an optical scanner during the pick-up phase and during the placing phase of a component. A lift drive for the pick-up is provided with a position sensor that is linked with a control device. The scanner emits and receives a scanning beam oriented transversally to the direction of lift and is likewise coupled with the control device, thereby allowing monitoring of the underside of the pick-up in a direct time-related manner with the picking and placing of the component. The various lift positions are saved and compared when a threshold value of the received scanning beam is exceeded so that the inventive device also allows for a monitoring of the height of the component.

Method and device for monitoring electric components in a pick-and-place device for substrates

A pressure control means comprising a jet pump ( ) whose pressure state in a branch flow duct ( ) may be changed by means of a choke ( ), which influences the spent air flow from the jet pump ( ). This renders possible a rapid and stepless variation of the pressure state in the branch flow duct ( ).

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Munich, Germany

Stefan Burger