Weisse, Moltmann & Willems PartGmbB

The application relates to a mechanical curved treadmill comprising a movable tread surface with segments that are movable relative to one another, each segment being associated with at least one guiding member. A frame comprises a guiding device with guiding tracks which define a curved path, the at least one guiding member being in operative connection with the guiding device such that the segments are guided along the curved path.

The application relates to a system and method for real-time tracking of a group of people in a controlled environment, such as a theme park. The system may comprise a plurality of portable devices, each of which may be associated with a person, and a server device. Each portable device may include a housing, a data processing unit, a memory, a data communication unit with a wireless communication module and a GNSS module, and an interface. The portable devices may exchange data with each other and/or with the server device. The data may include location data, identification data, and communication data. The portable devices may be configured to calculate distance or direction based on exchanged data. A categorization of portable devices may be implemented. The system may further support periodic data transmission, group pairing modes, and optional functionalities such as NFC-based interactions. Communication may be implemented via ESP-NOW, Wi-Fi, LoRa, Bluetooth, or Zigbee and similar communication protocols.

The application relates to a hybrid resistance generation system for an exercise machine, comprising a weight stack providing a first resistance source and an electromechanical resistance module providing a second resistance source. The two resistance sources are connected in series via a weight sword, so that a combined resulting resistance acts on a first cable that is operably connected to a user interface.

The application relates to an elastomer support assembly designed for integration with wearable devices to monitor back posture, particularly spinal position in real-time. The assembly includes an elastomer support with a circumferential groove, dividing it into two sections for secure attachment to a wearable device, such as a belt or garment. A detachable sensor within the elastomer support captures lower back movements. The assembly ensures consistent contact with the user's lumbar spine, even during dynamic activities, enhancing data accuracy. An electronic control unit processes sensor data, detects deviations from ergonomic thresholds, and provides feedback, such as haptic alerts.

A computer implemented system and method for automated device deployment using server compromise tolerant, zero-knowledge authentication has been disclosed that generates network configuration specific firmware image and prepares a device for authentication by implanting the authentication data inside the firmware image during the firmware build process. When the firmware image is installed in a target hardware and run by the hardware it sends authentication request to the ZKP server. The system allows further operation to facilitate device configuration if the request from the device is valid.

A cable tie 300, including: a head 301 within which an opening is disposed; an elongated member 311 fixed to the head; a plurality of teeth 304 fixed to and disposed along at least a portion of a length of the elongated member; and a locking member disposed within and fixed to an inside surface of the head; wherein: a free end of the elongated member is tapered to a point 306; and the cable tie is configured for single-handed use in securing one or more objects. The cable tie provides easier and more efficient single-handed operation while enhancing the safety of cable ties in various applications.

The application relates to a system and method for dynamically auto-scaling containerized workloads, especially Kubernetes, to reduce resources and costs. The system includes monitoring, scaling, and logging modules. Workloads scale up when activity is detected and down to zero when inactive, adjusting the number of replicas based on real-time data such as network requests.Compatible with both cloud and on-premises environments, the system and method allow flexible configuration.

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