Patrade A/S

A method (100) comprising steps of- receiving (400), at a parcel locker (10), an identifier (80) linking a personal e-card token (90) to one or more compartments of the parcel locker (10) transmitted to the parcel locker (10) by a backend system (30),- receiving (400), at a parcel locker (10), via near field communication the personal e-card token (90) stored on a mobile device with a personal digital wallet (20) for access to the one or more compartments (12),- granting (500) access to the one or more compartments (12) as a function of the personal e-card token (90) and the identifier (80).

A band saw blade comprises a plurality of spaced apart teeth. The teeth of the band saw blade comprises a tip with a free tip edge, a tooth face and a tooth back. The tip extends via a gullet into the tooth back of the subsequent tooth. The tip comprises that the free tip edge extends into a first section with a first tooth face part of the tooth face, which first face section extends via an intermediate step into a second section with a second tooth face part of the tooth face offset the first tooth face part. The first tooth face part has a first hook angle, and the second tooth face part has a second hook angle, which second hook angle is different from the first hook angle.

Methods of profile sharpening the teeth of a band saw blade comprise the steps of a) providing a grinding tool having at least one grinding head configured; b) arranging the rotation axis of the at least one grinding head at an angle in relation to a base line of the band saw blade; c) defining an insertion angle of the grinding head between an insertion direction of the grinding head and a line perpendicular to the base line of the band saw blade, which insertion angle is different from at least one hook angle of the tooth face of the at least one tooth, and displacing the at least one grinding head along the insertion direction into a space between two adjacent teeth of the band saw blade to achieve a grinding start position; and d) operating the grinding tool to grind at least the tooth face of the at least one tooth by continuing displacing the grinding head in the insertion direction. Grinding heads and a profile sharpening machine for use in the methods are provided.

Computerized systems and methods are described for integrating real-time insights across various entities involved in distribution processes. The system includes a Real-Time Data Mesh module for ingesting and harmonizing data from multiple sources, a Data Lake for storing harmonized data, and an Advanced Analytics and Machine Learning (AAML) module for generating insights using predictive analytics, anomaly detection, and recommendation engines. A Single Pane of Glass User Interface (SPoG UI) provides visualizations of these insights through interactive dashboards. The system supports customer, vendor, reseller, and associate systems, enabling efficient data exchange and synchronization. It employs natural language processing (NLP) for sentiment analysis, topic modeling for key theme identification, and clustering algorithms for customer segmentation. Continuous learning mechanisms ensure the system adapts to new data in real-time, enhancing decision-making and operational efficiency.

A camera carrying system of the invention comprises a base attachment configured to be affixed to a bottom face of a camera, the base attachment including spatially-separated first and second bottom eyelets. A shoulder strap having first and second strap ends is connected to the first and second bottom eyelets and creates first and second tether points. The tether points define a rotation axis lying substantially parallel to the bottom face of the camera, substantially parallel to a rear face of the camera, and beneath a center-of-mass of the camera. A tripod adapter may be integrally formed in the base attachment so the camera can be readily mountable to a tripod once disconnected from the base attachment. A method is provided for stabilizing the carrying of a camera by a shoulder strap. The method comprises use of the camera carrying system.

The present disclosure relates to a seatbelt retractor for installation in a seat, the seatbelt retractor comprising an adaptive vehicle sensing device and a vehicle sensing adaptive suppression device, wherein the vehicle sensing adaptive suppression device includes a suppression component having a stopping portion, and the adaptive vehicle sensing device has a corresponding stopping portion cooperating with the stopping portion, wherein the seatbelt retractor further includes an engagement control device, wherein when the engagement control device receives an activation signal, the engagement control device is activated and applies a driving force to the suppression component to prevent the stopping portion of the suppression component from engaging with the corresponding stopping portion of the adaptive vehicle sensing device; wherein when the engagement control device receives a deactivation signal, the engagement control device is deactivated and cancels the driving force applied to the suppression component to prompt the suppression component not to move. The present disclosure also relates to a seatbelt assembly.

Systems and methods provide for integrating legacy systems into a unified platform. Embodiments include a system configured to ingest, normalize, and store data from multiple sources using a data layer, analyze and transform data using AI algorithms by a processing layer, and provide a dynamic user interface for data visualization and interaction by a presentation layer. Methods are provided for receiving, by a computing device, data such as email orders, vendor catalogs, CRM data, etc., extracting data from the content, processing the data using natural language processing techniques, analyzing the data using machine learning models, mapping the data to a unified platform's schema, managing the integration workflow using a workflow orchestration engine, providing real-time data insights, and resolving data errors or anomalies using an exception management system.

Device for lifting tiles, said device comprising a tubular structure having an inlet end and an outlet end, and an end structure connected to the inlet end of the tubular structure, wherein said end structure comprises - an aperture arranged in fluid communication with the tubular structure, and - a sealing ring configured to be arranged in contact with a surface of the tile to be lifted, wherein said end structure is configured to form a chamber when arranged in contact with the tile surface, wherein said outlet end of the tubular structure is adapted to be connected to an air extraction system for establishing a reduced pressure in the chamber for applying a suction force to the tile's surface, and wherein a part of said tubular structure at the outlet end is configured as a handle for manually lifting the device and the tile when a suction force is applied.

The present invention relates to an insulation arrangement, preferably an insulation box and preferably for insulating valves and/or flanges, said insolation arrangement comprising: a housing, said housing comprising: one or more outer walls, one or more inner walls, wherein said one or more inner walls form a cavity, at least two magnets, wherein said housing comprises at least two housing parts: a first housing part, and a second housing part, wherein the at least two magnets are arranged respectively in connection with the first housing part and the second housing part, and wherein the first housing part and the second housing part is adapted to be connectable and disconnectable via the at least two magnets.Furthermore, the invention relates to a method for arranging an insulation arrangement around an element in a pipe system, said element preferably being a valve or a flange.

Systems and methods provide for a customized platform for every single persona in distribution. A server, coupled to a processor, is configured to execute instructions to collect initial user data through a registration process using a Registration Module, analyze the collected data to identify the user's role using a Role Identification Engine, monitor user interactions using an Interaction Tracker, and aggregate user preferences using a Preference Aggregator. The system can generate a personalized user interface through a Single Pane of Glass User Interface (SPoG UI), dynamically updates content using a Dynamic Content Generator, employs AI techniques via an AI Learner to continuously improve personalization, provides personalized recommendations through a Recommendation System, monitors the effectiveness of the processes using a Performance Monitor, and collects and integrates user feedback with a Feedback Integrator. The system also incorporates data ingestion, cleaning, and transformation modules for enhanced analytics and storage optimization.