Müller-Boré & Partner Patentanwälte PartG mbB

Methods, systems, and computer-readable storage media for a hierarchy function result cache that supports dynamic conditions. An example method includes identifying, in a database system, a request to execute a query that includes a hierarchy function. Dependency objects of the hierarchy function are collected. In response to determining that each dependency object is cacheable, dynamic condition information is collected that includes dynamic conditions of the collected dependency objects and corresponding objects of the dynamic conditions. A cache key is generated based on the collected dependency objects and collected dynamic condition information. A hierarchy function result cache is searched for a cache result that matches the cache key. In response to locating the cache result that matches the cache key, the cache result is identified as a hierarchy function result without executing the hierarchy function. The hierarchy function result us used to generate a query result for the query.

Methods, systems, and computer storage media for providing an adaptive pricing and inventory engine in an item listing system are described. The adaptive pricing and inventory engine supports dynamic pricing optimization by integrating real-time condition assessment and market-driven pricing adjustments. The adaptive pricing and inventory engine begins with AR/MR visual recognition, which scans items, segments damaged areas, and extracts condition-related features. Machine learning then analyzes the image data to generate a damage score, ensuring an objective assessment for price adjustments. The system aggregates market data, including competitor pricing, historical sales, and buyer demand, to inform dynamic pricing decisions. The machine learning price prediction engine processes these inputs to generate an optimized price recommendation, which is presented through an interactive seller interface. Sellers can manually adjust or automate pricing updates, while the system continuously updates marketplace listings in real time to maintain competitive pricing based on evolving demand and inventory conditions.

To provide a tire having favorable moldability, having higher black density than conventional and can achieve enhanced contrast, and having high durability in the pattern region, as well as a tire molding die for molding this tire. A pattern region 7 includes a plurality of projections 110, each of the plurality of projections 110 includes: an outside wall 111; an apex portion 112; and a recess portion 113, in which, when a point where virtual outside wall lines VL that respectively extend linearly two wall surfaces of the outside wall 111 virtually intersect is defined as a virtual intersection point VP, a height from the reference plane 7a to the virtual intersection point VP is defined as H0, and a height from the apex portion 112 to the virtual intersection point VP is defined as Hk, a relationship of 0.3 ≤ (Hk/H0) ≤ 0.6 is satisfied.

It is possible to provide a tire having favorable moldability, having higher black density than conventional and can achieve enhanced contrast, and having high durability in the pattern region, as well as a tire molding die for molding this tire. A tire 1 includes a pattern region 7 including a plurality of projections 110, each of the plurality of projections 110 includes, in a cross-sectional shape, a base portion 111 that rises up from the reference plane 7a sloping towards an inner side of the projection 110; a tip portion 112 provided more to a tip end than the base portion 111, and rising up from the base portion 111, sloping towards an inner side of the projection 110; in which the angle at which the tip portion 112 rises is greater than an angle at which the base portion 111 rises, based on the reference plane 7a.

A working machine includes a machine body, a traveling device, an operating lever (21), and an operation sensor (40). The operating lever includes a lever portion (31), a support shaft portion (32) to rotate in a circumferential direction as the lever portion is pivoted, and a sensor bracket (37) to support the operation sensor. The operation sensor includes a magnet (41), and a switch (42) to be switched between an ON state and an OFF state in response to the magnet approaching or moving away from a predetermined detection position. The machine body includes a sensor mount frame (2F) to support the sensor bracket. The sensor bracket includes a first bracket (37A) attached to an outer periphery of the support shaft portion to support the magnet, a second bracket (37B) to attach the switch thereto, and a third bracket (37C) to connect the second bracket to the sensor mount frame and support the switch at a position where the switch is allowed to detect the magnet at or in a vicinity of the detection position. The second bracket is connected to the third bracket such that the second bracket is allowed to change a position thereof in a direction along which the second bracket approaches and moves away from the magnet.

Image duplicate detection using a learning model is described. A computing device obtains multiple images. The computing device generates respective representations of the images based on providing the images as input to a learning model, which can be stored at the local data storage of the computing device. In some examples, the computing device receives one or more parameters representative of the learning model from a server device. The computing device outputs an indication of one or more images based on the respective representations of the images matching at least one representation of the representations of the other images within a threshold value. The representations of the other images are stored at the local data storage of the computing device.

Summarizing the invention, a coplanar waveguide is provided, which comprises a central line made of a superconductive material having an adjustable kinetic inductance; a first ground plane comprising a first intermediate component and a first peripheral component; and a second ground plane comprising a second intermediate component and a second peripheral component, wherein the central line, the first ground plane and the second ground plane are coplanar; the first and second intermediate components are made of a superconductive material; the first and second peripheral components are made of a non-superconductive material; the first and second ground planes are on opposite sides of the central line; the first intermediate component is interposed between the central line and the first peripheral component; and the second intermediate component is interposed between the central line and the second peripheral component.

An information processing device (101) comprises: a data source (222) that stores data owned by a user; a question input means (212) for receiving an input of a question from a user; a search means (215) for searching for data in the data source (222) on the basis of the question of the user; a prompt generation means (212) for generating a prompt on the basis of the question of the user and the data searched by the search means (215); a generative AI (213) configured to generate an answer to the question of the user on the basis of the prompt; a response generation means (212) for generating a response to the question on the basis of the answer; and an output means (217) for outputting the response generated by the response generation means (212).

In an example embodiment, a software solution is provided that automates various aspects of a Period End Close (PEC) process and its evaluation. This provides a proactive and autonomous system that addresses complications that occur with prior art ERP systems involving PEC activities and provides graphical user interfaces for interacting with the system.

The application relates to a leak testing module for leak testing and/or integrity testing of a fluid system, in particular a single-use filter, a transfer set or a vessel, the leak testing module comprising: a measurement tube configured to be fluidly coupled with a test fluid inlet of the fluid system to be tested and to guide a test fluid to the fluid system to be tested through the test fluid inlet; a first multi-range pressure sensor provided at the measurement tube configured to measure fluid pressure at a first portion of the measurement tube.