MERH-IP Matias Erny Reichl Hoffmann Patentanwälte PartG mbB

The application relates to the technical field of electronic atomization apparatuses, and provides an atomizer (100), which includes a housing (1), an atomization core (2), and an adjusting member (3); the housing (1) is provided therein with a partition plate (11), the partition plate (11) separates an inner portion of the housing (1) into a liquid storage cavity (12) and a ventilation cavity (13), the housing (1) is further provided with an output pipeline (14) and a vent port (15) that are arranged in communication with an external environment, the output pipeline (14) extends into the liquid storage cavity (12), the vent port (15) of the housing (1) is arranged in communication with the ventilation cavity (13); the atomization core (2) is disposed in the liquid storage cavity (12) and connected with the output pipeline (14), the atomization core (2) is configured to heat an aerosol substrate in the liquid storage cavity (12) to generate an aerosol and output the aerosol from the output pipeline (14) during use; and the adjusting member (3) is configured to adjust a suction resistance during use, the adjusting member (3) is disposed on the vent port (15) of the housing (1) and is provided with a through hole (30) configured to align and match with the vent port (15). the present application further provides an electronic atomization device (200) having the atomizer (100). The present application aims to solve the problem that the atomizer (100) with a nozzle on the electronic atomization device (200) in the prior art has an assembly gap, and dirt is easily accumulated in the gap and is difficult to clean, thus affecting use.

The present application provides an oven, which relates to the technical field of cooking utensils. The oven includes an oven body assembly (100) and an oven cover assembly (200), the oven body assembly (100) includes a bracket (110) and an oven body (120) arranged on the bracket (110), the oven body (120)is provided with a heating cavity (1201), and the heating cavity (1201) is provided with a first cavity opening facing upward;; the oven cover assembly (200) includes a cover body (210), the cover body (210) is provided with an accommodating cavity (2101), and the accommodating cavity (2101) is provided with a second cavity opening; the cover body (210) is rotatably connected to the oven body (120), and the cover body (210) has a closed position located above the oven body (120) with the second cavity opening facing downward and covering the first cavity opening, and a first open position located below the oven body (120) with the second cavity opening facing upward, so that the oven body (120) is placed in the accommodating cavity (2101). This makes the lateral size of the oven smaller when it is opened, thus the portable of the oven is better and the user experience is improved.

A stock optimization system includes: a weight determination module configured to calculate a total weight, which is a weight of quantitative priority orders of products, based on at least a user input that is evaluation of the products input by a user, from among the user input and a data-driven reference which is a reference obtained through data processing instead of the user input; an optimization module configured to formulate an objective function based on the total weight; and a user interaction module that receives the user input.

A data collection method for collecting data from a data transmission apparatus that receives a predetermined input while a predetermined software program is running, includes a first transmission step of transmitting, when the data transmission apparatus is in an on-line state in which the data transmission apparatus is connected to an external data collection section via a network, input data indicating content of the latest input, to the data collection section, and a second transmission step of transmitting, when the data transmission apparatus is switched from an off-line state in which the data transmission apparatus is not connected to the data collection section to the on-line state, summary data including a cumulative number of inputs for each of the input content during a period in which the data transmission apparatus is in the off-line state, to the data collection section.

A stage device capable of preventing elastic deformation of a stage, and a charged particle beam apparatus and an optical inspection apparatus including the same are provided. The stage device includes: a stage configured to hold a sample; a horizontal drive unit configured to drive the stage in a horizontal direction; a vertical drive unit configured to drive the stage in a vertical direction; and a control unit configured to control the horizontal drive unit and the vertical drive unit. The control unit inverts phases of the horizontal drive unit and the vertical drive unit at a specific frequency calculated based on a frequency property when the stage is driven in the horizontal direction and a frequency property when the stage is driven in the vertical direction.

Systems and methods described perform AI-driven safe control generation for unmanned aerial systems (UASs) using a simulator or scenario generator that creates candidate trajectories subject to system constraints; a plant simulator that functions as a machine learning-based digital twin of the UAS dynamical model under conditions of uncertainty, where behavior is not fully predictable; a model checker that employs Boolean logic representations of safety requirements and a machine learning module that is pre-trained on Boolean outputs derived from simulated trajectories sampled offline in simulated environments; and a hierarchical AI-based control module that provides an additional safety layer. In embodiments, this is accomplished by performing model checks and providing alternative control inputs in potentially unsafe scenarios. The hierarchical control module assists onboard controllers by supplementing traditional control systems with alternative inputs when unsafe conditions are detected, without overriding primary actuator signals.

A method of manufacturing a wheel including a first step of performing etching on a plate-shaped member made of a brittle material to form a wheel including a plurality of teeth, at least one tooth of which is a coupling tooth having a recess opened radially outward at a leading end, a frame portion disposed outside the wheel, and a coupling portion coupling the frame portion to an inner surface of the recess, and a second step of cutting the coupling portion and the wheel.

A barrel complete that rotates using a mainspring as a power source includes a barrel arbor having a rotary axis, a barrel accommodating the mainspring, and a barrel lid attached to the barrel and forming an accommodation space in which the mainspring is accommodated. The barrel lid has a flat surface portion extending along a first direction intersecting an axial direction along the rotary axis, and a side surface portion extending from an end portion of the flat surface portion along a second direction intersecting the first direction. The side surface portion has a second engaging portion that fixes the barrel lid to the barrel by being engaged with a first engaging portion formed on the barrel. A first groove that relieves stress is formed on the side surface portion.

A gear set includes a first gear, and a second gear. Each tooth of the first gear includes a rigid tooth including a first acting tooth face that transmits motion to the second gear or to which motion from the second gear is transmitted and an elastic tooth provided away from the rigid tooth via a slit, configured to bend in a direction toward the rigid tooth when the elastic tooth meshes with the second gear, and including a first non-acting tooth face that contacts the second gear. A tooth thickness of each tooth of the first gear, the tooth thickness being a sum of a thickness of the rigid tooth, a width dimension of the slit, and a thickness of the elastic tooth of the first gear on a pitch circle of the first gear in a free state in which the first gear does not mesh with the second gear, is equal to or larger than a width of a tooth groove of the second gear on a pitch circle of the second gear, and a width of a tooth groove of the first gear on the pitch circle of the first gear is equal to or less than a tooth thickness of each tooth of the second gear on the pitch circle of the second gear.

Die Erfindung stellt ein Elektronikgehäuse 100 zur Aufnahme von elektrischen Leiterplatten 400 bereit, der ein Gehäuse 101 mit einem Aufnahmeraum 102 und eine kabelführende Schwenkvorrichtung 200 zur Befestigung an einem Trägerkörper umfasst, die eine Schwenkbewegung des Gehäuses 101 erlaubt, wenn das Elektronikgehäuse 100 am Trägerkörper befestigt ist, wobei die kabelführende Schwenkvorrichtung 200 eingerichtet ist, einen Abschnitt eines aus einer Umgebung des Gehäuses 101 in den Aufnahmeraum 102 verlaufenden Kabels 401 zu führen und dazu einen Kabelbefestigungsabschnitt 201 umfasst. Der Kabelbefestigungsabschnitt 201 umfasst eine konkave Auflagefläche 202, auf der der Abschnitt des Kabels 401 aufliegen kann, und einen unterhalb der Auflagefläche 202 liegenden Halteabschnitt 203 aufweist, an dem ein Befestigungsmittel 204 angreifen kann, um den auf der Auflagefläche 202 aufliegenden Abschnitt des Kabels 401 an der Schwenkvorrichtung 200 zu befestigen.