Maiwald GmbH

Provided are a method and apparatus for performing a balancing of battery modules connected in parallel. The apparatus for performing the balancing of the battery modules connected in parallel includes a memory in which at least one program is stored and at least one processor executing the at least one program, wherein the at least one processor is configured to determine whether a difference of voltage values of a plurality of battery modules is within an identified range, identify one of a plurality of harnesses connecting the plurality of battery modules as a selected harness for performing the balancing, based on determining whether the difference is in the identified range, and perform the balancing of at least one module of the plurality of battery modules by using the selected harness.

A redundant network switch (2) for an Ethernet network (1), comprising: • at least a first uplink port (3a) and a second uplink port (3b) that are connectable to an Ethernet network (1); • a plurality of downlink ports (4a-4j) that are connectable to end devices (5a-5g), so as to provide these end devices (5a-5g) with connectivity to the Ethernet network (1); and • at least a first switching component (6a) connected at least to the first uplink port (3a) and a second switching component (6b) connected at least to the second uplink port (3b), wherein each downlink port (4a-4j) is connected to at least one of the first switching component (6a) and the second switching component (6b), wherein each of the first switching component (6a) and the second switching component (6b) is configured to, upon receiving an Ethernet frame from an uplink port (3a, 3b) or from a downlink port (4a-4j), forward this Ethernet frame to an uplink port (3a, 3b) or downlink port (4a-4j) that leads towards the destination of this Ethernet frame.

There is disclosed a method for training and using a ML model on customer engineering data with increased customer privacy preservation in an industrial context. The method comprises, in a training phase of the ML model: obtaining the customer engineering data from customer project data associated with a customer; training the ML model on the customer engineering data by using federated ML; and applying customer privacy preservation mechanisms on information inferred by the ML model. The method further comprises, when using the ML model for inference: verifying, by using an Entailment Checking method, that the information inferred by the ML model and determined by the ML model to be associated with the customer were obtained from the customer project data.

A method (100) for configuring at least one electric drive (1) that is connectable to at least one electric motor (2), and/or the electric motor (2), the method (100) comprising the steps of:• providing (110) a request (3) for configuring the electric drive (1) and/or electric motor (2) to at least one agent software component (4);• decomposing (120), by the at least one agent software component (4), the task of configuring the electric drive (1) and/or electric motor (2) into a sequence (5) of sub-actions (5a-5f); and• causing (130), by the at least one agent software component (4), the performing of each sub-action (5a-5f), so that completing all sub-actions (5a-5f) results in the electric drive (1) and/or electric motor (2) being at least partially configured.

A polyethylene composition comprising a polymer of ethylene that consists of a first ethylene polymer fraction and a second ethylene polymer fraction, which are both defined by their density and melt flow rate, and a further multimodal polymer of ethylene, as well as to films comprising said polyethylene composition.

The present disclosure is directed to three aspects, a pharmaceutical composition for use in treating hemorrhoidal disease and/ or the associated symptoms of hemorrhoidal disease, a method of producing said composition and a capsule comprising said composition. The pharmaceutical composition contains seven different herbal extracts of plant material of cichorium intybus, vitis vinifera, berberis aristate, hamamelis virginiana, azadirachta indica, aesculus hippocastanum and mesua ferrea that surprisingly alleviates symptoms of hemorrhoids and/or hemorrhoidal disease, even in cases where symptoms persist despite prior treatment with conventional local or oral medicinal therapies.

A polyethylene (PE) comprising:a) a first polyethylene fraction (PEI) being a copolymer of ethylene and one or more comonomers selected from the group consisting of Cs-Cs alpha olefins, andb) a second polyethylene fraction (PE2) being a copolymer of ethylene and one or more comonomers selected from the group consisting of Cs-Cs alpha olefins,wherein the second polyethylene fraction (PE2) has an intrinsic viscosity value (iV), determined according to ISO 1628-1:2021 and ISO 1628-3:2010, in decalin at 135 °C, and a total comonomer content value (Co), determined according to quantitative ¹³C-NMR spectroscopic analysis, that fulfil inequation (I): CoPE2−iVPE2≥Awherein the intrinsic viscosity (iV) is expressed in dL/g and the comonomer (Co) content is expressed in mol-%, andwherein A is 1.00.

A firmware update apparatus includes: a memory slot to or from which a memory storing information about firmware to be updated is configured to be attached or detached; a power supply module configured to supply power to a firmware update target device; and a first processor configured to control an operation of the firmware update apparatus, and to: transmit a request packet including status request information to the firmware update target device and receive a response packet including a response to the status request information; based on receiving the response packet, control power to be supplied to the firmware update target device through the power supply module; and based on the supplying of the power being completed, transmit the information about firmware to be updated, stored in the memory, to the firmware update target device and control a firmware update of the firmware update target device to be performed.

The present invention is directed to a multimodal polyethylene, to a process for producing said multimodal polyethylene, and to films comprising said multimodal polyethylene.

A polyethylene composition comprising a polymer of ethylene that consists of a first ethylene polymer fraction and a second ethylene polymer fraction, which are both defined by their density and melt flow rate, and one or more metal dicarboxylate salts according to formula (I), as well as to films comprising said polyethylene composition: