Viering, Jentschura & Partner mbB Patent- und Rechtsanwälte

A modular heat transfer system is provided. The system includes a frame assembly including a first sub-frame and a second sub-frame, a first heat exchanger conduit bundle and a second heat exchanger conduit bundle coupled to the first sub-frame, a third heat exchanger conduit bundle and a fourth heat exchanger conduit bundle coupled to the second sub-frame, and at least one air movement device designed to draw ambient air into the modular heat transfer system and coupled to the second sub-frame above the third and fourth heat exchanger conduit bundles. Each of the first heat exchanger conduit bundle, the second heat exchanger conduit bundle, the third heat exchanger conduit bundle, and the fourth heat exchanger conduit bundle includes a process fluid inlet and a process fluid outlet.

[Problem] To efficiently execute multi-picking.[Solution] A robot system includes: a robot that executes a picking process for successively picking two or more workpieces moving along a conveying surface; a grouping unit that generates m groups (where m ≥ 1) each consisting of n workpieces (where n > 1) from a plurality of workpieces moving along the conveying surface; an order determination unit that determines, for at least one group among the m groups, a picking order that is an order for picking the n workpieces belonging to the group, using an optimization technique; and a robot control unit that controls the picking process of the robot so as to successively pick the n workpieces belonging to the group from the conveying surface according to the picking order and thereafter place the n workpieces at a predetermined placement position, for the at least one group.

This disclosure describes systems, methods, and devices related to optimized buffer reporting. A device may transmit a request frame to an access point to enable a dynamic buffer status reporting mode. The device may initiate frame exchanges with the access point using a buffer status report trigger frame. The device may cause to send a multi-station block acknowledgment frame containing buffer status information.

A miniature bending hand tool includes a short rod (10), a long rod (20), and an auxiliary member (50). The short rod (10) has a combining part (11) along a first axis (L1). The combining part (11) has a 1/4-inch first tool hole (111). The long rod (20) has a driving part (21) along a second axis (L2). The driving part (21) has a 4-millimeter second tool hole (211) and a combining outer periphery (214) for combining a wrench (3). The short rod (10) and the long rod (20) are pivotally connected and switchable between a first and a second operational positions. At the first operational position, the first axis (L1) and the second axis (L2) are coaxially arranged. At the second operational position, the first axis (L1) and the second axis (L2) intersect to form a high-torque operational angle. The auxiliary member (50) is engaged with the first or the second tool holes (111, 211), thereby meeting different operational demands with suitable working ends of tool.

A high-precision digital-display torque wrench (100) includes a main body (1); a wrenching device (2) pivotally disposed on the main body (1); a torque release device (3) pivotally disposed in the main body (1) and optionally abutting against the wrenching device (2); a resilient member (4) with one end fixed to the torque release device (3); a torque adjustment device (5) with a sliding seat (50) slidably movable along a direction parallel to an axis (L1) of the main body (1); a fine adjustment device (6) disposed on the sliding seat (50) and having a supporting member (60) on which another end of the resilient member (4) rests and a fine adjustment member (61), the fine adjustment member (61) fine adjustably supporting the supporting member (60), so as to fine adjust a force with which the torque release device (3) rests on the wrenching device (2); and a torque sensing device (8) displaying a torque setting value according to a displacement change of the sliding seat (50).

An electronic device includes an antenna, a radio frequency transmitter module, a camera, memories and a processing circuit. The radio frequency transmitter module transmits a radio signal at a transmission power level through the antenna. The processing circuit accesses data and instructions stored in the memories to perform the following steps. Perform scene detection on at least one image to obtain scene information. Determine whether to switch an operation mode to a handheld mode according to the scene information. If the operation mode is switched to the handheld mode, following steps are performed. Perform human body detection on the image to obtain human detection information. Estimate at least one handheld position according to the human detection information. Determine whether the handheld position is adjacent to the antenna. If the handheld position is adjacent to the antenna, the transmission power level is decreased.

Disclosed is a display device including a substrate (110) on which a first subpixel (SP1) and a second subpixel (SP2) are disposed, a first driving transistor (T2_SP1) at the first subpixel (SP1), the first driving transistor (T2_SP1) comprising a first active layer (152), a first gate electrode (146) under the first active layer (152), a lower insulating layer (126) between the first active layer (152) and the first gate electrode (146), and first and second cover electrodes (166, 167) to cover upper and side portions of both edges of the first active layer (152), and a second driving transistor (T2_SP2) at the second subpixel (SP2), the second driving transistor (T2_SP2) comprising a second active layer (153), a second gate electrode (170) above the second active layer (153), an upper insulating layer (127) between the second active layer (153) and the second gate electrode (170). The second subpixel (SP2) may emit green light, and the first subpixel (SP1) may emit light of a color different from the green light.

According to various embodiments, a method for distributing a warning message to mobile terminals served by a mobile communication network is described, comprising receiving a request message indicating that a warning message is to be distributed to a set of mobile terminals, in reaction to a determination that a set of radio access network nodes for distributing the warning message includes a radio access network node onboard a geostationary equatorial orbit satellite, determining whether the warning message includes information allowing mobile terminals served by the radio access network node onboard the geostationary equatorial orbit satellite whether to alert their users and removing the radio access network node onboard the geostationary equatorial orbit satellite from the set of radio access network nodes in reaction to the warning message lacking the information and requesting the radio access network nodes of the set of radio access network nodes to distribute the warning message.

This disclosure describes systems, methods, and devices related to optimized feedback integration. A device may receive a buffer status report protocol (BSRP) trigger frame. The device may transmit a response in a non-high throughput (non-HT) duplicate physical protocol data unit (PPDU) format, the response including a multi-station block acknowledgment frame. The device may include unavailability information in a multi-station block acknowledgment frame.

According to one embodiment, a method is described comprising receiving a request message indicating that a warning message is to be distributed, wherein the request message includes information about a geographical area to which the warning message should be distributed and a period of time, determining a set of radio access network nodes of the mobile communication network which should distribute the warning message and in reaction to a determination that one or more radio access network nodes onboard one or more low earth orbit satellites at least partially take over coverage of the geographical area during the period of time, requesting the one or more radio access network nodes to distribute the warning message.