Abstract: A cosmetic package comprising a roller for discharging a powder product. The cosmetic package comprises an outer cap, an inner cap, an insert, the roller, a container, and a base plug. The container has an open bottom end which is closed by the base plug. The insert is mounted within the container above a cosmetics accommodating space of the container. The roller is disposed rotatably within the cosmetics accommodating space of the container and another portion of the roller extending outside the cosmetics accommodating space from an aperture located in the insert. The inner cap forms a tight seal with the insert and the roller to prevent leakage of powder product from the container.

Abstract: A cosmetic applicator for applying cosmetic products to skin of a user. The cosmetic applicator includes a stem, a cap attached to a proximal end of the stem, a collar connected to a distal end portion of the stem, a swivel connector and a roller applying member. The swivel connector includes a spherical ball at its proximal portion and a shaft at its distal portion. The swivel connector is located at a distal end of the stem and connected to the stem with help of the collar. The roller applying member encloses the distal portion of the swivel connector's shaft and is rotatably connected to the shaft allowing rotation of the roller applying member in both clockwise and anticlockwise directions. The swivel connector enables the adjustment of the roller applying member to various angles relative to the stem's longitudinal axis.

Abstract: The disclosure discloses a method for manufacturing light-emitting diode (LED) chips. The manufacturing method includes: providing a plurality of LED elements; randomly mixing the plurality of LED elements; performing a mesa process on the plurality of LED elements; and forming at least one pair of electrodes on the plurality of LED elements. An electronic device includes the LED chips.

Abstract: This application discloses a parameter determining method and apparatus. The method includes: after receiving first information, a terminal apparatus in a satellite communication system may determine a second parameter based on the first information and a first parameter, where the first information may indicate an association relationship between the first parameter and the second parameter; the first parameter is a parameter related to coverage of a first satellite, and the second parameter is a parameter related to coverage of a second satellite; and the first satellite is a satellite that provides a service for the terminal apparatus, and the second satellite is a satellite that is to provide a service for the terminal apparatus.

Abstract: Embodiments of this application provide a data packet transmission method, a communication apparatus, and a communication system. The method includes: A first apparatus determines data packet transmission path information based on data service information, where the transmission path information includes information about a second apparatus. The first apparatus may determine the second apparatus based on the transmission path information, and send a data packet processed by the first apparatus to the second apparatus. Alternatively, the first apparatus determines the second apparatus based on transmission path information in an obtained data packet, and sends a data packet processed by the first apparatus to the second apparatus.

Abstract: Embodiments of this application provide a data packet transmission method, a communication apparatus, and a communication system. The method includes : A first apparatus determines transmission path information based on data service information and a correspondence between the data service information and the transmission path information, where the transmission path information includes information about a second apparatus; and sends, to the second apparatus, a data packet or service data processed by the first apparatus. According to the solutions provided in this application, data processing can be implemented in a data packet transmission process, and data use efficiency can be improved.

Abstract: Embodiments of this application provide a data packet transmission method, a communication apparatus, and a communication system. A first apparatus determines data packet transmission path information based on data service information, and may determine a second apparatus based on the transmission path information and identification information of the first apparatus and send a data packet to the second apparatus.

Abstract: An electronic device includes a first substrate, a first wire disposed on a first surface of the first substrate, a second wire disposed on the second surface of the first substrate, and a side wire disposed on a side surface, a chamfer surface and the second surface of the first substrate and electrically connected to the first wire and the second wire. The second surface is opposite the first surface, the side surface is between the first surface and the second surface, and the chamfer surface is between the second surface and the side surface. The side wire has a first portion on the side surface, a second portion on the chamfer surface, and a third portion on the second surface. The width of the second portion is less than or equal to the width of the second wire.

Abstract: The embodiments of this application disclose a communication method, a communication apparatus, and a computer-readable storage medium. The embodiments of this application are applied to a wireless local area network system supporting 802.11 series protocols such as a next-generation Wi-Fi protocol of IEEE 802.11ax like 802.11be, 802.15.4z, 802.15.4ab, Wi-Fi 7, or EHT, and a next generation of 802.11be like Wi-Fi 8, and may be further applied to an ultra-wideband UWB-based wireless personal area network system and a sensing system. The method includes generating a transmit signal, where a peak value of a first sidelobe of the transmit signal falls within a first peak value range. The method further includes sending the transmit signal, where the transmit signal is used for ranging, angle measurement, or Doppler measurement.

Abstract: A cosmetic container that enables a user to easily mix a first product and a second product, that are stored separately within the cosmetic container, with a simple twist of the dialer before the first use. The first product is in a first product container, while the second is in a second product container. The cosmetic container includes the first product container, the second product container, a pump dispenser, an outer cap, a seal cap, a piston, an elevator, and the dialer. The dialer encloses the second product container and, when rotated, moves the elevator, which in turn pushes the piston inside the second product container. The piston, with a central rod, creates an aperture in the seal cap for the second product to flow into the first product container. This process ensures easy mixing before dispensing by removing the outer cap and using the pump dispenser.

Abstract: The present invention discloses a travel plan route generation method and system. The method includes: obtaining a cycling start point and a cycling end point inputted by a user, and determining a point of interest (POI) selectable region between the cycling start point and the cycling end point; obtaining POI category labels inputted by the user, and counting the number n of the POI category labels inputted by the user; finding out all POIs belonging to the corresponding categories of the n POI category labels in the POI selectable region, and taking these POIs as alternative POIs; planning several recommended cycling routes for the user to select according to the sequence of the n POI category labels inputted by the user, and calculating the estimated cycling time of each recommended cycling route; and generating a corresponding travel plan route according to the recommended cycling route selected by the user.

Abstract: Frequency channel numbers used for sensing are determined from M sensing resource blocks; and a sensing signal is sent on the frequency channel numbers used for sensing. The M sensing resource blocks are determined from M1 candidate resource blocks, and include a 1st candidate resource block and an M1th candidate resource block in the M1 candidate resource blocks; and a quantity of frequency channel numbers included in each of the M sensing resource blocks is K.