Abstract: Various embodiments of the present disclosure are directed towards an integrated chip including a magnetoresistive random access memory (MRAM) cell over a substrate. A dielectric structure overlies the substrate. The MRAM cell is disposed within the dielectric structure. The MRAM cell includes a magnetic tunnel junction (MTJ) sandwiched between a bottom electrode and a top electrode. A conductive wire overlies the top electrode. A sidewall spacer structure continuously extends along a sidewall of the MTJ and the top electrode. The sidewall spacer structure includes a first sidewall spacer layer, a second sidewall spacer layer, and a protective sidewall spacer layer sandwiched between the first and second sidewall spacer layers. The first and second sidewall spacer layers comprise a first material and the protective sidewall spacer layer comprises a second material different than the first material.

Abstract: Various embodiments of the present disclosure are directed towards a display device. The display device includes an isolation structure disposed over a semiconductor substrate. An electrode is disposed at least partially over the isolation structure. A light-emitting structure is disposed over the electrode. A conductive reflector is disposed below the isolation structure and electrically coupled to the electrode. The conductive reflector is disposed at least partially between sidewalls of the light-emitting structure. The conductive reflector comprises a non-metal-doped aluminum material.

Abstract: A multidirectional socket structure is disclosed, comprising an outer case, an armature part, an electric power line and an outer cladding part enveloping the outer case, wherein the outer case includes plural socket panels facing different directions, and the armature part includes a base body and three electrode boards, in which the base body has a crossbar and sidebars bent and extended from both sides of the crossbar, and the sidebars can further extend a positioning pillar body used to be positioned on the outer case, and the armature part can be provided with different channels along the crossbar and the sidebars for accommodating different electrode boards, such that modular designs can be applied between the outer case and the armature part in order to facilitate more convenient assemblage, thereby effectively reducing manufacturing costs and labor costs.

Abstract: A dock base for wirelessly charging intelligent handheld devices according to the present invention is disclosed, comprises: a body, whose one or both side(s) can be configured with a dock section, in which the dock section includes a base having an inward tilted surface and a back leaning part have a tilted back leaning plane, and the angle formed between the inward tilted surface and the horizontal plane of the bottom part of the body is 15˜25 degrees, while the angle formed between the inward tilted surface and the tilted back leaning plane is 70˜85 degrees; moreover, a wireless charging unit, installed inside the back leaning part. The intelligent device can naturally lean back against the tilted back leaning plane due to the design of the dock angle, and then be wirelessly charged by means of the wireless charging unit.

Abstract: Apparatus and methods are provided for RE allocation for UCI on PUSCH. In one novel aspect, the UE encodes UCI for transmission on PUSCH in a NR network. The UE allocates UCI REs onto the PUSCH following one or more UCI RE allocation rules including (a) using same logical allocation patterns for both CP-OFDM waveforms and DFT-S-OFDM waveforms, (b) distributing the UCI REs across a time domain of the PUSCH, and (c) distributing the UCI REs across a frequency domain for CP-OFDM or across a virtual-time domain for DFT-S-OFDM. In one embodiment, the HARQ-ACK REs are distributed across the time domain as much as possible. In another embodiment, the allocation of the HARQ-ACK REs further involves calculating the number of HARQ REs dynamically for the HARQ ACK. The number of HARQ REs is based on a weighting parameter, which is either configured or obtained through system information.

Abstract: An outdoor waterproof power socket is disclosed, comprising a socket assembly and a sealing assembly, wherein the socket assembly includes a case, in which one side of the case is openly configured with a plurality of outer socket holes, while the other side of the case is also openly configured with a plurality of inner socket holes, each of the outer socket holes and each of the inner socket holes are commutative within the case, a conductive component is respectively installed within each inner socket hole; in addition, the sealing assembly includes an insulating flake and a sealing cover, in which the insulating flake is fixedly installed on one side of the case and covers each inner socket hole, and the sealing cover completely wraps the insulating flake as well as the position where the case and the insulating flake connect.

Abstract: An inflatable platform that is utilized on the ocean or other bodies of water for relaxation, entertainment, or other recreational purposes includes two floating bodies. The larger floating body has a recess with a mesh panel so the user may access water filtered by the mesh panel while relaxing on the larger floating body. The user may place the smaller floating body next to the larger floating body to create more space for another user or may put the smaller floating body into the recess and use the present invention as a swim platform, tanning deck, or other recreational purpose.

Abstract: A structure of projection light string is disclosed, comprising a power plug body, a light string power line, an electronic device and multiple projection devices installed in suspension over the light string power line, wherein the electronic circuit device is electrically connected to the power plug body and the light string power line, and further electrically connected to the projection devices by way of the power circuit within the light string power line; in addition, the inside of the projection device includes a projector capable of projecting images toward outside and a controller electrically connected to the projector, so that, after the electronic circuit device having transferred at least a projection time parameter and at least a projection mode parameter to the controller of each projection device, the controller can control the projection operations of the projector in accordance with the received projection time parameter and projection mode parameter.

Abstract: A power cord structure is disclosed, comprising a conductive cord body consisting of plural conductive cords which are mutually entangled at a twist distance satisfying security requirements, and an opaque insulation protective outer layer, wherein the insulation protective outer layer includes an insulation cladding layer and a spiral color correspondence layer, the insulation cladding layer is wrapped around the outside of the conductive cord body; also, the spiral color correspondence layer spirally displays on the outer surface of the insulation cladding layer with at least three color segments, and the interval widths of such at least three color segments are in a proportional ratio to the twist distance satisfying security requirements of the plural conductive cords.

Abstract: A multi-angle outdoor projection device comprises a fixing frame, an exterior case and a projection assembly, wherein the fixing frame includes a ground cone for insertions into outdoor ground, and the exterior case can be combined with the fixing frame and has a main case body which is internally formed with a combination seat; also, the projection assembly has an electric circuit board which is assembled onto the assembly seat and has a lamp seat thereon, and at least two projection tubes are installed on the lateral side of the lamp seat corresponding to the opening, with each projection tube being installed on the lamp seat in an outward and radial fashion such that each projection tube can project towards different directions thereby achieving the effect of simultaneously providing two or more image projections.

Abstract: A structure of a patterned material layer including separate patterns arranged in rows and columns is described. The separate patterns in at least one row including the outmost row each have a larger dimension in the column direction than the separate patterns in the other rows. The separate patterns in at least one column including the outmost column each have a larger dimension in the row direction than the separate patterns in the other columns.

Abstract: A power plug structure for light emitting electric power cord is disclosed, wherein a plug body is internally combined with a circuit board comprising at least a circuit device and two conductive boards, in which the circuit device includes at least a light emitting diode (LED), and the LED respectively corresponds a light guiding line within a power line; accordingly, when the two conductive boards guide alternative current (AC) power to the LED, the circuit device can drive the LED to generate light such that the light guiding line can integrally illuminate because of the light conduction, and the entire electric power cord can glow outwards through the translucent cladding.

Abstract: A plug structure comprises a seat body, an electric power line and a housing, wherein the front end of the seat body includes at least two conductive plates, the inside of the seat body has a main fuse electrically connected to the conduct plate and a backup fuse, and the electric power line can be set up at the rear end of the seat body and clipped by the contraction plates respectively installed on the two sides of the rear end of the seat body; therefore, when the housing is sleeve installed towards the seat body from the electric power line, the contraction plate squeezes the electric power line due to the structure at the rear end of the housing such that the zigzag tooth-wise pattern configured on the inner surface of the contraction plate can tightly press upon the surface of the electric power line so the electric power line may not be easily pulled out from the rear end of the seat body.

Abstract: A plug structure of light emitting AC electric power cord is disclosed, wherein a plug body is internally combined with a circuit board which comprises at least a circuit device and at least two conductive board, and the circuit device includes at least two light emitting diodes (LEDs) respectively corresponding to a light guiding line within the electric power cord; accordingly, when the conductive board transfers AC power to the two LEDs, the circuit device can controls such two LEDs to glow at different moments in order to create an image persistence difference of one parallax thereby allowing human eyes to generate the image persistence effect in vision such that the light guiding line may present a visual perception of light flowing.

Abstract: A USB charging device is disclosed, comprising a charging base and multiple USB chargers, in which the surface of the charging base is installed with several positioning slots and the bottom of the positioning slot has DC power output holes. In addition, the bottom of the USB charger is configured with a fixation bump fitting into the shape of the fixation slot, and conductive pillars extend from the fixation bump, while the other end of the USB charger includes a USB port for electrically connecting to a USB charging line. Herein the conductive pillars of the USB charger can be inserted into any one of the positioning DC output holes on the surface of the charging base such that DC power can be transferred to the USB port and thus further transferred to the electronic device via the USB charging line for power recharging.

Abstract: A light emitting power line plug structure is disclosed, comprising a plug accommodation body, an electric power line communicatively connected to the plug accommodation body, a plug front end assembly, a connection assembly fixedly locked to the plug front end assembly and a light emitting circuit assembly, wherein the light emitting circuit assembly is located between the plug front end assembly and the connection assembly, and is configured with at least a light emitting diode (LED) which faces towards the light guiding line extending from the inside of the electric power line; therefore, when the electric power cords in the electric power line conduct electric power, the LEDs in the light emitting circuit assembly can become conductive and emit light such that the light guiding line integrally illuminates by means of light transfers and glow outwards on the entire electric power line through the translucent cladding.

Abstract: Apparatus and methods are provided for RE allocation for UCI on PUSCH. In one novel aspect, the UE encodes UCI for transmission on PUSCH in a NR network. The UE allocates UCI REs onto the PUSCH following one or more UCI RE allocation rules including (a) using same logical allocation patterns for both CP-OFDM waveforms and DFT-S-OFDM waveforms, (b) distributing the UCI REs across a time domain of the PUSCH, and (c) distributing the UCI REs across a frequency domain for CP-OFDM or across a virtual-time domain for DFT-S-OFDM. In one embodiment, the HARQ-ACK REs are distributed across the time domain as much as possible. In another embodiment, the allocation of the HARQ-ACK REs further involves calculating the number of HARQ REs dynamically for the HARQ ACK. The number of HARQ REs is based on a weighting parameter, which is either configured or obtained through system information.

Abstract: A communication controlling method, a communication controlling system, a base station and a server are provided. A communication controlling method includes obtaining frequency-domain channel information by a first communication device, transforming the frequency-domain channel information into a compressed data according to a sensing matrix by the first communication device, transmitting the compressed data to a second communication device by the first communication device, restoring the compressed data to time-domain channel information by the second communication device, and transforming the time-domain channel information into the frequency-domain channel information by the second communication device.

Abstract: A method for channel precoding adapted to a base station is provided. An exemplary embodiment of the method includes: using a channel to communicate with a user equipment; obtaining a channel state of the channel; calculating a user equipment condition parameter(s) according to the channel state; transmitting the user equipment condition parameter(s) to a server; receiving a channel prediction parameter from the server; performing channel prediction according to the channel prediction parameter to obtain a predicted channel state of the channel; transmitting the predicted channel state to the server; receiving a precoding parameter from the server; and performing precoding according to the precoding parameter.