Abstract: A cargo management system for a motor vehicle, the cargo management system containing a storage compartment located in a floor of the motor vehicle, a first panel configured to stow flush on the vehicle floor to cover the storage compartment in a stowed position and to pivot upward to a vertical position to form a first divider in a deployed position, a second panel configured to pivot relative to the first panel to form a second divider in the deployed position, and at least one foldable basket that stows in a folded basket configuration within the storage compartment in the vehicle floor in the stowed position and deploys upward to an unfolded basket configuration.

Abstract: A vehicle seating assembly comprises a seat base, a seat back, an articulation mechanism coupled to the seat base and seat back to allow the seat back to move between an upright seating position and a folded position, a back panel provided on the seat back, an accessory attachment system located on the back panel and having one or more alignment connector structures and one or more latches, and an accessory configured to connect onto the back panel and engage the one or more alignment connectors and the one or more latches.

Abstract: A semiconductor device with contact check circuitry is provided. The semiconductor device includes a plurality of pads, an internal circuit, and a contact check circuit. The plurality of pads includes a first pad and a second pad. The internal circuit is coupled to the plurality of pads. The contact check circuit, at least coupled to the first pad and the second pad, is used for checking, when the semiconductor device is under test, contact connections to the first pad and the second pad to generate a check result signal according to comparison of a first test signal and a second test signal received from the first pad and the second pad with at least one reference signal.

Abstract: A semiconductor device with contact check circuitry is provided. The semiconductor device includes a plurality of pads, an internal circuit, and a contact check circuit. The plurality of pads includes a first pad and a second pad. The internal circuit is coupled to the plurality of pads. The contact check circuit, at least coupled to the first pad and the second pad, is used for checking, when the semiconductor device is under test, contact connections to the first pad and the second pad to generate a check result signal according to comparison of a first test signal and a second test signal received from the first pad and the second pad with at least one reference signal.

Abstract: A nano-micelle preparation of icaritin. The preparation comprises icaritin and polymer auxiliary materials. Further provided is a preparation method for the nano-micelle preparation, and the prepared nano-micelle preparation of icaritin has the advantage of high bioavailability.

Abstract: A memory test circuit comprising: a first latch circuit for receiving a first input address and an error indication signal to generate a first address; a first E-fuse group for receiving the first address to generate an output address; a second latch circuit for receiving the error indication signal; a second E-fuse group for generating an error indication signal according to an output of the second latch circuit which is generated according to the fault indication signal; and a comparison circuit for activating the second latch circuit according to a relation between the first address and a second input address and a state of the first latch circuit or the first E-fuse group.

Abstract: A memory test circuit comprising: a first latch circuit for receiving a first input address and an error indication signal to generate a first address; a first E-fuse group for receiving the first address to generate an output address; a second latch circuit for receiving the error indication signal; a second E-fuse group for generating an error indication signal according to an output of the second latch circuit which is generated according to the fault indication signal; and a comparison circuit for activating the second latch circuit according to a relation between the first address and a second input address and a state of the first latch circuit or the first E-fuse group.

Abstract: An E-fuse circuit comprising: an E-fuse group, comprising a plurality of E-fuse sections, wherein each one of the E-fuse sections comprises a plurality of E-fuses; a multi-mode latch circuit, configured to receive an input signal to generate a first output signal in a burn in mode, and configured to receive an address to be compared to generate a second output signal in a normal mode; a first logic circuit group, configured to receive a first part of bits of the first output signal to generate a control signal in the burn in mode; and a second logic circuit group, configured to receive the control signal and a second part of bits of the first output signal to generate a selection signal in the burn in mode, to select which one of the E-fuse sections is activated.

Abstract: The present application proposes a memory chip includes a plurality of memory banks, a plurality of address pins, and a pseudo-address determining circuit. The plurality of address pins is arranged for receiving a plurality of address signals corresponding to the plurality of memory banks, respectively. The pseudo-address determining circuit has a plurality of input terminals coupled to the plurality of address pins, respectively, and a plurality of output terminals coupled to the plurality of memory banks. The pseudo-address determining circuit generates a pseudo-address table for the plurality of memory banks when the memory chip is powered-up. The pseudo-address table has a plurality of pseudo-addresses corresponding to the plurality of memory banks, respectively. The present application also provides a memory module that incorporates the memory chip and a method for pseudo-accessing memory banks of the memory chip.

Abstract: The present application proposes a memory chip includes a plurality of memory banks, a plurality of address pins, and a pseudo-address determining circuit. The plurality of address pins is arranged for receiving a plurality of address signals corresponding to the plurality of memory banks, respectively. The pseudo-address determining circuit has a plurality of input terminals coupled to the plurality of address pins, respectively, and a plurality of output terminals coupled to the plurality of memory banks. The pseudo-address determining circuit generates a pseudo-address table for the plurality of memory banks when the memory chip is powered-up. The pseudo-address table has a plurality of pseudo-addresses corresponding to the plurality of memory banks, respectively. The present application also provides a memory module that incorporates the memory chip and a method for pseudo-accessing memory banks of the memory chip.

Abstract: An E-fuse burning circuit comprising: a burning directing circuit, configured to receive first input data comprising first input address and burning directing data, to generate a burning directing signal according to the burning directing data; a ring address latch, configured to latch the first input address responding to a first clock signal, and configured to output second input address responding to the first clock signal; and a control signal generating circuit, configured to generate at least one stop signal to determine whether the data in the ring address latch is shifted or not. The ring address latch applies a first number of the stages when the burning directing signal indicates a row of the E-fuse circuit is to be burned and applies a second number of the stages when the burning directing signal indicates a column of the E-fuse circuit is to be burned.

Abstract: An E-fuse circuit comprising: a ring address latch, configured to receive a first input address arranged in serial i bits responding to a first clock signal, and to output a second input address arranged in serial j bits responding to a second clock signal; a control signal generating circuit, configured to receive the second input address, and to decode the second input address to generate first control signals with m bits and second control signals with n bits, wherein the first control signals and the second control signals are transmitted in parallel, and m, n are factors of j; and an E-fuse group, comprising j fuses. If any one of the first control signals has a first logic value and any one of the second control signals has the logic value, a corresponding fuse the E-fuse group is burned.

Abstract: The present disclosure discloses an electronic device, to solve the technical problem that it is relatively complex to implement a change in color of an appearance of the electronic device in the related art. The electronic device comprises a main body having a basic form and a deformed form; and a color changing film attached to the main body to form a part of a surface of an appearance of the main body, the color changing film being deformed as the main body is changed from the basic form to the deformed form, wherein if the main body is in the basic form, the color changing film as the part of the appearance of the main body presents a first visual effect, and if the main body is in the deformed form, the color changing film as the part of the appearance of the main body presents a second visual effect different from the first visual effect. Based on the same concept, the present disclosure further discloses another electronic device.

Abstract: A memory auto repairing circuit including: a decoding circuit, a latch enable circuit and a first latch circuit, wherein the decoding circuit is arranged to compare a first input address with a plurality of fail addresses to generate a control signal; the latch enable circuit is arranged to selectively generate a first enable signal at least according to the control signal; and the first latch circuit is arranged to receive the first input address, and store the first input address when the first enable signal is received by the first latch circuit; wherein when the control signal indicates that the first input address is identical to one of the plurality of fail addresses, the enable signal is prevented from being transmitted from the latch enable circuit to the first latch circuit.

Abstract: a memory auto repairing circuit including: a decoding circuit, a latch enable circuit and a first latch circuit, wherein the decoding circuit is arranged to compare a first input address with a plurality of fail addresses to generate a control signal; the latch enable circuit is arranged to selectively generate a first enable signal at least according to the control signal; and the first latch circuit is arranged to receive the first input address, and store the first input address when the first enable signal is received by the first latch circuit; wherein when the control signal indicates that the first input address is identical to one of the plurality of fail addresses, the enable signal is prevented from being transmitted from the latch enable circuit to the first latch circuit.

Abstract: The present disclosure discloses an electronic device, to solve the technical problem that it is relatively complex to implement a change in color of an appearance of the electronic device in the related art. The electronic device comprises a main body having a basic form and a deformed form; and a color changing film attached to the main body to form a part of a surface of an appearance of the main body, the color changing film being deformed as the main body is changed from the basic form to the deformed form, wherein if the main body is in the basic form, the color changing film as the part of the appearance of the main body presents a first visual effect, and if the main body is in the deformed form, the color changing film as the part of the appearance of the main body presents a second visual effect different from the first visual effect. Based on the same concept, the present disclosure further discloses another electronic device.

Abstract: Disclosed is a shower head with a single-point touch switch. The shower head comprises a ball head component, a water-distributing unit. a switching unit and a wedge block. The ball head component has a protruding seat, and the protruding seat has a connection slot on its lower part. The water distributing unit is mounted on the swing component. The switching unit comprises a sliding bar and a switching disc. The wedge block is slidably connected with the water distributing unit and has an upward wedge on one side; and the upward wedge coordinates with the connecting slot. Sliding movement of the wedge block and sliding movement of sliding bars constitute an interlinking connection relationship. It is simple in structure, stable in configuration, and easy to operate.

Abstract: A lifting rod assembly is connected to the support arm and has a body unit, a lifting rod and a friction piece. The body unit has a sleeving hole penetrating from front to back and a connecting hole penetrating the sleeving hole from inside to outside, the sleeving hole is sleeved out of the support arm; the thread of the upper end part of the lifting rod is mounted in the connecting hole of the body; and the friction piece is mounted in the upper end part of the lifting rod and adaptive to the support arm, the compressing level between the friction piece and the support arm can be controlled though the screwing level between the lifting rod and the connecting hole of the body unit.

Abstract: The present invention relates to a metal halide lamp with a ceramic discharge tube, which includes a ceramic discharge tube and two electrodes. The ceramic discharge tube includes a main discharge tube and two ceramic capillary tubes respectively located at two ends of the main discharge tube, the main discharge tube has a central protuberant part located in the middle thereof and two cylindrical parts respectively connected to two ends of the central protuberant part, the two cylindrical parts are respectively connected to the two ceramic capillary tubes.

Abstract: Disclosed is a shower head with a single-point touch switch. The shower head comprises a ball head component, a water-distributing unit, a switching unit and a wedge block. The ball head component has a protruding seat, and the protruding seat has a connection slot on its lower part. The water distributing unit is mounted on the swing component. The switching unit comprises a sliding bar and a switching disc. The wedge block is slidably connected with the water distributing unit and has an upward wedge on one side; and the upward wedge coordinates with the connecting slot. Sliding movement of the wedge block and sliding movement of sliding bars constitute an interlinking connection relationship. It is simple in structure, stable in configuration, and easy to operate.