Abstract: Method of scrambling signals, transmission point device, and user equipment using the method are provided. The method includes: sending an ID table to a user equipment through higher layer signaling, the ID table being a subset of the whole ID space and containing available IDs for the user equipment; notifying the user equipment an ID in the ID table to be used through physical layer signaling or UE specific higher layer signaling; generating a random seed based on the notified ID; initializing a scrambling sequence by the random seed; and scrambling the signals with the initialized scrambling sequence. The method of the disclosure, by combining physical layer signaling and higher layer signaling, may notify the used group ID and the blind detection space to a UE, wherein the blind detection for the UE is enabled and the signaling overhead is reduced.

Abstract: Provided is a terminal including a receiver, which, in operation, receives a Channel State Information Reference Signal (CSI-RS) candidate list for CSI-RS configuration information. The CSI-RS candidate list is indicated as Radio Resource Control (RRC) control information for respective terminals. The terminal further includes circuitry, which, in operation, specifies at least one CSI-RS resource information of a measurement target based on the CSI-RS candidate list, and measures a reception power using the specified CSI-RS resource information. The terminal also includes a transmitter, which, in operation, reports the result of the reception power measurement. A reception power measurement method is also provided.

Abstract: The present disclosure provides a terminal device that allows constraints on user allocation to be prevented and spread codes to be allocated in a scheduler when non-adaptive HARQ is employed using a PHICH. A codeword generator generates code words by encoding data, a layer mapping unit places each CW in one or a plurality of layers, a DMRS generator generates a reference signal for each layer in which a CW is placed by using any resource among a plurality of resources defined by a mutually orthogonal plurality of OCCs, and an ACK/NACK demodulator receives a response signal indicating a retransmission request. When a response signal requesting retransmission of only a CW placed in a plurality of layers is received, the DMRS generator uses each resource having the same OCC among the plurality of resources for the reference signals generated in the corresponding layers.

Abstract: There are provided a wireless communication method of configuring a measurement resource and a wireless communication device therefor. The method comprises determining a measurement resource to be disregarded when the number of measurement resources configured in one subframe exceeds the maximum number of measurement resources that a user equipment is able to measure in one subframe, wherein the measurement resource with lower priority is determined to be disregarded, and the measurement resource is not disregarded A times within the duration of N subframes, where A is an integer larger than 1, N corresponds to one plus B*periodicity of the measurement resource, and B is an integer equal to or larger than 1.

Abstract: In the state in which the first reinforcing cloth and the second reinforcing cloth are in loops, two end portions of the first reinforcing cloth are sewn to the first skin, and two end portions of the second reinforcing cloth are sewn to the second skin. Thus, the first reinforcing cloth and the second reinforcing cloth are sewn to the first skin and the second skin, respectively, in two-layer states.

Abstract: In the state in which the first reinforcing cloth and the second reinforcing cloth are in loops, two end portions of the first reinforcing cloth are sewn to the first skin, and two end portions of the second reinforcing cloth are sewn to the second skin. Thus, the first reinforcing cloth and the second reinforcing cloth are sewn to the first skin and the second skin, respectively, in two-layer states.

Abstract: A vehicle rear seat is provided with a seat cushion, a seat back connected to the seat cushion and foldable from an upright position to a forwardly folded position over the seat cushion, and a retainer board mounted to a rear surface of the seat back for tilting movement. The seat back has a body portion and a decorative cover placed over the body portion. The decorative cover has an upper decorative cover component and a rear decorative cover component. The retainer board includes a core material, a decorative cover composed of one cover element and the other cover element opposing to the one cover element to enclose the core material, and a mount segment extending from the retainer board and connected to the rear decorative cover component of the seat back. The mount segment serves as a hinge to enable the retainer board to be placed in an inoperative rest position and in an operative unfold position.

Abstract: A vehicle rear seat is provided with a seat cushion, a seat back connected to the seat cushion and foldable from an upright position to a forwardly folded position over the seat cushion, and a retainer board mounted to a rear surface of the seat back for tilting movement. The seat back has a body portion and a decorative cover placed over the body portion. The decorative cover has an upper decorative cover component and a rear decorative cover component. The retainer board includes a core material, a decorative cover composed of one cover element and the other cover element opposing to the one cover element to enclose the core material, and a mount segment extending from the retainer board and connected to the rear decorative cover component of the seat back. The mount segment serves as a hinge to enable the retainer board to be placed in an inoperative rest position and in an operative unfold position.

Abstract: A lock mechanism comprises a latch claw installed on a fixed rail of a back and forth slide mechanism, and a lock release knob disposed between the latch claw and an operating lever for a lock release operation supported by a movable rail. An end portion of the operating lever is inserted into an inside of the back and forth slide mechanism from a through hole formed in the movable rail. The lock release knob is operated by the operating lever and an engagement between a striker disposed on a vehicle floor and the latch claw is released.

Abstract: A seat cushion comprises a seat frame having a generally rectangular shape; a pad member integrally molded on the seat frame and an outer skin member covering the pad member. The pad member is formed at a back side thereof with a plurality of recesses into which given parts of the seat frame are partially exposed. Each given part is placed on a top of a laterally extending ridge of the pad member while being joined thereto. A plurality of hook units are employed for fastening the outer skin member to the pad member. Each hook unit includes a generally U-shaped hook member and a flexible strip which are integrally molded. The hook member is operatively engaged with the given part of the seat frame and the flexible strip is sewed to a leading end of the outer skin member.

Abstract: In a data processing system including at least two processing units having different throughputs for performing sequential access upon a main storage unit, the number of elements of the main storage unit simultaneously accessed by the processing units is different, or the sequence of elements accessed by one of the processing units is reversed, thereby substantially improving the input/output throughput for the main storage unit.

Abstract: A seat mounting device for use with a vehicle seat (11) has a recliner mechanism (16) that angularly adjusts the seat back (15) with respect to the seat cushion (13) during use and has a forwardly projecting support member which is pivotally supported by a pivot pin (23) for movement of the seat back between use and easy-enter positions. The vehicle seat (11) also has a mounting device (10) that mounts the recliner support member on a movable rail member of a slide mechanism mounted on a vehicular floor. A leg member (17a) connected to the seating device is generally L-shaped and has a right angle connection between its upper and lower ends. The lower end of the leg member (17a) is fastened to the moveable rail (12a) of the slide mechanism (12).

Abstract: Disclosed herein is an automotive seat which includes a seat frame and a plurality of S-springs which are spanned between spaced two portions of the seat frame. Each spring has one U-shaped end portion. In order to tightly and unmovably connect the U-shaped end portion of each spring to selected one of the side portions of the frame, an improved spring holding structure is formed on the selected portion of the frame, which includes a tunnel portion which is integrally formed on the selected portion and two raised portions which are integrally formed on the same selected portion in a manner to put therebetween the tunnel portion. The distance between the two raised portions is substantially equal to the longitudinal length of the U-shaped end portion of the spring. The U-shaped end portion of the spring is received in the tunnel portion having its longitudinal ends respectively contacting with the two raised portions.

Abstract: A pair of cover half members are attached to each other and to a seat hinge base plate in such a manner as to enclose the base plate. The respective cover halves each snap directly onto the base plate at a single point on their lower sides. At their upper sides the covers snap onto each other. The connection between the covers and the base plate is firm but is still resilient enough to allow sufficient movement between the cover assembly and the base plate in the event that large forces or shocks are applied to the cover. The connection between the cover halves is sufficiently strong that forces acting on the cover halves cannot readily force them apart nor cause them to become detached from the base plate.

Abstract: An improved vector processor for processing a modified recurrent equation: a.sub.i =a.sub.i-2 .times.b.sub.i-1 .times.b.sub.i +b.sub.i .times.c.sub.i-1 +c.sub.i, where i is an integer: i=1, 2, 3, . . . , n, at a high speed. The vector processor includes a data distribution circuit (40a, 40b), at least one odd term calculation circuit (10A, 10AA), and at least one even term calculation circuit (10B, 10BB). The odd term calculation circuit calculates odd terms of the modified recurrent equation: a.sub.j =(a.sub.j-2 .times.b.sub.j-1 .times.b.sub.j)+(b.sub.i +c.sub.j-1)+c.sub.j, where j is an odd integer. The even term calculation circuit calculates even terms of the recurrent equations: a.sub.k =(a.sub.k-2 .times.b.sub.k-1 .times.b.sub.k)+(b.sub.k .times.c.sub.k-1)+c.sub.k, where k is an even integer. The data distribution circuit receives an initial, data a.sub.0 and input vector (operand) data (b.sub.i) and (c.sub.

Abstract: In a data processing system including at least two processing units having different throughputs for performing sequential access upon a main storage unit, the number of elements of the main storage unit simultaneously accessed by the processing units is different, or the sequence of elements accessed by one of the processing units is reversed, thereby substantially improving the input/output throughput for the main storage unit.