Abstract: Provided is a shower apparatus which can stably produce and supply bubbly water to nozzle holes, causing finely divided water droplets of relatively large, uniform size to land continuously on a user so as to allow the user to enjoy a shower with a voluminous feel as if the user were being showered by large drops of rain. The shower apparatus includes a water supply unit, a throttle unit adapted to eject passing water downstream, an aeration unit adapted to produce bubbly water by aerating the water ejected through the throttle unit, and a nozzle unit provided with a plurality of nozzle holes used to discharge the bubbly water, wherein an ejection speed changing means is installed in the water supply unit to at least partially vary ejection speeds of the water ejected from respective throttle channels of the plurality of throttle channels of the throttle unit.

Abstract: A shower device includes: a driving unit including a housing and a core allowed to reciprocate by water which is introduced into the housing; a shower part allowed to swing; a water guide channel introducing water which is introduced into the housing to the shower part; and a power transmission part transmitting a motion of the core to the shower part. The shower part sprinkles water while swinging when water is introduced into the housing.

Abstract: A shower apparatus includes: a shower unit operable for swinging and sprinkling water while swinging; a driving unit configured to generate driving force which is used for the swing of the shower unit by water; a shower channel configured to guide water to the shower unit via the driving unit; a power transmission unit configured to couple the driving unit with the shower unit and transmit the driving force generated by the driving unit to the shower unit; and a swing stop mechanism operable to stop the swinging of the shower unit. The shower unit sprinkles the water that is used for generating the driving force at the driving unit. The swing stop mechanism is configured to stop the swinging of the shower unit while keeping sprinkling water from the shower unit. The sprinkling flow rate from the shower unit before stopping the swinging is equal to the sprinkling flow rate from the shower unit after stopping the swinging.

Abstract: A game apparatus includes a processor and a memory. The memory stores question-and-answer data that includes first data and second data. The processor selectively executes a process of assigning the first data to setting a question and the second data to checking an answer to the question and a process of assigning the second data to setting a question and the first data to checking an answer to the question, and performs a question-and-answer process according to the result of assignment. Therefore, the game apparatus can make a plurality of questions by using identical question-and-answer data.

Abstract: A game system (100) has plural game terminals (200) and a communication apparatus (300). The communication apparatus (300) receives an end notification indicating the end and a state of a play and stores a state data set (254) including a play data item indicating a result of the play and a time data item indicating a point in time corresponding to a point in time at which the end notification was received. The game terminal (200), by transmitting a state request, receives a state data set (254) stored in the communication apparatus (300) at that point in time and reads a play data item within the state data set after a delay period has passed since a point in time indicated by a time data item within the state data set, to output information corresponding to a state of a play indicated by the play data item.

Abstract: A water discharger according to the invention comprises a housing having a columnar space inside, a core having a core inner channel inside allowed to move in the space while dividing the columnar space into a first and a second pressure chamber, a water discharge tubular body having a water discharge channel communicating with the core inner channel and reaching the outside of the housing, a first water inlet port for introducing fluid to the first pressure chamber, a second water inlet port for introducing fluid to the second pressure chamber, a first introducing port for introducing fluid from the first pressure chamber to the core inner channel, a second introducing port for introducing fluid from the second pressure chamber to the core inner channel, a valve body for changing the opening of the first and the second introducing port, and control means for inverting the size relation of the opening of the first and the second introducing port when the core reverses its moving direction.

Abstract: A game system for a game where plural players partake and are combined on the basis of subjective data on the players. A game machine comprises a game control device for controlling a game executed with a game machine operated by a player who is combined with a player operating the game machine itself, an evaluation obtaining device for obtaining evaluation data which is evaluation to the player P4 by the player, a history evaluation updating device for, when obtaining the evaluation data to the player, updating the history evaluation information included in player information of the player by information based on the evaluation data. The server comprises a combination determining device for determining based on the history evaluation information, a combination of game machines partaking the game.

Abstract: The face detection system and method attempts classification of a test image before performing all of the kernel evaluations. Many subimages are not faces and should be relatively easy to identify as such. Thus, the SVM classifier try to discard non-face images using as few kernel evaluations as possible using a cascade SVM classification. In the first stage, a score is computed for the first two support vectors, and the score is compared to a threshold. If the score is below the threshold value, the subimage is classified as not a face. If the score is above the threshold value, the cascade SVM classification function continues to apply more complicated decision rules, each time doubling the number of kernel evaluations, classifying the image as a non-face (and thus terminating the process) as soon as the test image fails to satisfy one of the decision rules.

Abstract: A component mounting position is corrected in accordance with a printing misalignment amount of a solder with respect to an original mounting position on a board at which a component is to be mounted. More specifically, a mounting position of a predetermined correction object component is corrected in accordance with the printing misalignment amount of the solder printed on a predetermined detection object electrode.

Abstract: A card game system, which is for playing a battle game in which a character and an opponent make an attack on each other based on information recorded in a card, includes an attack control device that controls, when attack content identification information recorded in the card is read by a reading device during the battle game, a magnitude of the attack associated with the attack content identification information based on attack control information associated with the attack content identification information and character identification information on the character playing the battle game, and a control information update device that changes, when specific conditions corresponding to the character identification information and the attack content identification information are satisfied, the attack control information associated with the character identification information and the attack content identification information, and updates a content of the attack control information to the changed content.

Abstract: A shower device includes: a driving unit including a housing and a core allowed to reciprocate by water which is introduced into the housing; a shower part allowed to swing; a water guide channel introducing water which is introduced into the housing to the shower part; and a power transmission part transmitting a motion of the core to the shower part. The shower part sprinkles water while swinging when water is introduced into the housing.

Abstract: A massage nozzle related to the present invention comprises a vortex chamber having a water intake section provided to form a vortical flow therein, a spouting port provided to spout the vortical flow to form a negative pressure region, a water-spray plate provided at a distal end of the spouting port, the water-spray plate having an opening at a center thereof and a plurality of water-spray holes around the circumference of the opening. This water-spray plate prevents water from spattering even when water is released in the air, and allows a large area suction and therefore smooth movement while moving in contact with skin. Further a movable member having an opening, at least some part of which is inserted into the vortex chamber to effect the negative region externally, the some part including a first portion which has a larger outside dimension than the spouting port. Thus a great massage effect due to physical vibration of the movable member can be obtained in addition to the suction massage effect.

Abstract: The advantage of the present invention is to appropriately detect the object. The object detection apparatus in the present invention has a plurality of cameras to determine the distance to the objects, a distance determination unit to determine the distance therein, a histogram generation unit to specify the frequency of the pixels against the distances to the pixels, an object distance determination unit that determines the most likely distance, a probability mapping unit that provides the probabilities of the pixels based on the difference of the distance, a kernel detection unit that determines a kernel region as a group of the pixels, a periphery detection unit that determines a peripheral region as a group of the pixels, selected from the pixels being close to the kernel region and an object specifying unit that specifies the object region where the object is present with a predetermined probability.

Abstract: A card game system in which a game progresses based on game information recorded in a card in each of a plurality of game apparatuses. The game apparatus set as a master apparatus includes a master reception device that receives the game information transmitted from each of the game apparatuses, a permission device that rejects the reception of game information until a start determination device determines to start a specific time and that permits the reception of game information when the start determination device determines to start the specific time, and a rejection device that rejects the reception when an elapse time determination device determines that the set time as the specific time in advance elapses after permitting the reception. Each game apparatus includes a terminal transmission device that transmits the game information to the master reception device.

Abstract: The advantage of the present invention is to appropriately detect the object. The object detection apparatus in the present invention has a plurality of cameras to determine the distance to the objects, a distance determination unit to determine the distance therein, a histogram generation unit to specify the frequency of the pixels against the distances to the pixels, an object distance determination unit that determines the most likely distance, a probability mapping unit that provides the probabilities of the pixels based on the difference of the distance, a kernel detection unit that determines a kernel region as a group of the pixels, a periphery detection unit that determines a peripheral region as a group of the pixels, selected from the pixels being close to the kernel region and an object specifying unit that specifies the object region where the object is present with a predetermined probability.

Abstract: The face detection system and method attempts classification of a test image before performing all of the kernel evaluations. Many subimages are not faces and should be relatively easy to identify as such. Thus, the SVM classifier try to discard non-face images using as few kernel evaluations as possible using a cascade SVM classification. In the first stage, a score is computed for the first two support vectors, and the score is compared to a threshold. If the score is below the threshold value, the subimage is classified as not a face. If the score is above the threshold value, the cascade SVM classification function continues to apply more complicated decision rules, each time doubling the number of kernel evaluations, classifying the image as a non-face (and thus terminating the process) as soon as the test image fails to satisfy one of the decision rules.