Abstract: Systems and techniques are generally described for detecting evasive terms in item listings. In some examples, a list of keywords associated with a first category of specified items may be received. In some examples, text data associated with a first item may be received. A first plurality of tokens representing a corrected version of the text data may be generated using spell correction techniques. In some cases, first flag data indicating that the text data constitutes evasive text may be generated based at least in part on the generation of the first plurality of tokens. The first flag data and a numerical representation of the first plurality of tokens may be input into a binary classifier trained to generate label data indicating whether text data associated with a given item is evasive or non-evasive. The binary classifier may generate label data indicating that the text data associated with the first item is evasive.

Abstract: There is provided a dehumidifying device for dew point temperature adjustment that adjusts a dew point temperature of air to a temperature of about ?20° C. or lower, the device including an adjusting unit that adjusts a dew point temperature by adjusting at least one driving operation that is selected from a rotational frequency of a supply fan for supplying air into the dehumidifying device for dew point temperature adjustment, a rotating speed of a dehumidifying rotor, an opening degree of a blow-out air volume adjustment damper, a rotational frequency of an exhaust fan for exhausting air, and an opening degree of an exhaust air volume adjustment damper.

Abstract: A work vehicle includes a parking brake lever, right and left braking arms, and an intermediate link mechanism configured to couple the parking brake lever and each of the braking arms. The intermediate link mechanism includes a support shaft configured to rotate, left and right coupling units that are coupled to the support shaft and configured to rotate each of the braking arms in response to a rotational movement of the support shaft, and a cable mechanism having a control cable. The cable mechanism is configured to rotate the support shaft via the control cable in response to a rotational movement of the parking brake lever.

Abstract: Provided is a coating device including a coating portion where coating treatment is performed, a partition portion covering the coating portion, and a humidity controller adjusting an amount of moisture in a work space partitioned by the partition portion.

Abstract: A work vehicle includes an engine provided inwards of a hood; a fuel tank provided extending in a front-back direction from the inside of the hood to the inside of a dashboard of a steering part; a tank support frame that supports the fuel tank; a fixing member that fixes the fuel tank supported by the tank support frame in place; and a rocking support frame that supports the hood such that the hood is capable of rocking vertically. The tank support frame and the rocking support frame are supported by a different member than the member supporting the engine, and include, as a fixing member, a first fixing member fixed extending from the tank support frame to the rocking support frame.

Abstract: A shutter device for a vehicle includes a frame, a plurality of blades and a cushion member. The frame is placed between two heat exchangers. The blades are configured to open and close an inner space of the frame through rotation of the blades. The cushion member is configured to project from the frame toward an adjacent one of the one or more heat exchangers which is placed adjacent to the frame. A direction, in which the cushion member projects from the frame, is defined as a predetermined direction. The cushion member has an elastic property that a repulsive force of the cushion member exponentially changes in response to a change in an amount of shrinkage deformation of the cushion member in the predetermined direction.

Abstract: There is provided a dehumidifying device for dew point temperature adjustment that adjusts a dew point temperature of air to a temperature of about ?20° C. or lower, the device including an adjusting unit that adjusts a dew point temperature by adjusting at least one driving operation that is selected from a rotational frequency of a supply fan for supplying air into the dehumidifying device for dew point temperature adjustment, a rotating speed of a dehumidifying rotor, an opening degree of a blow-out air volume adjustment damper, a rotational frequency of an exhaust fan for exhausting air, and an opening degree of an exhaust air volume adjustment damper.

Abstract: A low-humidity air supply device which supplies low-humidity air into a dry room includes an intake portion that is connected to an inside of the dry room and through which air in the dry room is taken in, a cooling unit that cools the air taken in through the intake portion, a dehumidification unit that dehumidifies the air cooled by the cooling unit, and a supply unit that is connected to the inside of the dry room and through which the air dehumidified by the dehumidification unit is supplied into the dry room, in which at least one of the intake portion, the cooling unit, the dehumidification unit, and the supply unit is composed of a duct having a box shape through which the air is able to pass, and the duct is a portion of a casing that constitutes an outermost layer of the low-humidity air supply device.

Abstract: A dry room that controls a dew point temperature in a space to be managed, the room includes a plurality of exhaust units that exhaust air in the space to be managed, in which the plurality of exhaust units are disposed in different regions in the space to be managed, and individually adjust an exhaust amount of the air to be exhausted from each of the regions.

Abstract: A booth including an ejecting unit that ejects air into an opening portion leading to an internal space partitioned from an external space. The ejecting unit forms a first airflow that suppresses introduction of a disturbance from the external space into the internal space and a second airflow that suppresses introduction of the first airflow into the internal space inside the first airflow.

Abstract: An image collating center has a communication unit, a processing unit, and a memory unit. The processing unit accesses a geographic information database through a communication network, extracts appropriate geographic information from the geographic information database based on a picked-up image and additional information transmitted from an image provider, and generates a simulated image assumed to be viewed from the image provider. Further, the image collating center estimates the image pickup position and the image pickup attitude of the image provider through collating the simulated image with the picked-up image and returns the estimated image pickup position and image pickup attitude of the image provider to the image provider through the communication network.

Abstract: There can be provided according to the present invention a silicon single crystal produced according to Czochralski method to which Ga (gallium) is added as a dopant characterized in that a resistivity is 5&OHgr;.cm to 0.1&OHgr;.cm and a method for producing a silicon single crystal to which Ga (gallium) is added as a dopant according to Czochralski method characterized in that Ga is added in a silicon melt in a crucible, a seed crystal is brought into contact with the silicon melt and is pulled with rotating to grow a silicon single crystal ingot. Thereby, a silicon single crystal and silicon single crystal wafer and a method for producing them that can produce a solar cell characterized in that photo-degradation is not caused even in the single crystal having high oxygen concentration and a conversion efficiency of optical energy is very high.

Abstract: An image collating center has a communication unit, a processing unit, and a memory unit. The processing unit accesses a geographic information database through a communication network, extracts appropriate geographic information from the geographic information database based on a picked-up image and additional information transmitted from an image provider, and simulatively generates a simulated image assumed to be viewed from the image provider. Further, the image collating center estimates the image pickup position and the image pickup attitude of the image provider through collating the simulated image with the picked-up image and returns the estimated image pickup position and image pickup attitude of the image provider to the image provider through the communication network.

Abstract: In a method of processing a sealing surface of a casting to eliminate casting defects on or in the vicinity of the sealing surface, each of abrasive grains constituting a grindstone has a flat face formed on its distal end. The sealing surface of the casting is ground by the grindstone while the flat face of each abrasive grain is held parallel to the sealing surface of the casting. Consequently, a plastic flow layer is formed on the sealing surface of the casting. Blowholes present within a predetermined range of depth of the casting from the sealing surface are collapsed as the result of formation of the plastic flow layer.

Abstract: An electronic musical instrument with playback of background tones and generation of key-on phrase tones, in which a simple adlib play can be performed while a user is singing using a microphone or as an interlude without requiring high-grade techniques is disclosed.The electronic instrument includes an instrument main body (1) having a microphone (5) and a plurality of key pads (6), a section for playing back stored background tones of a song, a memory (21) for storing note pattern data for a plurality of phrases each consisting of a series of a plurality of key-on phrases in correspondence with the plurality of key pads, and a tone generator (20) for reading out the note pattern data of the corresponding phrase in response to an operation of the key pad (6), and forming tone generation signals. The output from the microphone, the playback signals of the background tones, and the tone generation signals of the phrase are supplied to a loudspeaker (11).

Abstract: This invention discloses an electronic musical instrument, which shifts the tone pitches of a series of externally input voice signals in real time, and outputs the shifted voice signals from a loudspeaker. Data for shifting the tone pitches of voice signals is pre-programmed in a memory circuit as music piece data. Every time a user operates an operation switch, the music piece data is sequentially read out, and the tone pitches of voice signals input from a microphone are shifted by a tone pitch converter. The shifted voice signals are output from a loudspeaker in real time. The input voice signals can be shifted to a melody corresponding to the music piece data.

Abstract: An electronic keyboard or similar electronic musical instrument having an automatic rhythm playing function and an ad-libbing function. The instrument includes keys to which an ad-libbing function is assigned. When one presses any of the ad-libbing keys on the keyboard, the instrument allows the operator to feel as if the operator were performing an ad-lib. Various kinds of ad lib plays are available by looping note data representative of a single melody or by transforming the note data to a plurality of melodies by chord detection.

Abstract: A single-chip microcomputer is disclosed, which comprises a central processing unit including a programmable counter for storing address data for accessing a first memory and performing operations and control, a register for setting address data of a second memory and a coincidence circuit. When the contents of the register and programmable counter coincide, the coincidence circuit provides an instruction to the central processing unit. Thus, the central processing unit accesses an address of the second memory in lieu of an address of the first memory, in which an undesired instruction in stored, according to data in the first memory. Subsequently, the second memory address is accessed in lieu of the first memory address with the undesired instruction therein.

Abstract: An InP solar cell having a p-type InP single crystal substrate having a carrier concentration of 2.times.10.sup.16 -2.times.10.sup.18 cm.sup.-3, an n-type InP layer containing a dopant of at least one element selected from VIA group including S and Se disposed on said substrate with a thickness of 0.05-1 .mu.m, said n-type InP layer having a carrier concentration of 5.times.10.sup.17 -1.times.10.sup.19 cm.sup.-3, a grid electrode arranged on said n-type InP layer, and an anti-reflection coating formed on said n-type InP layer and said grid electrode. The solar cell has a high efficiency and superior radiation resistance characteristics.