Nec Corporation

Asahi Glass Company, Limited

International Business Machines Corporation

Agc Inc.

Juniper Networks, Inc.

Mitsubishi Heavy Industries Limited

The Furukawa Electric Co., Ltd.

Subaru Corporation

Yokogawa Electric Corporation

Rakuten Group, Inc.

Kaiser Aluminum Chemical Corporation

Yuichi Suzuki

Daisuke Kobayashi

Yusuke Fujiwara

Izuru Kashima

Kiyoshi Tamai

Yoichi Sera

Taku Yamada

Tatsuhiko Amagai

Yoshihiro Watanabe

Yutaka Moriya

Yasumasa Kajinaga

Toshiaki Kawamura

Hideyuki Suzuki

Takahiro Yamamoto

Takashi Fukuda

Hiroshi Ikeda

Hiroaki Kikuchi

Tetsuya Nakashima

Satoshi Hosokawa

Shunsuke Ishikawa

Kensuke Nagai

Junichiro Kase

Akira Ikada

Atsuyoshi Takenaka

Kiyoharu Inou

Chikako Oyanagi

Terutaka Maehara

Fujio Miura

Jun Sasai

Takafumi Sera

Keisuke Fukumoto

Ishi Miura

Ryoji Akiyama

Hisanaga Takano

Kiyoshi Yokoshima

Yoshitaka Saijo

Kazuhiro Toen

Hiroaki Higashioka

Yoshiaki Yuzawa

Binrun Oh

Kunihiko Kishino

Takato Ogasawara

Noriko Tanabe

An information processing apparatus includes a first authentication unit, a first vehicle controlling unit, a gesture determining unit, and a second vehicle controlling unit. The first authentication unit controls biometric authentication of a person included in a first captured image, and determines whether the person included in the first captured image is a registered user. The first vehicle controlling unit, if the person included in the first captured image is determined to be a registered user, transmits a first control signal for executing first control. The gesture determining unit controls a gesture determination of whether a gesture of a person included in a second captured image is a registered gesture. The second vehicle controlling unit, if the gesture of the person included in the second captured image is a registered gesture, transmits a second control signal for executing second control.

Information processing apparatus, vehicle controlling system, information processing method, and non-transitory computer-readable medium

A vehicle interior monitoring apparatus () includes an acquisition unit (), a detection unit (), and a notification processing unit (). The acquisition unit () repeatedly acquires, after a power source of a vehicle is turned off and a door of the vehicle is opened and closed at least once, sensor data indicating a result of detection by a sensor of which a detection range is an interior of the vehicle. The detection unit () performs, by using the sensor data, detection processing of a living body existing in the interior, each time the acquisition unit () acquires the sensor data. The notification processing unit () performs monitoring on an environment of the interior when a living body existing in the interior is detected, and performs notification for a pre-registered terminal () when the environment meets a first criterion.

Vehicle interior monitoring apparatus, vehicle interior monitoring method, and non-transitory computer-readable medium

A clamping method includes a step (S) for applying, by a first support portion disposed on one surface side of a plurality of superposed members and a second support portion disposed on the other surface side of the plurality of members, a predetermined first pressure to the plurality of members, and sandwiching the plurality of members; a step (S) for forming a through hole with respect to the plurality of members by a cutting tool with the first pressure; a step (S) for applying a predetermined second pressure to the plurality of members after the through hole is formed, and sandwiching the plurality of members by the first and second support portions, the second pressure being lower than the first pressure; and a step (S) for fixing a fastening part inserted into the through hole to the plurality of members by a riveting device with the second pressure applied.

Clamping method and clamping device

In a message processing device processing a message to be sent from a sender to a user, an acceptor accepts a draft message generated by each of a plurality of senders. A registrant registers, in a database, a parts element satisfying a predetermined requirement from among elements included in the accepted draft message. A specifier specifies a non-parts element not satisfying the requirement from among elements included in the accepted draft message generated by a first sender. A display image generator generates a display image by applying a predetermined drawing engine to the specified non-parts element. A comparison image generator generates a comparison image by applying the drawing engine to an element acquired by expanding the registered parts element. A calculator calculates a degree of similarity between the generated display image and the generated comparison image. A suggester transmits, to the first sender, information prompting replacement of the non-parts element with the parts element related to the comparison image when the calculated degree of similarity exceeds a reference value.

Message processing device, suggestion method, and recording medium

A first user request which specifies a target document set wherein a first subset of the documents is flagged by a user. A primary flag table is created for the target document set. A first document subset is created matching the first user request. It is determined whether a number of flagged documents exceeds a first threshold. If so, a secondary flag table is created for the first document subset and flag data corresponding to the first document subset is stored in the secondary flag table. The flag data in the secondary flag table is merged into the primary flag table.

Document flagging based on multi-generational complemental secondary data

An internal gear pump includes an outer rotor having internal teeth, an inner rotor rotatably disposed inside the outer rotor and having external teeth engaging with the internal teeth, and a pump housing. The pump housing includes: a holding recess rotatably holding the outer rotor and having a wall on which an outer peripheral face of the outer rotor is to slide; an inlet to take in a fluid into pump chambers defined between the inner rotor and the outer rotor; an outlet to discharge the fluid from the pump chambers; a case groove provided on the wall and to hold the fluid; and a joint groove provided on an upper land face defined between a trailing end of the inlet and a leading end of the outlet and on which the internal teeth and the external teeth are to slide.

Internal gear pump

Embodiments of the present invention include generating a facet tree based on words found in one or more documents, the facet tree being a tree data structure that defines hierarchical relationships between a plurality of words. The method may further include calculating a degree of similarity between a first word and a second word based on similarity of usage of the first word and the second word in the one or more documents, and generate a facet tree based on the degree of similarity. The method may further include, for each of one or more candidate words in the one or more documents, calculating a degree of correlation between a co-occurrence of two or more existing facet tree entries in a document and an occurrence of the candidate word in the document, and updating the facet tree on the basis of the one or more degrees of correlation.

Dynamic facet tree generation

An object of the present invention is to provide a chemically strengthened glass that can effectively suppress strength of a glass from being deteriorated even though performing chemical strengthening and has high transmittance (that is, low reflectivity). The present invention relates to a chemically strengthened glass having a compressive stress layer formed on a surface layer thereof by an ion exchange method, in which the glass contains sodium and boron, and has a delta transmittance being +0.1% or more, and in which a straight line obtained by a linear approximation of a hydrogen concentration Y in a region of a depth X from an outermost surface of the glass satisfies a specific relational equation in X=0.1 to 0.4 (&#x3bc;m).

Chemically strengthened glass and production method for chemically strengthened glass

In an approach to rule and dictionary creation based on an improvement cycle, a computing device receives a corpus, wherein the corpus comprises textual data. The computing device stores, in a rule database, a rule based on a user input. The computing device stores, in a dictionary, one or more words based on the corpus. The computing device updates one or more of the rule database and the dictionary based on an improvement cycle comprising user selections from system-generated recommendations.

Creating rules and dictionaries in a cyclical pattern matching process

Embodiments of the present invention include dynamically updating a facet tree based on words found in one or more documents, the facet tree being a tree data structure that defines hierarchical relationships between a plurality of words. The method may further include calculating a degree of similarity between a first word and a second word based on similarity of usage of the first word and the second word in the one or more documents, and updating the facet tree based on the degree of similarity. The method may further include, for each of one or more candidate words in the one or more documents, calculating a degree of correlation between a co-occurrence of two or more existing facet tree entries in a document and an occurrence of the candidate word in the document, and updating the facet tree on the basis of the one or more degrees of correlation.

A chemically strengthened glass having a compressive stress layer formed in a surface layer thereof according to an ion exchange method, in which the glass has a surface roughness (Ra) of 0.20 nm or higher, a hydrogen concentration Y in a region to a depth X from an outermost surface of the glass satisfies the following relational equation (I) at X=from 0.1 to 0.4 (&#x3bc;m), a surface strength F (N) measured by a ball-on-ring test under the following conditions is (F&#x2265;1500&#xd7;t) relative to a sheet thickness t (mm) of the glass, and a surface of the glass has no polishing flaw:&#x2003;&#x2003;(I)in which meanings of respective symbols in the equation (I) are as follows: Y: hydrogen concentration (as HO, mol/L); X: depth from the outermost surface of the glass (&#x3bc;m); a: &#x2212;0.270 to &#x2212;0.005; and b: 0.020 to 0.220.

Chemically strengthened glass

A chemically strengthened glass having a compressive stress layer formed in a surface layer thereof according to an ion exchange method, in which a surface of the glass has polishing flaws, the glass has a texture direction index (Stdi) of 0.30 or more, a hydrogen concentration Y in a region to a depth X from an outermost surface of the glass satisfies the following relational equation (I) at X=from 0.1 to 0.4 (&#x3bc;m), and a surface strength F (N) measured by a ball-on-ring test is (F&#x2265;1400&#xd7;t) relative to a sheet thickness t (mm) of the glass:&#x2003;&#x2003;(I)in which meanings of respective symbols in the equation (I) are as follows: Y: hydrogen concentration (as HO, mol/L), X: depth from the outermost surface of the glass (&#x3bc;m), a: &#x2212;0.300 or more, and b: 0.220 or less.

Chemically strengthened glass and method for producing same

A chemically strengthened glass having a compressive stress layer formed in a surface layer thereof according to an ion exchange method, in which the glass has a surface roughness (Ra) of 0.20 nm or higher, a hydrogen concentration Y in a region to a depth X from an outermost surface of the glass satisfies the following relational equation (I) at X=from 0.1 to 0.4 (&#x3bc;m), a surface strength F (N) measured by a ball-on-ring test under the following conditions is (F&#x2267;1500&#xd7;t) relative to a sheet thickness t (mm) of the glass, and a surface of the glass has no polishing flaw:&#x2003;&#x2003;(I)in which meanings of respective symbols in the equation (I) are as follows: Y: hydrogen concentration (as HO, mol/L); X: depth from the outermost surface of the glass (&#x3bc;m); a: &#x2212;0.270 to &#x2212;0.005; and b: 0.020 to 0.220.

A method for producing a chemically strengthened glass, including a step of bringing a glass containing sodium into contact with an inorganic salt containing potassium nitrate, thereby performing ion exchange of a Na ion in the glass with a K ion in the inorganic salt, in which the inorganic salt contains at least one salt selected from the group consisting of KCO, NaCO, KHCO, NaHCO, KPO, NaPO, KSO, NaSO, KOH and NaOH, and the method includes: a step of washing the glass after the ion exchange; a step of subjecting the glass to an acid treatment after the washing; and a step of subjecting the glass to an alkali treatment after the acid treatment.

Method for producing chemically strengthened glass

The present invention relates to a float glass for chemical strengthening, containing a bottom surface coming into contact with a molten metal at the time of forming and a top surface opposing the bottom surface, in which a difference &#x394;(N&#x2014;NaO) determined by subtracting a square of a normalized NaO surface concentration of the bottom surface which is a value obtained by dividing an NaO concentration in the bottom surface by an NaO concentration at a depth position of 100 &#x3bc;m therefrom, from a square of a normalized NaO surface concentration of the top surface which is a value obtained by dividing an NaO concentration in the top surface by an NaO concentration at a depth position of 100 &#x3bc;m therefrom, is 0.040 or less.

Float glass for chemical strengthening

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Tokyo, Japan

Yuichi Suzuki