mhurhangee/ep-ind-claims huggingface dataset:
A voice dialogue apparatus for analyzing an acquired user's voice, generating a parrot-like response sentence for repeating the voice based on a result of the analysis, and outputting the generated parrot-like response sentence, the voice dialogue apparatus comprising: storage means for storing the user's past voice; average calculation means for calculating an average value of voice sentence lengths each indicating a length of the user's voice based on the user's past voice stored in the storage means; candidate generation means for combining a dependency word, which establishes a dependency relation with a noun included in the acquired user's voice, with the noun to generate a plurality of response sentence candidates; and repetition generation means for selecting, in association with the average value of the voice sentence lengths which is calculated by the average calculation means, one response sentence candidate from among the plurality of response sentence candidates generated by the candidate generation means and using the selected response sentence candidate as it is or processing the selected response sentence candidate to generate the parrot-like response sentence. storage means for storing the user's past voice; average calculation means for calculating an average value of voice sentence lengths each indicating a length of the user's voice based on the user's past voice stored in the storage means; candidate generation means for combining a dependency word, which establishes a dependency relation with a noun included in the acquired user's voice, with the noun to generate a plurality of response sentence candidates; and repetition generation means for selecting, in association with the average value of the voice sentence lengths which is calculated by the average calculation means, one response sentence candidate from among the plurality of response sentence candidates generated by the candidate generation means and using the selected response sentence candidate as it is or processing the selected response sentence candidate to generate the parrot-like response sentence.
An imaging device comprising a pixel matrix fabricated on a semiconductor substrate having active areas (106, 109) implanted therein, wherein the pixel matrix includes several pixel cells, each cell consisting of at least one transistor arid at least one photonic device, each transistor and each photonic device being formed on said active areas (106, 109) on said substrate, each photonic device is fabricated on an active area adjacent to, but separated from, the active area of the associated transistor, and each photonic device having a bottom electrode connected to the drain region of the associated transistor such that said bottom electrode of a photonic device is electrically isolated from the bottom electrode of other photonic devices, characterized in that at least part of the active area of the transistor of a first pixel cell is shared with the transistor of an adjacent pixel cell; and by a top electrode common to all photonic devices over the entire pixel matrix, whereby all photonic devices are connected to the same potential.
A vehicle interior with an illumination device and with areas, such as centre consol, dashboard and/or side doors (16, 17), which are at least partially covered by real wood elements (21 to 26), whereby illumination means (31', 35', 35") of the illumination device being arranged on the underside of the wood elements (21 to 26), said illumination means being able to be used to produce visible illumination in the vehicle interior, whereby by these plurality of differently shaped producible illuminations (30 to 35) are formed with a defined orientation, characterised in that each of the illumination means (31', 35', 35") are respectively contained comprising a number of LED lights arranged one behind the other in an elongate housing in order to form a linearly formed illumination, and above this housing the wood element (21 to 26) in the form of a veneer is provided with a correspondingly translucent thickness, such that these illumination means (31', 35', 35") are not visible to an occupant in the switched off condition, and the LED lights are spaced apart from one another here such that these illuminations, which can be produced in a line, appear without interruption on the upper side of the wood elements (21 to 26).
A panel saw for cutting workpieces into multiple sections, comprising: - a machine base frame; - a workpiece support with a sawing slot; - a saw aggregate, which is arranged below the workpiece support, wherein a circular saw blade is arranged on the saw aggregate, which circular saw blade in a sawing position protrudes through the sawing slot and is displaceable in a sawing direction; - a holding-down device for clamping the workpiece on the workpiece support; - a positioning device for positioning the workpiece, wherein the holding-down device has at least one first holding-down beam with a first holding-down surface and a second holding-down beam with a second holding-down surface, wherein pressure pins are arranged in the first holding-down beam, which are displaceable relative to the first holding-down surface, characterized in that the pressure pins are arranged in bores of the first holding-down surface and are preloaded in their retracted position by means of a spring element, and that the pressure pins are displaceable out of their retracted position and into an advance position by means of compressed air. - a machine base frame; - a workpiece support with a sawing slot; - a saw aggregate, which is arranged below the workpiece support, wherein a circular saw blade is arranged on the saw aggregate, which circular saw blade in a sawing position protrudes through the sawing slot and is displaceable in a sawing direction; - a holding-down device for clamping the workpiece on the workpiece support; - a positioning device for positioning the workpiece,
Electronic device which comprises at least one electronically active material, a covering which encloses the electronically active material in its interior, and an oxygen ion pump, where the oxygen ion pump is either an integral constituent of the covering or is installed on the inside surface of the covering, and where the oxygen ion pump comprises a cathode and an anode at two opposite ends of an oxygen ion-conducting material, where at least part of the cathode is directed towards the inside of the covering and at least part of the anode is directed towards the outside of the covering and where the covering comprises a substrate, a sealing cap and an adhesive, where the adhesive seals the substrate and the sealing cap to one another, characterised in that the oxygen ion pump is arranged in the region of the adhesive.
A method for controlling urea injection in an exhaust aftertreatment system comprising at least a first catalytic reduction device arranged downstream of a first urea injector, and a second catalytic reduction device arranged downstream of a second urea injector, the method being characterized by the steps of: injecting urea at a flow rate upstream of the first catalytic reduction device; measuring a level of nitrogen oxides (NOx) downstream of the first catalytic reduction device and upstream of the second catalytic reduction device; controlling the flow rate of the urea injection until the measured level of nitrogen oxides (NOx) fulfils a predetermined condition; if the measured level of nitrogen oxides is decreasing in response to reducing the flow rate of the urea injection, reducing the flow rate of the urea injection further until the measured level of nitrogen oxides is increasing, and controlling a flow rate of urea injection using the second urea injector upstream of the second catalytic reduction device according to the measured level of nitrogen oxides downstream of the first catalytic reduction device and upstream of the second catalytic reduction device. injecting urea at a flow rate upstream of the first catalytic reduction device; measuring a level of nitrogen oxides (NOx) downstream of the first catalytic reduction device and upstream of the second catalytic reduction device; controlling the flow rate of the urea injection until the measured level of nitrogen oxides (NOx) fulfils a predetermined condition; if the measured level of nitrogen oxides is decreasing in response to reducing the flow rate of the urea injection, reducing the flow rate of the urea injection further until the measured level of nitrogen oxides is increasing, and controlling a flow rate of urea injection using the second urea injector upstream of the second catalytic reduction device according to the measured level of nitrogen oxides downstream of the first catalytic reduction device and upstream of the second catalytic reduction device.
A tower manoeuvring arrangement for bringing a tower assembly into a mounting position relative to a tower mount, which apparatus comprises - a lifting means (10, 11) for lifting the tower assembly over the tower mount; - a tag line coupling means (4, 5) realised to detachably couple a tag line arrangement (6A, 6B) to the tower assembly, which tag line coupling means (4, 5) comprises a contact surface (40, 50) for application to an outer surface of the tower assembly; and - characterized in that a winch arrangement is realised to deploy the tag lines (6A, 6B) to effect a controlled rotation of the tower assembly about a longitudinal axis of the tower assembly. - a lifting means (10, 11) for lifting the tower assembly over the tower mount; - a tag line coupling means (4, 5) realised to detachably couple a tag line arrangement (6A, 6B) to the tower assembly, which tag line coupling means (4, 5) comprises a contact surface (40, 50) for application to an outer surface of the tower assembly; and - characterized in that a winch arrangement is realised to deploy the tag lines (6A, 6B) to effect a controlled rotation of the tower assembly about a longitudinal axis of the tower assembly.
A temperature sensor comprising: a sensor element including a heat-sensitive body, a pair of electrical wires electrically connected with the heat-sensitive body, the electrical wires comprising a pair of extraction wires each electrically connected with the heat-sensitive body and a pair of lead wires each connected with a respective one of the extraction wires, and a protective body covering the heat-sensitive body, the extraction wires and a part of the pair of lead wires; a holding body for the sensor element, the holding body including a holding part pressing and fixing the protective body, and a base part supporting the pair of lead wires such that the pair of lead wires is arrayed; and a fixing pipe that is a member made of a material having elastic property or a member having a property of contracting when being heated and covers a periphery of the pair of lead wires and the holding body so as to apply a pressing force to each of the lead wires against the base part to restrict the movement of the lead wires relative to the base part. a sensor element including a heat-sensitive body, a pair of electrical wires electrically connected with the heat-sensitive body, the electrical wires comprising a pair of extraction wires each electrically connected with the heat-sensitive body and a pair of lead wires each connected with a respective one of the extraction wires, and a protective body covering the heat-sensitive body, the extraction wires and a part of the pair of lead wires; a holding body for the sensor element, the holding body including a holding part pressing and fixing the protective body, and a base part supporting the pair of lead wires such that the pair of lead wires is arrayed; and a fixing pipe that is a member made of a material having elastic property or a member having a property of contracting when being heated and covers a periphery of the pair of lead wires and the holding body so as to apply a pressing force to each of the lead wires against the base part to restrict the movement of the lead wires relative to the base part.
An electrode active material comprising a monoclinic titanium-niobium composite oxide represented by the formula TiNb x O (2+5x/2), wherein x is from 1.90 or more to less than 2.00, wherein said titanium-niobium composite oxide has a crystallite size of 85 nm or more as determined from a full-width at half maximum of a (-110) X-ray diffraction line, wherein said titanium-niobium composite oxide has a coating with 1.0 to 5.0 wt. % of carbon and a specific resistance (powder) of 1.0x10 4 Ω•cm or less; and wherein secondary particles, present in the form of a spherical or massive aggregate of primary particles of the titanium-niobium composite oxide, have an average particle size of 1 to 50 μm.
A device for storing and dispensing products, each product mainly extending along a center axis, said device comprising: - a storage compartment having a front area with an opening for dispensing products and a rear area opposite to the front area; characterized in that said storage compartment is configured to accommodate a plurality of products to be dispensed with the central axes oriented vertically, and with the products arranged in two parallel rows extending from the rear area to the front area, said rows being offset from each other so that each product of each row partially fits between two products of the other row; - feeding means configured to contact the product that is farthest away from the opening of each row and push all the products toward the opening; - a stop member situated at the opening to stop both rows of products by abutting the product that is closest to the opening; - dispensing means operable on the stop member to disable it and allow products to be dispensed, said dispensing means being configured to contact the product that is closest to the opening and push the product out of the opening, said dispensing means comprising a pair of pushing members located at the front area of the storage compartment, each pushing member being associated with a respective row of products, to contact the product that is closest to the opening and push it out of the opening. - a storage compartment having a front area with an opening for dispensing products and a rear area opposite to the front area; characterized in that said storage compartment is configured to accommodate a plurality of products to be dispensed with the central axes oriented vertically, and with the products arranged in two parallel rows extending from the rear area to the front area, said rows being offset from each other so that each product of each row partially fits between two products of the other row; - feeding means configured to contact the product that is farthest away from the opening of each row and push all the products toward the opening; - a stop member situated at the opening to stop both rows of products by abutting the product that is closest to the opening; - dispensing means operable on the stop member to disable it and allow products to be dispensed, said dispensing means being configured to contact the product that is closest to the opening and push the product out of the opening, said dispensing means comprising a pair of pushing members located at the front area of the storage compartment, each pushing member being associated with a respective row of products, to contact the product that is closest to the opening and push it out of the opening.
A method performed by a computing device for generating policies for improving network system performance, the method comprising: receiving operational data from a network device; processing the operational data from the network device to generate a Wi-Fi management policy; merging the Wi-Fi management policy, a mobile device policy, and a user preference or user policy to generate a unified policy; and sending the unified policy to the network device for network management. receiving operational data from a network device; processing the operational data from the network device to generate a Wi-Fi management policy; merging the Wi-Fi management policy, a mobile device policy, and a user preference or user policy to generate a unified policy; and sending the unified policy to the network device for network management.
A method of controlling haze in a thermoformed article, the method comprising providing a sheet of film comprising at least one layer including a semi-crystalline polymer; providing a first positive model; drawing the sheet over the model at a molding temperature, the molding temperature at least about 5 ° C lower than an upper bound of a first melting temperature range (T m1) of the polymer; and cooling the sheet and model to atmospheric temperature to form an article, wherein the formed article has an Expected haze, as measured according to ISO 14782-1: 1999, of less than 10%. providing a sheet of film comprising at least one layer including a semi-crystalline polymer; providing a first positive model; drawing the sheet over the model at a molding temperature, the molding temperature at least about 5 ° C lower than an upper bound of a first melting temperature range (T m1) of the polymer; and cooling the sheet and model to atmospheric temperature to form an article, wherein the formed article has an Expected haze, as measured according to ISO 14782-1: 1999, of less than 10%.
A vehicle comprising, a frame; a plurality of ground engaging members including one or more front ground engaging members supporting a front portion of the frame and one or more rear ground engaging members supporting a rear portion of the frame; a power train system supported by the frame and operatively coupled to at least one of the plurality of ground engaging members; a straddle seat supported by the frame; and a steering assembly operatively coupled to at least the one or more front ground engaging members to orient the one or more front ground engaging members, the frame includes first and second metallic frame members (238, 240, 242, 244) coupled together through a structural adhesive, the first metallic frame member being a mounting lug (242, 244) and the second metallic frame member being a tubular component (238, 240), the mounting lug (242, 244) includes an extension portion having a diameter larger than a diameter of the tubular component (238, 240), the extension portion overlapping the tubular component (238, 240) and defining a cavity intermediate the mounting lug (242, 244) and tubular component (238, 240), the cavity being defined by an annular recess on the mounting lug (242, 244) and a lip at an end of the mounting lug (242, 244) closing off the cavity, at least one mechanical fastener where the at least one mechanical fastener locates the second metallic frame member (238, 240) relative to the first metallic frame (242, 244) characterized in that the two metallic frame members (238, 240, 242, 240) are assembled by attaching the metallic frame members (238, 240, 242, 240) together with mechanical fasteners for location of the metallic frame members (238, 240, 242, 240) relative to each other and then by use of the structural adhesive to complete the joint between the metallic frame members, (238, 240, 242, 240) the at least one mechanical fastener being positioned spaced apart from the structural adhesive
An interlacing device comprising an interlacing portion including: a yarn running space which is along a yarn running direction; and a fluid ejection orifice from which fluid is ejected to the yarn running space, the interlacing device being configured to interlace a yarn running through the yarn running space by fluid ejected from the fluid ejection orifice, wherein: the interlacing portion includes a yarn insertion gap through which the yarn is inserted into the yarn running space; and a cover member configured to cover the yarn insertion gap is disposed at a position separated from the yarn running space, characterized in that the cover member includes a flat lid portion configured to cover the yarn insertion gap at a position separated from the interlacing portion. the interlacing portion includes a yarn insertion gap through which the yarn is inserted into the yarn running space; and a cover member configured to cover the yarn insertion gap is disposed at a position separated from the yarn running space, characterized in that the cover member includes a flat lid portion configured to cover the yarn insertion gap at a position separated from the interlacing portion.
A pip cap for a sprinkler assembly, comprising: a plastic body including an annular rim extending therefrom; a metal reinforcing insert disposed in said plastic body and defining a seat surface adapted for engaging a trigger assembly, wherein said metal reinforcing insert radially overlaps a portion of said annular rim, characterized in that said metal reinforcing insert is molded within the plastic body such that a radially outer portion of said reinforcing insert engages an annular groove in said annular rim. a plastic body including an annular rim extending therefrom; a metal reinforcing insert disposed in said plastic body and defining a seat surface adapted for engaging a trigger assembly, wherein said metal reinforcing insert radially overlaps a portion of said annular rim, characterized in that said metal reinforcing insert is molded within the plastic body such that a radially outer portion of said reinforcing insert engages an annular groove in said annular rim.
An obstruction (80A, 80B, 80C, 80D) for positioning in a recess between an adjacent pair of security bulwarks (1a, 1b, 1c, 30, 119a, 119b, 119c, 119d, 119e, 119f) mounted outside a perimeter railing of a vessel or marine installation, wherein the perimeter railing comprises a handrail, the obstruction comprising: a rear end for positioning towards the perimeter railing; a front end for positioning away from the perimeter railing; a top side, an underside, and a pair of side faces (86a, 86b) each for abutting a corresponding side face (16, 116) of a respective one of the adjacent pair of security bulwarks (1a, 1b, 1c, 30, 119a, 119b, 119c, 119d, 119e, 119f); a pair of opposing lateral cheeks (85a, 85b) separating the front end from a respective one of the pair of side faces (86a, 86b); and a connection facility (87, 88) for connecting the obstruction to at least one of the perimeter railing and the adjacent pair of security bulwarks; wherein the top side slopes downwardly from the rear end towards the front end during use of the obstruction between an adjacent pair of security bulwarks; characterized by: a shoulder (810a, 810b) facing the rear end, located between one of the opposing lateral cheeks (85a, 85b) and the respective one of the side faces (86a, 86b), for abutting a feature (2, 3, 5h, 133) of a respective one of the adjacent pair of security bulwarks (1a, 1b, 1c, 30, 119a, 119b, 119c, 119d, 119e, 119f). a rear end for positioning towards the perimeter railing; a front end for positioning away from the perimeter railing; a top side, an underside, and a pair of side faces (86a, 86b) each for abutting a corresponding side face (16, 116) of a respective one of the adjacent pair of security bulwarks (1a, 1b, 1c, 30, 119a, 119b, 119c, 119d, 119e, 119f); a pair of opposing lateral cheeks (85a, 85b) separating the front end from a respective one of the pair of side faces (86a, 86b); and a connection facility (87, 88) for connecting the obstruction to at least one of the perimeter railing and the adjacent pair of security bulwarks; wherein the top side slopes downwardly from the rear end towards the front end during use of the obstruction between an adjacent pair of security bulwarks; characterized by: a shoulder (810a, 810b) facing the rear end, located between one of the opposing lateral cheeks (85a, 85b) and the respective one of the side faces (86a, 86b), for abutting a feature (2, 3, 5h, 133) of a respective one of the adjacent pair of security bulwarks (1a, 1b, 1c, 30, 119a, 119b, 119c, 119d, 119e, 119f).