mhurhangee/ep-ind-claims huggingface dataset:
A wearing article comprising a chassis having a longitudinal direction and a transverse direction, a skin-facing side and a garment-facing side and a front waist region, a rear waist region and a crotch region extending between these front and rear waist regions and having fastening means serving to connect respective opposite side edges of said front and rear waist regions (4, 5) in a detachable manner and thereby to connect said front and rear waist regions to each other in a circumferential direction, said wearing article being characterized in that: said fastening means comprise hook elements (21, 22) provided on one of said front and rear waist regions, a target fibrous nonwoven fabric provided on other of said front and rear waist regions and adapted to be detachably engaged with said hook elements, and contractible regions adapted to be contractible in the transverse direction provided inboard of said hook elements as viewed in said transverse direction, wherein said target fibrous nonwoven fabric comprising component fibers oriented in said longitudinal direction, wherein said contractible regions include a plurality of elastic members or elastic nonwoven fabric ribbons, said elastic members or said elastic nonwoven fabric ribbons are attached under tension to said contractible regions to be spaced one from another in the longitudinal direction and to extend in said transverse direction, wherein said hook elements being provided on a reinforcement sheet comprise a first hook element and a second hook element spaced from each other in the longitudinal direction, and said second hook element is placed downward said first hook element in the longitudinal direction; said first and second hook elements (21, 22) are positioned at a different distance, respectively, from upper and lower ends of said fastening means. said fastening means comprise hook elements (21, 22) provided on one of said front and rear waist regions, a target fibrous nonwoven fabric provided on other of said front and rear waist regions and adapted to be detachably engaged with said hook elements, and contractible regions adapted to be contractible in the transverse direction provided inboard of said hook elements as viewed in said transverse direction, wherein said target fibrous nonwoven fabric comprising component fibers oriented in said longitudinal direction, wherein said contractible regions include a plurality of elastic members or elastic nonwoven fabric ribbons, said elastic members or said elastic nonwoven fabric ribbons are attached under tension to said contractible regions to be spaced one from another in the longitudinal direction and to extend in said transverse direction, wherein said hook elements being provided on a reinforcement sheet comprise a first hook element and a second hook element spaced from each other in the longitudinal direction, and said second hook element is placed downward said first hook element in the longitudinal direction; said first and second hook elements (21, 22) are positioned at a different distance, respectively, from upper and lower ends of said fastening means.
A computer-implemented method for querying data from data sources, the method comprising: (a) receiving a first query request; (b) generating a first query statement corresponding to the first query request, the first query statement identifying: (i) at least one first data source; (ii) at least one first target field; (iii) first query parameters; and (iv) a plurality of nested operations having associated attributes; (c) executing the first query statement by: (v) accessing the at least one first data source using the first query parameters; (vi) retrieving data from a given field in the at least one first data source in accordance with at least one of the nested operations; and (vii) transforming retrieved data into at least one target result in accordance with remaining ones of the nested operations; and (d) generating a first query result by populating the at least one target field with the at least one target result, wherein generating the first query statement comprises using recursive data transformation steps to define the steps of (v) accessing, (vi) retrieving, and (vii) transforming, in order to obtain the at least one target result, wherein generating the first query result further comprises displaying returned values for each one of the recursive data transformation steps in order to find a bug in the querying data from data sources, wherein executing the first query statement further comprises filtering at least one of retrieved data and transformed data, and wherein filtering comprises automatically determining whether the filtering is applied to the retrieved data or the transformed data. (a) receiving a first query request; (b) generating a first query statement corresponding to the first query request, the first query statement identifying: (i) at least one first data source; (ii) at least one first target field; (iii) first query parameters; and (iv) a plurality of nested operations having associated attributes; (i) at least one first data source; (ii) at least one first target field; (iii) first query parameters; and (iv) a plurality of nested operations having associated attributes; (c) executing the first query statement by: (v) accessing the at least one first data source using the first query parameters; (vi) retrieving data from a given field in the at least one first data source in accordance with at least one of the nested operations; and (vii) transforming retrieved data into at least one target result in accordance with remaining ones of the nested operations; and (v) accessing the at least one first data source using the first query parameters; (vi) retrieving data from a given field in the at least one first data source in accordance with at least one of the nested operations; and (vii) transforming retrieved data into at least one target result in accordance with remaining ones of the nested operations; and (d) generating a first query result by populating the at least one target field with the at least one target result,
Series connection of at least two GaN on Si substrate switching units (110, 120) adapted to extend an operational voltage range beyond a breakdown voltage of each switching unit, comprising each: a first transistor (111, 121), where the source of the first transistor of a switching unit from the at least two switching units is connected to the drain of the first transistor of the following switching unit; the source of each first transistor is connected to its Si substrate via an external resistor (113, 123) with high resistance; the drain of each first transistor is connected to an internal, voltage controlled resistance (112, 122) that is formed in the internal buffer layer epitaxial structure of GaN on Si substrate of the first transistor, to form together with the external resistor (113, 123) circuitry adapted to maintain substantially the same voltage drop on each of the first transistors of the series connection. a first transistor (111, 121), where the source of the first transistor of a switching unit from the at least two switching units is connected to the drain of the first transistor of the following switching unit; the source of each first transistor is connected to its Si substrate via an external resistor (113, 123) with high resistance; the drain of each first transistor is connected to an internal, voltage controlled resistance (112, 122) that is formed in the internal buffer layer epitaxial structure of GaN on Si substrate of the first transistor, to form together with the external resistor (113, 123) circuitry adapted to maintain substantially the same voltage drop on each of the first transistors of the series connection.
- Weapon system comprising a recoiling mass and a cradle, the recoiling mass comprising a weapon barrel and a breech ring and translating relative to the cradle during firing, and a guide means being provided for guiding this recoil movement of the recoiling mass, the weapon system being characterised in that the guide means comprises at least one male bar that is secured to the cradle and extends to the rear of the weapon system, the male bar cooperating with at least one female rail carried by the breech ring, the breech ring being connected to the cradle by two pairs (6a, 6b) of hydraulic or pneumatic recoil brakes, each female rail being arranged between two brakes of the same pair (6a, 6b) and being located in the plane comprising said pair (6a, 6b) of brakes, the body of each brake being secured to the breech ring.
A display device for displaying an image in a vehicle interior, the display device comprising: a flexible display for displaying the image; a frame arranged to be mounted in the vehicle interior, at least part of the frame being bendable, the flexible display mounted to the frame; and a bending controller arranged to control bending of the flexible display, wherein when the flexible display is in a bent state, a first end of the flexible display and a second end of the flexible display, opposite to the first end of the flexible display, contact the frame, and characterised in that when the flexible display is in a straightened state, the first end of the flexible display contacts the frame and the second end of the flexible display is spaced apart from the frame. a flexible display for displaying the image; a frame arranged to be mounted in the vehicle interior, at least part of the frame being bendable, the flexible display mounted to the frame; and a bending controller arranged to control bending of the flexible display, wherein when the flexible display is in a bent state, a first end of the flexible display and a second end of the flexible display, opposite to the first end of the flexible display, contact the frame, and characterised in that when the flexible display is in a straightened state, the first end of the flexible display contacts the frame and the second end of the flexible display is spaced apart from the frame.
A thermal condensation reactor, comprising: a heat transfer chamber, wherein the heat transfer chamber is a fluidized bed having a fluidization gas flow in a first direction, and wherein the heat transfer chamber comprises a plurality of heating zones that are maintained at different temperatures; and a plurality of reaction tubes disposed in the heat transfer chamber in a second direction that is perpendicular to the fluidization gas flow, each of the plurality of reaction tubes having a reactant gas flow that passes through the plurality of heating zones. a heat transfer chamber, wherein the heat transfer chamber is a fluidized bed having a fluidization gas flow in a first direction, and wherein the heat transfer chamber comprises a plurality of heating zones that are maintained at different temperatures; and a plurality of reaction tubes disposed in the heat transfer chamber in a second direction that is perpendicular to the fluidization gas flow, each of the plurality of reaction tubes having a reactant gas flow that passes through the plurality of heating zones.
Table or device plate connection field for mains voltage connections and/or information connections with a housing, which is provided with a collar and has fasteners, wherein a socket insert with slots is provided, wherein the fasteners are formed by ribs, which are provided on two opposite sides of the housing and are oriented at an angle of 5° to the horizontal and the ribs correspond with bracing elements, wherein the bracing elements are wedge-shaped.
A machine stand comprising an elongate support body and support legs, arranged at the ends of the support body, the support body being designed with positive fit means extending in the longitudinal direction, in such a way that add-on parts can be attached thereto, possibly so as to be displaceable in the longitudinal direction and wherein for the add-on of a machine, especially of a miter saw, two machine holders are arranged as add-on parts to be parallel to each other and oblique to the support body, wherein said or the respective add-on part, especially the machine holder, is fixable by means of a clamp mechanic through the positive fit means at the support body and wherein the clamp mechanic comprises on a base profile a stationary clamp jaw and a thereto relatively adjustable clamp jaw, characterized in that the adjustable clamp jaw is supported at the base profile such that it is slideable obliquely to the support body, it is preloaded in the direction of the fixation and it is by means of a manual lever recaptable against the spring force, the manual lever being pivotably mounted on the base profile about a horizontal axis or being slideably supported at the base profile.
A piezoelectric element, comprising: a plate-shaped piezoelectric body having one principal face and the other principal face which are opposite to each other, the plate-shaped piezoelectric body being made of ceramics having a piezoelectric property; and a first surface electrode mounted on the one principal face and a second surface electrode mounted on the other principal face, at least one of the first surface electrode and the second surface electrode including a center part and a peripheral part which is greater in thickness than the center part, characterised in that the peripheral part extending along an outer periphery of the piezoelectric body has a thicker region and a thinner region which is thinner than the thicker region in a direction along the outer periphery of the piezoelectric body. a plate-shaped piezoelectric body having one principal face and the other principal face which are opposite to each other, the plate-shaped piezoelectric body being made of ceramics having a piezoelectric property; and a first surface electrode mounted on the one principal face and a second surface electrode mounted on the other principal face, at least one of the first surface electrode and the second surface electrode including a center part and a peripheral part which is greater in thickness than the center part,
A method of waste melting treatment performed by charging waste into a waste melting furnace, thermally decomposing and burning the waste, and melting a pyrolysis combustion residue, comprising the following steps: - charging coal coke and a biomass molded article produced by heating a biomass raw material at a temperature lower than the carbonization temperature thereof, while pressure molding it, wherein the biomass molded article is a molded article containing volatile components by 50 weight percent or more and is a prismatic body one side of which has a length of 50 mm or longer, or a cylindrical body having a diameter of 50 mm or larger and a length of 50 mm or longer; - forming a high temperature fire grate with the coal coke in a lower section of the melting furnace; and - burning the coal coke and the biomass molded article to provide a melting heat source, wherein the quantity of coal coke to be charged into the furnace is a quantity required to form a high temperature fire grate, the heat quantity required as a melting heat source being supplemented by the biomass molded article. - charging coal coke and a biomass molded article produced by heating a biomass raw material at a temperature lower than the carbonization temperature thereof, while pressure molding it, wherein the biomass molded article is a molded article containing volatile components by 50 weight percent or more and is a prismatic body one side of which has a length of 50 mm or longer, or a cylindrical body having a diameter of 50 mm or larger and a length of 50 mm or longer; - forming a high temperature fire grate with the coal coke in a lower section of the melting furnace; and - burning the coal coke and the biomass molded article to provide a melting heat source,
Method for interacting between an operator and at least one user, the operator operating a first communication network (1.7), the user owning a terminal (1.5, 1.6) to connect to said first communication network (1.7) using a user identifier, the operator operating a broadcast network (1.8, 1.9) to broadcast multimedia content to multimedia players (1.3), said multimedia players (1.3) and said terminal (1.5, 1.6) being able to connect to a local network (1.4), said local network being connected to the operator using a second communication network (1.9), comprising following steps by a multimedia player (1.3) connected to the local network (1.4): - a step (3.1) of playing broadcast multimedia content sent by the operator; - a step (3.2) of discovering at least one user terminal connected to the local network; - a step (3.3) of sending a request for a user identifier to discovered user terminal; - a step (3.4) of receiving from discovered user terminal the user identifier used by the terminal to connect to said first communication network; - a step (3.5) of sending to the operator said user identifier by the second communication network; - a step (3.7) of receiving dedicated content from the operator targeted for the user identified by said sent identifier; - a step (3.9) of displaying said received dedicated content; - a step (3.8) of pushing said received dedicated content to the terminal. - a step (3.1) of playing broadcast multimedia content sent by the operator; - a step (3.2) of discovering at least one user terminal connected to the local network; - a step (3.3) of sending a request for a user identifier to discovered user terminal; - a step (3.4) of receiving from discovered user terminal the user identifier used by the terminal to connect to said first communication network; - a step (3.5) of sending to the operator said user identifier by the second communication network; - a step (3.7) of receiving dedicated content from the operator targeted for the user identified by said sent identifier; - a step (3.9) of displaying said received dedicated content; - a step (3.8) of pushing said received dedicated content to the terminal.
A correction optical apparatus comprising: a fixed member; a rotating member configured to be rotatable with respect to the fixed member in a plane perpendicular to an optical axis of the correction optical apparatus; a sliding member configured to be movable with respect to the fixed member in a first direction in the plane perpendicular to the optical axis of the correction optical apparatus; a movable member configured to be movable with respect to the sliding member in a second direction crossing the first direction in the plane perpendicular to the optical axis of the correction optical apparatus; characterized in that the correction optical apparatus comprises: a first driving unit (71a, 71b) provided between the rotating member and the sliding member; and a second driving unit (71c, 71d) provided between the sliding member and the movable member, wherein the rotating member includes a regulating member, and wherein the movable member includes an engaging portion configured to be able to engage with the regulating member in a rotation direction of the rotating member. a fixed member; a rotating member configured to be rotatable with respect to the fixed member in a plane perpendicular to an optical axis of the correction optical apparatus; a sliding member configured to be movable with respect to the fixed member in a first direction in the plane perpendicular to the optical axis of the correction optical apparatus; a movable member configured to be movable with respect to the sliding member in a second direction crossing the first direction in the plane perpendicular to the optical axis of the correction optical apparatus; characterized in that the correction optical apparatus comprises: a first driving unit (71a, 71b) provided between the rotating member and the sliding member; and a second driving unit (71c, 71d) provided between the sliding member and the movable member, wherein the rotating member includes a regulating member, and wherein the movable member includes an engaging portion configured to be able to engage with the regulating member in a rotation direction of the rotating member. a first driving unit (71a, 71b) provided between the rotating member and the sliding member; and a second driving unit (71c, 71d) provided between the sliding member and the movable member, wherein the rotating member includes a regulating member, and wherein the movable member includes an engaging portion configured to be able to engage with the regulating member in a rotation direction of the rotating member.
A display device comprising: a display panel comprising a base layer, a circuit layer (DP-CL), and an organic light emitting diode (OLED) comprising a first electrode electrically connected to the circuit layer (DP-CL), an organic light emitting layer, and a second electrode; and a conductive portion, wherein a plurality of through holes is defined in the conductive portion, the circuit layer (DP-CL) comprising a plurality of clock signal lines, the display device further comprising a touch detection unit disposed on the display panel and comprising a touch detection part and a plurality of touch signal lines, and the conductive portion being disposed between the plurality of clock signal lines and the plurality of touch signal lines, wherein the plurality of through holes do not overlap with an overlapping area where at least some of the clock signal lines and at least some of the touch signal lines overlap each other, and wherein the display panel is defined as a display area and a non-display area surrounding the display area on a plane, and the clock signal lines, the touch signal lines, and the conductive portion are disposed in the non-display area. a display panel comprising a base layer, a circuit layer (DP-CL), and an organic light emitting diode (OLED) comprising a first electrode electrically connected to the circuit layer (DP-CL), an organic light emitting layer, and a second electrode; and a conductive portion, wherein a plurality of through holes is defined in the conductive portion, the circuit layer (DP-CL) comprising a plurality of clock signal lines, the display device further comprising a touch detection unit disposed on the display panel and comprising a touch detection part and a plurality of touch signal lines, and the conductive portion being disposed between the plurality of clock signal lines and the plurality of touch signal lines, wherein the plurality of through holes do not overlap with an overlapping area where at least some of the clock signal lines and at least some of the touch signal lines overlap each other, and wherein the display panel is defined as a display area and a non-display area surrounding the display area on a plane, and the clock signal lines, the touch signal lines, and the conductive portion are disposed in the non-display area.
An electrophoretic light modulator, comprising: a plurality of similarly charged particles each having a first optical characteristic; two reflecting perforated sheets comprising a second optical characteristic different from the first optical characteristic, wherein perforations in a first of the two sheets are located above reflecting surface portions of a second of the two sheets; and a pair of electrodes (126, 128) that create an electric field that causes the plurality of charged particles to obscure or expose the reflecting perforated sheets to light based on the polarity of the electric field. a plurality of similarly charged particles each having a first optical characteristic; two reflecting perforated sheets comprising a second optical characteristic different from the first optical characteristic, wherein perforations in a first of the two sheets are located above reflecting surface portions of a second of the two sheets; and a pair of electrodes (126, 128) that create an electric field that causes the plurality of charged particles to obscure or expose the reflecting perforated sheets to light based on the polarity of the electric field.