mhurhangee/ep-ind-claims huggingface dataset:
Handheld work apparatus, in particular branch shears, having a narrow, elongate apparatus handle which has at least two handle sections (2, 3) that are slidable one into the other in a telescopic manner, wherein at least one movable work device is provided in an end region of a first handle section and at least one operating grip that is fitted in a movable manner relative to a second handle section is provided on an outer surface of the second handle section, said operating grip being connected to the work device by means of a flexible traction means in order to allow transmission of operating forces to the work device, wherein a deflection of the traction means is provided on adjacently arranged handle regions (10, 11) of the handle sections (2, 3) in order to ensure length adjustment of the traction means in the event of a change in length of the apparatus handle, characterized in that the traction means is fitted in the end region, remote from the work device, of the second handle section on a traction grip that is fitted in a movable manner with respect to the second handle section.
A tray for packaging food products constituted of a flat sheet of multi-layer material, wherein: the flat sheet comprises at least one lower layer and one plastic material upper layer and has a perimetric edge; the tray has an elongate cut that extends near the perimetric edge and spaced from it; between the elongate cut and the perimetric edge a portion of the flat sheet is identified which defines a frame that at least partly surrounds an inner part of the flat sheet on which, in use, a food product is to be positioned; wherein two portions of the frame extend mainly along lines that are at an angle or perpendicular to each other, and a linking zone is between the two portions, the frame having at least an opening portion that is made at at the linking zone; said tray being characterised in that the lower layer is paper-based; and in that the at least one opening portion is delimited on two opposite sides by two main preferential bending lines which are made in the frame; wherein each main preferential bending line extends from the perimetric edge to the elongate cut and the main preferential bending lines allow a bending of the opening portion of the frame relative to the rest of the flat sheet; and in that, at the opening portion of the frame, the elongate cut delimits a protruding projection of the inner part of the flat sheet, which protrudes towards the perimetric edge, relative to a straight line that passes through two points at which the two main preferential bending lines intersect the elongate cut. the flat sheet comprises at least one lower layer and one plastic material upper layer and has a perimetric edge; the tray has an elongate cut that extends near the perimetric edge and spaced from it; between the elongate cut and the perimetric edge a portion of the flat sheet is identified which defines a frame that at least partly surrounds an inner part of the flat sheet on which, in use, a food product is to be positioned; wherein two portions of the frame extend mainly along lines that are at an angle or perpendicular to each other, and a linking zone is between the two portions, the frame having at least an opening portion that is made at at the linking zone; said tray being characterised in that the lower layer is paper-based; and in that the at least one opening portion is delimited on two opposite sides by two main preferential bending lines which are made in the frame; wherein each main preferential bending line extends from the perimetric edge to the elongate cut and the main preferential bending lines allow a bending of the opening portion of the frame relative to the rest of the flat sheet; and in that, at the opening portion of the frame, the elongate cut delimits a protruding projection of the inner part of the flat sheet, which protrudes towards the perimetric edge, relative to a straight line that passes through two points at which the two main preferential bending lines intersect the elongate cut.
A process for cleaning-in-place a portion of a beverage processing system wherein said process uses an overall total volume of water and said process comprises the steps of: (a) delivering an amount of an aqueous rinse through said portion of said beverage processing system; and then (b) delivering an amount of an aqueous disinfectant solution through said portion of said beverage processing system, said amount of said aqueous rinse and said amount of said aqueous disinfectant solution together being effective to obtain a level of microbial control therein; the process characterized in that an aqueous electrochemically-activated water anolyte dilution is used as said aqueous rinse in step (a) and an electrochemically-activated water anolyte solution is used as said aqueous disinfectant solution in step (b); wherein said amount of said aqueous rinse used in step (a) is reduced without reducing said level of microbial control, said amount of said aqueous disinfectant solution used in step (b) is reduced without reducing said level of microbial control and said overall total volume of water used in said process is reduced, compared to the use of an aqueous rinse without electrochemically-activated water anolyte dilution and an aqueous disinfectant solution without electrochemically-activated water anolyte solution. (a) delivering an amount of an aqueous rinse through said portion of said beverage processing system; and then (b) delivering an amount of an aqueous disinfectant solution through said portion of said beverage processing system, said amount of said aqueous rinse and said amount of said aqueous disinfectant solution together being effective to obtain a level of microbial control therein;
An organic light emitting display device (200, 300) comprising: a first emission part (210, 310) between a first electrode (202, 302) and a second electrode (204, 304), the first emission part (210, 310) including a first hole transport layer (212, 312), a first emission layer emitting light having a first color (214, 314), and a first electron transport layer (216, 316), the first emission part being on the first electrode; and a second emission part (220, 320) on the first emission part (210, 310), the second emission part (220, 320) including a second hole transport layer (222,322), a second emission layer emitting light having a second color (224, 324), and a second electron transport layer (226, 326), wherein the second emission layer (224, 324) comprises at least two zones (224a, 224b; 324a, 324b) including a hole-type host and an electron-type host and a common dopant, and a first zone (224a, 324a) among the at least two zones (224a, 224b; 324a, 324b) that is closer to the first electrode (202, 302) than the second electrode (204, 304) has a volume ratio of the electron-type host that is higher than a volume ratio of the hole-type host, and a second zone (224b, 324b) among the at least two zones (224a, 224b; 324a, 324b) that is closer to the second electrode (204, 304) than the first electrode (202, 302) has a volume ratio of the hole-type host that is equal to or higher than a volume ratio of the electron-type host, wherein the first electrode is an anode electrode and the second electrode is a cathode electrode. a first emission part (210, 310) between a first electrode (202, 302) and a second electrode (204, 304), the first emission part (210, 310) including a first hole transport layer (212, 312), a first emission layer emitting light having a first color (214, 314), and a first electron transport layer (216, 316), the first emission part being on the first electrode; and a second emission part (220, 320) on the first emission part (210, 310), the second emission part (220, 320) including a second hole transport layer (222,322), a second emission layer emitting light having a second color (224, 324), and a second electron transport layer (226, 326), wherein the second emission layer (224, 324) comprises at least two zones (224a, 224b; 324a, 324b) including a hole-type host and an electron-type host and a common dopant, and a first zone (224a, 324a) among the at least two zones (224a, 224b; 324a, 324b) that is closer to the first electrode (202, 302) than the second electrode (204, 304) has a volume ratio of the electron-type host that is higher than a volume ratio of the hole-type host, and a second zone (224b, 324b) among the at least two zones (224a, 224b; 324a, 324b) that is closer to the second electrode (204, 304) than the first electrode (202, 302) has a volume ratio of the hole-type host that is equal to or higher than a volume ratio of the electron-type host, wherein the first electrode is an anode electrode and the second electrode is a cathode electrode.
An ablation system to treat cardiac dysrhythmias of a heart within a patient's body, comprising: an elongate member having a proximal end and a distal end sized to be placed within an esophagus within the patient's body, the elongate member comprising an energy-delivering portion on the distal end; a machine that delivers external radiation therapy from outside the patient's body to ablate tissue in order to treat the cardiac dysrhythmias, and a controller coupled to the machine and the energy-delivering portion such that the two energies are delivered during the same procedure to treat cardiac dysrhythmias, wherein the energy-delivering portion is configured to deliver electroporation energy through the esophagus to ablate tissue in order to treat cardiac dysrhythmias, and wherein by combining the electroporation energy with the external radiotherapy device, a complete ablation procedure may be performed without substantial risk of injury to critical tissues, including the esophagus, coronary arteries, nerve tissue, and valvular tissue. an elongate member having a proximal end and a distal end sized to be placed within an esophagus within the patient's body, the elongate member comprising an energy-delivering portion on the distal end; a machine that delivers external radiation therapy from outside the patient's body to ablate tissue in order to treat the cardiac dysrhythmias, and a controller coupled to the machine and the energy-delivering portion such that the two energies are delivered during the same procedure to treat cardiac dysrhythmias, wherein the energy-delivering portion is configured to deliver electroporation energy through the esophagus to ablate tissue in order to treat cardiac dysrhythmias, and wherein by combining the electroporation energy with the external radiotherapy device, a complete ablation procedure may be performed without substantial risk of injury to critical tissues, including the esophagus, coronary arteries, nerve tissue, and valvular tissue.
A cooker comprising: a cavity that is provided with a cooking chamber in which food is cooked; a heating source that provides heat for cooking food inside the cooking chamber; a door that selectively opens and closes the cooking chamber; an input unit that receives signals for cooking food inside the cooking chamber; an output unit that outputs the signals of the cooking inside the cooking chamber; a first coating layer that is coated on the surface of the cavity corresponding to the inner surface of the cooking chamber; and a second coating layer that is coated on the surface of the first coating layer, characterized in that a thickness of the first coating layer is 70 μ m to 80 μ m, and a second thickness of the second coating layer is 100 μ m to 120 μ m. a cavity that is provided with a cooking chamber in which food is cooked; a heating source that provides heat for cooking food inside the cooking chamber; a door that selectively opens and closes the cooking chamber; an input unit that receives signals for cooking food inside the cooking chamber; an output unit that outputs the signals of the cooking inside the cooking chamber; a first coating layer that is coated on the surface of the cavity corresponding to the inner surface of the cooking chamber; and a second coating layer that is coated on the surface of the first coating layer, characterized in that a thickness of the first coating layer is 70 μ m to 80 μ m, and a second thickness of the second coating layer is 100 μ m to 120 μ m.
A method of separating excess resin from at least one object, comprising: (a) stereolithographically producing at least one object on at least one carrier platform using an elevator mechanism to advance each carrier platform away from a window for projecting light into resin onto a growing object, each said carrier platform having a planar build surface to which at least one object is connected, each said object carrying excess resin on a surface thereof; then (b) mounting each said carrier platform to a rotor; (c) centrifugally separating excess resin from each said object by spinning said rotor with each said carrier platform connected thereto while each said object remains connected to each said carrier platform; and then (d) removing each said carrier platform from said rotor with each said object thereon, with excess resin separated therefrom, wherein said centrifugally separating step is carried out with each said carrier platform mounted to said rotor with said build surface oriented parallel to an axis of rotation of said rotor. (a) stereolithographically producing at least one object on at least one carrier platform using an elevator mechanism to advance each carrier platform away from a window for projecting light into resin onto a growing object, each said carrier platform having a planar build surface to which at least one object is connected, each said object carrying excess resin on a surface thereof; then (b) mounting each said carrier platform to a rotor; (c) centrifugally separating excess resin from each said object by spinning said rotor with each said carrier platform connected thereto while each said object remains connected to each said carrier platform; and then (d) removing each said carrier platform from said rotor with each said object thereon, with excess resin separated therefrom, wherein said centrifugally separating step is carried out with each said carrier platform mounted to said rotor with said build surface oriented parallel to an axis of rotation of said rotor.
Seat, in particular a vehicle seat, comprising a seat part, which has a seat surface and is supported relative to a floor in the region of the front side of the seat, and comprising a backrest which is pivotally connected to the seat part by means of a pivot axis, the backrest having at least one lower end which is supported relative to the floor and extends nearly as far as the floor and forms a support element for supporting the seat in the region of the rear side of the seat relative to the floor, characterised in that the backrest, which pivots relative to the seat part about the pivot axis, which is above the surface of the seating surface, the lower end of the backrest being connected to a curved path device for sliding the support element along a curved path (15, 16) during a pivoting movement (18, 19) of the backrest relative to the seat part in a forward direction and backward direction (21 a, 21 b) of the seat.
A method for dealing with unauthorized frames used by a misuse detection electronic control unit that is connected to a bus used by a plurality of electronic control units (200a, 200b) in a vehicle network system to communicate frames and that checks a frame appearing in the bus, the method comprising: determining whether a certain prevention condition is satisfied on the basis of content of an unauthorized frame that does not comply with a certain rule; characterized by recording, at least part of content of one or more frames transmitted in the bus as history information; the determination whether a certain prevention condition is satisfied being further based on content of one or more frames transmitted prior to the unauthorized frame by referring to the history information, wherein the certain prevention condition is determined in view of a magnitude of a degree of effect upon vehicle control; and performing, if the certain prevention condition is satisfied, a prevention process for preventing the plurality of electronic control units (200a, 200b) from performing a process corresponding to the unauthorized frame or, if the certain prevention condition is not satisfied, not performing the prevention process. determining whether a certain prevention condition is satisfied on the basis of content of an unauthorized frame that does not comply with a certain rule; characterized by recording, at least part of content of one or more frames transmitted in the bus as history information; the determination whether a certain prevention condition is satisfied being further based on content of one or more frames transmitted prior to the unauthorized frame by referring to the history information, wherein the certain prevention condition is determined in view of a magnitude of a degree of effect upon vehicle control; and performing, if the certain prevention condition is satisfied, a prevention process for preventing the plurality of electronic control units (200a, 200b) from performing a process corresponding to the unauthorized frame or, if the certain prevention condition is not satisfied, not performing the prevention process.
A computer readable storage medium having an information processing program stored thereon executable by a computer of an information processing apparatus for executing information processing for displaying an object, formed of a plurality of nodes and present in a virtual space, on a display device, the information processing program causing the computer to function as: first node control means (10, S20, S30) for determining a position and/or a direction of at least one predetermined first node among the plurality of nodes; second node control means (10, S21, S31-S32) for determining a position and/or a direction of at least one predetermined second node among the plurality of nodes different from the first node, based on the position and/or the direction of the first node determined by the first node control means and reference posture information representing a reference posture of the object; said reference posture information specifying a predetermined position and direction for each individual node of the plurality of nodes of the object for the particular predetermined reference posture, wherein the position and/or direction of the second node is calculated such that a posture of the object as a whole in the virtual space is close in appearance to that of the particular reference posture and display control means (10, S16) for displaying the object on the display device based on the position and/or the direction of the first node determined by the first node control means and the position and/or the direction of the second node determined by the second node control means. first node control means (10, S20, S30) for determining a position and/or a direction of at least one predetermined first node among the plurality of nodes; second node control means (10, S21, S31-S32) for determining a position and/or a direction of at least one predetermined second node among the plurality of nodes different from the first node, based on the position and/or the direction of the first node determined by the first node control means and reference posture information representing a reference posture of the object; said reference posture information specifying a predetermined position and direction for each individual node of the plurality of nodes of the object for the particular predetermined reference posture, wherein the position and/or direction of the second node is calculated such that a posture of the object as a whole in the virtual space is close in appearance to that of the particular reference posture and display control means (10, S16) for displaying the object on the display device based on the position and/or the direction of the first node determined by the first node control means and the position and/or the direction of the second node determined by the second node control means.
An optical fiber temperature sensor configured to implement a temperature monitoring function in an interphase insulating material between sandwich bus bars or of bolts connecting a first bus bar and a second bus bar together, wherein the optical fiber temperature sensor is formed by housing an optical fiber cable in a housing (1A, 1B, 1C) which is formed from a sheet made from an insulating material, characterized in that a plurality of columnar members, each made from the same material as the housing, are housed in a plurality of locations in the housing, a plurality of sensor rings are each formed by unfixedly winding a portion of the optical fiber cable with a length equal to or longer than that corresponding to range resolution around the corresponding one of the columnar members, the plurality of sensor rings is configured to measure temperatures in the plurality of locations, respectively, silicone sealing is applied to housing side surfaces, and all surfaces of the housing are hermetically sealed with a hermetic sealing member made from a silicone-based liquid insulating material.
A riding lawnmower vehicle comprising: two main drive wheels (12, 14); at least one caster wheel (22, 24); a first electric motor and a second electric motor (16, 18); and a mower (20, 334), wherein at least the two main drive wheels (12, 14) are independently driven by the first electric motor and the second electric motor (16, 18), which can operate as two traction power sources, and when viewed from one end to the other end in the width direction of the vehicle, the main drive wheels (12, 14) overlap at least a part of at least one of a secondary battery (36, 340), a fuel cell, a capacitor, an inverter, a cooling device, a mower driving motor (38, 346), and a grass-collecting duct (46, 360), wherein the driving force of the first electric motor (16, 18) can be transmitted to one of the two main drive wheels (12, 14) via one of two deceleration gear mechanisms, the driving force of the second electric motor can be transmitted to one other of the two main drive wheels via the other of the two deceleration gear mechanisms, characterized in that the first electric motor and the second electric motor (16, 18) are cooled with oil or water. two main drive wheels (12, 14); at least one caster wheel (22, 24); a first electric motor and a second electric motor (16, 18); and a mower (20, 334), wherein at least the two main drive wheels (12, 14) are independently driven by the first electric motor and the second electric motor (16, 18), which can operate as two traction power sources, and when viewed from one end to the other end in the width direction of the vehicle, the main drive wheels (12, 14) overlap at least a part of at least one of a secondary battery (36, 340), a fuel cell, a capacitor, an inverter, a cooling device, a mower driving motor (38, 346), and a grass-collecting duct (46, 360), wherein the driving force of the first electric motor (16, 18) can be transmitted to one of the two main drive wheels (12, 14) via one of two deceleration gear mechanisms, the driving force of the second electric motor can be transmitted to one other of the two main drive wheels via the other of the two deceleration gear mechanisms, characterized in that the first electric motor and the second electric motor (16, 18) are cooled with oil or water.