mhurhangee/ep-ind-claims huggingface dataset:
Carton sleeve of a composite material for producing a carton, comprising: - a sleeve area formed from a front partial area and a rear partial area, - a longitudinal seam, which joins two edges of the composite material to form an all-round carton sleeve and is arranged on the rear partial area, and - two pseudo fold lines, which pass through the sleeve area, - wherein the carton sleeve is folded along the two pseudo fold lines, wherein the floor areas and gable areas are arranged on opposite sides of the carton sleeve and wherein the floor areas and the gable areas in each case comprise two rectangular areas (8, 12B) and gable areas (9, 12G) and six triangular areas, characterised in that the carton sleeve in the region of the front partial area has no further fold lines between the two pseudo fold lines. - a sleeve area formed from a front partial area and a rear partial area, - a longitudinal seam, which joins two edges of the composite material to form an all-round carton sleeve and is arranged on the rear partial area, and - two pseudo fold lines, which pass through the sleeve area, - wherein the carton sleeve is folded along the two pseudo fold lines,
A separator with a rotating system, which has a. a drum with a vertical axis of rotation, which drum is rotatable during operation b. and has a drum inner chamber c. which is subdivided into a lower double-conical centrifuging chamber and an upper double-conical centrifuging chamber by means of a conical partitioning plate, d. wherein both centrifuging chambers (21, 22) each have solids discharge openings (34, 35) which are able to be opened up, and closed off, in the lower centrifuging chamber by a piston slide and in the upper centrifuging chamber by an auxiliary slide, characterized in that, e. the mass moment of inertia J Q of the rotating system about a transverse axis Q which extends through the center of gravity S of the rotating system of the drum and which is perpendicular to the vertical axis of rotation D is greater than the mass moment of inertia J D of the rotating system about the vertical axis of rotation D of the rotating system, and in that f. the auxiliary slide is of double-conical form, and in that a sealing ring is formed between the partitioning plate and the auxiliary slide. a. a drum with a vertical axis of rotation, which drum is rotatable during operation b. and has a drum inner chamber c. which is subdivided into a lower double-conical centrifuging chamber and an upper double-conical centrifuging chamber by means of a conical partitioning plate, d. wherein both centrifuging chambers (21, 22) each have solids discharge openings (34, 35) which are able to be opened up, and closed off, in the lower centrifuging chamber by a piston slide and in the upper centrifuging chamber by an auxiliary slide, e. the mass moment of inertia J Q of the rotating system about a transverse axis Q which extends through the center of gravity S of the rotating system of the drum and which is perpendicular to the vertical axis of rotation D is greater than the mass moment of inertia J D of the rotating system about the vertical axis of rotation D of the rotating system, and in that f. the auxiliary slide is of double-conical form, and in that a sealing ring is formed between the partitioning plate and the auxiliary slide.
A wireless communication system comprising a slave device, and a master device wirelessly connected to the slave device, wherein the slave device includes: a slave device wireless communicator adapted to perform wireless communication with the master device; a slave device power supply unit adapted to supply power to each unit of the slave device; a slave device interrupt detector adapted to detect various interrupts; and a slave device controller adapted to control the entire slave device, and the slave device interrupt detector is adapted to supply the power from the slave device power supply unit to each unit of the slave device when detecting a timer interrupt occurring at predetermined intervals, characterized in that the slave device controller is adapted to perform control to perform an initialization process of the slave device wireless communicator when the power is supplied from the slave device power supply unit to each unit of the slave device, and adapted to perform an entire initialization process of the slave device when a capture signal is received via the slave device wireless communicator. a slave device wireless communicator adapted to perform wireless communication with the master device; a slave device power supply unit adapted to supply power to each unit of the slave device; a slave device interrupt detector adapted to detect various interrupts; and a slave device controller adapted to control the entire slave device, and the slave device interrupt detector is adapted to supply the power from the slave device power supply unit to each unit of the slave device when detecting a timer interrupt occurring at predetermined intervals, characterized in that the slave device controller is adapted to perform control to perform an initialization process of the slave device wireless communicator when the power is supplied from the slave device power supply unit to each unit of the slave device, and adapted to perform an entire initialization process of the slave device when a capture signal is received via the slave device wireless communicator.
A ship having a plurality of fuel lines, the ship comprising: a ship body; a first combustion engine; a second combustion engine; a fuel tank; a fuel tank chamber (103;103C,106) disposed inside the ship body, and partitioned by a bulkhead (7, 7A) so as to accommodate the fuel tank; a first engine room (101;101C) disposed inside the ship body, and partitioned by another bulkhead (7, 7B) so as to accommodate the first combustion engine for combusting a fuel supplied from the fuel tank; a second engine room (102;102C) disposed between the fuel tank chamber (103;103C,106) and the first engine room (101;101C) inside the ship body, and partitioned by the bulkheads (7, 7A, 7B) so as to accommodate the second combustion engine for combusting the fuel supplied from the fuel tank; a first fuel line (51;51C) connecting the fuel tank to the first combustion engine and the second combustion engine through the second engine room (102;102C); a second fuel line (52;52B;52C) connecting at least the fuel tank and the first combustion engine to each other; and a pump mechanism (60;60B;60C) for selectively feeding the fuel from the fuel tank to either the first fuel line (51;51C) or the second fuel line (52;52B;52C), characterized in that the second fuel line (52;52B;52C) is located through a partitioned section (105;108) different from the second engine room (102;102C) through which the first fuel line (51;51C) passes. a ship body; a first combustion engine; a second combustion engine; a fuel tank; a fuel tank chamber (103;103C,106) disposed inside the ship body, and partitioned by a bulkhead (7, 7A) so as to accommodate the fuel tank; a first engine room (101;101C) disposed inside the ship body, and partitioned by another bulkhead (7, 7B) so as to accommodate the first combustion engine for combusting a fuel supplied from the fuel tank; a second engine room (102;102C) disposed between the fuel tank chamber (103;103C,106) and the first engine room (101;101C) inside the ship body, and partitioned by the bulkheads (7, 7A, 7B) so as to accommodate the second combustion engine for combusting the fuel supplied from the fuel tank; a first fuel line (51;51C) connecting the fuel tank to the first combustion engine and the second combustion engine through the second engine room (102;102C); a second fuel line (52;52B;52C) connecting at least the fuel tank and the first combustion engine to each other; and a pump mechanism (60;60B;60C) for selectively feeding the fuel from the fuel tank to either the first fuel line (51;51C) or the second fuel line (52;52B;52C), characterized in that the second fuel line (52;52B;52C) is located through a partitioned section (105;108) different from the second engine room (102;102C) through which the first fuel line (51;51C) passes.
A sheet information collection device for collecting information of a sheet comprising a transparent portion, the device comprising: a transporter configured to transport the sheet; an optical sensor configured to scan the transported sheet in a transport direction and output transmissive light data acquired at a plurality of collection points set in the transport direction; a data collector configured to collect the transmissive light data from the optical sensor; a determiner configured to determine transmission or blocking of light at each collection point based on the transmissive light data; a memory configured to store thresholds for data collection stop determination corresponding to the collection points; and characterized by a data collection stopper configured to stop collection of the transmissive light data by the data collector when the determiner determines that light is transmitted at successive collection points in the transport direction and the number of the successive collection points is equal to or greater than one of the thresholds for data collection stop determination corresponding to the successive collection points, wherein among the thresholds for data collection stop determination, a threshold for data collection stop determination corresponding to a rearmost edge region of the sheet is smaller than the thresholds for data collection stop determination corresponding to another region. a transporter configured to transport the sheet; an optical sensor configured to scan the transported sheet in a transport direction and output transmissive light data acquired at a plurality of collection points set in the transport direction; a data collector configured to collect the transmissive light data from the optical sensor; a determiner configured to determine transmission or blocking of light at each collection point based on the transmissive light data; a memory configured to store thresholds for data collection stop determination corresponding to the collection points; and characterized by a data collection stopper configured to stop collection of the transmissive light data by the data collector when the determiner determines that light is transmitted at successive collection points in the transport direction and the number of the successive collection points is equal to or greater than one of the thresholds for data collection stop determination corresponding to the successive collection points, wherein among the thresholds for data collection stop determination, a threshold for data collection stop determination corresponding to a rearmost edge region of the sheet is smaller than the thresholds for data collection stop determination corresponding to another region.
A coupling device for the force-related connection of a device for machining pipes or pipe ends to a drive device, comprising a force transmission device and a force absorption device with force absorption elements, wherein the force transmission device has at least one force transmission element for transmitting rotary forces to the force absorption elements with respect to a drive axis, wherein the at least one force transmission device is configured to be brought into connection optionally and alternately with force absorption devices which each differ in design with respect to the force absorption elements thereof and differ in design with respect to a centre distance between the force absorption elements, wherein the force transmission device has force transmission elements in the form of toothed rings on at least one toothed ring (15, 16), wherein the force transmission device has at least two toothed rings (15, 16) respectively differing in radius (R1, R2), wherein the coupling device furthermore has at least one releasable closure device which is configured to hold the force absorption device brought into connection with the force transmission device axially and/or radially in position when the closure device is in a closed position, characterized in that the closure device is an annular closure device which is optionally tensionable and relaxable with respect to the circumference thereof with the aid of a snap-type closure.
An image prediction method comprising: receiving a first image v and a second image s, wherein the second image s has a different dynamic range than the first image v; receiving metadata related to a color grading process, wherein the color grading process is used to derive the second image s from the first image v; wherein the metadata that relates to the color grading process comprise a color transformation matrix M and slope S, offset O, and power P parameters of a non-linear function; applying said first image v and said second image s into an inverse color grading prediction process to compute an output image ν̂ that represents the predicted value of the first image v; wherein the inverse color grading prediction process comprises a non-linear prediction process which includes the slope S, offset O, and power P parameters and is related to the color transformation matrix M; wherein the non-linear prediction process comprises applying a linear operator M -1 to the second image s to generate intermediate values, and applying a non-linear function N -1 to the intermediate values to generate the output image v̂ according to the following equation: v ^ = N - 1 ⁢ sM - 1, wherein the linear operator M -1 comprises an inverse of the color transformation matrix M, and the non-linear function N -1 comprises the slope S, offset O, and power P parameters according to the following equation: N - 1 y = 1 S ⁢ y 1 / P - O; and outputting the prediction parameters of the inverse color grading process and the output image v̂. receiving a first image v and a second image s, wherein the second image s has a different dynamic range than the first image v; receiving metadata related to a color grading process, wherein the color grading process is used to derive the second image s from the first image v; wherein the metadata that relates to the color grading process comprise a color transformation matrix M and slope S, offset O, and power P parameters of a non-linear function; applying said first image v and said second image s into an inverse color grading prediction process to compute an output image ν̂ that represents the predicted value of the first image v; wherein the inverse color grading prediction process comprises a non-linear prediction process which includes the slope S, offset O, and power P parameters and is related to the color transformation matrix M; wherein the non-linear prediction process comprises applying a linear operator M -1 to the second image s to generate intermediate values, and applying a non-linear function N -1 to the intermediate values to generate the output image v̂ according to the following equation: v ^ = N - 1 ⁢ sM - 1, wherein the linear operator M -1 comprises an inverse of the color transformation matrix M, and the non-linear function N -1 comprises the slope S, offset O, and power P parameters according to the following equation: N - 1 y = 1 S ⁢ y 1 / P - O; and outputting the prediction parameters of the inverse color grading process and the output image v̂.
Electrical current transducer including a housing, a magnetic field detector device comprising a magnetic field detector, and a magnetic circuit comprising a wound magnetic core with a gap and a grounding device mounted on the magnetic core, the wound magnetic core comprising a plurality of stacked concentric ring layers from a radially innermost layer to a radially outermost layer of magnetic material, the magnetic field detector being positioned in the gap, wherein the grounding device comprises at least two parts (8a, 8b) made of a non-magnetic material, a first part mounted against a first lateral side of the magnetic core and a second part mounted against a second lateral side of the magnetic core opposite the first lateral side, at least one of the first and second parts comprising clamp fixing extensions (30a, 30b) cooperating with the other of the first and second parts configured for clamping together the first and second parts around a portion of the magnetic core whereby free ends of clamp fixing extensions arranged on the second part are inserted through corresponding cavities of the first part and wherein at least one of the first and second parts comprises electrically conductive material, said part comprising at least one contact terminal (34a, 34b) being adapted to provide an electrical grounding connection for grounding the magnetic core to an external ground conductor.
Hinge device with long reciprocating stroke of a front panel and having a first member assigned to be fixed to an appliance and a second member assigned to be fixed to a door of the appliance and pivoted to the first member by means of a hinge pin, such device is also equipped with a connection means assigned to be fixed to the front panel for actuating the translation thereof along the door during the rotation of the latter between its extreme closing and opening conditions; said device comprising kinematic means having one end movable in the first member and the opposite end provided with a ring gear centrally and rotatably pivoted to the second member or to an element fixed to the latter, by means of a respective first pivot pin, said ring gear is geared with a first rack engaged by a pinion having a second rotation pin whose axis of rotation is fixed with respect to the second member, this second rotation pin bears a toothed wheel geared with a second rack sliding parallel to the front panel and connected to the latter by means of said connection means; where the relationship between the rotation angle of the door and length of the translation of the front panel depends on the operative radius of the ring gear and on the ratio of the operative radiuses of the pinion and of the toothed wheel.
A computer-implemented method of tracking a trackee both indoors and outdoors, comprising: receiving as input, at a computer, tracking data for a trackee, wherein the tracking data includes tracking points, and wherein each tracking point includes at least two dimensional location coordinates; correlating the tracking data to building or sensor data features to improve the accuracy of the tracking data if building data has been received, by the computer, as input; generating, in the absence of received building data, internal structural features of a building based on sections of tracking data and utilizing the generated building features to match and correct other sections of tracking data; and displaying, via a graphical user interface associated with the computer, position estimates generated based on the improved or corrected tracking data. receiving as input, at a computer, tracking data for a trackee, wherein the tracking data includes tracking points, and wherein each tracking point includes at least two dimensional location coordinates; correlating the tracking data to building or sensor data features to improve the accuracy of the tracking data if building data has been received, by the computer, as input; generating, in the absence of received building data, internal structural features of a building based on sections of tracking data and utilizing the generated building features to match and correct other sections of tracking data; and displaying, via a graphical user interface associated with the computer, position estimates generated based on the improved or corrected tracking data.
A process for the preparation of the compound of a cyclohexanecarbonitrile derivative of formula: wherein R 1 is (C 1 -C 8)alkyl, preferably pent-3-yl, comprising reacting cyclohexanecarbonitrile of formula with an alkylating agent and a Grignard reagent wherein the coupling reaction is carried out in the presence of a secondary amine.
A resin molding comprising: a first surface including a glossy portion having a glossiness of equal to or greater than 80%, the glossiness being measured by a gloss meter at a reflection angle of 60° in accordance with JIS Z 8741; and a second surface on the back of the first surface, the second surface including a rib protruding from the second surface, characterized in that the first surface further includes a non-glossy portion having a kurtosis value of equal to or greater than 3.5, the kurtosis value being a surface property parameter defined in ISO25178 and being measured as described in the description. a first surface including a glossy portion having a glossiness of equal to or greater than 80%, the glossiness being measured by a gloss meter at a reflection angle of 60° in accordance with JIS Z 8741; and a second surface on the back of the first surface, the second surface including a rib protruding from the second surface, characterized in that the first surface further includes a non-glossy portion having a kurtosis value of equal to or greater than 3.5, the kurtosis value being a surface property parameter defined in ISO25178 and being measured as described in the description.
A tire assembly comprising: a tire; a wheel rim connected to said tire; a tire cavity enclosed by said tire and said wheel rim; a high pressure reservoir; a pressure regulator secured to said high pressure reservoir; wherein said pressure regulator has a passive valve with a first passageway in fluid communication with said high pressure reservoir and a second passageway in fluid communication with said tire cavity, and wherein said pressure regulator has a third passageway in fluid communication with atmospheric pressure; a high pressure relief valve secured to said high pressure reservoir; wherein said high pressure relief valve is in fluid communication with said tire cavity; and an inlet valve having a receiving end and a dispensing end, wherein said inlet valve is connected to said high pressure reservoir and is adapted to be in fluid communication with said high pressure reservoir, characterized by comprising a safety relief valve that fluidly communicates the tire cavity and atmosphere, the high pressure reservoir and the inlet valve being secured to said wheel rim. a tire; a wheel rim connected to said tire; a tire cavity enclosed by said tire and said wheel rim; a high pressure reservoir; a pressure regulator secured to said high pressure reservoir; wherein said pressure regulator has a passive valve with a first passageway in fluid communication with said high pressure reservoir and a second passageway in fluid communication with said tire cavity, and wherein said pressure regulator has a third passageway in fluid communication with atmospheric pressure; a high pressure relief valve secured to said high pressure reservoir; wherein said high pressure relief valve is in fluid communication with said tire cavity; and an inlet valve having a receiving end and a dispensing end, wherein said inlet valve is connected to said high pressure reservoir and is adapted to be in fluid communication with said high pressure reservoir, characterized by comprising a safety relief valve that fluidly communicates the tire cavity and atmosphere, the high pressure reservoir and the inlet valve being secured to said wheel rim.
Low voltage circuit breaker comprising a first and a second electric contact element reciprocally positionable between a closed position such that said first and second electric contact elements are in reciprocal contact, and an open position such that said first and second electric contact elements are reciprocally separated, said low voltage circuit breaker comprising a kinematic chain for actuating positioning between said closed position and said open position, wherein said kinematic chain can be snap actuated through electromagnetic actuator means, characterized in that said kinematic chain comprises a contact shaft rotatable about an axis of rotation and capable of moving said first electric contact element between said open and closed position and comprising a ferromagnetic component sensitive to the magnetic field due to said electromagnetic actuator means and suitable to impart a thrust to said contact shaft in the rotation about said axis of rotation.