mhurhangee/ep-ind-claims huggingface dataset:
A method for recognizing a subject motion using a camera, comprising: splitting each of previous and current image frames received from the camera into multiple image blocks; detecting at least one skin color block from among the multiple image blocks, the skin color block or blocks having a color value falling within a predetermined threshold range; detecting motion blocks from among the skin color blocks based on a difference between previous and current pixel values, for each of the previous and current image frames; detecting a motion center based on positions of the motion blocks, for each of the previous and current image frames; recognizing a subject motion appearing in the previous and current image frames based on the motion centers of the previous and current image frames; and detecting a skin color block from among the multiple image blocks, the skin color block having a color value falling within a predetermined threshold range. splitting each of previous and current image frames received from the camera into multiple image blocks; detecting at least one skin color block from among the multiple image blocks, the skin color block or blocks having a color value falling within a predetermined threshold range; detecting motion blocks from among the skin color blocks based on a difference between previous and current pixel values, for each of the previous and current image frames; detecting a motion center based on positions of the motion blocks, for each of the previous and current image frames; recognizing a subject motion appearing in the previous and current image frames based on the motion centers of the previous and current image frames; and detecting a skin color block from among the multiple image blocks, the skin color block having a color value falling within a predetermined threshold range.
Storage system, comprising a base steel structure assembly and an overlying racking system, wherein the base steel structure assembly supports the overlying racking system, said racking system having upright columns which support horizontal beams extending therebetween and connected thereto, said base steel structure assembly comprising: a front column extending from a front baseplate; a rear column generally parallel to said front column and extending from a rear baseplate; an upper horizontal member extending between an upper end of said front and rear columns (78, 98) and releasably secured thereto; a lower horizontal member extending between a lower end of said front and rear columns (78, 98) and releasably secured thereto; at least one brace extending diagonally between said front and rear columns (78, 98) and releasably secured thereto; characterized in that said upper horizontal member being securable to said upright columns of said overlying racking system for supporting said overlying racking system; and, said front and rear columns (78, 98) being provided with holes therethrough for securement of a support beam respectively to front and rear columns (78, 98) of an adjacent of said base steel structure assembly, and wherein said upright columns extend upwardly from respective baseplates; said respective baseplates have holes extending therethrough; said upper horizontal member is provided with holes therethrough which register with the holes in the respective baseplates of the upright columns for bolting of the respective baseplates to the upper horizontal member. a front column extending from a front baseplate; a rear column generally parallel to said front column and extending from a rear baseplate; an upper horizontal member extending between an upper end of said front and rear columns (78, 98) and releasably secured thereto; a lower horizontal member extending between a lower end of said front and rear columns (78, 98) and releasably secured thereto; at least one brace extending diagonally between said front and rear columns (78, 98) and releasably secured thereto; characterized in that said upper horizontal member being securable to said upright columns of said overlying racking system for supporting said overlying racking system; and, said front and rear columns (78, 98) being provided with holes therethrough for securement of a support beam respectively to front and rear columns (78, 98) of an adjacent of said base steel structure assembly, and wherein said upright columns extend upwardly from respective baseplates; said respective baseplates have holes extending therethrough; said upper horizontal member is provided with holes therethrough which register with the holes in the respective baseplates of the upright columns for bolting of the respective baseplates to the upper horizontal member.
Rotary printing method for printing foamed plastic film, wherein a print motif is screened and transferred to a printing plate and wherein the printing plate thereafter has elevations which are acted upon with ink during the printing process and transfer this in a spatially ordered manner to a foam layer of the plastic film to be printed, characterized in that the elevations are arranged in regions for the printing of half-tones or full-tones in a pattern of punctiform elevations (3, 4) in such a manner that the pattern of punctiform elevations comprises support points and pattern points, wherein the support points are surrounded by the pattern points, wherein the ink application area of a support point is greater than the ink application area of a pattern point and wherein the entire colour application area (5, 6) formed by the support points and the pattern points accounts for more than 70% of the base area carrying the elevations.
Use of an aqueous composition comprising 0.001-1.0 vol.% of at least one polyethylene glycol to prevent and/or limit the occurrence of lesions on the epidermis of fruits.
A method of creating a pre-form for a radius filler, the method comprising: receiving a plurality of lengths of composite tape with a pre-forming structure, wherein the receiving includes drawing the plurality of lengths of composite tape through a plurality of first openings on a first side of the pre-forming structure; combining the plurality of lengths of composite tape within the pre-forming structure to form the pre-form, wherein the combining includes arranging at least a first length of composite tape of the plurality of lengths of composite tape such that it is oriented in a plane that is not parallel to a second length of composite tape of the plurality of lengths of composite tape; and withdrawing the pre-form from the pre-forming structure, wherein the withdrawing includes extending the pre-form from a second opening on a second side of the pre-forming structure, and further wherein the receiving, the combining, and the withdrawing are performed concurrently. receiving a plurality of lengths of composite tape with a pre-forming structure, wherein the receiving includes drawing the plurality of lengths of composite tape through a plurality of first openings on a first side of the pre-forming structure; combining the plurality of lengths of composite tape within the pre-forming structure to form the pre-form, wherein the combining includes arranging at least a first length of composite tape of the plurality of lengths of composite tape such that it is oriented in a plane that is not parallel to a second length of composite tape of the plurality of lengths of composite tape; and withdrawing the pre-form from the pre-forming structure, wherein the withdrawing includes extending the pre-form from a second opening on a second side of the pre-forming structure, and further wherein the receiving, the combining, and the withdrawing are performed concurrently.
A conveying system for a fruit harvester, comprising: at least one conveyor operable for traveling along a travel path that comprises a first path section which defines a first longitudinal axis; and a plurality of buckets connected to the at least one conveyor, the plurality of buckets being configured for receiving and conveying a picked crop, characterized in that: the first path section is at least partially twisted such that the at least one conveyor and the plurality of buckets along therewith twist relative to the first longitudinal axis of the first path section. at least one conveyor operable for traveling along a travel path that comprises a first path section which defines a first longitudinal axis; and a plurality of buckets connected to the at least one conveyor, the plurality of buckets being configured for receiving and conveying a picked crop, characterized in that: the first path section is at least partially twisted such that the at least one conveyor and the plurality of buckets along therewith twist relative to the first longitudinal axis of the first path section.
A removal trough for a wire processing machine system, wherein the removal trough is designed to receive wires processed by a wire processing machine of the wire processing machine system, wherein side walls (34, 35) of the removal trough each have one or more recesses and/or indentations for mechanical gripping of the wires in the removal trough by means of a gripping arm, characterized in that the recesses and/or indentations in the side walls (34, 35) are formed in such a way that, at the locations of the recesses and/or indentations, the side walls(34, 35) are each open to the side.
Cylindrical magnetic structure of revolution producing, in an internal space of said structure, a substantially homogeneous magnetic field in all directions of a three-dimensional orthonormal coordinate system (OXYZ), characterised in that it comprises three cylinders of revolution (110, 120, 130), hollow, of the Halbach dipolar array type, aligned with one another according to a same axis of revolution, with the first, the second and the third cylinders being arranged as follows: - the first, second and third cylinders (110, 120, 130) are disjointed, - the second cylinder is positioned between the first and the third cylinders (110,130), - the first, second and third cylinders (110, 120, 130) comprise external radiuses (REA, REB, REC) that are substantially identical, - the first and the third cylinders (110, 130) comprise internal radiuses (RIA, RIC) that are substantially identical, less than the inner radius of the second cylinder, - at least one of the three cylinders (110, 120, 130) has an inner radius greater than or equal to 250mm, - the first and the third cylinders (110, 130) comprise widths (LA, LC) that are substantially identical, - the width of the second cylinder is less than about 10% of the widths (LA, LC) for the first and third cylinders, and - the first, second and third cylinders (110, 120, 130) each comprise a median plane (PMA, PMB, PMC), the median plane of the second cylinder being at a substantially equal distance from the median plane of the first cylinder and from the median plane of the third cylinder. - the first, second and third cylinders (110, 120, 130) are disjointed, - the second cylinder is positioned between the first and the third cylinders (110,130), - the first, second and third cylinders (110, 120, 130) comprise external radiuses (REA, REB, REC) that are substantially identical, - the first and the third cylinders (110, 130) comprise internal radiuses (RIA, RIC) that are substantially identical, less than the inner radius of the second cylinder, - at least one of the three cylinders (110, 120, 130) has an inner radius greater than or equal to 250mm, - the first and the third cylinders (110, 130) comprise widths (LA, LC) that are substantially identical, - the width of the second cylinder is less than about 10% of the widths (LA, LC) for the first and third cylinders, and - the first, second and third cylinders (110, 120, 130) each comprise a median plane (PMA, PMB, PMC), the median plane of the second cylinder being at a substantially equal distance from the median plane of the first cylinder and from the median plane of the third cylinder.
An automated apparatus for smoothing an article, the apparatus comprising: Means for supporting the article; a flexible steaming head (160; 300) for applying steam to said supported article comprising at least one steaming head (160; 200; 310, 320, 330) and a flexible tube; a horizontal actuator for displacing the position of the steaming head (160; 300) within the automated apparatus thereby to apply a force to the supported article characterized in that the apparatus further comprises a plurality of moveable members, arranged to extend the profile of the flexible steaming head (160; 300), such that, during a treatment process, said flexible steaming head (160; 300) is in contact with an outer surface of said supported article thereby applying a force to said supported article; and a housing defining a treatment chamber; where the means for supporting the article are arranged within the treatment chamber; Means for supporting the article; a flexible steaming head (160; 300) for applying steam to said supported article comprising at least one steaming head (160; 200; 310, 320, 330) and a flexible tube; a horizontal actuator for displacing the position of the steaming head (160; 300) within the automated apparatus thereby to apply a force to the supported article characterized in that the apparatus further comprises a plurality of moveable members, arranged to extend the profile of the flexible steaming head (160; 300), such that, during a treatment process, said flexible steaming head (160; 300) is in contact with an outer surface of said supported article thereby applying a force to said supported article; and a housing defining a treatment chamber; where the means for supporting the article are arranged within the treatment chamber;
A machine for producing fibers for use in a hollow fiber module, the machine comprising: a spinneret having a base and a needle, the base and the needle at least partially defining a channel having an axis; at least one projection extending into the channel; and a motor connected to the at least one projection, the motor operable to rotate the at least one projection relative to the axis of the channel; and a control unit operable to send control signals to the motor, wherein the control signals cause the motor to alternatively rotate in a first direction and in a second, opposite direction. a spinneret having a base and a needle, the base and the needle at least partially defining a channel having an axis; at least one projection extending into the channel; and a motor connected to the at least one projection, the motor operable to rotate the at least one projection relative to the axis of the channel; and a control unit operable to send control signals to the motor, wherein the control signals cause the motor to alternatively rotate in a first direction and in a second, opposite direction.
Selective locking assembly (1, 1', 1") of extractable components, such as at least a pair of drawers or baskets (10A, 10B, 10C) arranged side by side on a first row and adapted to be displaced along a horizontal direction between a retracted position and an extracted position with respect to a containing structure, said selective locking assembly (1, 1', 1") being adapted for preventing the simultaneous extraction of several drawers, characterized in that it comprises at least a pair of actuating means (2A, 2B, 2C) each formed by at least one rigid elongated element extending horizontally and arranged so as to be axially rotatable in proximity to a back wall (11A, 11B, 11C) of said drawers (10A, 10B, 10C), each actuating means (2A, 2B, 2C) being operatively associable with a corresponding drawer (10A, 10B, 10C) through first coupling means and being also equipped, in correspondence with the other drawers, with stop means configured and arranged for selectively cooperating with said drawers (10A, 10B, 10C) to prevent/allow their extraction, each actuating means (2A, 2B, 2C) being adapted to be rotatably displaced, in response to the extraction movement of the drawer (10A, 10B, 10C) to which it is associated, from a first position, wherein said stop means allow the extraction of any one of the drawers, to a second position wherein said stop means interact with the other drawers (10A, 10B, 10C) thereby preventing their extraction.
An encapsulant for a PV module, comprising: an ethylene/a-olefin-based copolymer; a silane modified ethylene/a-olefin-based copolymer; and a heat resistant polymer resin having a melting point (Tm) in a range of 100 to 150°C and which is higher than the melting point of the ethylene/α-olefin-based co-polymer, wherein the heat resistant polymer resin is selected from a polyethylene-based resin and a polypropylene-based resin, wherein the heat resistant polymer resin is included in a range of 0.1 to 10 parts by weight with respect to 100 parts by weight of a mixture of the ethylene/a-olefin-based copolymer and the silane modified ethylene/α-olefin-based copolymer, wherein the heat resistant polymer resin has a melt index in a range of 0.1 g/10 min to 40 g/10 min at a temperature of 190°C and a load of 2.16 kg, wherein the encapsulant is manufactured by a method including an operation of preparing a sheet-type encapsulant using the ethylene/alpha-olefin-based copolymer, the silane modified ethylene/alpha-olefin-based copolymer and the heat resistant polymer resin using an extruder an ethylene/a-olefin-based copolymer; a silane modified ethylene/a-olefin-based copolymer; and a heat resistant polymer resin having a melting point (Tm) in a range of 100 to 150°C and which is higher than the melting point of the ethylene/α-olefin-based co-polymer, wherein the heat resistant polymer resin is selected from a polyethylene-based resin and a polypropylene-based resin, wherein the heat resistant polymer resin is included in a range of 0.1 to 10 parts by weight with respect to 100 parts by weight of a mixture of the ethylene/a-olefin-based copolymer and the silane modified ethylene/α-olefin-based copolymer, wherein the heat resistant polymer resin has a melt index in a range of 0.1 g/10 min to 40 g/10 min at a temperature of 190°C and a load of 2.16 kg, wherein the encapsulant is manufactured by a method including an operation of preparing a sheet-type encapsulant using the ethylene/alpha-olefin-based copolymer, the silane modified ethylene/alpha-olefin-based copolymer and the heat resistant polymer resin using an extruder
Building cooling system involving circulation of a cooling liquid in a hydraulic circuit comprising at least one first tank, at least one second tank configured to be located outside the building, in which and at least one heat exchanger connected in series through a hydraulic circuit, at least one hydraulic pump placed between the first tank and the heat exchanger, characterized in that the second tank comprises at least part of one of its walls (4.1) are made of a porous material, in that the system comprises means of controlling circulation of liquid from the second tank to the first tank, and in that, when the system is in operation to cool the inside of the building, flow from the second tank to the first tank is interrupted and the hydraulic pump circulates the liquid from the first tank to the second tank through the heat exchanger, such that the second tank fills up.
A steering control device for a steering system that changes steering torque required to steer a steering wheel according to motor torque that is applied by an actuator using a motor as a driving source of the actuator, the steering control device comprising an electronic control unit configured to: calculate target torque that is a target value of the motor torque; control operation of the motor such that the motor torque is generated according to the target torque; calculate a vehicle speed basic axial force based on a detected vehicle speed; calculate another state quantity basic axial force based on a state quantity other than the detected vehicle speed; calculate a distributed axial force by adding the vehicle speed basic axial force and the other state quantity basic axial force at individually set distribution ratios; and calculate the target torque based on the distributed axial force; characterized in that the electronic control unit is further configured to reduce the distribution ratio of the vehicle speed basic axial force when the detected vehicle speed is abnormal as compared to when the detected vehicle speed is normal. calculate target torque that is a target value of the motor torque; control operation of the motor such that the motor torque is generated according to the target torque; calculate a vehicle speed basic axial force based on a detected vehicle speed; calculate another state quantity basic axial force based on a state quantity other than the detected vehicle speed; calculate a distributed axial force by adding the vehicle speed basic axial force and the other state quantity basic axial force at individually set distribution ratios; and calculate the target torque based on the distributed axial force; characterized in that the electronic control unit is further configured to reduce the distribution ratio of the vehicle speed basic axial force when the detected vehicle speed is abnormal as compared to when the detected vehicle speed is normal.
A process of producing non-volatile and water-insoluble starting particles comprising rhenium sulfide, said particles having an average particle size of from 10 nanometer to 20 micrometers, the process comprising: i) providing a rhenium solution, ii) optionally, mixing the rhenium solution with at least one additive, iii) reacting the rhenium solution with a precipitating agent, thereby forming said rhenium sulfide, iv) precipitating said rhenium sulfide, v) isolating particles comprising the precipitated rhenium sulfide, vi) optionally, washing and/or filtering and/or drying said particles. i) providing a rhenium solution, ii) optionally, mixing the rhenium solution with at least one additive, iii) reacting the rhenium solution with a precipitating agent, thereby forming said rhenium sulfide, iv) precipitating said rhenium sulfide, v) isolating particles comprising the precipitated rhenium sulfide, vi) optionally, washing and/or filtering and/or drying said particles.
A pressure sensor comprising: a base having at least one high-pressure contact portion; a diaphragm positioned over the base and having an external top surface facing away from the base and internal surfaces facing the base, the internal surfaces comprising a raised perimeter surrounding an interior, a raised central boss within the interior, and a raised boss arm (325, 327) contiguous with and extending from the raised perimeter toward the interior; and a sensing element coupled to the diaphragm and providing an output based on changes in the diaphragm wherein at least one of the raised boss arm (325, 327) and raised central boss are aligned with and contact a high-pressure contact portion of the base during an over-pressure event; and characterized in that the raised boss arm (325, 327) has an end in the interior that is separated from other raised features. a base having at least one high-pressure contact portion; a diaphragm positioned over the base and having an external top surface facing away from the base and internal surfaces facing the base, the internal surfaces comprising a raised perimeter surrounding an interior, a raised central boss within the interior, and a raised boss arm (325, 327) contiguous with and extending from the raised perimeter toward the interior; and a sensing element coupled to the diaphragm and providing an output based on changes in the diaphragm wherein at least one of the raised boss arm (325, 327) and raised central boss are aligned with and contact a high-pressure contact portion of the base during an over-pressure event; and characterized in that the raised boss arm (325, 327) has an end in the interior that is separated from other raised features.