mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine system, wherein the wind turbine system is comprising: - A support structure comprising arms extending outwards from a tower, - a plurality of wind turbine modules, wherein each of the plurality of wind turbine modules comprises a rotor, - each of the plurality of wind turbine modules being mounted on an end part of a corresponding arm, - a control system, characterized in that the control system is arranged to execute a wind turbine system transition from a first system operational state of the wind turbine system to a second system operational state of the wind turbine system, and wherein the wind turbine system transition is performed by executing a plurality of wind turbine module transitions from a first module operational state of a wind turbine module to a second module operational state of the wind turbine module wherein the plurality of wind turbine module transitions are distributed in time with respect to each other. - A support structure comprising arms extending outwards from a tower, - a plurality of wind turbine modules, wherein each of the plurality of wind turbine modules comprises a rotor, - each of the plurality of wind turbine modules being mounted on an end part of a corresponding arm, - a control system,
Computer-implemented method for initializing a template for a moving object in a sequence of images, comprising: partitioning each of said images of said sequence into blocks; identifying moving blocks which have performed a movement between consecutive images of said sequence; determining a direction and a distance of said movement of said moving blocks; grouping adjacent moving blocks, for which directions within a predetermined direction interval and distances within a predetermined distance interval have been determined into a first group of blocks, wherein the predetermined distance interval and the predetermined direction interval define a movement in basically a same direction by basically a same distance; initializing a template for said moving object with said first group of blocks, wherein the template comprises pixels assigned to the first group of blocks; deciding whether an update of said template should be performed; and tracking said template in said sequence of images. partitioning each of said images of said sequence into blocks; identifying moving blocks which have performed a movement between consecutive images of said sequence; determining a direction and a distance of said movement of said moving blocks; grouping adjacent moving blocks, for which directions within a predetermined direction interval and distances within a predetermined distance interval have been determined into a first group of blocks, wherein the predetermined distance interval and the predetermined direction interval define a movement in basically a same direction by basically a same distance; initializing a template for said moving object with said first group of blocks, wherein the template comprises pixels assigned to the first group of blocks; deciding whether an update of said template should be performed; and tracking said template in said sequence of images.
A valve with a housing, which delimits an interior space, a first connection, a second connection, a passage, which connects the first connection to the second connection in a fluid-conducting manner, a first closing member and a second closing member, which closing members (8, 9) are accommodated in the interior space and surround an intermediate space, which is connected to a third connection, and an adjusting device, which is configured to bring the first closing member into sealing contact with a first valve seat formed in the passage and to bring the second closing member into sealing contact with a second valve seat formed in the passage in a closed position and to release the first and second closing members (8, 9) from the first and second valve seats (10, 11) in an open position, wherein the first closing member is accommodated in the second closing member in a sealing manner, characterized in that the second closing member is cup-shaped, wherein the intermediate space is located inside it, wherein the first closing member can be accommodated in the second closing member such that the intermediate space is sealed with respect to the interior space, and in that the adjusting device is configured to form a gap between the first and second closing members (8, 9) that connects the intermediate space to the interior space when at the same time the first and second closing members (8, 9) are lifted from the first and second valve seats (10, 11) by the adjusting device.
A transfer article comprising: a release layer, wherein the release layer comprises a metal layer or a doped semiconductor layer; and a first acrylate layer overlaying the release layer, the first acrylate layer comprising tricyclodecane dimethanol diacrylate; wherein the release value between the release layer and the first acrylate layer is 0.79 to 3.94 g/cm (2 to 10 g/inch), as measured according to the T-Peel Test Method of the ASTM D1876-08 standard, as detailed in the Examples section of the description under "T-Peel Test Method". a release layer, wherein the release layer comprises a metal layer or a doped semiconductor layer; and a first acrylate layer overlaying the release layer, the first acrylate layer comprising tricyclodecane dimethanol diacrylate; wherein the release value between the release layer and the first acrylate layer is 0.79 to 3.94 g/cm (2 to 10 g/inch), as measured according to the T-Peel Test Method of the ASTM D1876-08 standard, as detailed in the Examples section of the description under "T-Peel Test Method".
An optical communication interface comprising: an earbud, wherein the earbud, has an external surface and the external surface includes an interior facing side and an exterior facing side; and a first optical receiver, on the interior facing side of the earbud, having an optical input and an electrical output; wherein the electrical output is coupled to circuitry; and wherein the optical input is configured to be optically coupled to a second optical transmitter on the exterior facing side of the earbud; further comprising, a first optical transmitter, on the interior facing side of the earbud, having an electrical input and an optical output; wherein the electrical input is coupled to the circuitry; and wherein the optical output is configured to be coupled to a second optical receiver on the exterior facing side of the earbud; further comprising a docking device, wherein the docking device comprises the second optical receiver and the second optical transmitter; wherein the earbud and the docking device include alignment elements configured to increase a signal-to-noise ratio between at least one optical transmitter (308, 122) and receiver pair (306, 120); wherein the alignment elements are configured to geometrically juxtapose each optical transmitter (308, 122) and receiver (306, 120) pair. an earbud, wherein the earbud, has an external surface and the external surface includes an interior facing side and an exterior facing side; and a first optical receiver, on the interior facing side of the earbud, having an optical input and an electrical output; wherein the electrical output is coupled to circuitry; and wherein the optical input is configured to be optically coupled to a second optical transmitter on the exterior facing side of the earbud; further comprising, a first optical transmitter, on the interior facing side of the earbud, having an electrical input and an optical output; wherein the electrical input is coupled to the circuitry; and wherein the optical output is configured to be coupled to a second optical receiver on the exterior facing side of the earbud; further comprising a docking device, wherein the docking device comprises the second optical receiver and the second optical transmitter; wherein the earbud and the docking device include alignment elements configured to increase a signal-to-noise ratio between at least one optical transmitter (308, 122) and receiver pair (306, 120); wherein the alignment elements are configured to geometrically juxtapose each optical transmitter (308, 122) and receiver (306, 120) pair.
A device for mechanically controlled ventilation, of the type comprising a hollow body said hollow body being provided with openings for the coupling of the air intake pipes of the ventilation installation and with an opening for the coupling of a discharge pipe for the air of the ventilation, the hollow body consists of two complementary halves (1.1 and 1.2) which are coupled to one another with fastening by means of retaining engagements, openings being defined in the attachment of said complementary halves (1.1 and 1.2) provided with a grooved edge, nozzles being coupled in said openings, in which they have a peripheral brim with which they fit into the grooved edge of the mentioned openings, characterized in that the nozzles are determining an inclined tubular projection with respect to the coupling end; and a ventilator is housed in the hollow body for forcing the circulation of air, whereas the housing of the ventilator in the hollow body is closed with a cover, between said cover and the half (1.1) of the hollow body an opening provided with a ring is defined.
An epoxy terminated polyester having the structure wherein R 1 - is G- is j is 1 to 5, -R 2 - is a divalent organic group having fewer than 50 carbon atoms, -R 21 - is a divalent alkyl group having 5 or fewer carbon atoms, and -R 22 - is a divalent alkyl group.
A microfluidic device comprising: (a) a cell capture chamber, having at least one inlet and at least one outlet, wherein each inlet and outlet has an open and a closed position, whereby when the inlet is in the open position fluid is able to flow into the cell capture chamber and when the outlet is in the open position fluid is able to flow out of the cell capture chamber, and whereby when the inlet is in the closed position fluid is prevented from flowing into the cell capture chamber and when the outlet is in the closed position fluid is prevented from flowing out of the cell capture chamber, and wherein the direction of flow through the cell capture chamber dictates an upstream and a downstream orientation of the cell capture chamber; characterized in that the microfluidic device further comprises: (b) a mechanical cell funnel positioned within the cell capture chamber and operable to direct a cell passing through the cell capture chamber towards one or more desired locations within the cell capture chamber; and (c) a mechanical cell trap, positioned directly downstream from a downstream opening of the cell funnel, whereby the cell trap is positioned to receive and retain a cell flowing downstream from the cell funnel, and wherein the cell trap partially spans the width of the cell capture chamber. (a) a cell capture chamber, having at least one inlet and at least one outlet, wherein each inlet and outlet has an open and a closed position, whereby when the inlet is in the open position fluid is able to flow into the cell capture chamber and when the outlet is in the open position fluid is able to flow out of the cell capture chamber, and whereby when the inlet is in the closed position fluid is prevented from flowing into the cell capture chamber and when the outlet is in the closed position fluid is prevented from flowing out of the cell capture chamber, and wherein the direction of flow through the cell capture chamber dictates an upstream and a downstream orientation of the cell capture chamber; (b) a mechanical cell funnel positioned within the cell capture chamber and operable to direct a cell passing through the cell capture chamber towards one or more desired locations within the cell capture chamber; and (c) a mechanical cell trap, positioned directly downstream from a downstream opening of the cell funnel, whereby the cell trap is positioned to receive and retain a cell flowing downstream from the cell funnel, and wherein the cell trap partially spans the width of the cell capture chamber.
An image forming apparatus for forming an image based on image data, comprising: a power source for supplying power to various sections of the apparatus; a display section for displaying; a drive section for driving various sections of the apparatus; a detecting section for detecting various aspects inside and outside the apparatus; and a control section for executing a controlling regarding operations of the apparatus, wherein the control section is provided with: a normal power supply mode representing a state of normal power supply; a power supply mode for operator part replacement representing the state of power supply different from said normal power supply mode, the power supply mode for operator part replacement to which an operator changes the state of power supply on changing a part or a unit of the apparatus, wherein, in the power supply mode for operator part replacement, at least a supply of power to the drive section and to the detecting section is cut off; characterized by a service mode which represents a state of a power supply mode when a service person works on the image forming apparatus, wherein power is supplied to the detecting section in said service mode, and wherein the control section is operable, after receiving a replacement completion notification, to: shift from the power supply mode for operator part replacement to the service mode; and in said service mode, detect a state of the detecting section to detect the state of a part replaced by the operator. a power source for supplying power to various sections of the apparatus; a display section for displaying; a drive section for driving various sections of the apparatus; a detecting section for detecting various aspects inside and outside the apparatus; and a control section for executing a controlling regarding operations of the apparatus, a normal power supply mode representing a state of normal power supply; a power supply mode for operator part replacement representing the state of power supply different from said normal power supply mode, the power supply mode for operator part replacement to which an operator changes the state of power supply on changing a part or a unit of the apparatus, wherein, in the power supply mode for operator part replacement, at least a supply of power to the drive section and to the detecting section is cut off; characterized by a service mode which represents a state of a power supply mode when a service person works on the image forming apparatus, wherein power is supplied to the detecting section in said service mode, and shift from the power supply mode for operator part replacement to the service mode; and in said service mode, detect a state of the detecting section to detect the state of a part replaced by the operator.
A relay welding detection apparatus configured to detect welding of a relay (101, 102) provided to a charging path extending from an external power supply, which includes electrical leakage detection section, to a storage battery, the apparatus comprising: a welding detection switch, a connection interrupting switch, and a control section, wherein the connection interrupting switch and the welding detection switch together with the control section constitute a detection section (103, 104, 106) configured to detect welding of the relay (101, 102); the connection interrupting switch is placed in series with the welding detection switch and that is in parallel with the storage battery, the connection interrupting switch being controlled by the control section to open connection between the external power supply and the detection section (103, 104, 106) at least when detection of electrical leakage is performed; characterized in that: the detection section (103, 104, 106) being controlled by the control section to detect welding of the relay (101, 102) based on whether or not current from the storage battery has a predetermined value or more, on a region of the charging path that extends from the relay (101, 102) toward the external power supply, when the relay (101, 102) is turned off during stop of charging. a welding detection switch, a connection interrupting switch, and a control section, wherein the connection interrupting switch and the welding detection switch together with the control section constitute a detection section (103, 104, 106) configured to detect welding of the relay (101, 102); the connection interrupting switch is placed in series with the welding detection switch and that is in parallel with the storage battery, the connection interrupting switch being controlled by the control section to open connection between the external power supply and the detection section (103, 104, 106) at least when detection of electrical leakage is performed; characterized in that: the detection section (103, 104, 106) being controlled by the control section to detect welding of the relay (101, 102) based on whether or not current from the storage battery has a predetermined value or more, on a region of the charging path that extends from the relay (101, 102) toward the external power supply, when the relay (101, 102) is turned off during stop of charging.
Method for preparing modified siloxanes comprising the method steps of A) providing a hydrogen siloxane having at least three SiH groups per molecule; B) hydrosilylation of the hydrogen siloxane with at least one α-olefinic hydrocarbon having 2 to 36, particularly 8 to 28, carbon atoms and at least one ketalized glycerol derivative comprising: a glycerol skeleton and one α-olefinic coupling group; and optionally C) purifying the hydrosilylated siloxane; and optionally D) at least partial acidic hydrolysis of the ketals present in the ketalized glycerol derivatives reacted with the hydrogen siloxane. A) providing a hydrogen siloxane having at least three SiH groups per molecule; B) hydrosilylation of the hydrogen siloxane with at least one α-olefinic hydrocarbon having 2 to 36, particularly 8 to 28, carbon atoms and at least one ketalized glycerol derivative comprising: a glycerol skeleton and one α-olefinic coupling group; and optionally a glycerol skeleton and one α-olefinic coupling group; and optionally C) purifying the hydrosilylated siloxane; and optionally D) at least partial acidic hydrolysis of the ketals present in the ketalized glycerol derivatives reacted with the hydrogen siloxane.
A method of transmitting or receiving signals by a user equipment, UE, in a wireless communication system, the method comprising: receiving (1005, 1006) information about a resource for uplink, UL, control information transmission and MA signature configuration; determining, based on the resource for the UL control information transmission, whether the resource allocated for the UL control information transmission overlaps a resource allocated for UL data transmission in time; determining whether to perform transmission in orthogonal multiple access, OMA, or non-orthogonal multiple access, NOMA, based on the received information when it is determined that the resource allocated for the UL control information transmission overlaps the resource allocated for the UL data transmission in time; determining whether to multiplex the UL control information if it is determined to perform transmission in NOMA; and if it is determined to multiplex the UL control information, multiplexing the UL control information with UL data based on the information about the MA signature configuration and transmitting a result of the multiplexing. receiving (1005, 1006) information about a resource for uplink, UL, control information transmission and MA signature configuration; determining, based on the resource for the UL control information transmission, whether the resource allocated for the UL control information transmission overlaps a resource allocated for UL data transmission in time; determining whether to perform transmission in orthogonal multiple access, OMA, or non-orthogonal multiple access, NOMA, based on the received information when it is determined that the resource allocated for the UL control information transmission overlaps the resource allocated for the UL data transmission in time; determining whether to multiplex the UL control information if it is determined to perform transmission in NOMA; and if it is determined to multiplex the UL control information, multiplexing the UL control information with UL data based on the information about the MA signature configuration and transmitting a result of the multiplexing.
A patient repositioning apparatus comprising: a sheet defining an outer periphery having opposing first and second side edges (130,132), the sheet comprising an upper surface material and a lower surface material opposite the upper surface material for contacting a resting structure, the lower surface material being a relatively low-friction material as compared to the upper surface material; a plurality of handles disposed along the first and second side edges (130, 132); and a plurality of strap members attached to the sheet and distributed across the first and second side edges (130, 132), each of the strap members comprising a strap portion that forms a bight in the strap member, wherein each of the strap members comprises a second strap portion that forms a second bight in the strap member. a sheet defining an outer periphery having opposing first and second side edges (130,132), the sheet comprising an upper surface material and a lower surface material opposite the upper surface material for contacting a resting structure, the lower surface material being a relatively low-friction material as compared to the upper surface material; a plurality of handles disposed along the first and second side edges (130, 132); and a plurality of strap members attached to the sheet and distributed across the first and second side edges (130, 132), each of the strap members comprising a strap portion that forms a bight in the strap member, wherein each of the strap members comprises a second strap portion that forms a second bight in the strap member.
A method of forming a crosstalk-supressed lens array, the method comprising: providing a unitary lens array preform having plural individual lenses (10, 14) or lens stacks; forming a first trench between two adjacent individual lenses or lens stacks from a first side of the array; providing in the first trench a light absorbent material for absorbing optical crosstalk between the two adjacent individual lenses or lens stacks; forming a second trench between the two adjacent individual lenses or lens stacks from the opposite side of the lens array; and filling the second trench with light absorbent material and curing it, such that a light absorbent barrier extends all the way through the lens array. providing a unitary lens array preform having plural individual lenses (10, 14) or lens stacks; forming a first trench between two adjacent individual lenses or lens stacks from a first side of the array; providing in the first trench a light absorbent material for absorbing optical crosstalk between the two adjacent individual lenses or lens stacks; forming a second trench between the two adjacent individual lenses or lens stacks from the opposite side of the lens array; and filling the second trench with light absorbent material and curing it, such that a light absorbent barrier extends all the way through the lens array.