mhurhangee/ep-ind-claims huggingface dataset:
A specimen analyzer comprising: a measurement mechanism section (311, 312, 313, 314, 320, 331, 332, 340, 350, 360) configured to measure a specimen by using a first consumable and a second consumable having a shape different from a shape of the first consumable; a first inlet for loading the first consumable; a supplying section configured to supply the first consumable loaded through the first inlet, to the measurement mechanism section (311, 312, 313, 314, 320, 331, 332, 340, 350, 360); a sorter configured to sort the first consumable and the second consumable from each other, wherein the sorter is provided in the supplying section; and a storage for housing the second consumable sorted by the sorter, characterised in that: the sorter has a gap that allows the second consumable to pass therethrough but does not allow the first consumable to pass therethrough. a measurement mechanism section (311, 312, 313, 314, 320, 331, 332, 340, 350, 360) configured to measure a specimen by using a first consumable and a second consumable having a shape different from a shape of the first consumable; a first inlet for loading the first consumable; a supplying section configured to supply the first consumable loaded through the first inlet, to the measurement mechanism section (311, 312, 313, 314, 320, 331, 332, 340, 350, 360); a sorter configured to sort the first consumable and the second consumable from each other, wherein the sorter is provided in the supplying section; and a storage for housing the second consumable sorted by the sorter, characterised in that: the sorter has a gap that allows the second consumable to pass therethrough but does not allow the first consumable to pass therethrough.
Method for operating a navigation system for guiding a driver of an ego vehicle to a desired destination along a selected route path, the method comprising: obtaining information about vehicles in a region around the ego vehicle; determining trajectories of the vehicles around the ego vehicle based on the obtained information; comparing the trajectories of the vehicles around the ego vehicle with the selected route path of the ego vehicle; and if it is determined that one of the vehicles around the ego vehicle: - was driving, - is currently driving, or - will be driving along the selected route path: generating and outputting an instruction to the driver of the ego vehicle to follow the one vehicle, characterized in that: the step of obtaining information about vehicles around the ego vehicle comprises detecting a turn signal of at least one of the vehicles around the ego vehicle; and the instruction is generated comprising the turn signal of the vehicle to be followed by the ego vehicle. obtaining information about vehicles in a region around the ego vehicle; determining trajectories of the vehicles around the ego vehicle based on the obtained information; comparing the trajectories of the vehicles around the ego vehicle with the selected route path of the ego vehicle; and if it is determined that one of the vehicles around the ego vehicle: - was driving, - is currently driving, or - will be driving - was driving, - is currently driving, or - will be driving along the selected route path: generating and outputting an instruction to the driver of the ego vehicle to follow the one vehicle, characterized in that: the step of obtaining information about vehicles around the ego vehicle comprises detecting a turn signal of at least one of the vehicles around the ego vehicle; and the instruction is generated comprising the turn signal of the vehicle to be followed by the ego vehicle. generating and outputting an instruction to the driver of the ego vehicle to follow the one vehicle, characterized in that: the step of obtaining information about vehicles around the ego vehicle comprises detecting a turn signal of at least one of the vehicles around the ego vehicle; and the instruction is generated comprising the turn signal of the vehicle to be followed by the ego vehicle. the step of obtaining information about vehicles around the ego vehicle comprises detecting a turn signal of at least one of the vehicles around the ego vehicle; and the instruction is generated comprising the turn signal of the vehicle to be followed by the ego vehicle.
An air conditioner control method, characterized in comprising: determining whether a local air conditioner detects a positioning marker; determining whether there are any other air conditioner that detect the positioning marker simultaneously with the local air conditioner, in the case that the local air conditioner detects the positioning marker; and determining a position relation between the local air conditioner and the other air conditioner according to the positioning marker, in the case that the air conditioner detect the positioning marker simultaneously with the local air conditioner. determining whether a local air conditioner detects a positioning marker; determining whether there are any other air conditioner that detect the positioning marker simultaneously with the local air conditioner, in the case that the local air conditioner detects the positioning marker; and determining a position relation between the local air conditioner and the other air conditioner according to the positioning marker, in the case that the air conditioner detect the positioning marker simultaneously with the local air conditioner.
A method of providing access to a shared communication channel in a wireless network including multiple wireless stations, the method comprising: performing distributed channel time reservation for contention-free access to a shared wireless channel by each wireless station, based on a prior successful contention by the wireless station for access to the channel in a wireless network, the method characterised by: the performing said distributed channel time reservation comprising: a wireless station contending for access to the channel; upon successful contention, the wireless station obtaining ownership of a channel time block, CTB, by reserving the CTB as a CTB-owner station for transmitting on the channel during the owned CTB; and the wireless station retaining information about the successful contention for performing future contention-free channel reservations. performing distributed channel time reservation for contention-free access to a shared wireless channel by each wireless station, based on a prior successful contention by the wireless station for access to the channel in a wireless network, the method characterised by: the performing said distributed channel time reservation comprising: a wireless station contending for access to the channel; upon successful contention, the wireless station obtaining ownership of a channel time block, CTB, by reserving the CTB as a CTB-owner station for transmitting on the channel during the owned CTB; and the wireless station retaining information about the successful contention for performing future contention-free channel reservations. a wireless station contending for access to the channel; upon successful contention, the wireless station obtaining ownership of a channel time block, CTB, by reserving the CTB as a CTB-owner station for transmitting on the channel during the owned CTB; and the wireless station retaining information about the successful contention for performing future contention-free channel reservations.
A magnetic flux device configured to transmit or receive magnetic flux to or from a space beyond the magnetic flux device, the magnetic flux device comprising: at least a first electrically conductive coil and a second electrically conductive coil, the first coil having a first layer and second layer, the second coil having a third layer and fourth layer, the first layer substantially coplanar with the third layer; and a magnetically permeable material having a substantially planar first surface, a second surface adjoined to the first surface at a first edge, and a third surface adjoined to the first surface at a second edge, the first coil extending over the first edge and intersecting a plane of the first surface, the second coil extending over the second edge and intersecting the plane of the first surface. at least a first electrically conductive coil and a second electrically conductive coil, the first coil having a first layer and second layer, the second coil having a third layer and fourth layer, the first layer substantially coplanar with the third layer; and a magnetically permeable material having a substantially planar first surface, a second surface adjoined to the first surface at a first edge, and a third surface adjoined to the first surface at a second edge, the first coil extending over the first edge and intersecting a plane of the first surface, the second coil extending over the second edge and intersecting the plane of the first surface.
Apparatus for the positioning of a cloth piece on a sewing machine, comprising a loader with a movable arm comprising, in turn, at least one gripping element; wherein the gripping element comprises a block from which a first hook and a second hook protrude, which are spaced apart and movable relative to each other, so that the first hook and the second hook move away or approach each other; said first hook has a pointed end which faces the half-space opposite to that in which the second hook rests, said second hook has a pointed end which faces the half-space opposite to that in which the first hook rests, so that when the gripping element is placed adjacent to the cloth piece, the first hook and the second hook move away from each other and grasp the cloth piece; characterized by the fact that a first blade is comprised and is movable relative to the block, a first through slot and a second through slot being formed in said first blade so that when the first blade is approached to the block, the first hook and the second hook protrude from the first slot and second slot, respectively, while when the first blade is moved away from the block, the first hook and the second hook are sheltered by said first blade.
An image processing device comprising: an image sequence acquisition section configured to acquire an image sequence that includes a plurality of constituent images; and a processing section configured to perform an image summarization process that deletes some of the plurality of constituent images included in the image sequence acquired by the image sequence acquisition section to generate a summary image sequence, the processing section is configured to select a reference image and a determination target image from the plurality of constituent images, detect an unnecessary area within the determination target image, and calculate a loss area based on deformation information about the reference image and the determination target image, and the unnecessary area, the unnecessary area being an area in which an object that is unnecessary for a diagnosis process performed using the acquired image sequence is captured, or an area in which an object is not sufficiently captured, and the loss area being an area that is lost when the determination target image is deleted, wherein the processing section is further configured to determine whether or not the determination target image can be deleted based on the calculated loss area. an image sequence acquisition section configured to acquire an image sequence that includes a plurality of constituent images; and a processing section configured to perform an image summarization process that deletes some of the plurality of constituent images included in the image sequence acquired by the image sequence acquisition section to generate a summary image sequence, the processing section is configured to select a reference image and a determination target image from the plurality of constituent images, detect an unnecessary area within the determination target image, and calculate a loss area based on deformation information about the reference image and the determination target image, and the unnecessary area, the unnecessary area being an area in which an object that is unnecessary for a diagnosis process performed using the acquired image sequence is captured, or an area in which an object is not sufficiently captured, and the loss area being an area that is lost when the determination target image is deleted, wherein the processing section is further configured to determine whether or not the determination target image can be deleted based on the calculated loss area.
An electric submersible pumping system comprising: an electric motor; a pump assembly driven by the electric motor; and a sensor module including a proximal end connected to the electric motor and a distal end positioned at the terminal end of the pumping system, wherein the sensor module comprises a detachable sensor array that can be selectively released from the sensor module, a pass-through providing a sealed passage for carrying electrical wiring to the motor and a motorized hatch at the distal end including two doors (126a,126b) that can be controllably opened and closed, the sensor module including an outer housing and the doors (126a,126b) are hinged to the outer housing. an electric motor; a pump assembly driven by the electric motor; and a sensor module including a proximal end connected to the electric motor and a distal end positioned at the terminal end of the pumping system, wherein the sensor module comprises a detachable sensor array that can be selectively released from the sensor module, a pass-through providing a sealed passage for carrying electrical wiring to the motor and a motorized hatch at the distal end including two doors (126a,126b) that can be controllably opened and closed, the sensor module including an outer housing and the doors (126a,126b) are hinged to the outer housing.
A downhole casing cutting tool, comprising: an elongated main body having a bore therethrough; a plurality of blades rotatably attached to said main body, movable between a first position retracted in said main body and a second position rotated outwardly substantially at right angles to said main body, said blades comprising heel portions providing bearing surfaces for causing rotation of said blades; a piston slidably disposed in said bore of said main body, said piston having a longitudinal bore therethrough, whereby fluid pumped through said bore of said main body and said bore of said piston forces said piston downward, bearing against said heel portions of said blades and rotating them to said second position; a plurality of stabilizing arms rotatably attached to said main body, movable between a first position retracted in said main body and a second position rotated outwardly substantially at right angles to said main body, said stabilizing arms dimensioned so as to substantially span an inner diameter of a casing string; a link joining said blades and said stabilizing arms, said link operatively coupled to said stabilizing arms so as to rotate said stabilizing arms outward when said blades rotate outward, characterised in that the rotation of said blades moves said link. an elongated main body having a bore therethrough; a plurality of blades rotatably attached to said main body, movable between a first position retracted in said main body and a second position rotated outwardly substantially at right angles to said main body, said blades comprising heel portions providing bearing surfaces for causing rotation of said blades; a piston slidably disposed in said bore of said main body, said piston having a longitudinal bore therethrough, whereby fluid pumped through said bore of said main body and said bore of said piston forces said piston downward, bearing against said heel portions of said blades and rotating them to said second position; a plurality of stabilizing arms rotatably attached to said main body, movable between a first position retracted in said main body and a second position rotated outwardly substantially at right angles to said main body, said stabilizing arms dimensioned so as to substantially span an inner diameter of a casing string; a link joining said blades and said stabilizing arms, said link operatively coupled to said stabilizing arms so as to rotate said stabilizing arms outward when said blades rotate outward, characterised in that the rotation of said blades moves said link.
An aqueous coating composition, the aqueous coating composition comprising: a) an acrylic polyester resin, obtainable by grafting an acrylic polymer with a polyester material, the polyester material being obtainable by polymerizing: i) a polyacid component, with ii) a polyol component, including - 2,2,4,4-tetraalkylcyclobutane-1,3-diol wherein one of the polyacid component or the polyol component comprises a functional monomer operable to impart functionality on to the polyester resin, such that an acrylic polymer may be grafted with the polyester material via the use of said functionality, b) a crosslinking material. a) an acrylic polyester resin, obtainable by grafting an acrylic polymer with a polyester material, the polyester material being obtainable by polymerizing: i) a polyacid component, with ii) a polyol component, including - 2,2,4,4-tetraalkylcyclobutane-1,3-diol wherein one of the polyacid component or the polyol component comprises a functional monomer operable to impart functionality on to the polyester resin, such that an acrylic polymer may be grafted with the polyester material via the use of said functionality, i) a polyacid component, with ii) a polyol component, including - 2,2,4,4-tetraalkylcyclobutane-1,3-diol b) a crosslinking material.
Door handle, particularly for a motor vehicle, having a handle body which has at least one opening or recess, which can be covered by a cover element, wherein the opening serves to accommodate the cover element, which is embodied as a screen that covers the opening wherein at least one energy store (10, 110, 111) is assigned to the cover element, wherein a functional part in the form of a locking cylinder is arranged behind the cover element and can be brought from a passive position, particularly a rest position into an active position, particularly an operating position when the door handle is actuated, wherein the cover element is only movable by the handle body to expose the opening when the door handle has left the passive position, the opening is positioned over the locking cylinder in the passive position, so that the locking cylinder can be accessed by the user after the cover element has left the opening exposed, characterized in that the user has access to the locking cylinder when the cover element over the opening has been moved to the side.
Method for activating a parking lock system in the drive train of a vehicle with at least one electric machine which has a transmission and is connected to driven wheels, with the following method steps: a) comparison of the rotational speed n E of the at least one electric machine with a transmission with a predefined limit rotational speed n G which represents a threshold value, b) for the case where the rotational speed n E undershoots the limit rotational speed n G, triggering of an actuating command for actuating an actuator system for activating the parking lock system takes place, c) for the case where the rotational speed n E exceeds the limit rotational speed n G, triggering of an actuating command for actuating an actuator system for activating the parking lock system is delayed by a time period Δt, by, after expiry of the time period Δt, d) a second comparison stage being cycled through as long as n E > n G and, when n E ≤ n G is reached, branching to method step b). a) comparison of the rotational speed n E of the at least one electric machine with a transmission with a predefined limit rotational speed n G which represents a threshold value, b) for the case where the rotational speed n E undershoots the limit rotational speed n G, triggering of an actuating command for actuating an actuator system for activating the parking lock system takes place, c) for the case where the rotational speed n E exceeds the limit rotational speed n G, triggering of an actuating command for actuating an actuator system for activating the parking lock system is delayed by a time period Δt, by, after expiry of the time period Δt, d) a second comparison stage being cycled through as long as n E > n G and, when n E ≤ n G is reached, branching to method step b).
Method for the supplying of energy to vehicles which incorporate battery modules consisting of replacement batteries, with at least one replacement device for the replacement and transportation of the battery modules and with at least one battery storage for the storage and charging of the battery modules, whereby the withdrawal of the battery modules from the vehicle and the loading of the vehicle with battery modules is realised by means of the replacement device, whereby the vehicle battery comprises, depending on the type of vehicle, two or more of these battery modules, and whereby the battery modules are only electrically connected with each other after insertion in the vehicle by means of on-board contacts, characterised in that the replacement device is automated, that depending on the type of vehicle, there are two or more receiving spaces for the battery modules in which one of these battery modules each is inserted, that the energy contained in the battery modules is withdrawn simultaneously, that the battery modules are independent of each other and are grouped into new battery sets that are suitable for the respective type of vehicle with regard to performance and number in the battery replacement station before the vehicle is loaded.
A cooling apparatus for an internal combustion engine, the internal combustion engine providing a coolant passage (23, 24), the cooling apparatus comprising: a main circuit provided with a radiator; a warm-up circuit that allows a coolant to bypass the main circuit; a coolant pump configured to discharge the coolant toward the coolant passage (23, 24); a pre-branching passage configured to be communicated with an outlet side of the coolant passage (23, 24), and communicated with one end of the main circuit and the warm-up circuit, the other end of the main circuit being connected to an inlet of a thermostat switchable between an open and a closed state; and a coolant temperature sensor configured to detect a coolant temperature inside the pre-branching passage; the cooling apparatus being characterized by further comprising: an agitator disposed downstream of the coolant temperature sensor with regard to the operation direction of the coolant pump, the agitator being disposed at a boundary between the pre-branching passage and the main circuit or adjacent to the boundary, the agitator being formed of wires configured to agitate the coolant while the coolant is circulated between the main circuit and the pre-branching passage, when the coolant pump is off and the thermostat is in the closed state. a main circuit provided with a radiator; a warm-up circuit that allows a coolant to bypass the main circuit; a coolant pump configured to discharge the coolant toward the coolant passage (23, 24); a pre-branching passage configured to be communicated with an outlet side of the coolant passage (23, 24), and communicated with one end of the main circuit and the warm-up circuit, the other end of the main circuit being connected to an inlet of a thermostat switchable between an open and a closed state; and a coolant temperature sensor configured to detect a coolant temperature inside the pre-branching passage;