mhurhangee/ep-ind-claims huggingface dataset:
Clamping element for fastening bicycle components, in particular brake/gearshift units, to bicycle handlebars, in particular racing bicycle handlebars, comprising a first clamping part adapted to be connected with the brake/gearshift unit, and a second clamping part releasably connected with the first clamping part, wherein the first and the second clamping part (10, 20) form a closed opening in which the handlebar is arranged in the mounted state, and the clamping parts (10, 20) are connected with each other by two bolts, characterized in that the first clamping part or the second clamping part comprises two lugs (22, 24) each having a bolt hole for the connection by bolts, said lugs engaging around an end part of the other clamping part (10, 20), the end parts each having an opening which, for the insertion of a bolt, is in alignment with the bolt holes. a first clamping part adapted to be connected with the brake/gearshift unit, and a second clamping part releasably connected with the first clamping part, wherein the first and the second clamping part (10, 20) form a closed opening in which the handlebar is arranged in the mounted state, and the clamping parts (10, 20) are connected with each other by two bolts, characterized in that the first clamping part or the second clamping part comprises two lugs (22, 24) each having a bolt hole for the connection by bolts, said lugs engaging around an end part of the other clamping part (10, 20), the end parts each having an opening which, for the insertion of a bolt, is in alignment with the bolt holes.
An ultrasonic imaging device, comprising: an image generator configured, using a probe configured to transmit first and second ultrasonic waves different from each other into a specimen through the surface of the specimen and receive the first and second ultrasonic waves reflected on the inside of the specimen, to generate a first ultrasonic image based on the first ultrasonic wave received by the probe and generate a second ultrasonic image based on the second ultrasonic wave received by the probe; a spatial relationship calculating module configured to calculate a spatial relationship between two different positions on the surface of the specimen based on two first ultrasonic images and two second ultrasonic images, the two first ultrasonic images being generated by the image generator based on the first ultrasonic waves received by the probe at the two positions, and the two second ultrasonic images being generated by the image generator based on the second ultrasonic waves received by the probe at the two positions; and an image synthesizing module configured to synthesize one of the first and second ultrasonic images (701,702) at one of the two positions with the one of the first and second ultrasonic images (701,702) at the other position based on the relationship between the two positions calculated by the spatial relationship calculating module, wherein the probe transmits the first and second ultrasonic waves by different scanning modes and/or at different frequencies. an image generator configured, using a probe configured to transmit first and second ultrasonic waves different from each other into a specimen through the surface of the specimen and receive the first and second ultrasonic waves reflected on the inside of the specimen, to generate a first ultrasonic image based on the first ultrasonic wave received by the probe and generate a second ultrasonic image based on the second ultrasonic wave received by the probe; a spatial relationship calculating module configured to calculate a spatial relationship between two different positions on the surface of the specimen based on two first ultrasonic images and two second ultrasonic images, the two first ultrasonic images being generated by the image generator based on the first ultrasonic waves received by the probe at the two positions, and the two second ultrasonic images being generated by the image generator based on the second ultrasonic waves received by the probe at the two positions; and an image synthesizing module configured to synthesize one of the first and second ultrasonic images (701,702) at one of the two positions with the one of the first and second ultrasonic images (701,702) at the other position based on the relationship between the two positions calculated by the spatial relationship calculating module, wherein the probe transmits the first and second ultrasonic waves by different scanning modes and/or at different frequencies.
A method for controlling a drone (500, 600) using a mobile terminal (100, 200, 300, 400), the method comprising: establishing communication with a drone; displaying a screen for controlling the drone on a touchscreen (151, 251, 351) of the mobile terminal, wherein the displayed screen comprises a map; characterized by: the map including a location of the terminal; and further by; causing a change in altitude of the drone in response to a first drag input received via the touchscreen in a first direction; causing the drone to rotate about an axis while in flight according to a second direction at which a second drag input is received via the touchscreen; displaying video data obtained via a camera of the drone; transmitting location information related to an object to the drone in response to a touch input received at a point of the displayed screen, the point corresponding to the object; and receiving video data including the object from the drone. establishing communication with a drone; displaying a screen for controlling the drone on a touchscreen (151, 251, 351) of the mobile terminal, wherein the displayed screen comprises a map; characterized by: the map including a location of the terminal; and further by; the map including a location of the terminal; and further by; causing a change in altitude of the drone in response to a first drag input received via the touchscreen in a first direction; causing the drone to rotate about an axis while in flight according to a second direction at which a second drag input is received via the touchscreen; displaying video data obtained via a camera of the drone; transmitting location information related to an object to the drone in response to a touch input received at a point of the displayed screen, the point corresponding to the object; and receiving video data including the object from the drone.
A method for reconfiguring a wireless sensor network organised in a tree architecture, said network comprising nodes of a first type, called coordinating anchors, capable of receiving and emitting a beacon signal and nodes of a second type, called subordinate anchors, capable of receiving a beacon signal for synchronising with the network, the nodes being additionally connected by an auxiliary channel to a central server, characterised in that, when a node loses its synchronisation with the network, it informs the central server about it and the latter infers, from the network topology, the coordinating anchor originating the synchronisation loss and the network sub-tree affected by the synchronisation loss, the central server selects a couple of nodes consisting of a first node belonging to said sub-tree and a second node belonging to the rest of the network ( S\ST), and if the second node is a subordinate anchor, transmits a transformation command to it in order to transform it into a coordinating anchor, the first node synchronising with the network by means of the beacon signal emitted by the second node thus transformed.
A system (2, 26, 42, 64, 88, 98) for cooling at least one heat producing device in an aircraft, comprising at least one coolant circuit through which a coolant flows in order to absorb heat from the heat producing device, wherein the coolant circuit comprises a feed line arranged upstream of the heat producing device, and a return line arranged downstream of the heat producing device, and a heat dissipation device, which thermally communicates with the return line of the coolant circuit, for dissipating heat from the coolant circuit, and characterised by a temperature spreading device (14, 52, 70, 90, 100) for reducing the temperature of the coolant in the feed line of the coolant circuit and for simultaneously increasing a heat dissipation temperature of the heat dissipation device relative to the temperature of the coolant in the return line of the coolant circuit.
A processor for performing a Fast Fourier Transform, comprising: at least one radix-2 butterfly structure; at least one radix-4 butterfly structure; a buffer structure for inputting a data stream and storing data output from the radix-2 and radix-4 butterfly structures; FFT logic configured to perform an FFT on a data stream in multiple stages by alternately coupling the data stream to inputs of the radix-2 butterfly structure or to inputs of the radix-4 butterfly structure, the FFT logic being capable of performing at least two different resolution fast Fourier transforms dependent on the inputs selected; wherein the lower resolution of the at least two different resolutions is half of the higher resolution of the at least two different resolutions; and address generation logic configured to generate buffer addresses for the buffer structure during the multiple stages by reordering bits of a sequential counter, the buffer structure comprising at least first and second buffers arranged as two parallel banks of N entries and entries separated by N are written into adjacent halves of the same addressable location, wherein N is the number of data points corresponding to the lower resolution of the at least two different resolutions. at least one radix-2 butterfly structure; at least one radix-4 butterfly structure; a buffer structure for inputting a data stream and storing data output from the radix-2 and radix-4 butterfly structures; FFT logic configured to perform an FFT on a data stream in multiple stages by alternately coupling the data stream to inputs of the radix-2 butterfly structure or to inputs of the radix-4 butterfly structure, the FFT logic being capable of performing at least two different resolution fast Fourier transforms dependent on the inputs selected; wherein the lower resolution of the at least two different resolutions is half of the higher resolution of the at least two different resolutions; and address generation logic configured to generate buffer addresses for the buffer structure during the multiple stages by reordering bits of a sequential counter, the buffer structure comprising at least first and second buffers arranged as two parallel banks of N entries and entries separated by N are written into adjacent halves of the same addressable location, wherein N is the number of data points corresponding to the lower resolution of the at least two different resolutions.
A coating composition comprising a (poly)ethylene (meth)acrylic acid copolymer composite latex emulsion prepared by a method comprising: a) mixing a (poly)ethylene (meth)acrylic acid copolymer and a neutralizer in water to form a mixture; and b) mixing the mixture with an ethylenically unsaturated monomer component to form a (poly)ethylene (meth)acrylic acid copolymer composite latex emulsion. a) mixing a (poly)ethylene (meth)acrylic acid copolymer and a neutralizer in water to form a mixture; and b) mixing the mixture with an ethylenically unsaturated monomer component to form a (poly)ethylene (meth)acrylic acid copolymer composite latex emulsion.
A method of receiving, determining, and displaying an airport taxi route for a vehicle navigating within an airport, comprising: receiving an input text string representing at least a portion of the airport taxi route from a crewmember on board the vehicle; determining a matching route component; adding the matching route component to the airport taxi route; and displaying the airport taxi route, characterised by further comprising: parsing a first substring from the input text string, wherein step of determining the matching route component comprises determining the matching route component corresponding to the first substring; if no matching route component corresponding to the first substring is determined, determining if a route component partially matches the first substring; if a route component partially matches, updating the first substring by concatenating the first substring with a second substring parsed from the input text string; and repeating determining a matching route component corresponding to the first substring. receiving an input text string representing at least a portion of the airport taxi route from a crewmember on board the vehicle; determining a matching route component; adding the matching route component to the airport taxi route; and displaying the airport taxi route, parsing a first substring from the input text string, wherein step of determining the matching route component comprises determining the matching route component corresponding to the first substring; if no matching route component corresponding to the first substring is determined, determining if a route component partially matches the first substring; if a route component partially matches, updating the first substring by concatenating the first substring with a second substring parsed from the input text string; and repeating determining a matching route component corresponding to the first substring.
An inverter unit comprising: a first circuit board (10, 10A) and a second circuit board arranged at a predetermined space to face each other and having respective main circuit forming areas (A1, A3); a plurality of power devices mounted in the main circuit forming area of the first circuit board (10, 10A); a main circuit including the plurality of power devices; a plurality of capacitors electrically connected to the plurality of the power devices and mounted in the main circuit forming area of the second circuit board; and a control circuit controlling the operation of the main circuit, characterized in that the second circuit board includes a control circuit forming area separated from the main circuit forming area of the second circuit board and the control circuit includes a first control circuit formed in the control circuit forming area on the second circuit board. a first circuit board (10, 10A) and a second circuit board arranged at a predetermined space to face each other and having respective main circuit forming areas (A1, A3); a plurality of power devices mounted in the main circuit forming area of the first circuit board (10, 10A); a main circuit including the plurality of power devices; a plurality of capacitors electrically connected to the plurality of the power devices and mounted in the main circuit forming area of the second circuit board; and a control circuit controlling the operation of the main circuit, the second circuit board includes a control circuit forming area separated from the main circuit forming area of the second circuit board and the control circuit includes a first control circuit formed in the control circuit forming area on the second circuit board.
A light emitting diode, LED, filament arrangement, comprising at least one LED filament comprising an array of a plurality of light emitting diodes, LEDs, arranged for emitting light during operation and at least one light distribution element (200, 200a, 200b) comprising a solid, at least partially translucent material and a hole at least partially enclosing the at least one LED filament, wherein the at least one light distribution element (200, 200a, 200b) has a conical shape having an apex and a base that are connected by the sides, said one light distribution element (200, 200a, 200b) is configured to at least partially refract the light and emit said light via the sides, and at least partially reflect the light by total internal reflection and emit said light via the base. at least one LED filament comprising an array of a plurality of light emitting diodes, LEDs, arranged for emitting light during operation and at least one light distribution element (200, 200a, 200b) comprising a solid, at least partially translucent material and a hole at least partially enclosing the at least one LED filament, wherein the at least one light distribution element (200, 200a, 200b) has a conical shape having an apex and a base that are connected by the sides, said one light distribution element (200, 200a, 200b) is configured to at least partially refract the light and emit said light via the sides, and at least partially reflect the light by total internal reflection and emit said light via the base.
An insertion device (10; 110) for accessing an access port implanted under the skin of a patient with a needle assembly, the insertion device (10; 110) comprising: a body, a stabilizing portion configured to stabilize a position of the implanted access port when placed on the skin of the patient atop the implanted access port; and a guide portion configured to guide a needle of the needle assembly along a predetermined path such that the needle transcutaneously pierces a septum of the implanted access port, wherein the body defines an open-ended cavity, in which a portion of the needle assembly is removably disposed; the stabilizing portion and the guide portion are included on the body of the insertion device 10; 110) the stabilizing portion further comprises a distal end of the body defining a perimeter about the cavity, the perimeter circumscribing a portion of the implanted access port when the insertion device ( 10; 110 is placed on the skin of the patient atop the implanted access port, characterized in that the insertion device (10; 110) is configured such that, once a needle of the needle assembly is inserted into the access port, the insertion device (10; 110) can be removed from the needle assembly and the needle assembly can be used a body, a stabilizing portion configured to stabilize a position of the implanted access port when placed on the skin of the patient atop the implanted access port; and a guide portion configured to guide a needle of the needle assembly along a predetermined path such that the needle transcutaneously pierces a septum of the implanted access port, wherein the body defines an open-ended cavity, in which a portion of the needle assembly is removably disposed; the stabilizing portion and the guide portion are included on the body of the insertion device 10; 110) the stabilizing portion further comprises a distal end of the body defining a perimeter about the cavity, the perimeter circumscribing a portion of the implanted access port when the insertion device ( 10; 110 is placed on the skin of the patient atop the implanted access port, characterized in that the insertion device (10; 110) is configured such that, once a needle of the needle assembly is inserted into the access port, the insertion device (10; 110) can be removed from the needle assembly and the needle assembly can be used
An assembly for a synchronization of a manual gearbox, comprising a transmitter and first and second synchronizer rings which are connected with each other, the transmitter having at least one locating opening, and the two synchronizer rings being connected with each other through this locating opening by a form-fitting connection (40, 42; 40, 48; 50), and the transmitter being provided on both sides with a respective transmission toothing which can be caused to engage in a coupling toothing that is associated with each speed change gear (12, 14), characterized in that each of the two synchronizer rings includes at least two connecting tabs which extend towards the respective other synchronizer ring, each of the connecting tabs being provided with a form-fitting configuration (40, 42; 40, 48; 50).
A pharmaceutical composition for use in a method of treating a subject having cancer comprising orally administering to the subject the pharmaceutical composition comprising a therapeutically effective amount of 5-azacytidine, wherein the composition is an immediate release composition and wherein the cancer is acute myelogenous leukemia.
A controller for a heart pump, the controller including a processing system that: a) detects movement of an impeller within a cavity in a first axial direction, the cavity including at least one inlet (141, 142) and at least one outlet (151, 152), and the impeller including vanes (131, 132) for urging fluid from the inlet (141, 142) to the outlet (151, 152); b) causes an axial magnetic bearing to move the impeller in a second axial direction opposite the first axial direction, the magnetic bearing including at least one coil for controlling an axial position of the impeller within the cavity; and, c) causes the magnetic bearing to control the axial position of the impeller, characterised in that the processing system detects an indicator indicative of the power used by the magnetic bearing by monitoring the current drawn by the magnetic bearing and causes the magnetic bearing to control the axial position of the impeller in accordance with the indicator to thereby control a fluid flow between the inlet (141, 142) and the outlet (151, 152). a) detects movement of an impeller within a cavity in a first axial direction, the cavity including at least one inlet (141, 142) and at least one outlet (151, 152), and the impeller including vanes (131, 132) for urging fluid from the inlet (141, 142) to the outlet (151, 152); b) causes an axial magnetic bearing to move the impeller in a second axial direction opposite the first axial direction, the magnetic bearing including at least one coil for controlling an axial position of the impeller within the cavity; and, c) causes the magnetic bearing to control the axial position of the impeller, characterised in that the processing system detects an indicator indicative of the power used by the magnetic bearing by monitoring the current drawn by the magnetic bearing and causes the magnetic bearing to control the axial position of the impeller in accordance with the indicator to thereby control a fluid flow between the inlet (141, 142) and the outlet (151, 152).
A water valve, the water valve comprising: a housing having an inlet and an outlet and a flow path extending through the housing between the inlet and the outlet; a valve member assembly situated within the flow path and operable to selective open and close the flow path; a guide tube, the guide tube mounted to the housing; a solenoid actuator mounted to the guide tube; wherein the guide tube includes an axially facing first mating surface arranged perpendicularly relative to a longitudinal axis of the guide tube and wherein the housing includes an axially facing second mating surface arranged perpendicularly to a longitudinal axis of the housing; wherein the first and second axially facing mating surfaces (58, 70) abut one another in a pre-bonded configuration of the water valve; characterized in that the guide tube and housing form a joint at the outer periphery of the water valve by a laser welding operation at an interface of the first and second axially facing mating surfaces (58, 70). a housing having an inlet and an outlet and a flow path extending through the housing between the inlet and the outlet; a valve member assembly situated within the flow path and operable to selective open and close the flow path; a guide tube, the guide tube mounted to the housing; a solenoid actuator mounted to the guide tube; wherein the guide tube includes an axially facing first mating surface arranged perpendicularly relative to a longitudinal axis of the guide tube and wherein the housing includes an axially facing second mating surface arranged perpendicularly to a longitudinal axis of the housing; wherein the first and second axially facing mating surfaces (58, 70) abut one another in a pre-bonded configuration of the water valve; characterized in that the guide tube and housing form a joint at the outer periphery of the water valve by a laser welding operation at an interface of the first and second axially facing mating surfaces (58, 70).