mhurhangee/ep-ind-claims huggingface dataset:
A household oven comprising an outer boxlike casing which is internally provided with a inner cooking cavity for housing the food products to be cooked and that communicates with the outside via an access opening realized on the front face of the casing, a front door which is hinged to the front face of the casing to rotate to and from a closing position in which the front door rests against the front face of the casing to close the access opening realized therein, and an internal heating assembly which is structured for heating and/or maintaining the inside of the inner cooking cavity at a given cooking temperature; wherein the household oven also comprises a push-push handle which is positioned in a seat realized in the outer face of the front door, and is structured for alternatively assuming a stable withdrawn position in which the push-push handle remains motionless completely housed into the front door and forms part of the outer face of the front door, and a stable extracted position in which the push-push handle motionless partly protrudes out of the outer face of the front door so as to be seizable by the user, the push-push handle comprising a vessel which is recessed into the seat on the front door and a substantially flat lid which is located within the vessel and is pivotally jointed to the vessel, characterized in that the vessel is basin-shaped and provided with a snap-on locking mechanism for irremovably anchoring the vessel into the seat on the outer face of the front door, wherein this snap-on locking mechanism consists in a number of flexible flaps and/or tongues, which outwardly project from the vessel and hook onto the rear face of outer door-panel.
Sliding door having a door leaf, a floor seal arranged in a groove at a lower end of the door leaf, and a guide element which engages in the groove, between a housing of a floor seal and a groove wall of the groove, characterized in that the sliding door has a first seal for inserting into the groove to seal a gap between the housing and a groove wall of the groove, wherein the first seal is arranged in the ground of the groove, between the housing of the floor seal and the groove wall and above the guide element.
Portable machine tool having a disc tool (30; 130; 230), in particular a grinding disc or polishing disc, and a drive motor which is arranged in a machine housing for driving the disc tool (30; 130; 230) to produce an oscillating and/or rotating and/or eccentric movement of a processing face (31; 131; 231) of the disc tool (30; 130; 230), wherein the portable machine tool (10; 110; 210) can be guided with the processing face (31; 131; 231) forwards in a main working direction and laterally transversely relative to the main working direction in at least one transverse working direction (QR, QL) for a grinding or polishing operation of a workpiece surface, wherein the portable machine tool (10; 110; 210) has for the disc tool (30; 130; 230) a covering device (60; 160; 260) which has at least one protection wall (77, 78) which is arranged upstream of at least one side face (47, 48, 49) of the disc tool (30; 130; 230) which extends beside the processing face (31; 131; 231) with respect to the main working direction and/or the at least one transverse working direction (QR/QL) in order to protect against contact with obstacles (HV, HR, HL), and wherein the at least one protection wall (77, 78) has with respect to the main working direction and/or the at least one transverse working direction (QR, QL) at least one recess (71; 171; 271) through which the disc tool (30; 130; 230) protrudes with a side edge region (42; 142; 242) freely in front of an outer peripheral contour (80; 180; 280) of the covering device (60; 160; 260) in the region of the processing face (31; 131; 231) so that an edge portion or corner region of the processing face (31; 131; 231) of the disc tool (30; 130; 230), which portion or region extends as far as the side edge region (42, 142, 242), is ready in a state unimpeded by the at least one protection wall (77, 78) for an edge-side processing operation of the workpiece surface, characterised in that the covering device (60; 160; 260) is constructed in the manner of a clamp or brace whose lateral members (63; 64) surround the machine housing at mutually opposing sides.
A method of generating a display representing a number of interactions occurring over a period of time, the method comprising: receiving data defining a set of interactions, each of the interactions identifying a first and a second interacting element and a time value; determining an initial ordering for the interacting elements identified by the received data; iteratively modifying the initial ordering to minimize a cost function indicative of the standard deviation of distance values for the distances in the ordering between the relative positions of pairs of interacting elements corresponding to interactions in the set of interactions and a measurement of visual overlap; and generating a display where individual interactions from the set of interactions are displayed as lines connecting co-ordinates corresponding to the positions in the determined ordering of the first and second interacting elements defining an interaction and the time value associated with the interaction. receiving data defining a set of interactions, each of the interactions identifying a first and a second interacting element and a time value; determining an initial ordering for the interacting elements identified by the received data; iteratively modifying the initial ordering to minimize a cost function indicative of the standard deviation of distance values for the distances in the ordering between the relative positions of pairs of interacting elements corresponding to interactions in the set of interactions and a measurement of visual overlap; and generating a display where individual interactions from the set of interactions are displayed as lines connecting co-ordinates corresponding to the positions in the determined ordering of the first and second interacting elements defining an interaction and the time value associated with the interaction.
Method of producing a bundle of book blocks (3 1...n), in which several printed sheets are gathered to form a book block (3 1...n) and several book blocks (3 1...n) with the same orientation each standing on lower edges of the printed sheets are combined to form a bundle and compressed, wherein two adjacent book blocks (3 1...n) each are offset from one another before the compressing operation and fixed in position after the compressing operation, characterised in that one book block (3 1...n) is offset parallel to the lower edges of the printed sheets and transversely to a height of the bundle to be formed in such a manner that a side edge (17 1...n) of the book block (3 1...n) projects relative to a side edge (17 1...n) of an adjacent book block (3 1...n).
A computer program comprising instructions which, when the program is executed by a processor, cause the processor to perform a method associated with a respiratory therapy device for determining whether high flow therapy is being used by a patient, the method comprising: calculating, by evaluation of one or more signals from one or more sensors, a magnitude of variation within a breathing rate frequency band of a property of a flow of air being delivered by the respiratory therapy device along an air circuit to an unsealed patient interface over a window of predetermined duration, the breathing rate frequency band defined by an upper cutoff frequency and a lower cutoff frequency, wherein the property of the flow of air comprises a total flow rate of the flow of air (7020, 7030, 7035, 7040), determining whether the magnitude of variation is greater than a magnitude threshold, and generating, dependent on the determining, an output indication of whether high flow therapy is being used by the patient (7060, 7070), characterized in that the calculating comprises applying, to one of the one or more signals, a band-pass filter with the upper and lower cutoff frequencies being approximate upper and lower limits of human breathing rate at rest. calculating, by evaluation of one or more signals from one or more sensors, a magnitude of variation within a breathing rate frequency band of a property of a flow of air being delivered by the respiratory therapy device along an air circuit to an unsealed patient interface over a window of predetermined duration, the breathing rate frequency band defined by an upper cutoff frequency and a lower cutoff frequency, wherein the property of the flow of air comprises a total flow rate of the flow of air (7020, 7030, 7035, 7040), determining whether the magnitude of variation is greater than a magnitude threshold, and generating, dependent on the determining, an output indication of whether high flow therapy is being used by the patient (7060, 7070), characterized in that the calculating comprises applying, to one of the one or more signals, a band-pass filter with the upper and lower cutoff frequencies being approximate upper and lower limits of human breathing rate at rest.
An apparatus (600, 800) for image guided radiation treatment (IGRT) of a target, the apparatus comprising: a first rotatable gantry structure (604, 804), the target being positionable in an initial treatment position relative to the IGRT apparatus during a setup interval, said initial treatment position being along an axis of rotation of said first rotatable gantry structure; a radiation treatment head; a treatment guidance imaging system including a first x-ray cone beam imaging source and a first imaging detector; means for receiving a pre-acquired image data set of the target acquired in a reference frame generally independent of a reference frame of the IGRT apparatus; means for operating said first x-ray cone beam imaging source and said first imaging detector to acquire, subsequent to said patient setup interval, a first population of x-ray cone beam projection images of the target for a respective first population of gantry angles and acquisition times; means for processing the first population of x-ray cone beam projection images to compute therefrom a time sequence of sliding-window tomosynthesis reconstructed image volumes characterized in that each subsequent member of said time sequence is computed using at least one same x-ray cone beam projection image as used in computing at least one previous member of said time sequence; and means for operating the radiation treatment head to deliver treatment radiation to the target based at least in part on a comparison between each of said time sequence of sliding-window tomosynthesis reconstructed image volumes and said pre-acquired image data set. a first rotatable gantry structure (604, 804), the target being positionable in an initial treatment position relative to the IGRT apparatus during a setup interval, said initial treatment position being along an axis of rotation of said first rotatable gantry structure; a radiation treatment head; a treatment guidance imaging system including a first x-ray cone beam imaging source and a first imaging detector; means for receiving a pre-acquired image data set of the target acquired in a reference frame generally independent of a reference frame of the IGRT apparatus; means for operating said first x-ray cone beam imaging source and said first imaging detector to acquire, subsequent to said patient setup interval, a first population of x-ray cone beam projection images of the target for a respective first population of gantry angles and acquisition times; means for processing the first population of x-ray cone beam projection images to compute therefrom a time sequence of sliding-window tomosynthesis reconstructed image volumes characterized in that each subsequent member of said time sequence is computed using at least one same x-ray cone beam projection image as used in computing at least one previous member of said time sequence; and means for operating the radiation treatment head to deliver treatment radiation to the target based at least in part on a comparison between each of said time sequence of sliding-window tomosynthesis reconstructed image volumes and said pre-acquired image data set.
A cooling system comprising: a compressor rack including a plurality of compressors, each said compressor associated with a temperature sensor and a pressure sensor (146, 148); a controller dedicated to each compressor of said plurality of compressors and operable to receive sensor data indicative of operational characteristics of a respective compressor, each controller including a memory operable to store configuration data specific to said compressor; and a system master (254, 256, 258, 260, 262) in communication with each controller; characterised in that said system master (254, 256, 258, 260, 262) is operable to request each said controller to send said configuration data to said system master (254, 256, 258, 260, 262), whereupon each said controller is operable to send to said system master (254, 256, 258, 260, 262) an image of the configuration data, said system master (254, 256, 258, 260, 262) being operable to modify the configuration data, or construct a new image of the configuration data, and send said modified or new configuration data to said controller. a compressor rack including a plurality of compressors, each said compressor associated with a temperature sensor and a pressure sensor (146, 148); a controller dedicated to each compressor of said plurality of compressors and operable to receive sensor data indicative of operational characteristics of a respective compressor, each controller including a memory operable to store configuration data specific to said compressor; and a system master (254, 256, 258, 260, 262) in communication with each controller; characterised in that said system master (254, 256, 258, 260, 262) is operable to request each said controller to send said configuration data to said system master (254, 256, 258, 260, 262), whereupon each said controller is operable to send to said system master (254, 256, 258, 260, 262) an image of the configuration data, said system master (254, 256, 258, 260, 262) being operable to modify the configuration data, or construct a new image of the configuration data, and send said modified or new configuration data to said controller.
A surgical instrument for cutting and stapling tissue, the surgical instrument comprising: a handle; a firing member extending from said handle; an electric motor positioned in said handle, wherein said electric motor is configured to operate in a plurality of states, and wherein said electric motor comprises a motor shaft adapted to rotate around a rotation axis, and a resonator comprising a center of mass centered along the axis of rotation of the motor shaft, characterised in that: said electric motor rotates in a first direction when said electric motor is in an advancing state and oscillates between the first direction and a second direction when the electric motor is in a feedback state, and said resonator is mounted to said motor shaft at said center of mass, wherein said resonator is balanced such that the center of mass of the resonator is balanced relative to the axis of rotation of said shaft when said electric motor is in the advancing state, and wherein said resonator is unbalanced such that the center of mass of the resonator is unbalanced relative to the axis of rotation of the shaft when said electric motor is in the feedback state. a handle; a firing member extending from said handle; an electric motor positioned in said handle, wherein said electric motor is configured to operate in a plurality of states, and wherein said electric motor comprises a motor shaft adapted to rotate around a rotation axis, and a resonator comprising a center of mass centered along the axis of rotation of the motor shaft, characterised in that: said electric motor rotates in a first direction when said electric motor is in an advancing state and oscillates between the first direction and a second direction when the electric motor is in a feedback state, and said resonator is mounted to said motor shaft at said center of mass, wherein said resonator is balanced such that the center of mass of the resonator is balanced relative to the axis of rotation of said shaft when said electric motor is in the advancing state, and wherein said resonator is unbalanced such that the center of mass of the resonator is unbalanced relative to the axis of rotation of the shaft when said electric motor is in the feedback state. said electric motor rotates in a first direction when said electric motor is in an advancing state and oscillates between the first direction and a second direction when the electric motor is in a feedback state, and said resonator is mounted to said motor shaft at said center of mass, wherein said resonator is balanced such that the center of mass of the resonator is balanced relative to the axis of rotation of said shaft when said electric motor is in the advancing state, and wherein said resonator is unbalanced such that the center of mass of the resonator is unbalanced relative to the axis of rotation of the shaft when said electric motor is in the feedback state.
A polymethylmethacrylate skin substitute membrane having a thickness of 0.1 mm to 5 mm and a spectral transmittance for light of more than or equal to 290 nm to less than or equal to 400 nm in wavelength of more than or equal to 50 % and less than or equal to 100 %, wherein said polymethylmethacrylate skin substitute membrane comprises a surface provided with chamfered roughness and having an arithmetic mean roughness Sa of more than or equal to 13 μm to less than or equal to 30 μm.
Display device that can be arranged on an inner wall in an interior of a vehicle and is subdivided into a plurality of display panels (4, 6, 13, 16, 30), wherein two directly adjacent display panels (4, 6, 13, 16, 30) are connected to one another along a common axis, wherein said two directly adjacent display panels (4, 6, 13, 16, 30) can be pivoted relative to one another about the common axis, wherein the display device (2, 40) has at least one bending plane (8, 15, 17), wherein at least one display panel (4, 6, 13, 16) can also be pivoted relative to the at least one bending plane (8, 15, 17), wherein for said at least one display panel (4, 6, 13, 16) that can be pivoted relative to the at least one bending plane (8, 15, 17) an angle α can be set, at which angle said at least one display panel (4, 6, 13, 16) that can be pivoted relative to the at least one bending plane (8, 15, 17) emits a display content (12, 14, 22, 24) into the interior relative to the at least one bending plane (8, 15, 17) when a surface of said at least one display panel (4, 6, 13, 16) that can be pivoted relative to the at least one bending plane (8, 15, 17) is oriented in a first operating position perpendicularly to the at least one bending plane (8, 15, 17), wherein the surfaces of the display panels (4, 6, 13, 16) are arranged in the first operating position parallel to one another and next to one another in a common plane and are oriented perpendicularly to the at least one bending plane (8, 15, 17), characterised in that said at least one display panel (4, 6, 13, 16) that can be pivoted relative to the at least one bending plane (8, 15, 17) is pivoted in a second operating position at an angle 90°-α relative to the at least one bending plane (8, 15, 17), wherein said at least one display panel (4, 6, 13, 16) that can be pivoted relative to the bending plane (8, 15, 17) emits the display content (12, 14, 22, 24) in the second operating position into the interior parallel to the at least one bending plane (8, 15, 17).
A system for preventing damage to a power cable (5, 7) for electric power transmission between seabed and a floating offshore wind power plant or within the wind power plant comprising a plurality of wind turbines using non-redundant mooring, after failure of a main loadbearing mooring element (4, 8, 9, 10, 11, 12, 18), wherein the system is characterized by: at least one power cable safety line having the following properties: connected to the same two wind turbines as the power cable it is designed to protect, having an effective length shorter than the power cable it is designed to protect also when exposed to axial forces up to the breaking strength of the power cable safety line, having an effective length longer than what is needed to remain largely unstressed when the distance between the floating wind turbines with intact mooring systems is at its maximum, having a breaking strength being a predetermined breaking strength of 35-70% of the minimum required breaking strength of mooring lines (4,8,9,10), which the main loadbearing mooring elements (4, 8, 9, 10, 11, 12, 18) of the mooring are designed for, and/or at least one seabed power cable safety line having the following properties: being connected to the floating wind turbine from which a seabed power cable exits or enters the wind power plant to or from the seabed, being anchored to existing or separate anchor points on the seabed, not interfering with any normal movements of any existing mooring lines (4, 8, 9, 10, 11, 12), having a restoring force component in the same direction as the seabed power cable, having an effective length longer than what is needed to remain largely unstressed independent of the position of the wind turbine when all main loadbearing mooring elements are intact, and having an effective length short enough to restrict the possible movements of the floating wind turbine, when one of the main loadbearing mooring elements fails, together with the remaining main loadbearing mooring elements (4, 8, 9, 10, 11, 12, 18), such that the at least one seabed power cable safety line takes the mooring loads instead of the power cable. being connected to the floating wind turbine from which a seabed power cable exits or enters the wind power plant to or from the seabed, being anchored to existing or separate anchor points on the seabed, not interfering with any normal movements of any existing mooring lines (4, 8, 9, 10, 11, 12), having a restoring force component in the same direction as the seabed power cable, having an effective length longer than what is needed to remain largely unstressed independent of the position of the wind turbine when all main loadbearing mooring elements are intact, and having an effective length short enough to restrict the possible movements of the floating wind turbine, when one of the main loadbearing mooring elements fails, together with the remaining main loadbearing mooring elements (4, 8, 9, 10, 11, 12, 18), such that the at least one seabed power cable safety line takes the mooring loads instead of the power cable.
A press brake with a lower beam (12; 52; 82), an upper beam, at least the upper beam being movable relative to the lower beam (12; 52; 82), and with a protective device for securing a danger zone of the press brake (11; 51; 81, 101), the protective effect of the protective device being superable by means of an enabling switch (31, 46; 71; 91) that can be operated by an operator, the enabling switch (31; 71; 91) comprising a radiation source (32; 72; 92) and a radiation receiver (33; 93), characterised in that the beam direction of the radiation source (32; 72; 92; 112) of the enabling switch (31; 71; 91; 111) runs in a direction along, preferably in parallel to, the bending line of the press brake (11; 51; 81; 101).