mhurhangee/ep-ind-claims huggingface dataset:
An antenna reflector suitable for installation on an antenna support rod, comprising a main support rod, a left support rod, a right support rod, and a plurality of connecting support members provided among the main support rod, the left support rod and the right support rod, wherein two ends of each connecting support member are respectively rotatably connected with the left support rod and the right support rod with screws; wherein connecting pins are provided between at least two of the connecting support members and the main support rod and allow the respective connecting support members to be rotated relative to the main support rod; axel holes are respectively provided at an upper end and a lower end of the main support rod, through holes which correspond to the axel holes and receive the connecting pins are provided on the respective ones of the at least two of the connecting support members, the connecting pins pass through r the respective through holes and are received in the r respective axel holes of the main support rod; characterized in that an upper arc gasket and a lower arc gasket are respectively provided at a top side and a bottom side of the at least two of the connecting support members, the upper arc gasket is disposed between the respective connecting support members and the respective connecting pins, the lower arc gasket is disposed between the respective connecting support members and the main support rod, the upper arc gasket and the lower arc gasket are respectively provided with holes which correspond to the respective axel holes and the respective through holes and through which the respective connecting pins pass.
Strain wave gear mechanism having four internally toothed ring gears (1, 2, 4, 5), of which a first ring gear and a second ring gear are in meshing engagement with a first radially flexible externally toothed sleeve, and of which a third ring gear and a fourth ring gear are in meshing engagement with a second radially flexible externally toothed sleeve, characterized in that the first radially flexible externally toothed sleeve has a coupling portion which is coaxially surrounded by the second radially flexible externally toothed sleeve.
Intraocular lens, wherein the intraocular lens has a fixing device for fixing the intraocular lens in a capsular sac of an eye, wherein the fixing device comprises a protrusion, wherein the intraocular lens comprises an optical region and an edge region, wherein the fixing device is arranged in the edge region of the intraocular lens, wherein the protrusion has a first, free end and a second end facing the intraocular lens and a middle portion arranged between the first end and the second end, characterized in that the protrusion is configured radially symmetrical, wherein the protrusion tapers from the second end in the middle portion and widens again towards the first end, wherein the diameter of the protrusion in the middle portion is smaller than the diameter at the first end and the diameter at the second end, and wherein the diameter of the protrusion at the first end is larger than the diameter at the second end.
An antenna unit, comprising: an antenna array comprising a plurality of antennas, the antenna array defining a first plane; and a lens plate comprising a mask pattern, the lens plate defining a second plane, wherein the lens plate is spaced apart from the antenna array and wherein the second plane of the lens plate is substantially parallel to the first plane of the antenna array; wherein the mask pattern is configured to focus first waves incident on the lens plate through diffraction to a first region of the antenna array, the first waves being incident on the lens plate at a first angle relative to an axis normal to the second plane of the lens plate; and characterized in that the mask pattern is configured to focus second waves incident on the lens plate through diffraction to the first region of the antenna array, the second waves being incident on the lens plate at a second angle relative to the axis, the second angle being different from the first angle; and wherein the mask pattern is defined by an interference pattern produced by the superposition of two mask patterns. an antenna array comprising a plurality of antennas, the antenna array defining a first plane; and a lens plate comprising a mask pattern, the lens plate defining a second plane, wherein the lens plate is spaced apart from the antenna array and wherein the second plane of the lens plate is substantially parallel to the first plane of the antenna array; wherein the mask pattern is configured to focus first waves incident on the lens plate through diffraction to a first region of the antenna array, the first waves being incident on the lens plate at a first angle relative to an axis normal to the second plane of the lens plate; and characterized in that the mask pattern is configured to focus second waves incident on the lens plate through diffraction to the first region of the antenna array, the second waves being incident on the lens plate at a second angle relative to the axis, the second angle being different from the first angle; and wherein the mask pattern is defined by an interference pattern produced by the superposition of two mask patterns.
A pulsation damper (502a; 502b) configured to reduce pressure peaks in a pipe system, said pulsation damper comprising an elastic pipe section arranged to be in a small volume state or a large volume state, wherein a first volume V1 held in said elastic pipe section in said large volume state is greater than a second volume V2 held in said elastic pipe section in said small volume state, wherein said elastic pipe section has an elliptical cross section in said small volume state, wherein a ratio between a major axis and a minor axis of said elliptical cross section of said elastic pipe section is in the range 1,05 to 10,0, such as 1,1 to 1,5, wherein said elastic pipe section is divided in several elastic sub-sections (506a; 512a; 506b; 512b)
Hot blast tuyere section for a shaft furnace, in particular blast furnace, consisting of at least two, in particular three, refractory clad pipe sections (10, 11, 12) with flexible connection, wherein the flexible connection is in each case configured in the form of a ball and socket joint and comprises a corrugated tube-like expansion joint characterised in that the ball and socket joint-like connection comprises a bayonet lock, whose complementary locking surfaces are respectively spherical segment surfaces (18, 19 and 20, 21), whose centre is the centre of rotation of the ball and socket-like connection.
A dental handpiece with a drive, located in a head housing, of a tool having at least one media-conducting line arranged in the head housing with an outlet opening toward the tool and a tool seat, which is arranged in a drive chamber and rotatably mounted on a side of the drive chamber facing the tool by means of a roller bearing in a thrust bearing of the head housing, wherein the roller bearing has an outer raceway which, in the area of a track, radially abuts the head housing in the thrust bearing, and the outer raceway has a section whose outer diameter D2 is smaller than the outer diameter D1 of the outer raceway in the area of the track, wherein the head housing has a housing projection which extends into the area of the reduced outer diameter D2, and the media-conducting line runs at least partially through this housing projection, wherein the outer raceway abuts the head housing in an axially movable manner, characterized in that the outer raceway has a cover disc that is connected thereto and extends from the outer raceway toward an inner raceway arranged on the tool seat, wherein between the cover disc and the head housing, pretensioning means are arranged which act in an axial direction and apply axial pretension via the cover disc to the outer raceway, wherein the head housing has an additional housing projection adjoining the first housing projection and extending radially toward the longitudinal axis with respect to the outer raceway at its end bearing the cover disc, and that the media-conducting line also runs at least partially through this second housing projection.
A method for wireless communication, performed by a base station, BS, comprising: identifying a processing timeline for a user equipment, UE, to transmit a hybrid acknowledgment repeat request, HARQ, feedback transmission in response to a downlink transmission, the processing timeline comprising a duration of time between the downlink transmission and an uplink transmission that includes the HARQ feedback; determining a configuration establishing a number of HARQ processes for use by the UE, the number of HARQ processes based at least in part on the processing timeline, a timing advance, TA, of the UE, and a duration of transmission time intervals, TTIs, associated with the HARQ feedback transmission, and wherein the processing timeline corresponds to a number of TTIs, and the number of HARQ processes is set to be greater than or equal to twice the number of TTIs; and transmitting the configuration to the UE. identifying a processing timeline for a user equipment, UE, to transmit a hybrid acknowledgment repeat request, HARQ, feedback transmission in response to a downlink transmission, the processing timeline comprising a duration of time between the downlink transmission and an uplink transmission that includes the HARQ feedback; determining a configuration establishing a number of HARQ processes for use by the UE, the number of HARQ processes based at least in part on the processing timeline, a timing advance, TA, of the UE, and a duration of transmission time intervals, TTIs, associated with the HARQ feedback transmission, and wherein the processing timeline corresponds to a number of TTIs, and the number of HARQ processes is set to be greater than or equal to twice the number of TTIs; and transmitting the configuration to the UE.
A Ni-based alloy product, being a production base material for an Ni-based alloy member in which a γ' phase that is thermodynamically stable in a temperature range of 700 to 900°C is present at a ratio of 36 to 60 volume %, wherein the Ni-based alloy product is made from an Ni-based alloy material having an ingredient composition such that a γ' phase of at a ratio of 36-60 volume % can be precipitated, wherein the Ni-based alloy product has two-phase structure composed of crystalline grains of the γ (gamma) phase and crystalline grains of the γ' (gamma prime) phase that is incoherent in crystalline lattice parameters with the γ phase, the crystalline grains of the γ phase and the crystalline grains of the incoherent γ' phase being located through grain boundaries of an incoherent interface, wherein the incoherent γ' phase is present at a ratio of 20 volume % or higher in the two-phase structure, and wherein the Ni-based alloy product has a Vickers hardness equal to or less than 400 Hv.
An intraluminal imaging device, comprising: a flexible elongate member configured to be inserted into a body lumen within a patient, the flexible elongate member comprising a central longitudinal axis; an imaging assembly disposed at a distal portion of the flexible elongate member, the imaging assembly comprising: a flexible substrate; and a plurality of ultrasound transducer elements disposed on the flexible substrate, wherein the flexible substrate is disposed around the central longitudinal axis of the flexible elongate member such that the ultrasound transducer elements are farther away from the central longitudinal axis than the flexible substrate; an outer shell positioned around the flexible substrate such that the plurality of ultrasound transducer elements contact the outer shell; characterized in that the imaging assembly further comprises: a filling material positioned in a space between adjacent ultrasound transducer elements, the flexible substrate, and the outer shell. a flexible elongate member configured to be inserted into a body lumen within a patient, the flexible elongate member comprising a central longitudinal axis; an imaging assembly disposed at a distal portion of the flexible elongate member, the imaging assembly comprising: a flexible substrate; and a plurality of ultrasound transducer elements disposed on the flexible substrate, wherein the flexible substrate is disposed around the central longitudinal axis of the flexible elongate member such that the ultrasound transducer elements are farther away from the central longitudinal axis than the flexible substrate; an outer shell positioned around the flexible substrate such that the plurality of ultrasound transducer elements contact the outer shell; characterized in that the imaging assembly further comprises: a filling material positioned in a space between adjacent ultrasound transducer elements, the flexible substrate, and the outer shell. a flexible substrate; and a plurality of ultrasound transducer elements disposed on the flexible substrate, wherein the flexible substrate is disposed around the central longitudinal axis of the flexible elongate member such that the ultrasound transducer elements are farther away from the central longitudinal axis than the flexible substrate; an outer shell positioned around the flexible substrate such that the plurality of ultrasound transducer elements contact the outer shell; characterized in that the imaging assembly further comprises: a filling material positioned in a space between adjacent ultrasound transducer elements, the flexible substrate, and the outer shell.
A system for additive manufacturing, comprising: a dispensing head for dispensing building materials on a working surface a hardening system for hardening said building materials; a cooling system for evacuating heat away from said building materials a thermal sensing system, mounted above said working surface in a manner that allows relative motion between said sensing system and said working surface, and being configured to generate sensing signals responsively to thermal energy sensed thereby; and a computerized controller having a circuit for controlling said dispensing head to dispense said building materials in layers, a circuit for controlling said sensing system to generate said sensing signals only when said sensing system is above said building materials once hardened and a circuit for controlling a heat evacuation rate of said cooling system responsively to said sensing signals. a dispensing head for dispensing building materials on a working surface a hardening system for hardening said building materials; a cooling system for evacuating heat away from said building materials a thermal sensing system, mounted above said working surface in a manner that allows relative motion between said sensing system and said working surface, and being configured to generate sensing signals responsively to thermal energy sensed thereby; and a computerized controller having a circuit for controlling said dispensing head to dispense said building materials in layers, a circuit for controlling said sensing system to generate said sensing signals only when said sensing system is above said building materials once hardened and a circuit for controlling a heat evacuation rate of said cooling system responsively to said sensing signals.
A memory card capable of allowing a plurality of wireless communication devices (16,18) to access digital files stored on the memory card, the memory card being configured to be electrically connected when inserted in a digital camera having an inbuilt processor incapable of independently exporting digital files externally of the digital camera, the memory card including: a central processor for controlling the memory card; a storage module for storing the digital files; and a wireless transceiver module being connected to both the central processor, and the storage module, wherein the central processor is configured to provide a graphical user interface on a web browser on each of the plurality of wireless communication devices (16,18), and to receive instructions from a user using the graphical user interface on a first wireless communication device from amongst the plurality of wireless communication devices, the instructions being for granting access to the digital files stored on the storage module by other wireless communication devices. a central processor for controlling the memory card; a storage module for storing the digital files; and a wireless transceiver module being connected to both the central processor, and the storage module, wherein the central processor is configured to provide a graphical user interface on a web browser on each of the plurality of wireless communication devices (16,18), and to receive instructions from a user using the graphical user interface on a first wireless communication device from amongst the plurality of wireless communication devices, the instructions being for granting access to the digital files stored on the storage module by other wireless communication devices.
A method for adjusting camera image data comprising: determining, at a processor module of an electronic device, a quality factor, based on one or more predetermined characteristic of image data, the one or more predetermined characteristic can be one or more of a sharpness level, a lens exposure time such as a total exposure time, a brightness measurement, a luminance value, a light intensity measurement, a luminance remittance, a luminous existence, a white balance measurement, a black and white level, a sharpness level, a blurriness level, a color level, a contrast level, a noise threshold, or any other measurement of a predetermined characteristic of images may be used, of the image data generated by a visible light camera module; comparing, at the processor module of the electronic device, the quality factor to a first threshold; and augmenting, at the processor module of the electronic device, the image data from the visible light camera module of the electronic device with corresponding image data generated by a non-visible light camera module of the electronic device to generate hybrid image data when the quality factor is below the first threshold; further comprising receiving the image data from the non-visible light camera module at a predetermined ratio to received image data from the visible light camera module; and determining a quality factor of the hybrid image data based on at least one predetermined characteristic of the hybrid image data and increasing the ratio when the quality factor is below a second predetermined threshold. determining, at a processor module of an electronic device, a quality factor, based on one or more predetermined characteristic of image data, the one or more predetermined characteristic can be one or more of a sharpness level, a lens exposure time such as a total exposure time, a brightness measurement, a luminance value, a light intensity measurement, a luminance remittance, a luminous existence, a white balance measurement, a black and white level, a sharpness level, a blurriness level, a color level, a contrast level, a noise threshold, or any other measurement of a predetermined characteristic of images may be used, of the image data generated by a visible light camera module; comparing, at the processor module of the electronic device, the quality factor to a first threshold; and augmenting, at the processor module of the electronic device, the image data from the visible light camera module of the electronic device with corresponding image data generated by a non-visible light camera module of the electronic device to generate hybrid image data when the quality factor is below the first threshold; further comprising receiving the image data from the non-visible light camera module at a predetermined ratio to received image data from the visible light camera module; and determining a quality factor of the hybrid image data based on at least one predetermined characteristic of the hybrid image data and increasing the ratio when the quality factor is below a second predetermined threshold.
A dual clutch transmission for a motor vehicle, comprising an input shaft and a main shaft, wherein the input shaft can be connected to a first countershaft via an engageable first clutch and to a second countershaft via an engageable second clutch, wherein the first countershaft and the second countershaft can each be drive-connected to the main shaft via at least one gear stage (ZA1, ZA2, ZA3, ZA4, ZA5, ZR1) which can be switched via a switching device, and wherein a range group transmission is arranged between the main shaft and an output shaft of the dual clutch transmission, wherein at least one countershaft (16, 17), preferably the first countershaft, can be drive-connected directly to the output shaft via at least one gear stage which is preferably switchable, especially preferably via precisely one additional gear stage, by bypassing the range group transmission, characterised in that an intermediate shaft which can be connected to the at least one countershaft is or can be drive-connected directly or via a further gear stage to a permanent braking device, and that the permanent braking device is connected in a torsion-proof manner, either directly or indirectly, to the intermediate shaft, which is connectable via at least one switching device to the at least one countershaft.
Plant for treating workpieces with a process fluid, having a workpiece application region, having a line system for circulating process fluid which is used in the workpiece application region; and having a cleaning installation for the process fluid which is circulated by means of the line system, wherein the cleaning installation contains a separating device for dirt particles which are entrained in the process fluid, which separating device is impinged with process fluid via an inlet opening and which by way of an overflow opening which is connected via a line portion or a line system, respectively, to the workpiece application region discharges process fluid from which dirt particles, in particular dirt particles having a grain size G which exceeds a characteristic amount a Max, have been extracted, and which separating device at an underflow opening makes available process fluid which contains the dirt particles which have been extracted from the process fluid at the overflow, characterized in that the separating device includes at least one cyclone having a cyclone housing which surrounds a hollow space which, having a diminution, extends in a longitudinal direction and which has an inlet for a tangential inflow of fluid from the line system, which fluid in the hollow space forms a primary vortex which, on account of the diminution of the hollow space, transitions into a secondary vortex which exits from the hollow space through an overflow which is configured on the housing and is connected by way of a line portion to the workpiece application region.