mhurhangee/ep-ind-claims huggingface dataset:
A water treatment apparatus, comprising a housing having a longitudinal axis, an upper and a lower end and a substantially round cross-section, whose base is derived from a circular shape, an ellipsis or an oval, which has recesses, further having a receptacle, arranged parallel to the longitudinal axis of the housing for a first purification medium with a first purification medium arranged therein, which has a substantially crescent-shaped cross-section, as well as receptacle arranged parallel and eccentrically to the longitudinal axis of the housing for a second purification medium with a second purification medium arranged therein, wherein the second purification medium is a reverse osmosis module, further having two ascent or descent channels (14, 15) arranged parallel to the longitudinal axis of the housing for the water to be purified, wherein the receptacle for the first purification medium, the ascent or descent channels (14, 15) and the recesses occupy the area of the housing not occupied by the receptacle for the second purification medium, wherein in each case an ascent or descent channel (14, 15) adjoins the exterior corners of the receptacle for the first purification medium, further having at least one cover lid which is disposed at the upper end of the housing, wherein the cover lid has an inlet for the water to be purified, an outlet for the purified water and an outlet for any residue following the purification, as well as a region which in the arrangement of the cover lid on the housing comes to rest above the receptacle for the reverse osmosis module, a collection region, which in the arrangement of the cover lid on the housing comes to rest above an inner channel of the reverse osmosis module and is fluidically connected to the outlet for purified water, a region, which in the arrangement of the cover lid on the housing comes to rest above the receptacle for the first purification medium and is fluidically connected to the inlet, as well as regions (27, 28) which in the arrangement of the cover lid on the housing come to rest above the ascent channels (14, 15), wherein the region which comes to rest above the second ascent channel is fluidically connected to the outlet for concentrate, and a passage through which water can flow from the second ascent channel into the region of the receptacle for the second purification medium, further having a base element which is arranged on the lower end of the housing, with regions (31, 32, 33 and 34) that are designed such that they geometrically match elements of the water treatment apparatus and in the arrangement of the base element on the housing come to rest under the receptacles (12, 13) for the second and the first purification medium or come to rest under the ascent channels (14, 15) and two passages (35, 36), through which water can flow from the first purification medium into the first ascent channel and from the second purification medium into the second ascent channel.
A brake device for a motorcycle comprising: a support shaft; a brake pedal rotably supported to said support shaft and extending frontward from said support shaft in the longitudinal direction of said motorcycle; a master cylinder located on the rear side of said support shaft in the longitudinal direction of said motorcycle for generating a braking hydraulic pressure according to the rotational operation of said brake pedal; and an operational amount detector mechanically connected to said brake pedal for detecting the rotational amount of said brake pedal, wherein said master cylinder is located above said support shaft in such a manner that the axis of said master cylinder extends vertically, said operational amount detector is located on the rear side of said support shaft in the longitudinal direction of said motorcycle, wherein the brake device further comprises a support plate mounted on a vehicle body of said motorcycle, wherein a foot step is provided on said support plate so as to extend from said support plate in the laterally outward direction of said motorcycle, and said operational amount detector is provided on the lateral inside of said support plate. a support shaft; a brake pedal rotably supported to said support shaft and extending frontward from said support shaft in the longitudinal direction of said motorcycle; a master cylinder located on the rear side of said support shaft in the longitudinal direction of said motorcycle for generating a braking hydraulic pressure according to the rotational operation of said brake pedal; and an operational amount detector mechanically connected to said brake pedal for detecting the rotational amount of said brake pedal, wherein said master cylinder is located above said support shaft in such a manner that the axis of said master cylinder extends vertically, said operational amount detector is located on the rear side of said support shaft in the longitudinal direction of said motorcycle, wherein the brake device further comprises a support plate mounted on a vehicle body of said motorcycle, wherein a foot step is provided on said support plate so as to extend from said support plate in the laterally outward direction of said motorcycle, and said operational amount detector is provided on the lateral inside of said support plate.
A communication device configured to: divide data to be transmitted into multiple data portions; and transmit each data portion during a time, at which the device is to be activated for executing a pre-determined activity, wherein the pre-determined activity comprises at least one data and/or signal communication in a repetitive pattern, wherein the transmission of the data portion refers to a further activity of the communication device that is different from the pre-determined activity, wherein said time represents a time period at which the communication device is activated after being in an idle mode. divide data to be transmitted into multiple data portions; and transmit each data portion during a time, at which the device is to be activated for executing a pre-determined activity, wherein the pre-determined activity comprises at least one data and/or signal communication in a repetitive pattern, wherein the transmission of the data portion refers to a further activity of the communication device that is different from the pre-determined activity, wherein said time represents a time period at which the communication device is activated after being in an idle mode.
A glazing, comprising: a first glass substrate having a first surface and a second surface, wherein the first surface faces a vehicle exterior; a second glass substrate having a third surface and a fourth surface, wherein the fourth surface faces a vehicle interior; a polymer interlayer laminated between the first and second substrates; wherein the interlayer includes ultraviolet light absorbing materials and a first coating including a first luminescent material and being applied on the fourth surface of the second glass substrate; wherein the first coating includes a base material in which the first luminescent materials are dispersed, and the base material comprises silicon dioxide; wherein the first luminescent material is excited with light of a wavelength of 380 nm or shorter. a first glass substrate having a first surface and a second surface, wherein the first surface faces a vehicle exterior; a second glass substrate having a third surface and a fourth surface, wherein the fourth surface faces a vehicle interior; a polymer interlayer laminated between the first and second substrates; wherein the interlayer includes ultraviolet light absorbing materials and a first coating including a first luminescent material and being applied on the fourth surface of the second glass substrate; wherein the first coating includes a base material in which the first luminescent materials are dispersed, and the base material comprises silicon dioxide; wherein the first luminescent material is excited with light of a wavelength of 380 nm or shorter.
A roll-up smoke curtain with a flexible coat that is fastened with its upper border to a horizontal winding shaft fixed with its ends to rotational mountings that are bearing-mounted in permanent supports, at least one of the rotational mountings of the winding shaft is equipped with a mechanical friction mechanism lock of its rotation, that consists of a friction disc fixed on the rotational mounting and friction jaws pressed against the friction disc with springs, characterized in that the friction jaws are connected by means of strings with a rocking arm of the interlock release mounted on a permanent support of the mounting, whereby the interlock release of the rotational motion the shaft is the fuse link.
Method for operating a user equipment for a wireless communication network, the method comprising: performing, based on a configuration, measurements for estimating a channel, on received signaling, wherein the configuration indicates a combination length of symbols which indicates the maximum number of reference symbols combinable for performing the measurements, and wherein performing measurements comprises measuring on a number of symbols indicated by the combination length and wherein said combination length comprises an orthogonal cover code, OCC, value of a demodulation reference signal, DMRS. performing, based on a configuration, measurements for estimating a channel, on received signaling, wherein the configuration indicates a combination length of symbols which indicates the maximum number of reference symbols combinable for performing the measurements, and wherein performing measurements comprises measuring on a number of symbols indicated by the combination length and wherein said combination length comprises an orthogonal cover code, OCC, value of a demodulation reference signal, DMRS.
A three-dimensional map display system that displays a three-dimensional map, comprising: a) a map database that stores map data for displaying a three-dimensional map, at each of multiple levels having different levels of map details, and b) a display controller that refers to the map database and displays a three-dimensional map viewed from a specified viewpoint position and in a specified gaze direction, wherein the display controller i) concurrently uses map data in a plurality of different levels to draw a map, such that map data at a rougher level having a lower level of map details is used for a distant view area more distant away from the viewpoint position and map data at a finer level having a higher level of map details is used for a close view area closer to the viewpoint position, and ii) sequentially draws the map from the distant view area toward the close view area, characterized in c) that the display controller is allowed, with regard to the distant view area, to draw a map across an adjacent area closer to the viewpoint position with different levels of map details, and draws the close view area over a previously drawn map, irrespective of depth at each point on the previously drawn map. a) a map database that stores map data for displaying a three-dimensional map, at each of multiple levels having different levels of map details, and b) a display controller that refers to the map database and displays a three-dimensional map viewed from a specified viewpoint position and in a specified gaze direction, wherein the display controller i) concurrently uses map data in a plurality of different levels to draw a map, such that map data at a rougher level having a lower level of map details is used for a distant view area more distant away from the viewpoint position and map data at a finer level having a higher level of map details is used for a close view area closer to the viewpoint position, and ii) sequentially draws the map from the distant view area toward the close view area, i) concurrently uses map data in a plurality of different levels to draw a map, such that map data at a rougher level having a lower level of map details is used for a distant view area more distant away from the viewpoint position and map data at a finer level having a higher level of map details is used for a close view area closer to the viewpoint position, and ii) sequentially draws the map from the distant view area toward the close view area, c) that the display controller is allowed, with regard to the distant view area, to draw a map across an adjacent area closer to the viewpoint position with different levels of map details, and draws the close view area over a previously drawn map, irrespective of depth at each point on the previously drawn map.
An aqueous binder, characterized in that, it is prepared by the method comprising the following steps: under the action of protective gel, carboxyl-containing functional monomers, vinyl acetate monomers and acrylate monomers are mixed to perform stage I polymerization to form a stage I binder; after the stage I polymerization is completed, vinyl acetate monomers are added to perform stage II polymerization to form a stage II binder; after the stage II polymerization is completed, a pre-emulsion, which is formed in advance of carboxyl-containing functional monomers, vinyl acetate monomers and acrylate monomers, is added dropwise to react completely to form a stage III binder. under the action of protective gel, carboxyl-containing functional monomers, vinyl acetate monomers and acrylate monomers are mixed to perform stage I polymerization to form a stage I binder; after the stage I polymerization is completed, vinyl acetate monomers are added to perform stage II polymerization to form a stage II binder; after the stage II polymerization is completed, a pre-emulsion, which is formed in advance of carboxyl-containing functional monomers, vinyl acetate monomers and acrylate monomers, is added dropwise to react completely to form a stage III binder.
Apparatus for industrial plasma processes, like plasma etching, plasma enhanced chemical vapour deposition and sputtering, for current measurement in unsymmetrical radio frequency low-pressure plasmas, comprising a meter electrode having an inner conductor connected thereto and a dielectric at least on a part of its peripheral surface, the meter electrode together with its dielectric being positioned in a flange or recess within a wall of a chamber of a plasma reactor, said apparatus being designed such that the following equation is approximately met: Z 0 = μ r ε r ⁢ 60 ⁢ Ω ln ⁢ D d = 50 or 75 ⁢ Ω, wherein Z 0 is the characteristic impedance of the apparatus, μ r is the relative permeability and ε r is the dielectric constant of the dielectric, respectively, D is the diameter of said flange or recess and d is the diameter of said inner conductor of the meter electrode, characterized in that the meter electrode has a front which is covered by a wear-resistant, dielectric RF window, preferably by a ceramic plate, through which the RF is measured, said RF window having a thickness w of about 0.5 to 20 mm and a dielectric constant ε r of about 1.4 to 20, preferably of 10, such that the electrical thickness w El of the material of said RF window meets the following equation: w El = w ε r < 1 ⁢ mm.
A method for wireless communications executed by a user equipment, UE, comprising: establishing a connection with a first access point, AP, to perform a call setup procedure for a call; receiving from the first AP a message associated with handover to a second AP including or associated with an indication to release a dedicated bearer; maintaining the call setup procedure for a duration after receiving the message; wherein maintaining the call setup procedure comprises not transmitting a message indicating cancellation or failure of the call setup procedure; and allowing establishment of a dedicated bearer with the second AP during the duration. establishing a connection with a first access point, AP, to perform a call setup procedure for a call; receiving from the first AP a message associated with handover to a second AP including or associated with an indication to release a dedicated bearer; maintaining the call setup procedure for a duration after receiving the message; wherein maintaining the call setup procedure comprises not transmitting a message indicating cancellation or failure of the call setup procedure; and allowing establishment of a dedicated bearer with the second AP during the duration.
Oil wiper packing for a piston rod of a crosshead piston compressor, comprising - a chamber disc having a chamber disc cut-out and a partition wall with a bore, wherein the partition wall laterally delimits the chamber disc cut-out, and wherein the bore is provided for passage of the piston rod, and comprising - a wiper ring, wherein the wiper ring is arranged in the chamber disc cut-out, wherein at least two chamber discs (3, 5), which each have a chamber disc cut-out (3a, 5a) and a single partition wall (3c, 5c), are arranged successively in a running direction, characterized in that a single wiper ring is arranged in each chamber disc cut-out (3a, 5a), and wherein the at least two chamber discs (3, 5) in the running direction are arranged in the same orientation. - a chamber disc having a chamber disc cut-out and a partition wall with a bore, wherein the partition wall laterally delimits the chamber disc cut-out, and wherein the bore is provided for passage of the piston rod, and comprising - a wiper ring, wherein the wiper ring is arranged in the chamber disc cut-out, wherein at least two chamber discs (3, 5), which each have a chamber disc cut-out (3a, 5a) and a single partition wall (3c, 5c), are arranged successively in a running direction, characterized in that a single wiper ring is arranged in each chamber disc cut-out (3a, 5a), and wherein the at least two chamber discs (3, 5) in the running direction are arranged in the same orientation.
A motorized surgical handpiece tool having a power unit and a motorized unit, the power unit comprising: an outer enclosure defining an interior cavity; and at least one battery cell fully disposed within said interior cavity, characterized in that the power unit further comprises a printed circuit board disposed within said interior cavity and at least partially wrapped around said at least one battery cell as a layer of thermal insulation, wherein the printed circuit board is at least partially rigid, wherein the printed circuit board includes rigid panels and flexible portions, and wherein the rigid panels are connected by the flexible portions. an outer enclosure defining an interior cavity; and at least one battery cell fully disposed within said interior cavity, characterized in that the power unit further comprises a printed circuit board disposed within said interior cavity and at least partially wrapped around said at least one battery cell as a layer of thermal insulation, wherein the printed circuit board is at least partially rigid, wherein the printed circuit board includes rigid panels and flexible portions, and wherein the rigid panels are connected by the flexible portions.
A single mode optical fibre having a core surrounded by a cladding, the core refractive index profile having a trapezoid-like shape, wherein a transition part of the trapezoid-like core refractive index profile is obtained by gradually changing a concentration of at least two dopants from a concentration in said centre part of said core to a concentration in a cladding part adjacent to said core, and wherein said at least two dopants comprise Germanium oxide, which concentration linearly decreases from said centre part of said core to said cladding part adjacent to said core, and Fluorine, which concentration linearly increases from said centre part of said core to said cladding part adjacent to said core.
A total air temperature sensor comprising: a measurement chamber having an air inlet and an air outlet; and a temperature sensing element located in the measurement chamber, characterised by an outlet valve located at the air outlet, operable to seal the air outlet when in a closed position;. a measurement chamber having an air inlet and an air outlet; and a temperature sensing element located in the measurement chamber, characterised by an outlet valve located at the air outlet, operable to seal the air outlet when in a closed position;.
An accessory holder for a particle beam treatment apparatus comprising a nozzle for delivering a beam to a target, said holder being connectable to or integrated in said nozzle, the holder comprising - An accessory interface configured for releasably receiving and holding an accessory, - First displacement means configured to move said accessory interface in a first direction, so that the accessory, while being held by said interface, may be moved away from or towards the nozzle in the direction of a beam produced by said apparatus, - Second displacement means configured to move said accessory interface in a second direction, so that the accessory, while being held by said interface, may be moved into or out of the path of the beam produced by said apparatus. - An accessory interface configured for releasably receiving and holding an accessory, - First displacement means configured to move said accessory interface in a first direction, so that the accessory, while being held by said interface, may be moved away from or towards the nozzle in the direction of a beam produced by said apparatus, - Second displacement means configured to move said accessory interface in a second direction, so that the accessory, while being held by said interface, may be moved into or out of the path of the beam produced by said apparatus.
An endoscopic stapler, comprising: a staple member including a staple holder, the staple holder including one or more staples; an anvil member spaced apart from the staple member, wherein the staple member and the anvil member are configured to relatively move towards one another; and a controller fluidly coupled to the staple member through a plurality of conduits, wherein the controller is configured to (a) direct a pressurized fluid to the staple member through a first conduit of the plurality of conduits to relatively move the staple member and the anvil member towards one another, and (b) direct the pressurized fluid through a second conduit of the plurality of conduits to eject one or more staples from the staple holder, the first conduit being configured to be coupled to a first fluid source and the second conduit being configured to be coupled to a second fluid source, characterized in that the controller is configured to determine, during a stapling operation, whether a pressure applied to the second fluid source is sufficient to produce a staple crush and, in response to detecting that the pressure is insufficient to produce a staple crush, increase a pressure of both the first fluid source and the second fluid source until a sufficient crush pressure is achieved. a staple member including a staple holder, the staple holder including one or more staples; an anvil member spaced apart from the staple member, wherein the staple member and the anvil member are configured to relatively move towards one another; and a controller fluidly coupled to the staple member through a plurality of conduits, wherein the controller is configured to (a) direct a pressurized fluid to the staple member through a first conduit of the plurality of conduits to relatively move the staple member and the anvil member towards one another, and (b) direct the pressurized fluid through a second conduit of the plurality of conduits to eject one or more staples from the staple holder, the first conduit being configured to be coupled to a first fluid source and the second conduit being configured to be coupled to a second fluid source, characterized in that the controller is configured to determine, during a stapling operation, whether a pressure applied to the second fluid source is sufficient to produce a staple crush and, in response to detecting that the pressure is insufficient to produce a staple crush, increase a pressure of both the first fluid source and the second fluid source until a sufficient crush pressure is achieved.