mhurhangee/patent-ind-claim-en huggingface dataset:
Bearing assembly, comprising at least - a first magnet assembly for generating a first quadrupole magnetic field on a first plane and a second magnet assembly for generating a second quadrupole magnetic field on a second plane, wherein the quadrupole magnetic fields in each case have magnetic field axes arranged at an angle to one another on the planes between four poles, - wherein the second plane is arranged parallel to the first plane and a longitudinal axis (A) is defined by the centres of the quadrupole magnetic fields perpendicularly to the magnetic field axes, - and at least one diamagnetic element , which is arranged on the longitudinal axis (A), - wherein the first and second magnetic assemblies are arranged relative to one another such that the first and the second quadrupole magnetic fields are rotated relative to each other about the longitudinal axis (A) by an angular amount which is not a whole-number multiple of 90o. - a first magnet assembly for generating a first quadrupole magnetic field on a first plane and a second magnet assembly for generating a second quadrupole magnetic field on a second plane, wherein the quadrupole magnetic fields in each case have magnetic field axes arranged at an angle to one another on the planes between four poles, - wherein the second plane is arranged parallel to the first plane and a longitudinal axis (A) is defined by the centres of the quadrupole magnetic fields perpendicularly to the magnetic field axes, - and at least one diamagnetic element , which is arranged on the longitudinal axis (A), - wherein the first and second magnetic assemblies are arranged relative to one another such that the first and the second quadrupole magnetic fields are rotated relative to each other about the longitudinal axis (A) by an angular amount which is not a whole-number multiple of 90o.
Down-the-hole drilling apparatus for producing a bore in the ground, having - a drill head for removing ground material, - a drill string , on the lower end of which the drill head is mounted, - a rotary drive means for driving the drill string with the drill head in a rotating manner, - a clamping means which is arranged on a first frame section and designed for radially clamping the down-the-hole drilling apparatus radially with respect to the borehole wall by means of clamping plates , and - at least one positioning cylinder for adjusting the drill head in an axial direction, characterized in that - below the clamping means the at least one positioning cylinder is arranged which on the one hand is supported on the first frame section and on the other hand extends towards the drill head , - in that above the clamping means the rotary drive means is arranged, - in that a second frame section is provided which is axially fixed but rotatably supported relative to the drill head , and - in that on the first frame section downwardly directed firmly mounted linear guides are provided, by way of which the second frame section is supported in a linearly displaceable manner with respect to the first frame section . - a drill head for removing ground material, - a drill string , on the lower end of which the drill head is mounted, - a rotary drive means for driving the drill string with the drill head in a rotating manner, - a clamping means which is arranged on a first frame section and designed for radially clamping the down-the-hole drilling apparatus radially with respect to the borehole wall by means of clamping plates , and - at least one positioning cylinder for adjusting the drill head in an axial direction, - below the clamping means the at least one positioning cylinder is arranged which on the one hand is supported on the first frame section and on the other hand extends towards the drill head , - in that above the clamping means the rotary drive means is arranged, - in that a second frame section is provided which is axially fixed but rotatably supported relative to the drill head , and - in that on the first frame section downwardly directed firmly mounted linear guides are provided, by way of which the second frame section is supported in a linearly displaceable manner with respect to the first frame section .
A session management function, SMF, node, the SMF node comprising: a processor and a transmitter/receiver unit, the processor and the transmitter/receiver unit configured to, during a network triggered service request procedure: send a N2 session management, SM, information to an access control and mobility management function, AMF, node, wherein the N2 SM information indicates an area of validity for N2 information; receive from the AMF node a request for updated N2 SM information, wherein the request includes an indication of a wireless transmit receive unit, WTRU, location; update the N2 SM information based on the indication of the WTRU location; and send the updated N2 SM information to the AMF node. send a N2 session management, SM, information to an access control and mobility management function, AMF, node, wherein the N2 SM information indicates an area of validity for N2 information; receive from the AMF node a request for updated N2 SM information, wherein the request includes an indication of a wireless transmit receive unit, WTRU, location; update the N2 SM information based on the indication of the WTRU location; and send the updated N2 SM information to the AMF node.
A trunnion bearing comprising: an inner ring having a first exterior surface and a first interior surface , the first exterior surface having a spherical contour; an outer ring having a second interior surface and a second exterior surface , the second interior surface having a spherical contour; the inner ring being disposed at least partially in the outer ring ; characterized by : a lubricious liner being disposed between the first exterior surface of the inner ring and the second interior surface of the outer ring ; and at least one recess in the lubricious liner , the at least one recess being configured as a first lubricant reservoir for dispensing a first lubricant between the lubricious liner and the first exterior surface of the inner ring . an inner ring having a first exterior surface and a first interior surface , the first exterior surface having a spherical contour; an outer ring having a second interior surface and a second exterior surface , the second interior surface having a spherical contour; the inner ring being disposed at least partially in the outer ring ; characterized by : a lubricious liner being disposed between the first exterior surface of the inner ring and the second interior surface of the outer ring ; and at least one recess in the lubricious liner , the at least one recess being configured as a first lubricant reservoir for dispensing a first lubricant between the lubricious liner and the first exterior surface of the inner ring . a lubricious liner being disposed between the first exterior surface of the inner ring and the second interior surface of the outer ring ; and at least one recess in the lubricious liner , the at least one recess being configured as a first lubricant reservoir for dispensing a first lubricant between the lubricious liner and the first exterior surface of the inner ring .
A lithium secondary battery comprising: a battery case whose inside is divided into one region and the other region by a separator ; a positive electrode formed in the one region inside the battery case and including a positive electrode active material and positive electrode current collector particles; and a negative electrode formed in the other region inside the battery case and including a negative electrode active material and negative electrode current collector particles, wherein the positive electrode includes the positive electrode current collector particles at 1 wt% to 15 wt%, and the negative electrode includes the negative electrode current collector particles at 1 wt% to 15 wt%, wherein the current collector particles are used instead of the conventional plate-type current collector. a battery case whose inside is divided into one region and the other region by a separator ; a positive electrode formed in the one region inside the battery case and including a positive electrode active material and positive electrode current collector particles; and a negative electrode formed in the other region inside the battery case and including a negative electrode active material and negative electrode current collector particles, wherein the positive electrode includes the positive electrode current collector particles at 1 wt% to 15 wt%, and the negative electrode includes the negative electrode current collector particles at 1 wt% to 15 wt%, wherein the current collector particles are used instead of the conventional plate-type current collector.
Support plate of at least one counter-rod of squeezing and discharging of waste from pre-cut sheets for shape cutting machine , including two upper and lower guide levels of the counter-rod , with the two levels being fixed to each other by spacers , the counter-rod is fitted so it can slide through the two reception openings (25, 26 ; 27, 28) respectively arranged in the two levels straight with respect to each other, the counter-rod consisting of, under the upper level , a thrust bushing against the inner side of the upper level and a compression spring surrounding the counter-rod resting against the thrust bushing and the lower level , the plate is arranged to be fitted on a lower frame of the machine arranged to change between a lower and upper position.
Method for the operation of an electric motor, supplied by a frequency converter, for a centrifugal pump in a power recovery turbine, in which the centrifugal pump has at least one impeller driven by the electric motor, rotating in the forward direction with a positive rotational speed in normal operation for the intended delivery of a liquid medium from a suction side to a pressure side of the centrifugal pump , and in which the medium flows through the centrifugal pump from the pressure side to the suction side in power recovery mode , driving the impeller in the reverse direction with a negative rotational speed (n 1 ), characterised by the electric motor, after activation of the centrifugal pump in the power recovery turbine, being driven with a negative torque so that the rotational speed of the impeller is equal to or greater than the negative rotational speed (n 1 ) in power recovery mode.
A radiographic imaging device comprising: a first scintillating phosphor screen having a first thickness; a second scintillating phosphor screen having a second thickness; a substrate disposed between the first and second screens , the substrate being substantially transparent to X-rays used with the device ; and an imaging array disposed between a first side of the substrate and the second screen , the imaging array comprising a plurality of pixels , each pixel including at least one photosensor and at least one readout element , wherein the substrate has a thickness less than two pixel pitches of the imaging array ; characterized in that a first portion of the photosensors in the plurality of pixels comprises a first blocking layer (296; 332) facing the second scintillating phosphor screen , the first blocking layer (296; 332) configured to reduce light transmission from the second scintillating phosphor screen to the first portion of the photosensors , and a second portion of the photosensors in the plurality of pixels comprises a second blocking layer (300; 328) facing the substrate , the second blocking layer (300; 328) configured to reduce light transmission from the first scintillating phosphor screen to the second portion of the photosensors . a first scintillating phosphor screen having a first thickness; a second scintillating phosphor screen having a second thickness; a substrate disposed between the first and second screens , the substrate being substantially transparent to X-rays used with the device ; and an imaging array disposed between a first side of the substrate and the second screen , the imaging array comprising a plurality of pixels , each pixel including at least one photosensor and at least one readout element , wherein the substrate has a thickness less than two pixel pitches of the imaging array ; characterized in that a first portion of the photosensors in the plurality of pixels comprises a first blocking layer (296; 332) facing the second scintillating phosphor screen , the first blocking layer (296; 332) configured to reduce light transmission from the second scintillating phosphor screen to the first portion of the photosensors , and a second portion of the photosensors in the plurality of pixels comprises a second blocking layer (300; 328) facing the substrate , the second blocking layer (300; 328) configured to reduce light transmission from the first scintillating phosphor screen to the second portion of the photosensors .
A package with a curable coating composition deposited on at least a portion thereof wherein the coating composition comprises: (a) a latex polymer having reactive functional groups comprising the emulsion polymerization product of (i) an emulsion monomer component comprising at least one ethylenically unsaturated monomer polymerized in the presence of (ii) a polar polyolefin; (b) a curing agent reactive with the functional groups of (a), which does not generate formaldehyde on curing. (a) a latex polymer having reactive functional groups comprising the emulsion polymerization product of (i) an emulsion monomer component comprising at least one ethylenically unsaturated monomer polymerized in the presence of (ii) a polar polyolefin; (i) an emulsion monomer component comprising at least one ethylenically unsaturated monomer polymerized in the presence of (ii) a polar polyolefin; (b) a curing agent reactive with the functional groups of (a), which does not generate formaldehyde on curing.
A detoxification treatment method for extracting and recycling chromium from hexavalent chromium-containing residues, characterized in that , the detoxification treatment method comprises steps as follows: 1) adding water to the hexavalent chromium-containing residues and mixing uniformly; 2) adding mineralizers to a solution obtained in step 1) and stirring sufficiently to obtain a mixed liquid; and the mineralizers are sodium sulfate, sodium chlorate and sulfuric acid; 3) treating the mixed liquid obtained in step 2) by a hydrothermal method or direct heating; 4) naturally cooling a solid-liquid mixture obtained in step 3) to room temperature for holding; 5) separating solid residues and a chromium-containing supernatant, and washing filtered residues with water and then drying; 6) precipitating the supernatant and the water used for washing the filtered residues with a precipitant CaCl 2 , then centrifugally washing, dewatering and drying the precipitates; and 7) recycling a chromium-containing solution for returning to a work section, or for a treatment of recycling chromium. 1) adding water to the hexavalent chromium-containing residues and mixing uniformly; 2) adding mineralizers to a solution obtained in step 1) and stirring sufficiently to obtain a mixed liquid; and the mineralizers are sodium sulfate, sodium chlorate and sulfuric acid; 3) treating the mixed liquid obtained in step 2) by a hydrothermal method or direct heating; 4) naturally cooling a solid-liquid mixture obtained in step 3) to room temperature for holding; 5) separating solid residues and a chromium-containing supernatant, and washing filtered residues with water and then drying; 6) precipitating the supernatant and the water used for washing the filtered residues with a precipitant CaCl 2 , then centrifugally washing, dewatering and drying the precipitates; and 7) recycling a chromium-containing solution for returning to a work section, or for a treatment of recycling chromium.
A ventricular ejection device adapted to be delivered percutaneously or surgically into a ventricle of a heart , the ventricular ejection device comprising: an anchoring stent which is adapted to be fitted along a perimeter to a myocardium of the ventricle; and a recoiling part in physical coupling to the anchoring stent, the recoiling part extending from the perimeter of the anchoring stent to a center of the device, and adapted to extend or recoil based on flow of blood into and out of the ventricle. an anchoring stent which is adapted to be fitted along a perimeter to a myocardium of the ventricle; and a recoiling part in physical coupling to the anchoring stent, the recoiling part extending from the perimeter of the anchoring stent to a center of the device, and adapted to extend or recoil based on flow of blood into and out of the ventricle.
Flow adjusting device for a shock absorber for a vehicle, said shock absorber comprising a cylinder adapted to accommodate at least a hydraulic fluid and a piston dividing said cylinder into at least a first and a second working chamber , said flow adjusting device being adapted to control at least a first damping medium flow (F1) and a second damping medium flow (F2) adapted to flow from at least one of said working chambers, wherein said flow adjusting device comprises at least a first valve , adapted to control said first flow, and a second valve , adapted to control said second flow, wherein said first valve and said second valve are jointly adjusted, and wherein said second flow is a bleed flow, characterized in that said first valve is adjustable between at least a first position (FV1) in which the first flow of fluid is allowed to flow substantially free through said first valve and a second position (FV2) in which the first flow of fluid is substantially blocked from flowing through said first valve, and said second valve is adjustable between at least a first position (SV1) in which the second flow of fluid is allowed to flow substantially free through said second valve and a second position (SV2) in which the second flow of fluid is substantially blocked.
Centrifuge, in particular a decanter centrifuge, for separating a suspension into multiple components, with a rotor and a worm arranged inside the rotor, wherein the rotor is configured at least partially as a solid bowl rotor with at least a cylindrical section and a conical section , wherein the rotor has a first end face , concluding the cylindrical section of the rotor, with a first diameter, and a second end face , concluding the conical section , with a second smaller diameter, wherein a flange with one or more openings is arranged at the first end face , wherein one or more weir plates are fastened to the flange , which weir plates at least partially cover the openings and are arranged to set a liquid level inside the rotor and form a first radial outlet edge for letting out a liquid at the first end face , characterised in that the weir plates at least partially have an elastically deformable coating on their side facing the flange .
An angle detection method with a resolver , said method being for detecting a rotational angle of a rotator by synchronously detecting a first signal and a second signal that are two phase sine wave modulation signals obtained from a one phase excitation/two phase output resolver to which an excitation signal is applied, said method comprising: a first signal detection process (S002) which detects the first signal at a time t1 and the second signal a time t2 at which a first predetermined time (ΔT1) has elapsed from time t1; and a second signal detection process (S004) which detects the second signal at a time t3 after the elapse of a second predetermined time (ΔT2) from time t2, and the first signal at a time t4 after the elapse of the first predetermined time (ΔT1) from time t3, wherein the sum of the first (ΔT1) and second (ΔT2) predetermined times is equal to p / 2 periods (T) of the excitation signal, where p is a positive integer. a first signal detection process (S002) which detects the first signal at a time t1 and the second signal a time t2 at which a first predetermined time (ΔT1) has elapsed from time t1; and a second signal detection process (S004) which detects the second signal at a time t3 after the elapse of a second predetermined time (ΔT2) from time t2, and the first signal at a time t4 after the elapse of the first predetermined time (ΔT1) from time t3, wherein the sum of the first (ΔT1) and second (ΔT2) predetermined times is equal to p / 2 periods (T) of the excitation signal, where p is a positive integer.
Method for automatically filling a transport box with a bunch of individual articles (12.1, 12.2, 12.3, 12.4) which have been grouped together by means of an article ring to form the bunch , comprising the steps of: - automatically gripping the article ring by means of a gripping tool of an automatically controllable manipulator apparatus such that the article ring is held in place by the gripping tool , - automatically moving the gripping tool along a first movement path (P1) by automatically controlling the manipulator apparatus in such a way that, while the article ring is being held and moved by means of the gripping tool , the individual articles (12.1, 12.2, 12.3, 12.4) hanging at the bunch are guided across a restraining device such that the individual articles (12.1, 12.2, 12.3, 12.4) become oriented counter to the movement direction (R1) of the article ring along the first movement path (P1), - subsequently automatically pushing the bunch into the transport box along a second movement path (P2) by means of the gripping tool by automatically controlling the manipulator apparatus in such a way that the bunch is pushed into the transport box with its article ring in front and the individual articles (12.1, 12.2, 12.3, 12.4) grouped together at the bunch follow the article ring into the transport box in the movement direction (R2) of the article ring , characterized in that the automatic movement of the gripping tool along the first movement path (P1) is a pivoting movement about a horizontal pivot axis or about an at least substantially horizontal pivot axis, wherein the article ring is positioned above an open opening of the transport box at the end of the first movement path (P1). - automatically gripping the article ring by means of a gripping tool of an automatically controllable manipulator apparatus such that the article ring is held in place by the gripping tool , - automatically moving the gripping tool along a first movement path (P1) by automatically controlling the manipulator apparatus in such a way that, while the article ring is being held and moved by means of the gripping tool , the individual articles (12.1, 12.2, 12.3, 12.4) hanging at the bunch are guided across a restraining device such that the individual articles (12.1, 12.2, 12.3, 12.4) become oriented counter to the movement direction (R1) of the article ring along the first movement path (P1), - subsequently automatically pushing the bunch into the transport box along a second movement path (P2) by means of the gripping tool by automatically controlling the manipulator apparatus in such a way that the bunch is pushed into the transport box with its article ring in front and the individual articles (12.1, 12.2, 12.3, 12.4) grouped together at the bunch follow the article ring into the transport box in the movement direction (R2) of the article ring ,
Pet feeding device for supplying filled containers and opening a lid of a filled container , comprising a slidable cover of the feeding position and a gripper for gripping and opening the lid , characterised in that the pet feeding device further comprises a lever for biasing the lid against the opening direction when the lid is being opened and folded back on the container .