mhurhangee/patent-ind-claim-en huggingface dataset:
A uranium hexafluoride hydrolysis reactor , comprising: - a hydrolysis chamber , comprising a wall delimiting an internal volume ; - a tubular injector comprising first , second and third concentric fluid circulation ducts, the tubular injector being mounted through the wall of the hydrolysis chamber and presenting an inner end located in the internal volume and an outer end located outside the internal volume ; wherein: - the first , second and third ducts present at the inner end first , second and third internal openings respectively, opening into the internal volume ; - the tubular injector includes, at the outer end , first , second and third fittings fluidically connected respectively to the first , second and third ducts and intended to be connected respectively with a source of UF 6 , a source of inert gas and a source of water vapor; and - the tubular injector is obtained by additive manufacturing, the tubular injector presenting oval outer sections over at least a part of its length. - a hydrolysis chamber , comprising a wall delimiting an internal volume ; - a tubular injector comprising first , second and third concentric fluid circulation ducts, the tubular injector being mounted through the wall of the hydrolysis chamber and presenting an inner end located in the internal volume and an outer end located outside the internal volume ; - the first , second and third ducts present at the inner end first , second and third internal openings respectively, opening into the internal volume ; - the tubular injector includes, at the outer end , first , second and third fittings fluidically connected respectively to the first , second and third ducts and intended to be connected respectively with a source of UF 6 , a source of inert gas and a source of water vapor; and - the tubular injector is obtained by additive manufacturing, the tubular injector presenting oval outer sections over at least a part of its length.
Multiple magazine for transporting, storing, and/or providing a plurality of caps for a POC test strip , the caps each having a main body , which has a liquid-filled blister , and two pincer arms , which have pins for attaching the cap to the POC test strips , characterized in that the multiple magazine has, on an inner surface of a front wall , a row of two or more tongues that extend along the height of the multiple magazine to guide the pincer arms of the caps, and has, on the opposite inner surface of a rear wall , a row of two or more recesses that extend along the height of the multiple magazine to guide the main body of the caps, so that a row of two or more compartments for vertically stacking the caps is formed by the opposite tongues and recesses , the multiple magazine having, at the top end , an inclined counter-bearing which extends across the width of the multiple magazine and has an incline in the direction from the front wall to the rear wall .
Method for producing granules from strands made of a melt of a thermoplastic material, including the following steps: producing and providing the melt of said thermoplastic material, exiting of the thermoplastic material in a plurality of strands from a perforated plate , an inflow fluid from an inflow nozzle flowing against the strands, cooling the strands and dividing the strands into individual granules, wherein the inflow fluid only flows against the strands only upon exiting the perforated plate , wherein the inflow fluid exiting the inflow nozzle has an exit velocity in the range from 50 m/sec to 300 m/sec, characterised in that the inflow fluid exiting the inflow nozzle has a temperature above the melting temperature of the plastic material.
A terminal comprising: a receiving section configured to receive physical downlink control channels, PDCCHs, each corresponding to a first control resource set, CORESET, and a second CORESET, and receive a plurality of physical downlink shared channels, PDSCHs, scheduled by the PDCCHs in a fully-overlapped time domain or a partially-overlapped time domain; a control section configured to, when a semi-static transmission acknowledgement information, HARQ-ACK, codebook is configured: determine a first HARQ-ACK codebook corresponding to the first CORESET and a second HARQ-ACK codebook corresponding to the second CORESET, determine a HARQ-ACK bit order in each HARQ-ACK codebook based on a first order of PDSCH reception candidate occasion index and a second order of serving cell index, and concatenate the first HARQ-ACK codebook with the second HARQ-ACK codebook; and a transmitting section configured to transmit HARQ-ACK corresponding to the concatenated first HARQ-ACK codebook and second HARQ-ACK codebook. a receiving section configured to receive physical downlink control channels, PDCCHs, each corresponding to a first control resource set, CORESET, and a second CORESET, and receive a plurality of physical downlink shared channels, PDSCHs, scheduled by the PDCCHs in a fully-overlapped time domain or a partially-overlapped time domain; a control section configured to, when a semi-static transmission acknowledgement information, HARQ-ACK, codebook is configured: determine a first HARQ-ACK codebook corresponding to the first CORESET and a second HARQ-ACK codebook corresponding to the second CORESET, determine a HARQ-ACK bit order in each HARQ-ACK codebook based on a first order of PDSCH reception candidate occasion index and a second order of serving cell index, and concatenate the first HARQ-ACK codebook with the second HARQ-ACK codebook; and a transmitting section configured to transmit HARQ-ACK corresponding to the concatenated first HARQ-ACK codebook and second HARQ-ACK codebook. determine a first HARQ-ACK codebook corresponding to the first CORESET and a second HARQ-ACK codebook corresponding to the second CORESET, determine a HARQ-ACK bit order in each HARQ-ACK codebook based on a first order of PDSCH reception candidate occasion index and a second order of serving cell index, and concatenate the first HARQ-ACK codebook with the second HARQ-ACK codebook; and a transmitting section configured to transmit HARQ-ACK corresponding to the concatenated first HARQ-ACK codebook and second HARQ-ACK codebook.
An uncoupling pulley (100, 100', 100") provided with a longitudinal axis (AX), said pulley including: - a wheel rim comprising a first area , intended for receiving a belt connecting the wheel rim to a first power-transmission element, and a second area located in the axial extension, namely in the direction defined by the longitudinal axis (AX) of the pulley, of the first area ; - a hub rigidly connected to a second power-transmission element; one of the power-transmission elements being driving and the other being driven; characterized in that : - a ring gear including a first portion located under the second area of the wheel rim and a second portion presented in the shape of at least one cylindrical skirt , resilient, extending, from the first portion , along said longitudinal axis (AX) and including a plurality of longitudinal slots (F1, F2, F3) and consequently a plurality of portions (P1, P2, P3) separated from each other by one of the slots, said ring gear being capable of rotating relative to the wheel rim and the hub about said longitudinal axis (AX); - means (5; 50; 13, 14, 33, 34) for driving the ring gear relative to the wheel rim ; - a resiliently deformable element , a first end of which is fixed to the hub and a second end of which is fixed to the ring gear ; said at least one cylindrical skirt being moreover located opposite the resiliently deformable element , so that the resiliently deformable element can contact said at least one cylindrical skirt . - a wheel rim comprising a first area , intended for receiving a belt connecting the wheel rim to a first power-transmission element, and a second area located in the axial extension, namely in the direction defined by the longitudinal axis (AX) of the pulley, of the first area ; - a hub rigidly connected to a second power-transmission element; one of the power-transmission elements being driving and the other being driven; - a ring gear including a first portion located under the second area of the wheel rim and a second portion presented in the shape of at least one cylindrical skirt , resilient, extending, from the first portion , along said longitudinal axis (AX) and including a plurality of longitudinal slots (F1, F2, F3) and consequently a plurality of portions (P1, P2, P3) separated from each other by one of the slots, said ring gear being capable of rotating relative to the wheel rim and the hub about said longitudinal axis (AX); - means (5; 50; 13, 14, 33, 34) for driving the ring gear relative to the wheel rim ; - a resiliently deformable element , a first end of which is fixed to the hub and a second end of which is fixed to the ring gear ;
A method, at a mobile device, comprising: receiving a location request message requesting parameters indicative of a location of the mobile device, the location request message specifying one or more timer values by which the mobile device is to provide one or more response messages comprising the requested parameters; and transmitting an initial response message comprising at least an initial portion of, but less than an entirety of, the requested parameters prior to expiration of at least one of the one or more timer values, the initial response message further comprising an indication that at least one subsequent response message is to provide an additional portion of the requested parameters indicative of the location of the mobile device. receiving a location request message requesting parameters indicative of a location of the mobile device, the location request message specifying one or more timer values by which the mobile device is to provide one or more response messages comprising the requested parameters; and transmitting an initial response message comprising at least an initial portion of, but less than an entirety of, the requested parameters prior to expiration of at least one of the one or more timer values, the initial response message further comprising an indication that at least one subsequent response message is to provide an additional portion of the requested parameters indicative of the location of the mobile device.
An analysis method comprising: moving a complex , by means of a magnet unit , in a flow path of a specimen cartridge which includes the flow path and a detection vessel , the complex containing a test substance formed on magnetic particles and a labeled substance binding to the test substance; taking an image of the magnetic particles in the specimen cartridge ; obtaining a state of the magnetic particles in the specimen cartridge on the basis of the image data of the taken image; and measuring a label of the labeled substance contained in the complex in the detection vessel ; wherein on the basis of the obtained state of the magnetic particles in the specimen cartridge, an error is notified. moving a complex , by means of a magnet unit , in a flow path of a specimen cartridge which includes the flow path and a detection vessel , the complex containing a test substance formed on magnetic particles and a labeled substance binding to the test substance; taking an image of the magnetic particles in the specimen cartridge ; obtaining a state of the magnetic particles in the specimen cartridge on the basis of the image data of the taken image; and measuring a label of the labeled substance contained in the complex in the detection vessel ; wherein on the basis of the obtained state of the magnetic particles in the specimen cartridge, an error is notified.
Use of a fluorescent zirconia material comprising a fluorescent component and emitting fluorescence when excited with a light of a predetermined wavelength for tracing the source of origin of the zirconia material used as a dental material, the fluorescent component includes a fluorescent material, the fluorescent material includes at least one kind of Y 2 SiO 5 :Ce, Y 2 SiO 5 :Tb, (Y, Gd, Eu)BO 3 , Y 2 O 3 :Eu, YAG:Ce, ZnGa 2 O 4 :Zn and BaMgAl 10 O 17 :Eu.
A seal assembly for a nested dual drill pipe, comprising: a female seal assembly at one longitudinal end of tube and a male seal assembly at the other longitudinal end of the tube , the tube being nested in a drill pipe segment having a tapered thread assembly guide at each longitudinal end thereof; wherein the female seal assembly includes a larger internal diameter portion at an open end thereof, a taper (18E1) adjacent to the larger internal diameter portion , and a smaller internal diameter portion adjacent to the taper (18E1); wherein the male seal assembly includes a smaller external diameter portion at an open end thereof, a seal area adjacent to the smaller external diameter portion , and a larger external diameter portion adjacent to the seal area , the seal area including a seal ring ; and wherein the larger internal diameter portion and the smaller external diameter portion have diameters selected to prevent contact with each other during assembly of two adjacent drill pipe segments at a maximum axial misalignment allowed upon initial engagement of the tapered threads on the assembly guides on adjacent drill pipe segments prior to the tapered threads becoming fully engaged, and wherein the larger and smaller internal diameter portions and the larger and smaller external diameter portions have diameters selected to enable free longitudinal movement of the male seal assembly into the female seal assembly while maintaining the seal ring in the seal area fully energized. a female seal assembly at one longitudinal end of tube and a male seal assembly at the other longitudinal end of the tube , the tube being nested in a drill pipe segment having a tapered thread assembly guide at each longitudinal end thereof; wherein the female seal assembly includes a larger internal diameter portion at an open end thereof, a taper (18E1) adjacent to the larger internal diameter portion , and a smaller internal diameter portion adjacent to the taper (18E1); wherein the male seal assembly includes a smaller external diameter portion at an open end thereof, a seal area adjacent to the smaller external diameter portion , and a larger external diameter portion adjacent to the seal area , the seal area including a seal ring ; and wherein the larger internal diameter portion and the smaller external diameter portion have diameters selected to prevent contact with each other during assembly of two adjacent drill pipe segments at a maximum axial misalignment allowed upon initial engagement of the tapered threads on the assembly guides on adjacent drill pipe segments prior to the tapered threads becoming fully engaged, and wherein the larger and smaller internal diameter portions and the larger and smaller external diameter portions have diameters selected to enable free longitudinal movement of the male seal assembly into the female seal assembly while maintaining the seal ring in the seal area fully energized.
A stationary flight method of an aircraft having at least one wing as well as at least one rotary wing and at least one propeller , the aircraft comprising an autopilot system controlling a pitch of blades of said at least one rotary wing and a pitch of blades of said at least one propeller during a stationary flight phase (PHAS0) at a controlled setpoint pitch angle at controlled pitch angle, the method comprising a phase of modifying (PHAS1) the setpoint position, said change phase (PHAS1) comprising a generation (STP4.1) of a movement order with a man-machine interface for controlling , characterized in that said modifying phase (PHAS1) comprises a determination (STP4.2) as a function of said order of movement of a setpoint lateral speed (VLAT*) and of a setpoint angular speed (OMG*) about a yaw axis of the aircraft with the autopilot system , and a movement (STP4.3) of the aircraft with the autopilot system with said setpoint pitch angle (TANG*) as a function of the setpoint angular speed (OMG*) and of the setpoint lateral speed (VLAT*).
A method for preparing Li 6 PS 5 X, wherein X is halogen, comprising at least one step for the preparation of a solution S1 at a temperature T1 comprised from - 200°C to 10°C, said solution S1 comprising a solvent and at least P species under the form of (PS 4 ) 3- , Li species under the form of Li + , X species under the form of X-and remaining sulfur under the form of polysulfide, followed by a step for removing at least a portion of the solvent from said solution S1 to obtain Li 6 PS 5 X.
Construction kit for producing coverings, in particular floor coverings, from construction elements which comprise a rectangular panel with a visible side and a bearing side, are to be laid adjoining one another at the edges and can be connected to one another via tabs projecting from the panel , wherein the construction kit comprises construction elements having only two mutually perpendicular ducts , which completely traverse the panel and in each case one of the tabs , in the form of grooves, which are open to the bearing side, for receiving electrical lines, and the construction kit further comprises at least one such construction element which has a passage which is connected to the ducts , is open to the visible side and is intended for forming an electrical connection , wherein the two mutually perpendicular ducts which completely traverse the construction element and are, where appropriate, interrupted at the passage each run parallel to and at a distance from a central axis of the panel and from the panel edge which is parallel to the central axis, wherein the passage extends through the entire construction element and has a diameter which is larger than the width of the ducts , and wherein the passage is arranged at a distance from the central axes in a corner region of the construction element.
A method for selecting an operation mode among a plurality of operation modes for an at least partly self-driving vehicle , the method comprising: acquiring (S102) an image of the present scene of the at least partly self-driving vehicle, wherein the image is captured by a scene capturing device ; calculating (S104) a set of difference values between the pixel values of the acquired image and pixel values of a reconstructed image, the reconstructed image being produced by a deep neural network using an autoencoder architecture applied to the acquired image, the deep neural network being trained on inlier data to reconstruct images of empty highway scenarios; selecting (S106; S205) the operation mode based on comparing a difference metric to a metric threshold empirically determined to distinguish inlier data representing empty highway scenarios from outlier data representing unknown scenarios, the difference metric being constructed based on a sum of difference values that exceed a threshold value, wherein the selectable operation modes include manual driving mode and an at least partly self-driving mode, the at least partly self-driving mode is selected in case of the difference metric being below the metric threshold; and detecting (S205) positions of unknown objects in the acquired image based on the positions of the pixels in the acquired image associated with the difference values that exceed the threshold value, wherein the operation mode is selected also based on the location of the detected unknown object. acquiring (S102) an image of the present scene of the at least partly self-driving vehicle, wherein the image is captured by a scene capturing device ; calculating (S104) a set of difference values between the pixel values of the acquired image and pixel values of a reconstructed image, the reconstructed image being produced by a deep neural network using an autoencoder architecture applied to the acquired image, the deep neural network being trained on inlier data to reconstruct images of empty highway scenarios; selecting (S106; S205) the operation mode based on comparing a difference metric to a metric threshold empirically determined to distinguish inlier data representing empty highway scenarios from outlier data representing unknown scenarios, the difference metric being constructed based on a sum of difference values that exceed a threshold value, wherein the selectable operation modes include manual driving mode and an at least partly self-driving mode, the at least partly self-driving mode is selected in case of the difference metric being below the metric threshold; and detecting (S205) positions of unknown objects in the acquired image based on the positions of the pixels in the acquired image associated with the difference values that exceed the threshold value, wherein the operation mode is selected also based on the location of the detected unknown object.
A washer-dryer comprising a drum for receiving a load of laundry to be treated, the drum disposed in a tub and rotatable about an axis and configured to receive a load not exceeding a first load to be washed and configured to receive a load less than a second load to be dried, wherein the second load is smaller than the first load, a control device for controlling operation of the washer-dryer , the control device including a weighing device for determining a load of laundry present in the drum , a display device for displaying information to a user, and a setting device for receiving input settings from the user, wherein the control device is configured for, upon receiving the laundry into the drum and receiving an input by the setting device for starting treatment of the laundry by washing and drying, weighing the laundry , determining a load of the laundry by the weighing device , and comparing the load to the second load, characterized in that the control device is configured to, if the load does not exceed the second load, control the display device for displaying a first indication that treatment by washing and drying the laundry in the drum may be performed in a continuous process and starting treatment of the laundry in the drum by washing and drying continuously, and if the load exceeds the second load, control the display device for displaying a second indication that the treatment by washing and drying the laundry will be interrupted after washing, and interrupt the treatment after washing and control the display device for displaying a third indication prompting the user to remove laundry with a load in excess of the second load from the drum , and re-start the treatment by providing input to the setting device .
A perforated structure mountable onto a seabed for establishing a deep-water port or an artificial island; said structure comprising: a plurality of prefabricated perforated modules integratable into said structure; wherein each prefabricated perforated module has a corner portion comprising a concave surface such that said corner portions being integrated together into said structure form a cavity to be filled with a concrete; characterised in that said structure comprises at least one connector interconnecting corner portions of said prefabricated perforated modules; and wherein said connector comprises a crosspiece having three arms orthogonal to each other; each arm has a cross-like cross section; wherein said crosspiece has reinforcing members distributed within said concrete. a plurality of prefabricated perforated modules integratable into said structure; wherein each prefabricated perforated module has a corner portion comprising a concave surface such that said corner portions being integrated together into said structure form a cavity to be filled with a concrete; characterised in that said structure comprises at least one connector interconnecting corner portions of said prefabricated perforated modules; and wherein said connector comprises a crosspiece having three arms orthogonal to each other; each arm has a cross-like cross section; wherein said crosspiece has reinforcing members distributed within said concrete.