mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a calcium-magnesium composition in the form of briquettes, comprising the following steps: i. supplying a powder mixture comprising at least one "quick" calcium-magnesium compound, said mixture comprising at least 40 wt% of CaO+MgO equivalent with respect to the weight of said composition and having a Ca/Mg molar ratio greater than or equal to 1, preferably greater than or equal to 2, more particularly greater than or equal to 3; ii. feeding a roller press with said homogeneous mixture, iii. compressing said powder mixture in said roller press and obtaining a calcium-magnesium composition in the form of raw briquettes, and iv. collecting said raw briquettes, characterised in that said powder mixture further contains an iron-based compound contained in an amount of at least 3 wt%, preferably at least 12 wt%, preferably at least 20 wt%, preferably at least 30 wt%, more preferably at least 35 wt% of Fe 2 O 3 equivalent with respect to the weight of said composition, said iron-based compound having a very fine particle size distribution characterised by a median size d 50 smaller than 100 μm, preferably smaller than 50 μm, as well as a size d 90 smaller than 200 μm, preferably smaller than 150 μm, preferably smaller than 130 μm, more preferably smaller than 100 μm, wherein said at least one "quick" calcium-magnesium compound comprising at least 40 wt% of CaO+MgO equivalent comprises a calcium-magnesium compound particle fraction having a particle size ≤ 90 μm comprising at least 20 wt% of CaO equivalent with respect to the weight of said powder mixture, and wherein said iron-based compound comprises at least 50 wt%, preferably at least 60 wt%, more preferentially at least 70 wt%, more preferentially at least 80 wt% and particularly more than 95 wt% of iron oxide in the form of Fe 2 O 3 haematite with respect to the total weight of the iron-based compound, and in that said rollers of the roller press develop, at the edges of the rollers, linear speeds of between 10 and 100 cm/s, preferentially between 20 and 80cm/s, and linear pressures of between 60 and 160 kN/cm, preferentially between 80 and 140 kN/cm, and even more preferentially between 80 and 120 kN/cm. i. supplying a powder mixture comprising at least one "quick" calcium-magnesium compound, said mixture comprising at least 40 wt% of CaO+MgO equivalent with respect to the weight of said composition and having a Ca/Mg molar ratio greater than or equal to 1, preferably greater than or equal to 2, more particularly greater than or equal to 3; ii. feeding a roller press with said homogeneous mixture, iii. compressing said powder mixture in said roller press and obtaining a calcium-magnesium composition in the form of raw briquettes, and iv. collecting said raw briquettes,
A rechargeable nickel zinc cell, comprising, i) a jellyroll electrode assembly sealed in a can and comprising a nickel positive electrode, a zinc negative electrode, and at least one separator layer disposed between the nickel positive electrode and the zinc negative electrode; ii) the can in electrical communication with the nickel positive electrode, the can comprising one open end and a base, and an aperture at the base of the can; iii) a vent cap affixed to the base of the can and in electrical communication with the can , the vent cap configured to vent gas from the rechargeable nickel zinc cell via the aperture , wherein the base of the can comprises ridges in the base of the can , wherein the ridges are configured to impart rigidity to the base of the can ; and iv) a negative collector disc in electrical communication with the zinc negative electrode and electrically isolated from the can , the negative collector disc configured as a closure to the open end of the can . i) a jellyroll electrode assembly sealed in a can and comprising a nickel positive electrode, a zinc negative electrode, and at least one separator layer disposed between the nickel positive electrode and the zinc negative electrode; ii) the can in electrical communication with the nickel positive electrode, the can comprising one open end and a base, and an aperture at the base of the can; iii) a vent cap affixed to the base of the can and in electrical communication with the can , the vent cap configured to vent gas from the rechargeable nickel zinc cell via the aperture , wherein the base of the can comprises ridges in the base of the can , wherein the ridges are configured to impart rigidity to the base of the can ; and iv) a negative collector disc in electrical communication with the zinc negative electrode and electrically isolated from the can , the negative collector disc configured as a closure to the open end of the can .
A spinal screw fixation device , comprising: a spinal screw having an oblique perforation hole ; a fixing screw passing through the oblique perforation hole ; and a locking plate having two locking holes through which the spinal screw and the fixing screw pass, wherein the spinal screw , the fixing screw and the locking plate constitute a three-point fixed structure, wherein one of the spinal screw and the fixing screw is a pedicle screw, and the other of the spinal screw and the fixing screw is a cortical screw. a spinal screw having an oblique perforation hole ; a fixing screw passing through the oblique perforation hole ; and a locking plate having two locking holes through which the spinal screw and the fixing screw pass, wherein the spinal screw , the fixing screw and the locking plate constitute a three-point fixed structure, wherein one of the spinal screw and the fixing screw is a pedicle screw, and the other of the spinal screw and the fixing screw is a cortical screw.
A traction tower assembly for facilitating arthroscopic surgical procedures, radiographic procedures and other related medical procedures on a patient's wrist, comprising: a base plate ; a tower assembly comprising a first tower provided on and removably secured to the base plate via a first bottom surface of the first tower and having a first side surface and a second tower adapted to hold the patient's forearm to the traction tower assembly and having a second side surface positioned adjacent to the first side surface, wherein the second tower is movable upwards and downwards in the vertical direction with respect to the first tower; and an elongated arm assembly attached to and extending from the second tower of the tower assembly. a base plate ; a tower assembly comprising a first tower provided on and removably secured to the base plate via a first bottom surface of the first tower and having a first side surface and a second tower adapted to hold the patient's forearm to the traction tower assembly and having a second side surface positioned adjacent to the first side surface, wherein the second tower is movable upwards and downwards in the vertical direction with respect to the first tower; and an elongated arm assembly attached to and extending from the second tower of the tower assembly.
A header for a combine harvester comprising: a frame ; and a row unit (200A-D) extending forwardly of the frame , the row unit (200A-D) including: a deck plate , a hood (700A-C, 700A', 800A, 800B), a row divider (900A-E, 900A'), and: a system for generating a pressurized air flow configured to blow crop material away from the row unit (200A-D); wherein that the deck plate includes an air channel (520, 520', 520", 520"', 620, 620') for receiving the pressurized air flow to blow crop material away from the deck plate and characterized in that the air channel (520, 520', 520", 520"', 620, 620') extends along an inner edge of the deck plate and includes a plurality of apertures (522A-G). a frame ; and a row unit (200A-D) extending forwardly of the frame , the row unit (200A-D) including: a deck plate , a hood (700A-C, 700A', 800A, 800B), a row divider (900A-E, 900A'), and: a system for generating a pressurized air flow configured to blow crop material away from the row unit (200A-D); wherein that the deck plate includes an air channel (520, 520', 520", 520"', 620, 620') for receiving the pressurized air flow to blow crop material away from the deck plate and characterized in that the air channel (520, 520', 520", 520"', 620, 620') extends along an inner edge of the deck plate and includes a plurality of apertures (522A-G). a deck plate , a hood (700A-C, 700A', 800A, 800B), a row divider (900A-E, 900A'), and: a system for generating a pressurized air flow configured to blow crop material away from the row unit (200A-D); wherein that the deck plate includes an air channel (520, 520', 520", 520"', 620, 620') for receiving the pressurized air flow to blow crop material away from the deck plate and characterized in that the air channel (520, 520', 520", 520"', 620, 620') extends along an inner edge of the deck plate and includes a plurality of apertures (522A-G).
A liquid composition comprising the compound characterized by the general formula CF 3 -(CF 2 ) n -CH(CH 3 )-(CH 2 ) m -CH 3 wherein n is 3 and m is 2.
A computing device (120; 500; 600) for supporting an Augmented-Reality, AR, software application, the computing device comprising processing means being operative to: for each one of at least two candidate physical locations (131, 132; 231, 232) for placing a current virtual object (104; 204), where the current virtual object appears to be placed when overlaid onto a video sequence capturing a physical scene (100; 200) in the surroundings of a user of the AR software application: determine an expected physical location to which the user moves, or where the user remains, in response to displaying (123; 223) the physical scene and the overlaid current virtual object to the user, and evaluate a value of an attribute which is related to a performance of a wireless connection utilized by the AR software application, and which is spatially dependent in the surroundings of the user, at the expected physical location, and select the physical location for placing the current virtual object from the at least two candidate physical locations based on a superior performance of the wireless connection for the selected physical location. for each one of at least two candidate physical locations (131, 132; 231, 232) for placing a current virtual object (104; 204), where the current virtual object appears to be placed when overlaid onto a video sequence capturing a physical scene (100; 200) in the surroundings of a user of the AR software application: determine an expected physical location to which the user moves, or where the user remains, in response to displaying (123; 223) the physical scene and the overlaid current virtual object to the user, and evaluate a value of an attribute which is related to a performance of a wireless connection utilized by the AR software application, and which is spatially dependent in the surroundings of the user, at the expected physical location, and determine an expected physical location to which the user moves, or where the user remains, in response to displaying (123; 223) the physical scene and the overlaid current virtual object to the user, and evaluate a value of an attribute which is related to a performance of a wireless connection utilized by the AR software application, and which is spatially dependent in the surroundings of the user, at the expected physical location, and select the physical location for placing the current virtual object from the at least two candidate physical locations based on a superior performance of the wireless connection for the selected physical location.
Gear mechanism having at least a first and a second shaft , wherein at least a first and a second switching group are arranged between the first and the second shaft , wherein each of the switching groups has at least two transmission units which can be switched individually and which differ from each other in terms of their transmission ratio, wherein the first switching group can be moved into active connection with the first shaft by means of a planetary stage which is constructed in such a manner that a mechanical power which is introduced via the first shaft can be transmitted to the second shaft via a first and/or via a second power path which can be coupled or uncoupled, wherein at least one transmission unit of the first switching group is associated with each power path and wherein in at least one switching state of the first switching group the power flow extends over at least one transmission unit of the first and the second power path in each case, characterized in that the first switching group has at least two outer shaft portions which coaxially surround the first shaft , wherein at least one of the transmission units is associated with one of the outer shaft portions and wherein a first outer shaft portion is associated with the first power path and a second outer shaft portion is associated with the second power path. wherein at least one transmission unit of the first switching group is associated with each power path and wherein in at least one switching state of the first switching group the power flow extends over at least one transmission unit of the first and the second power path in each case, characterized in that the first switching group has at least two outer shaft portions which coaxially surround the first shaft , wherein at least one of the transmission units is associated with one of the outer shaft portions and wherein a first outer shaft portion is associated with the first power path and a second outer shaft portion is associated with the second power path.
Evacuation device for the evacuation of persons from a vehicle, characterised in that the evacuation device comprises a plurality of inflatable chambers layered one on top of the other with a rectangular horizontal cross-section, which are separated pneumatically from one another and which are surrounded by an inflatable supporting device on three sides of their periphery and wherein the topmost chamber has an accessible surface and the chambers and the supporting device can be brought into their position of use by means of pressurised gas and wherein the accessible surface is lowered by sequential ventilation of the inflatable chambers .
A contact lens comprising a center , a central portion about the center, and a peripheral portion disposed about said central portion; wherein said peripheral portion is colored with a pattern that graduates to transparent towards the outer diameter of the lens, wherein the central portion contains an area that is meant to cover an iris of a wearer, wherein the central portion is colored and contains a limbal ring , characterized in that the peripheral portion is brightly colored and comprises a colorant with 10 to 20% titanium dioxide and 80 to 90% clear binding polymer, and wherein said peripheral portion is colored according to a geometric pattern, wherein the geometric pattern is formed from regularly shaped structures.
A method of wireless communication of a user equipment, UE , comprising: determining a plurality of messages containing channel state information to be reported to a base station ; determining a priority level for each of the plurality of messages based on at least one predetermined rule; selecting one or more messages from the plurality of messages based on priority levels of the plurality of messages; and sending the selected one or more messages to the base station , wherein, the at least one predetermined rule specifies that, for reporting channel state information of a plurality of sub-band channels, all messages carrying channel state information of odd indexed sub-band channels of the plurality of sub-band channels have priority levels higher or lower than priority levels of all messages carrying channel state information of even indexed sub-band channels of the plurality of sub-band channels. determining a plurality of messages containing channel state information to be reported to a base station ; determining a priority level for each of the plurality of messages based on at least one predetermined rule; selecting one or more messages from the plurality of messages based on priority levels of the plurality of messages; and sending the selected one or more messages to the base station , wherein, the at least one predetermined rule specifies that, for reporting channel state information of a plurality of sub-band channels, all messages carrying channel state information of odd indexed sub-band channels of the plurality of sub-band channels have priority levels higher or lower than priority levels of all messages carrying channel state information of even indexed sub-band channels of the plurality of sub-band channels.
Method for producing a nonwoven web from fibres, in particular from plastic fibres, wherein the fibres are spun out and cooled and deposited as deposited fibres or as a nonwoven web on a depositing device, wherein at least one pre-consolidating device is provided for pre-consolidating the nonwoven web and wherein at least one first calender roller downstream of the pre-consolidating device is provided for consolidating the nonwoven web, wherein the first calender roller is exchanged for a second calender roller in continuous operation of the process, wherein the first calender roller is removed from the nonwoven web , wherein during the exchange of the calender rollers the pre-consolidation of the nonwoven web is intensified and wherein after introduction of the second calender roll , the pre-consolidation of the nonwoven web is reduced again.
Method for producing a component by means of a 3D winding process, wherein the component has at least two arms , each of which has a bushing , and a torsion region , which is connected to the at least two arms , characterized in that - a thread or multiple parallel threads composed of a fiber/plastic composite material is/are deposited on a core in a combination of multiple different winding patterns , - each thread is pre-impregnated, - each winding pattern influences at least one mechanical property of the component , and - the mechanical properties of the component are set in a targeted manner by the sequence, the repetition, the mixing and the material selection of the individual winding patterns . - a thread or multiple parallel threads composed of a fiber/plastic composite material is/are deposited on a core in a combination of multiple different winding patterns , - each thread is pre-impregnated, - each winding pattern influences at least one mechanical property of the component , and - the mechanical properties of the component are set in a targeted manner by the sequence, the repetition, the mixing and the material selection of the individual winding patterns .
A fuel spray nozzle comprising a fuel injector and an annular air swirler , the fuel injector comprising; a fuel passage arranged centrally of the annular air swirler and having at least one inlet and at least one outlet , the outlet configured for accelerating fuel exiting the fuel passage into a jet of fuel and the annular air swirler comprising one or more swirl passages converging to a single outlet chamber in which the fuel passage outlet(s) sits, wherein the fuel passage is arranged along a co-axial centreline of the fuel passage and annular air swirler and configured such that the jet of fuel exiting the fuel passage through the at least one outlet is directed across a stream of air exiting the one or more swirl passages at the outlet chamber .
A portable terminal for recognizing a zone in an indoor environment, the portable terminal comprising: a memory configured to store a first magnetic finger print corresponding to an indoor zone and a first image corresponding to the indoor zone; and a controller configured to: acquire second magnetic finger print corresponding to a location of the portable terminal, compare the first magnetic finger print and the second magnetic finger print, in response to determining that the portable terminal is located within the indoor zone based on the compared result of the magnetic finger prints, acquire a second image corresponding to the location of the portable terminal, and compare the first image and the second image, and in response to determining that the portable terminal is located within the indoor zone based on the compared result of the images, execute a function corresponding to the indoor zone. a memory configured to store a first magnetic finger print corresponding to an indoor zone and a first image corresponding to the indoor zone; and a controller configured to: acquire second magnetic finger print corresponding to a location of the portable terminal, compare the first magnetic finger print and the second magnetic finger print, in response to determining that the portable terminal is located within the indoor zone based on the compared result of the magnetic finger prints, acquire a second image corresponding to the location of the portable terminal, and compare the first image and the second image, and in response to determining that the portable terminal is located within the indoor zone based on the compared result of the images, execute a function corresponding to the indoor zone. acquire second magnetic finger print corresponding to a location of the portable terminal, compare the first magnetic finger print and the second magnetic finger print, in response to determining that the portable terminal is located within the indoor zone based on the compared result of the magnetic finger prints, acquire a second image corresponding to the location of the portable terminal, and compare the first image and the second image, and in response to determining that the portable terminal is located within the indoor zone based on the compared result of the images, execute a function corresponding to the indoor zone.
An implantable medical device comprising: a first component including a first material being a silicone polymer; a second component including a second material being a polyurethane polymer or a polyether ether ketone; and a fiber matrix including a plurality of randomly aligned electro-spun or electrosprayed fibers, the fiber matrix joining the first component to the second component , the fiber matrix including: a first portion of the fiber matrix connected to the first component , wherein the first portion of the fiber matrix is interpenetrated with, and mechanically fixed to, the first material; and a second portion of the fiber matrix connected to the second component ; wherein the first portion of the fiber matrix directly contacts the first material and at least a portion of the first component is in contact with the second component . a first component including a first material being a silicone polymer; a second component including a second material being a polyurethane polymer or a polyether ether ketone; and a fiber matrix including a plurality of randomly aligned electro-spun or electrosprayed fibers, the fiber matrix joining the first component to the second component , the fiber matrix including: a first portion of the fiber matrix connected to the first component , wherein the first portion of the fiber matrix is interpenetrated with, and mechanically fixed to, the first material; and a second portion of the fiber matrix connected to the second component ; wherein the first portion of the fiber matrix directly contacts the first material and at least a portion of the first component is in contact with the second component . a first portion of the fiber matrix connected to the first component , wherein the first portion of the fiber matrix is interpenetrated with, and mechanically fixed to, the first material; and a second portion of the fiber matrix connected to the second component ; wherein the first portion of the fiber matrix directly contacts the first material and at least a portion of the first component is in contact with the second component .