mhurhangee/ep-ind-claims huggingface dataset:
Rotor blade of a wind turbine, the rotor blade comprising a lightning protection system with at least one lightning receptor, the lightning receptor comprising a receptor part which protrudes from the surface of the rotor blade,wherein the section of the receptor part with the maximum lateral extension is spaced apart from the surface of the rotor blade, and characterized in that - the receptor part is at least partially covered by an electrically conductive cover, and - the cover is at least partially spaced apart from the receptor part by a non-conductive material, in particular air. - the receptor part is at least partially covered by an electrically conductive cover, and - the cover is at least partially spaced apart from the receptor part by a non-conductive material, in particular air.
A conveying assembly comprising: a plurality of modules including a body having a top surface, wherein the body includes a driven axle mounted to the body for conveyance therewith, a roller fixed to the driven axle, and a rotor fixed to the driven axle; characterized in that the conveying assembly comprises an electromagnet comprising a winding, a north pole and a south pole, wherein the north pole is spaced apart from the south pole defining a gap through which the rotor is sized to pass, the electromagnet arranged to be selectively energized such that a magnetic field is produced through the gap, the electromagnet and the rotor configured such that an eddy current is formed in the rotor as the rotor passes through the gap to affect rotation of the driven axle.
A method for an imaging system, comprising: computing scan parameters for one or more scout scans based on a selected patient absorbed dose range and a total amount of energy to be imparted to an x-ray tube of a radiation source during the one or more scout scans preceding a diagnostic scan, the total amount of energy estimated based on a final temperature of the x-ray tube at an onset of the diagnostic scan; and performing the one or more scout scans according to the computed scan parameters. computing scan parameters for one or more scout scans based on a selected patient absorbed dose range and a total amount of energy to be imparted to an x-ray tube of a radiation source during the one or more scout scans preceding a diagnostic scan, the total amount of energy estimated based on a final temperature of the x-ray tube at an onset of the diagnostic scan; and performing the one or more scout scans according to the computed scan parameters.
Port extension device intended to be connected to a user interface terminal in an aircraft, the user interface terminal being intended to directly connect to it peripheral systems (FM1, ACARS) and to display on a screen (200A, 200B) of said user interface terminal a selection page suitable for allowing a user to select a peripheral system out of said peripheral systems (FM1, ACARS) so as to transfer graphical interface control to the selected peripheral system, characterized in that, other peripheral systems (ROPS, BTV) being connected to the user interface terminal via control circuitry of the port extension device, the control circuitry is suitable for emulating a peripheral system behaviour and for implementing: - means for responding, to a naming request emanating from the user interface terminal, by a naming representative of a user interface terminal menu navigation action; - when the user interface terminal performs a transfer of graphical interface control from said user interface terminal to said control circuitry, means for emulating another selection page, in the style of the selection page generated by the user interface terminal, suitable for allowing a user to select a peripheral system out of said other peripheral systems (ROPS, BTV); and - when said control circuity detects a selection of a peripheral system out of said other peripheral systems through the transfer of graphical interface control, means for performing a transfer of graphical interface control from said user interface terminal to said selected peripheral system (ROPS, BTV), the control circuitry acting as a relay between said selected peripheral system (ROPS, BTV) and the user interface terminal. - means for responding, to a naming request emanating from the user interface terminal, by a naming representative of a user interface terminal menu navigation action; - when the user interface terminal performs a transfer of graphical interface control from said user interface terminal to said control circuitry, means for emulating another selection page, in the style of the selection page generated by the user interface terminal, suitable for allowing a user to select a peripheral system out of said other peripheral systems (ROPS, BTV); and - when said control circuity detects a selection of a peripheral system out of said other peripheral systems through the transfer of graphical interface control, means for performing a transfer of graphical interface control from said user interface terminal to said selected peripheral system (ROPS, BTV), the control circuitry acting as a relay between said selected peripheral system (ROPS, BTV) and the user interface terminal.
A display substrate, comprising: a substrate, and a light blocking element disposed on the substrate, the light blocking element comprising: a first light blocking portion comprising an upper surface and having a first thickness; a second light blocking portion disposed adjacent to the first light blocking portion, the second light blocking portion comprising an upper surface and having a second thickness, the second thickness being less than the first thickness; and a column spacer portion disposed adjacent to the second light blocking portion, the column spacer portion comprising an upper surface and having a third thickness, the third thickness being greater than the first thickness; and a second column spacer portion comprising an upper surface and having a fourth thickness, the fourth thickness being greater than the first thickness and less than the third thickness. a substrate, and a light blocking element disposed on the substrate, the light blocking element comprising: a first light blocking portion comprising an upper surface and having a first thickness; a second light blocking portion disposed adjacent to the first light blocking portion, the second light blocking portion comprising an upper surface and having a second thickness, the second thickness being less than the first thickness; and a column spacer portion disposed adjacent to the second light blocking portion, the column spacer portion comprising an upper surface and having a third thickness, the third thickness being greater than the first thickness; and a first light blocking portion comprising an upper surface and having a first thickness; a second light blocking portion disposed adjacent to the first light blocking portion, the second light blocking portion comprising an upper surface and having a second thickness, the second thickness being less than the first thickness; and a column spacer portion disposed adjacent to the second light blocking portion, the column spacer portion comprising an upper surface and having a third thickness, the third thickness being greater than the first thickness; and a second column spacer portion comprising an upper surface and having a fourth thickness, the fourth thickness being greater than the first thickness and less than the third thickness.
A method for releasing a molded article from a mold, which comprises fixing the mold containing the molded article to a support; and pressing the lateral of the molded article in the fixed mold with a presser; characterized in that at 20°C to 70°C the modulus of the mold is 50,000 MPa to 70,000 MPa, the modulus of the molded article is 500 MPa to 5,000 MPa, and the ratio of the modulus of the mold to the modulus of the molded article is 10:1 to 200:1; and the pressing is carried out at 50°C to 130°C. at 20°C to 70°C the modulus of the mold is 50,000 MPa to 70,000 MPa, the modulus of the molded article is 500 MPa to 5,000 MPa, and the ratio of the modulus of the mold to the modulus of the molded article is 10:1 to 200:1; and the pressing is carried out at 50°C to 130°C.
A method of producing a polyurethane resin-bonded pigment aqueous dispersion comprising causing a pigment having a surface acidic group to come in contact with a basic compound having two or more amino groups selected from a primary amino group and a secondary amino group in its molecule in an aqueous medium so that the pigment has an unreacted surface amino group, and causing the pigment to come in contact and react with a polyurethane resin having an isocyanate end group.
A method for producing a veneered board, comprising a veneer and a carrier board, comprising the steps of: - providing the veneer having an upper face and a lower face, - applying an additive to the lower face of the veneer, and then - applying a particulate binder to the lower face of the veneer, - heating the binder on the veneer, such that the particles of the binder soften and adhere to one another at least on the surface, such that the binder and the additive are securely bonded to the veneer and further processing the veneer by - producing a stack of material to be pressed, comprising the carrier board and the veneer provided with the additive and binder on its lower face, wherein the veneer lies against the carrier board with its lower face, - pressing the stack of material to be pressed to form the veneered board. - providing the veneer having an upper face and a lower face, - applying an additive to the lower face of the veneer, and then - applying a particulate binder to the lower face of the veneer, - heating the binder on the veneer, such that the particles of the binder soften and adhere to one another at least on the surface, such that the binder and the additive are securely bonded to the veneer and further processing the veneer by - producing a stack of material to be pressed, comprising the carrier board and the veneer provided with the additive and binder on its lower face, wherein the veneer lies against the carrier board with its lower face, - pressing the stack of material to be pressed to form the veneered board.
A method of preparing a chromium-based catalyst for the polymerization of an olefin into a polyolefin, the method comprising: feeding a chromium-based catalyst to a mix vessel; introducing a stream comprising a reducing agent into the mix vessel through a conduit extending into a nozzle of the mix vessel, wherein the nozzle is on an upper portion of the mix vessel and the conduit terminates in a vapor space of the mix vessel; and agitating a mixture of the chromium-based catalyst, the reducing agent, and a solvent in the mix vessel to promote contact of the reducing agent with the chromium-based catalyst to give a reduced chromium-based catalyst. feeding a chromium-based catalyst to a mix vessel; introducing a stream comprising a reducing agent into the mix vessel through a conduit extending into a nozzle of the mix vessel, wherein the nozzle is on an upper portion of the mix vessel and the conduit terminates in a vapor space of the mix vessel; and agitating a mixture of the chromium-based catalyst, the reducing agent, and a solvent in the mix vessel to promote contact of the reducing agent with the chromium-based catalyst to give a reduced chromium-based catalyst.
A patient monitoring sensor, comprising a communication interface, through which the patient monitoring sensor can communicate with a monitor; a light-emitting diode, LED, communicatively coupled to the communication interface; a detector, communicatively coupled to the communication interface, capable of detecting light; a body having a flexible circuit that couples the LED and the detector to the communication interface; and a faraday cage provided as a flap portion of the body extending from a portion of the body housing the detector, wherein said flap portion is folded over the detector, wherein the faraday cage includes an aperture configured to limit an amount of light from the LED that the detector is able to detect, and wherein the body further comprises a slot into which a tapered end of the flap portion is inserted when the flap portion is folded over the detector. a communication interface, through which the patient monitoring sensor can communicate with a monitor; a light-emitting diode, LED, communicatively coupled to the communication interface; a detector, communicatively coupled to the communication interface, capable of detecting light; a body having a flexible circuit that couples the LED and the detector to the communication interface; and a faraday cage provided as a flap portion of the body extending from a portion of the body housing the detector, wherein said flap portion is folded over the detector, wherein the faraday cage includes an aperture configured to limit an amount of light from the LED that the detector is able to detect, and wherein the body further comprises a slot into which a tapered end of the flap portion is inserted when the flap portion is folded over the detector.
An injection-moulding mould configured for being mounted in an injection-moulding apparatus for automated moulding of work pieces in plastics, said injection-moulding mould comprising at least two separate mould parts that are separated by a mould separation face, and wherein at least one first mould part is configured with an outer frame in which is configured at least one space which is open relative to the mould separation face, in which is mounted at least one exchangeable mould insert, and wherein the exchangeable mould insert has a mould cavity side facing out towards the mould separation face, said mould cavity side being delimited by a number of side faces (5, 6) and is provided with one or more mould cavities and wherein the mould insert is secured in the outer frame by use of at least one mounting fitting which is arranged in the outer frame and each abuts on adjacent side faces (5,6) on the mould insert, and where the mounting fitting comprises two wedge-shaped fitting parts (8, 9) that each has two wedge faces (10, 11, 12, 13) that are angled relative to each other, and wherein the wedge-shaped fitting parts (8, 9) face opposite each other and abut on each other in such a manner that the wedge (10, 11, 12, 13) faces on the two wedge-shaped fitting parts (8, 9) diverge in mutually opposite directions, and wherein the one wedge face on the one wedge-shaped fitting part is configured to abut on the side face (5, 6) on the mould insert, and the one wedge face on the second wedge-shaped fitting part is configured to abut on a surface in the open space, characterised in that the mounting fitting further comprises a support plate, and in that the mould insert comprises a recess that is configured to be complementary to the support plate in a side face (5, 6) on the mould insert; and wherein the support plate and the recess: are configured such that the support plate partially extends below the wedge shaped fitting parts (8, 9) and extends into the recess and secures the mould insert in open spaces in the first mould part.
A method for producing a reduced iron pellet, wherein when a powder formed article including iron oxide and carbon is heated and reduced in a rotary hearth furnace, the formed article produced by using a raw material, in which an average diameter of the iron oxide is 50 microns or less, is reduced at a temperature of 1400°C or less and a ratio of carbon monoxide to carbon dioxide in a reduction zone of the rotary hearth furnace is from 0.3 to 1, and a sojourn time at 1200°C or more in the rotary hearth furnace is 8 minutes or more, and a time represented by to=69.5-0.035T or less, where a unit of to is minute, and T is an average gas temperature (°C) in the rotary hearth furnace at 1200°C or more, thereby producing a reduced iron pellet in which a metallization ratio of iron is 50 to 85% and a ratio of residual carbon is 2% or less.
A pair of co-operating screw rotors, comprising: - a male rotor having helically extending lobes and intermediate grooves; and - a female rotor having helically extending lobes and intermediate grooves which are configured to intermesh with the helically extending lobes and intermediate grooves of said male rotor; wherein said female rotor has a pitch radius (R FP) defining a pitch circle (C FP), characterised in that each groove of the female rotor has a first flank comprising at least three concave sections, and wherein a first section comprises the radially innermost point of said groove, and wherein a second section is shaped as a circular arc with a radius having its center located outside the pitch circle, wherein a third section is shaped as a circular arc with a radius having its center located outside the pitch circle, and wherein said radius of the third section is greater than said radius of the second section, which is greater than the radial distance between the pitch circle and said radially innermost point of said groove. - a male rotor having helically extending lobes and intermediate grooves; and - a female rotor having helically extending lobes and intermediate grooves which are configured to intermesh with the helically extending lobes and intermediate grooves of said male rotor;
Docking station for an electronic user device; wherein the docking station comprises - at least one microphone and at least one loudspeaker; - a housing with a holder, which is embodied to hold different types of user devices on or in the docking station; - an occupancy sensor, which is embodied to acquire occupancy sensor data indicating whether or not a user device is located in the holder; - a communication unit, which is embodied for wireless data communication; and - a control module, which is configured - to determine, on the basis of the occupancy sensor data, that a user device is located in the holder; - to cause the communication unit to transmit at least one beacon and, in response thereto, to receive several response signals from several user devices (110, 310) in a vicinity of the docking station; - to determine, on the basis of the several response signals, which of the several user devices (110, 310) is located in the holder of the docking station; and - to establish, via the communication unit, a wireless communication connection to the specific user device located in the holder of the docking station. - at least one microphone and at least one loudspeaker; - a housing with a holder, which is embodied to hold different types of user devices on or in the docking station; - an occupancy sensor, which is embodied to acquire occupancy sensor data indicating whether or not a user device is located in the holder; - a communication unit, which is embodied for wireless data communication; and - a control module, which is configured - to determine, on the basis of the occupancy sensor data, that a user device is located in the holder; - to cause the communication unit to transmit at least one beacon and, in response thereto, to receive several response signals from several user devices (110, 310) in a vicinity of the docking station; - to determine, on the basis of the several response signals, which of the several user devices (110, 310) is located in the holder of the docking station; and - to establish, via the communication unit, a wireless communication connection to the specific user device located in the holder of the docking station. - to determine, on the basis of the occupancy sensor data, that a user device is located in the holder; - to cause the communication unit to transmit at least one beacon and, in response thereto, to receive several response signals from several user devices (110, 310) in a vicinity of the docking station; - to determine, on the basis of the several response signals, which of the several user devices (110, 310) is located in the holder of the docking station; and - to establish, via the communication unit, a wireless communication connection to the specific user device located in the holder of the docking station.
A portable infusion pump system, comprising: a pump housing that defines a space to receive a medicine cartridge; and a drive system to dispense medicine from the medicine cartridge when the medicine cartridge is received by the pump housing, the drive system comprising: a piston rod configured to forwardly advance toward the medicine cartridge when the medicine cartridge is received by the pump housing, and a plunger engagement device coupled to the piston rod, wherein the plunger engagement device comprises at least one penetration member to couple the drive system to a plunger of the medicine cartridge, characterized in that the plunger engagement device comprises a spring adjustable from a deactivated condition to an activated condition in which a spring force of the spring biases the plunger towards the piston rod. a pump housing that defines a space to receive a medicine cartridge; and a drive system to dispense medicine from the medicine cartridge when the medicine cartridge is received by the pump housing, the drive system comprising: a piston rod configured to forwardly advance toward the medicine cartridge when the medicine cartridge is received by the pump housing, and a plunger engagement device coupled to the piston rod, wherein the plunger engagement device comprises at least one penetration member to couple the drive system to a plunger of the medicine cartridge, characterized in that the plunger engagement device comprises a spring adjustable from a deactivated condition to an activated condition in which a spring force of the spring biases the plunger towards the piston rod.
An anchor system, comprising: a first implant connected to a length of suture, the length of suture folded such that a tensioning limb extends from the first implant to a second end and a locking limb extends from the first implant to a first end; a second implant; and an adjustment mechanism in the length of suture between the first implant and the second implant, wherein the tensioning limb is passed through the adjustment mechanism, and the second implant is fixed to the locking limb via a pierce hitch in the locking limb, characterized in that the pierce hitch is formed by inserting the end of the locking limb through a hole in the locking limb, both the first and second implants (102, 104) are configured to lie flat against damaged tissue, and the length of suture is connected to the second implant by its second end passing through one of a pair of apertures in the second implant, then through the other of the pair of apertures in the second implant and then through the pierce hitch. a first implant connected to a length of suture, the length of suture folded such that a tensioning limb extends from the first implant to a second end and a locking limb extends from the first implant to a first end; a second implant; and an adjustment mechanism in the length of suture between the first implant and the second implant, wherein the tensioning limb is passed through the adjustment mechanism, and the second implant is fixed to the locking limb via a pierce hitch in the locking limb, characterized in that the pierce hitch is formed by inserting the end of the locking limb through a hole in the locking limb, both the first and second implants (102, 104) are configured to lie flat against damaged tissue, and the length of suture is connected to the second implant by its second end passing through one of a pair of apertures in the second implant, then through the other of the pair of apertures in the second implant and then through the pierce hitch.