mhurhangee/ep-ind-claims huggingface dataset:
A glass substrate with an antireflection film, comprising a glass substrate which consists of glass having a refractive index (n d) of from 1.68 to 2.00 and which has plate thickness of from 0.01 to 2 mm, and an antireflection film formed on at least one principal plane of the glass substrate (G1F, G1G), wherein the glass has the following composition as represented by mass% based on oxides: Nb 2 O 5: 5% to 65%, at least one member selected from the group consisting of BaO, TiO 2, ZrO 2, WO 3 and Ln 2 O 3, wherein Ln is at least one member selected from the group consisting of Y, La, Gd, Yb and Lu: 0% to 30%, SiO 2: 15% to 50%, Li 2 O+Na 2 O+K 2 O: 2% to 20%, and Li 2 O/(Li 2 O+Na 2 O+K 2 O): at most 0.45, and B 2 O 3, wherein the B 2 O 3 content is at most 5%. wherein the glass has the following composition as represented by mass% based on oxides: Nb 2 O 5: 5% to 65%, at least one member selected from the group consisting of BaO, TiO 2, ZrO 2, WO 3 and Ln 2 O 3, wherein Ln is at least one member selected from the group consisting of Y, La, Gd, Yb and Lu: 0% to 30%, SiO 2: 15% to 50%, Li 2 O+Na 2 O+K 2 O: 2% to 20%, and Li 2 O/(Li 2 O+Na 2 O+K 2 O): at most 0.45, Nb 2 O 5: 5% to 65%, at least one member selected from the group consisting of BaO, TiO 2, ZrO 2, WO 3 and Ln 2 O 3, wherein Ln is at least one member selected from the group consisting of Y, La, Gd, Yb and Lu: 0% to 30%, SiO 2: 15% to 50%, Li 2 O+Na 2 O+K 2 O: 2% to 20%, and Li 2 O/(Li 2 O+Na 2 O+K 2 O): at most 0.45, and B 2 O 3, wherein the B 2 O 3 content is at most 5%.
A room air purifier comprising a housing, in which an ozone generator with a UV lamp is arranged along a longitudinal axis of the housing, which corresponds to the direction of its largest extension, or runs axis-parallel thereto, wherein a ventilator unit when viewed axially is arranged at an end face of the housing, which causes a flow from or to an opposite end face of the housing as viewed axially, wherein an opening is provided at both end faces of the housing, wherein, depending on the flow direction of the flow caused by the ventilator unit one opening is constituted as an air inlet opening and the other opening as an air outlet opening, via which through-flowing air sucked into the device interior and enriched with ozone is expelled, wherein the ventilator unit can be activated by means of the microcontroller via a switch and is constituted such that the speed can be adjusted, wherein a sensor connected to the microcontroller is integrated into the ventilator unit, which detects the speed of the ventilator unit and transmits it to the microcontroller for evaluation for the purpose of a ventilator unit failure - early detection, wherein the room air purifier comprises an adjustable driver circuit, which ignites the UV lamp after a signal of a microcontroller and operates in such a way that the electrical power and thus the UV light radiation power can be adjusted, characterised in that a transmitter is provided, via which the status of the UV lamp is decoupled, wherein the status of the UV lamp, i.e. ignited or not ignited, is detected via an optocoupler and transmitted to the microcontroller for evaluation for the purpose of a lamp failure - early recognition, wherein the time required to ignites the UV lamp can be determined in the microcontroller by the change of this signal, and wherein an evaluation can be carried out in the microcontroller by the continuous detection of the time which is required to ignite the UV lamp and on the basis of the number of ignitions and the burning time of the UV lamp in order to detect an imminent lamp failure.
A device for stimulating tear secretion, the device comprising: a container body (10A-10N, 10X-10Z) including a rim capable of coming into close contact with a face in a region around an eye, the container body (10A-10N, 10X-10Z) defining therein a gas-receiving space (70A-70M) capable of being filled with gas generated by an eye irritant, characterised in the container body (10A-10N, 10X-10z) having an access opening through which an inside of the container body (10A-10N, 10X-10Z) is accessible from an outside when the rim of the container body (10A-10N, 10X-10Z) is in close contact with the face in the region around the eye. a container body (10A-10N, 10X-10Z) including a rim capable of coming into close contact with a face in a region around an eye, the container body (10A-10N, 10X-10Z) defining therein a gas-receiving space (70A-70M) capable of being filled with gas generated by an eye irritant, characterised in the container body (10A-10N, 10X-10z) having an access opening through which an inside of the container body (10A-10N, 10X-10Z) is accessible from an outside when the rim of the container body (10A-10N, 10X-10Z) is in close contact with the face in the region around the eye.
A user equipment, UE, having circuitry to: identify an enhanced coverage, EC, level to be used to transmit a random access, RA, preamble, the EC level associated with a first number of repetitions, and the EC level having an associated window of time; transmit the RA preamble with the first number of repetitions; and attempt to decode a RA response that is to be transmitted in response to the RA preamble within the window of time, wherein the RA response is to be transmitted with a second number of repetitions that is based on the first number of repetitions. identify an enhanced coverage, EC, level to be used to transmit a random access, RA, preamble, the EC level associated with a first number of repetitions, and the EC level having an associated window of time; transmit the RA preamble with the first number of repetitions; and attempt to decode a RA response that is to be transmitted in response to the RA preamble within the window of time, wherein the RA response is to be transmitted with a second number of repetitions that is based on the first number of repetitions.
A crop processing roller assembly for an agricultural harvesting machine, the assembly including a roller comprising a main cylindrical body portion supported for rotation about a support shaft, the cylindrical body portion being formed from plastics material and carrying crop processing members at circumferentially spaced locations around the body portion, the assembly further comprising foreign object detector means wherein the roller is provided within a scanning range of the foreign object detector means wherein each end of said roller main cylindrical body portion is supported from the shaft via a respective radially extending disc characterised in that the main cylindrical body portion is constructed from a series of axial extending circumferential adjacent body members which are secured at each end to the respective radially extend discs.
Device for inserting into a rotor of a centrifuge, comprising - a first body, which has at least a first cavity (11a, 11b) and which has a plurality of profile teeth, which are arranged running around the first body, - a second body, which has at least a second cavity, and which has on an outer side a plurality of guiding tongues, which in an end region protrude beyond the top side of the second body, and in the end region have respectively bevelled ends, - a housing, in which the first body and the second body are arranged rotatably in relation to one another, and which has on an inner side a plurality of guiding grooves (32a, 32b), which extend in an axial direction along the axis of rotation of the two bodies (1, 2), at least in one region of the housing, wherein the guiding tongues are designed to engage alternately with the profile teeth and the guiding grooves (32a, 32b) and wherein - in a first phase, in which a guiding tongue is in engagement with a guiding groove (32a, 32b), the second cavity is not fluidically coupled with a cavity of the first body, and characterized in that the housing has respectively between two guiding grooves (32a, 32b) an intermediate groove (33a, 33b), the length of which (T 33) is smaller than the length (T 32) of the neighbouring guiding grooves (32a, 32b), wherein in an intermediate phase, in which the guiding tongue is in engagement with an intermediate groove, the first cavity is fluidically coupled with the second cavity. - a first body, which has at least a first cavity (11a, 11b) and which has a plurality of profile teeth, which are arranged running around the first body, - a second body, which has at least a second cavity, and which has on an outer side a plurality of guiding tongues, which in an end region protrude beyond the top side of the second body, and in the end region have respectively bevelled ends, - a housing, in which the first body and the second body are arranged rotatably in relation to one another, and which has on an inner side a plurality of guiding grooves (32a, 32b), which extend in an axial direction along the axis of rotation of the two bodies (1, 2), at least in one region of the housing, wherein the guiding tongues are designed to engage alternately with the profile teeth and the guiding grooves (32a, 32b) and wherein - in a first phase, in which a guiding tongue is in engagement with a guiding groove (32a, 32b), the second cavity is not fluidically coupled with a cavity of the first body, and characterized in that the housing has respectively between two guiding grooves (32a, 32b) an intermediate groove (33a, 33b), the length of which (T 33) is smaller than the length (T 32) of the neighbouring guiding grooves (32a, 32b), wherein in an intermediate phase, in which the guiding tongue is in engagement with an intermediate groove, the first cavity is fluidically coupled with the second cavity.
Drainage device comprising a frame, at least one cover placed in a closed position on the frame and bearing means (10, 16) for supporting the cover in its closed position on the frame, characterised in that the bearing means comprise at least one projection arranged on the cover and a depression formed on the frame and/or at least one projection formed on the frame and a depression formed on the cover, wherein the depression in the closed position of the cover mounts at least one section of a projection and contains casting material which is introduced in a flowing or viscous state into the depression and is hardened there with the cover in the closed position, which casting material preferably forms an essentially accurate impression of at least section of the projection.
A method for implementing a partitioning during the execution of software applications on a platform comprising a multicore processor having several distinct cores, the implementing method being carried out by an electronic implementing device and comprising the following step: - switching between the execution of a current set of software application(s) on a plurality of cores and the execution of a subsequent set of software application(s) on the plurality of cores, carried out in a synchronous manner on said plurality of cores, the step of synchronous multicore switching including all of the actions among a first group of actions consisting of: + waiting, synchronized over the plurality of cores, for uninterruptible process(es) of the current set of software application(s) to finish running; + purging all memory resource(s) associated with the current set of software application(s), the step of synchronous multicore switching further including all of the actions among a second group of actions consisting of: + resetting input(s)-output(s) associated with the subsequent set of software application(s); + saving the context of the current set of software application(s); and + restoring the context of the subsequent set of software application(s). the implementing method being carried out by an electronic implementing device and comprising the following step: - switching between the execution of a current set of software application(s) on a plurality of cores and the execution of a subsequent set of software application(s) on the plurality of cores, carried out in a synchronous manner on said plurality of cores, - switching between the execution of a current set of software application(s) on a plurality of cores and the execution of a subsequent set of software application(s) on the plurality of cores, carried out in a synchronous manner on said plurality of cores, the step of synchronous multicore switching including all of the actions among a first group of actions consisting of: + waiting, synchronized over the plurality of cores, for uninterruptible process(es) of the current set of software application(s) to finish running; + purging all memory resource(s) associated with the current set of software application(s), + waiting, synchronized over the plurality of cores, for uninterruptible process(es) of the current set of software application(s) to finish running; + purging all memory resource(s) associated with the current set of software application(s), the step of synchronous multicore switching further including all of the actions among a second group of actions consisting of: + resetting input(s)-output(s) associated with the subsequent set of software application(s); + saving the context of the current set of software application(s); and + restoring the context of the subsequent set of software application(s). + resetting input(s)-output(s) associated with the subsequent set of software application(s); + saving the context of the current set of software application(s); and + restoring the context of the subsequent set of software application(s).
A frequency conversion device, intended to be loaded on board a satellite, comprising an active assembly comprising at least a first radiofrequency processing chain comprising a first mixer, a first local oscillator (503, 610) operating at a first frequency and connected to the first mixer, at least a second radiofrequency processing chain comprising a second mixer, and a second local oscillator (505, 611) operating at a second frequency and connected to the second mixer and to a current or voltage converter to power the active assembly, the device being characterised in that in the active assembly said current or voltage converter, said first radiofrequency processing chain, said first local oscillator (503, 610), said second radiofrequency processing chain and said second local oscillator (505, 611) are grouped together within a first piece of equipment, the device comprising at least one additional piece of equipment (602, 603) identical to the first piece of equipment, each additional piece of equipment being made either active or redundant inactive.
A communication entity for communicating with a further communication entity selectively in accordance with a first version of a Digital Radio Frequency protocol or in accordance with a second version of the Digital Radio Frequency protocol, the communication entity comprising: a first layer sequence adapted for communicating in accordance with the first version of the Digital Radio Frequency protocol; a second layer sequence adapted for communicating in accordance with the second version of the Digital Radio Frequency protocol; a compliance layer above the first layer sequence, coupled to the second layer sequence, and being adapted for at least partially compensating for differences between the first version and the second version. a first layer sequence adapted for communicating in accordance with the first version of the Digital Radio Frequency protocol; a second layer sequence adapted for communicating in accordance with the second version of the Digital Radio Frequency protocol; a compliance layer above the first layer sequence, coupled to the second layer sequence, and being adapted for at least partially compensating for differences between the first version and the second version.
A method comprising: receiving a container corresponding to executable code or instructions as well as permissions to access certain functionality or resources of a computation environment of a device; in response to the receiving of the container, executing a container manager resident in a memory of the computation environment to verify the container, wherein the container manager is verified by a boot loader of the computation environment; determining permissions of the container to access resources of the computation environment after the verification of the container by the container manager; and providing, by the processing device, access to one or more resources of the computation environment by transferring control of the one or more resources from the container manager to the container based on the permissions of the container for the resources of the computation environment. receiving a container corresponding to executable code or instructions as well as permissions to access certain functionality or resources of a computation environment of a device; in response to the receiving of the container, executing a container manager resident in a memory of the computation environment to verify the container, wherein the container manager is verified by a boot loader of the computation environment; determining permissions of the container to access resources of the computation environment after the verification of the container by the container manager; and providing, by the processing device, access to one or more resources of the computation environment by transferring control of the one or more resources from the container manager to the container based on the permissions of the container for the resources of the computation environment.
A method comprising: generating a substantially acoustic monochromatic signal having a first phase and a first amplitude; transmitting the substantially acoustic monochromatic signal through a metamaterial system, wherein the metamaterial system has a plurality of structural elements (1010, 1020, 1030, 1040) defining a first elongated path through the metamaterial system, wherein the metamaterial system comprises stacked metamaterial layers, wherein the stacked metamaterial layers sample a curve in the complex plane and wherein the substantially acoustic monochromatic signal is transformed within the metamaterial system into a second signal having a second amplitude and a second phase; the method characterised by: actuating the plurality of structural elements (1010, 1020, 1030, 1040) so as to define a second elongated path through the metamaterial system, wherein the second elongated path has a different length than the first elongated path. generating a substantially acoustic monochromatic signal having a first phase and a first amplitude; transmitting the substantially acoustic monochromatic signal through a metamaterial system, wherein the metamaterial system has a plurality of structural elements (1010, 1020, 1030, 1040) defining a first elongated path through the metamaterial system, wherein the metamaterial system comprises stacked metamaterial layers, wherein the stacked metamaterial layers sample a curve in the complex plane and wherein the substantially acoustic monochromatic signal is transformed within the metamaterial system into a second signal having a second amplitude and a second phase; the method characterised by: actuating the plurality of structural elements (1010, 1020, 1030, 1040) so as to define a second elongated path through the metamaterial system, wherein the second elongated path has a different length than the first elongated path.
A cooking appliance for use on a cooking hob, the appliance comprising: a cooking vessel containing a chamber therein; and a magnetic code comprising a plurality of magnets, each said magnet having a north pole and a south pole, characterised in that the magnetic code is determined by the orientation of the poles of said plurality of magnets wherein said magnetic code identifies at least one characteristic of the cooking appliance. a cooking vessel containing a chamber therein; and a magnetic code comprising a plurality of magnets, each said magnet having a north pole and a south pole, characterised in that the magnetic code is determined by the orientation of the poles of said plurality of magnets wherein said magnetic code identifies at least one characteristic of the cooking appliance.
A method of operating an aircraft comprising a cockpit with a flight deck having at least one flight display, a pilot's seat facing the flight deck, and a synthetic vision system producing a synthetic image for displaying on the at least one flight display, the method comprising: determining a location and heading of the aircraft; retrieving a synthetic vision image of the world outside the aircraft from the synthetic vision system according to the determined location and heading; displaying on the at least one flight display the synthetic vision image; characterized in that the method further comprises: receiving a viewing change input from the pilot, via an actuator, requesting a change in the heading, from a straight-ahead view, for the synthetic vision image being displayed; in response to the viewing change input, tracking movement of the pilot's head for the pilot sitting in the seat; determining an updated heading based on the tracked head movement; retrieving an updated synthetic vision image of the world outside the aircraft from the synthetic vision system according to the updated heading in a direction based upon the tracked head movement; and displaying on the at least one flight display the updated synthetic vision image, wherein, upon release of the actuator, the image returns to the straight-ahead view, and wherein the actuator comprises a switch accessible by the pilot. determining a location and heading of the aircraft; retrieving a synthetic vision image of the world outside the aircraft from the synthetic vision system according to the determined location and heading; displaying on the at least one flight display the synthetic vision image; characterized in that the method further comprises: receiving a viewing change input from the pilot, via an actuator, requesting a change in the heading, from a straight-ahead view, for the synthetic vision image being displayed; in response to the viewing change input, tracking movement of the pilot's head for the pilot sitting in the seat; determining an updated heading based on the tracked head movement; retrieving an updated synthetic vision image of the world outside the aircraft from the synthetic vision system according to the updated heading in a direction based upon the tracked head movement; and displaying on the at least one flight display the updated synthetic vision image, receiving a viewing change input from the pilot, via an actuator, requesting a change in the heading, from a straight-ahead view, for the synthetic vision image being displayed; in response to the viewing change input, tracking movement of the pilot's head for the pilot sitting in the seat; determining an updated heading based on the tracked head movement; retrieving an updated synthetic vision image of the world outside the aircraft from the synthetic vision system according to the updated heading in a direction based upon the tracked head movement; and displaying on the at least one flight display the updated synthetic vision image, wherein, upon release of the actuator, the image returns to the straight-ahead view, and wherein the actuator comprises a switch accessible by the pilot.
A W-containing high-nickel ternary cathode material, with a chemical formula of Li a Ni x Co y Mn 1-x-y W b M c O 2, wherein the high-nickel ternary cathode material comprises both spherical secondary particles and single-crystal particles; there is basically no W inside the single-crystal particles; the spherical secondary particles are doped with W; and in the molecular formula of Li a Ni x Co y Mn 1-x-y W b M c O 2, 1.00 ≤ a ≤ 1.16, 0.7 < x < 1, 0 < y < 0.3, and 0.002 < b+c < 0.01, and the M is one or more from the group consisting of Zr, Mg, Ti, Al, Si, La, Ba, Sr, Nb, Cr, Mo, Ca, Y, In, Sn, and F; and the high-nickel ternary cathode material has a specific surface area of 0.8 ± 0.3 m 2 /g.