mhurhangee/ep-ind-claims huggingface dataset:
A lens for an eyewear using an optical element having a transmission spectrum wherein the optical element comprises a base having a layered structure on opposite sides or one side of the optical element characterized in that a local maximum falls within the region of a wavelength longer than or equal to 360 nm but shorter than or equal to 400 nm, a local minimum falls within the region of a wavelength longer than or equal to 400 nm but shorter than or equal to 460 nm, and the wavelength at the local maximum is shorter than the wavelength at the local minimum, wherein transmittance at the local maximum is greater than or equal to 80% and transmittance at the local minimum is greater than or equal to 40% wherein in the transmission spectrum, transmittance at all wavelengths shorter than or equal to 315 nm is lower than or equal to 5%, and wherein a wavelength of the local maximum is about 380 nm and wherein transmittance at the local maximum is greater than transmittance at 400 nm. wherein transmittance at the local maximum is greater than or equal to 80% and transmittance at the local minimum is greater than or equal to 40% wherein in the transmission spectrum, transmittance at all wavelengths shorter than or equal to 315 nm is lower than or equal to 5%, and wherein a wavelength of the local maximum is about 380 nm and wherein transmittance at the local maximum is greater than transmittance at 400 nm.
Motor vehicle transmission, in particular multi-step transmission, comprising at least one shifting unit (S3a, S6a; S3b), which has two coupling elements (S31a, S32a, S61a, S62a; S31b, S32b) that can be rotated relative to one another and that can be connected for conjoint rotation with one another as well as an electromechanical actuator (17a; 17b) having an electric motor (36a; 36b), and comprising an open-loop and/or closed-loop control unit, which is provided for controlling the at least one actuator (17a; 17b), and comprising an inductive connection unit, which interconnects the open-loop and/or closed-loop control unit and the actuator (17a; 17b) and which is at least provided for supplying the actuator (17a; 17b) with electrical energy, wherein the inductive connection unit comprises a housing-side primary coil, which is connected to the open-loop and/or closed-loop control unit, and a clutch-side secondary coil, which is connected to the actuator (17a; 17b), characterised in that the actuator (17a; 17b) comprises a planetary gear train (28; 28b) as per the Wolfrom principle, wherein the planetary gear train (28a; 28b) comprises a sun gear (29a; 29b), a planet carrier (30a; 30b), planet gears (31a; 31b, 32a; 32b) in each case arranged in pairs on the planet carrier (30a; 30b), and two ring gears (33a; 33b, 34a; 34b), namely a first ring gear (33a; 33b) and a second ring gear (34a; 34b), one of which is connected to one of the coupling elements (S31a; S31b, S32a; S32b) for conjoint rotation therewith, wherein the planet gears (31a, 32a; 31b, 32b) of the planetary gear train (28a; 28b) are connected in pairs for conjoint rotation with one another, and wherein the electric motor (36a; 36b) is integrated in the planetary gear train (28a; 28b), wherein the electric motor (36a; 36b) comprises a stator arranged in a stationary manner relative to the first ring gear (33a; 33b) and a rotor connected to the sun gear (29a; 29b) for conjoint rotation therewith, wherein the stator is connected to the second coupling element (S32a) in a rotationally fixed manner and comprises a plurality of coils, wherein the sun gear (29a; 29b) forms on its inner circumference a receptacle for permanent magnets of the rotor, wherein the permanent magnets are distributed uniformly over the inner circumference of the sun gear.
A shaving assembly comprising a plurality of cartridges (440, 450, 460) coupled to cross members characterized by: a bridge member (404, 204) including a pair of attachment points (416, 216) at opposite ends of the bridge member (404, 204); a cartridge support including two flexible cross members coupled to opposing ends of the bridge member (404, 204) each at one of said pair of attachment points (416, 216), the cross members being flexible into either a convex or a concave orientation about the respective attachment points (416, 216), each cross member engageable with a plurality of cartridges (440, 450, 460); each cross member acting as a bridge between the cartridges (440, 450, 460) and a handle interconnect; each one of said plurality of cartridges (440, 450, 460) including a carrier (302, 304) and at least one blade, each of the two endings of a cartridge being independently coupled to a different cross member, each of the two cross members being coupled to one end of each of the plurality of cartridges (440, 450, 460); said cartridges (440, 450, 460) being positioned consecutively in a parallel relation to each other, wherein in the convex orientation the parallel cartridges (440, 450,460) form a substantially convex curvature. a bridge member (404, 204) including a pair of attachment points (416, 216) at opposite ends of the bridge member (404, 204); a cartridge support including two flexible cross members coupled to opposing ends of the bridge member (404, 204) each at one of said pair of attachment points (416, 216), the cross members being flexible into either a convex or a concave orientation about the respective attachment points (416, 216), each cross member engageable with a plurality of cartridges (440, 450, 460); each cross member acting as a bridge between the cartridges (440, 450, 460) and a handle interconnect; each one of said plurality of cartridges (440, 450, 460) including a carrier (302, 304) and at least one blade, each of the two endings of a cartridge being independently coupled to a different cross member, each of the two cross members being coupled to one end of each of the plurality of cartridges (440, 450, 460); said cartridges (440, 450, 460) being positioned consecutively in a parallel relation to each other, wherein in the convex orientation the parallel cartridges (440, 450,460) form a substantially convex curvature.
System for transmitting data via a transmission path between a tachograph and a data processing installation, wherein the system comprises at least one tachograph, arranged in a vehicle, and a data processing installation and the system comprises at least one communication controller, associated with the tachograph, for transmitting data via a transmission path between the tachograph (20, 20'') arranged in the vehicle and the data processing installation (30, 30', 30'') arranged outside the vehicle, wherein the transmission path comprises at least one subsection, situated between the communication controller and the data processing installation, for a wireless transmission and a communication controller comprises a GSM module and a WLAN module, wherein the communication controller is in the form of a standalone device arrangeable in the vehicle and comprises a control unit, a connecting interface to the tachograph and a power supply interface and has a memory and is configured to receive data from the tachograph and to buffer-store said data in the memory, and to receive authentication data of an authentication apparatus associated with the data processing installation from a server of the data processing installation and to forward said authentication data to the tachograph, wherein the data processing installation is arranged outside the vehicle, and wherein the data processing installation has at least the server, a client (310, 320) and a communication interface (340, 350) for wireless data transmission with the communication controller, wherein the communication controller makes a connection between the tachograph and the data processing installation by means of the GSM module or the WLAN module and wherein the system is configured to perform a method according to Claim 6.
A user equipment (302-304, 802-804, 1002-1004, 1102, 1202-1204), UE, comprising: a transmitter; a receiver; and a hardware processor coupled to the transmitter and the receiver and configured to: establish a multimedia broadcast multimedia service, MBMS, connection for receiving a MBMS data; receive, through the receiver, the MBMS data after establishing the MBMS connection; determine a feedback resource for responding to the MBMS data which has been received; and transmit, through the transmitter, a feedback message comprising a hybrid automatic repeat request, HARQ, message to indicate a reliability of the MBMS connection based on the MBMS data which has been received, wherein the HARQ message comprises a negative acknowledgement, NACK, message, the feedback resource is used to transmit the NACK message, and there is no feedback resource allocated to transmit an acknowledgement, ACK, message. a transmitter; a receiver; and a hardware processor coupled to the transmitter and the receiver and configured to: establish a multimedia broadcast multimedia service, MBMS, connection for receiving a MBMS data; receive, through the receiver, the MBMS data after establishing the MBMS connection; determine a feedback resource for responding to the MBMS data which has been received; and transmit, through the transmitter, a feedback message comprising a hybrid automatic repeat request, HARQ, message to indicate a reliability of the MBMS connection based on the MBMS data which has been received, wherein the HARQ message comprises a negative acknowledgement, NACK, message, the feedback resource is used to transmit the NACK message, and there is no feedback resource allocated to transmit an acknowledgement, ACK, message. establish a multimedia broadcast multimedia service, MBMS, connection for receiving a MBMS data; receive, through the receiver, the MBMS data after establishing the MBMS connection; determine a feedback resource for responding to the MBMS data which has been received; and transmit, through the transmitter, a feedback message comprising a hybrid automatic repeat request, HARQ, message to indicate a reliability of the MBMS connection based on the MBMS data which has been received, wherein the HARQ message comprises a negative acknowledgement, NACK, message, the feedback resource is used to transmit the NACK message, and there is no feedback resource allocated to transmit an acknowledgement, ACK, message.
A laminated glazing comprising, from its first face, which is intended to be oriented toward the exterior atmosphere, to its second face, a first ply of 0.5 to 12 mm thickness, a first structural ply of 3 to 20 mm thickness, optionally one or more other structural plies of 3 to 20 mm thickness, and optionally a second ply of 0.5 to 12 mm thickness forming the second face of the glazing, of which at least the face of the first and/or the second ply of 0.5 to 12 mm thickness, which is oriented toward the structural ply/plies, and/or at least one face of the latter comprises an electrically conductive layer of thickness comprised between 2 and 1600 nm, except on at least one ablation line, characterized in that the edges of this line have no hem, in that their average slope is at most equal to 5%, in that the width of the ablation line is comprised between 40 and 250 μm or between 0.5 and 2 mm, in that the glazing comprises a plurality of substantially parallel and equidistant ablation lines of a width comprised between 40 and 250 μm, and in that the distance between two of these neighboring ablation lines is at least equal to 8 mm, and at most equal to 40, and in increasing order of preference, 25 and 20 mm.
A method for delignifying and/or bleaching of a pulp, comprising reacting chlorine dioxide and a haloperoxidase with a pulp, wherein the haloperoxidase is applied as part of the chlorine dioxide solution.
A process for roasting of metal concentrate, wherein concentrate particles are fed into a roaster where they are thermally treated at a temperature in the range of 500 and 1200 °C in a fluidized bed to form a calcine, and wherein at least parts of the calcine are withdrawn from the roaster together with a gas stream as a solid fraction, characterized in that particles are gained in another hydrometallurgical step as other particles, that at least parts of the other particles are pelletized, whereby at least 80 % of the pellets feature a diameter of at least 80 % of the concentrate particles average diameter and that the pellets are fed into the roaster that the metal concentrate contains at least 45 wt.-% zinc, whereby the concentrate particles' average diameter is between 5 and 40 μm, that the metal concentrate contains at least 60 wt.-% pyrite, whereby the concentrate particles' average diameter is between 5 and 90 μm, that the metal concentrate contains at least 2 g/t gold, whereby the concentrate particles' average diameter is between 5 and 100 μm that the metal concentrate contains at least 15 wt.-% copper, whereby the concentrate particles' average diameter is between 10 and 50 μm that the metal concentrate contains at least 1 wt.-% cobalt whereby the concentrate particles' average diameter is between 5 and 40 μm or that the metal concentrate contains at least 100 g/t PGMS, whereby the concentrate particles' average diameter is between 20 - 100 μm and that the other particles are gained in a direct leaching step or in an Albion process step or in a Pressure Oxidation step or in a Biological Oxidation (BIOX) step or in a Pure Jarosite process.
Method for monitoring the acoustic level of a plurality of sources located in a defined space, the plurality of sources comprising at least one sound-emitting source, in a marine environment, for example a ship, characterised in that it comprises a stage of modelling the acoustic propagation of the said source in real time, said stage consisting of: - obtaining from a database, by means of receivers, data concerning all of the instantaneous information relating to the source, comprising the instantaneous position and the nature of the noise-emitting source, - reading from the established databases data relating to the level of sound radiated by said source, - reading from the established database (16b, 16c) data (116b, 116c) relating to one or more parameters characterising at least one interface delimiting the marine environment in the defined space, - calculating the speed of sound in the water from oceanographic data accessible in the databases of the defined space, - calculating with a calculator the level of acoustic energy radiated by at least one sound-emitting source in any point in space and in real time, from previously received, read and calculated data transmitted to the calculator. - obtaining from a database, by means of receivers, data concerning all of the instantaneous information relating to the source, comprising the instantaneous position and the nature of the noise-emitting source, - reading from the established databases data relating to the level of sound radiated by said source, - reading from the established database (16b, 16c) data (116b, 116c) relating to one or more parameters characterising at least one interface delimiting the marine environment in the defined space, - calculating the speed of sound in the water from oceanographic data accessible in the databases of the defined space, - calculating with a calculator the level of acoustic energy radiated by at least one sound-emitting source in any point in space and in real time, from previously received, read and calculated data transmitted to the calculator.
Sampling device for taking at least one sample of soft tissue from an organ, said device comprising a body and a needle formed by a stylet and a cannula coaxial with said stylet, said device comprising a mechanism for arming the needle, designed for sequentially moving the cannula and then the stylet from a rest position wherein the stylet and the cannula are extended towards the outside of the body, to a shooting position wherein the stylet and the cannula are retracted towards the rear of the body, and a triggering mechanism designed to release the stylet then the cannula and to allow their displacement from the shooting position to the rest position, the cannula being coupled kinematically to a cannula slider comprising at least one retaining element for retaining the cannula slider in a shooting position, the stylet being coupled kinematically to a stylet slider comprising at least one retaining element for retaining the stylet slider in a shooting position and means for unlocking the cannula slider, wherein at least one of said retaining elements (26, 32) of the cannula slider or the stylet slider comprises two or more hooks arranged to rest against a corresponding retaining device (27, 33) in a locking position and for releasing the retaining device (27, 33) in a shooting position, the device further comprising a striker, wherein said retaining element (26, 32) is adapted to be unhooked from said retaining device by said striker, characterized in that the striker comprises elastic blades which number is at least equal to the number of hooks of said retaining element (26, 32) and arranged to be put in contact with said hooks, and a stressing ring provided around the elastic blades, the stressing ring being arranged to be movable to a first stressing position, in which said ring acts on the elastic blades of the striker and forces them in order to allow a sufficient force to be applied to the hooks of the retaining element (26, 32), and a second free position, in which said stressing ring does not apply a sufficient stress to the hooks to unhook the hooks from the retaining device (27, 33).
A method for activating a data connection from a mobile terminal device (104, 105) to a data network via at least one mobile telecommunications network (101, 102), wherein • a connection request from the terminal device (104, 105) is forwarded to a switching unit, whereby a home network is associated with the terminal device, and the switching unit is located in the home network, whereby the connection request is forwarded by a gateway switching unit of a visited mobile telecommunications network to the switching unit of the home network, • activation conditions for activating the data connection are determined on the basis of receipt of the connection request in the switching unit as a function of a feature of the gateway switching unit (106, 109), and • a message containing the activation conditions is sent to the terminal device independently of the data connection that is to be established. • a connection request from the terminal device (104, 105) is forwarded to a switching unit, whereby a home network is associated with the terminal device, and the switching unit is located in the home network, whereby the connection request is forwarded by a gateway switching unit of a visited mobile telecommunications network to the switching unit of the home network, • activation conditions for activating the data connection are determined on the basis of receipt of the connection request in the switching unit as a function of a feature of the gateway switching unit (106, 109), and • a message containing the activation conditions is sent to the terminal device independently of the data connection that is to be established.
Adapter component for joining a steel component and a light metal component and for use in dynamically highly loaded structures, having a main body formed from a formed multi-layer sheet, wherein the multi-layer sheet has at least one steel load transmission layer, an intermediate binding layer and a light metal load transmission layer, wherein the intermediate binding layer is arranged between the steel load transmission layer and the light metal load transmission layer, characterized in that the intermediate binding layer and the light metal load transmission layer have a light metal, wherein the light metal load transmission layer has a greater yield limit and/or a greater tensile strength and/or a greater hardness than the intermediate binding layer, and in that the main body has the shape of a hollow cylinder.
Arrangement in connection with a flexible torsion, which is intended to be attached to a drive shaft, the flexible torsion shaft having a core wire and a reinforcement comprising reinforcing-fibre wound around the core wire, the flexible torsion shaft being composite comprising a polymeric base substance (17, 17') and a multi-layered (16, 16',16", 16′′′) reinforcing-fibre reinforcement wound at an angle of 45° - 85°, where each layer is wound alternate in opposite directions, and the outer layers are wound at a steeper angle relative to the core wire than the inner layers, and the length of the flexible torsion shaft is 1 - 40 m, characterized in that the arrangement includes a casing tube fitted to the flexible torsion shaft and in that the diameter of the flexible torsion shaft is 2 - 16 mm, preferably 6-12 mm, and the weight of the fibres is 50 - 75 % of the total weight, and the first layer of the reinforcing fibre is wound at an angle of 45° - 70°, and the minimum curvature radius of the flexible torsion shaft is 30 - 200 cm, preferably 50 - 100 cm, wherein the nominal torque M is in the range 2 - 30 Nm.
Beverage packaging for receiving liquid product, wherein the beverage packaging comprises an insertion area for inserting a drinking straw and the drinking straw, wherein the drinking straw comprises a tubular straw member comprising a straw wall, an inlet to be placed into the beverage packaging and an outlet to be placed outside the beverage packaging, wherein at least one locking catch in form of a spread off part is provided on an outer surface of the straw wall which towards the inlet is connected to the outer surface of the straw wall and which towards the outlet is spaced from the outer surface of the straw wall, wherein the least one locking catch is spaced from the inlet by a distance along a longitudinal axis of the drinking straw of a maximum of 30% of a length of the drinking straw, characterised in that the at least one locking catch is produced by a two-sided cut in the straw wall. wherein the drinking straw comprises a tubular straw member comprising a straw wall, an inlet to be placed into the beverage packaging and an outlet to be placed outside the beverage packaging, wherein at least one locking catch in form of a spread off part is provided on an outer surface of the straw wall which towards the inlet is connected to the outer surface of the straw wall and which towards the outlet is spaced from the outer surface of the straw wall, wherein the least one locking catch is spaced from the inlet by a distance along a longitudinal axis of the drinking straw of a maximum of 30% of a length of the drinking straw, characterised in that the at least one locking catch is produced by a two-sided cut in the straw wall.
A tissue removal device, comprising: an elongate, outer tube, having a proximal end, a distal end and a side window; and an elongate, inner tube, positioned within the outer tube, and movable to open and close the side window; the inner tube comprising a distal tip having a cutting edge; characterised in that said distal tip is attached to a proximal stem for severing tissue which extends into the window; wherein the distal tip has a hardness that exceeds the hardness of the material of the proximal stem, wherein the distal tip has a uniform inner diameter over its length, and wherein the inner diameter of the distal tip is less than an inner diameter of the proximal stem. an elongate, outer tube, having a proximal end, a distal end and a side window; and an elongate, inner tube, positioned within the outer tube, and movable to open and close the side window;
An AXL-MBIP fusion protein, comprising a fragment of AXL receptor tyrosine kinase protein at N-terminal part and a fragment of MAP3K12 binding inhibitory protein 1 (MBIP) protein at C-terminal part, which are linked to each other, wherein the fragment of AXL protein comprises an amino acid sequence encoded by a nucleotide sequence from the 1 st exon to the 244 th nucleotide of exon 20 of NM_021913 or NM_001699, and the fragment of MBIP protein comprises an amino acid sequence encoded by a nucleotide sequence from the exon 4 to the last exon of NM_016586 or NM_001144891.