mhurhangee/ep-ind-claims huggingface dataset:
A computing device for enabling limited purpose accounts when the computing device is run for a first time, the computing device comprising: an operating system for processing limited purpose accounts loaded into a memory; the memory connected to a processor, the processor, when being turned on for a first time, configured to: send a request for connection to an identity verifier, the request comprising a username associated with a limited purpose account, the limited purpose account comprising an account for which anti-abuse logic normally applying to the computing device when run for a first time is altered; and in response to receiving a notification from the identity verifier indicating the account is a limited purpose account, automatically shutting down the computing device when a configurable period of time has elapsed. an operating system for processing limited purpose accounts loaded into a memory; the memory connected to a processor, the processor, when being turned on for a first time, configured to: send a request for connection to an identity verifier, the request comprising a username associated with a limited purpose account, the limited purpose account comprising an account for which anti-abuse logic normally applying to the computing device when run for a first time is altered; and in response to receiving a notification from the identity verifier indicating the account is a limited purpose account, automatically shutting down the computing device when a configurable period of time has elapsed. send a request for connection to an identity verifier, the request comprising a username associated with a limited purpose account, the limited purpose account comprising an account for which anti-abuse logic normally applying to the computing device when run for a first time is altered; and in response to receiving a notification from the identity verifier indicating the account is a limited purpose account, automatically shutting down the computing device when a configurable period of time has elapsed.
Apparatus for pivoting or clamping a component, wherein the apparatus has a head part, wherein the head part has a worm drive, wherein the worm drive has a drivable worm with at least one screw thread and a worm wheel meshing therewith, wherein, by means of the worm wheel, an output shaft that passes out of the head part is able to be driven, wherein the output shaft is able to be connected to at least one pivoting element or clamping element for conjoint rotation, wherein the apparatus has a lubricating apparatus for lubricating the worm drive with a lubricant, wherein the lubricating apparatus is mounted in the head part, wherein the lubricating apparatus has a housing (10a, 10b) enclosing a cavity, wherein the cavity serves to hold the lubricant, wherein the lubricating apparatus has at least one application element, wherein at least a subregion of the application element is arranged in the cavity and wherein the application element comes into contact with the at least one screw thread, wherein the housing (10a, 10b) has an opening that leads into the cavity, characterized in that a segment of the worm wheel passes through this opening, and in that the lubricating apparatus has a sealing means (14, 15) arranged in the region of the opening, wherein the lubricating apparatus has a first sealing means arranged in the region of the opening, wherein the first sealing means comes into contact with the worm wheel at a circumferential surface of the worm wheel and/or the lubricating apparatus has a second sealing means arranged in the region of the opening, wherein the second sealing means comes into contact with the worm wheel in the direction of an axis of rotation of the worm wheel.
A method for manufacturing a horology component, comprising the following steps: • procuring a sheet of a micromachinable material; • forming the horology component with at least one attachment tethering it to the rest of the sheet, by etching the sheet; characterized in that the method comprises a step consisting in creating, along a line of desired fracture of the attachment, a predetachment zone comprising at least one opening obtained by etching into the thickness of the sheet, the depth of the at least one opening being less than or equal to 90% of the thickness of the sheet, preferably less than or equal to 60% of said thickness, and greater than or equal to half the thickness of the sheet. • procuring a sheet of a micromachinable material; • forming the horology component with at least one attachment tethering it to the rest of the sheet, by etching the sheet;
A pick-up tool (50, 50A, 50B) used in a mounting device configured to mount a component on a board supported by backup pins arranged on a backup plate, the pick-up tool (50, 50A, 50B) comprising: an attaching portion configured to be attached to a moving head for moving the backup pin, characterized by a slit formed in an insertion direction in which an engaging portion formed on the distal end of the backup pin is inserted; and a groove, being formed orthogonally to the slit, into which the engaging portion enters. an attaching portion configured to be attached to a moving head for moving the backup pin, characterized by a slit formed in an insertion direction in which an engaging portion formed on the distal end of the backup pin is inserted; and a groove, being formed orthogonally to the slit, into which the engaging portion enters.
An agitating ball mill comprising a cylindrical grinding container, which is closed by means of end walls (4, 5) located opposite one another, comprising a drive shaft of an agitator, which is guided through an end wall of the agitating ball mill within a shaft feed-through, wherein the drive shaft of the agitator is enclosed by a shaft seal sleeve in the region of one of the end walls and is guided through the end wall via a central opening, comprising a sealing module enclosing the drive shaft and the shaft seal sleeve in the region of the central opening, the sealing module comprising at least one sealing element (35, 37) for sealing the central opening of the end wall with respect to the drive shaft, wherein the sealing module comprises a connecting unit, to which the at least one sealing element (35, 37) is assigned, and wherein the sealing module is flexibly anchored to the end wall via the connecting unit, wherein the anchoring comprises a flexible fastening element between the end wall and the connecting unit, wherein the flexible fastening element is formed as ring element, characterized in that the flexible fastening element is constructed from at least two layers (31, 32) arranged next to one another in the axial direction, wherein at least one layer is compressible and/or elastic.
An electrophoresis method of applying an electric field across at least two capillaries, comprising; applying a first pulse-field waveform at a first frequency across said capillaries for a first period of time; applying at least a second, different shape pulse-field waveform at a second frequency across said capillaries for a second period of time; thereafter repeating said first and at least second pulse-field waveform at least twice, wherein said first and second pulse-field waveforms are selected from the group of square, triangle, sine, and sawtooth waveforms, or any combination or blend of waveforms. applying a first pulse-field waveform at a first frequency across said capillaries for a first period of time; applying at least a second, different shape pulse-field waveform at a second frequency across said capillaries for a second period of time; thereafter repeating said first and at least second pulse-field waveform at least twice, wherein said first and second pulse-field waveforms are selected from the group of square, triangle, sine, and sawtooth waveforms, or any combination or blend of waveforms.
A method for printing readable images onto an edible substrate on a high-speed processing line, comprising: a) positioning the substrate onto the high speed processing line at a speed of greater than 15.24 m/min (50 ft./min); b) delivering the substrate to an ink jet printing station; and c) printing an edible ink from one or more piezo-electric drop-on-demand printers located within the printing station onto the substrate to form a readable image, d) delivering the printed substrate to a high temperature cooking device; and e) cooking the printed substrate; wherein said ink comprises: - a carrier which is a glycol based liquid; - a lecithin based surfactant which comprises less than about 50% by weight oil; - viscosity modifier with less than 10 wt% of water; and - at least one active ingredient selected from the group consisting of a colorant, a flavor, a perfume, sugar, amino acid, protein and mixtures thereof; and wherein said ink is liquid and in flowable state at 25°C without solid surfactant particles or agglomerates. a) positioning the substrate onto the high speed processing line at a speed of greater than 15.24 m/min (50 ft./min); b) delivering the substrate to an ink jet printing station; and c) printing an edible ink from one or more piezo-electric drop-on-demand printers located within the printing station onto the substrate to form a readable image, d) delivering the printed substrate to a high temperature cooking device; and e) cooking the printed substrate; - a carrier which is a glycol based liquid; - a lecithin based surfactant which comprises less than about 50% by weight oil; - viscosity modifier with less than 10 wt% of water; and - at least one active ingredient selected from the group consisting of a colorant, a flavor, a perfume, sugar, amino acid, protein and mixtures thereof;
A flat mop, which comprises a mop frame, to which a mop is attached, and a pole that is attached to the mop frame with at least one swivelling joint (15, 24), the mop frame is formed by a skeleton and between the pole and the mop frame there is a swivel joint with the help of which the skeleton forming the mop frame can be turned upside down, characterized in - that the place of the swivel joint of the mop frame is at the centre of the mop frame, - that on both sides of the mop frame ridges are fomed that create a linear surface pressure on the surface to be cleaned whereby the linear ridges on both sides of the mop frame and both sides of the mop can be used for cleaning the surface when the mop is pressed with the mop frame of the flat mop against the surface to be cleaned, and - that at the edge of the skeleton forming the mop frame there is a groove, into which the edge thickening at the edge of the mop can be inserted to attach the mop to the mop frame. - that the place of the swivel joint of the mop frame is at the centre of the mop frame, - that on both sides of the mop frame ridges are fomed that create a linear surface pressure on the surface to be cleaned whereby the linear ridges on both sides of the mop frame and both sides of the mop can be used for cleaning the surface when the mop is pressed with the mop frame of the flat mop against the surface to be cleaned, and - that at the edge of the skeleton forming the mop frame there is a groove, into which the edge thickening at the edge of the mop can be inserted to attach the mop to the mop frame.
A vehicle driving device comprising: a rotating electrical machine; an output member configured to be drivingly coupled to a wheel (W1, W2); a power transmission mechanism configured to transmit a driving force between the rotating electrical machine and the output member; an inverter module configured to drive and control the rotating electrical machine; a power source module including at least one of a voltage conversion circuit electrically connected to an on-vehicle battery and configured to perform voltage conversion of the on-vehicle battery, a charging circuit configured to charge the on-vehicle battery from an external power source, and a power supply circuit configured to supply power from the on-vehicle battery to an outside; a first case portion in which the rotating electrical machine and the power transmission mechanism are accommodated; a second case portion in which at least one of the inverter module and the power source module are accommodated; and a mount bracket configured to be coupled to a vehicle body of a vehicle in an on-vehicle state that is a state of being mounted on the vehicle, wherein in the on-vehicle state, the second case portion is disposed on an upper side with respect to the first case portion, characterized in that the mount bracket is attached to the second case portion. a rotating electrical machine; an output member configured to be drivingly coupled to a wheel (W1, W2); a power transmission mechanism configured to transmit a driving force between the rotating electrical machine and the output member; an inverter module configured to drive and control the rotating electrical machine; a power source module including at least one of a voltage conversion circuit electrically connected to an on-vehicle battery and configured to perform voltage conversion of the on-vehicle battery, a charging circuit configured to charge the on-vehicle battery from an external power source, and a power supply circuit configured to supply power from the on-vehicle battery to an outside; a first case portion in which the rotating electrical machine and the power transmission mechanism are accommodated; a second case portion in which at least one of the inverter module and the power source module are accommodated; and a mount bracket configured to be coupled to a vehicle body of a vehicle in an on-vehicle state that is a state of being mounted on the vehicle, wherein in the on-vehicle state, the second case portion is disposed on an upper side with respect to the first case portion, characterized in that the mount bracket is attached to the second case portion.
A tool for making a lightguide, comprising: a plurality of regions; and a two-dimensional array of prisms with rows and columns located within each region, each prism having a first base edge facing a front edge of the tool; the first base edge of a prism within a first region being non-parallel to the first base edge of a prism within a second region; wherein the tool comprises silicon, the prisms of the first region are formed by etching a first silicon wafer slab, the prisms of the second region are formed by etching a second silicon wafer slab, and at least one of the prisms comprises a four-faced pyramid, and facets of the four-faced pyramid are formed at an angle corresponding to a crystalline structure of the silicon. a plurality of regions; and a two-dimensional array of prisms with rows and columns located within each region, each prism having a first base edge facing a front edge of the tool; the first base edge of a prism within a first region being non-parallel to the first base edge of a prism within a second region; wherein the tool comprises silicon, the prisms of the first region are formed by etching a first silicon wafer slab, the prisms of the second region are formed by etching a second silicon wafer slab, and at least one of the prisms comprises a four-faced pyramid, and facets of the four-faced pyramid are formed at an angle corresponding to a crystalline structure of the silicon.
A system for clearing precipitation from a window, the system comprising: a window; one or more transducers; and a generator for generating an ultrasonic drive signal for the one or more transducers, wherein the one or more transducers are fixed to a surface of the top layer of glass of the window and driven by the generator to produce ultrasonic waves such as surface acoustic waves, wherein the waves propagate substantially only through the top layer of glass of the window, and wherein the one or more transducers are one or respective inter-digital transducers, characterized by the fact, that the system comprises a control system having a sensor arranged to sense ultrasonic waves emitted by one or more of the said transducers for detecting the presence of precipitation; and a controller responsive to the sensor for controlling the operation of the system.
A fan drive gear system for a gas turbine engine comprising: first and second members (68, 72) spaced apart from one another at a location; a gear train supported by the first member; and a damper provided between the first member and the second member at the location, wherein the first and second members (68, 72) respectively include first and second apertures (74, 76) aligned with one another in an axial direction, the damper extending between and received in the first and second apertures (74, 76); wherein the damper is a tube having opposing ends each supporting a seal, each seal engaging a respective first and second aperture (74, 76). first and second members (68, 72) spaced apart from one another at a location; a gear train supported by the first member; and a damper provided between the first member and the second member at the location, wherein the first and second members (68, 72) respectively include first and second apertures (74, 76) aligned with one another in an axial direction, the damper extending between and received in the first and second apertures (74, 76); wherein the damper is a tube having opposing ends each supporting a seal, each seal engaging a respective first and second aperture (74, 76).
A method of operating a wireless communication system to serve media conferencing to User Equipment, UE, that stores a secret key, the method comprising: a wireless network core of a wireless network transferring UE information to a user authorization server that stores the secret key; the user authorization server generating an expected result based on a random number and the secret key in response to the UE information and transferring the expected result and the random number to the wireless network core; the wireless network core transferring the random number to the UE via a wireless access point (111 - 113), receiving an authentication result from the UE via the wireless access point (111 - 113), and authenticating the UE by matching the authentication result to the expected result; and the wireless network core exchanging media conferencing data for the UE, the method characterized by: the wireless network core, in response to the wireless network authentication, transferring the expected result to a media conferencing server, and establishing a signaling link between the UE and the media conferencing server; and the media conferencing server receiving the authentication result from the UE over the signaling link, registering the UE by matching the authentication result to the expected result, and establishing media conferences for the UE based on the media conferencing registration. a wireless network core of a wireless network transferring UE information to a user authorization server that stores the secret key; the user authorization server generating an expected result based on a random number and the secret key in response to the UE information and transferring the expected result and the random number to the wireless network core; the wireless network core transferring the random number to the UE via a wireless access point (111 - 113), receiving an authentication result from the UE via the wireless access point (111 - 113), and authenticating the UE by matching the authentication result to the expected result; and the wireless network core exchanging media conferencing data for the UE, the method characterized by: the wireless network core, in response to the wireless network authentication, transferring the expected result to a media conferencing server, and establishing a signaling link between the UE and the media conferencing server; and the media conferencing server receiving the authentication result from the UE over the signaling link, registering the UE by matching the authentication result to the expected result, and establishing media conferences for the UE based on the media conferencing registration. the wireless network core, in response to the wireless network authentication, transferring the expected result to a media conferencing server, and establishing a signaling link between the UE and the media conferencing server; and the media conferencing server receiving the authentication result from the UE over the signaling link, registering the UE by matching the authentication result to the expected result, and establishing media conferences for the UE based on the media conferencing registration.
Telecommunication cable for indoor and outdoor use comprising at least one optical fibre unit surrounded by a low fire hazard halogen free polymeric inner sheath that is covered by and in contact with a peelable, environmentally resistant polymer outer sheath detachable from the underlying inner sheath without damaging the inner sheath, at least two discrete strength members being embedded into the low fire hazard halogen free polymeric inner sheath.
A process for the purification of ethanol comprising the steps of: a) Distilling in a distillation column, a feed stream comprising ethanol in an amount below its azeotropic concentration, water and impurities of 1 to 25000 mg/l Absolute Alcohol of higher alcohols comprising propanol and fusel alcohols, and b) Collecting a stream having a higher purity in ethanol compared to the feed stream, c) Collecting one or more streams having a higher purity in the higher alcohols, compared to the feed stream, characterised in that the distillation column comprises at least one dividing wall. a) Distilling in a distillation column, a feed stream comprising ethanol in an amount below its azeotropic concentration, water and impurities of 1 to 25000 mg/l Absolute Alcohol of higher alcohols comprising propanol and fusel alcohols, and b) Collecting a stream having a higher purity in ethanol compared to the feed stream, c) Collecting one or more streams having a higher purity in the higher alcohols, compared to the feed stream,
A lamp comprising: a transparent envelope (100a; 100b; 100c; 100d) for emitting light, the transparent envelope (100a; 100b; 100c; 100d) having a first nubbin (104a; 104b; 104c; 104d) and a second nubbin (104a; 104b; 104c; 104d); a first RFID tag housing (202a; 202b) secured to the first nubbin (104a; 104b; 104c; 104d), the first RFID tag housing (202a; 202b) including a first quartz sleeve engaged with the first nubbin (104a; 104b; 104c; 104d); a second RFID tag housing (202a; 202b) secured to the second nubbin (104a; 104b; 104c; 104d), the second RFID tag housing (202a; 202b) including a second quartz sleeve engaged with the second nubbin (104a; 104b; 104c; 104d); a first RFID tag (250a; 250b; 250c; 250d) engaged with the first RFID tag housing (202a; 202b); and a second RFID tag (250a; 250b; 250c; 250d) engaged with the second RFID tag housing (202a; 202b), wherein each of the first RFID tag (250a; 250b; 250c; 250d) and the second RFID tag (250a; 250b; 250c; 250d) includes information to uniquely identify the lamp. a transparent envelope (100a; 100b; 100c; 100d) for emitting light, the transparent envelope (100a; 100b; 100c; 100d) having a first nubbin (104a; 104b; 104c; 104d) and a second nubbin (104a; 104b; 104c; 104d); a first RFID tag housing (202a; 202b) secured to the first nubbin (104a; 104b; 104c; 104d), the first RFID tag housing (202a; 202b) including a first quartz sleeve engaged with the first nubbin (104a; 104b; 104c; 104d); a second RFID tag housing (202a; 202b) secured to the second nubbin (104a; 104b; 104c; 104d), the second RFID tag housing (202a; 202b) including a second quartz sleeve engaged with the second nubbin (104a; 104b; 104c; 104d); a first RFID tag (250a; 250b; 250c; 250d) engaged with the first RFID tag housing (202a; 202b); and a second RFID tag (250a; 250b; 250c; 250d) engaged with the second RFID tag housing (202a; 202b), wherein each of the first RFID tag (250a; 250b; 250c; 250d) and the second RFID tag (250a; 250b; 250c; 250d) includes information to uniquely identify the lamp.