mhurhangee/ep-ind-claims huggingface dataset:
Heat exchanger for quenching reaction gas comprising - a coolable double-wall tube including an inner tubular wall and an outer tubular wall, wherein said inner tubular wall is configured to convey said reaction gas to be quenched, and wherein a space defined by said inner tubular wall and said outer tubular wall is configured to convey a coolant; - a tubular connection member having a bifurcating longitudinal cross-section comprising an exterior wall section and an interior wall section defining an intermediate space filled with refractory filler material (6, 7), wherein a converging end of said connection member is arranged to be in connection with an uncoolable reaction gas conveying pipe, wherein said exterior wall section is connected with said outer tubular wall of said coolable double-wall tube, wherein an axial gap is left between said interior wall section and said inner tubular wall of said coolable double-wall tube; - a sealing member configured to seal said axial gap between said interior wall section and said inner tubular wall of said coolable double-wall tube; wherein said refractory filler material (6, 7) comprises at least two sectors of refractory filler material separated by at least two slits extending in an axial and a radial direction. - a coolable double-wall tube including an inner tubular wall and an outer tubular wall, wherein said inner tubular wall is configured to convey said reaction gas to be quenched, and wherein a space defined by said inner tubular wall and said outer tubular wall is configured to convey a coolant; - a tubular connection member having a bifurcating longitudinal cross-section comprising an exterior wall section and an interior wall section defining an intermediate space filled with refractory filler material (6, 7), wherein a converging end of said connection member is arranged to be in connection with an uncoolable reaction gas conveying pipe, wherein said exterior wall section is connected with said outer tubular wall of said coolable double-wall tube, wherein an axial gap is left between said interior wall section and said inner tubular wall of said coolable double-wall tube; - a sealing member configured to seal said axial gap between said interior wall section and said inner tubular wall of said coolable double-wall tube;
An electromagnetic wave suppression sheet comprising: A) 100 parts by weight of chlorinated polyethylene; B) from 400 to 600 parts by weight per 100 parts by weight of the chlorinated polyethylene, of a metal magnetic powder having an oxidized coating film formed on a surface thereof; and C) from 1 to 15 parts by weight per 100 parts by weight of the chlorinated polyethylene, of a phosphorous-based chelating agent; wherein an oxygen content of the metal magnetic powder is from 0.4 to 1.1 wt.%, wherein a reaction between the metal magnetic powder and the chlorinated polyethylene is suppressed when the oxygen content is not less than 0.4 wt.% and a desired level of magnetic permeability is obtained when the oxygen content is not greater than 1.1 wt.%. A) 100 parts by weight of chlorinated polyethylene; B) from 400 to 600 parts by weight per 100 parts by weight of the chlorinated polyethylene, of a metal magnetic powder having an oxidized coating film formed on a surface thereof; and C) from 1 to 15 parts by weight per 100 parts by weight of the chlorinated polyethylene, of a phosphorous-based chelating agent;
A method for registering a user equipment with a visited public land mobile network, comprising: producing at the user equipment a concealed identifier; producing at the user equipment a freshness code; sending by the user equipment to the visited public land mobile network the concealed identifier and the freshness code; receiving by the user equipment an identity request from the visited public land mobile network indicating that a long-term identifier of the user equipment must be transmitted to the visited public land mobile network in a non-concealed form, if the visited public land mobile network does not support use of the concealed identifier for registering the user equipment with the visited public land mobile network; receiving by the user equipment from the visited public land mobile network a permission authenticator; and verifying at the user equipment if the permission authenticator has been formed with a cryptographic authentication of a home public land mobile network, and the user equipment or a subscription module at the user equipment indicating permission to transmit the long-term identifier to the visited public land mobile network in the non-concealed form and if yes, transmitting the long-term identifier to the visited public land mobile network in the non-concealed form. producing at the user equipment a concealed identifier; producing at the user equipment a freshness code; sending by the user equipment to the visited public land mobile network the concealed identifier and the freshness code; receiving by the user equipment an identity request from the visited public land mobile network indicating that a long-term identifier of the user equipment must be transmitted to the visited public land mobile network in a non-concealed form, if the visited public land mobile network does not support use of the concealed identifier for registering the user equipment with the visited public land mobile network; receiving by the user equipment from the visited public land mobile network a permission authenticator; and verifying at the user equipment if the permission authenticator has been formed with a cryptographic authentication of a home public land mobile network, and the user equipment or a subscription module at the user equipment indicating permission to transmit the long-term identifier to the visited public land mobile network in the non-concealed form and if yes, transmitting the long-term identifier to the visited public land mobile network in the non-concealed form.
A power electronics arrangement, comprising: at least two power electronics units; a cooling pipe comprising a supply line and a return line for cooling fluid; wherein an inlet of each power electronics unit is connected to the supply line and an outlet of each power electronics unit is attached to the return line; wherein each power electronics unit comprises a longitudinal cooling plate with a cooling channel for a cooling fluid, the cooling plate having two opposite side faces, between which the cooling channel is arranged; wherein each power electronics unit comprises a plurality of power semiconductor modules attached to at least one side face of the cooling plate; wherein the inlet of the cooling channel and the outlet of the cooling channel are arranged at a first longitudinal end of the cooling plate; wherein the cooling channel reciprocates between the first longitudinal end and an opposite second longitudinal end of the cooling plate; wherein each power electronics unit is mechanically attached to the cooling pipe via their cooling plates characterized in that the power electronics arrangement further comprises a support member, which is attached to the cooling pipe; the cooling pipe is made of an extrusion profile, wherein the supply line and the return line are made of one piece; wherein the cooling plate of each power electronics unit is attached to the support member. at least two power electronics units; a cooling pipe comprising a supply line and a return line for cooling fluid; wherein an inlet of each power electronics unit is connected to the supply line and an outlet of each power electronics unit is attached to the return line; wherein each power electronics unit comprises a longitudinal cooling plate with a cooling channel for a cooling fluid, the cooling plate having two opposite side faces, between which the cooling channel is arranged; wherein each power electronics unit comprises a plurality of power semiconductor modules attached to at least one side face of the cooling plate; wherein the inlet of the cooling channel and the outlet of the cooling channel are arranged at a first longitudinal end of the cooling plate; wherein the cooling channel reciprocates between the first longitudinal end and an opposite second longitudinal end of the cooling plate; wherein each power electronics unit is mechanically attached to the cooling pipe via their cooling plates characterized in that the power electronics arrangement further comprises a support member, which is attached to the cooling pipe; the cooling pipe is made of an extrusion profile, wherein the supply line and the return line are made of one piece; wherein the cooling plate of each power electronics unit is attached to the support member.
Antenna arrangement for a vehicle, having at least one second electronic circuit for operating at least one first antenna structure, at least one third electronic circuit for operating at least one second antenna structure and at least one impedance converter, wherein the impedance converter has at least one first electronic circuit introduced into a housing of the impedance converter for the passive or active adjustment of an impedance and for amplifying a signal of a radio antenna with at least one electric input and at least one electric output, characterised in that in the housing the at least one second electronic circuit is arranged, which is connected to the at least one first antenna structure for sending and receiving data, wherein the at least one first antenna structure is attached onto or into the housing, and in the housing the at least one third electronic circuit is arranged, which is connected to the at least one second antenna structure for sending and receiving data via at least one electric line, wherein the second antenna structure is arranged outside the housing.
Fill level switch arrangement for determining the fill level of a medium in a container, having a transmitting element and a receiving element, wherein the transmitting element is used to transmit a radio signal and is operatively connected to the receiving element, wherein the receiving element is used to detect the radio signal, wherein the receiving element is designed such that it generates and outputs a switching signal in the event of a change in the received radio signal caused by the medium, and wherein the transmitting element has a detection surface and the transmitting element generates and outputs a switching signal when the detection surface comes into contact with medium.
A musical-performance-information transmission method using a first system having a first musical instrument that produces sounds in accordance with a first user's playing and generates musical-performance data in accordance with the produced sounds, and a second system having a second musical instrument that produces sounds by receiving the first musical-performance data, the method comprising: in the first system, generating as a mixed-sound signal sounds in which are mixed sounds produced from the first musical instrument and sounds that differ from the sounds produced from the first musical instrument; characterized in that said second musical instrument produces further sounds in accordance with a second user's playing and generates second musical-performance data in accordance with the produced further sounds, and the first musical instrument produces further sounds by receiving the second musical-performance data, in that said mixed-sound signal includes said further sounds produced from the first musical instrument, and in that said method further comprises, in the first system, generating, based on the first and second musical-performance data, a reference signal in accordance with the sounds produced from the first musical instrument and the further sounds produced from the first musical instrument; generating a separation signal by removing the reference signal from the mixed-sound signal; and transmitting the separation signal to the second system. in the first system, generating as a mixed-sound signal sounds in which are mixed sounds produced from the first musical instrument and sounds that differ from the sounds produced from the first musical instrument; characterized in that said second musical instrument produces further sounds in accordance with a second user's playing and generates second musical-performance data in accordance with the produced further sounds, and the first musical instrument produces further sounds by receiving the second musical-performance data, in that said mixed-sound signal includes said further sounds produced from the first musical instrument, and in that said method further comprises, in the first system, generating, based on the first and second musical-performance data, a reference signal in accordance with the sounds produced from the first musical instrument and the further sounds produced from the first musical instrument; generating a separation signal by removing the reference signal from the mixed-sound signal; and transmitting the separation signal to the second system.
A method for providing a wireless network virtualization comprising: - using a bandwidth partitioner for distributing available bandwidth among virtual nodes - using a software router for providing each virtual node with a set of virtual interfaces, implemented as TAP devices, characterized in that the host software router process by receiving an incoming frame dispatches it to the suitable device according to a set of policies maintained by a Link Broker and the bandwidth partitioner, so that the Link Broker module adaptively provides complete radio isolation among network slices co-existing on the same physical infrastructure and data frames are dispatched to the suitable virtual node. - using a bandwidth partitioner for distributing available bandwidth among virtual nodes - using a software router for providing each virtual node with a set of virtual interfaces, implemented as TAP devices,
A non-transitory computer readable medium having instructions stored thereon that, when executed by a processor (22, 23), cause the processor to select an actionable item displayed in a graphical user interface on a mobile computer system with a touchscreen, the selecting comprising: detecting a first gesture on a lower portion of the touchscreen, the first gesture ending at a first position, the lower portion having a predetermined height above a bottom edge of the touchscreen; in response to detecting the first gesture, activating a single-handed operation mode; determining a sequence of actionable items for a foreground application executing on the processor; detecting a second gesture on the touchscreen, the second gesture beginning at the first position and ending at a second position; in response to detecting the second gesture, highlighting one of the actionable items of the sequence based on the second position; detecting a third gesture on the touchscreen; and in response to detecting a release at the second position as the third gesture, selecting the highlighted actionable item for processing by the foreground application and de-activating the single-handed operation mode. detecting a first gesture on a lower portion of the touchscreen, the first gesture ending at a first position, the lower portion having a predetermined height above a bottom edge of the touchscreen; in response to detecting the first gesture, activating a single-handed operation mode; determining a sequence of actionable items for a foreground application executing on the processor; detecting a second gesture on the touchscreen, the second gesture beginning at the first position and ending at a second position; in response to detecting the second gesture, highlighting one of the actionable items of the sequence based on the second position; detecting a third gesture on the touchscreen; and in response to detecting a release at the second position as the third gesture, selecting the highlighted actionable item for processing by the foreground application and de-activating the single-handed operation mode.
A turbocharger turbine, comprising a radial turbine housing; a radial turbine wheel within the housing, the wheel comprising an axis of rotation about which the wheel rotates, and the wheel having a plurality of blades, each blade forming a leading edge, a trailing edge and an outer edge, the outer edge extending from the leading edge to the trailing edge, wherein the path traveled by the outer edges of the blades through a rotation of the wheel defines an axially symmetric, smoothly varying, axially concave, outer-blade effective surface; wherein the housing and the wheel define a fluid passageway serially including an inlet passageway upstream of the blades, an outlet passageway downstream of the blades, and a blade passageway that extends from the blade leading edges to the blade trailing edges, the blade passageway being defined on an outer side by a shroud wall of the housing; wherein a blade-gap zone is defined between the shroud wall and the outer-blade effective surface; characterized in that: the shroud wall has a profile wherein a downstream portion of the blade-gap zone at the downstream end of the blade-gap zone is thicker at its downstream end than it is at its upstream end; and the downstream portion of the blade-gap zone is at the end of a constant blade-gap zone portion of the shroud wall. the shroud wall has a profile wherein a downstream portion of the blade-gap zone at the downstream end of the blade-gap zone is thicker at its downstream end than it is at its upstream end; and the downstream portion of the blade-gap zone is at the end of a constant blade-gap zone portion of the shroud wall.
A system for providing wireless communication to a user computing device at a first wind turbine within a wind farm, said first wind turbine including a tower, a nacelle, a rotor and a plurality of rotor blades defining a sweep area, the system comprising: a communications network source for providing a wireless signal from a communications network; a wireless bridge coupled to an exterior of the first wind turbine configured to receive the wireless communication signal; and characterised by: a wireless access point coupled to the first wind turbine at a location of the first wind turbine including at least one of a roof, at a base, and the tower, the wireless access point being communicatively coupled to the wireless bridge and configured to transmit the wireless signal to at least one user computing device within an access area of the first wind turbine, the access area including an interior of the tower and the nacelle, and the sweep area; and wherein the wireless access point is substantially aligned with a central vertical axis of the tower such that only one access point is able to broadcast the signal through the nacelle, tower and rotor to the ground and areas serviceable by a user monitoring and/or repairing the first wind turbine. a communications network source for providing a wireless signal from a communications network; a wireless bridge coupled to an exterior of the first wind turbine configured to receive the wireless communication signal; and characterised by: a wireless access point coupled to the first wind turbine at a location of the first wind turbine including at least one of a roof, at a base, and the tower, the wireless access point being communicatively coupled to the wireless bridge and configured to transmit the wireless signal to at least one user computing device within an access area of the first wind turbine, the access area including an interior of the tower and the nacelle, and the sweep area; and wherein the wireless access point is substantially aligned with a central vertical axis of the tower such that only one access point is able to broadcast the signal through the nacelle, tower and rotor to the ground and areas serviceable by a user monitoring and/or repairing the first wind turbine. a wireless access point coupled to the first wind turbine at a location of the first wind turbine including at least one of a roof, at a base, and the tower, the wireless access point being communicatively coupled to the wireless bridge and configured to transmit the wireless signal to at least one user computing device within an access area of the first wind turbine, the access area including an interior of the tower and the nacelle, and the sweep area; and wherein the wireless access point is substantially aligned with a central vertical axis of the tower such that only one access point is able to broadcast the signal through the nacelle, tower and rotor to the ground and areas serviceable by a user monitoring and/or repairing the first wind turbine.
A parental control method for controlling the use of a mobile terminal based on control rules governing the use of said mobile terminal, to allow or deny access to a service requested by the mobile terminal over a telecommunications network, comprising the following steps within the mobile terminal: after a selection by the user of a type of impression related to at least one control rule from among a set of types of impressions by means of an interface managed by the mobile terminal, determining a call number associated with the type of impression within a lookup table comprising call numbers respectively associated with types of impressions the type of impression being in text form or in the form of a figure and evoking an impression chosen from among a good impression, a bad impression, and a neutral impression in reaction to the application of said at least one control rule, and transmitting a message (Mes) to a server via the determined call number, the message (Mes) containing an identifier (IdR) of the control rule for which the user selected a type of impression, so that the server can determine a type of impression related to said at least one control rule based on the call number via which the message (Mes) was received. after a selection by the user of a type of impression related to at least one control rule from among a set of types of impressions by means of an interface managed by the mobile terminal, determining a call number associated with the type of impression within a lookup table comprising call numbers respectively associated with types of impressions the type of impression being in text form or in the form of a figure and evoking an impression chosen from among a good impression, a bad impression, and a neutral impression in reaction to the application of said at least one control rule, and transmitting a message (Mes) to a server via the determined call number, the message (Mes) containing an identifier (IdR) of the control rule for which the user selected a type of impression, so that the server can determine a type of impression related to said at least one control rule based on the call number via which the message (Mes) was received.
A switch (10, 20) operably couplable with a general controller, a plurality of subscriber identification modules, (102, 104) a subscriber identification module controller, and one or more radio modems (16, 18, 22), each of the one or more radio modems being configured to wirelessly communicate with at least one base station of a radio system; the switch being configured to receive control data from the general controller; and the switch being capable of regulating, on the basis of the control data, one or more first couplings and one or more second couplings simultaneously, the one or more first couplings being formed between one or more subscriber identification modules and the subscriber identification module controller for data transfer between the one or more subscriber identification modules and the subscriber identification module controller when a coupling is formed by the switch and the one or more second couplings being formed between one or more subscriber identification modules and the radio modems such that the switch is configured to form couplings simultaneously between P subscriber identification modules and at least one radio modem, and between R subscriber identification modules and the subscriber identification module controller, the P subscriber identification modules being different from the R subscriber identification modules.