mhurhangee/ep-ind-claims huggingface dataset:
An electrical component comprising: a housing having an electrical device receiving slot; a cover selectively positionable at the electrical device receiving slot, the cover including an electrical device ejector; a shield member pivotally mounted to the housing, characterized in that the shield member is adapted to selectively cover the electrical device ejector; and a shield member control system operatively connected to the shield member, the shield member control system being operable to release the shield member once communications between the electrical component and an electrical device in the electrical device receiving slot are idle, thereby exposing the electrical device ejector. a housing having an electrical device receiving slot; a cover selectively positionable at the electrical device receiving slot, the cover including an electrical device ejector; a shield member pivotally mounted to the housing, characterized in that the shield member is adapted to selectively cover the electrical device ejector; and a shield member control system operatively connected to the shield member, the shield member control system being operable to release the shield member once communications between the electrical component and an electrical device in the electrical device receiving slot are idle, thereby exposing the electrical device ejector.
Process for manufacturing an item for the building industry starting from bottom ash and/or debris coming from incineration processes of municipal solid waste or waste which may be assimilated thereto and/or Refuse-Derived Fuel characterised in that it comprises the following steps: - it comprises preliminary processes, essentially consisting in the separation of undesired fractions; - the ash and/or debris undergo a wet-grinding step; - said ash and/or debris undergo an oxidation process of the amphoteric metals; - said oxidation of the amphoteric metals is carried out in an alkaline environment, wherein said alkali are added to the suspension preferably from the step of wet-grinding, but possibly also later, and wherein the pH is brought to a value ranging between 11.8 and 12.8; and - said bottom ash and/or debris are mixed with one or more binders. - it comprises preliminary processes, essentially consisting in the separation of undesired fractions; - the ash and/or debris undergo a wet-grinding step; - said ash and/or debris undergo an oxidation process of the amphoteric metals; - said oxidation of the amphoteric metals is carried out in an alkaline environment, wherein said alkali are added to the suspension preferably from the step of wet-grinding, but possibly also later, and wherein the pH is brought to a value ranging between 11.8 and 12.8; and - said bottom ash and/or debris are mixed with one or more binders.
A method of providing a continuity control function comprising: providing a signaling anchor point in a multimedia subsystem for a first access signaling leg and a remote access signaling leg for a call between a user element and a remote endpoint, the first access signaling leg provided for the user element via a transferring-out subsystem; establishing a second access signaling leg toward a user element via a transferring-in subsystem; replacing the first access signaling leg with the second access signaling leg, such that the second access signaling leg is anchored at the signaling anchor point; and providing call signaling via the second access signaling leg and the remote signaling leg to transfer at least a portion of a bearer path connected to the user element from a first network to a second network; characterized in that: when the call is terminated at the user element, the continuity control function is invoked as the last service of a chain of services associated with the call, such that all of the services associated with the call other than the continuity control function are anchored by the continuity control function as part of the remote signaling leg of the call. providing a signaling anchor point in a multimedia subsystem for a first access signaling leg and a remote access signaling leg for a call between a user element and a remote endpoint, the first access signaling leg provided for the user element via a transferring-out subsystem; establishing a second access signaling leg toward a user element via a transferring-in subsystem; replacing the first access signaling leg with the second access signaling leg, such that the second access signaling leg is anchored at the signaling anchor point; and providing call signaling via the second access signaling leg and the remote signaling leg to transfer at least a portion of a bearer path connected to the user element from a first network to a second network; characterized in that: when the call is terminated at the user element, the continuity control function is invoked as the last service of a chain of services associated with the call, such that all of the services associated with the call other than the continuity control function are anchored by the continuity control function as part of the remote signaling leg of the call.
Biogas plant, having at least one fermenter for decomposing a substrate for producing biogas, with at least one pipeline for feeding a pumpable medium to the fermenter being connected to the fermenter, characterised in that, a container for additives is connected to the pipeline downstream of a first closure means, in that the container communicates with a fluid line which carries a fluid, so that the additives are introducible into the fermenter by means of the fluid.
A disposable urinal comprising: First and second mating sections each including a mating surface (24,26), the mating surfaces (24,26) being configured to abut and mate against each other; means for securing the mating surfaces (24,26) of the first and second sections together when they are abutted; and a hinge interconnecting the first and second sections together such that they can be pivoted about the hinge from a disassembled position to an assembled position in which the mating surfaces (24,26) of the first and second mating sections abut; characterised in that: the first section comprises a bottom section including a base and side walls defining a container with the side walls extending from said base and supporting said mating surface spaced from said base, and the second section comprises a top section forming a lid for the container configured to mate on top of the bottom section. First and second mating sections each including a mating surface (24,26), the mating surfaces (24,26) being configured to abut and mate against each other; means for securing the mating surfaces (24,26) of the first and second sections together when they are abutted; and a hinge interconnecting the first and second sections together such that they can be pivoted about the hinge from a disassembled position to an assembled position in which the mating surfaces (24,26) of the first and second mating sections abut; characterised in that: the first section comprises a bottom section including a base and side walls defining a container with the side walls extending from said base and supporting said mating surface spaced from said base, and the second section comprises a top section forming a lid for the container configured to mate on top of the bottom section. the first section comprises a bottom section including a base and side walls defining a container with the side walls extending from said base and supporting said mating surface spaced from said base, and the second section comprises a top section forming a lid for the container configured to mate on top of the bottom section.
A method for preparing a double end-capped ethylene glycol ether, in which a raw material containing an ethylene glycol monoether and a monohydric alcohol ether is introduced into a reactor, contacting with a catalyst containing an acidic molecular sieve and reacting to produce the double end-capped ethylene glycol ether; wherein, the reaction temperature is in a range from 50 °C to 300 °C, and the reaction pressure is in a range from 0.1 Mpa to 15 Mpa; the weight hourly space velocity of the ethylene glycol monoether in the raw material is in a range from 0.01 h -1 to 15.0 h -1; and the molar ratio of the monohydric alcohol ether to the ethylene glycol monoether in the raw material is that monohydric alcohol ether: ethylene glycol monoether is in a range from 1:1 to 100:1; and wherein the ethylene glycol monoether is at least one selected from the group consisting of compounds with the structure represented by Formula I: R 1 -O-CH 2 -CH 2 -OH Formula I; the monohydric alcohol ether is at least one selected from the group consisting of compounds with the structure represented by Formula II: R 2 -O-R 2 Formula II; the double end-capped ethylene glycol ether is at least one selected from the group consisting of compounds with the structure represented by Formula III: R 1 -O-CH 2 -CH 2 -O-R 2 Formula III; wherein, R 1 is selected from the group consisting of alkyl groups with carbon atoms from 1 to 20, and R 2 is selected from the group consisting of alkyl groups with carbon atoms from 1 to 20.
A method for processing one or more communication signals comprising: demodulating the one or more communication signals using a first algorithm to generate a first demodulated output; demodulating the one or more communication signals using a second algorithm to generate a second demodulated output, wherein the second algorithm is different from the first algorithm; and characterized by: decoding (410-1, 410-2) the first and second demodulated outputs to produce first and second decoded signals respectively; and deciding between the first and second decoded signals based on validity checks of the first and second decoded signals. demodulating the one or more communication signals using a first algorithm to generate a first demodulated output; demodulating the one or more communication signals using a second algorithm to generate a second demodulated output, wherein the second algorithm is different from the first algorithm; and characterized by: decoding (410-1, 410-2) the first and second demodulated outputs to produce first and second decoded signals respectively; and deciding between the first and second decoded signals based on validity checks of the first and second decoded signals. decoding (410-1, 410-2) the first and second demodulated outputs to produce first and second decoded signals respectively; and deciding between the first and second decoded signals based on validity checks of the first and second decoded signals.
A system for transmitting an emergency message from a central authority to a selected group of websites, comprising: a. a plurality of webservers each configured for delivering an original content html page; b. an emergency alert webserver configured to deliver a second html page said emergency alert webserver further configured to deliver said second html page with a header frame portion relating information about an emergency event and a main frame portion relating said plurality of original content html pages; c. an administration computer server having an administration DNS zone file, said administration DNS zone file including a plurality of A NAME records pointing to each of the IP address of said plurality of original content html pages; d. each said plurality of webservers including an authority DNS computer server having a authority DNS zone file, each said authority DNS zone file including a CNAME record pointing to an A NAME record in said administration DNS zone file; and, e. means running on said administration computer server for automatically altering said administration DNS zone file such that said A NAME record points to the IP address of said second html page on said an emergency alert webserver upon the request of said central authority. a. a plurality of webservers each configured for delivering an original content html page; b. an emergency alert webserver configured to deliver a second html page said emergency alert webserver further configured to deliver said second html page with a header frame portion relating information about an emergency event and a main frame portion relating said plurality of original content html pages; c. an administration computer server having an administration DNS zone file, said administration DNS zone file including a plurality of A NAME records pointing to each of the IP address of said plurality of original content html pages; d. each said plurality of webservers including an authority DNS computer server having a authority DNS zone file, each said authority DNS zone file including a CNAME record pointing to an A NAME record in said administration DNS zone file; and, e. means running on said administration computer server for automatically altering said administration DNS zone file such that said A NAME record points to the IP address of said second html page on said an emergency alert webserver upon the request of said central authority.
Heating device suitable for assembly with an element supporting a wiper blade, the heating device comprising: • at least one element of longitudinal main axis suitable for mounting inside a housing of the support element so as to form a spine; • at least one heating element positioned on the spine-forming element; characterized in that the spine-forming element comprises at least one bushing for the passage of electrical conduction means in order to provide an electrical power supply for the heating element. • at least one element of longitudinal main axis suitable for mounting inside a housing of the support element so as to form a spine; • at least one heating element positioned on the spine-forming element;
An optical modulation amplitude, OMA, controller circuit, comprising: a first analog to digital converter, ADC, including an input coupled for receiving a residual error signal indicating a difference between a monitoring signal and a target data signal; a second ADC including an input coupled for receiving the target data signal; a first digital filter including an input coupled to an output of the first ADC; a second digital filter including an input coupled to an output of the second ADC; a digital multiplier including a first input coupled to an output of the first digital filter and a second input coupled to an output of the second digital filter; and an integrator including an input coupled to an output of the digital multiplier and an output configured to provide an average error signal with sign and magnitude. a first analog to digital converter, ADC, including an input coupled for receiving a residual error signal indicating a difference between a monitoring signal and a target data signal; a second ADC including an input coupled for receiving the target data signal; a first digital filter including an input coupled to an output of the first ADC; a second digital filter including an input coupled to an output of the second ADC; a digital multiplier including a first input coupled to an output of the first digital filter and a second input coupled to an output of the second digital filter; and an integrator including an input coupled to an output of the digital multiplier and an output configured to provide an average error signal with sign and magnitude.
A method of displaying icons for a mobile terminal, according to service usage states, the method comprising: examining a network connection state for at least one service having a usage limit; displaying, when the mobile terminal is connected to a network permitting unlimited free-of-charge service usage, an icon associated with the service as an icon filled with a color image; and displaying, when the mobile terminal is connected to a network restricting service usage according to the usage limit, the icon associated with the service as a color adjusted icon composed of a black-and-white image representing the used service amount and a color image representing the remaining service amount. examining a network connection state for at least one service having a usage limit; displaying, when the mobile terminal is connected to a network permitting unlimited free-of-charge service usage, an icon associated with the service as an icon filled with a color image; and displaying, when the mobile terminal is connected to a network restricting service usage according to the usage limit, the icon associated with the service as a color adjusted icon composed of a black-and-white image representing the used service amount and a color image representing the remaining service amount.
A curable composition for encapsulating a semiconductor device comprising: a linear polysiloxane that comprises an alkenyl group bound to a silicon atom, and comprises siloxane units represented by the following Formulas I to 3, a mole number of the siloxane unit of Formula 1 being 1 to 5 times as large as a mole number of the siloxane unit of Formula 2, and a mole number of the siloxane unit of Formula 3 being 0.01 to 0.2 times as large as a mole number of the sum of the siloxane units of Formulas 1 and 2; and a silicon compound containing a hydrogen atom that is bound to a silicon atom and comprises at least one aryl group that is bound to a silicon atom, of which a molar ratio of the total aryl groups in the silicon compound with respect to the total silicon atoms in the silicon compound is from 0.4 to 1.5: [Formula 1] R a R b SiO 2/2 [Formula 2] R c R d SiO 2/2 [Formula 3] R e R f SiO 2/2 wherein R a and R b are each independently an aryl group having 6 to 25 carbon atoms, R f is hydrogen, an alkyl group having 1 to 20 carbon atoms, an alkoxy group having 1 to 20 carbon atoms, a hydroxyl group, an epoxy group, an alkenyl group having 2 to 20 carbon atoms, or an aryl group having 6 to 25 carbon atoms, R c and R d are each independently an alkyl group having 1 to 20 carbon atoms, and R e is an alkenyl group having 2 to 20 carbon atoms. a linear polysiloxane that comprises an alkenyl group bound to a silicon atom, and comprises siloxane units represented by the following Formulas I to 3, a mole number of the siloxane unit of Formula 1 being 1 to 5 times as large as a mole number of the siloxane unit of Formula 2, and a mole number of the siloxane unit of Formula 3 being 0.01 to 0.2 times as large as a mole number of the sum of the siloxane units of Formulas 1 and 2; and a silicon compound containing a hydrogen atom that is bound to a silicon atom and comprises at least one aryl group that is bound to a silicon atom, of which a molar ratio of the total aryl groups in the silicon compound with respect to the total silicon atoms in the silicon compound is from 0.4 to 1.5: [Formula 1] R a R b SiO 2/2 [Formula 2] R c R d SiO 2/2 [Formula 3] R e R f SiO 2/2 wherein R a and R b are each independently an aryl group having 6 to 25 carbon atoms, R f is hydrogen, an alkyl group having 1 to 20 carbon atoms, an alkoxy group having 1 to 20 carbon atoms, a hydroxyl group, an epoxy group, an alkenyl group having 2 to 20 carbon atoms, or an aryl group having 6 to 25 carbon atoms, R c and R d are each independently an alkyl group having 1 to 20 carbon atoms, and R e is an alkenyl group having 2 to 20 carbon atoms.
A method for lengthening and/or thickening hair, comprising the following steps: - providing at least one strand of hair that is provided with an fastening element containing at least 10 wt.% of synthetic polymer(s), based on the weight of the fastening element; - causing the fastening element to swell by applying at least one solvent to the fastening element, - attaching to one strand of natural hair (in each case) and - letting the solvent evaporate. - providing at least one strand of hair that is provided with an fastening element containing at least 10 wt.% of synthetic polymer(s), based on the weight of the fastening element; - causing the fastening element to swell by applying at least one solvent to the fastening element, - attaching to one strand of natural hair (in each case) and - letting the solvent evaporate.
An enhanced LOng-RAnge Navigation, eLORAN, receiver (15a-15c) comprising: an antenna and eLORAN receiver circuitry coupled thereto; the antenna comprising a ferromagnetic core and an H-field signal winding (121a-121b) coupled thereto; and an antenna tuning device (122a-122b) comprising at least one tuning winding (123a-123b) surrounding the ferromagnetic core, wherein the at least one tuning winding (123a-123b) comprises a plurality of tuning windings, and a tuning circuit (124a-124b) coupled to the at least one tuning winding (123a-123b). an antenna and eLORAN receiver circuitry coupled thereto; the antenna comprising a ferromagnetic core and an H-field signal winding (121a-121b) coupled thereto; and an antenna tuning device (122a-122b) comprising at least one tuning winding (123a-123b) surrounding the ferromagnetic core, wherein the at least one tuning winding (123a-123b) comprises a plurality of tuning windings, and a tuning circuit (124a-124b) coupled to the at least one tuning winding (123a-123b). at least one tuning winding (123a-123b) surrounding the ferromagnetic core, wherein the at least one tuning winding (123a-123b) comprises a plurality of tuning windings, and a tuning circuit (124a-124b) coupled to the at least one tuning winding (123a-123b).
A memory cell array in a nonvolatile memory comprising: island semiconductor layers on a substrate, wherein the lower parts of the island semiconductor layers serve as source lines (2; SLx) for the memory cells and transistors arranged in a column; a tunnel insulation film on the island semiconductor layers; charge accumulation layers on the sidewalls of the island semiconductor layers; an insulating film on the charge accumulation layers; control gates of the memory cells and read lines of transistors arranged in a row on the insulating film; source diffusion layers (3, 8) and drain diffusion layers (5, 10) in the island semiconductor layers; and common source lines (12; CSL) for the transistors arranged in a row and first bit line parts for the memory cells, and second bit line parts for the memory cells, wherein the first and second bit line parts (13, 15) for the memory cells are laid out in columns and the common source lines (12; CSL) for the transistors are laid out in rows. island semiconductor layers on a substrate, wherein the lower parts of the island semiconductor layers serve as source lines (2; SLx) for the memory cells and transistors arranged in a column; a tunnel insulation film on the island semiconductor layers; charge accumulation layers on the sidewalls of the island semiconductor layers; an insulating film on the charge accumulation layers; control gates of the memory cells and read lines of transistors arranged in a row on the insulating film; source diffusion layers (3, 8) and drain diffusion layers (5, 10) in the island semiconductor layers; and common source lines (12; CSL) for the transistors arranged in a row and first bit line parts for the memory cells, and second bit line parts for the memory cells, wherein the first and second bit line parts (13, 15) for the memory cells are laid out in columns and the common source lines (12; CSL) for the transistors are laid out in rows.