mhurhangee/ep-ind-claims huggingface dataset:
A method for distributing data to a wireless local area network, comprising: receiving, by a terminal, an indication message sent by an access network of a cellular network, wherein the indication message is used to indicate a wireless local area network, WLAN, which the terminal can access, and to trigger the terminal to enable a function of the WLAN network and access the WLAN network, wherein the indication message carries WLAN network identifier information of the WLAN network accessed by the terminal; and transmitting, by the terminal, directly over the WLAN network, service data that needs to be distributed after accessing the WLAN network; characterized in that the method further comprises: sending, by the terminal, related information of the terminal to the access network of the cellular network, causing the network to determine, according to correspondence between the related information of the terminal and WLAN network identifier information, the WLAN network accessed by the terminal and the WLAN network identifier information of the WLAN network, wherein the related information of the terminal comprises location information of the terminal. receiving, by a terminal, an indication message sent by an access network of a cellular network, wherein the indication message is used to indicate a wireless local area network, WLAN, which the terminal can access, and to trigger the terminal to enable a function of the WLAN network and access the WLAN network, wherein the indication message carries WLAN network identifier information of the WLAN network accessed by the terminal; and transmitting, by the terminal, directly over the WLAN network, service data that needs to be distributed after accessing the WLAN network; characterized in that the method further comprises: sending, by the terminal, related information of the terminal to the access network of the cellular network, causing the network to determine, according to correspondence between the related information of the terminal and WLAN network identifier information, the WLAN network accessed by the terminal and the WLAN network identifier information of the WLAN network, wherein the related information of the terminal comprises location information of the terminal. sending, by the terminal, related information of the terminal to the access network of the cellular network, causing the network to determine, according to correspondence between the related information of the terminal and WLAN network identifier information, the WLAN network accessed by the terminal and the WLAN network identifier information of the WLAN network, wherein the related information of the terminal comprises location information of the terminal.
A method of enhancing a preamplifier read recovery in a hard disk drive system, comprising the steps of: determining (204, 206) whether the hard disk drive system is transitioning from a non-read state to a read state; initiating a non-read state to a read state transition sequence when a transition from the non-read state to a read state is determined, wherein the non-read state to the read state transition sequence is independent of a type of non-read state prior to the transitioning; and initiating a read mode after the non-read state to the read state transition sequence; the method characterized in that: said step of initiating the non-read state to the read state transition sequence comprises altering a band pass response associated with an AC coupler circuit associated with an output of the preamplifier, and wherein altering the band pass response comprises lowering a lower cutoff frequency (f LPF) associated with the AC coupler circuit from a first frequency to a second frequency gradually over a predetermined period of time. determining (204, 206) whether the hard disk drive system is transitioning from a non-read state to a read state; initiating a non-read state to a read state transition sequence when a transition from the non-read state to a read state is determined, wherein the non-read state to the read state transition sequence is independent of a type of non-read state prior to the transitioning; and initiating a read mode after the non-read state to the read state transition sequence; said step of initiating the non-read state to the read state transition sequence comprises altering a band pass response associated with an AC coupler circuit associated with an output of the preamplifier, and wherein altering the band pass response comprises lowering a lower cutoff frequency (f LPF) associated with the AC coupler circuit from a first frequency to a second frequency gradually over a predetermined period of time.
An installation for hot dip coating a metal strip, said installation comprising: • means for moving said metal strip along a path, • a pot for containing a melt bath, and • a wiping system comprising at least two nozzles placed on either side of said path downstream the pot, each nozzle having at least a gas outlet, the wiping system having a box with a lower confinement part for confining an atmosphere around the metal strip upstream of said nozzles and an upper confinement part for confining the atmosphere around the metal strip downstream of said nozzles, said wiping system having first moving means for vertically moving the lower confinement part with respect to the pot, characterised in that the nozzles are vertically movable relative to the pot and the wiping system comprises second moving means for vertically moving the upper confinement part with respect to both the pot and the lower confinement part. • means for moving said metal strip along a path, • a pot for containing a melt bath, and • a wiping system comprising at least two nozzles placed on either side of said path downstream the pot, each nozzle having at least a gas outlet, the wiping system having a box with a lower confinement part for confining an atmosphere around the metal strip upstream of said nozzles and an upper confinement part for confining the atmosphere around the metal strip downstream of said nozzles, said wiping system having first moving means for vertically moving the lower confinement part with respect to the pot,
A fuel injector comprising; one or more elongate fuel passage having an elongate axis extending from an upstream inlet end to a downstream outlet end; one or more fuel outlets at the outlet end extending obliquely with respect to the elongate axis; the elongate fuel passage defined by an inner skin of a double skinned pipe, the double skinned pipe defining a first annular cavity between the inner skin and outer skin; the inner skin and the outer skin meeting adjacent the one or more outlets to close an end of the first annular cavity; a second annular cavity defined by an annular outer wall extending from downstream of the outlet end to a position upstream of the one or more outlets, the annular outer wall being convergent at a downstream end whereby to define an orifice centred nominally coincident with the elongate axis, the second annular cavity having a second annular cavity inlet at an upstream end and wherein the fuel passage outlets emerge at a radially outer surface of the annular outer wall wherein the fuel passage incorporates a nose section terminating adjacent the orifice of the annular outer wall, characterized in that, the nose section is cone shaped and comprises an array of circumferentially spaced, radially inclined ribs.
A thermoplastic foam material wherein the foam material is a polyester based material and wherein the polyester is virgin or post-consumer polyethylene terephthalate, or a mixture of the two and wherein the foam material is characterized by elongated cells, which have an aspect ratio larger than 1.5, and by a density according to ISO 845 of lower than 150 kg/m 3, preferably lower than 80 kg/m 3, and by a thermal conductivity of lower than 0.032 W/mK measured according to ISO 12677, and is obtainable from the method of claim 6.
A composition in the form of a suspension, said composition containing a. Nanoparticles, selected from the group consisting of tungsten oxide and doped tungsten oxide, b. a homogeneous solvent composition consisting of (i) water, (ii) a low boiling alcohol selected from the group consisting of methanol, ethanol, propanol, and isopropanol; (iii)a high boiling alcohol, selected from the group of C4-C9 alcohols and C3-C7 alkoxyalcohols; whereby the amount of water (i) in said composition is below 20 wt% and whereby the amount of alcohols (ii)+(iii) is above 80 wt%. a. Nanoparticles, selected from the group consisting of tungsten oxide and doped tungsten oxide, b. a homogeneous solvent composition consisting of (i) water, (ii) a low boiling alcohol selected from the group consisting of methanol, ethanol, propanol, and isopropanol; (iii)a high boiling alcohol, selected from the group of C4-C9 alcohols and C3-C7 alkoxyalcohols; (i) water, (ii) a low boiling alcohol selected from the group consisting of methanol, ethanol, propanol, and isopropanol; (iii)a high boiling alcohol, selected from the group of C4-C9 alcohols and C3-C7 alkoxyalcohols;
A waterproof shading bag, comprising: an upper shell, a lower shell, a zipper, a touch film, and a waterproof partition frame, wherein: the upper shell is connected to the lower shell by the zipper, an extension end is arranged at an upper edge of the lower shell, a drainage groove is arranged between the extension end and the zipper, a drain hole is arranged below the drainage groove, the touch film is arranged in a middle of the upper shell, a storage space is arranged in the lower shell, the waterproof partition frame is arranged at an inner end of the lower shell, and hook & loop straps are arranged at a bottom of the lower shell. an upper shell, a lower shell, a zipper, a touch film, and a waterproof partition frame, wherein: the upper shell is connected to the lower shell by the zipper, an extension end is arranged at an upper edge of the lower shell, a drainage groove is arranged between the extension end and the zipper, a drain hole is arranged below the drainage groove, the touch film is arranged in a middle of the upper shell, a storage space is arranged in the lower shell, the waterproof partition frame is arranged at an inner end of the lower shell, and hook & loop straps are arranged at a bottom of the lower shell. the upper shell is connected to the lower shell by the zipper, an extension end is arranged at an upper edge of the lower shell, a drainage groove is arranged between the extension end and the zipper, a drain hole is arranged below the drainage groove, the touch film is arranged in a middle of the upper shell, a storage space is arranged in the lower shell, the waterproof partition frame is arranged at an inner end of the lower shell, and hook & loop straps are arranged at a bottom of the lower shell.
Portion capsule for producing a beverage, having a capsule body with a capsule base and a filling side, with a cavity for accommodating a pulverulent or liquid beverage base being formed between the capsule base and the filling side, and with a filter element being arranged between the beverage base and the capsule base, with the filter element comprising a non-woven which is arranged in the region of the capsule base, characterized in that the filter element has a base area which is larger than the base area of the capsule base, so that the edge region of the filter element fits tightly against a lower region of a side wall which extends from a collar edge to the capsule base, with the edge region moving in the direction of the capsule base or in the direction of a central region when the capsule base is perforated by the perforation means and the filter element is raised in the central region by the perforation means.
A method for manufacturing a clad steel pipe, wherein the clad steel pipe is manufactured by using a clad steel plate as a raw material; the clad steel plate comprises a base layer and a clad layer roll-bonded with the base layer; the method for manufacturing a clad steel pipe comprises the steps of forming, welding, and deburring; characterized in that both longitudinal sides of the clad steel plate are bent towards the base layer side of the clad steel plate, then the forming step is carried out, and after the forming step, the opening faces of the resultant pipe blank are all in a form of the clad layer.
A manmade cellulosic textile fibre having - a linear density of 0.8-1.8 dtex, measured according to ISO 1973:2021; - a tenacity of 2.0-2.9 cN/dtex, measured according to ISO 5079:2020; and - an initial modulus of 50-120 cN/dtex, measured according to ISO 5079:2020; wherein at least 50 wt-% of the raw material of the textile fibre is cellulose-containing waste, and at least 50 wt-% of the cellulose-containing waste is textile waste. - a linear density of 0.8-1.8 dtex, measured according to ISO 1973:2021; - a tenacity of 2.0-2.9 cN/dtex, measured according to ISO 5079:2020; and - an initial modulus of 50-120 cN/dtex, measured according to ISO 5079:2020;
A composition comprising: a compound according to Formula or a salt, or an isolated, substantially pure metabolite thereof; and an agent that ameliorates one or more cholinergic abnormalities, wherein the agent is a cholinesterase inhibitor selected from the group consisting of donepezil and tacrine. a compound according to Formula or a salt, or an isolated, substantially pure metabolite thereof; and an agent that ameliorates one or more cholinergic abnormalities, wherein the agent is a cholinesterase inhibitor selected from the group consisting of donepezil and tacrine.
A reference electrode system for a pH-sensor system, the reference electrode system comprising: a first junction, comprising a membrane with a sealed side, an electric wire, a reference electrode, connected to the wire and covered completely, with exception of an end portion, by a sleeve, and a tube that is arranged, at least partly, around the reference electrode, the wire, and the sleeve, wherein the tube has a closed end, which is arranged nearby the end portion of the reference electrode. a first junction, comprising a membrane with a sealed side, an electric wire, a reference electrode, connected to the wire and covered completely, with exception of an end portion, by a sleeve, and a tube that is arranged, at least partly, around the reference electrode, the wire, and the sleeve, wherein the tube has a closed end, which is arranged nearby the end portion of the reference electrode.
A method for channel resource allocation for use by a wireless transmit/receive unit, WTRU, in communication with a Node-B, the method comprising: transmitting, by the WTRU, an enhanced uplink, EU, channel allocation request over an uplink, UL, EU channel; wherein the allocation request includes scheduling information; receiving, at the WTRU, at least one downlink, DL, EU signaling channel from the Node-B; wherein the at least one DL EU signaling channel includes UL channel allocation information; and selectively disabling, at the WTRU, reception of the at least one DL EU signaling channel in periods during said communication with the Node-B, on at least one condition of that reception of UL channel allocation information is not expected or reception of the at least one DL EU signaling channel is not required, according to a signaling procedure known to the WTRU. transmitting, by the WTRU, an enhanced uplink, EU, channel allocation request over an uplink, UL, EU channel; wherein the allocation request includes scheduling information; receiving, at the WTRU, at least one downlink, DL, EU signaling channel from the Node-B; wherein the at least one DL EU signaling channel includes UL channel allocation information; and selectively disabling, at the WTRU, reception of the at least one DL EU signaling channel in periods during said communication with the Node-B, on at least one condition of that reception of UL channel allocation information is not expected or reception of the at least one DL EU signaling channel is not required, according to a signaling procedure known to the WTRU.
A chemical dispensing system comprising a first peristaltic pump including a first length of elastic tubing, a first rotor that pumps fluid through the first length of elastic tubing by progressively squeezing and releasing consecutive portions of the elastic tubing, a first motor that selectively rotates the first rotor, a first processor operatively coupled to the first motor and that controls the first motor, and a first memory operatively coupled to the first processor for storing first pump calibration data, a second peristaltic pump including a second length of elastic tubing, a second rotor that pumps fluid through the second length of elastic tubing by progressively squeezing and releasing consecutive portions of the elastic tubing, a second motor that selectively rotates the second rotor, a second processor operatively coupled to the second motor and that controls the second motor, and a second memory operatively coupled to the second processor for storing second pump calibration data, and a system controller including a third processor in communication with the first processor and the second processor via a serial data bus, whereby the third processor is configured to send a dispense product message to either of the first processor or the second processor indicative of a desired amount of a product to be dispensed by the corresponding peristaltic pump (14a, 14b) and in that the first processor and the second processor are each configured to, in response to receiving the dispense product message from the third processor, determine a motor activation period based on the corresponding pump calibration data and the amount of the product to be dispensed, and activate the corresponding motor for the motor activation period to dispense the amount of the product to be dispensed.
A cochlear implant headpiece for use with a sound processor and a cochlear implant with a cochlear implant antenna, comprising: a housing including a housing microphone aperture; an antenna, carried by the housing, configured to communicate with a sound processor via a cable or a wireless communication link and to communicate with the cochlear implant antenna; a magnet, carried by the housing, configured to maintain the position of the antenna over the cochlear implant antenna; a microphone carried within the housing and associated with the housing microphone aperture; characterised in that the cochlear implant headpiece further comprises: a membrane between the housing microphone aperture and the microphone; and a cap, including a sound port and a shield over the sound port, configured to be positioned on the housing such that the sound port and shield are aligned with the housing microphone aperture; wherein the housing and cap are configured such that they will be removably connected to one another, with the membrane and the shield in spaced relation to one another such that an air volume is defined therebetween, when the cap is positioned on the housing. a housing including a housing microphone aperture; an antenna, carried by the housing, configured to communicate with a sound processor via a cable or a wireless communication link and to communicate with the cochlear implant antenna; a magnet, carried by the housing, configured to maintain the position of the antenna over the cochlear implant antenna; a microphone carried within the housing and associated with the housing microphone aperture; a membrane between the housing microphone aperture and the microphone; and a cap, including a sound port and a shield over the sound port, configured to be positioned on the housing such that the sound port and shield are aligned with the housing microphone aperture; wherein the housing and cap are configured such that they will be removably connected to one another, with the membrane and the shield in spaced relation to one another such that an air volume is defined therebetween, when the cap is positioned on the housing.
A cell (10; 90) comprising: first and second chambers (14A, 14B) containing a solvent and separated by a wall (16; 98) permeable to the solvent and which prevents or slows down the passage of hydronium and/or hydroxyl ions; a first electrode at least partly arranged in the first chamber; a second electrode at least partly arranged in the second chamber; a first redox couple placed in the first chamber in contact with the solvent and comprising a first oxidizer and a first reducer taking part in first oxidation-reduction reactions resulting in an electron exchange with the first electrode; a second redox couple placed in the second chamber in contact with the solvent and comprising a second oxidizer and a second reducer taking part in second oxidation-reduction reactions resulting in an electron exchange with the second electrode, said wall being impermeable to the first and second redox couples; and first enzymes or first microorganisms placed in the first chamber or in the second chamber and promoting third oxidation-reduction reactions different from the first and second oxidation-reduction reactions resulting in the transformation of a first substance to provide a second substance comprising acid or alkaline species, which results in a pH variation and in a consecutive variation of the redox potential. first and second chambers (14A, 14B) containing a solvent and separated by a wall (16; 98) permeable to the solvent and which prevents or slows down the passage of hydronium and/or hydroxyl ions; a first electrode at least partly arranged in the first chamber; a second electrode at least partly arranged in the second chamber; a first redox couple placed in the first chamber in contact with the solvent and comprising a first oxidizer and a first reducer taking part in first oxidation-reduction reactions resulting in an electron exchange with the first electrode; a second redox couple placed in the second chamber in contact with the solvent and comprising a second oxidizer and a second reducer taking part in second oxidation-reduction reactions resulting in an electron exchange with the second electrode, said wall being impermeable to the first and second redox couples; and first enzymes or first microorganisms placed in the first chamber or in the second chamber and promoting third oxidation-reduction reactions different from the first and second oxidation-reduction reactions resulting in the transformation of a first substance to provide a second substance comprising acid or alkaline species, which results in a pH variation and in a consecutive variation of the redox potential.
A low-energy impact sensor assembly (20, 34, 60) for mounting to the front end of a motor vehicle and behind a front fascia for detecting a low energy impact such as a pedestrian impact for deploying an impact countermeasure, comprising; a first energy absorber (24, 36, 62) formed of a material having a first compressive characteristic, a second energy absorber (28, 48, 64, 66) formed by a material having a second compressive characteristic differing from the first compressive characteristic, and a compressive sensor element coupled to a vehicle structural element of the vehicle in a manner that force resulting from the low-energy impact acts on the compressive sensor element in and is influenced by both the first and the second energy absorbing materials wherein the first energy absorber (24, 36, 62) forms a pocket with the second energy absorber (28, 48, 64, 66) positioned within the pocket, characterised in that both the first and the second energy absorbers encase the compressive sensor element.