mhurhangee/ep-ind-claims huggingface dataset:
A flexible display device, comprising: a base substrate; a first protective film formed as a single unit and disposed on one side of the base substrate and having one or more vacuum holes; and a display panel disposed on another side of the base substrate, wherein the display panel comprises a plurality of pixels and a plurality of signal lines connected to the plurality of pixels characterized in that the flexible display device further comprising: an anti-finger layer disposed on the one surface of the base substrate, wherein the first protective film is laminated on the anti-finger layer, wherein the anti-finger layer directly contacts the first protective film and each of the one or more vacuum holes includes an opening exposed to the anti-finger layer. a base substrate; a first protective film formed as a single unit and disposed on one side of the base substrate and having one or more vacuum holes; and a display panel disposed on another side of the base substrate, wherein the display panel comprises a plurality of pixels and a plurality of signal lines connected to the plurality of pixels characterized in that the flexible display device further comprising: an anti-finger layer disposed on the one surface of the base substrate, wherein the first protective film is laminated on the anti-finger layer, wherein the anti-finger layer directly contacts the first protective film and each of the one or more vacuum holes includes an opening exposed to the anti-finger layer. an anti-finger layer disposed on the one surface of the base substrate, wherein the first protective film is laminated on the anti-finger layer, wherein the anti-finger layer directly contacts the first protective film and each of the one or more vacuum holes includes an opening exposed to the anti-finger layer.
A non-transitory tangible computer-readable medium having instructions thereon for fitting an implanted patient and a hearing implant system having an implanted electrode array with a plurality of electrode contacts, the instructions, when executed by a fitting processor, comprising: iteratively fitting a plurality of fitting electrode contacts by for each of the fitting electrode contacts: i. delivering fitting stimulation signals to the fitting electrode contact and at least one neighboring electrode contact to stimulate adjacent auditory neural tissue, wherein the fitting stimulation signals are characterized by a charge level distribution function having a non-zero noise level charge at the at least one neighboring electrode contact and a response level charge much greater than the noise level charge at the fitting electrode contact, and ii. obtaining patient responses from the implanted patient to the fitting stimulation signals; and defining a patient-specific fit map for the electrode contacts of cochlear implant electrode array based on the patient responses. iteratively fitting a plurality of fitting electrode contacts by for each of the fitting electrode contacts: i. delivering fitting stimulation signals to the fitting electrode contact and at least one neighboring electrode contact to stimulate adjacent auditory neural tissue, wherein the fitting stimulation signals are characterized by a charge level distribution function having a non-zero noise level charge at the at least one neighboring electrode contact and a response level charge much greater than the noise level charge at the fitting electrode contact, and ii. obtaining patient responses from the implanted patient to the fitting stimulation signals; and i. delivering fitting stimulation signals to the fitting electrode contact and at least one neighboring electrode contact to stimulate adjacent auditory neural tissue, wherein the fitting stimulation signals are characterized by a charge level distribution function having a non-zero noise level charge at the at least one neighboring electrode contact and a response level charge much greater than the noise level charge at the fitting electrode contact, and ii. obtaining patient responses from the implanted patient to the fitting stimulation signals; and defining a patient-specific fit map for the electrode contacts of cochlear implant electrode array based on the patient responses.
A method for access network virtualization, applying to a system comprising a first access network node and a second access network node, a proxy node and a management system, wherein the proxy node is one of an Optical Line Terminal, OLT, a Digital Subscriber Line Access Multiplexer, DSLAM, an Internet Protocol, IP, edge node, a switch or a router, and the method comprises: establishing, by the proxy node, a relationship mapping table, wherein the relationship mapping table comprises a first mapping relationship and a second mapping relationship, wherein the first mapping relationship comprises an Internet Protocol, IP, address of a virtual access node, AN, a first user side port of the virtual AN and a user side port of the first access network node, wherein the second mapping relationship comprises the IP address of the virtual AN, a second user side port of the virtual AN and a user side port of the second access network node, wherein the virtual AN is a device which the management system is capable of managing; receiving a packet sent by the management system; querying the relationship mapping table according to first parameter information carried in the packet to obtain second parameter information, wherein the first parameter information comprises a destination IP address and a user side port of the virtual AN, and the destination IP address is the IP address of the virtual AN, the user port of the virtual AN is the first user side port of the virtual AN, and wherein the second parameter information comprises the user side port of the first access network node; and sending the packet to the first access network node corresponding to the second parameter information. establishing, by the proxy node, a relationship mapping table, wherein the relationship mapping table comprises a first mapping relationship and a second mapping relationship, wherein the first mapping relationship comprises an Internet Protocol, IP, address of a virtual access node, AN, a first user side port of the virtual AN and a user side port of the first access network node, wherein the second mapping relationship comprises the IP address of the virtual AN, a second user side port of the virtual AN and a user side port of the second access network node, wherein the virtual AN is a device which the management system is capable of managing; receiving a packet sent by the management system; querying the relationship mapping table according to first parameter information carried in the packet to obtain second parameter information, wherein the first parameter information comprises a destination IP address and a user side port of the virtual AN, and the destination IP address is the IP address of the virtual AN, the user port of the virtual AN is the first user side port of the virtual AN, and wherein the second parameter information comprises the user side port of the first access network node; and sending the packet to the first access network node corresponding to the second parameter information.
An accessory for an inhaler, the inhaler having an air inlet for the entry of air into the inhaler and an air outlet for communication with the mouth of a patient, such that inhalation by a patient through the air outlet causes an inhalation air flow through the inhaler from the air inlet to the air outlet, the inhaler further defining a mixing zone between the air inlet and the air outlet for mixing the inhalation air flow with a drug, the accessory comprising an accessory housing; a pressure port; an electronic sensor for determining a flow rate of the inhalation air flow, the electronic sensor being received in the accessory housing, the electronic sensor being in communication with the pressure port, the electronic sensor being sensitive to a pressure change at the pressure port caused by the inhalation air flow; and a fastening structure for fastening the accessory to the inhaler, the fastening structure being configured to fasten the accessory to an exterior of the inhaler in such a manner that the pressure port is arranged upstream from the air inlet of the inhaler and the mixing zone with respect to the inhalation air flow, characterized in that the pressure port is formed by a plurality of openings in the accessory housing, the openings being distributed circumferentially along a circumference of the air inlet of the inhaler when the accessory is fastened to the inhaler. an accessory housing; a pressure port; an electronic sensor for determining a flow rate of the inhalation air flow, the electronic sensor being received in the accessory housing, the electronic sensor being in communication with the pressure port, the electronic sensor being sensitive to a pressure change at the pressure port caused by the inhalation air flow; and a fastening structure for fastening the accessory to the inhaler, the fastening structure being configured to fasten the accessory to an exterior of the inhaler in such a manner that the pressure port is arranged upstream from the air inlet of the inhaler and the mixing zone with respect to the inhalation air flow, characterized in that the pressure port is formed by a plurality of openings in the accessory housing, the openings being distributed circumferentially along a circumference of the air inlet of the inhaler when the accessory is fastened to the inhaler.
A flow path component for gas powered turbines comprising: a platform (110,120) including at least one radially aligned face (114,124;310); and a chordal seal (160,170;300;400) extending axially from said radially aligned face (114,124;310), wherein the chordal seal (160,170;300;400) includes a first curved face (162,172;320) configured to prevent edge line contact under deflection conditions while the flow path component is installed in an engine, characterised in that: the chordal seal (160,170;300;400) includes at least one clearance cut intrusion protruding into the chordal seal (160,170;300;400). a platform (110,120) including at least one radially aligned face (114,124;310); and a chordal seal (160,170;300;400) extending axially from said radially aligned face (114,124;310), wherein the chordal seal (160,170;300;400) includes a first curved face (162,172;320) configured to prevent edge line contact under deflection conditions while the flow path component is installed in an engine,
A method of preparing an adhesive wound dressing, the dressing comprising a central portion and an edge portion, the method comprising the steps of: a. Providing a support layer b. Drawing the support layer into a mold c. Dispensing a portion of uncured adhesive over the mold d. Distributing the uncured adhesive in the mold e. Removing excess adhesive f. Curing the adhesive, thereby providing an adhesive laminate consisting of the support layer and the cured adhesive g. Detaching the support layer from the mold h. Providing the central portion of the adhesive laminate with a plurality through-going holes i. Placing an absorbent pad on the non-adhesive side of the central portion of the support layer j. Laminating a backing layer to the absorbent pad and the edge portion of the support layer. a. Providing a support layer b. Drawing the support layer into a mold c. Dispensing a portion of uncured adhesive over the mold d. Distributing the uncured adhesive in the mold e. Removing excess adhesive f. Curing the adhesive, thereby providing an adhesive laminate consisting of the support layer and the cured adhesive g. Detaching the support layer from the mold h. Providing the central portion of the adhesive laminate with a plurality through-going holes i. Placing an absorbent pad on the non-adhesive side of the central portion of the support layer j. Laminating a backing layer to the absorbent pad and the edge portion of the support layer.
Heat cost allocator for acquiring the heat quantity (ΔQ) delivered by a radiator - with a flow temperature sensor (101, 201, 301) for measuring the flow temperature (θ VL) of a heat transfer medium, - with an ambient air temperature sensor (102, 202, 302) for measuring the ambient air temperature (θ amb), - with a radiator control valve (150, 250, 350), - with a device (103, 203, 303) for determining a valve lift position (h) of the radiator control valve (150, 250, 350), and - with a computing unit (121, 221, 321), which is set up to determine the delivered heat quantity (ΔQ), wherein - the radiator control valve (150, 250, 350) has a dynamic valve lower part (151, 251, 351), which keeps the pressure difference (Δp) over the radiator control valve (150, 250, 350) constant, and - the computing unit (121, 221, 321) of the heat cost allocator (100, 200, 300) is set up to calculate the delivered heat quantity (ΔQ) from the determined valve lift position (h) and the measured variables flow temperature (θ VL) and ambient air temperature (θ amb), wherein at least one radiator temperature (θ RL, Δ log, θ x) that differs from the measured ambient air temperature (θ amb) and flow temperature (θ VL) and is designated as an additional characteristic one is determined from the determined valve lift position (h), the flow temperature (θ VL) and the ambient air temperature (θ amb) using the constant differential pressure (Δp), and the delivered heat quantity (ΔQ) is calculated using at least the measured flow temperature (θ VL) and the additional characteristic radiator temperature (θ RL, Δ log, θ X). - with a flow temperature sensor (101, 201, 301) for measuring the flow temperature (θ VL) of a heat transfer medium, - with an ambient air temperature sensor (102, 202, 302) for measuring the ambient air temperature (θ amb), - with a radiator control valve (150, 250, 350), - with a device (103, 203, 303) for determining a valve lift position (h) of the radiator control valve (150, 250, 350), and - with a computing unit (121, 221, 321), which is set up to determine the delivered heat quantity (ΔQ), wherein - the radiator control valve (150, 250, 350) has a dynamic valve lower part (151, 251, 351), which keeps the pressure difference (Δp) over the radiator control valve (150, 250, 350) constant, and - the computing unit (121, 221, 321) of the heat cost allocator (100, 200, 300) is set up to calculate the delivered heat quantity (ΔQ) from the determined valve lift position (h) and the measured variables flow temperature (θ VL) and ambient air temperature (θ amb),
A method for producing a strip of a metal matrix composite material, wherein the MMC material comprises an aluminum alloy and ceramic particles dispersed in the aluminum alloy; the method comprising: hot working a rectangular input of the MMC material at a temperature above the MMC material's recrystallization temperature to produce a hot rolled MMC material; wherein the method is characterized by warm working the hot rolled MMC material by warm rolling at a temperature greater than room temperature and less than the recrystallization temperature of the MMC material to obtain the strip of MMC material. hot working a rectangular input of the MMC material at a temperature above the MMC material's recrystallization temperature to produce a hot rolled MMC material; wherein the method is characterized by warm working the hot rolled MMC material by warm rolling at a temperature greater than room temperature and less than the recrystallization temperature of the MMC material to obtain the strip of MMC material.
An integrated circuit IC chip comprising: a first pin for coupling to a first external capacitor; and a first timing circuit coupled to the first pin, the first timing circuit operable to selectively couple the first pin to one of a first source of constant current and a lower rail, the first timing circuit being coupled, responsive to a first event trigger, to perform the following: couple the first pin to the first source of constant current; monitor a first capacitor voltage on the first pin; if the magnitude of the first capacitor voltage is greater than a first rising threshold, enable detection of a first falling threshold; if the magnitude of the first capacitor voltage is greater than a first voltage threshold, trigger a first response and couple the first pin to the lower rail; and if detection of the first falling threshold is enabled and the magnitude of the first capacitor voltage is less than the first falling threshold, trigger the first response; and wherein the first rising threshold is greater than the first falling threshold, and less than the first voltage threshold. a first pin for coupling to a first external capacitor; and a first timing circuit coupled to the first pin, the first timing circuit operable to selectively couple the first pin to one of a first source of constant current and a lower rail, the first timing circuit being coupled, responsive to a first event trigger, to perform the following: couple the first pin to the first source of constant current; monitor a first capacitor voltage on the first pin; if the magnitude of the first capacitor voltage is greater than a first rising threshold, enable detection of a first falling threshold; if the magnitude of the first capacitor voltage is greater than a first voltage threshold, trigger a first response and couple the first pin to the lower rail; and if detection of the first falling threshold is enabled and the magnitude of the first capacitor voltage is less than the first falling threshold, trigger the first response; and couple the first pin to the first source of constant current; monitor a first capacitor voltage on the first pin; if the magnitude of the first capacitor voltage is greater than a first rising threshold, enable detection of a first falling threshold; if the magnitude of the first capacitor voltage is greater than a first voltage threshold, trigger a first response and couple the first pin to the lower rail; and if detection of the first falling threshold is enabled and the magnitude of the first capacitor voltage is less than the first falling threshold, trigger the first response; and
A cooking appliance comprising: a cooking compartment; a cooling fan to suction air into the cooking appliance and discharge the suctioned air out of the cooking appliance to thereby form an air flow path; and a lamp assembly configured to illuminate an inside of the cooking compartment, and the lamp assembly being disposed on the air flow path so that the lamp assembly exchanges heat with the suctioned air, wherein the lamp assembly includes a light emitting diode lamp configured to radiate light toward the cooking compartment, and a case configured to accommodate the LED lamp, characterized in that the cooling fan is disposed at an upper portion of the cooking compartment, the case includes an air suction hole disposed at both side surfaces of the case to suction air into the case, and an air exhaust hole disposed at a rear surface of the case to discharge air suctioned through the air suction hole. a cooking compartment; a cooling fan to suction air into the cooking appliance and discharge the suctioned air out of the cooking appliance to thereby form an air flow path; and a lamp assembly configured to illuminate an inside of the cooking compartment, and the lamp assembly being disposed on the air flow path so that the lamp assembly exchanges heat with the suctioned air, wherein the lamp assembly includes a light emitting diode lamp configured to radiate light toward the cooking compartment, and a case configured to accommodate the LED lamp, characterized in that the cooling fan is disposed at an upper portion of the cooking compartment, the case includes an air suction hole disposed at both side surfaces of the case to suction air into the case, and an air exhaust hole disposed at a rear surface of the case to discharge air suctioned through the air suction hole.
A flight attendant seat (10, 100, 200, 300, 400), comprising: - a frame (14, 114, 214, 314, 414) that is mountable on a carrier fixture (12, 112, 312, 412) or integrated into the carrier fixture (12, 112, 312, 412), and - at least one seat arrangement (22, 320) integrated into the frame (14, 114, 214, 314, 414), wherein the frame (14, 114, 214, 314, 414) comprises a lower section (16, 116, 316), an upper section (20, 220, 320, 420) and a central section (18, 318, 418) taking up the at least one seat arrangement (22, 320) at least partially, wherein the lower section (16, 116, 316, 416) is formed bent at least in a region adjoining the central section (18, 318, 418), wherein the frame (114, 214, 314) is constructed from several congruous frame elements (114a, 114b), the frame elements (114a, 114b) having a substantially L-shaped cross section. - a frame (14, 114, 214, 314, 414) that is mountable on a carrier fixture (12, 112, 312, 412) or integrated into the carrier fixture (12, 112, 312, 412), and - at least one seat arrangement (22, 320) integrated into the frame (14, 114, 214, 314, 414),
An apparatus for storing electrical energy for delivery to an electric vehicle when required, the apparatus being a towable trailer attachable to the electric vehicle and having an internal unit (208, 209) in order to hold or contain at least two secondary electrical power sources, wherein the at least two secondary electrical power sources are removable and replaceable from the internal unit, wherein the secondary electrical power sources store electrical energy for delivery to the electric vehicle, the apparatus comprising, a power connection assembly to connect the at least two secondary power sources to the electric vehicle, a control system embedded in every secondary power source configured to manage charging and discharging of the secondary power source and to control supply to the electric vehicle, wherein the control system allows monitoring of the status of the secondary power source, wherein the control system includes a unique identification module including a computer chip having access to at least one communication pathway allowing a system administrator to remotely authorise delivery of the electrical energy from the secondary power source, and a plug to charge the two secondary power sources.
Eyewear comprising: a pair of eyeglasses including at least one lens having an outer peripheral edge, and a frame including a nose bridge and two spaced-apart ear stems pivotally connected to said outer peripheral edges of said lens, wherein said ear stems include a distal end having a fixed catch; a pair of removable tips each removeably connectable to said corresponding distal end of said ear stems and including a hollow cavity member having a substantially rectangular downwardly facing notch having an abutment surface bordering said notch; the eyewear comprising an interchangeable attachment means including an adjustable strap means integrally coupled between a pair of clip assemblies each including a removable strap tip for connecting with said fixed catch of said ear-stem, a fastening means for connecting to said adjustable strap, characterized by a pin for pivoting said removable means and fastening means about an axis, said pin including an ear piece holding means for securing a wire of an ear piece to said attachment means (10, thereby providing the eyeglass wearer with the ability to listen to music.