mhurhangee/patent-ind-claim-en huggingface dataset:
A waveguide sensor apparatus , comprising: a source of first wavelength light; at least one beam scanner for scanning said light; a transmitter waveguide ; a receiver waveguide ; and a detector module optically coupled to said receiver waveguide; said transmitter waveguide containing a multiplicity of grating elements disposed in at least one grating layer, each said element operative to diffract light into a different predefined range of output directions; said beam scanner being optically coupled to the transmitter waveguide and configured such that scanned light coupled into said transmitter waveguide executes angular sweeps about the principal diffraction directions of said grating elements, and said receiver waveguide containing a multiplicity of grating elements disposed in at least one grating layer, each said element diffracting light reflected from external points and incident within a different predefined angular range into a total internal reflection (TIR) path to said detector module . a source of first wavelength light; at least one beam scanner for scanning said light; a transmitter waveguide ; a receiver waveguide ; and a detector module optically coupled to said receiver waveguide; said transmitter waveguide containing a multiplicity of grating elements disposed in at least one grating layer, each said element operative to diffract light into a different predefined range of output directions; said beam scanner being optically coupled to the transmitter waveguide and configured such that scanned light coupled into said transmitter waveguide executes angular sweeps about the principal diffraction directions of said grating elements, and said receiver waveguide containing a multiplicity of grating elements disposed in at least one grating layer, each said element diffracting light reflected from external points and incident within a different predefined angular range into a total internal reflection (TIR) path to said detector module .
A nasal implant comprising: a body comprising a distal end ; a proximal end ; a central portion disposed between the proximal end and the distal end ; a first arm disposed at the distal end , the arm having a proximal end fixed to the body and a distal end not fixed to the body, the distal end of the arm being adapted to move away from a central longitudinal axis of the body from a delivery configuration toward a deployed configuration; a second arm disposed at the distal end , the second arm having a proximal end fixed to the body and a distal end not fixed to the body, the distal end of the second arm being adapted to move away from a central longitudinal axis of the body from a delivery configuration toward a deployed configuration; and wherein the body defines an inner degradable portion formed from a degradable material, and characterized in that the body further defines an outer coating on an outer surface of the inner degradable portion, wherein the outer coating comprises a hydrophobic material; and an agent disposed between the inner degradable portion and the outer coating . a body comprising a distal end ; a proximal end ; a central portion disposed between the proximal end and the distal end ; a distal end ; a proximal end ; a central portion disposed between the proximal end and the distal end ; a first arm disposed at the distal end , the arm having a proximal end fixed to the body and a distal end not fixed to the body, the distal end of the arm being adapted to move away from a central longitudinal axis of the body from a delivery configuration toward a deployed configuration; a second arm disposed at the distal end , the second arm having a proximal end fixed to the body and a distal end not fixed to the body, the distal end of the second arm being adapted to move away from a central longitudinal axis of the body from a delivery configuration toward a deployed configuration; and wherein the body defines an inner degradable portion formed from a degradable material, and characterized in that the body further defines an outer coating on an outer surface of the inner degradable portion, wherein the outer coating comprises a hydrophobic material; and an agent disposed between the inner degradable portion and the outer coating .
Arrangement - having a power converter which has a plurality of electrical parts , and - having a housing which surrounds at least one of the parts , characterized by - a pressure-increasing device for increasing the pressure of an oxygen-containing gaseous substance in the housing, wherein the gaseous substance has nitrogen and carbon dioxide, wherein the nitrogen concentration is higher than 78% and/or the carbon dioxide concentration is greater than 2%. - having a power converter which has a plurality of electrical parts , and - having a housing which surrounds at least one of the parts , - a pressure-increasing device for increasing the pressure of an oxygen-containing gaseous substance in the housing, wherein the gaseous substance has nitrogen and carbon dioxide, wherein the nitrogen concentration is higher than 78% and/or the carbon dioxide concentration is greater than 2%.
A vertical light emitting transistor, comprising: a transparent gate electrode providing a gate field; a transparent substrate layer disposed adjacent the gate electrode; a first electrode, wherein the first electrode comprises a dilute high aspect ratio nanotube network which injects a charge selected from holes and electrons; an insulating gate dielectric layer interposed between the gate electrode and the first electrode, a second electrode for injecting a complementary charge to that injected by the first electrode; a protecting electrode layer disposed adjacent the second electrode; and an electroluminescent semiconductor layer disposed intermediate the first and second electrodes, wherein the complementary charges combine to produce photons, and wherein the dilute nanotube network is electrically percolating and includes spaces that allow for penetration of the gate field into the electroluminescent semiconductor layer such that charge injection between the first electrode and the electroluminescent semiconductor layer is modulated by the gate field. a transparent gate electrode providing a gate field; a transparent substrate layer disposed adjacent the gate electrode; a first electrode, wherein the first electrode comprises a dilute high aspect ratio nanotube network which injects a charge selected from holes and electrons; an insulating gate dielectric layer interposed between the gate electrode and the first electrode, a second electrode for injecting a complementary charge to that injected by the first electrode; a protecting electrode layer disposed adjacent the second electrode; and an electroluminescent semiconductor layer disposed intermediate the first and second electrodes, wherein the complementary charges combine to produce photons, and
Apparatus, comprising means for detecting configured to detect if an issue impacts a first operation mode of a cell and the issue does not impact a second operation mode of the cell different to the first operation mode; means for instructing configured to instruct a distributed unit serving the cell to reduce an access to the cell operating in the first operation mode without reducing the access to the cell operating in the second operation mode if the issue impacts the first operation mode and does not impact the second operation mode, wherein the means for instructing is configured to instruct the distributed unit that the first operation mode of the cell is to be de-configured and the second operation mode of the cell is not to be de-configured; and characterised by means for informing configured to inform a first peer node involved in the operation of the cell in the first operation mode of the cell that the first operation mode of the cell is de-configured without informing any second peer node involved in the operation of the cell in the second operation mode of the cell that the second operation mode of the cell was de-configured. means for detecting configured to detect if an issue impacts a first operation mode of a cell and the issue does not impact a second operation mode of the cell different to the first operation mode; means for instructing configured to instruct a distributed unit serving the cell to reduce an access to the cell operating in the first operation mode without reducing the access to the cell operating in the second operation mode if the issue impacts the first operation mode and does not impact the second operation mode, wherein the means for instructing is configured to instruct the distributed unit that the first operation mode of the cell is to be de-configured and the second operation mode of the cell is not to be de-configured; and characterised by means for informing configured to inform a first peer node involved in the operation of the cell in the first operation mode of the cell that the first operation mode of the cell is de-configured without informing any second peer node involved in the operation of the cell in the second operation mode of the cell that the second operation mode of the cell was de-configured.
Tyre with a radial carcass reinforcement , comprising a crown reinforcement , itself capped radially by a tread , the said tread being joined to two beads via two sidewalls, the crown reinforcement having at least one layer of circumferential reinforcing elements , the said tread having at least one layer of polymeric compound forming a tread surface intended to come into contact with a roadway, characterized in that the thermal conductivity of the said layer of polymeric compound forming the tread surface is strictly less than 0.270 W/(m.K), the thermal conductivity being measured in accordance with the standard ISO 8302:1991, in that the said layer of polymeric compound forming the tread surface is formed of a rubber composition based on at least one elastomer matrix predominantly comprising a copolymer that is based on styrene and butadiene and has a glass transition temperature Tg strictly greater than -65°C and less than or equal to -30°C, and in that, in a radial plane, over at least 50% of the meridian profile of the tyre, the thickness (E) of rubber compound between the inner surface of the cavity of the tyre and that point of a metal reinforcing element of the carcass reinforcement that is closest to the said inner surface of the cavity is less than 4.5 mm.
An imaging spectrometer for receiving a beam of light from a slit and outputting the beam of light to a focal plane , wherein the output beam of light at the focal plane is dispersed in accordance with a spectral composition of the beam of light received from the slit , wherein the imaging spectrometer comprises first to fourth curved reflective portions ; the first to fourth curved reflective portions are arranged so that the beam of light, in its passage from the slit to the focal plane , sequentially strikes the first to fourth curved reflective portions and is reflected by the first to fourth curved reflective portions ; the first to fourth curved reflective portions are alternatingly concave or convex, respectively, along the passage of the beam of light; at least one of the first to fourth curved reflective portions has a reflective grating structure; the first and third curved reflective portions are formed on a first reflective optical element ; and the second and fourth curved reflective portions are formed on a second reflective optical element .
Air vent with two first air guide elements which are upstream of an air outlet opening and a front section of an air channel of the air vent in air flow direction, wherein - the first air guide elements are so arranged that they reduce the cross-section of the air channel and - the pivot axes (A) of the first air guide elements run through the ends, which are remote from the air outlet opening , of the first air guide elements , characterised in that the air vent comprises - a second air guide element , which is arranged in the front section of the air channel of the air vent , wherein the front section has opposite curved housing walls , and - a slat arrangement with a first group of slats and a second group of slats , wherein the first group of slats and the second group of slats are each pivotably mounted between the second air guide element and an opposite housing wall. - the first air guide elements are so arranged that they reduce the cross-section of the air channel and - the pivot axes (A) of the first air guide elements run through the ends, which are remote from the air outlet opening , of the first air guide elements , characterised in that the air vent comprises - a second air guide element , which is arranged in the front section of the air channel of the air vent , wherein the front section has opposite curved housing walls , and - a slat arrangement with a first group of slats and a second group of slats , wherein the first group of slats and the second group of slats are each pivotably mounted between the second air guide element and an opposite housing wall.
A multi-layer polyolefin porous membrane comprising at least two or more layers, the multi-layer polyolefin porous membrane having a rate of increase in air permeation resistance from 30°C to 105°C scaled to 20 μm thickness not more than 1.5 sec/100 cm 3 (cc) Air /°C, and a thickness not more than 20 μm; wherein protrusions of polyolefin, which are counted when having a size W within a range of 5 μm ≤ W ≤ 50 μm and a height H within a range of 0.5 μm ≤ H ≤ 3.0 μm, are randomly disposed on one side of the multi-layer polyolefin porous membrane in a density not less than 3/cm 2 and not more than 200/cm 2 .
A thermally tunable laser comprising: a substrate having an upper side and a lower side ; a laser resonator for producing a laser emission (LB) having a horizontal direction, wherein the laser resonator is arranged at the upper side of the substrate , wherein the laser resonator comprises a gain section for producing light for the laser emission (LB), and wherein the laser resonator comprises a tuning section for tuning a wavelength of the laser emission (LB), wherein the tuning section is arranged at an horizontal end of the gain section ; a heating arrangement for heating the tuning section ; a heat sink arrangement for dissipating a heat flow (HF) from the laser resonator to the heat sink arrangement , wherein the heat sink arrangement is arranged at the lower side of the substrate ; and a hole arrangement for influencing the heat flow (HF) from the laser resonator to the heat sink arrangement , wherein the hole arrangement is arranged between the lower side of the substrate and the heat sink arrangement , wherein one or more holes of the hole arrangement comprise at least one hole being arranged within a horizontal range (HRTS) of the tuning section , so that a thermal resistance between the tuning section and the heat sink arrangement is increased; wherein the one or more holes of the hole arrangement comprise at least one hole defined at its upper side by a recess of the lower side of the substrate . a substrate having an upper side and a lower side ; a laser resonator for producing a laser emission (LB) having a horizontal direction, wherein the laser resonator is arranged at the upper side of the substrate , wherein the laser resonator comprises a gain section for producing light for the laser emission (LB), and wherein the laser resonator comprises a tuning section for tuning a wavelength of the laser emission (LB), wherein the tuning section is arranged at an horizontal end of the gain section ; a heating arrangement for heating the tuning section ; a heat sink arrangement for dissipating a heat flow (HF) from the laser resonator to the heat sink arrangement , wherein the heat sink arrangement is arranged at the lower side of the substrate ; and a hole arrangement for influencing the heat flow (HF) from the laser resonator to the heat sink arrangement , wherein the hole arrangement is arranged between the lower side of the substrate and the heat sink arrangement , wherein one or more holes of the hole arrangement comprise at least one hole being arranged within a horizontal range (HRTS) of the tuning section , so that a thermal resistance between the tuning section and the heat sink arrangement is increased; wherein the one or more holes of the hole arrangement comprise at least one hole defined at its upper side by a recess of the lower side of the substrate .
A battery carrier, comprising: an elongated body including opposing first and second walls that extend longitudinally between a first end portion and a second end portion of the elongated body; a handle extending outwards from the first end portion; and first and second sloped walls that extend between the first and second end portions and at least partially define respective battery recesses , each sloped wall sloped inwardly from a respective side of the first wall to the second wall; characterized in that the second wall comprises: a plurality of cavities that are coaxial and are disposed between the first end portion and second end portion; and a plurality of support ribs that separate the plurality of cavities. an elongated body including opposing first and second walls that extend longitudinally between a first end portion and a second end portion of the elongated body; a handle extending outwards from the first end portion; and first and second sloped walls that extend between the first and second end portions and at least partially define respective battery recesses , each sloped wall sloped inwardly from a respective side of the first wall to the second wall; characterized in that the second wall comprises: a plurality of cavities that are coaxial and are disposed between the first end portion and second end portion; and a plurality of support ribs that separate the plurality of cavities. a plurality of cavities that are coaxial and are disposed between the first end portion and second end portion; and a plurality of support ribs that separate the plurality of cavities.
Forming device for forming at least one cup into a packaging material , wherein the forming device comprises at least: a die , which has at least one recess , a punch , which is configured to form the packaging material into the at least one recess of the die , and a hold-down device , wherein the hold-down device and the die are configured to receive the packaging material between them in a holding region that surrounds the at least one recess of the die , wherein the die has, in the holding region , a first bearing surface , which faces the hold-down device , and the hold-down device has, in the holding region , a second bearing surface , which faces the die , characterized in that the first bearing surface has at least one first opening , wherein the at least one first opening is in fluid communication with a first fluid source ; and/or the second bearing surface has at least one second opening , wherein the at least one second opening is in fluid communication with a second fluid source . a die , which has at least one recess , a punch , which is configured to form the packaging material into the at least one recess of the die , and a hold-down device , wherein the hold-down device and the die are configured to receive the packaging material between them in a holding region that surrounds the at least one recess of the die , wherein the die has, in the holding region , a first bearing surface , which faces the hold-down device , and the hold-down device has, in the holding region , a second bearing surface , which faces the die , characterized in that the first bearing surface has at least one first opening , wherein the at least one first opening is in fluid communication with a first fluid source ; and/or the second bearing surface has at least one second opening , wherein the at least one second opening is in fluid communication with a second fluid source .
A method for sending an enhanced downlink control channel, comprising: presetting a multiplexing unit, wherein the multiplexing unit comprises at least one resource block pair, each resource block pair comprises enhanced physical downlink control channel, E-PDCCH, resources and demodulation reference, DM RS, resources, the E-PDCCH resources comprise multiple control channel elements, and an allocation pattern of the control channel elements in the multiplexing unit is bound to a DM RS port; and sending at least one E-PDCCH corresponding to at least one user equipment, UE, in at least one control channel element of the preset multiplexing unit, and sending a DM RS corresponding to the at least one UE on the DM RS resources of the preset multiplexing unit. presetting a multiplexing unit, wherein the multiplexing unit comprises at least one resource block pair, each resource block pair comprises enhanced physical downlink control channel, E-PDCCH, resources and demodulation reference, DM RS, resources, the E-PDCCH resources comprise multiple control channel elements, and an allocation pattern of the control channel elements in the multiplexing unit is bound to a DM RS port; and sending at least one E-PDCCH corresponding to at least one user equipment, UE, in at least one control channel element of the preset multiplexing unit, and sending a DM RS corresponding to the at least one UE on the DM RS resources of the preset multiplexing unit.
A circuit-breaker, comprising: - an input terminal to connect the circuit-breaker to a voltage source , - an output terminal to connect the circuit-breaker to a load , - a switching circuit having an input side being connected to the input terminal and having an output side , - a separation switching unit being connected to the output terminal and to the output side of the switching circuit , - wherein the switching circuit comprises a first current path and a second current path , the first and the second current path being connected in parallel between the input side and the output side , - wherein the switching circuit comprises a controllable switching unit being arranged between the first and the second current path to short-circuit the first and the second current path , - wherein the switching circuit comprises a varistor device and a controllable switching component , wherein the varistor device and the controllable switching component are connected in series between the first and the second current path , characterized in that the controllable switching unit is connected in parallel to the series connection of the varistor device and the controllable switching component . - an input terminal to connect the circuit-breaker to a voltage source , - an output terminal to connect the circuit-breaker to a load , - a switching circuit having an input side being connected to the input terminal and having an output side , - a separation switching unit being connected to the output terminal and to the output side of the switching circuit , - wherein the switching circuit comprises a first current path and a second current path , the first and the second current path being connected in parallel between the input side and the output side , - wherein the switching circuit comprises a controllable switching unit being arranged between the first and the second current path to short-circuit the first and the second current path , - wherein the switching circuit comprises a varistor device and a controllable switching component , wherein the varistor device and the controllable switching component are connected in series between the first and the second current path , characterized in that the controllable switching unit is connected in parallel to the series connection of the varistor device and the controllable switching component .