mhurhangee/patent-ind-claim-en huggingface dataset:
A food container comprising: - a cardboard container having an opening , a bottom , side walls which surround the bottom and terminate at the top with a flange that delimits the opening of the container, - a thermoplastic film , which is coupled to the container at the bottom , at the side walls and at the flange by means of heat transfer, said thermoplastic film comprising at least one layer of polyethylene terephthalate (PET) and having a thickness ≥ 150 μm, wherein the basis weight of the cardboard of the container and the thickness of the thermoplastic film are in a ratio from 2:1 to 1:3 (gr/m 2 :μm), characterized in that said thermoplastic film comprises at least one layer of amorphous terephthalate polyethylene (A-PET), and a layer of polyethylene terephthalate glycol (PETG) and wherein said PETG layer is the layer adjacent to the cardboard container . - a cardboard container having an opening , a bottom , side walls which surround the bottom and terminate at the top with a flange that delimits the opening of the container, - a thermoplastic film , which is coupled to the container at the bottom , at the side walls and at the flange by means of heat transfer, said thermoplastic film comprising at least one layer of polyethylene terephthalate (PET) and having a thickness ≥ 150 μm, wherein the basis weight of the cardboard of the container and the thickness of the thermoplastic film are in a ratio from 2:1 to 1:3 (gr/m 2 :μm), characterized in that said thermoplastic film comprises at least one layer of amorphous terephthalate polyethylene (A-PET), and a layer of polyethylene terephthalate glycol (PETG) and wherein said PETG layer is the layer adjacent to the cardboard container .
A developing roller comprising a substrate and an electro-conductive layer on the substrate, the developing roller having, in an outer surface thereof, an electrical insulating first region and an electro-conductive second region adjacent to the first region, the first region having a plurality of domains independent from each other, and the first region having an uppermost surface having a height equal to or higher than a height of an uppermost surface of the second region, characterized in that when a square region 300 μm on each side is placed on the outer surface of the developing roller, 50% or more of the total number of the domains included in the square region has a circle equivalent diameter of from 3 to 15 μm, wherein the developing roller has, in the first region in the outer surface thereof, grooves (X) extending in a direction crossing a direction orthogonal to a circumferential direction of the developing roller with an angle, a narrow angle of the extension direction of the grooves with respect to the circumferential direction of the developing roller is 0° or more to 45° or less, and at least one of the domains having a circle equivalent diameter of from 3 to 15 μm has four or more of the grooves. the developing roller having, in an outer surface thereof, an electrical insulating first region and an electro-conductive second region adjacent to the first region, the first region having a plurality of domains independent from each other, and the first region having an uppermost surface having a height equal to or higher than a height of an uppermost surface of the second region, characterized in that when a square region 300 μm on each side is placed on the outer surface of the developing roller, 50% or more of the total number of the domains included in the square region has a circle equivalent diameter of from 3 to 15 μm, wherein the developing roller has, in the first region in the outer surface thereof, grooves (X) extending in a direction crossing a direction orthogonal to a circumferential direction of the developing roller with an angle, a narrow angle of the extension direction of the grooves with respect to the circumferential direction of the developing roller is 0° or more to 45° or less, and at least one of the domains having a circle equivalent diameter of from 3 to 15 μm has four or more of the grooves.
A motor comprising: a stator comprising a plurality of teeth arranged to be spaced apart in a circumferential direction of the stator ; and a rotor comprising a plurality of magnets arranged inside or outside the stator and configured to rotate while electromagnetically interacting with the stator , the plurality of magnets including a switch magnet having a switchable magnetic polarity, wherein the plurality of teeth comprises first teeth and second teeth , wherein each of the first teeth and the second teeth comprises: a teeth body portion extending in a diameter direction of the stator ; an outer step portion extending from an outer end of the teeth body portion toward both sides in the circumferential direction of the stator ; and an inner step portion extending from an inner end of the teeth body portion toward both sides in the circumferential direction of the stator , wherein a cross section of the teeth body portion of the second teeth is smaller than a cross section of the teeth body portion of the first teeth , wherein a magnetic polarity of the switch magnet is switched by the first teeth , wherein the rotor comprises an outer rotor disposed outside the stator and an inner rotor disposed inside the stator , wherein the outer rotor and the inner rotor are configured to rotate independently of each other, and wherein one of the outer rotor and the inner rotor comprises the switch magnet . a stator comprising a plurality of teeth arranged to be spaced apart in a circumferential direction of the stator ; and a rotor comprising a plurality of magnets arranged inside or outside the stator and configured to rotate while electromagnetically interacting with the stator , the plurality of magnets including a switch magnet having a switchable magnetic polarity, wherein the plurality of teeth comprises first teeth and second teeth , wherein each of the first teeth and the second teeth comprises: a teeth body portion extending in a diameter direction of the stator ; an outer step portion extending from an outer end of the teeth body portion toward both sides in the circumferential direction of the stator ; and an inner step portion extending from an inner end of the teeth body portion toward both sides in the circumferential direction of the stator , a teeth body portion extending in a diameter direction of the stator ; an outer step portion extending from an outer end of the teeth body portion toward both sides in the circumferential direction of the stator ; and an inner step portion extending from an inner end of the teeth body portion toward both sides in the circumferential direction of the stator , wherein a cross section of the teeth body portion of the second teeth is smaller than a cross section of the teeth body portion of the first teeth , wherein a magnetic polarity of the switch magnet is switched by the first teeth , wherein the rotor comprises an outer rotor disposed outside the stator and an inner rotor disposed inside the stator , wherein the outer rotor and the inner rotor are configured to rotate independently of each other, and wherein one of the outer rotor and the inner rotor comprises the switch magnet .
A battery spacer comprising: a cylindrical body into which a cylindrical battery is insertable; a bottom wall portion with which an anode-side end of the cylindrical battery is to come into contact, the bottom wall portion having an anode exposure hole from which a negative terminal of the cylindrical battery is partially exposable; a first holder configured to hold an outer peripheral surface of the cylindrical battery ; and a second holder configured to hold the outer peripheral surface of the cylindrical battery in a position separated from the first holder along the direction of the axis of the cylindrical battery , wherein the first holder is urged toward the central axis (C) of the body , and has a plurality of anode-side catching pieces for holding an anode side of the cylindrical battery , and the second holder is urged toward the central axis (C) of the body , and has a plurality of cathode-side catching pieces for holding a cathode-side of the cylindrical battery , and wherein the plurality of anode-side catching pieces each has an anode-side engagement hook at the distal end, the anode-side engagement hook being configured to engage with an outer peripheral surface of the cylindrical battery , and the plurality of cathode-side catching pieces each has a cathode-side engagement hook at the distal end, the cathode-side engagement hook being configured to engage with an outer peripheral surface of the cylindrical battery . a cylindrical body into which a cylindrical battery is insertable; a bottom wall portion with which an anode-side end of the cylindrical battery is to come into contact, the bottom wall portion having an anode exposure hole from which a negative terminal of the cylindrical battery is partially exposable; a first holder configured to hold an outer peripheral surface of the cylindrical battery ; and a second holder configured to hold the outer peripheral surface of the cylindrical battery in a position separated from the first holder along the direction of the axis of the cylindrical battery , wherein the first holder is urged toward the central axis (C) of the body , and has a plurality of anode-side catching pieces for holding an anode side of the cylindrical battery , and the second holder is urged toward the central axis (C) of the body , and has a plurality of cathode-side catching pieces for holding a cathode-side of the cylindrical battery , and wherein the plurality of anode-side catching pieces each has an anode-side engagement hook at the distal end, the anode-side engagement hook being configured to engage with an outer peripheral surface of the cylindrical battery , and the plurality of cathode-side catching pieces each has a cathode-side engagement hook at the distal end, the cathode-side engagement hook being configured to engage with an outer peripheral surface of the cylindrical battery .
A monopile fastening system for retaining one or more elongated monopile during sea transport and/or quay transport, said system comprising: - at least two supporting devices ; - a supporting frame for securing said at least two supporting devices to a surface of a vessel, barge or a sea transport unit, said at least two supporting devices having each at least one surface in contact with a surface of said supporting frame ; wherein each of said at least two supporting devices comprises, at least two supporting elements , said at least two supporting elements having each at least one surface in contact with each other; characterised in that said at least two supporting elements are connected with each other through one or more displacing means ; and wherein said one or more displacing means are means for displacing said at least two supporting elements along said at least one surface in contact with each other. - at least two supporting devices ; - a supporting frame for securing said at least two supporting devices to a surface of a vessel, barge or a sea transport unit, said at least two supporting devices having each at least one surface in contact with a surface of said supporting frame ; wherein each of said at least two supporting devices comprises, at least two supporting elements , said at least two supporting elements having each at least one surface in contact with each other; characterised in that said at least two supporting elements are connected with each other through one or more displacing means ; and wherein said one or more displacing means are means for displacing said at least two supporting elements along said at least one surface in contact with each other.
An implantable device comprising a wall surrounding a lumen, wherein the wall comprises a first, degradable polymer, forming the luminal surface of the wall, and a second, slower degradable or non-degradable polymer, compared to the first degradable polymer, forming the exterior surface of the wall, wherein the wall is formed of polymeric nanofibers, wherein the nanofibers are aligned and hardened by heating at a temperature greater than the glass transition temperature of the polymer to increase mechanical strength and flexibility compared to the polymer that is not aligned and hardened, and wherein the lumen enlarges over time as the first degradable polymer degrades. a first, degradable polymer, forming the luminal surface of the wall, and a second, slower degradable or non-degradable polymer, compared to the first degradable polymer, forming the exterior surface of the wall, wherein the wall is formed of polymeric nanofibers, wherein the nanofibers are aligned and hardened by heating at a temperature greater than the glass transition temperature of the polymer to increase mechanical strength and flexibility compared to the polymer that is not aligned and hardened, and wherein the lumen enlarges over time as the first degradable polymer degrades.
A surgical impacting tool, comprising: a first spring configured to store energy therein and to release energy therefrom; a second spring configured to store energy therein and to release energy therefrom; a cam disposed between the first and second springs; a controller configured to control movement of the cam and thereby control storage and release of the energy from the first and second springs; an adapter configured to secure to a surgical implement; and a means for delivering an impact force responsive to the released energy to the surgical implement. a first spring configured to store energy therein and to release energy therefrom; a second spring configured to store energy therein and to release energy therefrom; a cam disposed between the first and second springs; a controller configured to control movement of the cam and thereby control storage and release of the energy from the first and second springs; an adapter configured to secure to a surgical implement; and a means for delivering an impact force responsive to the released energy to the surgical implement.
Injection cartridge designed to be arranged downstream of a source comprising a first liquid, and to be in communication with a second liquid, the cartridge comprising: - non-return means designed to block liquid movement toward the source ; and - at least one holding structure designed to hold the non-return means , - said at least one holding structure comprising attachment means for fastening the non-return means, - and the cartridge forming a removable assembly, characterized in that said cartridge comprises two holding structures which comprise snap-fitting attachment means and/or bayonet attachment means designed to fasten said holding structures together on either side of the non-return means . - non-return means designed to block liquid movement toward the source ; and - at least one holding structure designed to hold the non-return means , - said at least one holding structure comprising attachment means for fastening the non-return means, - and the cartridge forming a removable assembly,
Fume extraction apparatus comprising operational monitoring apparatus for a fume extraction filter assembly, the apparatus comprising a pressure sensor assembly , the pressure sensor assembly configured to be capable of sensing fluid pressure at an outlet to a downstream filter , fluid pressure from an inlet to an upstream filter , and fluid pressure from fluid flowing from an outlet of the upstream filter to the inlet of the downstream filter, the apparatus further comprising a data processor to process fluid pressure difference values between the respective inlet and outlet of each filter, characterised in that and wherein the data processor arranged to calculate average values of the measurements and thereby determine a saturation level of each filter, and the memory storing multiple predetermined saturation levels for each filter, with different levels indicative of different extents of saturation of each filter from the pressure values, and the data processor arranged to determine when a determined saturation reaches a predetermined saturation level and to thereby cause a pre-emptive alert signal to be generated.
A sensor device for detecting flow-separation on an aerodynamic element , comprising: a plurality of compliant elements with aerodynamic and/or structural properties configured to allow flow-induced vibrational motion in an air current (C) downstream of a trailing edge of an aerodynamic element; a sensor-element configured to measure vibrations of the plurality of compliant elements ; a comparator unit configured to determine if the vibration of a compliant element of the plurality of compliant elements , preferably the amplitude (A) or energy of the vibration, a lift coefficient (CL) or a strain gauge signal, an acceleration signal or an acoustic signal of the sensor-element, exceeds a predefined threshold; characterized in that the plurality of compliant elements are configured as filaments of a comb-structure or as teeth of a serration, or as a filament of a combed serration or a combed trailing edge treatment device of a wind turbine blade, and the sensor device further comprises a signal-unit configured to create a control signal based on the vibration of a compliant element of the plurality of compliant elements , where in the case where the measurement exceeds a predefined threshold value the control signal is configured to bias a control unit of a wind turbine to adjust a pitch angle, P, and/or a rotation speed of the aerodynamic element according to the control signal. a plurality of compliant elements with aerodynamic and/or structural properties configured to allow flow-induced vibrational motion in an air current (C) downstream of a trailing edge of an aerodynamic element; a sensor-element configured to measure vibrations of the plurality of compliant elements ; a comparator unit configured to determine if the vibration of a compliant element of the plurality of compliant elements , preferably the amplitude (A) or energy of the vibration, a lift coefficient (CL) or a strain gauge signal, an acceleration signal or an acoustic signal of the sensor-element, exceeds a predefined threshold; characterized in that the plurality of compliant elements are configured as filaments of a comb-structure or as teeth of a serration, or as a filament of a combed serration or a combed trailing edge treatment device of a wind turbine blade, and the sensor device further comprises a signal-unit configured to create a control signal based on the vibration of a compliant element of the plurality of compliant elements , where in the case where the measurement exceeds a predefined threshold value the control signal is configured to bias a control unit of a wind turbine to adjust a pitch angle, P, and/or a rotation speed of the aerodynamic element according to the control signal.
A method , at a base station, for wireless communication in a wireless communications network, comprising: determining a first traffic volume served between a first cell and a user equipment, UE, wherein the first cell utilizes a first radio access technology, RAT; determining a second traffic volume served between a second cell and the UE, wherein the second cell utilizes a second RAT that is different to the first RAT, said first and second cells being associated with the base station, wherein the first traffic volume and the second traffic volume are associated with a same stream of traffic for the UE in which different portions of the stream of traffic are served over the first cell and the second cell such that the second cell provides a capacity offload for the base station, and wherein the first traffic volume and the second traffic volume comprise traffic volumes for each radio bearer served by the first cell and the second cell; and reporting at least one of the first traffic volume and the second traffic volume to a node of the wireless communication network, wherein the first traffic volume and at least a portion of the second traffic volume is controlled by the first cell. determining a first traffic volume served between a first cell and a user equipment, UE, wherein the first cell utilizes a first radio access technology, RAT; determining a second traffic volume served between a second cell and the UE, wherein the second cell utilizes a second RAT that is different to the first RAT, said first and second cells being associated with the base station, wherein the first traffic volume and the second traffic volume are associated with a same stream of traffic for the UE in which different portions of the stream of traffic are served over the first cell and the second cell such that the second cell provides a capacity offload for the base station, and wherein the first traffic volume and the second traffic volume comprise traffic volumes for each radio bearer served by the first cell and the second cell; and reporting at least one of the first traffic volume and the second traffic volume to a node of the wireless communication network, wherein the first traffic volume and at least a portion of the second traffic volume is controlled by the first cell.
A packaged food product comprising a microwavable rigid cup having a rim defining a generally circular opening to an interior of the cup, a base , and a sidewall extending between the rim and the base, a first flexible pouch disposed in the interior of the cup, a second flexible pouch disposed in the interior of the cup and containing one or more acidified vegetables having a pH of between 3.5 and 5.0, and a flexible membrane 34 sealed to the rim of the cup to block the opening prior to at least partial removal of the membrane.
A method for curing a coated optical fiber , the method characterized by : drawing the coated optical fiber through a gas chamber filled with an inert gas ; drawing the fiber through a cure tube coupled to the gas chamber ; purging at least a portion of an inner surface of the cure tube with a purge gas comprising oxygen as the coated optical fiber is drawn through the cure tube while at least a portion of the coated optical fiber is surrounded and in contact with the inert gas ; and exposing the coated optical fiber to radiation. drawing the coated optical fiber through a gas chamber filled with an inert gas ; drawing the fiber through a cure tube coupled to the gas chamber ; purging at least a portion of an inner surface of the cure tube with a purge gas comprising oxygen as the coated optical fiber is drawn through the cure tube while at least a portion of the coated optical fiber is surrounded and in contact with the inert gas ; and exposing the coated optical fiber to radiation.
Use of the flesh of the fruits or other plant components of courgettes and squashes selected from the group consisting of Cucurbita argyrosperma, Cucurbita maxima, including Hokkaido pumpkin, Cucurbita moschata, Cucurbita ficifolia, Cucurbita pepo, including Styrian oil pumpkin, gem squash and all varieties of courgettes, and/or a juice, a decoction or an extract thereof as a cleaning agent for the cleaning and care of stainless steel, aluminium, copper, glass, plastic, porcelain, ceramic, stone and earthenware, marble, granite, concrete, wood and/or laminate surfaces, as well as coated, enamelled or painted surfaces and/or textiles, wherein the cleaning and/or care agent contains > 50 wt.-%, ≥ 55 %, ≥ 60 %, ≥ 65 %, ≥ 70 %, ≥ 75 %, ≥ 80 %, ≥ 85 %, ≥ 90 %, ≥ 95 % by weight of the fruit flesh, decoction, juice or extract of courgettes and squashes as defined above, based on the total weight of the cleaning and/or care agent.