mhurhangee/patent-ind-claim-en huggingface dataset:
Prostate biopsy needle comprising a cannula , a pointed stylet , which is mounted slidably in the cannula, handles for a biopsy gun, which are located on the back side of the needle, characterized in that an outer surface of the cannula and / or a surface of the stylet is coated with at least one active layer comprising an antibacterial substance, wherein the active layer forms a biodegradable structure enabling controlled release of the antibacterial substance.
A thin-film transistor, TFT, , comprising: an active layer , including a channel region , a source region and a drain region , in which forming materials of the channel region include polycrystalline silicon, poly-Si; an amorphous silicon, a-Si, connecting layer , disposed on a side of the active layer and including a first connecting part and a second connecting part which are disposed to be spaced from each other; and a source-drain electrode layer , including a source electrode and a drain electrode which are disposed to be spaced from each other, in which the source electrode is electrically connected with the source region through the first connecting part , and the drain electrode is electrically connected with the drain region through the second connecting part , , wherein the a-Si connecting layer includes a first a-Si layer and a second a-Si layer which are laminated to each other, the second a-Si layer is disposed between the first a-Si layer and the source-drain electrode layer , a whole of the first a-Si layer contacts with the active layer , characterized in that an electrical conductivity of the second a-Si layer which contacts with the source-drain electrode layer is greater than that of the first a-Si layer which contacts with the active layer . an active layer , including a channel region , a source region and a drain region , in which forming materials of the channel region include polycrystalline silicon, poly-Si; an amorphous silicon, a-Si, connecting layer , disposed on a side of the active layer and including a first connecting part and a second connecting part which are disposed to be spaced from each other; and a source-drain electrode layer , including a source electrode and a drain electrode which are disposed to be spaced from each other, in which the source electrode is electrically connected with the source region through the first connecting part , and the drain electrode is electrically connected with the drain region through the second connecting part , , wherein the a-Si connecting layer includes a first a-Si layer and a second a-Si layer which are laminated to each other, the second a-Si layer is disposed between the first a-Si layer and the source-drain electrode layer , a whole of the first a-Si layer contacts with the active layer , characterized in that an electrical conductivity of the second a-Si layer which contacts with the source-drain electrode layer is greater than that of the first a-Si layer which contacts with the active layer .
A magnetic geared rotary electric machine (100;200) comprising: a casing ; a stator which includes a stator core fixed to the casing and having an annular shape centered on an axis (Ac), a coil (C) installed inside a slot (S) of the stator core , and a plurality of stator magnets installed inside the stator core at intervals in a circumferential direction about the axis (Ac); a first rotor which includes a plurality of pole pieces provided inside the stator at intervals in the circumferential direction of the axis (Ac); and a second rotor which includes a rotor core provided inside the first rotor and a plurality of rotor magnets provided in the rotor core at intervals in the circumferential direction, characterized in that movable bearings (B1) are provided in the casing so as to be arranged at intervals in the circumferential direction which movable bearings (B1) come into contact with an outer peripheral surface of the first rotor ; and actuators are provided which move the movable bearings (B1) in any direction included in a plane orthogonal to the axis (Ac), wherein an inner peripheral surface of the stator and an outer peripheral surface of the first rotor facing the inner peripheral surface from a radial direction thereof are slantingly extended radially inward from the outside thereof as they approach a first end of the axis (Ac) from a second end in a direction of the axis (Ac), and wherein the magnetic geared rotary electric machine further includes a rotor shifter which shifts the first rotor in the direction of the axis (Ac). a casing ; a stator which includes a stator core fixed to the casing and having an annular shape centered on an axis (Ac), a coil (C) installed inside a slot (S) of the stator core , and a plurality of stator magnets installed inside the stator core at intervals in a circumferential direction about the axis (Ac); a first rotor which includes a plurality of pole pieces provided inside the stator at intervals in the circumferential direction of the axis (Ac); and a second rotor which includes a rotor core provided inside the first rotor and a plurality of rotor magnets provided in the rotor core at intervals in the circumferential direction, characterized in that movable bearings (B1) are provided in the casing so as to be arranged at intervals in the circumferential direction which movable bearings (B1) come into contact with an outer peripheral surface of the first rotor ; and actuators are provided which move the movable bearings (B1) in any direction included in a plane orthogonal to the axis (Ac),
A system, comprising: a set of nodes deployable across an area, the nodes being configured and operative to self-form a mobile ad-hoc network for communication thereamong, the set including nodes having imaging circuitry by which a node captures an image of a respective local sub-area based on a triggering event, image-transfer circuitry by which a node partitions a captured image into a plurality of sub-images and transmits the sub-images to respective other nodes, image-transmission circuitry by which a node transmits on a respective uplink a respective sub-image received from another node; a relay configured and operative, with multiple channels, to receive transmissions of respective sub-images, in parallel on independent channels, from the nodes via respective uplinks, and retransmit the sub-images to the remote location via a downlink; and a control station at the remote location, the control station being configured and operative to receive the sub-images from the relay via the downlink, re-create the captured image by combining the received sub-images, and utilize the re-created image in a monitoring or control operation of the central control station. a set of nodes deployable across an area, the nodes being configured and operative to self-form a mobile ad-hoc network for communication thereamong, the set including nodes having imaging circuitry by which a node captures an image of a respective local sub-area based on a triggering event, image-transfer circuitry by which a node partitions a captured image into a plurality of sub-images and transmits the sub-images to respective other nodes, image-transmission circuitry by which a node transmits on a respective uplink a respective sub-image received from another node; a relay configured and operative, with multiple channels, to receive transmissions of respective sub-images, in parallel on independent channels, from the nodes via respective uplinks, and retransmit the sub-images to the remote location via a downlink; and a control station at the remote location, the control station being configured and operative to receive the sub-images from the relay via the downlink, re-create the captured image by combining the received sub-images, and utilize the re-created image in a monitoring or control operation of the central control station.
A package comprising: a heat seal between a first film and a second film wherein: the first film comprises: at least 70% by weight of the first film of one or more polyamides; and at least one modified interior layer comprising: at least 70% by weight of the modified interior layer of one or more polyamides; and one or more modifiers selected from ethylene/alkyl (meth)acrylate copolymers, ethylene/(meth)acrylic acid copolymers, and ionomers; and the second film comprises at least 70% by weight of the second film of one or more polyamides. the first film comprises: at least 70% by weight of the first film of one or more polyamides; and at least one modified interior layer comprising: at least 70% by weight of the modified interior layer of one or more polyamides; and one or more modifiers selected from ethylene/alkyl (meth)acrylate copolymers, ethylene/(meth)acrylic acid copolymers, and ionomers; and at least 70% by weight of the first film of one or more polyamides; and at least one modified interior layer comprising: at least 70% by weight of the modified interior layer of one or more polyamides; and one or more modifiers selected from ethylene/alkyl (meth)acrylate copolymers, ethylene/(meth)acrylic acid copolymers, and ionomers; and at least 70% by weight of the modified interior layer of one or more polyamides; and one or more modifiers selected from ethylene/alkyl (meth)acrylate copolymers, ethylene/(meth)acrylic acid copolymers, and ionomers; and the second film comprises at least 70% by weight of the second film of one or more polyamides.
Security element for safeguarding valuable objects, wherein the security element has a feature region with a luminescence feature, wherein in the feature region - a first non-luminescent printing ink having a visible first colour is applied in a first region , - at least two luminescent printing inks which luminesce in at least two different luminescence colours upon excitation with UV or IR excitation light are applied in a second region arranged within the first region, and - a second non-luminescent printing ink having a visible second colour, which differs from the visible first colour, is applied in a third region , which partly covers the first and/or second region, characterized in that the second region partly covers the first region, and in that the two printing inks of the second region are applied on the printing ink of the first region, and in that the two printing inks of the second region are substantially transparent in the visible spectral range. - a first non-luminescent printing ink having a visible first colour is applied in a first region , - at least two luminescent printing inks which luminesce in at least two different luminescence colours upon excitation with UV or IR excitation light are applied in a second region arranged within the first region, and - a second non-luminescent printing ink having a visible second colour, which differs from the visible first colour, is applied in a third region , which partly covers the first and/or second region,
A compound represented by Formula (I-1), or a pharmaceutically acceptable salt thereof,
A method for making a sulfonate-based grease composition comprising the steps of: adding and mixing an overbased calcium sulfonate having amorphous calcium carbonate dispersed therein, an overbased magnesium sulfonate, a facilitating acid comprising an alkyl benzene sulfonic acid, a first portion of water, a non-aqueous converting agent, and added calcium carbonate to form a pre-conversion mixture; converting the pre-conversion mixture to a converted mixture by heating until conversion of the amorphous calcium carbonate contained in the overbased calcium sulfonate to a crystalline form has occurred; heating the converted mixture and then cooling to form the sulfonate-based grease composition; wherein there is one or more converting agent delay periods between the addition of the first portion of water and the addition of at least a portion of the non-aqueous converting agent. adding and mixing an overbased calcium sulfonate having amorphous calcium carbonate dispersed therein, an overbased magnesium sulfonate, a facilitating acid comprising an alkyl benzene sulfonic acid, a first portion of water, a non-aqueous converting agent, and added calcium carbonate to form a pre-conversion mixture; converting the pre-conversion mixture to a converted mixture by heating until conversion of the amorphous calcium carbonate contained in the overbased calcium sulfonate to a crystalline form has occurred; heating the converted mixture and then cooling to form the sulfonate-based grease composition; wherein there is one or more converting agent delay periods between the addition of the first portion of water and the addition of at least a portion of the non-aqueous converting agent.
A device for producing a beverage having a cartridge mounting having a cartridge receptacle for receiving a cartridge filled with a beverage substance, wherein the cartridge receptacle comprises a receptacle opening, wherein the cartridge receptacle has a water infeed for directing water into the cartridge and a compressed air infeed for directing compressed air into the cartridge , wherein the cartridge receptacle is capable of being transferred between a loading position in which the cartridge is capable of being inserted into the receptacle opening or capable of being retrieved from the receptacle opening, and an operating position in which, by directing the water and the compressed air into the cartridge and by the water interacting with the beverage substance, a beverage is capable of being generated in the cartridge and capable of being directed out of a beverage outlet of the cartridge , characterized in that the cartridge receptacle has a first holding element and a second holding element , wherein the first holding element has the receptacle opening, and wherein the first holding element , for transferring the cartridge receptacle from the loading position to the operating position, or from the operating position to the loading position, is configured so as to be movable relative to the second holding element , wherein the second holding element has a further receptacle opening, and wherein the first and the second holding element are disposed relative to one another in such a manner that the receptacle opening and the further receptacle opening are disposed so as to be congruent and mutually offset along an axial direction, wherein the first and the second holding element in the axial direction are mutually spaced apart in the loading position, and are moved closer to one another in the operating position as compared to the loading position.
Method for extracting phosphorus from organic matter, the method comprising: (a) providing phosphorus-containing organic matter, wherein the organic matter further contains calcium and/or iron; (b) combining the organic matter provided in step (a) with acidic sulphate-containing aqueous solution to solubilize phosphorus, to allow calcium sulphate in the form of suspended gypsum particles and/or iron sulphate to form, thereby obtaining a slurry; (c) separating the slurry obtained in step (b) into a solid fraction having a water content of at most 80 wt.%, and a liquid fraction having a water content of at least 80 wt.%; (c') combining the solid fraction obtained in step (c) with acidic aqueous solution to solubilize phosphorus, thereby obtaining a slurry; (c") separating the slurry obtained in step (c') into a solid fraction having a water content of at most 80 wt.%, and a liquid fraction having a water content of at least 80 wt.%; (d) combining the liquid fraction as obtained in step (c) with magnesium-containing base to obtain struvite precipitate, wherein step (d) and/or step (c") obtains sulphate-containing liquid fraction which is reused in step (b) and/or step (c') as the aqueous solution, and wherein step (c) and/or step (c") is performed by means of a solid-liquid separator, preferably a screw press or a centrifuge. (a) providing phosphorus-containing organic matter, wherein the organic matter further contains calcium and/or iron; (b) combining the organic matter provided in step (a) with acidic sulphate-containing aqueous solution to solubilize phosphorus, to allow calcium sulphate in the form of suspended gypsum particles and/or iron sulphate to form, thereby obtaining a slurry; (c) separating the slurry obtained in step (b) into a solid fraction having a water content of at most 80 wt.%, and a liquid fraction having a water content of at least 80 wt.%; (c') combining the solid fraction obtained in step (c) with acidic aqueous solution to solubilize phosphorus, thereby obtaining a slurry; (c") separating the slurry obtained in step (c') into a solid fraction having a water content of at most 80 wt.%, and a liquid fraction having a water content of at least 80 wt.%; (d) combining the liquid fraction as obtained in step (c) with magnesium-containing base to obtain struvite precipitate, wherein step (d) and/or step (c") obtains sulphate-containing liquid fraction which is reused in step (b) and/or step (c') as the aqueous solution, and wherein step (c) and/or step (c") is performed by means of a solid-liquid separator, preferably a screw press or a centrifuge.
A component for a gas turbine engine, comprising: first and second walls ; a coolant channel defined by the space between the first and second walls ; and a first rib extending between the first and second walls to the end of the coolant channel in a coolant flow direction , such that the coolant channel is bifurcated in the coolant flow direction; wherein the component is an aerofoil blade or vane comprising an aerofoil leading edge , an aerofoil trailing edge and an aerofoil suction side opposite an aerofoil pressure side , wherein the first and second walls are provided on the aerofoil suction side and define the coolant channel to cool the aerofoil suction side of the component ; and, characterised in that the first rib is itself bifurcated into two radially separated sections that both extend to the end of the coolant channel in the coolant flow direction . first and second walls ; a coolant channel defined by the space between the first and second walls ; and a first rib extending between the first and second walls to the end of the coolant channel in a coolant flow direction , such that the coolant channel is bifurcated in the coolant flow direction; wherein the component is an aerofoil blade or vane comprising an aerofoil leading edge , an aerofoil trailing edge and an aerofoil suction side opposite an aerofoil pressure side , wherein the first and second walls are provided on the aerofoil suction side and define the coolant channel to cool the aerofoil suction side of the component ; and, characterised in that the first rib is itself bifurcated into two radially separated sections that both extend to the end of the coolant channel in the coolant flow direction .
A subsea fiber optical termination module for terminating at least one fiber optical cable, the subsea fiber optical termination module being configured for deployment in a subsea environment where it is exposed to a high pressure prevailing in the subsea environment, wherein the subsea fiber optical termination module comprises: - at least one fiber optical termination unit for terminating a fiber optical cable , wherein the fiber optical cable includes a plurality of optical fibers , wherein the at least one fiber optical termination unit comprises a high-pressure section and a low-pressure section , wherein when deployed in the subsea environment the pressure in the high-pressure section is higher than in the low-pressure section , - at least one optical connector , - at least one connecting tube , wherein the at least one connecting tube contains one or more of the plurality of optical fibers , wherein the at least one connecting tube connects one or more of the plurality of optical fibers from the high-pressure section to the at least one optical connector , - a support structure comprising at least one recess , wherein the at least one recess accommodates the at least one optical connector , wherein the support structure comprises at least one support element configured to connect the at least one fiber optical termination unit to the support structure . - at least one fiber optical termination unit for terminating a fiber optical cable , wherein the fiber optical cable includes a plurality of optical fibers , wherein the at least one fiber optical termination unit comprises a high-pressure section and a low-pressure section , wherein when deployed in the subsea environment the pressure in the high-pressure section is higher than in the low-pressure section , - at least one optical connector , - at least one connecting tube , wherein the at least one connecting tube contains one or more of the plurality of optical fibers , wherein the at least one connecting tube connects one or more of the plurality of optical fibers from the high-pressure section to the at least one optical connector , - a support structure comprising at least one recess , wherein the at least one recess accommodates the at least one optical connector , wherein the support structure comprises at least one support element configured to connect the at least one fiber optical termination unit to the support structure .
A control device for controlling discharging of a rechargeable battery , the control device being configured to: determine the voltage (V x ) of the battery during discharging of the battery , stop discharging, when the determined voltage (V x ) falls below a first predetermined lower voltage limit (V min1 ), determine the voltage (V x ) of the battery after stopping discharging, characterized in that the control device is further configured to: determine the voltage difference (ΔV x ) between the first predetermined lower voltage limit (V min1 ) and the determined voltage of the battery after stopping discharging, and continue discharging, when the determined voltage difference (ΔV x ) exceeds a predetermined threshold (ΔV T ), determine the threshold (ΔV T ) based on the state of charge SOC of the battery before starting discharging wherein the predetermined threshold (ΔV T ) is lower when the state of charge SOC of the battery before starting discharging is higher, and/or based on a determined degradation (α x ) of the battery wherein the predetermined threshold (ΔV T ) is lower when the determined degradation (α x ) of the battery is lower. determine the voltage (V x ) of the battery during discharging of the battery , stop discharging, when the determined voltage (V x ) falls below a first predetermined lower voltage limit (V min1 ), determine the voltage (V x ) of the battery after stopping discharging, determine the voltage difference (ΔV x ) between the first predetermined lower voltage limit (V min1 ) and the determined voltage of the battery after stopping discharging, and continue discharging, when the determined voltage difference (ΔV x ) exceeds a predetermined threshold (ΔV T ), determine the threshold (ΔV T ) based on the state of charge SOC of the battery before starting discharging wherein the predetermined threshold (ΔV T ) is lower when the state of charge SOC of the battery before starting discharging is higher, and/or based on a determined degradation (α x ) of the battery wherein the predetermined threshold (ΔV T ) is lower when the determined degradation (α x ) of the battery is lower.