mhurhangee/patent-ind-claim-en huggingface dataset:
An active filter device comprising: - sensor terminals (CTN, CTP) for applying a sensor signal depending on a sensed noise signal (Is, Vs), - an output terminal (OUT) for providing a correction signal (Io, Vo) that is suitable for reducing the noise signal (Is, Vs), - a signal source being adapted for generating the correction signal (Io, Vo) and comprising a unity gain amplifier means , - a high-pass filter (HPF) being coupled between the sensor terminals (CTN, CTP) and the signal source, wherein the correction signal (Io, Vo) is generated with dependence on the high-pass filtered sensor signal characterised in that the unity gain amplifier means comprises an operational amplifier (U1) having a non-inverting input , an inverting input and an output , the latter being coupled to the inverting input , and the high-pass filter (HPF) being coupled to the non-inverting input , the high pass filter (HPF) comprises a bootstrap connection, where an output of the unity gain amplifier means is coupled to an input of the unity gain amplifier means and the bootstrap connection comprises a DC blocking capacitor (C2) being coupled in series with a resistor (R5) and a capacitor (C3) that are coupled in parallel. - sensor terminals (CTN, CTP) for applying a sensor signal depending on a sensed noise signal (Is, Vs), - an output terminal (OUT) for providing a correction signal (Io, Vo) that is suitable for reducing the noise signal (Is, Vs), - a signal source being adapted for generating the correction signal (Io, Vo) and comprising a unity gain amplifier means , - a high-pass filter (HPF) being coupled between the sensor terminals (CTN, CTP) and the signal source,
An air-conditioner , comprising: a refrigerant circuit through which a refrigerant flows, the refrigerant circuit being formed of a compressor , a switching valve , a first heat exchanger , an expansion valve , and a second heat exchanger connected to one another by a first pipe ; a heat-transfer medium circuit through which a heat-transfer medium flows, the heat-transfer medium circuit being formed of a pump , the first heat exchanger , and a third heat exchanger connected to one another by a second pipe ; and a control device configured to control the compressor and the pump , characterized in that in an operation of the air-conditioner performed before entering a defrosting operation, the control device is configured to increase a frequency of the compressor , as compared to the frequency of the compressor in a heating operation, and reduce a rotational speed of the pump , as compared to the rotational speed of the pump in the heating operation. a refrigerant circuit through which a refrigerant flows, the refrigerant circuit being formed of a compressor , a switching valve , a first heat exchanger , an expansion valve , and a second heat exchanger connected to one another by a first pipe ; a heat-transfer medium circuit through which a heat-transfer medium flows, the heat-transfer medium circuit being formed of a pump , the first heat exchanger , and a third heat exchanger connected to one another by a second pipe ; and a control device configured to control the compressor and the pump , characterized in that in an operation of the air-conditioner performed before entering a defrosting operation, the control device is configured to increase a frequency of the compressor , as compared to the frequency of the compressor in a heating operation, and reduce a rotational speed of the pump , as compared to the rotational speed of the pump in the heating operation.
A propeller unit of an aircraft, land vehicle or water vehicle having a hydraulic variable-pitch propeller with propeller blades , the pitch/setting angle of which propeller blades is hydraulically adjustable, and having a control apparatus comprising: - a hydraulic oil feed line ; - a control line which can be connected to the variable-pitch propeller ; - a pressure generating device which is connected to the hydraulic oil feed line and provides hydraulic oil with a basic pressure; - a servo valve which is arranged downstream of the pressure generating device and whose input pressure is the basic pressure and whose output pressure during normal operation defines a control pressure in the control line and which is connected to a controller which delivers a control signal for changing the control pressure; and - pressure reducing means which are arranged downstream of the servo valve and upstream of the control line and which are mechanically actuated and which, in the event of a failure of the servo valve , change the control pressure in the control line , wherein the servo valve has a valve element , the position of said valve element defining the output pressure of the servo valve , and comprises an electromagnetic main actuating device and an electromagnetic reserve actuating device for the valve element , and wherein the reserve actuating device , in the event of a failure of the main actuating device , takes over the function of said main actuating device for operating the valve element , wherein the controller is realised as a FADEC and serves to electronically actuate the servo valve depending on a rotation speed of the variable-pitch propeller . - a hydraulic oil feed line ; - a control line which can be connected to the variable-pitch propeller ; - a pressure generating device which is connected to the hydraulic oil feed line and provides hydraulic oil with a basic pressure; - a servo valve which is arranged downstream of the pressure generating device and whose input pressure is the basic pressure and whose output pressure during normal operation defines a control pressure in the control line and which is connected to a controller which delivers a control signal for changing the control pressure; and - pressure reducing means which are arranged downstream of the servo valve and upstream of the control line and which are mechanically actuated and which, in the event of a failure of the servo valve , change the control pressure in the control line ,
A peptide comprising a sequence of amino acid motifs wherein said peptide comprises at least four amino acid motifs represented in the following formula: (Xaa 1 Xaa 2 ) w (Xaa 3 - Xaa 4 -Xaa 5 ) x (Xaa 6 -Xaa 7 -Xaa 8 ) y (Xaa 9 -Xaa 10 -Xaa 11 ) z wherein (Xaa 1 Xaa 2 ) w is a first amino acid motif for chemical conjugation to a molecular template wherein Xaa 1 is a thiol-containing amino acid and Xaa 2 is a glycine amino acid wherein w equals 1 or more, (Xaa 3 - Xaa 4 -Xaa 5 ) x is a second amino acid motif wherein Xaa 3 is proline, Xaa 4 is lysine, Xaa 5 is glycine wherein x equals 1 to 4, (Xaa 6 -Xaa 7 -Xaas) y is a third amino acid motif wherein Xaa 6 is proline, Xaa 7 is hydroxyproline, Xaa 8 is glycine wherein y - equals 1 to 4; and (Xaa 9 -Xaa 10 -Xaa 11 ) z is a fourth amino acid motif wherein Xaa 9 is aspartic acid or glutamic acid, Xaa 10 is hydroxyproline, Xaa 11 is glycine wherein z equals 1 to 4. wherein (Xaa 1 Xaa 2 ) w is a first amino acid motif for chemical conjugation to a molecular template wherein Xaa 1 is a thiol-containing amino acid and Xaa 2 is a glycine amino acid wherein w equals 1 or more, (Xaa 3 - Xaa 4 -Xaa 5 ) x is a second amino acid motif wherein Xaa 3 is proline, Xaa 4 is lysine, Xaa 5 is glycine wherein x equals 1 to 4, (Xaa 6 -Xaa 7 -Xaas) y is a third amino acid motif wherein Xaa 6 is proline, Xaa 7 is hydroxyproline, Xaa 8 is glycine wherein y - equals 1 to 4; and (Xaa 9 -Xaa 10 -Xaa 11 ) z is a fourth amino acid motif wherein Xaa 9 is aspartic acid or glutamic acid, Xaa 10 is hydroxyproline, Xaa 11 is glycine wherein z equals 1 to 4.
Use of an apparatus on a ground in a semi-arid, arid or extremely arid region for obtaining fresh water by artificially generating a precipitation, wherein the apparatus comprises: - at least one darkening body that forms a darkening surface which has a width and/or length of at least 3 km and an albedo of less than 0.1, wherein the at least one darkening body comprises only one such darkening body forming said darkening surface or a plurality of such darkening bodies which are arranged side by side to one another and together form said darkening surface ; - at least one base frame which is configured to support the at least one darkening body and to keep the at least one darkening body spaced apart from a support surface in order to form a space between the support surface and the at least one darkening body , wherein the support surface is the ground on which the base frame is arranged, and - a precipitation collection system which is arranged at least partially within the space and configured to collect and store the precipitation falling on the darkening surface , wherein the precipitation collection system comprises at least one water tank and at least one precipitation collection channel that is fluidly connected to said at least one water tank . - at least one darkening body that forms a darkening surface which has a width and/or length of at least 3 km and an albedo of less than 0.1, wherein the at least one darkening body comprises only one such darkening body forming said darkening surface or a plurality of such darkening bodies which are arranged side by side to one another and together form said darkening surface ; - at least one base frame which is configured to support the at least one darkening body and to keep the at least one darkening body spaced apart from a support surface in order to form a space between the support surface and the at least one darkening body , wherein the support surface is the ground on which the base frame is arranged, and - a precipitation collection system which is arranged at least partially within the space and configured to collect and store the precipitation falling on the darkening surface , wherein the precipitation collection system comprises at least one water tank and at least one precipitation collection channel that is fluidly connected to said at least one water tank .
A piston ring comprising: an annular main body having a pair of side faces , an outer peripheral face , and an inner peripheral face ; and a hard coating provided on the outer peripheral face , wherein the piston ring satisfies a following Formula 0.003 ≤ L ⋅ h 1 / W ≤ 0.151 wherein a width of the main body in a first direction (D1) perpendicular to the pair of side faces is set to h 1 mm, a width of the hard coating in the first direction (D1) is set to W mm, and a maximum thickness of the hard coating in a second direction (D2) perpendicular to the outer peripheral face is set to L mm, and wherein the thickness of the hard coating from a vertex of the hard coating in the second direction (D2) to a position 0.3 mm away from the vertex is 3 μm or more and 10 μm or less. an annular main body having a pair of side faces , an outer peripheral face , and an inner peripheral face ; and a hard coating provided on the outer peripheral face , wherein the piston ring satisfies a following Formula 0.003 ≤ L ⋅ h 1 / W ≤ 0.151 wherein a width of the main body in a first direction (D1) perpendicular to the pair of side faces is set to h 1 mm, a width of the hard coating in the first direction (D1) is set to W mm, and a maximum thickness of the hard coating in a second direction (D2) perpendicular to the outer peripheral face is set to L mm, and wherein the thickness of the hard coating from a vertex of the hard coating in the second direction (D2) to a position 0.3 mm away from the vertex is 3 μm or more and 10 μm or less.
A multilayer degradable stent with shape memory property, characterized in that it is composed of two or more layers of degradable material, wherein one layer is of a degradable polymer material with shape memory property, i.e., shape memory layer, and another layer is of a degradable metal material or a degradable polymer material with excellent radial support capability, i.e., support layer, wherein the material of the shape memory layer is a degradable polymer having a glass transition temperature (Tg) from 27°C to 37°C.
A method for operating a round baler, comprising - providing a nonstop baler type machine ; - feeding of crop into a prechamber and a main bale forming chamber ; and - providing, by a binding unit , a binding material to the main bale forming chamber for wrapping a bale formed in the main bale forming chamber , comprising - in a first mode of operation, providing a stretching apparatus in contact with the binding material, the stretching apparatus comprising a first stretching roller in contact with the binding material and a second stretching roller that is in contact with the binding material, thereby, applying a first compressive force to the binding material by the first stretching roller and a second compressive force to the binding material by the second stretching roller for stretching the binding material; and - in a second mode of operation, providing the stretching apparatus free of contact with the binding material, characterized in that the method comprises providing a compressive force by a braking element against at least one of a surface of the first stretching roller and a surface of the second stretching roller. - providing a nonstop baler type machine ; - feeding of crop into a prechamber and a main bale forming chamber ; and - providing, by a binding unit , a binding material to the main bale forming chamber for wrapping a bale formed in the main bale forming chamber , comprising - in a first mode of operation, providing a stretching apparatus in contact with the binding material, the stretching apparatus comprising a first stretching roller in contact with the binding material and a second stretching roller that is in contact with the binding material, thereby, applying a first compressive force to the binding material by the first stretching roller and a second compressive force to the binding material by the second stretching roller for stretching the binding material; and - in a second mode of operation, providing the stretching apparatus free of contact with the binding material,
An article comprising: a packaging container, or a portion thereof, having a metal substrate and a coating composition applied on at least a portion of the metal substrate, wherein the coating composition includes a polymer that is a reaction product of ingredients including: (i) an extender having at least two functional groups reactive with a cyclocarbonate group and (ii) a polycyclocarbonate compound; and wherein the extender comprises a polyhydric phenol.
A scarless surgical tool comprising: a handle portion comprising: a central shaft having a diameter of less than or equal to about 2.5 mm; and a plurality of stabilizing shafts surrounding the central shaft each of the plurality of stabilizing shafts being rigid and having a sharpened tip to puncture skin of a patient, each of the plurality of stabilizing shafts having a diameter selected so as to reduce the risk of creation of a permanent scar; and a working end configured to be removably secured to each of the plurality of stabilizing shafts and the central shaft in the handle portion , wherein the proximal portion of the working end defines a securing member configured to receive each of the plurality of stabilizing shafts , the working end comprising: a proximal portion configured to receive each of the plurality of stabilizing shafts and the central shaft of the handle portion ; and a distal portion defining a tool portion, the central shaft configured to control movement of the tool portion when the working end is secured to the handle portion , each of the plurality of stabilizing shafts being hollow to carry cables configured to facilitate functionality of the tool portion of the working end . a central shaft having a diameter of less than or equal to about 2.5 mm; and a plurality of stabilizing shafts surrounding the central shaft each of the plurality of stabilizing shafts being rigid and having a sharpened tip to puncture skin of a patient, each of the plurality of stabilizing shafts having a diameter selected so as to reduce the risk of creation of a permanent scar; and a working end configured to be removably secured to each of the plurality of stabilizing shafts and the central shaft in the handle portion , wherein the proximal portion of the working end defines a securing member configured to receive each of the plurality of stabilizing shafts , the working end comprising: a proximal portion configured to receive each of the plurality of stabilizing shafts and the central shaft of the handle portion ; and a distal portion defining a tool portion, the central shaft configured to control movement of the tool portion when the working end is secured to the handle portion , each of the plurality of stabilizing shafts being hollow to carry cables configured to facilitate functionality of the tool portion of the working end . a proximal portion configured to receive each of the plurality of stabilizing shafts and the central shaft of the handle portion ; and a distal portion defining a tool portion, the central shaft configured to control movement of the tool portion when the working end is secured to the handle portion , each of the plurality of stabilizing shafts being hollow to carry cables configured to facilitate functionality of the tool portion of the working end .
A method of manufacturing an electronic device, the method comprising: forming a stack structure by placing a to-be-peeled layer on a substrate, wherein the to-be-peeled layer comprises a thin film and a functional layer, and wherein the thin film is placed on the substrate and the functional layer is placed on the thin film ; applying a thermal shock to the stack structure, wherein the applying of the thermal shock comprises cooling the substrate until a temperature of the substrate reaches room temperature within 1 minute after heating the substrate until a temperature of the substrate reaches from 100 °C to 400 °C, and causing a sudden temperature change in the stack structure by carrying out the cooling immediately after the heating is completed; detaching the to-be-peeled layer from the substrate; and transferring the detached to-be-peeled layer to a target substrate, and wherein the thin film comprises metal having a thermal expansion coefficient higher than a thermal expansion coefficient of the substrate, wherein the applying of the thermal shock comprises generating shear stress at an interface between the substrate and the thin film to peel off the thin film from the substrate. forming a stack structure by placing a to-be-peeled layer on a substrate, wherein the to-be-peeled layer comprises a thin film and a functional layer, and wherein the thin film is placed on the substrate and the functional layer is placed on the thin film ; applying a thermal shock to the stack structure, wherein the applying of the thermal shock comprises cooling the substrate until a temperature of the substrate reaches room temperature within 1 minute after heating the substrate until a temperature of the substrate reaches from 100 °C to 400 °C, and causing a sudden temperature change in the stack structure by carrying out the cooling immediately after the heating is completed; detaching the to-be-peeled layer from the substrate; and transferring the detached to-be-peeled layer to a target substrate, and wherein the thin film comprises metal having a thermal expansion coefficient higher than a thermal expansion coefficient of the substrate, wherein the applying of the thermal shock comprises generating shear stress at an interface between the substrate and the thin film to peel off the thin film from the substrate.
Ballast for underwater diving belt, which ballast comprises a metal core covered with a coating , and means for the assembly thereof with a belt-strip, the metal core has an outer surface which comprises: - two front faces , - a peripheral face connecting said front faces , and - two through slots , opening at the level of said front faces , each adapted to be used as a passage for a belt strip, characterised in that said coating is in the form of an add-on shell consisting of the assembly of two shell parts which are made of a plastic material and which are held around said metal core by fastening means , which two shell parts , complementary, each comprise: - a main wall covering a front face of the metal core , said main wall comprising two openings each facing one of the through slots of the metal core , - a peripheral sleeve connected to a peripheral edge of said main wall , covering a portion of the height of the peripheral face of the metal core , and - two central sleeve , each connected to one of said openings , covering a portion of the height of one of the through slots of the metal core . the metal core has an outer surface which comprises: - two front faces , - a peripheral face connecting said front faces , and - two through slots , opening at the level of said front faces , each adapted to be used as a passage for a belt strip, - two front faces , - a peripheral face connecting said front faces , and - two through slots , opening at the level of said front faces , each adapted to be used as a passage for a belt strip, characterised in that said coating is in the form of an add-on shell consisting of the assembly of two shell parts which are made of a plastic material and which are held around said metal core by fastening means , which two shell parts , complementary, each comprise: - a main wall covering a front face of the metal core , said main wall comprising two openings each facing one of the through slots of the metal core , - a peripheral sleeve connected to a peripheral edge of said main wall , covering a portion of the height of the peripheral face of the metal core , and - two central sleeve , each connected to one of said openings , covering a portion of the height of one of the through slots of the metal core . - a main wall covering a front face of the metal core , said main wall comprising two openings each facing one of the through slots of the metal core , - a peripheral sleeve connected to a peripheral edge of said main wall , covering a portion of the height of the peripheral face of the metal core , and - two central sleeve , each connected to one of said openings , covering a portion of the height of one of the through slots of the metal core .
A device for providing cleaned fluid to a receptacle and thereby facilitate conveyance of a substance out of the receptacle, comprising a connector and a container which form an integrated unit , the connector being provided with a first means for connection to a receptacle and a second means for connection to a transfer member for conveyance of a substance out of a receptacle , characterized in that the device has a first channel for filling the container with a fluid, whereby the volume of said container is variable such that the volume of the container is increased during filling of the container with fluid, and said container is designed to have a flexible portion, such as a bellow which is compressible and extendable, whereby said integrated unit is provided with a filter for cleaning fluid passing the filter during filling the container with fluid by increasing the volume of the container , whereby said integrated unit has a piercing member for penetration of a closing arranged on said receptacle , whereby said piercing member is arranged to form a second channel between the container and the receptacle , said second channel for transferring the fluid to the receptacle , and whereby the device comprises a lid for covering the filter so as to prevent further communication between the interior of the integrated unit and the environment via the filter subsequently to the container having been filled.