mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor housing for a force or pressure sensor , in particular for use in a combustion chamber, comprising: - a sensor body ; - a membrane stamp ; - a metal sheet which closes the sensor body on one side; and - at least one protrusion with respect to the sensor body and/or at least one protrusion with respect to the membrane stamp , wherein the metal sheet is connected to the sensor body and to the membrane stamp by means of a material-closed joint in such a way that the metal sheet forms a membrane , in particular an annular membrane , in a region between the sensor body and the membrane stamp , characterized in that the at least one protrusion is arranged in at least one of two corners defining the articulation points of the membrane and merges continuously into the membrane , which are respectively formed by the metal sheet with the sensor body and the membrane stamp , wherein the at least one protrusion and the membrane cooperate in such a way that the at least one protrusion is deformed when pressure is applied to the membrane , and wherein the at least one protrusion comprises an elastically deformable material which returns to its original shape when the pressure on the membrane decreases. - a sensor body ; - a membrane stamp ; - a metal sheet which closes the sensor body on one side; and - at least one protrusion with respect to the sensor body and/or at least one protrusion with respect to the membrane stamp ,
A method for producing epoxyalkane, the method comprising: separating, in a separation column, a first stream containing epoxyalkane, extractant and diol; producing an epoxyalkane product stream from the upper part of the separation column; and discharging the extractant mainly in a form of the column kettle stream from the lower part of the separation column, it is characterized in that the method further comprises producing a second stream containing an azeotrope of the extractant and diol from the side-draw of the separation column located lower than a feed position; wherein the extractant is selected from at least one of C7-C20 straight and branched chain hydrocarbons. separating, in a separation column, a first stream containing epoxyalkane, extractant and diol; producing an epoxyalkane product stream from the upper part of the separation column; and discharging the extractant mainly in a form of the column kettle stream from the lower part of the separation column, it is characterized in that the method further comprises producing a second stream containing an azeotrope of the extractant and diol from the side-draw of the separation column located lower than a feed position; wherein the extractant is selected from at least one of C7-C20 straight and branched chain hydrocarbons.
Method (METH) for measuring a distance (R) separating a vehicle (V) and an identifier (I) for accessing and starting the vehicle (V), the vehicle (V) and the identifier (I) being synchronized, the method (METH) comprising: - transmission (Em_TS vp ), from the vehicle (V) to the identifier (I), of a first train (TS vp ) of N first sinusoidal signals (S vp ) with identical amplitudes and with regularly spaced respective frequencies f p , p∈[1;N] - measurement (Mes_Dat) of phases (φ p ) and of amplitudes (a p ), by the identifier (I), of signals of a first received image train (TS vp ') corresponding to the first train (TS vp ) altered by the transmission - transmission (Tr_Dat) of the measured phases (φ p ) and amplitudes (a p ), from the identifier (I) to the vehicle (V) - transmission (Em_TS ip ), from the identifier (I) to the vehicle (V), of a second train (TS ip ) identical to the first train (TS vp ) - construction (Cons_Sp) of a frequency spectrum (Sp) consisting of the first image train (TS vp ') and of a second image train (TS ip '), said second image train (TS ip ') corresponding to the second train (TS ip ) altered by the transmission - an inverse Fourier transform (TFI_Sp), making it possible to obtain a temporal signature (Sg) - determination (Det_t d ) of an intermediate time (t d ) associated with a maximum of the temporal signature (Sg) - calculation (Cal_R) of the distance (R) on the basis of the intermediate time (t d ), - transmission (Em_TS vp ), from the vehicle (V) to the identifier (I), of a first train (TS vp ) of N first sinusoidal signals (S vp ) with identical amplitudes and with regularly spaced respective frequencies f p , p∈[1;N] - measurement (Mes_Dat) of phases (φ p ) and of amplitudes (a p ), by the identifier (I), of signals of a first received image train (TS vp ') corresponding to the first train (TS vp ) altered by the transmission - transmission (Tr_Dat) of the measured phases (φ p ) and amplitudes (a p ), from the identifier (I) to the vehicle (V) - transmission (Em_TS ip ), from the identifier (I) to the vehicle (V), of a second train (TS ip ) identical to the first train (TS vp ) - construction (Cons_Sp) of a frequency spectrum (Sp) consisting of the first image train (TS vp ') and of a second image train (TS ip '), said second image train (TS ip ') corresponding to the second train (TS ip ) altered by the transmission - an inverse Fourier transform (TFI_Sp), making it possible to obtain a temporal signature (Sg) - determination (Det_t d ) of an intermediate time (t d ) associated with a maximum of the temporal signature (Sg) - calculation (Cal_R) of the distance (R) on the basis of the intermediate time (t d ),
A continuous coextruded polymeric article comprising a layer comprising first and second opposed major surfaces, wherein a plurality of attached projection pairs comprising first and second projections extend from only the first major surface, wherein each first projection has at least first and second opposed sides and a height from the first major surface to a distal end, wherein each second projection has at least first and second opposed sides and a height from the first major surface to a distal end, wherein the second side of the first projection is in continuous contact with the first side of the second projection, wherein the height of the first projections is not greater than 2 mm, wherein there are at least 2.5 projection pairs per centimeter, and wherein the projections extend along the length of the coextruded polymeric article.
AN ASSEMBLY OF A CONSTRUCTIVE CONFIGURATION SUITABLE TO BE APPLIED IN A TIPPING BUCKET RAIN GAUGE AND ITS MICROCONTROLLED ELECTRONIC SYSTEM comprising a tipping bucket rain gauge in turn comprising an upper body mounted on a base and a catchment funnel is arranged on the upper body for collecting water, so that the collected water is conducted into the inside of the said rain gauge and to a region of the base , and that referred base comprises a tipping bucket , mounted on an axis, and that receives the water from the catchment funnel , wherein the assembly further comprises a capacitive sensor , in the region of the catchment funnel , capable of detecting the accumulation of water in the catchment funnel and the flow through the orifice of said catchment funnel , and the axis on which the tipping bucket is mounted contains a pulse generator , in order to measure the number of movement of the tipping bucket and the system comprising a control module with an accelerometer and a microcontroller which communicates with the referred accelerometer , with the capacitive sensor and with the pulse generator of the tipping bucket , and the control module having a specific processing and control system, so that the capacitive sensor informs the control module about accumulation of water in the catchment funnel and its respective flow, and the pulse generator informs the control module about the movement of the tipping bucket , and the accelerometer arranged to obtain the inclination and vibration of the said rain gauge and is configured to inform the control module of the said inclination and vibration, and wherein the control module is further configured to process a ratio of the amount of flow through the catchment funnel with a number of movements of the tipping bucket , thereby identifying possible defects and failures in the operation of the said rain gauge , and the control module is further configured to process the data of vibration or inclination, thereby identifying possible measurement errors related to unexpected inclination or vibration of the tipping bucket, and reporting this information to a data collection platform , monitored and managed by a user.
A water-dispersible sheet comprising a paper substrate comprising an inner layer and two surface layers, which are first surface layer and second surface layer, installed on both sides of the inner layer, wherein a tacky adhesive layer is installed on the first surface layer so that the inner layer is not in contact with the tacky adhesive layer; wherein - the first surface layer comprises a mixed pulp , which comprises a unrefined wood pulp and a refined pulp with α-cellulose content of 88% by weight or more, wherein the Canadian standard freeness of the mixed pulp is from 500 to 575 ml CSF, - the content of the unrefined wood pulp in the mixed pulp is from 50 to 95% by weight, - the inner layer comprises a mixed pulp , which comprises a unrefined wood pulp and a refined pulp with α-cellulose content of 88% by weight or more, wherein the Canadian standard freeness of the mixed pulp is from 600 to 750 ml CSF, - the content of the unrefined wood pulp in the mixed pulp is from 50 to 95% by weight, and - the second surface layer comprises a mixed pulp , which comprises a unrefined wood pulp and a refined pulp with α-cellulose content of 88% by weight or more, wherein the Canadian standard freeness of the mixed pulp is from 500 to 575 ml CSF. - the first surface layer comprises a mixed pulp , which comprises a unrefined wood pulp and a refined pulp with α-cellulose content of 88% by weight or more, wherein the Canadian standard freeness of the mixed pulp is from 500 to 575 ml CSF, - the content of the unrefined wood pulp in the mixed pulp is from 50 to 95% by weight, - the inner layer comprises a mixed pulp , which comprises a unrefined wood pulp and a refined pulp with α-cellulose content of 88% by weight or more, wherein the Canadian standard freeness of the mixed pulp is from 600 to 750 ml CSF, - the content of the unrefined wood pulp in the mixed pulp is from 50 to 95% by weight, and - the second surface layer comprises a mixed pulp , which comprises a unrefined wood pulp and a refined pulp with α-cellulose content of 88% by weight or more, wherein the Canadian standard freeness of the mixed pulp is from 500 to 575 ml CSF.
A system for providing ultrasound images, the system comprising: an ultrasound probe adapted to provide the ultrasound images; a processor configured to: generate time-intensity-curves for the ultrasound images; determine , based on the time-intensity-curves, out-of-plane frames of the ultrasound images; and remove the out-of-plane frames from the ultrasound images based on a criterion to provide an optimized set of frames; and a display in communication with the processor and configured to display the optimized set of frames. an ultrasound probe adapted to provide the ultrasound images; a processor configured to: generate time-intensity-curves for the ultrasound images; determine , based on the time-intensity-curves, out-of-plane frames of the ultrasound images; and remove the out-of-plane frames from the ultrasound images based on a criterion to provide an optimized set of frames; and generate time-intensity-curves for the ultrasound images; determine , based on the time-intensity-curves, out-of-plane frames of the ultrasound images; and remove the out-of-plane frames from the ultrasound images based on a criterion to provide an optimized set of frames; and a display in communication with the processor and configured to display the optimized set of frames.
A filter regeneration device comprising: a microwave radiator configured to radiate a microwave and disposed to be oriented in a direction toward a ceramic filter configured to purify exhaust gas of an internal combustion engine, the ceramic filter being disposed in a cylindrical portion of a metallic case having a protruding portion protruding toward an outside of the cylindrical portion of the metallic case , the microwave radiator being disposed inside the protruding portion ; and a microwave generator configured to generate the microwave radiated from the microwave radiator toward the ceramic filter , wherein the microwave radiator is an antenna disposed inside the protruding portion and configured to directly radiate the microwave to the ceramic filter via a circular communication port provided at the center of a partition wall of the cylindrical portion of the metallic case inside the protruding portion , wherein a diameter of the communication port is equal to or greater than half a wavelength of the microwave, and the antenna is further configured to detect the microwave reflected by the ceramic filter . a microwave radiator configured to radiate a microwave and disposed to be oriented in a direction toward a ceramic filter configured to purify exhaust gas of an internal combustion engine, the ceramic filter being disposed in a cylindrical portion of a metallic case having a protruding portion protruding toward an outside of the cylindrical portion of the metallic case , the microwave radiator being disposed inside the protruding portion ; and a microwave generator configured to generate the microwave radiated from the microwave radiator toward the ceramic filter , wherein the microwave radiator is an antenna disposed inside the protruding portion and configured to directly radiate the microwave to the ceramic filter via a circular communication port provided at the center of a partition wall of the cylindrical portion of the metallic case inside the protruding portion , wherein a diameter of the communication port is equal to or greater than half a wavelength of the microwave, and the antenna is further configured to detect the microwave reflected by the ceramic filter .
A medical device for administering drug therapy to a user over an extended period of use, said medical device comprising: a pump mechanism for administering a drug to the user; a delivery cannula for infusing said drug transdermally into the user at an infusion site; and a mechanism for controlling deployment of the cannula into said user, characterized in that said mechanism comprises a controller and a driver and is configured to automatically move said cannula to a first depth in the user and, after commencing drug infusion, to a second depth in the user when it is determined that the flow of the drug is inhibited. a pump mechanism for administering a drug to the user; a delivery cannula for infusing said drug transdermally into the user at an infusion site; and a mechanism for controlling deployment of the cannula into said user, characterized in that said mechanism comprises a controller and a driver and is configured to automatically move said cannula to a first depth in the user and, after commencing drug infusion, to a second depth in the user when it is determined that the flow of the drug is inhibited.
A method for operating a vehicle (V), wherein one or more key devices are associated with the vehicle (V), wherein the one or more associated key devices are adapted for allowing a user (U) of the vehicle (V) to initiate a vehicle starting operation (V ST ), wherein the method comprises the steps: initiating a vehicle shut-off sequence (V SO ) after initiation of the vehicle starting operation (V ST ), wherein the vehicle shut-off sequence (V SO ) is initiated upon receipt of a shut-off request, wherein the vehicle shut-off sequence (V SO ) comprises a searching operation for detecting associated key devices within a boundary (B) of the vehicle (V); and controlling the vehicle (V) to entering a conditional operation mode (M CO ) when detecting that no associated key devices are within the boundary (B), wherein the conditional operation mode (M CO ) is authorizing a pre-determined vehicle activity preventing a non-operational state of the vehicle (V). initiating a vehicle shut-off sequence (V SO ) after initiation of the vehicle starting operation (V ST ), wherein the vehicle shut-off sequence (V SO ) is initiated upon receipt of a shut-off request, wherein the vehicle shut-off sequence (V SO ) comprises a searching operation for detecting associated key devices within a boundary (B) of the vehicle (V); and controlling the vehicle (V) to entering a conditional operation mode (M CO ) when detecting that no associated key devices are within the boundary (B), wherein the conditional operation mode (M CO ) is authorizing a pre-determined vehicle activity preventing a non-operational state of the vehicle (V).
A method of wireless communication, comprising: receiving, by a first wireless communication device from a second wireless communication device, a transmission configuration indicating a first beam resource and a second, different beam resource allocated to the first wireless communication device by the second wireless communication device, the first beam resource including a first beam direction, and the second beam resource including a second, different beam direction; configuring, by the first wireless communication device, a first transmission time interval based on a time resource of the allocated first beam resource; configuring, by the first wireless communication device, a second transmission time interval to at least partially overlap with the first transmission time interval based on a time resource of the allocated second beam resource, the first transmission time interval and the second transmission time interval each including one or more symbols; transmitting , by the first wireless communication device to the second wireless communication device, a first uplink control signal based on the allocated first beam resource using the first beam direction during the first transmission time interval; and transmitting , by the first wireless communication device, a second uplink control signal based on the allocated second beam resource using the second beam direction during the second transmission time interval, with the same encoded control information represented in the first uplink control signal. receiving, by a first wireless communication device from a second wireless communication device, a transmission configuration indicating a first beam resource and a second, different beam resource allocated to the first wireless communication device by the second wireless communication device, the first beam resource including a first beam direction, and the second beam resource including a second, different beam direction; configuring, by the first wireless communication device, a first transmission time interval based on a time resource of the allocated first beam resource; configuring, by the first wireless communication device, a second transmission time interval to at least partially overlap with the first transmission time interval based on a time resource of the allocated second beam resource, the first transmission time interval and the second transmission time interval each including one or more symbols; transmitting , by the first wireless communication device to the second wireless communication device, a first uplink control signal based on the allocated first beam resource using the first beam direction during the first transmission time interval; and transmitting , by the first wireless communication device, a second uplink control signal based on the allocated second beam resource using the second beam direction during the second transmission time interval, with the same encoded control information represented in the first uplink control signal.
A method for preparing a dispersion of poloxamer-protein particles, said method comprising the steps of: i) preparing an aqueous solution comprising a protein, a poloxamer and a salt which is a water soluble electrolyte; ii) contacting the obtained solution with a water-miscible protein non sovent which is glycofurol, with a volume ratio of glycofurol/aqueous solution ranging from 5 to 100, to form a dispersion of poloxamer-protein particles ; and optionally iii) recovering the obtained poloxamer-protein particles. i) preparing an aqueous solution comprising a protein, a poloxamer and a salt which is a water soluble electrolyte; ii) contacting the obtained solution with a water-miscible protein non sovent which is glycofurol, with a volume ratio of glycofurol/aqueous solution ranging from 5 to 100, to form a dispersion of poloxamer-protein particles ; and optionally iii) recovering the obtained poloxamer-protein particles.
Unit for treating preforms of hollow bodies made of plastic material, comprising a chamber provided with two opposing walls , namely a first wall and a second wall facing the first wall , which together define the chamber through which the preforms run along a predetermined longitudinal path (T), a unit in which: each wall comprises a series of spaced-apart emitters each comprising a plurality of monochromatic or pseudo-monochromatic electromagnetic radiating sources, a reflecting section extends in each space between two adjacent emitters ; the emitters of the second wall are offset longitudinally relative to those of the first wall , so that the emitters of each wall face a reflecting section of the opposing wall; each emitter is incorporated in an individual heating module which comprises an openwork reflector framing the emitter . each wall comprises a series of spaced-apart emitters each comprising a plurality of monochromatic or pseudo-monochromatic electromagnetic radiating sources, a reflecting section extends in each space between two adjacent emitters ; the emitters of the second wall are offset longitudinally relative to those of the first wall , so that the emitters of each wall face a reflecting section of the opposing wall; each emitter is incorporated in an individual heating module which comprises an openwork reflector framing the emitter .
An antibody or antibody fragment that binds to asprosin for use in treating obesity, diabetes, metabolic syndrome, or insulin resistance in an individual in need thereof, the use comprising administering an effective amount of said antibody to the individual, wherein asprosin consists of the amino acid sequence of SEQ ID NO: 1.
A component for use in a gas turbine engine comprising an airfoil and root portion formed from a ceramic matrix composite and a platform assembly bonded to said airfoil and root portion , characterised in that : the component further comprises an interfacial layer between the airfoil and root portion and the platform assembly .