mhurhangee/patent-ind-claim-en huggingface dataset:
Prefabricated building element (1; 101) including a concrete body and at least one thermal insulation main unit (5; 105) secured to the concrete body, the main unit being arranged to protrude from an upper face of the concrete body, the element being characterized in that it includes at least one thermal insulation and structural support secondary unit (8; 108) comprising a block of specific concrete having a thermal conductivity less than 1 watt per metre kelvin and reinforcements arranged in said block, the block and the main unit extending side by side so that said unit is anchored in said specific concrete block, the secondary unit (8; 108) being arranged so as to protrude from the upper face of the concrete body.
A process fluid flow measurement device comprising: a fluid flow member having an inlet with a first diameter and a throat with a second diameter that is smaller than the first diameter; a first process fluid pressure tap disposed proximate the inlet ; a second process fluid pressure tap disposed proximate the throat ; a differential pressure sensor operably coupled to the first and second process fluid pressure taps ; differential pressure measurement circuitry coupled to the differential pressure sensor to provide a differential pressure signal related to a difference in pressure between process fluid pressure at the first and second process fluid pressure taps ; a vortex flowmeter having a shedder bar positioned in the throat to measure a velocity of process fluid flowing therethrough and provide a fluid velocity indication ; wherein the differential pressure sensor signal and the fluid velocity indication are used to provide a calculated indication of fluid flow; characterized in that the shedder bar includes a piezoelectric sensor configured to sense vibrations on the shedder bar , and a temperature probe is disposed at the shedder bar to measure the process fluid temperature proximate to the shedder bar , the temperature probe operably coupled to at least one of the differential pressure measurement circuitry and the vortex flowmeter. a fluid flow member having an inlet with a first diameter and a throat with a second diameter that is smaller than the first diameter; a first process fluid pressure tap disposed proximate the inlet ; a second process fluid pressure tap disposed proximate the throat ; a differential pressure sensor operably coupled to the first and second process fluid pressure taps ; differential pressure measurement circuitry coupled to the differential pressure sensor to provide a differential pressure signal related to a difference in pressure between process fluid pressure at the first and second process fluid pressure taps ; a vortex flowmeter having a shedder bar positioned in the throat to measure a velocity of process fluid flowing therethrough and provide a fluid velocity indication ; wherein the differential pressure sensor signal and the fluid velocity indication are used to provide a calculated indication of fluid flow; characterized in that the shedder bar includes a piezoelectric sensor configured to sense vibrations on the shedder bar , and a temperature probe is disposed at the shedder bar to measure the process fluid temperature proximate to the shedder bar , the temperature probe operably coupled to at least one of the differential pressure measurement circuitry and the vortex flowmeter.
Air circuit breaker (ACB)-type circuit breaker consisting primarily of electromechanical elements for tripping and resetting a lock and provided with a pump-action reset lever , this circuit breaker taking the general form of a housing enclosing said electromechanical elements, the front face of which has a recess in the form of a narrow groove accommodating said pump-action reset lever , characterized in that the pump-action reset lever has a telescopic rod that may be deployed from a retracted position, in which it is accommodated by the recess , to a deployed position protruding from said recess when it is actuated for pumping, and in that the telescopic rod is produced in the form of a central rod ensheathed by a sliding sleeve sliding over said central rod and provided, at its free end, with an end stop for said sliding sleeve and in that the end stop is produced in the form of a cylindrical axle which is also used as an axis of rotation for pivoting said sliding sleeve in a plane that is perpendicular to the plane in which the pump-action reset lever pivots.
A method for delay scheduling, the method comprising: determining a first subframe on which to transmit a first downlink control information, DCI, message ; characterized in that the method further comprises: if a first information is for a machine type communications, MTC, type user equipment, transmitting, by a communications controller to the MTC type user equipment and in accordance with a delay, a second subframe conveying the first information after transmitting the first subframe, the first information being scheduled to be transmitted on the second subframe in accordance with scheduling information indicated in the first DCI message (step 166). determining a first subframe on which to transmit a first downlink control information, DCI, message ; characterized in that the method further comprises: if a first information is for a machine type communications, MTC, type user equipment, transmitting, by a communications controller to the MTC type user equipment and in accordance with a delay, a second subframe conveying the first information after transmitting the first subframe, the first information being scheduled to be transmitted on the second subframe in accordance with scheduling information indicated in the first DCI message (step 166).
An agricultural work machine , comprising: a communication system configured to receive a prior information map that includes values of a first agricultural characteristic corresponding to different geographic locations in a field; a geographic position sensor configured to detect a geographic location of the agricultural work machine ; an in-situ sensor configured to detect a value of a second agricultural characteristic, which is different from the first agricultural characteristic, corresponding to the geographic location; and a predictive model generator configured to generate a predictive agricultural model that models a relationship between the first agricultural characteristic and the second agricultural characteristic based on a value of the first agricultural characteristic in the prior information map at the geographic location and a value of the second agricultural characteristic sensed by the in-situ sensor at the geographic location; characterized by a predictive map generator configured to generate a functional predictive agricultural map of the field, that maps predictive values of the second agricultural characteristic to the different geographic locations in the field, based on the values of the first agricultural characteristic in the prior information map and based on the predictive agricultural model. a communication system configured to receive a prior information map that includes values of a first agricultural characteristic corresponding to different geographic locations in a field; a geographic position sensor configured to detect a geographic location of the agricultural work machine ; an in-situ sensor configured to detect a value of a second agricultural characteristic, which is different from the first agricultural characteristic, corresponding to the geographic location; and a predictive model generator configured to generate a predictive agricultural model that models a relationship between the first agricultural characteristic and the second agricultural characteristic based on a value of the first agricultural characteristic in the prior information map at the geographic location and a value of the second agricultural characteristic sensed by the in-situ sensor at the geographic location; characterized by a predictive map generator configured to generate a functional predictive agricultural map of the field, that maps predictive values of the second agricultural characteristic to the different geographic locations in the field, based on the values of the first agricultural characteristic in the prior information map and based on the predictive agricultural model.
An auto focus system for a camera , the camera comprising a radar system and an optical system configured to record images based on light from an optical field of view entering the optical system , said autofocus system comprising: - a focusing unit configured to focus the optical system on a target in the optical field of view , and - a control unit configured to control the focusing unit to focus said optical system on the target , and being characterized in that said control unit is configured to i) receive by the radar system distance and speed information with respect to the camera of targets within a radar field of view that is overlapping with said optical field of view , and ii) control the focusing unit to focus said optical system on a target selected based on a selected distance and/or a selected speed provided by the radar system , - a focusing unit configured to focus the optical system on a target in the optical field of view , and - a control unit configured to control the focusing unit to focus said optical system on the target , and being characterized in that said control unit is configured to i) receive by the radar system distance and speed information with respect to the camera of targets within a radar field of view that is overlapping with said optical field of view , and ii) control the focusing unit to focus said optical system on a target selected based on a selected distance and/or a selected speed provided by the radar system , i) receive by the radar system distance and speed information with respect to the camera of targets within a radar field of view that is overlapping with said optical field of view , and ii) control the focusing unit to focus said optical system on a target selected based on a selected distance and/or a selected speed provided by the radar system ,
Device for separating solids from liquids or gases, comprising a pressure vessel with at least one inlet nozzle for an inlet connection , at least one filtrate discharge nozzle for a filtrate discharge connection , and multiple filter elements , wherein the filter elements are arranged parallel to one other, and are connected to one other to form a filter package, wherein a free space exists between the individual filter elements over a large part of their vertical longitudinal extension, and wherein the filter elements are arranged in a flexible container which is arranged in the pressure vessel and sealed tightly relative thereto, wherein the pressure vessel comprises at least one outlet for discharging solid material, and the flexible container comprises at least one discharge connection , wherein the discharge connection of the flexible container is guided through the outlet of the pressure vessel and is sealed tightly relative to the pressure vessel , wherein the outlet and the discharge connection of the flexible container can be sealed tightly relative to the environment outside the flexible container and the pressure vessel by means of a closure mechanism , characterized in that the filter elements are constructed in such manner that they can be pressed together to evacuate the flexible container , wherein a sealed pressure vessel zone exists between the inner wall of the pressure vessel and the outer wall of the flexible container inside the pressure vessel , and wherein a pressure line is fixed to the pressure vessel to introduce an overpressure into the pressure vessel zone inside the pressure vessel in order to compress the flexible container and press the filter elements in the flexible container together.
A computer-implemented method in which a network device performs operations comprising: deploying and launching a monitoring application on a network device connected to a Fabric Attach, FA, server in a network, wherein said monitoring application is configured with Service Identifier, I-SID, values of mirror streams to be monitored; characterised by further comprising: issuing , by said monitoring application, an FA Type Length Value, TLV, on the link that connects to the FA Server, wherein said FA TLV includes the I-SID corresponding to the mirror stream that is being requested; and receiving said mirrored stream via a Remote Switch Port Analyzer, RSPAN, Virtual Local Area Network, VLAN, at said monitoring application. deploying and launching a monitoring application on a network device connected to a Fabric Attach, FA, server in a network, wherein said monitoring application is configured with Service Identifier, I-SID, values of mirror streams to be monitored; characterised by further comprising: issuing , by said monitoring application, an FA Type Length Value, TLV, on the link that connects to the FA Server, wherein said FA TLV includes the I-SID corresponding to the mirror stream that is being requested; and receiving said mirrored stream via a Remote Switch Port Analyzer, RSPAN, Virtual Local Area Network, VLAN, at said monitoring application. issuing , by said monitoring application, an FA Type Length Value, TLV, on the link that connects to the FA Server, wherein said FA TLV includes the I-SID corresponding to the mirror stream that is being requested; and receiving said mirrored stream via a Remote Switch Port Analyzer, RSPAN, Virtual Local Area Network, VLAN, at said monitoring application.
An image processing apparatus comprising: a blur restoration means arranged to set one of a plurality of object distances, each of which is associated with a respective object in a blurred image, as a blur restoration distance and to restore an image as a blur restoration processing from the blurred image by performing deconvolution processing on the blurred image according to the blur restoration distance; an instruction means arranged to instruct the blur restoration means to change the blur restoration distance; a display means arranged to perform a display of the restored image restored by the blur restoration means on a display device ; and characterized in that if a fine correction instruction is issued by the instruction means in response to an operation of the photographer if it is determined that a reproduction of an enlarged image is performed, the blur restoration means changes the blur restoration distance with a first change amount, and if it is determined that the reproduction of an enlarged image is not performed, the blur restoration means changes the blur restoration distance with a second change amount larger than said first change amount, and the blur restoration means restores the image from the blurred image according to the changed blur restoration distance. a blur restoration means arranged to set one of a plurality of object distances, each of which is associated with a respective object in a blurred image, as a blur restoration distance and to restore an image as a blur restoration processing from the blurred image by performing deconvolution processing on the blurred image according to the blur restoration distance; an instruction means arranged to instruct the blur restoration means to change the blur restoration distance; a display means arranged to perform a display of the restored image restored by the blur restoration means on a display device ; and characterized in that if a fine correction instruction is issued by the instruction means in response to an operation of the photographer if it is determined that a reproduction of an enlarged image is performed, the blur restoration means changes the blur restoration distance with a first change amount, and if it is determined that the reproduction of an enlarged image is not performed, the blur restoration means changes the blur restoration distance with a second change amount larger than said first change amount, and the blur restoration means restores the image from the blurred image according to the changed blur restoration distance.
Apparatus for moving worked pieces (P) comprising: - a piece-supporting plane configured to support one or more worked pieces (P); - a first gripping device and a second gripping device , respectively defining a first and a second gripping plane of a worked piece (P); wherein the apparatus is configured to move the first and the second gripping device among: i) a picking position wherein the first or the second gripping device is configured to pick up a worked piece (P) laid on the piece-supporting plane ; ii) an exchange position wherein the first gripping device and the second gripping device are mutually oriented such that said first and second gripping planes of the worked piece (P) are facing each other to allow transferring the worked piece (P) from the first gripping device to the second gripping device , or vice versa; and iii) a laying position, wherein the second gripping device or the first gripping device is configured to release in a piece storage area the worked piece (P) transferred in the exchange position. - a piece-supporting plane configured to support one or more worked pieces (P); - a first gripping device and a second gripping device , respectively defining a first and a second gripping plane of a worked piece (P); i) a picking position wherein the first or the second gripping device is configured to pick up a worked piece (P) laid on the piece-supporting plane ; ii) an exchange position wherein the first gripping device and the second gripping device are mutually oriented such that said first and second gripping planes of the worked piece (P) are facing each other to allow transferring the worked piece (P) from the first gripping device to the second gripping device , or vice versa; and iii) a laying position, wherein the second gripping device or the first gripping device is configured to release in a piece storage area the worked piece (P) transferred in the exchange position.
Housing for a radial fan of an extractor hood , with an air inlet , which is delimited by an edge which has at least one reinforcing rib , wherein the housing comprises a spiral-shaped base body , which has the air inlet and the edge , characterised in that the at least one reinforcing rib extends with the same spiral shape along with the spiral-shaped base body , and that the at least one reinforcing rib directly abuts the air inlet .
A folding bicycle comprising a front wheel , a rear wheel and a frame wherein, the frame comprises a front frame portion on which the front wheel is mounted, via a pivoting fork , and a rear frame portion (A) on which the rear wheel is mounted, the front frame portion comprises an upper bar , a seat bar and an oblique bar , the rear frame portion comprises at least one seat stay , at least one lower bar and the seat bar , and wherein, the oblique bar comprises an upper oblique rod and a lower oblique rod , the lower oblique rod , the upper oblique rod , the upper bar and the seat bar are interconnected by joints (P1, P2, P3, P4), in this order, so as to form an articulated quadrilateral (D) deformable between a folded position and an unfolded position, the articulated quadrilateral (D) is configured in such a way that, when deforming towards its folded position, the bicycle folds in the longitudinal direction, the front and rear wheels move transversely away from each other while moving towards each other in the longitudinal direction until the front wheel comes to overlap with the rear wheel in a transverse direction of the bicycle, and the joints (P1, P2, P3, P4) are revolute joints and axes of these joints intersect at a same point.
A wind-powered energy generation system arranged on a multi-hull marine vessel comprising at least two hulls and a bridge deck connecting the at least two hulls , wherein the energy generation system comprises at least one wind turbine located aft under the bridge deck such as to be powered by airflow passing under the bridge deck from bow to stern of the vessel and wherein the at least one wind turbine is retractable from under the bridge deck into or above the bridge deck .
A phase change memory , PCM, cell , comprising: a PCM material layer ; a metal ceramic composite material layer ; and an amorphous carbon nitride (CN x ) electrode layer disposed between the PCM material layer and the metal ceramic composite material layer. a PCM material layer ; a metal ceramic composite material layer ; and an amorphous carbon nitride (CN x ) electrode layer disposed between the PCM material layer and the metal ceramic composite material layer.
A working machine in which a belt-type continuously variable transmission is interposed in a working power transmission system from a drive source to a working unit , and a driven pulley of the belt-type continuously variable transmission includes a fixed sheave , a movable sheave displaceable in an axial direction with respect to the fixed sheave , an urging member that urges the movable sheave toward the fixed sheave , and a torque cam mechanism that converts a part of a rotational force that acts on the movable sheave into a thrust that presses a side surface of a belt , wherein the working machine comprises: a target working speed setting section that sets a target working rotational speed (Bs) of the working unit ; a working unit speed sensor that detects an actual working rotational speed (Br) of the working unit ; a speed reduction ratio regulation mechanism that regulates a minimum speed reduction ratio of a rotational speed of the driven pulley to a drive pulley ; and a control unit that controls the drive source and the speed reduction ratio regulation mechanism , wherein the control unit is configured to control a rotational speed (Er) of the drive source so as to bring the actual working rotational speed (Br) detected by the working unit speed sensor close to the target working rotational speed (Bs) of the working unit , characterized in that the control unit is further configured to obtain a minimum limit speed reduction ratio (Ram) on the basis of a target minimum rotational speed (Em) of the drive source , which is set in advance or set by a drive minimum speed setting section , and the target working rotational speed (Bs) of the working unit , and control the speed reduction ratio regulation mechanism to keep the obtained minimum limit speed reduction ratio (Ram). a target working speed setting section that sets a target working rotational speed (Bs) of the working unit ; a working unit speed sensor that detects an actual working rotational speed (Br) of the working unit ; a speed reduction ratio regulation mechanism that regulates a minimum speed reduction ratio of a rotational speed of the driven pulley to a drive pulley ; and a control unit that controls the drive source and the speed reduction ratio regulation mechanism , wherein the control unit is configured to control a rotational speed (Er) of the drive source so as to bring the actual working rotational speed (Br) detected by the working unit speed sensor close to the target working rotational speed (Bs) of the working unit , characterized in that the control unit is further configured to obtain a minimum limit speed reduction ratio (Ram) on the basis of a target minimum rotational speed (Em) of the drive source , which is set in advance or set by a drive minimum speed setting section , and the target working rotational speed (Bs) of the working unit , and control the speed reduction ratio regulation mechanism to keep the obtained minimum limit speed reduction ratio (Ram).