mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing synthetic aperture radar ,SAR, signatures from a SAR device , the method comprising: receiving a SAR backscatter signature of a geographical area including an object of interest , the SAR backscatter signature including a two dimensional array of intensity values; extracting one or more feature vectors from the SAR backscatter signature based on the intensity values of the SAR backscatter signature; inputting the one or more feature vectors into a neural network machine learning model, the neural network machine learning model trained using training data, the training data including one or more training sets, each training set comprising labeled SAR backscatter signatures of objects of interest, wherein the label of each SAR backscatter signature indicates a coordinate value indicating one or more visual features of the object of interest ; receiving, as output from the neural network machine learning model, coordinate values indicating one or more visual features of the object of interest ; and determining one or more measurements of the object of interest based on the coordinate values. receiving a SAR backscatter signature of a geographical area including an object of interest , the SAR backscatter signature including a two dimensional array of intensity values; extracting one or more feature vectors from the SAR backscatter signature based on the intensity values of the SAR backscatter signature; inputting the one or more feature vectors into a neural network machine learning model, the neural network machine learning model trained using training data, the training data including one or more training sets, each training set comprising labeled SAR backscatter signatures of objects of interest, wherein the label of each SAR backscatter signature indicates a coordinate value indicating one or more visual features of the object of interest ; receiving, as output from the neural network machine learning model, coordinate values indicating one or more visual features of the object of interest ; and determining one or more measurements of the object of interest based on the coordinate values.
Catalyst that comprises a substrate based on alumina or silica or silica-alumina, at least one element from group VIII, at least one element from group VIB, and at least one additive that is selected from among 2-acetylbutyrolactone, 2-(2-hydroxyethyl)-3-oxobutanoic acid, and/or 3-hydroxy-2-(2-hydroxyethyl)-2-butenoic acid.
Embossing station for local plastic deformation of a workpiece clamping area , with at least one embossing jaw , which has a clamping surface for contact with the workpiece clamping area , at least one embossing protrusion projecting from the clamping surface , and with at least one supporting jaw arranged opposite the embossing jaw , which is designed to support embossing forces acting on the workpiece clamping area , with a guide arrangement , which is designed for a linear guidance of the embossing jaw and the supporting jaw , and with a first gear arrangement , which is designed for position adjustment of the embossing jaw along the guide arrangement , and with a second gear arrangement , which is designed for position adjustment of the supporting jaw along the guide arrangement , and with an adjusting device ; 168; 238), which is designed for setting a distance between the two gear arrangements and which comprises a traction means (34; 134), designed in particular as a pull rod, for introducing an embossing force onto the embossing jaw , the setting device comprising a hand lever mounted pivotably on the guide arrangement and a gear means for kinematically coupling the hand lever to the traction means ; 134), which is coupled to at least one of the gear arrangements , wherein the gear means is designed for converting a pivoting movement of the hand lever into a pulling force on the traction means (34; 134) for a linear relative movement of the two gear arrangements .
A soil cultivation device comprising at least one carrier frame on which a plurality of share elements are arranged spaced apart from each other in at least two rows (R1, R2) extending parallel to each other and transverse to the longitudinal axis (LA) of the soil cultivation device , wherein the soil cultivation device is designed for an operating direction (AR) extending parallel to the longitudinal axis (LA), wherein the share elements are designed as exchangeable share modules , namely as cultivator share modules and as ring cutting modules , wherein a share module is detachably fixed via a respective connecting device on the carrier frame along at least one first or one second row (R1, R2), wherein a plurality of cultivator share modules are arranged along the first row (R1) and a plurality of ring cutting modules are arranged along the second row (R2) and comprise a hub device (4.1) with spokes (4.2) and a ring cutter (4.3) connected to the hub device (4.1) via the spokes (4.2), wherein the first row (R1) is arranged in front of the second row (R2) in the operating direction (AR) and a cultivator share module and a ring cutting module are respectively connected to the connecting device via a spring loaded connecting element.
A construction system for a module of a dwelling the main elements of which are made of plastic material, the construction system including: - a set of hollow profiled beams of elongate rectilinear shape of type 1 and of type 2, the beams including at each end a transverse passage opening such that the transverse passage opening of a beam of type 1 comes to be nested with the transverse passage opening of a beam of type 2 when the two beams are assembled end to end at a right angle leaving a passage opening between the two ends of the beams so that two beams of type 1 can be assembled with two beams of type 2 to form a rectangular frame, - a set of corner assembly elements , each assembly element including a body intended to pass through the transverse passage opening of the beams of type 1 and 2, - a set of plates that can be assembled between two beams of type 1 when assembled or two beams of type 2 when assembled to form a rectangular frame, and - a set of posts of hollow rectangular section the hollow ends of which come to be nested over a corner assembly element of a rectangular frame formed of beams of type 1 and of type 2 so as to form a three-dimensional framework, the posts include longitudinal rails or grooves on two adjacent surfaces to receive other plates between the posts during assembly, each hollow profile beam including along an upper surface spaced rails or grooves intended to receive said other plates . - a set of hollow profiled beams of elongate rectilinear shape of type 1 and of type 2, the beams including at each end a transverse passage opening such that the transverse passage opening of a beam of type 1 comes to be nested with the transverse passage opening of a beam of type 2 when the two beams are assembled end to end at a right angle leaving a passage opening between the two ends of the beams so that two beams of type 1 can be assembled with two beams of type 2 to form a rectangular frame, - a set of corner assembly elements , each assembly element including a body intended to pass through the transverse passage opening of the beams of type 1 and 2, - a set of plates that can be assembled between two beams of type 1 when assembled or two beams of type 2 when assembled to form a rectangular frame, and - a set of posts of hollow rectangular section the hollow ends of which come to be nested over a corner assembly element of a rectangular frame formed of beams of type 1 and of type 2 so as to form a three-dimensional framework,
An elevator system , comprising: at least one elevator car that is moveable along a hoistway ; and an elevator controller that is configured to: respond to a communication from a portable device indicating a desire for the at least one elevator car to be placed in a maintenance mode and indicating a location of desired hoistway access, automatically move the at least one elevator car to a determined position based on the communication, the determined position corresponding to the location of desired hoistway access, characterized in that the controller is configured to: perform at least one automated procedure to place the at least one elevator car in the maintenance mode based on the communication; and provide an indication to the portable device that the at least one elevator car is in the determined position and the at least one automated procedure is complete. at least one elevator car that is moveable along a hoistway ; and an elevator controller that is configured to: respond to a communication from a portable device indicating a desire for the at least one elevator car to be placed in a maintenance mode and indicating a location of desired hoistway access, automatically move the at least one elevator car to a determined position based on the communication, the determined position corresponding to the location of desired hoistway access, characterized in that the controller is configured to: perform at least one automated procedure to place the at least one elevator car in the maintenance mode based on the communication; and provide an indication to the portable device that the at least one elevator car is in the determined position and the at least one automated procedure is complete. respond to a communication from a portable device indicating a desire for the at least one elevator car to be placed in a maintenance mode and indicating a location of desired hoistway access, automatically move the at least one elevator car to a determined position based on the communication, the determined position corresponding to the location of desired hoistway access, characterized in that the controller is configured to: perform at least one automated procedure to place the at least one elevator car in the maintenance mode based on the communication; and provide an indication to the portable device that the at least one elevator car is in the determined position and the at least one automated procedure is complete. perform at least one automated procedure to place the at least one elevator car in the maintenance mode based on the communication; and provide an indication to the portable device that the at least one elevator car is in the determined position and the at least one automated procedure is complete.
A package assembly , comprising: a main body having a hollow part , wherein the hollow part runs through a top part and a bottom part of the main body wherein the main body further comprises a housing frame and a mounting bracket , the housing frame comprises plural frame plates , a first channel and a receiving recess , and the mounting bracket comprises a first fixing part and a second fixing part , wherein the first channel is defined by the plural frame plates , the second fixing part is accommodated within the first channel , a first end of the first fixing part is locked into the receiving recess , and a second end of the first fixing part is exposed outside the package assembly and has at least one first mounting hole ; a power module disposed within the hollow part of the main body and located beside the bottom part of the main body , wherein at least one first pin is disposed on a surface of the power module , and the at least one first pin is accommodated within the hollow part of the main body and partially protruded out of a first open end of the hollow part near the top part of the main body ; and a replaceable top cover disposed in the hollow part of the main body , and comprising at least one first opening corresponding to the at least one first pin , wherein the at least one first pin is penetrated through the corresponding first opening and exposed outside the first open end of the hollow part . a main body having a hollow part , wherein the hollow part runs through a top part and a bottom part of the main body wherein the main body further comprises a housing frame and a mounting bracket , the housing frame comprises plural frame plates , a first channel and a receiving recess , and the mounting bracket comprises a first fixing part and a second fixing part , wherein the first channel is defined by the plural frame plates , the second fixing part is accommodated within the first channel , a first end of the first fixing part is locked into the receiving recess , and a second end of the first fixing part is exposed outside the package assembly and has at least one first mounting hole ; a power module disposed within the hollow part of the main body and located beside the bottom part of the main body , wherein at least one first pin is disposed on a surface of the power module , and the at least one first pin is accommodated within the hollow part of the main body and partially protruded out of a first open end of the hollow part near the top part of the main body ; and a replaceable top cover disposed in the hollow part of the main body , and comprising at least one first opening corresponding to the at least one first pin , wherein the at least one first pin is penetrated through the corresponding first opening and exposed outside the first open end of the hollow part .
Bulletproof glazing for use in vehicles, defining an external surface for facing the outside of a vehicle and an internal surface for facing the inside of the vehicle, the glazing comprising a combination of sheets of different materials and intermediate layers interposed between the sheets , comprising an outermost sheet of glass and an innermost sheet formed of an anti-shatter material, wherein the combination of sheets comprises at least a first intermediate sheet constituting an insert or support of metallic material and a second intermediate sheet of glass , and it possesses a chamfer (Y) at least in the outermost sheet , the chamfer (Y) defining an angle (α) which faces the outer surface of the glazing , wherein the first intermediate sheet rests on a filling layer that is disposed between the outermost sheet and the second intermediate sheet . the combination of sheets comprises at least a first intermediate sheet constituting an insert or support of metallic material and a second intermediate sheet of glass , and it possesses a chamfer (Y) at least in the outermost sheet , the chamfer (Y) defining an angle (α) which faces the outer surface of the glazing , wherein the first intermediate sheet rests on a filling layer that is disposed between the outermost sheet and the second intermediate sheet .
A touch type keyboard comprising: an array of tactile keys defining a home row of locations that allow each of eight fingers to rest concurrently in the course of touch-typing, and providing single stroke access to every letter of a full alphabet through unique locations on the array; and a controller configured to apply a timestamp for each of a plurality of key actuation events at the different key locations, the touch type keyboard being characterised in that : the controller is configured to identify when at least one of the home row locations and a second home row location are actuated concurrently as a signal to switch a function of a third location in the array to a different keyboard function; and wherein the identification is based at least in part, on a temporal relation of the timestamps; and wherein the controller is configured to evaluate the temporal relation after the events have occurred and before reporting the events to the host. an array of tactile keys defining a home row of locations that allow each of eight fingers to rest concurrently in the course of touch-typing, and providing single stroke access to every letter of a full alphabet through unique locations on the array; and a controller configured to apply a timestamp for each of a plurality of key actuation events at the different key locations, the touch type keyboard being characterised in that : the controller is configured to identify when at least one of the home row locations and a second home row location are actuated concurrently as a signal to switch a function of a third location in the array to a different keyboard function; and wherein the identification is based at least in part, on a temporal relation of the timestamps; and wherein the controller is configured to evaluate the temporal relation after the events have occurred and before reporting the events to the host. the controller is configured to identify when at least one of the home row locations and a second home row location are actuated concurrently as a signal to switch a function of a third location in the array to a different keyboard function; and wherein the identification is based at least in part, on a temporal relation of the timestamps; and wherein the controller is configured to evaluate the temporal relation after the events have occurred and before reporting the events to the host.
A method for molding a resin material mixed with a pulverized material, the method comprising: plasticizing and injection-molding a resin material mixed with a pulverized material in which a virgin material and a pulverized material are mixed in a predetermined ratio, wherein bulk densities of the virgin material and the pulverized material are previously measured; based on pulverized material bulk density data related to the bulk density of the pulverized material and virgin material bulk density data related to the bulk density of the virgin material obtained by the measurement, determining and registering a conversion coefficient for a predetermined molding condition when the virgin material and the pulverized material are mixed in the predetermined ratio; when the pulverized material is used, measuring at least a bulk density of the pulverized material which is used; and based on the pulverized material bulk density data, the virgin material bulk density data obtained by the measurement, and the conversion coefficient, processing for modifying the molding condition. plasticizing and injection-molding a resin material mixed with a pulverized material in which a virgin material and a pulverized material are mixed in a predetermined ratio, wherein bulk densities of the virgin material and the pulverized material are previously measured; based on pulverized material bulk density data related to the bulk density of the pulverized material and virgin material bulk density data related to the bulk density of the virgin material obtained by the measurement, determining and registering a conversion coefficient for a predetermined molding condition when the virgin material and the pulverized material are mixed in the predetermined ratio; when the pulverized material is used, measuring at least a bulk density of the pulverized material which is used; and based on the pulverized material bulk density data, the virgin material bulk density data obtained by the measurement, and the conversion coefficient, processing for modifying the molding condition.
An oil-in-water emulsion comprising an aqueous phase, an oil phase comprising squalene, a surfactant comprising polysorbate 80, a phospholipid, and a lipophilic small molecule immune potentiator (SMIP), wherein the phospholipid is 1,2-Distearoyl-sn-Glycero-3-phosphatidylcholine or 1,2-Dioleoyl-sn-Glycero-3-phosphatidylcholine, the SMIP is palmitoyl-Cys(2[R],3-dilauroyloxy-propyl)-Abu-D-Glu-NH2 or a salt thereof, and the average droplet size in the emulsion is less than 250nm, provided that (i) the phospholipid does not include an amino acid residue and (ii) the phospholipid is not a cationic phospholipid.
A method of communicating a data stream by a client device , the method comprising: monitoring signal quality of a plurality of network connections at a network monitor of the client device ; selecting at least one network connection of the plurality of network connections by the network monitor of the client device based on a signal quality of the at least one network connection; establishing a first communication session from a dialer of the client device over the at least one network connection of the plurality of network connections to a server via a first network; transmitting a first part of the data stream over the first communication session from the dialer of client device to the server configured to receive data from the plurality of network connections and transmit the data to a recipient device ; establishing a second communication session from the dialer of the client device to the server over a second network connection of the plurality of network connections via a second network; and transmitting, simultaneously, both the first part of the data stream over the first communication session and a second part of the data stream over the second communication session from the dialer of the client device to the server , wherein the first part of the data stream and the second part of the data stream are different parts of a same data signal generated at the client device and wherein the transmitted first part and the second part of the data stream are configured for reconstruction by the server and transmission by the server to a recipient device . monitoring signal quality of a plurality of network connections at a network monitor of the client device ; selecting at least one network connection of the plurality of network connections by the network monitor of the client device based on a signal quality of the at least one network connection; establishing a first communication session from a dialer of the client device over the at least one network connection of the plurality of network connections to a server via a first network; transmitting a first part of the data stream over the first communication session from the dialer of client device to the server configured to receive data from the plurality of network connections and transmit the data to a recipient device ; establishing a second communication session from the dialer of the client device to the server over a second network connection of the plurality of network connections via a second network; and transmitting, simultaneously, both the first part of the data stream over the first communication session and a second part of the data stream over the second communication session from the dialer of the client device to the server , wherein the first part of the data stream and the second part of the data stream are different parts of a same data signal generated at the client device and wherein the transmitted first part and the second part of the data stream are configured for reconstruction by the server and transmission by the server to a recipient device .