mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a wireless network environment in which signal strengths data can be detected, the method comprising: obtaining, by a first mobile network device registered with a proximity server (204 1 ; 204 2 ; 204 3 ), first signal strength data with respect to signals received from at least one base station (202 1 ; 202 2 ; 202 3 ; 202 4 ; 302 1 ; 302 2 ; 302 3 ; 302 4 ; 302 n ); sending to the proximity server, by the first mobile network device, the first signal strength data as a first signature, measuring, by a second mobile network device, second signal strength data, wherein the second mobile network device is registered with the proximity server, reporting to the proximity server, by the second mobile network device, the second signal strength data as a second signature, estimating, by the proximity server, the distance between the first mobile network device and the second mobile network device, wherein the distance is related to the similarity of their signatures, wherein estimating the physical distance of a pair of signatures is based on numerical features created from the two signatures, wherein estimating the approximate distance from the first mobile network device to the second mobile network device comprises the feature of the number of base stations which are detected in common between the first mobile network device and the second mobile network device, and comprises the feature of a correlation coefficient being a number which represents how closely the first and the second mobile device rank the base stations which are detected in common by signal strength. obtaining, by a first mobile network device registered with a proximity server (204 1 ; 204 2 ; 204 3 ), first signal strength data with respect to signals received from at least one base station (202 1 ; 202 2 ; 202 3 ; 202 4 ; 302 1 ; 302 2 ; 302 3 ; 302 4 ; 302 n ); sending to the proximity server, by the first mobile network device, the first signal strength data as a first signature, measuring, by a second mobile network device, second signal strength data, wherein the second mobile network device is registered with the proximity server, reporting to the proximity server, by the second mobile network device, the second signal strength data as a second signature, estimating, by the proximity server, the distance between the first mobile network device and the second mobile network device, wherein the distance is related to the similarity of their signatures, wherein estimating the physical distance of a pair of signatures is based on numerical features created from the two signatures, wherein estimating the approximate distance from the first mobile network device to the second mobile network device comprises the feature of the number of base stations which are detected in common between the first mobile network device and the second mobile network device, and comprises the feature of a correlation coefficient being a number which represents how closely the first and the second mobile device rank the base stations which are detected in common by signal strength.
A polyurethane resin having an anionic group and a polyalkylene oxide in a side chain thereof, wherein the polyurethane resin is obtainable by reacting a polyester polyol, a polyether 1,2-diol or polyether 1,3-diol, a polyol containing an anionic group selected from the group consisting of carboxylates, sulfonates, sulphate, phosphonates and phosphates and a polyisocyanate, and wherein the polyester polyol is obtained by reacting an aromatic polycarboxylic acid and a polyol.
A control method for controlling an information processing apparatus having storage means and display means, the control method comprising: displaying an image selected by a user on the display means; acquiring connection information from a printing apparatus by using proximity wireless communication; storing the acquired connection information in the storage means; establishing wireless connection with the printing apparatus by using the acquired connection information stored in the storage means, wherein a communication method of the wireless connection is a first communication method different from a second communication method that is a communication method of the proximity wireless communication; after the wireless connection is established, executing a first process for transmitting print data corresponding to the selected image to the printing apparatus using the first communication method; and after the first process has been executed, executing a second process that is a process of transmitting a request from a printing application running on the information processing apparatus to an operating system operating on the information processing apparatus, wherein the execution of the second process results in deletion of the acquired connection information. displaying an image selected by a user on the display means; acquiring connection information from a printing apparatus by using proximity wireless communication; storing the acquired connection information in the storage means; establishing wireless connection with the printing apparatus by using the acquired connection information stored in the storage means, wherein a communication method of the wireless connection is a first communication method different from a second communication method that is a communication method of the proximity wireless communication; after the wireless connection is established, executing a first process for transmitting print data corresponding to the selected image to the printing apparatus using the first communication method; and after the first process has been executed, executing a second process that is a process of transmitting a request from a printing application running on the information processing apparatus to an operating system operating on the information processing apparatus, wherein the execution of the second process results in deletion of the acquired connection information.
A brushless heat gun provided with a control circuit, comprising: a fan module provided with a brushless motor and a heating module; and a main control unit controlling the rotation of the fan module and the heating of the heating module, characterized in that the brushless heat gun further comprises a gear switch unit supplying power to the brushless heat gun, wherein an EMC processing circuit which used to enhance the electro magnetic compatibility of the brush heat gun is provided between the gear switch unit and an external power supply, the EMC processing circuit comprising a discharging circuit connected with the external power supply, a lightning protection circuit connected with the discharging circuit, a pre-capacitor connected with the lightning protection circuit, a common mode inductor connected with the pre-capacitor, and a post-capacitor, one end of which is connected with the common mode inductor and the other end of which is connected with the gear switch unit.
A controlling method for a refrigerator comprising: determining whether a defrosting start condition for an evaporator is satisfied; a first defrosting step of performing defrosting for the evaporator , the first defrosting step which ends when the temperature of the evaporator reaches a first temperature (S220); a pressure difference sensing step (S250) of measuring a difference between the pressure in a first through-hole arranged between an inlet hole for drawing air from a storage compartment and the evaporator and the pressure in a second through-hole arranged between an outlet hole for discharging air towards the storage compartment and the evaporator by using one differential pressure sensor ; and a second defrosting step (S270) of performing additional defrosting for the evaporator when the measured pressure difference is a preset pressure or more (S260), wherein the defrosting start condition is set in consideration of the driving time of a compressor and the open time of a door . determining whether a defrosting start condition for an evaporator is satisfied; a first defrosting step of performing defrosting for the evaporator , the first defrosting step which ends when the temperature of the evaporator reaches a first temperature (S220); a pressure difference sensing step (S250) of measuring a difference between the pressure in a first through-hole arranged between an inlet hole for drawing air from a storage compartment and the evaporator and the pressure in a second through-hole arranged between an outlet hole for discharging air towards the storage compartment and the evaporator by using one differential pressure sensor ; and a second defrosting step (S270) of performing additional defrosting for the evaporator when the measured pressure difference is a preset pressure or more (S260), wherein the defrosting start condition is set in consideration of the driving time of a compressor and the open time of a door .
Pack for preparing a food or beverage product from one or more food or beverage ingredients comprising an insert and a container where the ingredient or ingredients are stored, the insert comprising a fluid inlet configured for introducing an aqueous fluid under the form of a jet in the inner volume of the pack, characterized in that the insert further comprises an air inlet communicating with the exterior of the pack and configured for introducing air in the inner volume of the pack , the air inlet being connected to an aspiration inlet through which the jet enters the inner volume of the pack , configured in such a way that air is aspirated through the air inlet when the jet is introduced inside the pack , wherein the relative positioning of the aspiration inlet with respect to the air inlet , together with the diameter of the air inlet , define the level of foaming of the food or beverage prepared. the insert comprising a fluid inlet configured for introducing an aqueous fluid under the form of a jet in the inner volume of the pack, characterized in that the insert further comprises an air inlet communicating with the exterior of the pack and configured for introducing air in the inner volume of the pack , the air inlet being connected to an aspiration inlet through which the jet enters the inner volume of the pack , configured in such a way that air is aspirated through the air inlet when the jet is introduced inside the pack , wherein the relative positioning of the aspiration inlet with respect to the air inlet , together with the diameter of the air inlet , define the level of foaming of the food or beverage prepared.
A medical device for patient's foot support comprising a calf support coupled to a foot support and a ball joint connecting the calf support and the foot support , wherein the ball joint comprises a pin , a ball part and a housing , wherein the ball part is arranged in the housing , the medical device further comprising a control member, a pressing element and a pre-biased spring characterized in that the pre-biased spring is arranged between the pressing element and a fixed part of the calf support , wherein at the end distant from the ball part the pre-biased spring abuts to the fixed part of the calf support and the end near to the ball part it abuts to the movable pressing element , which is coupled with the control member.
A method for detecting malicious code in received web pages, comprising: receiving web page code at a host system from a web server two or more times; and scanning the received web page code to determine the presence therein of one or more suspect code strings meeting one or more detection criteria, this scanning step comprising inspecting the received web page code to determine whether the web page code received the first time is different to the web page code received the second or subsequent time, the one or more detection criteria including the criterion of whether a code string is polymorphic; processing the suspect code strings that meet the one or more detection criteria so as to de-armour the suspect code strings; and inspecting the results of the processing with an existing anti-virus or other host intrusion detection system (HIDS) already installed on the host system to determine whether the processed code strings contain malicious code. receiving web page code at a host system from a web server two or more times; and scanning the received web page code to determine the presence therein of one or more suspect code strings meeting one or more detection criteria, this scanning step comprising inspecting the received web page code to determine whether the web page code received the first time is different to the web page code received the second or subsequent time, the one or more detection criteria including the criterion of whether a code string is polymorphic; processing the suspect code strings that meet the one or more detection criteria so as to de-armour the suspect code strings; and inspecting the results of the processing with an existing anti-virus or other host intrusion detection system (HIDS) already installed on the host system to determine whether the processed code strings contain malicious code.
An in vitro method of preparing an encapsulated Vesciular stomatitis Indiana virus G protein (VSV-G) pseudotyped lentiviral vector, the method comprising: reacting N-acryloxysuccinimide (NAS) with a viral vector so as to generate a polymerizable group; reacting the polymerizable group to a plurality of acrylamide monomers to form a polymer shell in situ to encapsulate the viral vector; crosslinking the monomers with a degradable cross-linking agent such as glycodyl methacrylate (GMA); and coupling a targeting agent to the polymer shell. reacting N-acryloxysuccinimide (NAS) with a viral vector so as to generate a polymerizable group; reacting the polymerizable group to a plurality of acrylamide monomers to form a polymer shell in situ to encapsulate the viral vector; crosslinking the monomers with a degradable cross-linking agent such as glycodyl methacrylate (GMA); and coupling a targeting agent to the polymer shell.
Device for evaluating signals (S) from surroundings capture sensors for regulating and/or controlling a trajectory of a vehicle that can be operated in an automated manner, comprising • at least a first path (P1) and a second pad (P2), wherein one path (P1, P2) comprises a signal line and a signal evaluation, wherein • the first path (P1) comprises a first evaluation unit which is designed to evaluate the signals (S) in a first capture range (E1) of the surroundings capture sensors and to determine first regulating and/or control signals (A1), • the second path (P2) comprises a second evaluation unit which is designed to evaluate the signals (S) in a second capture range (E2) of the surroundings capture sensors on the basis of a measurement task, wherein the first capture range (E1) comprises the second capture range (E2), and to determine second regulating and/or control signals (A2), wherein the device is designed to provide actuators of the vehicle with the second regulating and/or control signals (A2) if an evaluation by the first evaluation unit differs from the evaluation by the second evaluation unit , characterized in that the first evaluation unit executes a machine learning algorithm and the second evaluation unit executes a deterministic algorithm. • at least a first path (P1) and a second pad (P2), wherein one path (P1, P2) comprises a signal line and a signal evaluation, wherein • the first path (P1) comprises a first evaluation unit which is designed to evaluate the signals (S) in a first capture range (E1) of the surroundings capture sensors and to determine first regulating and/or control signals (A1), • the second path (P2) comprises a second evaluation unit which is designed to evaluate the signals (S) in a second capture range (E2) of the surroundings capture sensors on the basis of a measurement task, wherein the first capture range (E1) comprises the second capture range (E2), and to determine second regulating and/or control signals (A2), wherein the device is designed to provide actuators of the vehicle with the second regulating and/or control signals (A2) if an evaluation by the first evaluation unit differs from the evaluation by the second evaluation unit , characterized in that the first evaluation unit executes a machine learning algorithm and the second evaluation unit executes a deterministic algorithm.
A covering pad for tables, in particular for gaming tables, suitable to be associated with a table top , said pad comprising a surface cloth attached to a cushioning mat , wherein said covering pad is a pre-formed table-top covering pad , wherein said pad comprises a semi-rigid support panel firmly associated to the surface of said cushioning mat opposite to the one on which said surface cloth is attached, wherein said support panel keeps said pad constantly stretched and prevents any wrinkling of the same, and wherein said cushioning mat and said surface cloth are maintained stretched when said pad is associated to said table top , characterized in that said pad being shaped so as to substantially match the shape of said top and wherein said semirigid support panel consists of a single panel made from pressed carton and treated to provide characteristics of water repellence and fire resistance.
A method of producing Bacillus spores comprising a step of culturing the Bacillus bacterium using a liquid medium having a C/N ratio (weight ratio of carbon content to nitrogen content) of greater than 4.0 and less than 9.5, wherein the Bacillus bacterium is Bacillus siamensis, Bacillus simplex or Bacillus megaterium and wherein the potassium content in the liquid medium is less than 2.0 g/L.
Device for disposing of used chewing-gums, comprising: - a corpus , with a vertically oriented and flat front face , which is configured for receiving used chewing gums, and - a receptacle for gathering and temporarily storing the used chewing gums, which is arranged below the corpus or integrated in its underside or in a lower region of it, - wherein the front face is fitted with a flexible sheet , characterized in that - the front face has an opening , which is at least partially covered by the sheet and through which chewing gums can be inserted into an interior space of the corpus, and - the receptacle has on its upper side an opening , that is configured and arranged such that a chewing gum pushed through the opening in the front face , passing through the interior space of the corpus , falls, due to gravity, into the receptacle . - a corpus , with a vertically oriented and flat front face , which is configured for receiving used chewing gums, and - a receptacle for gathering and temporarily storing the used chewing gums, which is arranged below the corpus or integrated in its underside or in a lower region of it, - wherein the front face is fitted with a flexible sheet , characterized in that - the front face has an opening , which is at least partially covered by the sheet and through which chewing gums can be inserted into an interior space of the corpus, and - the receptacle has on its upper side an opening , that is configured and arranged such that a chewing gum pushed through the opening in the front face , passing through the interior space of the corpus , falls, due to gravity, into the receptacle .
A method of obtaining proof-of-play data from an electronic display system comprising a processor and a digital display device and memory device operably coupled thereto, the processor executing a display controller for loading a series of image data files from the memory device in turn for sequential display thereof on the digital display device , the method comprising sending a hypertext marked-up image display data file for storage by the electronic display system in the memory device amongst the image data files , the hypertext marked-up image display data file comprising image data , hypertext markup , client-side code and a resource locator and wherein the display controller comprises a hypertext processor and client-side code interpreter such that when the hypertext marked-up image display data file is loaded by the display controller , the interpreter thereof interprets the client-side code characterized in that the interpreter transmits proof-of-play data to a resource across a wide area network specified by the resource locator , wherein the client-side code includes an on-load event handler for handling an on-load event fired by the interpreter and an asynchronous data transmitter and wherein the on-load event handler invokes the asynchronous data transmitter when handling the on-load event and wherein the client-side code further comprises a timer and which invokes the asynchronous data transmitter at a periodic interval.
A fan assembly for a gas turbine engine, comprising: a fan including a plurality of fan blades , each fan blade extending radially outwardly from a fan hub to a blade tip , the plurality of blade tips defining a fan diameter (D); a nacelle surrounding the fan and defining a fan inlet upstream of the fan , relative to an airflow direction into the fan , the nacelle having a forwardmost edge defining an inlet length (L) from the forwardmost edge to a leading edge of a fan blade of the plurality of fan blades , a ratio of inlet length to fan diameter (L/D) between 0.20 and 0.45; and a nacelle inner surface defining a nacelle flowpath, the nacelle flowpath having a convex throat portion and a diffusion portion between the throat portion and the leading edge of the fan blade at a topmost portion of the nacelle, characterized in that the throat portion has a minimum throat radius measured from a fan central axis (A) greater than a fan blade tip radius measured relative to the fan central axis (A). a fan including a plurality of fan blades , each fan blade extending radially outwardly from a fan hub to a blade tip , the plurality of blade tips defining a fan diameter (D); a nacelle surrounding the fan and defining a fan inlet upstream of the fan , relative to an airflow direction into the fan , the nacelle having a forwardmost edge defining an inlet length (L) from the forwardmost edge to a leading edge of a fan blade of the plurality of fan blades , a ratio of inlet length to fan diameter (L/D) between 0.20 and 0.45; and a nacelle inner surface defining a nacelle flowpath, the nacelle flowpath having a convex throat portion and a diffusion portion between the throat portion and the leading edge of the fan blade at a topmost portion of the nacelle, characterized in that the throat portion has a minimum throat radius measured from a fan central axis (A) greater than a fan blade tip radius measured relative to the fan central axis (A).
A method for increasing aqueous solubility and improving stability of tafluprost in an aqueous ophthalmic solution, comprising the steps of preparing an aqueous ophthalmic solution containing 0.0010-0.0025% tafluprost, 0.075% polysorbate 80, 0.005-0.2% stabilizing agent and substantially no preservatives, and packaging the preservative-free ophthalmic solution in a container consisting essentially of polyethylene.