mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a display unit formed of flexible material having at least one curved surface comprising a first curved surface forming a first region configured to display a right image to be seen by a right eye and a second curved surface forming a second region configured to display a left image to be seen by a left eye characterised in that it further comprises: a transformation unit coupled to at least part of the display unit; and a control unit configured to deform the at least one curved surface of the flexible material of the display unit in response to a movement of the transformation unit , the movement of the transformation unit being based on setting information associated with the user's eyes. a transformation unit coupled to at least part of the display unit; and a control unit configured to deform the at least one curved surface of the flexible material of the display unit in response to a movement of the transformation unit , the movement of the transformation unit being based on setting information associated with the user's eyes.
A system for detecting prohibited items contained within a piece of luggage, the system comprising a carriage defining an upwardly open cavity for receiving and fully encompassing a piece of luggage (B) and examination means located on and in side walls delimiting the cavity so that the piece of luggage (B) is examined completely by the examination means when it rests on a bottom wall of the cavity , the examination means comprising microwave transducers disposed on at least two opposite side walls (62, 64 ; 66, 68).
A continuous two-phase hydroformylation process for the production of aldehydes from olefins by means of carbon monoxide, hydrogen and a transition metal catalyst in a reaction zone, the transition metal being in the form of a water-soluble catalyst complex, characterised in that the process comprises the following steps once or several times: a) hydroformylating by reacting the olefins, carbon monoxide and hydrogen over a water-soluble transition metal catalyst comprising water-soluble organophosphorus ligands in the reaction zone; b) reducing the concentration of the olefins in the reaction zone by reducing the olefin feed to the reaction zone by greater than or equal to 50% and less than or equal to 100% based on the concentration of olefin in the reaction zone in process step a) and withdrawing at least a portion of the catalyst solution from the reaction system, wherein the catalyst solution withdrawal and olefin concentration reduction sub-steps may occur in this or reverse order, simultaneously or sequentially; c) feeding a solvent, a transition metal source and water-soluble organophosphorus ligands to the reaction system, wherein the feeding of the components may occur simultaneously or in any order sequentially; d) increasing the concentration of the olefins in the reaction zone by increasing the olefin feed to the reaction zone and hydroformylating by reacting the olefins with carbon monoxide and hydrogen. a) hydroformylating by reacting the olefins, carbon monoxide and hydrogen over a water-soluble transition metal catalyst comprising water-soluble organophosphorus ligands in the reaction zone; b) reducing the concentration of the olefins in the reaction zone by reducing the olefin feed to the reaction zone by greater than or equal to 50% and less than or equal to 100% based on the concentration of olefin in the reaction zone in process step a) and withdrawing at least a portion of the catalyst solution from the reaction system, wherein the catalyst solution withdrawal and olefin concentration reduction sub-steps may occur in this or reverse order, simultaneously or sequentially; c) feeding a solvent, a transition metal source and water-soluble organophosphorus ligands to the reaction system, wherein the feeding of the components may occur simultaneously or in any order sequentially; d) increasing the concentration of the olefins in the reaction zone by increasing the olefin feed to the reaction zone and hydroformylating by reacting the olefins with carbon monoxide and hydrogen.
A flush syringe assembly comprising: a barrel including a cylindrical side wall having an inside surface defining a chamber for retaining fluid, an open proximal end and a distal end including a distal wall with a tip extending distally therefrom having a passageway therethrough in fluid communication with said chamber ; a plunger including an elongate body portion having a proximal end and a distal end , a stopper attached to the plunger and slidably positioned in fluid-tight engagement with said inside surface of said barrel for driving fluid out of said chamber by movement of said stopper relative to said barrel , said elongate body portion extending outwardly from said open proximal end of said barrel ; said stopper including a distal end having a distal wall and a cavity therein defining an inside surface and a proximal end , characterized in that said distal wall is flexible enough to collapse at least partially into said cavity under the liquid pressure of a flush procedure and to move back toward its original shape at the completion of the flush procedure to force additional fluid into said passageway ; and said inside surface of said stopper includes a proximally directed projection configured to compress when said stopper is in a collapsed position and to urge said distal wall from said collapsed position toward its original shape. a barrel including a cylindrical side wall having an inside surface defining a chamber for retaining fluid, an open proximal end and a distal end including a distal wall with a tip extending distally therefrom having a passageway therethrough in fluid communication with said chamber ; a plunger including an elongate body portion having a proximal end and a distal end , a stopper attached to the plunger and slidably positioned in fluid-tight engagement with said inside surface of said barrel for driving fluid out of said chamber by movement of said stopper relative to said barrel , said elongate body portion extending outwardly from said open proximal end of said barrel ; said stopper including a distal end having a distal wall and a cavity therein defining an inside surface and a proximal end , characterized in that said distal wall is flexible enough to collapse at least partially into said cavity under the liquid pressure of a flush procedure and to move back toward its original shape at the completion of the flush procedure to force additional fluid into said passageway ; and said inside surface of said stopper includes a proximally directed projection configured to compress when said stopper is in a collapsed position and to urge said distal wall from said collapsed position toward its original shape.
An anti-reflection film comprising: a base material layer including a thermoplastic resin; and a low-refractive-index layer , which is layered on at least one surface of the base material layer, and which has a refractive index that is lower than the refractive index of the base material layer, wherein the low-refractive-index layer includes a polymer of a first resin material including a fluorine-containing urethane acrylate and a (meth)acrylate, characterized in that the fluorine-containing urethane acrylate is represented by formula (I): (A3)-O(OC)HN-A2-HN(OC)-O-A1-O-(CO)NH-A2-NH-(CO)O-(A3) ... (I) wherein: A1 is a substituted or unsubstituted fluorine-containing diol-derived alkylene group having 8 or less carbon atoms; A2s are each independently a substituted or unsubstituted and aliphatic or alicyclic isocyanate-derived alkylene group having 4 to 20 carbon atoms; and A3s are each independently a substituted or unsubstituted alkyl group having 4 to 30 carbon atoms including at least one (meth)acryloyloxy group, and wherein the (meth)acrylate is a substituted or unsubstituted compound having 4 to 20 carbon atoms including at least one (meth)acryloyloxy group and at least one vinyl ether group. a base material layer including a thermoplastic resin; and a low-refractive-index layer , which is layered on at least one surface of the base material layer, and which has a refractive index that is lower than the refractive index of the base material layer, wherein the low-refractive-index layer includes a polymer of a first resin material including a fluorine-containing urethane acrylate and a (meth)acrylate, characterized in that the fluorine-containing urethane acrylate is represented by formula (I): (A3)-O(OC)HN-A2-HN(OC)-O-A1-O-(CO)NH-A2-NH-(CO)O-(A3) ... (I) A1 is a substituted or unsubstituted fluorine-containing diol-derived alkylene group having 8 or less carbon atoms; A2s are each independently a substituted or unsubstituted and aliphatic or alicyclic isocyanate-derived alkylene group having 4 to 20 carbon atoms; and A3s are each independently a substituted or unsubstituted alkyl group having 4 to 30 carbon atoms including at least one (meth)acryloyloxy group, and wherein the (meth)acrylate is a substituted or unsubstituted compound having 4 to 20 carbon atoms including at least one (meth)acryloyloxy group and at least one vinyl ether group.
Method for performing an NMR measurement on a sample contained in a sample tube by using an NMR spectrometer, comprising the following steps: • feeding a first measuring sample tube in a guiding direction (GD) to a pre-measuring area being located in the guiding direction (GD), before a measuring area of the NMR spectrometer, the pre-measuring area being arranged and designed for measuring a sample parameter of a sample contained in the first measuring sample tube to determine or to estimate an NMR parameter, • feeding the first measuring sample tube in the guiding direction (GD) towards the measuring area , • setting the NMR parameter previously determined or estimated, • carrying out an NMR measurement of the sample contained in the first measuring sample tube on the basis of the set NMR parameter. • feeding a first measuring sample tube in a guiding direction (GD) to a pre-measuring area being located in the guiding direction (GD), before a measuring area of the NMR spectrometer, the pre-measuring area being arranged and designed for measuring a sample parameter of a sample contained in the first measuring sample tube to determine or to estimate an NMR parameter, • feeding the first measuring sample tube in the guiding direction (GD) towards the measuring area , • setting the NMR parameter previously determined or estimated, • carrying out an NMR measurement of the sample contained in the first measuring sample tube on the basis of the set NMR parameter.
A cordless, hand held and electrically powered welding apparatus , comprising: a welding unit ; a power unit for powering the welding unit ; wherein the power unit is connectable directly to and disconnectable from the welding unit via an interface; the welding unit and the power unit each comprise circuitry that are configured to exchange information when mounted together via the interface, the information being used for a determination whether the power unit is a correct one or not, wherein the determination is performed by the circuitry of the welding unit in a verification step by receiving the information from the circuitry of the power unit , wherein the circuitry is configured to perform the verification step by checking at least one feature of the power unit for correctness and to block activation of the welding unit if the at least one feature is incorrect, characterized in that the at least one feature comprises charge status of the power unit , the information being indicative of the actual charging state of the power unit , wherein the power unit is determined to be a correct one if the actual charging state of the power unit indicates that the amount of stored energy is appropriate for a welding operation that is to be performed, the power unit is provided with a push button that is configured to energize the welding unit when pressed down only if a determination that the power unit is a correct one has been registered by the circuitry . a welding unit ; a power unit for powering the welding unit ; wherein the power unit is connectable directly to and disconnectable from the welding unit via an interface; the welding unit and the power unit each comprise circuitry that are configured to exchange information when mounted together via the interface, the information being used for a determination whether the power unit is a correct one or not, wherein the determination is performed by the circuitry of the welding unit in a verification step by receiving the information from the circuitry of the power unit , wherein the circuitry is configured to perform the verification step by checking at least one feature of the power unit for correctness and to block activation of the welding unit if the at least one feature is incorrect, the at least one feature comprises charge status of the power unit , the information being indicative of the actual charging state of the power unit , wherein the power unit is determined to be a correct one if the actual charging state of the power unit indicates that the amount of stored energy is appropriate for a welding operation that is to be performed, the power unit is provided with a push button that is configured to energize the welding unit when pressed down only if a determination that the power unit is a correct one has been registered by the circuitry .
A method for reinforcing a stealth pole , the stealth pole comprising a plurality of canister sections , each of the plurality of canister sections comprising a spine , a first splice plate located on a first end of the spine, a second splice plate located on a second end of the spine, and a first canister cover that covers the spine , the first splice plate and the second splice plate , characterized in that the method comprises: removing the first canister cover from at least one of the plurality of canister sections ; attaching a plurality of stiffener members to the first splice plate and the second splice plate ; and applying tension, compression or a combination thereof to the plurality of stiffener members , wherein the plurality of stiffener members reinforce the spine of the canister section. removing the first canister cover from at least one of the plurality of canister sections ; attaching a plurality of stiffener members to the first splice plate and the second splice plate ; and applying tension, compression or a combination thereof to the plurality of stiffener members ,
A method of preparing a hair dye color mixture, the method comprising: accessing a control system having at least a memory , input controls , and a display ; the memory having at least one formula stored therein, the formula defining instructions of one or more colorants and/or dye blending materials and amounts recommended for manually recreating a hair dye color mixture having a particular mixture of colors, each of one or more colorants and/or blending materials being of a first product brand; employing brand selection software to receive a manual input from the input controls to change a colorant and/or blending material from the first product brand to a second product brand while maintaining a same color mixture; employing brand adjusting software to adjust the instructions and recommended amounts according to the first and second product brands to duplicate the particular mixture of colors of the hair dye mixture from colorants and/or blending materials in the first product brand using colorants and/or blending materials in the second product brand, in response to the manual input. accessing a control system having at least a memory , input controls , and a display ; the memory having at least one formula stored therein, the formula defining instructions of one or more colorants and/or dye blending materials and amounts recommended for manually recreating a hair dye color mixture having a particular mixture of colors, each of one or more colorants and/or blending materials being of a first product brand; employing brand selection software to receive a manual input from the input controls to change a colorant and/or blending material from the first product brand to a second product brand while maintaining a same color mixture; employing brand adjusting software to adjust the instructions and recommended amounts according to the first and second product brands to duplicate the particular mixture of colors of the hair dye mixture from colorants and/or blending materials in the first product brand using colorants and/or blending materials in the second product brand, in response to the manual input.
A method for monitoring quality of transmission conditions in a communications network, the method being implemented by a monitoring device connected to a transmitting device in the communications network, wherein the method comprises: - a first phase for determining at least one set of instant composite QoS indicators which comprises at least two iterations of: - capturing a piece of data representing the value of each characteristic among at least three specific characteristics of a signal, called a caught value, and delivering at least three caught values; - normalizing the caught values, according to a normalizing scheme associated to the three specific characteristics of the received signal, and delivering at least three normalized values; and - calculating an instant composite QoS indicator as a function of the at least three normalized values; and - a second phase for determining a weighted composite QoS indicator, as a function of said at least one set of instant composite QoS indicators previously determined in the first phase, the second phase comprising: - multiplying a predetermined weight to each instant composite QoS indicator of the set of instant composite QoS indicators; and wherein the weighted composite QoS indicator is an adaptative weighted composite QoS indicator. - a first phase for determining at least one set of instant composite QoS indicators which comprises at least two iterations of: - capturing a piece of data representing the value of each characteristic among at least three specific characteristics of a signal, called a caught value, and delivering at least three caught values; - normalizing the caught values, according to a normalizing scheme associated to the three specific characteristics of the received signal, and delivering at least three normalized values; and - calculating an instant composite QoS indicator as a function of the at least three normalized values; and - capturing a piece of data representing the value of each characteristic among at least three specific characteristics of a signal, called a caught value, and delivering at least three caught values; - normalizing the caught values, according to a normalizing scheme associated to the three specific characteristics of the received signal, and delivering at least three normalized values; and - calculating an instant composite QoS indicator as a function of the at least three normalized values; and - a second phase for determining a weighted composite QoS indicator, as a function of said at least one set of instant composite QoS indicators previously determined in the first phase, the second phase comprising: - multiplying a predetermined weight to each instant composite QoS indicator of the set of instant composite QoS indicators; and wherein the weighted composite QoS indicator is an adaptative weighted composite QoS indicator. - multiplying a predetermined weight to each instant composite QoS indicator of the set of instant composite QoS indicators;
A recognition system (112, 113; 512, 513, 527) for recognizing real-world toy objects from one or more images, wherein the recognition system comprises an image capturing device (112; 512, 527) and one or more processors (114; 514), and wherein the recognition system is configured to: - capture (S404) at least one image of a real-world toy object ; - create one or more processed versions of the captured image; - use a classification model to predict (S405) a respective matching object identifier from each of a plurality of input images; wherein the plurality of input images are chosen from the captured image and the one or more processed images; and to - compute an aggregated predicted object identifier from the predicted matching object identifiers by combining the classification results based on the one or more processed versions of the captured image, and recognize the real-world toy object, based on the aggregated predicted object identifier. - capture (S404) at least one image of a real-world toy object ; - create one or more processed versions of the captured image; - use a classification model to predict (S405) a respective matching object identifier from each of a plurality of input images; wherein the plurality of input images are chosen from the captured image and the one or more processed images; and to - compute an aggregated predicted object identifier from the predicted matching object identifiers by combining the classification results based on the one or more processed versions of the captured image, and recognize the real-world toy object, based on the aggregated predicted object identifier.
A computer-implemented method for monitoring a subject position, the method comprising: determining a deviation of a position of a predetermined portion of a subject from a predetermined position of the predetermined portion of the subject; based on the deviation, determining correction data, the correction data specifying one or more corrections to be performed on the subject position as part of a position correction procedure and specifying one or more rotational corrections as being excluded from the position correction procedure; and setting reference data as a reference for subsequent monitoring of changes of the subject position, wherein the reference data comprises the correction data and initial image data acquired prior to performing the position correction procedure and/or corrected initial image data that has been corrected based on the correction data. determining a deviation of a position of a predetermined portion of a subject from a predetermined position of the predetermined portion of the subject; based on the deviation, determining correction data, the correction data specifying one or more corrections to be performed on the subject position as part of a position correction procedure and specifying one or more rotational corrections as being excluded from the position correction procedure; and setting reference data as a reference for subsequent monitoring of changes of the subject position, wherein the reference data comprises the correction data and initial image data acquired prior to performing the position correction procedure and/or corrected initial image data that has been corrected based on the correction data.