mhurhangee/patent-ind-claim-en huggingface dataset:
An audience measurement meter comprising: an acoustic sensor configured to sense audio in a vicinity of a monitored media device; a watermark detector configured to: detect a first watermark in a first audio signal obtained from the acoustic sensor, the first watermark identifying media presented by the monitored media device; and process the first audio signal obtained from the acoustic sensor to detect a second watermark, different from the first watermark, embedded in the first audio signal; a watermark classifier configured to classify the second watermark into a media watermark classification or a people monitoring watermark classification based on examination of characteristics of the second watermark, the characteristics including signal characteristics of the second watermark; and a data reporter configured to report, in response to classification of the second watermark into the people monitoring watermark classification, at least one of the second watermark or information decoded from the second watermark to identify at least one of a user device or a user of the user device as being exposed to the media presented by the monitored media device. an acoustic sensor configured to sense audio in a vicinity of a monitored media device; a watermark detector configured to: detect a first watermark in a first audio signal obtained from the acoustic sensor, the first watermark identifying media presented by the monitored media device; and process the first audio signal obtained from the acoustic sensor to detect a second watermark, different from the first watermark, embedded in the first audio signal; detect a first watermark in a first audio signal obtained from the acoustic sensor, the first watermark identifying media presented by the monitored media device; and process the first audio signal obtained from the acoustic sensor to detect a second watermark, different from the first watermark, embedded in the first audio signal; a watermark classifier configured to classify the second watermark into a media watermark classification or a people monitoring watermark classification based on examination of characteristics of the second watermark, the characteristics including signal characteristics of the second watermark; and a data reporter configured to report, in response to classification of the second watermark into the people monitoring watermark classification, at least one of the second watermark or information decoded from the second watermark to identify at least one of a user device or a user of the user device as being exposed to the media presented by the monitored media device.
Installation box for electrotechnical purposes, having a box body including a box base and a box wall adjacent to said box base, as well as an installation opening arranged opposite the box base , wherein a. the box body includes at least one conduit opening for inserting an electrical conduit, which conduit opening is closed by an elastic membrane , wherein b. the elastic membrane includes at least one outer zone and a detachable inner zone which is surrounded by the outer zone and is oriented radially inwardly with respect to the said outer zone and, on the box outer side , comprises an outwardly projecting tear-off tab , characterized in that c. the outer zone and the inner zone are separated by a thin portion of the membrane attached to the inner side of the box body , and d. the outer zone includes a bead which encircles the inner zone and is arranged on a membrane inner side. a. the box body includes at least one conduit opening for inserting an electrical conduit, which conduit opening is closed by an elastic membrane , wherein b. the elastic membrane includes at least one outer zone and a detachable inner zone which is surrounded by the outer zone and is oriented radially inwardly with respect to the said outer zone and, on the box outer side , comprises an outwardly projecting tear-off tab , c. the outer zone and the inner zone are separated by a thin portion of the membrane attached to the inner side of the box body , and d. the outer zone includes a bead which encircles the inner zone and is arranged on a membrane inner side.
An apparatus for measuring peripheral nerve impairment, the apparatus comprising: a housing that includes a mechanically compliant surface ; an actuator accessible from an outer surface of the housing and in contact with the mechanically compliant surface of the housing , the actuator being configured to transfer, via the mechanically compliant surface , a stimulation signal to a skin surface that is in contact with the housing ; and processing circuitry configured to: control the actuator to generate the stimulation signal; receive, from a subject , a response to the stimulation signal; and based on the received response, form a diagnosis with respect to a neurological disability. a housing that includes a mechanically compliant surface ; an actuator accessible from an outer surface of the housing and in contact with the mechanically compliant surface of the housing , the actuator being configured to transfer, via the mechanically compliant surface , a stimulation signal to a skin surface that is in contact with the housing ; and processing circuitry configured to: control the actuator to generate the stimulation signal; receive, from a subject , a response to the stimulation signal; and based on the received response, form a diagnosis with respect to a neurological disability. control the actuator to generate the stimulation signal; receive, from a subject , a response to the stimulation signal; and based on the received response, form a diagnosis with respect to a neurological disability.
A method of determining a tire performance characteristic of a tire, the method comprising: querying , using a processing system , a memory as to a presence of a first set of values indicative of a tire parameter of a tire in the memory; determining , using the processing system, that the first set of values is insufficient to determine the tire performance characteristic of the tire; and performing steps, using the processing system, comprising one or more of: providing an indication that a second set of values indicative of the tire parameter is required to determine the tire performance characteristic of the tire; and retrieving , from the memory, a performance coefficient of the tire corresponding to performance of the tire associated with the first set of values, and determining , based on the performance coefficient, the tire performance characteristic of the tire; wherein the determining that the first set of values is insufficient to determine the tire performance characteristic of the tire is indicative of one or more of introduction of a new tire monitoring device associated with the tire, the tire comprising a new tire, and association of the tire with a new wheel. querying , using a processing system , a memory as to a presence of a first set of values indicative of a tire parameter of a tire in the memory; determining , using the processing system, that the first set of values is insufficient to determine the tire performance characteristic of the tire; and performing steps, using the processing system, comprising one or more of: providing an indication that a second set of values indicative of the tire parameter is required to determine the tire performance characteristic of the tire; and retrieving , from the memory, a performance coefficient of the tire corresponding to performance of the tire associated with the first set of values, and determining , based on the performance coefficient, the tire performance characteristic of the tire; wherein providing an indication that a second set of values indicative of the tire parameter is required to determine the tire performance characteristic of the tire; and retrieving , from the memory, a performance coefficient of the tire corresponding to performance of the tire associated with the first set of values, and determining , based on the performance coefficient, the tire performance characteristic of the tire; wherein the determining that the first set of values is insufficient to determine the tire performance characteristic of the tire is indicative of one or more of introduction of a new tire monitoring device associated with the tire, the tire comprising a new tire, and association of the tire with a new wheel.
Method for rolling a rod-shaped or bar-shaped rolling material in a rolling mill, - wherein the rolling material is rolled firstly in roll stands of a front group of roll stands of said rolling mill and then in roll stands of a rear group of roll stands of said rolling mill, - wherein during rolling of front sections of said rolling material in the roll stands of said rear group of roll stands rear sections of said rolling material are rolled in the roll stands of said front group of roll stands , - wherein said front group of roll stands comprises a plurality of roll stands driven by a drive common to the roll stands of the front group of roll stands , - wherein said rear group of roll stands comprises a plurality of roll stands driven by a drive common to the roll stands of the rear group of roll stands , - wherein a run-out speed (v1) with which the rolling material is exiting said front group of roll stands is detected, - wherein a run-in speed (v2) with which the rolling material is entering said rear group of roll stands is detected, - wherein a rolling speed (v) with which the rear group of roll stands is driven is controlled by a controller such that a relation (V) of the run-in speed (v2) to the run-out speed (v1) equals a predetermined value (a), - wherein said predetermined value (a) is kept constant until a time point (t0) at which a tail end of the rolling material reaches a predetermined location upstream of the front group of roll stands , and is increased according to a predetermined function after said time point (t0) . - wherein the rolling material is rolled firstly in roll stands of a front group of roll stands of said rolling mill and then in roll stands of a rear group of roll stands of said rolling mill, - wherein during rolling of front sections of said rolling material in the roll stands of said rear group of roll stands rear sections of said rolling material are rolled in the roll stands of said front group of roll stands , - wherein said front group of roll stands comprises a plurality of roll stands driven by a drive common to the roll stands of the front group of roll stands , - wherein said rear group of roll stands comprises a plurality of roll stands driven by a drive common to the roll stands of the rear group of roll stands , - wherein a run-out speed (v1) with which the rolling material is exiting said front group of roll stands is detected, - wherein a run-in speed (v2) with which the rolling material is entering said rear group of roll stands is detected, - wherein a rolling speed (v) with which the rear group of roll stands is driven is controlled by a controller such that a relation (V) of the run-in speed (v2) to the run-out speed (v1) equals a predetermined value (a), - wherein said predetermined value (a) is kept constant until a time point (t0) at which a tail end of the rolling material reaches a predetermined location upstream of the front group of roll stands , and is increased according to a predetermined function after said time point (t0) .
A compound consisting of an aminotriol of formula I, II, or III, wherein R comprises a biologically active molecule, and L 1 , L 2 , and L 3 independently for each occurrence comprise a ligand selected from the group consisting of a carbohydrate, a polypeptide, or a lipophile; a pharmaceutically acceptable salt thereof; or a pharmaceutical composition thereof.
A printing method for a printing system that performs, for each printing condition, continuous printing of a plurality of page data, the printing method comprising: a page data specifying step (S100, S200) of specifying page data that is a continuous printing target; a requirement setting step (S110, S210) of setting a requirement for printing for each target data that is the page data specified in the page data specifying step (S100, S200); a RIP simulation step (S130 to S140, S230 to S240) of performing a simulation of a RIP process on the target data under a plurality of printing conditions which are set in advance; a target data sorting step (S160, S250 to S280) of registering a record in a continuous printing list corresponding to one of the plurality of printing conditions so as to satisfy the requirement set in the requirement setting step (S110, S210), based on simulation result data for each of the plurality of printing conditions obtained in the RIP simulation step (S130 to S140, S230 to S240), the record identifying the target data; and a continuous printing performing step (S180) of performing a continuous printing process on a group of page data identified by records registered in a created continuous printing list, under a printing condition corresponding to the created continuous printing list, the continuous printing process including a RIP process and a print process using print data obtained as a result of the RIP process. a page data specifying step (S100, S200) of specifying page data that is a continuous printing target; a requirement setting step (S110, S210) of setting a requirement for printing for each target data that is the page data specified in the page data specifying step (S100, S200); a RIP simulation step (S130 to S140, S230 to S240) of performing a simulation of a RIP process on the target data under a plurality of printing conditions which are set in advance; a target data sorting step (S160, S250 to S280) of registering a record in a continuous printing list corresponding to one of the plurality of printing conditions so as to satisfy the requirement set in the requirement setting step (S110, S210), based on simulation result data for each of the plurality of printing conditions obtained in the RIP simulation step (S130 to S140, S230 to S240), the record identifying the target data; and a continuous printing performing step (S180) of performing a continuous printing process on a group of page data identified by records registered in a created continuous printing list, under a printing condition corresponding to the created continuous printing list, the continuous printing process including a RIP process and a print process using print data obtained as a result of the RIP process.
A display apparatus comprising: a plurality of display modules (30A-30P), each of the plurality of display modules (30A-30P) comprising a substrate and a plurality of inorganic light emitting diodes mounted on a mounting surface of the substrate ; a cover layer configured to cover the mounting surface of each of the plurality of display modules (30A-30P); and an adhesive layer arranged between the cover layer and the mounting surface of each of the plurality of display modules (30A-30P) to cause the cover layer to adhere to the mounting surface of each of the plurality of display modules (30A-30P), wherein the adhesive layer comprises a first region , disposed on a gap formed between the plurality of display modules (30A-30P), and a second region disposed on the mounting surface of each of the plurality of display modules (30A-30P), wherein the adhesive layer includes a photosensitive material such that the first region of the adhesive layer is configured to undergo a photosensitive reaction based on an external light source, and characterised in that the first region is configured to generate a change in physical properties by the photosensitive reaction so that the first region becomes a light absorbing region. a plurality of display modules (30A-30P), each of the plurality of display modules (30A-30P) comprising a substrate and a plurality of inorganic light emitting diodes mounted on a mounting surface of the substrate ; a cover layer configured to cover the mounting surface of each of the plurality of display modules (30A-30P); and an adhesive layer arranged between the cover layer and the mounting surface of each of the plurality of display modules (30A-30P) to cause the cover layer to adhere to the mounting surface of each of the plurality of display modules (30A-30P), wherein the adhesive layer comprises a first region , disposed on a gap formed between the plurality of display modules (30A-30P), and a second region disposed on the mounting surface of each of the plurality of display modules (30A-30P), wherein the adhesive layer includes a photosensitive material such that the first region of the adhesive layer is configured to undergo a photosensitive reaction based on an external light source, and characterised in that the first region is configured to generate a change in physical properties by the photosensitive reaction so that the first region becomes a light absorbing region.
A Method for analysing the service life of a field device (110; 200) through which a fluid flows, the fluid carrying solid particles , comprising the following steps: 1.1 determining the flow rate and velocities of the solid particles, 1.1.1 wherein the velocities of the solid particles are determined at least partially by means of numerical fluid mechanics; characterised by the following steps: 1.2 calculating impact energies of the solid particles on a part of the field device from their determined velocities; 1.3 determining a prediction for the service life and/or wear of the field device; 1.3.1 wherein a digital model for predicting wear on the field device is used to determine the prediction; 1.3.2 wherein the model takes into account the flow rate and the calculated impact energies of the solid particles; and 1.4 outputting the determined prediction for the service life and/or wear of the field device. 1.1 determining the flow rate and velocities of the solid particles, 1.1.1 wherein the velocities of the solid particles are determined at least partially by means of numerical fluid mechanics; characterised by the following steps: 1.2 calculating impact energies of the solid particles on a part of the field device from their determined velocities; 1.3 determining a prediction for the service life and/or wear of the field device; 1.3.1 wherein a digital model for predicting wear on the field device is used to determine the prediction; 1.3.2 wherein the model takes into account the flow rate and the calculated impact energies of the solid particles; and 1.4 outputting the determined prediction for the service life and/or wear of the field device.
A power converter comprising a first electric power conversion means including an inverter for converting a first DC electric power to an AC electric power, and an AC circuit connected subsequent the first electric power conversion means; wherein the power converter further comprises: a second electric power conversion means which is connected in parallel with a DC circuit of the first electric power conversion means, and which is configured to receive the first DC electric power and to convert the same to a second DC electric power having a voltage level that differs from the voltage level of the first DC electric power; and a first power storage means which is connected with a second DC electric power side of the second electric power conversion means ; characterized in that : the power converter further comprises a secondary battery which is configured to absorb ripple component included in a current of the second DC electric power, and which is connected in parallel with the first power storage means , the first power storage means having greater power storage capacity and greater inner impedance than those of the secondary battery ; the second electric power conversion means is connected via a series connection of a first wiring and a second wiring each having a desired inductance (Lc, Lb-Lc) to a first electrode of the first power storage means ; the secondary battery is connected between the first and second electric wiring and a second electrode of the first power storage means , so that inductance (Lc) between the second electric power conversion means and the secondary battery becomes smaller than inductance (Lb) between the second electric power conversion means and the first power storage means . a second electric power conversion means which is connected in parallel with a DC circuit of the first electric power conversion means, and which is configured to receive the first DC electric power and to convert the same to a second DC electric power having a voltage level that differs from the voltage level of the first DC electric power; and a first power storage means which is connected with a second DC electric power side of the second electric power conversion means ; characterized in that : the power converter further comprises a secondary battery which is configured to absorb ripple component included in a current of the second DC electric power, and which is connected in parallel with the first power storage means , the first power storage means having greater power storage capacity and greater inner impedance than those of the secondary battery ; the second electric power conversion means is connected via a series connection of a first wiring and a second wiring each having a desired inductance (Lc, Lb-Lc) to a first electrode of the first power storage means ; the secondary battery is connected between the first and second electric wiring and a second electrode of the first power storage means , so that inductance (Lc) between the second electric power conversion means and the secondary battery becomes smaller than inductance (Lb) between the second electric power conversion means and the first power storage means .