mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a thermoplastic extruded profile in the form of a concrete component reinforcing element having a cross-sectional area of not more than 20 cm 2 , preferably not more than 10 cm 2 , - wherein the extruded profile is produced by means of an extrusion production process , and - wherein endless reinforcing fibres are integrated into the thermoplastic matrix of the extruded profile during the extrusion production process , characterised in that the extrusion production process is in the form of a reactive pultrusion which serves to produce an endlessly fibre-reinforced, thermoplastic core profile of the extruded profile , and in that the core profile is provided with an outer coating , wherein pigments are added to the material of the coating before it is applied to the core profile . - wherein the extruded profile is produced by means of an extrusion production process , and - wherein endless reinforcing fibres are integrated into the thermoplastic matrix of the extruded profile during the extrusion production process ,
Print fleet system comprising a plurality of printer instances which have a same set of at least one system setting (TRP1, STV2), MSS1), a registration system for registering value changes made to at least one value of the at least one system setting of the set, and an advice system for generating an advice for an operator, and a user interface system for displaying the advice, the registration system comprising an entry for each value change made to the same set of the at least one system setting of a printer instance out of the plurality of printer instances, which entry is printer instance specific, the advice system is configured to generate an advice on another printer instance out of the plurality of printer instances, the advice concerning the value change comprised in the registration system, and the advice system is configured to transmit signals representing the advice to the user interface screen for display in order to advice the operator, wherein the entry in the registration system also comprises a first print job intended to be printed on the printer instance at a date and time on behalf of which first job a value change has been made to a trapping parameter (TRP1), a secondary transfer voltage (STV2) or a media system setting (MSS1), and the advice system is configured to generate an advice related to a second print job intended to be printed on another printer instance out of the plurality of printer instances, the advice concerning the value change comprised in the registration system, and the value change being relevant for printing of the second print job, and the advice system is configured to transmit signals representing the advice to the user interface screen for display in order to advice the operator before printing the second print job on the other printer instance, wherein the value change is relevant for printing the second print job if the media to be used for the first print job is equal to the media to be used for the second print job and/or the second print job equals the first print job.
A display panel , characterized by comprising: a thin film transistor layer ; a reflective layer , disposed on the thin film transistor layer ; a color film layer , disposed opposite to the reflective layer and having a light incident surface and a light emitting surface ; a liquid crystal layer , disposed between the reflective layer and the color film layer ; and at least one light guide structure , disposed on a surface of the reflective layer towards the liquid crystal layer ; wherein the at least one light guide structure is capable of adjusting a reflection angle of light incident from the light incident surface and reflecting the reflected light to the light emitting surface ; wherein, the at least one light guide structure comprises a plurality of light guide portions disposed on the surface of the reflective layer towards the liquid crystal layer ; a plurality of protrusions are distributed on a surface of each of the plurality of light guide portions towards the liquid crystal layer ; and each of the plurality of protrusions is curved, and a curvature of each of the plurality of protrusions is different. a thin film transistor layer ; a reflective layer , disposed on the thin film transistor layer ; a color film layer , disposed opposite to the reflective layer and having a light incident surface and a light emitting surface ; a liquid crystal layer , disposed between the reflective layer and the color film layer ; and at least one light guide structure , disposed on a surface of the reflective layer towards the liquid crystal layer ; wherein the at least one light guide structure is capable of adjusting a reflection angle of light incident from the light incident surface and reflecting the reflected light to the light emitting surface ; wherein, the at least one light guide structure comprises a plurality of light guide portions disposed on the surface of the reflective layer towards the liquid crystal layer ; a plurality of protrusions are distributed on a surface of each of the plurality of light guide portions towards the liquid crystal layer ; and each of the plurality of protrusions is curved, and a curvature of each of the plurality of protrusions is different.
Method for producing a printed product provided with at least one printed feature , comprising the following method steps: a. providing a film comprising a cavity and providing a printed-product main body with a first and a second printed-product main side , and b. loading the cavities of the film , from the surface of the film which forms the loading side , with a contrast substance (K), such that the contrast substance (K) is located in a layer region on the loading side in the film , characterised in that the film is a transfer film, and that the method comprises the following further method step of: c. transferring at least one part surface region of the transfer film , by mechanical effect on the at least one part surface region, onto the printed- product main body , wherein the at least one part surface region of the transfer film is undetachable and connected by its surface on the loading side to the printed-product main body , and wherein a pattern is formed on the respective printed-product main side with at least one raised pattern element , wherein, for the undetachable connecting of the part surface region with the printed-product main side , an additional thermal effect takes place, or an effect with electromagnetic radiation. a. providing a film comprising a cavity and providing a printed-product main body with a first and a second printed-product main side , and b. loading the cavities of the film , from the surface of the film which forms the loading side , with a contrast substance (K), such that the contrast substance (K) is located in a layer region on the loading side in the film , c. transferring at least one part surface region of the transfer film , by mechanical effect on the at least one part surface region, onto the printed- product main body , wherein the at least one part surface region of the transfer film is undetachable and connected by its surface on the loading side to the printed-product main body , and wherein a pattern is formed on the respective printed-product main side with at least one raised pattern element , wherein, for the undetachable connecting of the part surface region with the printed-product main side , an additional thermal effect takes place, or an effect with electromagnetic radiation.
An audio system comprising: a first wireless audio device configured to: operate separate physical layer channels for audio data and control data, wherein the audio data has a first modulation scheme and the control data has a second modulation scheme; change the second modulation scheme of the control data based on a desired latency of the control data; and transmit the audio data and control data using a single wideband carrier; and one or more second wireless audio devices (120A-I) configured to: receive the audio data and control data, wherein the control data conforms to the desired latency of the control data; and execute an instruction based on the control data. a first wireless audio device configured to: operate separate physical layer channels for audio data and control data, wherein the audio data has a first modulation scheme and the control data has a second modulation scheme; change the second modulation scheme of the control data based on a desired latency of the control data; and transmit the audio data and control data using a single wideband carrier; and operate separate physical layer channels for audio data and control data, wherein the audio data has a first modulation scheme and the control data has a second modulation scheme; change the second modulation scheme of the control data based on a desired latency of the control data; and transmit the audio data and control data using a single wideband carrier; and one or more second wireless audio devices (120A-I) configured to: receive the audio data and control data, wherein the control data conforms to the desired latency of the control data; and execute an instruction based on the control data. receive the audio data and control data, wherein the control data conforms to the desired latency of the control data; and execute an instruction based on the control data.
A harness comprising a belt and two distinct leg loops , said harness being such that at least one element chosen from the belt and the leg loops comprises a first lower support strip to which is bonded at least on the one hand a first portion (P1) of an open coil and on the other hand a first upper covering strip so that said at least first portion (P1) of the open coil is interposed between the lower support strip and the upper covering strip , said open coil including a single structural wire wound on itself to form a plurality of turns of wire, the number of turns of wire of said plurality being greater than or equal to 2, the two ends of the single structural wire being independent of each other, the turns of wire of said open coil making it possible to distribute the traction forces exerted on the single wound wire.
A medical image processing device comprising: a treatment plan acquirer configured to acquire treatment plan information determined in a planning stage of radiation treatment to be performed on a patient (P); a region-of-interest acquirer configured to acquire a region of interest (ROI) when radiation treatment is performed on the patient (P) on the basis of the treatment plan information output from the treatment plan acquirer , the region of interest (ROI) being a partial region within a body of the patient (P); a degree-of-influence calculator configured to calculate a degree of influence representing a level of an influence of a treatment beam (B) to be radiated on the region of interest (ROI) up to a range until radiation with which the patient (P) is irradiated reaches a target portion to be treated within the body of the patient (P); and a display controller configured to generate a display image in which information regarding the degree of influence is superimposed on a current fluoroscopic image (PI) of the patient (P) and cause a display to display the display image. a treatment plan acquirer configured to acquire treatment plan information determined in a planning stage of radiation treatment to be performed on a patient (P); a region-of-interest acquirer configured to acquire a region of interest (ROI) when radiation treatment is performed on the patient (P) on the basis of the treatment plan information output from the treatment plan acquirer , the region of interest (ROI) being a partial region within a body of the patient (P); a degree-of-influence calculator configured to calculate a degree of influence representing a level of an influence of a treatment beam (B) to be radiated on the region of interest (ROI) up to a range until radiation with which the patient (P) is irradiated reaches a target portion to be treated within the body of the patient (P); and a display controller configured to generate a display image in which information regarding the degree of influence is superimposed on a current fluoroscopic image (PI) of the patient (P) and cause a display to display the display image.
A heat-resistant, austenitic cast steel having excellent machinability, which consists of by mass 0.4-0.55% of C, 1-2% of Si, 0.5-1.5% of Mn, 18-27% of Cr, 8-22% of Ni, 1.5-2.5% of Nb, 0.01-0.3% of N, 0.1-0.2% of S, and 0.02-0.15% of Al, the balance being Fe and inevitable impurities; a machinability index I expressed by the following formula: I = 100 × S + 75 × Al + 0.75 × Mn − 10 × C − 2 × Nb − 0.25 × Cr − 0.15 × Ni − 1.2 × N , wherein each element symbol represents % by mass of each element in the cast steel, meeting the condition of -3.0 ≤ I ≤ +14.0.
Method for predicting the quality Q of a video bit stream, the method comprising: Obtaining (S101) a video segment and a corresponding bit stream, Parsing (S102) the bit stream by a bit stream parser, Obtaining (S103) bit stream parameters, Predicting (S104) the quality Q by using a parametric model and a machine learning model with the obtained bit stream parameters, wherein the predicted video quality is a weighted sum of the prediction of both models, wherein the machine learning model predicts a residuum of the parametric model, the machine learning model being trained on the difference between the prediction of the parametric model and ground truth data used for the training. Obtaining (S101) a video segment and a corresponding bit stream, Parsing (S102) the bit stream by a bit stream parser, Obtaining (S103) bit stream parameters, Predicting (S104) the quality Q by using a parametric model and a machine learning model with the obtained bit stream parameters, wherein the predicted video quality is a weighted sum of the prediction of both models, wherein the machine learning model predicts a residuum of the parametric model, the machine learning model being trained on the difference between the prediction of the parametric model and ground truth data used for the training.
A method for automatic and dynamic clustering of IT-services and/or IT-systems, comprising the following steps performed by a computer system: - as a first step , inputting a list of IT-services to the computer system, wherein the list of the IT-services comprises multiple IT-service-information that characterizes each of the IT-services; - as a second step , classifying the IT-services into different classes based on a first piece of the IT-service-information; - as a third step , clustering the IT-services within at least one of the different classes based on a second piece of the IT-service-information or a third piece of the IT-service-information; - as a fourth step , outputting at least one class with at least one cluster of IT-services, characterised in that - an association to a certain class and/or to a certain cluster indicates a similarity of the IT-services within that certain class and/or to that certain cluster, - the similarity is a security vulnerability similarity - the first IT-service-information is a status-code of the IT-service, wherein the second IT-service-information is a screenshot of the IT-service, wherein the third IT-service-information is extracted from a HTML-Body of the IT-service, - all IT-services within the certain class and/or the certain cluster have similar properties and are handled in a uniform way by companies, wherein automated scripts perform certain tasks on the IT-service based on its class and/or cluster membership. - as a first step , inputting a list of IT-services to the computer system, wherein the list of the IT-services comprises multiple IT-service-information that characterizes each of the IT-services; - as a second step , classifying the IT-services into different classes based on a first piece of the IT-service-information; - as a third step , clustering the IT-services within at least one of the different classes based on a second piece of the IT-service-information or a third piece of the IT-service-information; - as a fourth step , outputting at least one class with at least one cluster of IT-services, - an association to a certain class and/or to a certain cluster indicates a similarity of the IT-services within that certain class and/or to that certain cluster, - the similarity is a security vulnerability similarity - the first IT-service-information is a status-code of the IT-service, wherein the second IT-service-information is a screenshot of the IT-service, wherein the third IT-service-information is extracted from a HTML-Body of the IT-service, - all IT-services within the certain class and/or the certain cluster have similar properties and are handled in a uniform way by companies, wherein automated scripts perform certain tasks on the IT-service based on its class and/or cluster membership.
A breathing apparatus usage data capture system for use with a breathing apparatus comprising a flow generator, one or more sensors, and a controller, said breathing apparatus usage data capture system comprising: at least one user computer, the at least one computer comprising; a device interface for receiving a memory device containing usage data, a processor configured to automatically execute an application that retrieves usage data from a memory device via the interface when the memory device is connected to the device interface, wherein the memory device is configured to be electronically connected to a memory port of the breathing apparatus so as to retrieve the usage data, and a network interface to transmit the usage data across a network, and a computer system, the computer system comprising a network interface and processor configured to: receive usage data from the user computer via a network in response to the memory device being connected to the device interface of the user computer, and transmit a reminder for the user to connect the memory device to the device interface. at least one user computer, the at least one computer comprising; a device interface for receiving a memory device containing usage data, a processor configured to automatically execute an application that retrieves usage data from a memory device via the interface when the memory device is connected to the device interface, wherein the memory device is configured to be electronically connected to a memory port of the breathing apparatus so as to retrieve the usage data, and a network interface to transmit the usage data across a network, and a device interface for receiving a memory device containing usage data, a processor configured to automatically execute an application that retrieves usage data from a memory device via the interface when the memory device is connected to the device interface, wherein the memory device is configured to be electronically connected to a memory port of the breathing apparatus so as to retrieve the usage data, and a network interface to transmit the usage data across a network, and a computer system, the computer system comprising a network interface and processor configured to: receive usage data from the user computer via a network in response to the memory device being connected to the device interface of the user computer, and transmit a reminder for the user to connect the memory device to the device interface. receive usage data from the user computer via a network in response to the memory device being connected to the device interface of the user computer, and transmit a reminder for the user to connect the memory device to the device interface.
A method of controlling a laser unit, the method comprising: in response to receiving an activation signal, applying an activation current which causes lasing of the laser unit ; monitoring heat energy accumulated by the laser unit whilst the activation current is applied, and in response to receiving a deactivation signal, selectively applying either: an idle current below the activation current ; or a cooling current below the idle current ; characterized in that the selective application is carried out at least on the basis of the monitoring of the heat energy accumulated by the laser unit. in response to receiving an activation signal, applying an activation current which causes lasing of the laser unit ; monitoring heat energy accumulated by the laser unit whilst the activation current is applied, and in response to receiving a deactivation signal, selectively applying either: an idle current below the activation current ; or a cooling current below the idle current ; characterized in that the selective application is carried out at least on the basis of the monitoring of the heat energy accumulated by the laser unit. an idle current below the activation current ; or a cooling current below the idle current ; characterized in that the selective application is carried out at least on the basis of the monitoring of the heat energy accumulated by the laser unit.
An energy storage module comprising: a plurality of battery cells arranged in a first direction such that long side surfaces of adjacent ones of the battery cells face one another, each of the battery cells comprising a vent ; a plurality of insulation spacers , at least one of the insulation spacers being between the long side surfaces of each adjacent pair of the battery cells , each of the insulation spacers comprising a heat-insulating first sheet and a plurality of flame-retardant second sheets respectively adhered to opposite surfaces of the first sheet by an adhesion member ; a cover member comprising an internal receiving space configured to accommodate the battery cells and the insulation spacers ; a top plate coupled to a top of the cover member , the top plate comprising ducts respectively corresponding to the vents of the battery cells and having fire extinguishing agent openings respectively corresponding to the insulation spacers ; a top cover coupled to a top of the top plate and having discharge openings respectively corresponding to the ducts ; and an extinguisher sheet between the top cover and the top plate , the extinguisher sheet being configured to emit a fire extinguishing agent at a temperature exceeding a reference temperature, and wherein the long side surfaces of adjacent ones of the battery cells are spaced apart from each other by a first distance, and wherein a thickness of each of the insulation spacers is less than 50% of the first distance. a plurality of battery cells arranged in a first direction such that long side surfaces of adjacent ones of the battery cells face one another, each of the battery cells comprising a vent ; a plurality of insulation spacers , at least one of the insulation spacers being between the long side surfaces of each adjacent pair of the battery cells , each of the insulation spacers comprising a heat-insulating first sheet and a plurality of flame-retardant second sheets respectively adhered to opposite surfaces of the first sheet by an adhesion member ; a cover member comprising an internal receiving space configured to accommodate the battery cells and the insulation spacers ; a top plate coupled to a top of the cover member , the top plate comprising ducts respectively corresponding to the vents of the battery cells and having fire extinguishing agent openings respectively corresponding to the insulation spacers ; a top cover coupled to a top of the top plate and having discharge openings respectively corresponding to the ducts ; and an extinguisher sheet between the top cover and the top plate , the extinguisher sheet being configured to emit a fire extinguishing agent at a temperature exceeding a reference temperature, and wherein the long side surfaces of adjacent ones of the battery cells are spaced apart from each other by a first distance, and wherein a thickness of each of the insulation spacers is less than 50% of the first distance.