mhurhangee/patent-ind-claim-en huggingface dataset:
System for simulating sensors, - with a memory unit in which sensor models with sensor model properties are stored, - with an evaluation unit for simulating all sensors, - and the simulation is done using the stored sensor models, - and the sensors are designed to measure geometric dimensions of the object, measure positions of the object, measure material, contrast, colour, luminescence, gloss, transparency of the object, polarisation of the light reflected from the object or measure magnetic field strength, - an input unit is provided for inputting a limited number of physical parameters which parameterise one or more predefined sensor requirements, wherein a stylised, typical example application situation is shown by means of graphic symbols on a display unit to assist in inputting the parameters, - the evaluation unit being designed to carry out the simulation to determine whether the simulated sensors fulfil the parameterised sensor requirements, - wherein each sensor model property is associated with at least one mapping rule by which one or more of the sensor model properties is mapped to one of the parameterised sensor requirements, - and the evaluation unit comprises an evaluation unit which evaluates whether a sensor model fulfils the parameterised sensor requirements, - wherein a display unit is provided for displaying at least a part of the evaluation result and the display unit outputs a ranking list of the simulated sensors according to the evaluation result. - with a memory unit in which sensor models with sensor model properties are stored, - with an evaluation unit for simulating all sensors, - and the simulation is done using the stored sensor models, - and the sensors are designed to measure geometric dimensions of the object, measure positions of the object, measure material, contrast, colour, luminescence, gloss, transparency of the object, polarisation of the light reflected from the object or measure magnetic field strength, - an input unit is provided for inputting a limited number of physical parameters which parameterise one or more predefined sensor requirements, wherein a stylised, typical example application situation is shown by means of graphic symbols on a display unit to assist in inputting the parameters, - the evaluation unit being designed to carry out the simulation to determine whether the simulated sensors fulfil the parameterised sensor requirements, - wherein each sensor model property is associated with at least one mapping rule by which one or more of the sensor model properties is mapped to one of the parameterised sensor requirements, - and the evaluation unit comprises an evaluation unit which evaluates whether a sensor model fulfils the parameterised sensor requirements, - wherein a display unit is provided for displaying at least a part of the evaluation result and the display unit outputs a ranking list of the simulated sensors according to the evaluation result.
A method of multi-level optimization of emission levels and efficiency for a boiler system, comprising: creating boiler-level models and burner-level models ; receiving a plurality of boiler-level system variables; optimizing boiler-level setpoints for a boiler-level objective function, based at least in part on the received boiler-level system variables; thereafter deploying the optimized boiler-level setpoints to a plant control system of the boiler system; optimizing burner-level setpoints for a burner-level objective function, based at least in part on the received boiler-level setpoints; and thereafter deploying the optimized burner-level setpoints to at least one burner control loop of the plant control system . creating boiler-level models and burner-level models ; receiving a plurality of boiler-level system variables; optimizing boiler-level setpoints for a boiler-level objective function, based at least in part on the received boiler-level system variables; thereafter deploying the optimized boiler-level setpoints to a plant control system of the boiler system; optimizing burner-level setpoints for a burner-level objective function, based at least in part on the received boiler-level setpoints; and thereafter deploying the optimized burner-level setpoints to at least one burner control loop of the plant control system .
Apparatus for commissioning load goods on pallets , wherein the pallets have a loading bed and at least two side walls , having a commissioning shaft which extends as far as a commissioning plane in which the load goods are moved during commissioning, a lifting and lowering apparatus for lifting and lowering the pallet in the commissioning shaft , a tongue , which is able to be moved into the commissioning shaft from the side and back out again, for loading with load goods, a device for incrementally lowering the tongue while it is being loaded with load goods such that a top side of a load-goods layer laid last on the tongue is arranged approximately at the height of the commissioning plane , and stripping means which, at least when the tongue is moved out of the commissioning shaft , strip load goods from the top side of the tongue onto the loading bed of the pallet , wherein boundary walls of the commissioning shaft end at the height of the commissioning plane or only one boundary wall of the commissioning shaft extends beyond the commissioning plane , wherein the stripping means have a movable stop, and wherein the movable stop is formed by means of a first roller shutter which can at least partially close an opening in a first boundary wall of the commissioning shaft , through which the tongue can be moved into and out of the commissioning shaft .
A vibration damper , comprising - a housing, which has a first housing element and a second housing element , - a first pin element for connection to a first plate part, - a second pin element for connection to a second plate part, - a first damping insert between the first pin element and the second pin element , - a second damping insert between the first pin element and the first housing element , and - a third damping insert between the second pin element and the second housing element , characterised in that - the first damping insert and/or the second damping insert and/or the third damping insert each comprise a gel pad and two damping plates on either side of the gel pad . - a housing, which has a first housing element and a second housing element , - a first pin element for connection to a first plate part, - a second pin element for connection to a second plate part, - a first damping insert between the first pin element and the second pin element , - a second damping insert between the first pin element and the first housing element , and - a third damping insert between the second pin element and the second housing element , characterised in that - the first damping insert and/or the second damping insert and/or the third damping insert each comprise a gel pad and two damping plates on either side of the gel pad .
A medical device comprising: an infusion device comprising a fluid reservoir to contain a therapeutic fluid and a transcutaneous access tool fluidly coupled to the fluid reservoir, the transcutaneous access tool configured to deliver the therapeutic fluid subcutaneously to a patient; wherein the infusion device operates in a stand-by mode prior to the therapeutic fluid being introduced into the fluid reservoir and upon filling the fluid reservoir to a predetermined fill level with the therapeutic fluid when the infusion device is in stand-by mode, characterized in that the infusion device generates a signal indicative that the fluid reservoir has been filled to a predetermined fill level with the therapeutic fluid, and upon generating the signal indicative that the fluid reservoir has been filled to a predetermined fill level with the therapeutic fluid, the infusion device uses the signal to cause deployment of the transcutaneous access tool within a predetermined deployment time period determined from the occurrence of the filling of the fluid reservoir to the predetermined fill level with the therapeutic fluid. an infusion device comprising a fluid reservoir to contain a therapeutic fluid and a transcutaneous access tool fluidly coupled to the fluid reservoir, the transcutaneous access tool configured to deliver the therapeutic fluid subcutaneously to a patient; wherein the infusion device operates in a stand-by mode prior to the therapeutic fluid being introduced into the fluid reservoir and upon filling the fluid reservoir to a predetermined fill level with the therapeutic fluid when the infusion device is in stand-by mode, characterized in that the infusion device generates a signal indicative that the fluid reservoir has been filled to a predetermined fill level with the therapeutic fluid, and upon generating the signal indicative that the fluid reservoir has been filled to a predetermined fill level with the therapeutic fluid, the infusion device uses the signal to cause deployment of the transcutaneous access tool within a predetermined deployment time period determined from the occurrence of the filling of the fluid reservoir to the predetermined fill level with the therapeutic fluid.
A data storage in motion system comprising: a recirculating loop comprising an optical cavity configured to maintain an optical signal carrying data in motion, and the recirculating loop including a signal coupler , a first signal returner , and a signal conditioner configured to condition the signal by amplifying the signal; the signal coupler configured to couple at least a portion of the signal into the optical cavity by transmitting the signal to the first signal returner ; the first signal returner positioned and configured to return the signal to the signal coupler ; the signal coupler configured to return the signal received from the first signal returner to the first signal returner ; and a signal regenerator configured to regenerate, at a first timing, only a first portion of the signal, the first portion of the signal being less than an entirety of the signal, and to regenerate, at a second timing after the first timing, only a second portion of the signal, the second portion of the signal being less than an entirety of the signal. a recirculating loop comprising an optical cavity configured to maintain an optical signal carrying data in motion, and the recirculating loop including a signal coupler , a first signal returner , and a signal conditioner configured to condition the signal by amplifying the signal; the signal coupler configured to couple at least a portion of the signal into the optical cavity by transmitting the signal to the first signal returner ; the first signal returner positioned and configured to return the signal to the signal coupler ; the signal coupler configured to return the signal received from the first signal returner to the first signal returner ; and a signal regenerator configured to regenerate, at a first timing, only a first portion of the signal, the first portion of the signal being less than an entirety of the signal, and to regenerate, at a second timing after the first timing, only a second portion of the signal, the second portion of the signal being less than an entirety of the signal.
A test instrument connectable to a device under test , DUT, the test instrument comprising: a test instrument interface couplable to a network interface of the DUT; a hardware controller configured to: determine at least one frequency for a current surge to be generated in the DUT; and calculate parameters of test signals to generate based on the at least one frequency and a functional block in the DUT to stimulate with the test signals; and a test signal generator to generate the test signals in accordance with the calculated parameters, and to transmit the test signals to the network interface of the DUT via the test instrument interface. a test instrument interface couplable to a network interface of the DUT; a hardware controller configured to: determine at least one frequency for a current surge to be generated in the DUT; and calculate parameters of test signals to generate based on the at least one frequency and a functional block in the DUT to stimulate with the test signals; and determine at least one frequency for a current surge to be generated in the DUT; and calculate parameters of test signals to generate based on the at least one frequency and a functional block in the DUT to stimulate with the test signals; and a test signal generator to generate the test signals in accordance with the calculated parameters, and to transmit the test signals to the network interface of the DUT via the test instrument interface.
The gypsum board comprising a core, characterised in that said core has a bulk density of at least 1100 kg/m 3 and comprises: - from 70 wt% to 97 wt% gypsum; - one or more polycarboxylate ether fluidizing agents, in a total amount of at least 6000 g/m 3 ; - at least 2500 g/m 3 of a polysiloxane; - at least 10000 g/m 3 of one or more clay minerals; and - at least 3200 g/m 3 of glass fibers. - from 70 wt% to 97 wt% gypsum; - one or more polycarboxylate ether fluidizing agents, in a total amount of at least 6000 g/m 3 ; - at least 2500 g/m 3 of a polysiloxane; - at least 10000 g/m 3 of one or more clay minerals; and - at least 3200 g/m 3 of glass fibers.
A method for producing hypromellose phthalate, comprising: an esterification step of esterifying hypromellose with a carboxybenzoylating agent in the presence of an aliphatic carboxylic acid to obtain a reaction product solution containing hypromellose phthalate; a precipitation step of precipitating the hypromellose phthalate by mixing the reaction product solution with water to obtain a suspension of the precipitated hypromellose phthalate; a neutralization step of neutralizing the suspension with a basic substance to obtain a neutralized suspension; and a washing step of washing the hypromellose phthalate contained in the neutralized suspension to obtain the washed hypromellose phthalate. an esterification step of esterifying hypromellose with a carboxybenzoylating agent in the presence of an aliphatic carboxylic acid to obtain a reaction product solution containing hypromellose phthalate; a precipitation step of precipitating the hypromellose phthalate by mixing the reaction product solution with water to obtain a suspension of the precipitated hypromellose phthalate; a neutralization step of neutralizing the suspension with a basic substance to obtain a neutralized suspension; and a washing step of washing the hypromellose phthalate contained in the neutralized suspension to obtain the washed hypromellose phthalate.
A method of analyzing website visitor behavior, comprising: analyzing, by a server (130;140), a plurality of website visitor recordings associated with a plurality of visits to a website of a plurality of users; determining a plurality of routes taken within the website by the plurality of users based on the plurality of website visitor recordings, wherein each of the plurality of routes includes a chronological sequence of user interactions with a plurality of website elements included in the website; and dividing the plurality of routes into a plurality of clusters based on common path flows in the plurality of routes, wherein dividing the plurality of routes into the plurality of clusters comprises: associating the website elements with a plurality of labels, determining a plurality of equivalent labels in the plurality of labels, and determining common path flows based on the equivalent labels; and causing the plurality of clusters to be displayed on a display of a client device. analyzing, by a server (130;140), a plurality of website visitor recordings associated with a plurality of visits to a website of a plurality of users; determining a plurality of routes taken within the website by the plurality of users based on the plurality of website visitor recordings, wherein each of the plurality of routes includes a chronological sequence of user interactions with a plurality of website elements included in the website; and dividing the plurality of routes into a plurality of clusters based on common path flows in the plurality of routes, wherein dividing the plurality of routes into the plurality of clusters comprises: associating the website elements with a plurality of labels, determining a plurality of equivalent labels in the plurality of labels, and determining common path flows based on the equivalent labels; and causing the plurality of clusters to be displayed on a display of a client device. associating the website elements with a plurality of labels, determining a plurality of equivalent labels in the plurality of labels, and determining common path flows based on the equivalent labels; and causing the plurality of clusters to be displayed on a display of a client device.
A method for a software development system , the software development system comprising a code repository storing source code; the method comprising: receiving at the code repository an additional code; receiving at one or more documentation repositories (105A-N) documentation information for documenting the source code ; generating corpus-based semantic word embeddings for code and documentation words of the source code and the documentation information ; using the word embeddings for mapping by the software development system the source code to the corresponding documentation information; and storing the mapping of the source code to the corresponding documentation information; wherein the mapping comprises for each first code component of the source code , identifying one or more second code components of the source code that are dependent of the first code component , for each component of the first and second code components identifying zero or more components of the documentation information that are semantically similar to the component by performing a predefined vector operation on the code word embeddings of the component and documentation word embeddings of the documentation components, and associating the identified components with the first code component of the source code, and wherein the predefined vector operation is a cosine similarity. receiving at the code repository an additional code; receiving at one or more documentation repositories (105A-N) documentation information for documenting the source code ; generating corpus-based semantic word embeddings for code and documentation words of the source code and the documentation information ; using the word embeddings for mapping by the software development system the source code to the corresponding documentation information; and storing the mapping of the source code to the corresponding documentation information; wherein the mapping comprises for each first code component of the source code , identifying one or more second code components of the source code that are dependent of the first code component , for each component of the first and second code components identifying zero or more components of the documentation information that are semantically similar to the component by performing a predefined vector operation on the code word embeddings of the component and documentation word embeddings of the documentation components, and associating the identified components with the first code component of the source code, and wherein the predefined vector operation is a cosine similarity.
A creped tissue product comprising at least one creped tissue web having a first side and an opposite second side, a creping composition disposed on the first side, the creping composition covering from 20 to 60 percent of a surface area of the first side, the creping composition comprising a non-fibrous olefin polymer and a water soluble adhesive polymer, wherein the non-fibrous olefin polymer comprises an alpha olefin interpolymer of ethylene or propylene and at least one comonomer, each comonomer being selected from the group consisting of octene, heptene, hexene, decene, and dodecene and the water soluble adhesive polymer is selected from the group consisting of polyoxazolines, polyamidoamine-epichlorohydrin resin, polyamine epichlorohydrin resin, polyvinyl alcohol, polyvinylamine, polyethylenimine, acrylamide polymers, polymethacrylamide, poly(acrylic acid), poly(methacrylic acid), poly(hydroxyethyl methacrylate), poly(n-vinyl pyrrolidinone), poly(ethylene oxide), saccharides, polysaccharides and modified polysaccharides, and wherein the mass ratio of the non fibrous olefin polymer to the water soluble adhesive polymer is from 5:1 to 75:1, the tissue product having a GMT from 700 to 1,500 g/3" (g/ 76.2 mm) and a TS7 value less than 10.0, wherein the at least one creped tissue web is manufactured by a process in which the add-on level of the non-fibrous olefin polymer is less than 100mg/m 2 .
Plow , in particular a mounted reversible plow, comprising a headstock for mounting on a tractor, a plow frame , which is arranged on the headstock so as to be adjustable by means of an adjustment center designed as a four-bar linkage and which has plow bodies pivotably arranged thereon, an adjusting rod which is connected to the plow bodies for the joint adjustable pivoting of the plow body , the four-bar linkage consisting of a turning bracket which is rigidly connected to the headstock , a control lever arranged opposite the turning bracket , a support rocker arranged in each case with a joint between the turning bracket and the control lever , and a stabilizer arranged in each case with a joint between the turning bracket and the control lever , the plow frame being articulated to the four-bar linkage via the joint connecting the support rocker to the control lever , and comprising at least one length-adjustable link , which acts on the four-bar linkage , for adjusting the front furrow width (VB1, VB2), and a length-adjustable control element which is arranged between the four-bar linkage and the plough frame and is designed as a working-width adjustment means, the working width adjustment means being connected to the front-furrow-width adjustment means by means of the four-bar linkage , the link being arranged within the four-bar linkage between the control lever on one side and the support rocker on the other side so as to influence the orientation of the four-bar linkage , in particular a diagonal of the four-bar linkage , characterized in that the link is arranged on the support rocker on one side and is connected to the control lever and the plow frame via a toggle lever on the other side.