mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, at a processor, user input information, where the user input information includes duration data regarding one or more of a duration of an action, a duration of use of an application and a duration of use of electronic media, routine data regarding one or more routines of the user, and frequency data regarding one or more of a frequency of an action of a user, a frequency of use of an application by the user, and a frequency of use of electronic media by the user; storing the user input information at a storage device; changing, by the processor, configuration information of a graphical element associated with the action, the application, or the electronic media, where the graphical element resides in one or more selectable cells of a plurality of cells defining a graphical user interface, and where changing of the configuration information is based at least partially on the stored user input information and includes selectively enlarging the graphical element to occupy one or more adjacent cells of the one or more selectable cells; and transmitting, by the processor, the graphical element and the configuration information to display; wherein the size of the graphical element is a number of cells of the graphical user interface that the graphical element occupies, wherein the number of cells is calculated based on a weight function in which each of the duration data, the frequency data, and the routine data is multiplied by a respective weight. receiving, at a processor, user input information, where the user input information includes duration data regarding one or more of a duration of an action, a duration of use of an application and a duration of use of electronic media, routine data regarding one or more routines of the user, and frequency data regarding one or more of a frequency of an action of a user, a frequency of use of an application by the user, and a frequency of use of electronic media by the user; storing the user input information at a storage device; changing, by the processor, configuration information of a graphical element associated with the action, the application, or the electronic media, where the graphical element resides in one or more selectable cells of a plurality of cells defining a graphical user interface, and where changing of the configuration information is based at least partially on the stored user input information and includes selectively enlarging the graphical element to occupy one or more adjacent cells of the one or more selectable cells; and transmitting, by the processor, the graphical element and the configuration information to display; wherein the size of the graphical element is a number of cells of the graphical user interface that the graphical element occupies, wherein the number of cells is calculated based on a weight function in which each of the duration data, the frequency data, and the routine data is multiplied by a respective weight.
An X-ray phase-contrast imaging system comprising: a distributed incoherent X-ray source arrangement; a fixed grating module, comprising a first grating and a second grating which are disposed in parallel to each other and are fixed relative to each other; and an X-ray detecting device, wherein X-ray sources of the distributed incoherent X-ray source arrangement are arranged in a direction perpendicular to both an X-ray propagation direction and a grating strip direction, characterized in that the X-ray phase-contrast imaging system further comprises a computer workstation, which is configured to control the distributed incoherent X-ray source arrangement and the X-ray detecting device such that: the X-ray sources of the distributed incoherent X-ray source arrangement sequentially generate X-rays to emit X-rays to an object to be detected. a distributed incoherent X-ray source arrangement; a fixed grating module, comprising a first grating and a second grating which are disposed in parallel to each other and are fixed relative to each other; and an X-ray detecting device, wherein X-ray sources of the distributed incoherent X-ray source arrangement are arranged in a direction perpendicular to both an X-ray propagation direction and a grating strip direction, characterized in that the X-ray phase-contrast imaging system further comprises a computer workstation, which is configured to control the distributed incoherent X-ray source arrangement and the X-ray detecting device such that: the X-ray sources of the distributed incoherent X-ray source arrangement sequentially generate X-rays to emit X-rays to an object to be detected.
Injection device for dispensing a medicament, comprising: - a cartridge module for receiving a cartridge containing an injectable preparation and if appropriate with a seat for attachment of a needle, which is mounted on one end of the cartridge and through which the injectable preparation can be injected, - a dispensing mechanism which is actuated to dispense the injectable preparation, - a dose-setting mechanism for setting the dose at which the injectable preparation is dispensed when the dispensing mechanism is actuated, the dose-setting mechanism comprising: a housing part in which at least part of the dispensing mechanism is received, a display sleeve, which can be fitted at least partially into the distal housing part and is rotatable therein, and an insertion sleeve that can be inserted into the housing part, wherein - the insertion sleeve has, on its outer face, a raised surface section that is translucent or transparent at least in some areas, - the housing part has a recess which is open at its distal edge for receiving the raised surface section from the direction of the open end of the recess, wherein the insertion sleeve in the inserted state is received in a rotationally fixed manner by the housing part, and the longitudinal edges (25a, 25b, 20a, 20b) and/or the abutting edges (25c, 20c) of the recess and of the raised surface section are designed such that they engage in each other with a form fit, characterized in that the display sleeve is provided with an outer thread and the insertion sleeve is provided on its inner face with a guide device which cooperates with the outer thread of the display sleeve in order to axially adjust the display sleeve as a function of the rotational position of the display sleeve. - a cartridge module for receiving a cartridge containing an injectable preparation and if appropriate with a seat for attachment of a needle, which is mounted on one end of the cartridge and through which the injectable preparation can be injected, - a dispensing mechanism which is actuated to dispense the injectable preparation, - a dose-setting mechanism for setting the dose at which the injectable preparation is dispensed when the dispensing mechanism is actuated, the dose-setting mechanism comprising: a housing part in which at least part of the dispensing mechanism is received, a display sleeve, which can be fitted at least partially into the distal housing part and is rotatable therein, and an insertion sleeve that can be inserted into the housing part, - the insertion sleeve has, on its outer face, a raised surface section that is translucent or transparent at least in some areas, - the housing part has a recess which is open at its distal edge for receiving the raised surface section from the direction of the open end of the recess, wherein the insertion sleeve in the inserted state is received in a rotationally fixed manner by the housing part, and
Method to visualize signal distribution in a geographical area mapped by a reference map which comprises known reference points which are linked to recorded fingerprints, such as signal values of at least one radio signal received form signal sources, at that points, characterized in that the method comprises the following steps: a) solve a radial basis function interpolation for each selected signal source using the fingerprints to obtain a vector of weights w, b) create a coarse grid covering the reference map, c) at each coarse grid point, calculate the predicted signal strength using RBF interpolation with said vector of weights w, d) generate a fine grid inside the coarse grid cells, e) at each fine grid point calculate the signal strength using bilinear filtering with the RBF interpolated coarse grid points, f) create a normalised scale with 0 corresponding to minimal signal strength on the coarse grid, and 1 corresponding to maximum signal strength, g) Color each fine grid cell looking up normalised signal strength in some color mapping. a) solve a radial basis function interpolation for each selected signal source using the fingerprints to obtain a vector of weights w, b) create a coarse grid covering the reference map, c) at each coarse grid point, calculate the predicted signal strength using RBF interpolation with said vector of weights w, d) generate a fine grid inside the coarse grid cells, e) at each fine grid point calculate the signal strength using bilinear filtering with the RBF interpolated coarse grid points, f) create a normalised scale with 0 corresponding to minimal signal strength on the coarse grid, and 1 corresponding to maximum signal strength, g) Color each fine grid cell looking up normalised signal strength in some color mapping.
Computer-readable media storing computer-executable instructions that, when executed, perform a method of constructing a search-result snippet of a website to include an interface, which provides access to a website tool provided by the website, the method comprising: receiving by a search engine a search query; determining that the website is relevant to the search query; referencing the website in a search-engine index to determine that the website includes the website tool; constructing the search-result snippet to include the interface, which comprises a service-call instruction that, when executed, sends a service call to a website server requesting performance of an action by the website tool; and providing the search-result snippet in response to the search query. receiving by a search engine a search query; determining that the website is relevant to the search query; referencing the website in a search-engine index to determine that the website includes the website tool; constructing the search-result snippet to include the interface, which comprises a service-call instruction that, when executed, sends a service call to a website server requesting performance of an action by the website tool; and providing the search-result snippet in response to the search query.
Valve for a pivoting motor adjuster of a camshaft, having a bushing with a piston which is arranged so as to be displaceable in a bore along a longitudinal direction between a first end position and a second end position, a supply connection for the feed of a hydraulic fluid, at least one first working connection and one second working connection, and at least one tank outflow connection (T1, T2) for the discharge of the hydraulic fluid, wherein the first working connection and the second working connection are configured to be fluidically connectable to one another through suitable positioning of the piston, and wherein the piston has outer annular webs (25, 27) arranged in each case at the axially outer ends of said piston in order to completely close the tank outflow connection (T1, T2) in the first and in the second end position respectively, wherein, in the first end position, the connection between the first working connection and the tank outflow connection, and, in the second end position, the connection between the second working connection and the tank outflow connection, is throttled in a control-edge-free manner such that the throttling can be attained virtually exclusively by means of an annular area between the annular web (25, 27) and a groove-like recess (36, 37), which is assigned to the annular web (25, 27), of the bushing in the region of the bore.
A catalyst system comprising a half-sandwich chromium complex, an activator support and an optional cocatalyst, wherein the half-sandwich chromium complex is characterized by the general formula: M (R 1)(R Z)(L n) where M is chromium; Z comprises η 5 -C 5 H 4 CH 2 CH 2 CH=CH 2 or η 5 -C 5 H 4 C(Me) 2 CH 2 CH 2 CH=CH 2; R 1 and R 2 are independently a halide, an organyl group, or a hydrocarbyl group; L n comprises a neutral electron donating group; and n=0, 1 or 2.
A method for producing an immobilized allulose epimerase comprising a step of bringing an enzyme solution containing allulose epimerase having a specific activity of 50 U/mg or more into contact with a styrene-based porous-type weakly basic anion exchange resin or a styrene-based gel-type weakly basic anion exchange resin such that the total loaded protein amount is 2 to 15 mg/ml-R, wherein an ion exchange group of the styrene-based porous-type weakly basic anion exchange resin or the styrene-based gel-type weakly basic anion exchange is a tertiary amine, wherein the number of allulose epimerase units of the enzyme solution to be brought into contact with the ion exchange resin is 270 U or more per 1 ml of the ion exchange resin, wherein the specific activity of the immobilized allulose epimerase is 200 to 500 U/ml-R, and wherein the specific activity of allulose epimerase is measured according to the method disclosed in the description. wherein an ion exchange group of the styrene-based porous-type weakly basic anion exchange resin or the styrene-based gel-type weakly basic anion exchange is a tertiary amine, wherein the number of allulose epimerase units of the enzyme solution to be brought into contact with the ion exchange resin is 270 U or more per 1 ml of the ion exchange resin, wherein the specific activity of the immobilized allulose epimerase is 200 to 500 U/ml-R, and wherein the specific activity of allulose epimerase is measured according to the method disclosed in the description.
A label comprising: a. a fabric made of a yarn wherein the fabric is selected from the group consisting of a woven-edge narrow fabric and a slit-edge broad good fabric; b. wherein the yarn includes a fiber selected from the group consisting of a recycled fiber, a recyclable fiber, an organic fiber, and a biodegradable fiber, characterized in that c. the yarn includes a blend of a first yarn and a second yarn; d. the first yarn is selected from the group consisting of a standard synthetic polyester yarn and a natural cotton yarn; and e. the second yarn is selected from the group consisting of a yarn derived from soy and a yarn derived from bamboo, a yarn derived from plant fiber, a yarn made of recycled polyester, a yarn made of a cellulose-based fiber, a yarn derived from organically grown cotton, and a yarn derived from a natural fiber; and f. wherein the fabric is a dyed fabric which has been dyed using an environmentally friendly dye, or has been dyed using an environmentally friendly dyeing process. a. a fabric made of a yarn wherein the fabric is selected from the group consisting of a woven-edge narrow fabric and a slit-edge broad good fabric; b. wherein the yarn includes a fiber selected from the group consisting of a recycled fiber, a recyclable fiber, an organic fiber, and a biodegradable fiber, characterized in that c. the yarn includes a blend of a first yarn and a second yarn; d. the first yarn is selected from the group consisting of a standard synthetic polyester yarn and a natural cotton yarn; and e. the second yarn is selected from the group consisting of a yarn derived from soy and a yarn derived from bamboo, a yarn derived from plant fiber, a yarn made of recycled polyester, a yarn made of a cellulose-based fiber, a yarn derived from organically grown cotton, and a yarn derived from a natural fiber; and f. wherein the fabric is a dyed fabric which has been dyed using an environmentally friendly dye, or has been dyed using an environmentally friendly dyeing process.
Method for predicting an ability of an electrical energy storage system to be able to start a vehicle engine of a particular vehicle make, a particular vehicle model and/or a particular vehicle variant, wherein the electrical energy storage system is a motor vehicle starter battery, and wherein the method comprises the following method steps: - generating engine-start data which are characteristic of the electrical energy storage system; - evaluating the generated engine-start data; and - outputting a result of the evaluation, which result relates to a prediction with respect to the ability of the electrical energy storage system to be able to start a vehicle engine of a particular vehicle make, a particular vehicle model and/or a particular vehicle variant, wherein the vehicle make, the vehicle model and/or the vehicle variant of the vehicle to be started by the electrical energy storage system is/are taken into account in order to evaluate the generated engine-start data, wherein a temperature or a temperature range of a vehicle engine to be started by the electrical energy storage system is taken into account in order to evaluate the generated engine-start data, and wherein the output result of the evaluation relates to a prediction with respect to the ability of the electrical energy storage system to be able to start a vehicle engine of a particular vehicle make, a particular vehicle model and/or a particular vehicle variant at different temperatures of the vehicle engine; and/or wherein the ability of the electrical energy storage system to be able to start a vehicle engine of a particular vehicle make, a particular vehicle model and/or a particular vehicle variant is an ability of the electrical energy storage system to be able to cold-start or warm-start a vehicle engine of the vehicle make taken into account in the evaluation, the vehicle model taken into account in the evaluation and/or the vehicle variant taken into account in the evaluation. - generating engine-start data which are characteristic of the electrical energy storage system; - evaluating the generated engine-start data; and - outputting a result of the evaluation, which result relates to a prediction with respect to the ability of the electrical energy storage system to be able to start a vehicle engine of a particular vehicle make, a particular vehicle model and/or a particular vehicle variant,
A method comprising: ascertaining an action to be performed on data obtained from a data source, wherein said act of ascertaining comprises ascertaining from a sink trust authority associated with a data sink the action to be performed; retrieving content policies associated with the action, wherein said act of retrieving comprises retrieving content policies from a source trust authority associated with the data source and from at least one other component; ranking the policies in a ranked order, wherein said act of ranking comprises ranking the policies from highest priority to lowest priority based, at least in part, on security criteria; inquiring whether individual policies are supported by the data sink, wherein said act of inquiring comprises inquiring with the sink trust authority; and, directing the data sink to implement one of the ranked policies supported by the data sink, wherein said act of directing comprises directing the sink trust authority to cause the data sink to implement said one of the ranked policies. ascertaining an action to be performed on data obtained from a data source, wherein said act of ascertaining comprises ascertaining from a sink trust authority associated with a data sink the action to be performed; retrieving content policies associated with the action, wherein said act of retrieving comprises retrieving content policies from a source trust authority associated with the data source and from at least one other component; ranking the policies in a ranked order, wherein said act of ranking comprises ranking the policies from highest priority to lowest priority based, at least in part, on security criteria; inquiring whether individual policies are supported by the data sink, wherein said act of inquiring comprises inquiring with the sink trust authority; and, directing the data sink to implement one of the ranked policies supported by the data sink, wherein said act of directing comprises directing the sink trust authority to cause the data sink to implement said one of the ranked policies.
A method of storing used diapers for disposal, comprising the steps of: installing a bag assembly comprising a pleated flexible bag attached to a hinged frame member into a diaper disposal system, said pleated flexible bag having a first diameter at a first upper portion and a second diameter that is greater than the first diameter at a second lower portion, so that said second, lower portion of said pleated flexible bag is located within a storage space of the diaper disposal system; securing said hinged frame member to a housing so that said hinged frame member is secured against rotation with respect to said housing; placing at least one used diaper within the pleated flexible bag; and removing the bag assembly from the diaper disposal system and folding the hinged frame member in order to close the pleated flexible bag and to form a carrying handle. installing a bag assembly comprising a pleated flexible bag attached to a hinged frame member into a diaper disposal system, said pleated flexible bag having a first diameter at a first upper portion and a second diameter that is greater than the first diameter at a second lower portion, so that said second, lower portion of said pleated flexible bag is located within a storage space of the diaper disposal system; securing said hinged frame member to a housing so that said hinged frame member is secured against rotation with respect to said housing; placing at least one used diaper within the pleated flexible bag; and removing the bag assembly from the diaper disposal system and folding the hinged frame member in order to close the pleated flexible bag and to form a carrying handle.
Granulocyte-macrophage colony stimulating factor (GM-CSF), or a functional homologue thereof having at least 75% sequence identity to human GM-CSF, for use in the treatment of pulmonary diseases associated with bacterial, fungal and/or viral infection or colonization of the pulmonary system, wherein said GM-CSF, or a functional homologue thereof, is to be administered via pulmonary administration.
Method for detecting the presence of microcystin-producing toxic cyanobacteria in a sample comprising the steps of: a) performing lysis of the cells in said sample; b) contacting nucleic acid obtained from the lysed cells in a polymerase chain reaction mix with primers hybridizing with the nucleic acid sequence of SEQ ID NO:1, SEQ ID NO:2 and SEQ ID NO:3 in the mcyB gene present in Microcystis aeruginosa, Planktothrix agardhii and Anabaena sp., wherein said primers amplify at least part of said sequences in the mcyB gene; c) performing a polymerase chain reaction with a reaction mix obtained from step b) so that the sequences of said mcyB gene are amplified, if said sequences are present in the sample; and d) detecting the presence of amplified nucleid acid sequences of said mcyB gene, wherein the presence of amplified mcyB gene sequence is indicative of the presence of microcystin-producing toxic cyanobacteria in the sample. a) performing lysis of the cells in said sample; b) contacting nucleic acid obtained from the lysed cells in a polymerase chain reaction mix with primers hybridizing with the nucleic acid sequence of SEQ ID NO:1, SEQ ID NO:2 and SEQ ID NO:3 in the mcyB gene present in Microcystis aeruginosa, Planktothrix agardhii and Anabaena sp., wherein said primers amplify at least part of said sequences in the mcyB gene; c) performing a polymerase chain reaction with a reaction mix obtained from step b) so that the sequences of said mcyB gene are amplified, if said sequences are present in the sample; and d) detecting the presence of amplified nucleid acid sequences of said mcyB gene, wherein the presence of amplified mcyB gene sequence is indicative of the presence of microcystin-producing toxic cyanobacteria in the sample.