mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a plurality of sensors to detect entry into a premises by an unauthorized party and to detect a location of the unauthorized party through at least a portion of the premises; a storage component to store the detected location of the unauthorized party in a log; an audio component to audibly announce the detected location of the unauthorized party; a processor to control the audio component to announce the detected location at predetermined intervals or upon a change in the detected location of the unauthorized party, the processor being arranged to process data from the plurality of sensors to detect locations of authorized parties within the premises after the detected entry of the unauthorized party; and a wireless communication interface, wherein the processor is further arranged to determine that any party that enters the premises with an authorized token that communicates with the system via the wireless communication interface is an authorized party. a plurality of sensors to detect entry into a premises by an unauthorized party and to detect a location of the unauthorized party through at least a portion of the premises; a storage component to store the detected location of the unauthorized party in a log; an audio component to audibly announce the detected location of the unauthorized party; a processor to control the audio component to announce the detected location at predetermined intervals or upon a change in the detected location of the unauthorized party, the processor being arranged to process data from the plurality of sensors to detect locations of authorized parties within the premises after the detected entry of the unauthorized party; and a wireless communication interface, wherein the processor is further arranged to determine that any party that enters the premises with an authorized token that communicates with the system via the wireless communication interface is an authorized party.
A ready-to-feed liquid infant formula comprising fat, protein, carbohydrate, vitamins, minerals, at least 50 μg/liter of lutein, and from 72 to 360 mg/liter docosahexaenoic acid, wherein the weight ratio of lutein (μg) to docosahexaenoic acid (mg) is from 1:2 to 10:1 and the formula is free of egg phospholipids.
A display input apparatus comprising: a display portion that displays a screen provided with a button for switching a display screen to a one-more downward layer screen, and a touch panel portion that accepts a touch operation for touching a screen of the display portion, characterized in that when the touch panel portion accepts a first operation that is a touch operation at the button for switching a display screen to a one-more downward layer screen, the display portion starts display in a gradual shift mode in which the display portion sets the screen in the current display as a shift start screen, sets the one-more downward layer screen associated with the button as a shift target screen, gradually erases the shift start screen, and gradually increases a display percentage of the shift target screen, whereby the display screen is gradually shifted from the shift start screen to the shift target screen, and when the first operation is continued on the touch panel portion even after the shift to the shift target screen, if there are a plurality of downward layer screens of the shift target screen that are screens on a one-more downward layer than the shift target screen, the display portion reduces sizes of said plurality of downward layer screens to sizes smaller than a maximal size and displays a list screen that disposes said plurality of reduced-sized downward layer screens in a same screen. a display portion that displays a screen provided with a button for switching a display screen to a one-more downward layer screen, and a touch panel portion that accepts a touch operation for touching a screen of the display portion, when the touch panel portion accepts a first operation that is a touch operation at the button for switching a display screen to a one-more downward layer screen, the display portion starts display in a gradual shift mode in which the display portion sets the screen in the current display as a shift start screen, sets the one-more downward layer screen associated with the button as a shift target screen, gradually erases the shift start screen, and gradually increases a display percentage of the shift target screen, whereby the display screen is gradually shifted from the shift start screen to the shift target screen, and when the first operation is continued on the touch panel portion even after the shift to the shift target screen, if there are a plurality of downward layer screens of the shift target screen that are screens on a one-more downward layer than the shift target screen, the display portion reduces sizes of said plurality of downward layer screens to sizes smaller than a maximal size and displays a list screen that disposes said plurality of reduced-sized downward layer screens in a same screen.
A pressure-dependent clutching device for automatically engaging and disengaging a driving force from a needle depending on an external pressure encountered by the needle, comprising: a body having an interior space; a pressure-sensing element defining a portion of a pressure chamber disposed in the interior space for sensing the external pressure, said pressure-sensing element is adapted to switch between a first configuration corresponding to a first pressure state and a second configuration corresponding to a second pressure state; and a force-receiving element operatively connected to the pressure-sensing element, said force-receiving element is configured to have a complementary structure to a force-sending element that is operatively connected to a force-applying structure for a user to apply the driving force, wherein during operation, the needle is coupled to the force-applying structure via the pressure-sensitive clutching device, and the pressure-sensing element is placed in pressure communication with the external pressure such that when the external pressure crosses a threshold level, the pressure-sensing element is caused to switch from one configuration to the other which in turn causes the force-receiving element to engage or disengage from the force-sending element resulting in the driving force applied at the force-applying structure being engaged or disengaged from the needle. a body having an interior space; a pressure-sensing element defining a portion of a pressure chamber disposed in the interior space for sensing the external pressure, said pressure-sensing element is adapted to switch between a first configuration corresponding to a first pressure state and a second configuration corresponding to a second pressure state; and a force-receiving element operatively connected to the pressure-sensing element, said force-receiving element is configured to have a complementary structure to a force-sending element that is operatively connected to a force-applying structure for a user to apply the driving force, wherein during operation, the needle is coupled to the force-applying structure via the pressure-sensitive clutching device, and the pressure-sensing element is placed in pressure communication with the external pressure such that when the external pressure crosses a threshold level, the pressure-sensing element is caused to switch from one configuration to the other which in turn causes the force-receiving element to engage or disengage from the force-sending element resulting in the driving force applied at the force-applying structure being engaged or disengaged from the needle.
A subtilisin or recombinant polypeptide, or active fragment thereof, wherein said subtilisin, polypeptide or fragment comprises a XQXVPYGXEXIGAXDVQQND (SEQ ID NO:32) motif, wherein X is any amino acid, and wherein said subtilisin, polypeptide or fragment comprises an amino acid sequence having at least 85% amino acid sequence identity to the amino acid sequence SEQ ID NO: 3 or 6, and wherein said subtilisin, polypeptide or fragment has protease activity.
A method comprising: - printing a first pattern using at least one first nozzle for depositing a coalescing agent to a layer of build material, - printing a second pattern adjacent to the first pattern using at least one second nozzle for depositing a coalescence modifier agent, - curing the layer of build material, - checking the presence of a difference in height at an edge between the first pattern and the second pattern, and detecting an anomaly if said difference is not present. - printing a first pattern using at least one first nozzle for depositing a coalescing agent to a layer of build material, - printing a second pattern adjacent to the first pattern using at least one second nozzle for depositing a coalescence modifier agent, - curing the layer of build material, - checking the presence of a difference in height at an edge between the first pattern and the second pattern, and detecting an anomaly if said difference is not present.
A composition comprising retinol and a therapeutically effective amount of a dipeptide derivative of formula: R 1 -AAB-AAC-R 2 Formula or an isomer or salt thereof, and optionally a pharmaceutically or cosmetically acceptable carrier, wherein R 1 is an acyl radical having up to 19 carbon atoms; AAB is Tyr and AAC is Tyr, or AAB is Val and AAC is Ala; R 2 is OR 3, NHR 4, or NHNHR 5; R 3 is H, an alkyl, aralkyl, or aryl radical having up to 19 carbon atoms; and R 4 or R 5 is independently H, OH, an alkyl, aralkyl, or aryl radical having up to 19 carbon atoms.
A tissue culture of regenerable tobacco cells, said tobacco cells having a mutation in an endogenous nicotine demethylase gene having the sequence set forth in SEQ ID NO: 4, wherein the mutation is selected from the group consisting of a point mutation, a deletion, an insertion, a duplication and an inversion, wherein said tissue culture regenerates tobacco plants capable of expressing all the physiological and morphological characteristics of a tobacco plant having said mutation, and wherein said regenerated tobacco plants exhibit reduced expression of the mutated nicotine demethylase gene or gene product relative to a non-mutated control plant, or the nicotine demethylase encoded by the mutated gene exhibits reduced enzymatic activity relative to a non-mutated nicotine demethylase.
A transport protein inhibitor selected from inhibitors of SLC1A5, SLC7A8 and PAT4 for use in preventing or treating cancer by reducing the expression of PD-1, wherein the patient has been identified as having cancer accompanied with increased PD-1 expression, and wherein the transport protein inhibitor is selected from one or more of L-γ-glutamyl-p-nitroanilide (GPNA), sarcosine, 2-amino-2-norboranecarboxylic acid, and pharmacologically acceptable salts thereof.
An attachment device comprising: a body having a pointed distal end and a proximal end configured for connecting to a fluid path set; one or more removable elements configured to removably connect to the pointed distal end of the body, the one or more removable elements having a distal end configured for extending through a membrane of a medical container; at least one fluid channel extending along a longitudinal axis of the body and the one or more removable elements, the at least one fluid channel configured for delivering a medical fluid between the medical container and the fluid path set; and at least one retaining element projecting from each of the removable elements; and a locking mechanism between the body and a first removable element and between successive removable elements, the locking mechanism comprising at least one barb extending radially outward from the body and each of the removable elements, each barb having a groove on an outer surface and a tab on an inner surface; wherein the at least one retaining element on a most distal removable element is configured for non-removably retaining the most distal removable element of the attachment device within the medical container after the attachment device is connected to the medical container, while allowing disengagement and removal of the body and any proximal removable elements. a body having a pointed distal end and a proximal end configured for connecting to a fluid path set; one or more removable elements configured to removably connect to the pointed distal end of the body, the one or more removable elements having a distal end configured for extending through a membrane of a medical container; at least one fluid channel extending along a longitudinal axis of the body and the one or more removable elements, the at least one fluid channel configured for delivering a medical fluid between the medical container and the fluid path set; and at least one retaining element projecting from each of the removable elements; and a locking mechanism between the body and a first removable element and between successive removable elements, the locking mechanism comprising at least one barb extending radially outward from the body and each of the removable elements, each barb having a groove on an outer surface and a tab on an inner surface; wherein the at least one retaining element on a most distal removable element is configured for non-removably retaining the most distal removable element of the attachment device within the medical container after the attachment device is connected to the medical container, while allowing disengagement and removal of the body and any proximal removable elements.
A downhole system comprising: - a casing having an inner wall, and - a wireless unit (1, 100) which is movable within the casing, comprising driving means in the form of wheels and at least one battery pack comprising at least one battery for powering an electrical motor driving a pump driving the wheels to rotate along the inner wall of the casing, characterized in that the system further comprises a well head having a sound detection device for detecting vibrations in the casing caused by the driving means. - a casing having an inner wall, and - a wireless unit (1, 100) which is movable within the casing, comprising driving means in the form of wheels and at least one battery pack comprising at least one battery for powering an electrical motor driving a pump driving the wheels to rotate along the inner wall of the casing,
A method for locating objects of interest in a scene observed by an image acquisition system, said objects of interest being located on the basis of an initial presence map p CP 1 modelling positions i in said scene and comprising, for each position i, a value p CP 1 i that represents the likelihood of an object of interest being found at the considered position i, each value p CP 1 i being obtained on the basis of a location criterion that is defined in an image space of said image acquisition system, said method being characterised in that it comprises an iteration of the following successive steps as long as at least one of the values p CP k i of the presence map p CP k that is considered for the current iteration k is higher than a predetermined threshold: ▪ determining the position n k in said presence map p CP k for which the value p CP k n k is a maximum, with an object of interest being considered to be present at said position n k; ▪ determining a presence map p CP k + 1, on the basis of atoms A j that are predetermined for each position j of said presence map p CP k, with the atom A j of a position j comprising, for each position i, a value A j (i) that represents the overlap between the projection m'(i) in the image space of a three-dimensional model M'(i) placed at the position i and the projection m'(j) in the image space of a three-dimensional model M'(j) placed at the position j, each three-dimensional model representing an object of interest, with each value p CP k + 1 j of said presence map p CP k + 1 being equal to the corresponding value of said initial presence map p CP 1 or of one of the presence maps determined during a previous iteration, decreased by a linear combination of the values A n k (j) of the atoms A n k that correspond to the positions n k where objects of interest are considered to be present. ▪ determining the position n k in said presence map p CP k for which the value p CP k n k is a maximum, with an object of interest being considered to be present at said position n k; ▪ determining a presence map p CP k + 1, on the basis of atoms A j that are predetermined for each position j of said presence map p CP k, with the atom A j of a position j comprising, for each position i, a value A j (i) that represents the overlap between the projection m'(i) in the image space of a three-dimensional model M'(i) placed at the position i and the projection m'(j) in the image space of a three-dimensional model M'(j) placed at the position j, each three-dimensional model representing an object of interest, with each value p CP k + 1 j of said presence map p CP k + 1 being equal to the corresponding value of said initial presence map p CP 1 or of one of the presence maps determined during a previous iteration, decreased by a linear combination of the values A n k (j) of the atoms A n k that correspond to the positions n k where objects of interest are considered to be present.
A veterinary composition comprising cabergoline for use in a treatment that reduces milk production of a dairy ruminant, wherein said composition is administered into said dairy ruminant by intramammary route.
An image formation device to eject ink to perform recording on a recording medium, the image formation device comprising: an image formation drum which rotates in a predetermined direction to convey the recording medium held on an outer periphery of the image formation drum; a recording medium supplying unit which supplies the recording medium to the image formation drum at a predetermined supply position; a recording head including a plurality of nozzles to individually eject the ink onto the recording medium which has been supplied to the image formation drum, the nozzles being arranged in a direction perpendicular to a conveyance direction of the recording medium; and a conveying mechanism which receives the recording medium, onto which the ink has been ejected, from the image formation drum at a reception position downstream of the recording head in the conveyance direction, and conveys the recording medium selectively either to a paper output path for outputting the recording medium or to an inversion path for turning over the recording medium, wherein the conveying mechanism returns the turned-over recording medium to the image formation drum at a return position downstream of the reception position in the conveyance direction and upstream of the supply position in the conveyance direction; characterized in that it has a drum heater which heats a surface of the image formation drum is provided between the reception position and the return position. an image formation drum which rotates in a predetermined direction to convey the recording medium held on an outer periphery of the image formation drum; a recording medium supplying unit which supplies the recording medium to the image formation drum at a predetermined supply position; a recording head including a plurality of nozzles to individually eject the ink onto the recording medium which has been supplied to the image formation drum, the nozzles being arranged in a direction perpendicular to a conveyance direction of the recording medium; and a conveying mechanism which receives the recording medium, onto which the ink has been ejected, from the image formation drum at a reception position downstream of the recording head in the conveyance direction, and conveys the recording medium selectively either to a paper output path for outputting the recording medium or to an inversion path for turning over the recording medium, wherein the conveying mechanism returns the turned-over recording medium to the image formation drum at a return position downstream of the reception position in the conveyance direction and upstream of the supply position in the conveyance direction; characterized in that it has a drum heater which heats a surface of the image formation drum is provided between the reception position and the return position.
An aqueous composition comprising: (a) an acrylic copolymer comprising, by weight based on the weight of the acrylic copolymer, from 1% to 10% of structural units of an ethylenically unsaturated acetoacetyl functional monomer; and (b) from 0.11% to 0.9% of a multihydroxy-functional amine, by weight based on the weight of the acrylic copolymer, having the structure of formula: where R 1 is hydrogen, an alkyl group with from 1 to 10 carbon atoms, or -(CH 2) x -OH, where x is from 1 to 5; m 1 and m 2 are each independently from 1 to 10; and m 3 is from 0 to 10. (a) an acrylic copolymer comprising, by weight based on the weight of the acrylic copolymer, from 1% to 10% of structural units of an ethylenically unsaturated acetoacetyl functional monomer; and (b) from 0.11% to 0.9% of a multihydroxy-functional amine, by weight based on the weight of the acrylic copolymer, having the structure of formula:
Kiln for firing ceramic formed bodies, in particular bricks, comprising a plurality of trains (4, 5) which comprise a number of kiln cars and are movable in parallel with one another and along a longitudinal kiln portion, and on which the formed bodies are to be arranged, the kiln portion having a firing zone for heating the formed bodies, trains (4, 5) which are arranged side-by-side being movable in opposite directions through a firing zone, without a reversal of direction, and at least one fan being provided, characterised in that a loading station for providing formed bodies is connected upstream and/or downstream of the kiln, which station is designed as a lock and has two gates (22, 23), of which one gate opens to the kiln and another gate opens to a surrounding space, the gate opening to a surrounding space being formed by a sliding gate which is horizontally translationally movable and is provided in a ceiling of the loading station.