mhurhangee/ep-ind-claims huggingface dataset:
A luggage case comprising a wheel assembly (102, 302) said wheel assembly (102, 302) comprising: a housing (136, 336) for operably coupling the wheel assembly (102, 302) to the luggage case; a wheel support (138, 338) rotatably coupled to the housing (136, 336) and having a first axis of rotation; a wheel member (140, 340) rotatably coupled to the wheel support (138, 338) and having a second axis of rotation; the housing (136, 336) including a wall (152, 352) defining an upper side and an underside; the wheel support (138, 338) including a wall (170, 370) defining an upper side and an underside; and at least one of the underside of the wall (152, 352) of the housing (136, 336) or the upper side of the wall (170, 370) of the wheel support (138, 338) defining in part a partially conical shape; and whose apex is above the bottom side of the housing with respect to the wheel support (138, 338). a housing (136, 336) for operably coupling the wheel assembly (102, 302) to the luggage case; a wheel support (138, 338) rotatably coupled to the housing (136, 336) and having a first axis of rotation; a wheel member (140, 340) rotatably coupled to the wheel support (138, 338) and having a second axis of rotation; the housing (136, 336) including a wall (152, 352) defining an upper side and an underside; the wheel support (138, 338) including a wall (170, 370) defining an upper side and an underside; and at least one of the underside of the wall (152, 352) of the housing (136, 336) or the upper side of the wall (170, 370) of the wheel support (138, 338) defining in part a partially conical shape; and whose apex is above the bottom side of the housing with respect to the wheel support (138, 338).
Ophthalmic display comprising an ophthalmic lens and at least one polarizing element intended to be placed on one face of the lens, which contains an optical imaging insert having a polarization direction and intended to shape optical beams and direct them towards the eye of the wearer in order to allow informational content to be displayed, characterized in that said polarizing element consists of an element (2A, 2B) the polarization of which is adjustable.
A process for the preparation of targeting nanoparticles of a poly(alkyl cyanoacrylate) homopolymer or copolymer, wherein said method comprises, in a single step, the anionic polymerisation of an oil-in-water miniemulsion, wherein said miniemulsion comprises (i) at least one alkyl cyanoacrylate monomer; (ii) at least two polyalkylene glycols selected from the group consisting of polyethylene glycols and polypropylene glycols or mixtures thereof, wherein at least one of said polyalkylene glycols is covalently attached to a targeting moiety; and (iii) optionally one or more active agents. (i) at least one alkyl cyanoacrylate monomer; (ii) at least two polyalkylene glycols selected from the group consisting of polyethylene glycols and polypropylene glycols or mixtures thereof, wherein at least one of said polyalkylene glycols is covalently attached to a targeting moiety; and (iii) optionally one or more active agents.
A Lactobacillus plantarum strain which is the strain DSM32493 deposited at the DSMZ on April 26th, 2017, or a variant of said DSM32493 strain with a genome sequence identity of at least 95% to the genome sequence of the DSM32493 strain, which variant is produced by spontaneous mutation or genetic engineering of DSM32493, which when inoculated into milk - generates a fermented milk presenting the following rheological features, as assayed by test A as described in the description: a) a shear stress measured at shear rate 11.6 s -1 higher than 30 Pa; b) a shear stress measured at shear rate 200 s -1 higher than 60 Pa; and c) a difference of the shear stress measured at 146 s -1 minus the shear stress measured at 41.1 s -1 higher than 12. a) a shear stress measured at shear rate 11.6 s -1 higher than 30 Pa; b) a shear stress measured at shear rate 200 s -1 higher than 60 Pa; and c) a difference of the shear stress measured at 146 s -1 minus the shear stress measured at 41.1 s -1 higher than 12.
An anti-ADAM17 monoclonal antibody, or an antigen-binding fragment thereof, comprising: i) a heavy chain comprising CDR-H1, CDR-H2 and CDR-H3 of amino acid sequences SEQ ID Nos. 1, 2 and 3, respectively; and ii) a light chain comprising CDR-L1, CDR-L2 and CDR-L3 of amino acid sequences SEQ ID Nos. 4, 5 and 6, respectively. i) a heavy chain comprising CDR-H1, CDR-H2 and CDR-H3 of amino acid sequences SEQ ID Nos. 1, 2 and 3, respectively; and ii) a light chain comprising CDR-L1, CDR-L2 and CDR-L3 of amino acid sequences SEQ ID Nos. 4, 5 and 6, respectively.
Robotic vacuum cleaner for autonomously cleaning surfaces, comprising an appliance housing and at least one side arm which is movably mounted in or beneath the appliance housing and on which at least one brush element is arranged, wherein, in a first position, the at least one side arm partially projects in front of the appliance housing and, in a second position, is received by the appliance housing, wherein the at least one side arm comprises a first arm element having a first end (16.1) and a second end (16.2), wherein the first arm element is movably mounted in the appliance housing at the first end (16.1), wherein the side arm comprises a second arm element having a first end (18.1) and a second end (18.2), wherein the first end (18.1) of the second arm element is movably mounted in the appliance housing and the second end (18.2) thereof is movably connected to the second end (16.2) of the first arm element, wherein the first end (18.1) of the second arm element is slidingly mounted in the appliance housing.
A battery cell assembly, comprising: a first battery cell having a first side and a second side opposite the first side and including a body portion and a peripheral lip portion extending around the body portion; a first panel member including a rectangular ring-shaped frame and an interior space and configured to contact at least a portion of the first side of the first battery cell; a heat exchanger having a plastic frame and first and second thermally conductive layers (100, 102), the plastic frame having an interior space extending there through, the plastic frame having a third side and a fourth side opposite the third side, the first thermally conductive layer being disposed on the third side of the plastic frame and covering the interior space, the second thermally conductive layer being disposed on the fourth side of the plastic frame and covering the interior space, the first thermally conductive layer being disposed adjacent the second side of the first battery cell, such that the first thermally conductive layer transfer heat energy from the first battery cell to a liquid disposed in the interior space; and characterized in that a second battery cell having a fifth side and a sixth side opposite the fifth side, the fifth side of the second battery cell is disposed on the second thermally conductive layer, such that the second thermally conductive layer transfers heat energy from the second battery cell to a liquid disposed in the interior space. a first battery cell having a first side and a second side opposite the first side and including a body portion and a peripheral lip portion extending around the body portion; a first panel member including a rectangular ring-shaped frame and an interior space and configured to contact at least a portion of the first side of the first battery cell; a heat exchanger having a plastic frame and first and second thermally conductive layers (100, 102), the plastic frame having an interior space extending there through, the plastic frame having a third side and a fourth side opposite the third side, the first thermally conductive layer being disposed on the third side of the plastic frame and covering the interior space, the second thermally conductive layer being disposed on the fourth side of the plastic frame and covering the interior space, the first thermally conductive layer being disposed adjacent the second side of the first battery cell, such that the first thermally conductive layer transfer heat energy from the first battery cell to a liquid disposed in the interior space; and characterized in that a second battery cell having a fifth side and a sixth side opposite the fifth side, the fifth side of the second battery cell is disposed on the second thermally conductive layer, such that the second thermally conductive layer transfers heat energy from the second battery cell to a liquid disposed in the interior space.
A method for controlling an information apparatus, the information apparatus having a display and being connected to a network, one or more target devices, which are installed in a building, being controlled over the network, the method causing a computer of the information apparatus to: display on the display one or more device type icons representing types of the respective target devices installed in the building; display on the display one or more room icons representing each of rooms included in the building; when it is determined that selection of any one of the one or more device type icons is detected, display one or more room icons each representing a room, in which a target device of a type corresponding to the selected device type icon is installed, in a different display mode from a display mode for one or more room icons each representing a room, in which the target device of the type corresponding to the selected device type icon is not installed; when it is determined that selection of any one of the one or more room icons displayed in the different display mode is detected, display on the display a first operation screen for operating a controlled target device, the controlled target device being installed in a room corresponding to the selected room icon, the type of the controlled target device corresponding to the selected device type icon; and output a control command for controlling the controlled target device to the network based on an operation on the first operation screen. display on the display one or more device type icons representing types of the respective target devices installed in the building; display on the display one or more room icons representing each of rooms included in the building; when it is determined that selection of any one of the one or more device type icons is detected, display one or more room icons each representing a room, in which a target device of a type corresponding to the selected device type icon is installed, in a different display mode from a display mode for one or more room icons each representing a room, in which the target device of the type corresponding to the selected device type icon is not installed; when it is determined that selection of any one of the one or more room icons displayed in the different display mode is detected, display on the display a first operation screen for operating a controlled target device, the controlled target device being installed in a room corresponding to the selected room icon, the type of the controlled target device corresponding to the selected device type icon; and output a control command for controlling the controlled target device to the network based on an operation on the first operation screen.
A hydroponic cultivation device configured to supply water to a plant supported by a culture container, wherein the device comprises: a first water supplying unit configured to supply the plant with the water utilizing electric power; a second water supplying unit configured to supply the plant with the water utilizing water-line pressure; an electric power supply detecting unit configured to detect a state of electric power supply necessary for supplying the plant with the water by the first water supplying unit, and a controlling unit configured to control the second water supplying unit, wherein the second water supplying unit includes a first flow path opening/closing portion provided in a first flow path to supply the plant with the water sent by means of the water-line pressure, characterized in that the hydroponic cultivation device further comprises: a second flow path opening/closing portion provided in a second flow path (82, 83) to discharge the water supplied to the plant to outside, and the controlling unit switches the first flow path opening/closing portion and the second flow path opening/closing portion from a closed state to an open state, and thereby, supplies the plant with the water by the second water supplying unit, in a case where it is determined that the electric power supply is stopped, based on the state of the electric power supply detected by the electric power supply detecting unit. a first water supplying unit configured to supply the plant with the water utilizing electric power; a second water supplying unit configured to supply the plant with the water utilizing water-line pressure; an electric power supply detecting unit configured to detect a state of electric power supply necessary for supplying the plant with the water by the first water supplying unit, and a controlling unit configured to control the second water supplying unit, wherein the second water supplying unit includes a first flow path opening/closing portion provided in a first flow path to supply the plant with the water sent by means of the water-line pressure, a second flow path opening/closing portion provided in a second flow path (82, 83) to discharge the water supplied to the plant to outside, and the controlling unit switches the first flow path opening/closing portion and the second flow path opening/closing portion from a closed state to an open state, and thereby, supplies the plant with the water by the second water supplying unit, in a case where it is determined that the electric power supply is stopped, based on the state of the electric power supply detected by the electric power supply detecting unit.
A method of writing and updating a file written in a memory medium using two file descriptors, the file including a determined number of records (E1, E2, E3) of determined sizes, part of these recordings (E2, E3) being intended to be updated with new data (d4, d5) replacing old data (d2, d3), a determined number of memory spaces (A0, A1, A2, A3, A4) of the memory medium being allocated to write the data of the file records, the position of each memory space being determined, the data of each file record being written in one memory space taken from the allocated memory spaces, a first file descriptor being written in the memory medium, the file descriptor referencing, in the order of the file records, memory spaces taken from the allocated memory spaces to enable the allocated memory space in which the data of each file record are written to be determined, the number of memory spaces allocated exceeding the total number of file records, the number of excess memory spaces being at least equal to the maximum number of records of a group of records likely to be updated simultaneously in a write operation, the method including the following steps: - reading the file descriptor, - deducing the free allocated memory spaces (A0, A2) from this, - writing the new data (d4, d5) in memory spaces taken from the free allocated memory spaces, - then writing a new file descriptor in the memory medium, the new descriptor referencing the memory spaces (A0, A2) in which the new data (d4, d5) are written in place of the memory spaces (A1, A4) in which the old data (d2, d3) are written, - storing the first file descriptor in the memory, - with each subsequent operation of updating the file, writing a new file descriptor in the place of the oldest descriptor of the two file descriptors. - reading the file descriptor, - deducing the free allocated memory spaces (A0, A2) from this, - writing the new data (d4, d5) in memory spaces taken from the free allocated memory spaces, - then writing a new file descriptor in the memory medium, the new descriptor referencing the memory spaces (A0, A2) in which the new data (d4, d5) are written in place of the memory spaces (A1, A4) in which the old data (d2, d3) are written, - storing the first file descriptor in the memory, - with each subsequent operation of updating the file, writing a new file descriptor in the place of the oldest descriptor of the two file descriptors.
A method for reducing disturbances in the depth calculation while recording a scene using at least two time-of-flight cameras (1, 2), which respectively comprise a light source and an image sensor, wherein image recording operations which comprise a measuring operation for determining depth information are carried out using each of the at least two time-of-flight cameras (1, 2), wherein the measuring operation comprises the emission of modulated light by the light source, the detection of modulated light after the reflection on objects of the scene using the image sensor, and the calculation of depth information from the propagation time of the modulated light between the emission and the detection, characterized in that a first time-of-flight camera of the at least two time-of-flight cameras (1, 2) uses the measurement results of the measuring operation carried out by said camera to determine the extent to which modulated light from a second time-of-flight camera of the at least two time-of-flight cameras (1, 2) was also detected in this measuring operation as extraneous light distorting the measuring operation in addition to the light emitted by its own light source, and the first time-of-flight camera changes the recording mode thereof on the basis of the result of this determination, wherein the measuring operation is composed of individual measurements at the same modulation frequency of respectively different phase difference between the modulation of the emitted light and the sensor modulation signal of the image sensor, and the change in the recording mode occurs in such a way that the image recording operations are stopped or are interrupted for a predetermined time interval.
A dressing assembly for treating a linear wound, the dressing assembly comprising: a flexible dressing bolster formed of reticulated open-cell polyurethane foam, the flexible dressing bolster having a first side and a second, inward-facing side; a plurality of flexibility notches formed on the first side of the flexible dressing bolster; a comfort layer which helps prevent skin irritation and discomfort while allowing fluid transmission through the comfort layer and having a first side and a second, inward-facing side, the first side configured to be coupled to the second, inward-facing side of the flexible dressing bolster; and a drape comprising a first drape portion configured to extend over the first side of the flexible dressing bolster and forming a drape extension, the drape extension having a first side and a second, inward-facing side; an aperture disposed in the first drape portion for allowing fluid communication with a reduced-pressure interface; a second drape portion having a first side and a second, inward-facing side, the first side of the second drape portion configured to be coupled to the second, inward-facing side of the drape extension; and a treatment aperture disposed in the second drape portion. a flexible dressing bolster formed of reticulated open-cell polyurethane foam, the flexible dressing bolster having a first side and a second, inward-facing side; a plurality of flexibility notches formed on the first side of the flexible dressing bolster; a comfort layer which helps prevent skin irritation and discomfort while allowing fluid transmission through the comfort layer and having a first side and a second, inward-facing side, the first side configured to be coupled to the second, inward-facing side of the flexible dressing bolster; and a drape comprising a first drape portion configured to extend over the first side of the flexible dressing bolster and forming a drape extension, the drape extension having a first side and a second, inward-facing side; an aperture disposed in the first drape portion for allowing fluid communication with a reduced-pressure interface; a second drape portion having a first side and a second, inward-facing side, the first side of the second drape portion configured to be coupled to the second, inward-facing side of the drape extension; and a treatment aperture disposed in the second drape portion. a first drape portion configured to extend over the first side of the flexible dressing bolster and forming a drape extension, the drape extension having a first side and a second, inward-facing side; an aperture disposed in the first drape portion for allowing fluid communication with a reduced-pressure interface; a second drape portion having a first side and a second, inward-facing side, the first side of the second drape portion configured to be coupled to the second, inward-facing side of the drape extension; and a treatment aperture disposed in the second drape portion.
A method for separating biomolecules from a liquid medium, comprising: adding magnetic nanoparticles to the liquid medium comprising the biomolecules, the biomolecules each adapted to bind to respective surfaces of the magnetic nanoparticles, the biomolecules comprising proteins fused with peptide tags; bringing the liquid medium to which the magnetic nanoparticles have been added into contact with a collector; applying a magnetic field to the liquid medium in contact with the collector to attract the magnetic nanoparticles bound with the biomolecules to a surface of the collector; and applying an electric potential to the surface of the collector to release the biomolecules from the magnetic nanoparticles, wherein bringing the liquid medium to which the magnetic nanoparticles have been added into contact with the collector comprises: allowing the liquid medium to which the magnetic nanoparticles have been added to pass through a flow cell (100, 200) comprising a chamber (102, 202) and the collector, the collector being a working electrode disposed in the chamber. adding magnetic nanoparticles to the liquid medium comprising the biomolecules, the biomolecules each adapted to bind to respective surfaces of the magnetic nanoparticles, the biomolecules comprising proteins fused with peptide tags; bringing the liquid medium to which the magnetic nanoparticles have been added into contact with a collector; applying a magnetic field to the liquid medium in contact with the collector to attract the magnetic nanoparticles bound with the biomolecules to a surface of the collector; and applying an electric potential to the surface of the collector to release the biomolecules from the magnetic nanoparticles, wherein bringing the liquid medium to which the magnetic nanoparticles have been added into contact with the collector comprises: allowing the liquid medium to which the magnetic nanoparticles have been added to pass through a flow cell (100, 200) comprising a chamber (102, 202) and the collector, the collector being a working electrode disposed in the chamber.
A rotating no-back brake system comprising first and second disks each defining a first friction surface and each in frictional engagement with a respective further component having a surface defining a respective second friction surface, there being relative rotation and frictional engagement between the first and second friction surfaces; each disk having a first major surface and a second major surface, opposite the first, joined by a peripheral edge, at least one of the first and second major surfaces defining the friction surface configured to frictionally contact an opposing second friction surface at the respective further component, and wherein a spiral groove formation is provided on the friction surfaces, the spiral groove formation being non-symmetrical with respect to the respective friction surface in a sliding direction of the disk and further comprising radial grooves extending radially across the friction surface and across the non-symmetrical groove formation.