mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving mobile device data from a plurality of mobile devices, said mobile device data representing locations and movements of the plurality of mobile devices; comparing, with a controller, the mobile device data with data representing a structure to create comparison data; and determining a structure access characteristic based on the comparison data, wherein the structure access characteristic further comprises a structure access type, and wherein the comparing comprises applying a machine learning algorithm to the mobile device data to determine patterns of mobile device data indicating the structure access type characterised in that: the structure access type comprises a revolving door, a swinging door, a recessed door, or a sliding door. receiving mobile device data from a plurality of mobile devices, said mobile device data representing locations and movements of the plurality of mobile devices; comparing, with a controller, the mobile device data with data representing a structure to create comparison data; and determining a structure access characteristic based on the comparison data, wherein the structure access characteristic further comprises a structure access type, and wherein the comparing comprises applying a machine learning algorithm to the mobile device data to determine patterns of mobile device data indicating the structure access type the structure access type comprises a revolving door, a swinging door, a recessed door, or a sliding door.
A tablet comprising 7-[4-(4-benzo[b]thiophen-4-yl-piperazin-1-yl)butoxy]-1H-quinolin-2-one or a salt thereof as an active ingredient, an excipient (a), a binder (b), a disintegrant (c) and a lubricant (d), wherein the excipient (a) is at least one member selected from the group consisting of lactose, corn starch, and microcrystalline cellulose; the binder (b) is hydroxypropyl cellulose; the disintegrant (c) is at least one member selected from the group consisting of low-substituted hydroxypropyl cellulose, croscarmellose sodium, and sodium carboxymethyl starch; and the lubricant (d) is magnesium stearate.
A vapor cell (100, 200, 302) for an atomic physics-based sensor system, wherein the vapor cell (100, 200, 302) comprises: a cell wall (102, 204) arranged as a tubular vapor cell (100, 200, 302) and formed from an approximately transparent material, the cell wall (102, 204) enclosing an alkali metal vapor and comprising an inner surface and an outer surface; characterized in that the vapor cell further comprises: at least one structural feature (104, 206) provided on at least one of the inner surface and the outer surface of the cell wall and formed as rings that circumscribe a respective one of the inner surface and the outer surface of the cell wall (102, 204) and are arranged parallel with respect to each other along a length of the tubular vapor cell (100, 200, 302).
An information processing apparatus, comprising: a marker control unit that is configured to change, during calibration of an eyewear terminal, a display position of a point-of-regard marker displayed on a display unit (102R, 102L; 130) of the eyewear terminal; a computational processing unit that is configured to compute an optical axis vector (v 0) expressing a gaze direction of a user by a pupil-corneal reflection method, on a basis of a captured image that includes a user's eye imaged when the eye of the user wearing the eyewear terminal is irradiated with light from a light source (21; 103La, 103Lb, 103Lc, 103Ld, 103Ra, 103Rb, 103Rc, 103Rd; 110), and the point-of-regard marker is displayed at a calibration point (CP1, CP2, CP3, CP4, CP5); and an evaluation unit that is configured to evaluate a variation of the optical axis vector (v 0) computed for a plurality of the calibration points (CP1, CP2, CP3, CP4, CP5), wherein the marker control unit is configured to move the point-of-regard marker to the calibration points (CP1, CP2, CP3, CP4, CP5) in a preset sequence while keeping the point-of-regard marker displayed, characterized in that the marker control unit is configured to move the point-of-regard marker so that a movement speed slows down as the point-of-regard marker approaches a destination calibration point (CP1, CP2, CP3, CP4, CP5). a marker control unit that is configured to change, during calibration of an eyewear terminal, a display position of a point-of-regard marker displayed on a display unit (102R, 102L; 130) of the eyewear terminal; a computational processing unit that is configured to compute an optical axis vector (v 0) expressing a gaze direction of a user by a pupil-corneal reflection method, on a basis of a captured image that includes a user's eye imaged when the eye of the user wearing the eyewear terminal is irradiated with light from a light source (21; 103La, 103Lb, 103Lc, 103Ld, 103Ra, 103Rb, 103Rc, 103Rd; 110), and the point-of-regard marker is displayed at a calibration point (CP1, CP2, CP3, CP4, CP5); and an evaluation unit that is configured to evaluate a variation of the optical axis vector (v 0) computed for a plurality of the calibration points (CP1, CP2, CP3, CP4, CP5), wherein the marker control unit is configured to move the point-of-regard marker to the calibration points (CP1, CP2, CP3, CP4, CP5) in a preset sequence while keeping the point-of-regard marker displayed, characterized in that the marker control unit is configured to move the point-of-regard marker so that a movement speed slows down as the point-of-regard marker approaches a destination calibration point (CP1, CP2, CP3, CP4, CP5).
A handle for a personal care implement, the handle comprising a connector for repeatedly attaching and detaching a head to and from the handle, the handle having a longitudinal extension extending between a proximal end closest to the head and a distal end, the distal end being opposite the proximal end, the handle further comprising: - a core structure, the core structure and the connector being unitarily made to form a core-connector unit, and - a second component at least partially covering the core structure, characterized in that the core structure has a longitudinal extension extending along the longitudinal extension of the handle, the core structure comprising at least two protrusions interlocking with the second component. - a core structure, the core structure and the connector being unitarily made to form a core-connector unit, and - a second component at least partially covering the core structure, characterized in that
Use of a complex of an antibody or a fragment of the antibody capable of specifically binding to a non-specific reaction factor, and a polymer, as a non-specific reaction inhibitor in an immunological measurement, wherein the non-specific reaction factor is selected from the group consisting of IgM, IgG, IgA, IgE, IgD, complement, rheumatoid factors, and Fc receptor.
Dry friction lining for a motor vehicle clutch device, comprising: - a friction layer comprising a friction face; - a support portion of the friction layer, characterized in that the support portion comprises: - a reinforcing yarn (10, 10a, 10b, 20) extending over several turns around a central axis perpendicular to the friction face, substantially parallel to this friction face, following a path that changes so as to create overlaps of the reinforcing yarn in order to form a mesh, this reinforcing yarn comprising at least one elementary yarn, referred to as a carbon elementary yarn, formed by a plurality of continuous elementary carbon fibres, and: - a binder that impregnates and/or surrounds the reinforcing yarn, comprising at least a thermosetting resin, an elastomer material and a filler. - a friction layer comprising a friction face; - a support portion of the friction layer, characterized in that the support portion comprises: - a reinforcing yarn (10, 10a, 10b, 20) extending over several turns around a central axis perpendicular to the friction face, substantially parallel to this friction face, following a path that changes so as to create overlaps of the reinforcing yarn in order to form a mesh, this reinforcing yarn comprising at least one elementary yarn, referred to as a carbon elementary yarn, formed by a plurality of continuous elementary carbon fibres, and: - a binder that impregnates and/or surrounds the reinforcing yarn, comprising at least a thermosetting resin, an elastomer material and a filler. - a reinforcing yarn (10, 10a, 10b, 20) extending over several turns around a central axis perpendicular to the friction face, substantially parallel to this friction face, following a path that changes so as to create overlaps of the reinforcing yarn in order to form a mesh, this reinforcing yarn comprising at least one elementary yarn, referred to as a carbon elementary yarn, formed by a plurality of continuous elementary carbon fibres, and: - a binder that impregnates and/or surrounds the reinforcing yarn, comprising at least a thermosetting resin, an elastomer material and a filler.
A method for maintaining network lifetime of a wireless sensor network of a wireless communication system, said wireless sensor network comprising a plurality of wireless sensor nodes (A-C, Q, N') wherein selected wireless sensor nodes (A, B, C) have assigned roles (1,2,3, GW) in said wireless sensor network and wherein said wireless sensor network is used to communicate measurements and control data between the plurality of wireless sensor nodes and an industrial control system, the method comprising determining (4, 14, 24) a below threshold operating condition of a first wireless sensor node assigned to a role and re-assigning (5, 18, 28) the role to a second wireless sensor node in said network, wherein the determining the below threshold operating condition comprises the first wireless sensor node determining the below threshold operating condition, characterised by the first wireless sensor node requesting the re-assignment with a release request to a network coordinator of said wireless sensor network, and by the network coordinator determining that the second wireless sensor node is a candidate, that does not have a below threshold operating condition, from a list of candidate nodes (Q, N') on finding that the second wireless sensor node is a candidate that does not have a below threshold operating condition, sending (18, 28) a role re-assign command to the second wireless sensor node and sending a role release confirmation to the first wireless sensor node. determining that the second wireless sensor node is a candidate, that does not have a below threshold operating condition, from a list of candidate nodes (Q, N') on finding that the second wireless sensor node is a candidate that does not have a below threshold operating condition, sending (18, 28) a role re-assign command to the second wireless sensor node and sending a role release confirmation to the first wireless sensor node.
A method of design of a lens according to a reference eye selected from one or more of an individual eye, both eyes of an individual person, statistical representation of eyes of a sample of an affected population, a computational model of an eye and/or a computational model of eyes of an affected population, the lens having an optical axis, wherein the method comprises: prescribing an aberration profile, the aberration profile having a focal distance; and including higher order aberrations having at least one of a primary spherical aberration component C(4,0) and a secondary spherical aberration component C(6,0), wherein the aberration profile provides for the reference eye: a retinal image quality with a through focus slope that degrades in a direction of eye growth; and a RIQ of at least 0.3 wherein the RIQ is Visual Strehl Ratio measured substantially along the optical axis for at least one pupil diameter in the range 3 mm to 6 mm, over a spatial frequency range of 0 to 30 cycles/degree inclusive and at a wavelength selected from within the range 540 nm to 590 nm inclusive. prescribing an aberration profile, the aberration profile having a focal distance; and including higher order aberrations having at least one of a primary spherical aberration component C(4,0) and a secondary spherical aberration component C(6,0), wherein the aberration profile provides for the reference eye: a retinal image quality with a through focus slope that degrades in a direction of eye growth; and a RIQ of at least 0.3 wherein the RIQ is Visual Strehl Ratio measured substantially along the optical axis for at least one pupil diameter in the range 3 mm to 6 mm, over a spatial frequency range of 0 to 30 cycles/degree inclusive and at a wavelength selected from within the range 540 nm to 590 nm inclusive. a retinal image quality with a through focus slope that degrades in a direction of eye growth; and a RIQ of at least 0.3 wherein the RIQ is Visual Strehl Ratio measured substantially along the optical axis for at least one pupil diameter in the range 3 mm to 6 mm, over a spatial frequency range of 0 to 30 cycles/degree inclusive and at a wavelength selected from within the range 540 nm to 590 nm inclusive.
Display case, which comprises at least one frameless front pane, first and second frameless side panes (2, 2') provided on both sides of the front pane and a frameless cover pane covering a space between the front pane and the side panes (2, 2'), wherein the front pane is pivotable relatively to one of the side panes (2, 2'), for which a hinge is provided between the front pane and that side pane (2, 2') at a lower area of the front pane, characterized in that between an upper area of the front pane and the cover pane a hinge (4, 4') comprising at least two pivotable hinge levers (4c, 4d) is provided, and on a front edge of the cover pane a first angular profile (4a, 4a') and on an upper edge of the front pane a second angular profile (4b, 4b') are provided, which jointly form a receptacle for the hinge levers (4c, 4d) with the display case in closed condition, wherein the cover pane is not flush with the first and the second side pane (2, 2') in the direction of the front pane, but is shortened compared to the side panes (2, 2'), so that with the display case in closed condition a constant distance between the cover pane and the front pane is formed, where the hinge levers (4c, 4d) fixed at the angular profiles (4a, 4a', 4b, 4b') are stored.
A method of making a topical medicated composition for topical application, the composition being an emulsion comprising water and, as active ingredients, fluocinolone acetonide, hydroquinone, and tretinoin, the method comprising: (a) mixing water and at least one hydrophilic compound to form an aqueous phase; (b) mixing at least two hydrophobic compounds to form a non-aqueous phase; (c) combining the aqueous phase and non-aqueous phase to form a biphasic mixture in the absence of an emulsifier; (d) mixing fluocinolone acetonide and tretinoin into the mixture of step (c); (e) mixing at least one emulsifier into the mixture of step (d), or during step (d); and (f) homogenizing the mixture of step (e) to form the emulsion; wherein hydroquinone is added in step (d) or after adding the at least one emulsifier. (a) mixing water and at least one hydrophilic compound to form an aqueous phase; (b) mixing at least two hydrophobic compounds to form a non-aqueous phase; (c) combining the aqueous phase and non-aqueous phase to form a biphasic mixture in the absence of an emulsifier; (d) mixing fluocinolone acetonide and tretinoin into the mixture of step (c); (e) mixing at least one emulsifier into the mixture of step (d), or during step (d); and (f) homogenizing the mixture of step (e) to form the emulsion;
A method of reconstructing an MRI or ultrasound biomedical image, based on compressed sensing and comprising the steps of: a) exciting a body under examination with radiofrequency or ultrasound pulses for generating signals; b) acquiring image data from said generated signals, wherein said signals are acquired by pseudo-random undersampling; c) reconstructing said image using a nonlinear iterative algorithm for minimizing an optimization function containing a term for image data sparsity in a predetermined domain and a term for finite differences of the image and with a data fidelity constraint term ensuring fidelity to the acquired image data; characterized in that one or more sets of image data are acquired from said generated signals referring to the same region of interest, the index of each image data set being i in the equation below, wherein, if the sets of image data are two or more, each image data set is acquired applying a different undersampling scheme of the signals and/or a different acquisition mode such as to make expected and unavoidable artifacts incoherent; each of the acquired image data sets is multiplied by a correction matrix Δ i, which is calculated from a mathematical model of expected artifacts according to prior knowledge of such artifacts, for adjusting said fidelity term in such a way that the fidelity term ensures fidelity of the reconstructed image to the corrected acquired image data as in the following equation: f = ∑ i ‖ F u i m − Δ i y i ‖ 2 + λ 1 ‖ Ψ m ‖ 1 + λ 2 TV m; where f is the optimization function, the first term in the right part is the data fidelity constraint term, the second term is the term for image data sparsity in a predetermined domain and the third term is the term for finite differences of the image, m is the reconstructed image, F u i is the Fourier transform with the same undersampling scheme as the acquired image data set y i, Ψ is the transform in the predetermined domain, Δ i is the correction matrix, and lambda 1 and 2 are weighting coefficients, for each iteration of said nonlinear iterative algorithm the one or more data sets are processed to generate a reconstructed image m which will therefore be faithful to the acquired data but not to the incoherent artifacts, thereby leading to suppression of said artifacts. a) exciting a body under examination with radiofrequency or ultrasound pulses for generating signals; b) acquiring image data from said generated signals, wherein said signals are acquired by pseudo-random undersampling; c) reconstructing said image using a nonlinear iterative algorithm for minimizing an optimization function containing a term for image data sparsity in a predetermined domain and a term for finite differences of the image and with a data fidelity constraint term ensuring fidelity to the acquired image data;
Method in temperature controlled transport, in which method temperature controlled products are transported, and a passive transport without external energy is used, in which the product is packed in an essentially energy tight transport package, and a thermal element, by means of which the internal temperature of the transport packaged is maintained as desired without external energy, is placed in the transport package, and the temperature in the transport package is monitored wirelessly essentially continuously, characterized in that the thermal element is a cold gel mat, in which the cold gel is in several small compartments and is assembled to form the cold gel mat by seaming them inside a lacquered PVC fabric, and in that each transport package is arranged to form its own foodstuffs apartment, and the products packed transport packages are transported in a non-temperature controlled means of transport (10,20,21) in such way that products with different temperature ranges are transported in the same non-temperature controlled means of transport (10,20,21).
A micro capsule, the light transmission of which can be reversibly intensified by applying an external magnetic field, comprising a capsule shell in which a light-transmissive carrier medium, in particular a light-transmissive carrier liquid, and a multiplicity of magnetic, light-non-transmissive pigments of an average particle diameter in a region of 0.1 μm to 10 μm are encapsulated, wherein the pigments are so adapted that they are present in disordered fashion without external magnetic field and in one-dimensionally ordered fashion, in particular in the form of chains of pigments, upon applying a magnetic field.
Device for transanal drainage of stool from the rectum of a patient through a catheter-like element comprising a tubular shaft body and an inflatable balloon element, and/or for the transanal administration of an enema fluid through a catheter-like element comprising a tubular shaft body and an inflatable balloon element produced from a thin-walled soft film material of limited elastic deformability under preformation with a waisted shape, having two terminal balloon sections with a larger tubular radius (D 1 /2, D 2 /2) as well as, disposed therebetween, and tapered relative thereto, a middle balloon section provided with a reduced tubular radius, which is placed transanally, such that the distally adjoining radially enlarged balloon section is placed intrarectally and the proximally adjoining radially enlarged balloon section extracorporeally, characterized in that the two balloon ends taper, and are fixed at an axial distance from each other, on a lateral surface of the shaft body, wherein, in the force-free state, the intrarectal balloon section completely surrounds the distal region of the shaft body and is dimensioned such that in the presence of an axial displacement of the shaft body towards the bowel, all attendant deformation of the balloon envelope surrounding the shaft end operates to generate an oppositely acting force that damps and/or limits the movement of the distal end of the shaft body in a distal direction, an wherein the elastic deforming and/or restraightening properties of the shaft body are such that in the presence of a normal sphincter muscle tone bearing against it from the outside, the shaft body transitions into a radially invaginate state or collapses to a size smaller in diameter, but, upon relaxation of the tone of the sphincter muscle, spontaneously erects to its original diameter.