mhurhangee/ep-ind-claims huggingface dataset:
A garment arranged for enveloping at least in part an articulating joint of a human body, the garment (200, 200', 200") comprising: one or more tension members (220, 220', 220'') each disposed longitudinally along a corresponding predetermined curved three-dimensional spatial path (C-D-E-F, C'-D'-E'-F', C''-D''-E''-F'') within or on a matrix of a garment material, the corresponding predetermined paths spatially relating the one or more tension members (220, 220', 220") to at least one natural ligament of the joint; a belt (210, 210', 210'') disposed for tightening the garment (200, 200', 200'') about a waist of the human body; and a stabilizing connector connecting the at least one tension member (220, 220', 220") to the belt (210, 210', 210''), wherein the stabilizing connector is composed of a substantially inextensible material and wherein the one or more tension members (220, 220', 220'') each comprises one or more strands of a substantially longitudinally inextensible material; characterized in that the garment (200, 200', 200") comprises conduits (222, 222', 222") disposed within or on the garment material and arranged to receive the one or more strands of each tension member (220, 220', 220"). one or more tension members (220, 220', 220'') each disposed longitudinally along a corresponding predetermined curved three-dimensional spatial path (C-D-E-F, C'-D'-E'-F', C''-D''-E''-F'') within or on a matrix of a garment material, the corresponding predetermined paths spatially relating the one or more tension members (220, 220', 220") to at least one natural ligament of the joint; a belt (210, 210', 210'') disposed for tightening the garment (200, 200', 200'') about a waist of the human body; and a stabilizing connector connecting the at least one tension member (220, 220', 220") to the belt (210, 210', 210''), wherein the stabilizing connector is composed of a substantially inextensible material and wherein the one or more tension members (220, 220', 220'') each comprises one or more strands of a substantially longitudinally inextensible material; characterized in that the garment (200, 200', 200") comprises conduits (222, 222', 222") disposed within or on the garment material and arranged to receive the one or more strands of each tension member (220, 220', 220").
Building panel comprising a foam board having a front side and a rear side opposite to the front side, wherein at least one reinforcing concrete bar is embedded inside the foam board, in particular at the front side or rear side of the foam board, characterized in that the at least one reinforcing concrete bar comprises reinforcing fibres.
A computer implemented method for decrypting an encrypted data store at a target computer system, the data store being encrypted by a ransomware algorithm using a searchable encryption algorithm, the method comprising: determining an encryption algorithm used by the ransomware algorithm; determining seed parameters used by the encryption algorithm to generate an encryption key; generating the encryption key using the seed parameters; and decrypting the encrypted data sore, wherein the encryption algorithm is determined by training an autoencoder based onpadding bytes used by the encryption algorithm to pad units of data encrypted by the ransomware, and using the trained autoencoder to process padding bytes for units of data encrypted by each of a plurality of known searchable encryption algorithms to identify one of the known encryption algorithms as the algorithm used by the ransomware, and wherein the seed parameters are determined based on monitoring application programming interface calls made to an operating system of a computer system targeted by the ransomware to identify a set of API calls for retrieving data about one or more hardware components of the target computer system, the data about the hardware components being determined to constitute the seed parameters. determining an encryption algorithm used by the ransomware algorithm; determining seed parameters used by the encryption algorithm to generate an encryption key; generating the encryption key using the seed parameters; and decrypting the encrypted data sore, wherein the encryption algorithm is determined by training an autoencoder based onpadding bytes used by the encryption algorithm to pad units of data encrypted by the ransomware, and using the trained autoencoder to process padding bytes for units of data encrypted by each of a plurality of known searchable encryption algorithms to identify one of the known encryption algorithms as the algorithm used by the ransomware, and wherein the seed parameters are determined based on monitoring application programming interface calls made to an operating system of a computer system targeted by the ransomware to identify a set of API calls for retrieving data about one or more hardware components of the target computer system, the data about the hardware components being determined to constitute the seed parameters.
A composition suitable for use in treating benign prostatic hyperplasia in a subject comprising an extract or powder of a herbal mixture comprising Astragalus membranaceus and Glycine max, and an anti-BPH agent, wherein said anti-BPH agent is tamsulosin or doxazosin, or its pharmaceutical salt, or solvate thereof.
An information processing apparatus for computing a shape of a conductive pattern to be formed on a board by a drawing apparatus that performs drawing on the board using conductive liquid droplets, comprising: a resolution decision unit configured to decide, based on at least one of a minimum line width and a minimum inter-line space required for the conductive pattern to be formed by the drawing apparatus, a lowest resolution required for the drawing apparatus to perform drawing in order to satisfy the at least one of the minimum line width and the minimum inter-line space; an image data generation unit configured to generate image data in which dots each having a diameter determined according to a drawing condition of a conductive pattern by the drawing apparatus are arranged at respective positions which are indicated by data of a conductive pattern which corresponds to the decided resolution and at which conductive liquid droplets are to be landed, each dot being formed by a conductive liquid droplet, the image data expressing a shape of the conductive pattern composed of the dots to be formed by the drawing apparatus; and a display control unit configured to cause a display device to display information indicating the lowest resolution to allow a user to arbitrarily decide a resolution to cause the drawing apparatus to perform the drawing in accordance with the resolution decided by the user and to display an image of the conductive pattern based on the image data which is generated by the image data generation unit. a resolution decision unit configured to decide, based on at least one of a minimum line width and a minimum inter-line space required for the conductive pattern to be formed by the drawing apparatus, a lowest resolution required for the drawing apparatus to perform drawing in order to satisfy the at least one of the minimum line width and the minimum inter-line space; an image data generation unit configured to generate image data in which dots each having a diameter determined according to a drawing condition of a conductive pattern by the drawing apparatus are arranged at respective positions which are indicated by data of a conductive pattern which corresponds to the decided resolution and at which conductive liquid droplets are to be landed, each dot being formed by a conductive liquid droplet, the image data expressing a shape of the conductive pattern composed of the dots to be formed by the drawing apparatus; and a display control unit configured to cause a display device to display information indicating the lowest resolution to allow a user to arbitrarily decide a resolution to cause the drawing apparatus to perform the drawing in accordance with the resolution decided by the user and to display an image of the conductive pattern based on the image data which is generated by the image data generation unit.
A ventilation device capable of ventilating a room space based on the relative humidity measured in the room space by means of a moisture-sensitive sensor housed in a compartment, said device including a main air inlet having a modulable passage surface controlled by the moisture-sensitive sensor, comprising a secondary conduit having a passage section independent from that of the main air inlet and being in thermal communication with the compartment of the moisture-sensitive sensor, characterized in that it can connect the inside of the room space to the outside and in that it is capable of modifying the temperature of said moisture-sensitive sensor.
A composition comprising: - at least 0.1% w/v 2-amino-9-[[(1 S,2R)-1,2-bis(hydroxymethyl)cyclopropyl]methyl]-1,9-dihydro-6H-Purin-6-one; and - at least 20 % w/v of a cyclodextrin, - at least 0.1% w/v 2-amino-9-[[(1 S,2R)-1,2-bis(hydroxymethyl)cyclopropyl]methyl]-1,9-dihydro-6H-Purin-6-one; and - at least 20 % w/v of a cyclodextrin,
Method of testing the alignment, balancing and symmetry of a patient's face, the said Method consisting in the positioning, in front of the patient, a device containing a light source projecting a vertical line of light onto the patient's face, materializing the intersection of the face with a sagittal plane, and a horizontal line of light materializing the intersection of the face with a transversal plane, said source of light being mounted on supporting means with a capability of translation in directions parallel to the projected lines of light (3, 4), and a capability of pivoting about an axis parallel to the projected horizontal line of light to display, on the patient's face, the median sagittal plan while adjusting the position of the vertical line of light by a horizontal translation of the light source and even the bi-pupillary line by adjusting the position of the horizontal line of light by a vertical translation of the light source, or by the occlusion plane while adjusting the position of the horizontal line of light by the vertical translation of the light source and, if necessary, by pivoting the said source of light about the axis.
An image processing apparatus comprising: image obtaining means for obtaining an image having a plurality of colors, the image being generated using an image pickup element including a plurality of pixels; shift amount obtaining means for obtaining an amount of shift of light flux of a second color with respect to light flux of a first color, the amount of shift being caused by optical characteristics of a lens through which light flux that arrives at the image pickup element is transmitted; shift correcting means for interpolating a signal level of the second color at aberration coordinates from signal levels of pixels having the second color around the aberration coordinates, the aberration coordinates representing a position that is shifted from a position of a pixel of interest by the amount of shift; high-frequency extracting means (109, 111) for extracting a high-frequency signal level of the first color of the pixel of interest in accordance with a degree of reduction in a high-frequency signal level in the signal level of the second color at the aberration coordinates, the reduction being caused by interpolation performed by the shift correcting means; and output means for outputting, as a signal level of a pixel of the second color in the pixel of interest, a signal level obtained by adding the signal level extracted by the high-frequency extracting means (109, 111) to a signal level of a pixel of the second color calculated by the shift correcting means. image obtaining means for obtaining an image having a plurality of colors, the image being generated using an image pickup element including a plurality of pixels; shift amount obtaining means for obtaining an amount of shift of light flux of a second color with respect to light flux of a first color, the amount of shift being caused by optical characteristics of a lens through which light flux that arrives at the image pickup element is transmitted; shift correcting means for interpolating a signal level of the second color at aberration coordinates from signal levels of pixels having the second color around the aberration coordinates, the aberration coordinates representing a position that is shifted from a position of a pixel of interest by the amount of shift; high-frequency extracting means (109, 111) for extracting a high-frequency signal level of the first color of the pixel of interest in accordance with a degree of reduction in a high-frequency signal level in the signal level of the second color at the aberration coordinates, the reduction being caused by interpolation performed by the shift correcting means; and output means for outputting, as a signal level of a pixel of the second color in the pixel of interest, a signal level obtained by adding the signal level extracted by the high-frequency extracting means (109, 111) to a signal level of a pixel of the second color calculated by the shift correcting means.
Device for displacing product carriers such as pallets between the device and a location, such as a vehicle, comprising: a) a transport frame (20; 120; 220; 320; 420; 520) extending in a direction of displacement; b) a transport sub-frame (30; 130; 230; 330; 430; 530) which is movably connected to the transport frame (20; 120; 220; 320; 420; 520) and provided with a number of forks (31; 131; 231; 331; 431) for co-action with the product carriers, the forks comprising roller means for forward movement over the transport frame; c) first drive means for driving the transport sub-frame relative to the transport frame in the direction of displacement; d) second drive means (33, 34) for moving the forks relative to the transport frame in a lifting direction which lies substantially perpendicular to the direction of displacement; e) means (140; 240; 340; 440; 540) for bringing the transport frame level with a floor of the location; whereby the transport frame (20; 120; 220; 320; 420; 520) comprises a number of generally elongate travel surfaces (21; 221; 321) for the roller means of the forks; and wherein the levelling means are configured to bring the travel surfaces level with the floor of the location; characterized in that the device further comprises a support surface for placing of the product carriers, which support surface is provided with generally elongate openings extending substantially in the direction of displacement; and the device comprises third drive means (241, 242) for moving the travel surfaces with forks through the openings between a rest position, in which the travel surfaces with forks are situated below the level of the support surface, and a transporting position in which the forks protrude above the level of the support surface. a) a transport frame (20; 120; 220; 320; 420; 520) extending in a direction of displacement; b) a transport sub-frame (30; 130; 230; 330; 430; 530) which is movably connected to the transport frame (20; 120; 220; 320; 420; 520) and provided with a number of forks (31; 131; 231; 331; 431) for co-action with the product carriers, the forks comprising roller means for forward movement over the transport frame; c) first drive means for driving the transport sub-frame relative to the transport frame in the direction of displacement; d) second drive means (33, 34) for moving the forks relative to the transport frame in a lifting direction which lies substantially perpendicular to the direction of displacement; e) means (140; 240; 340; 440; 540) for bringing the transport frame level with a floor of the location;
A glazing comprising at least one glass sheet provided on one of the faces with an electrical network consisting of resistance strips and collector strips, characterized in that at least one portion of one face comprises at least one strip obtained from an electrically conductive composition comprising a silver paste, said strip being in contact with another strip obtained from an electrically conductive composition comprising a copper paste, said other strip obtained from an electrically conductive composition comprising a copper paste being completely covered with a protective enamel layer.
A method of automatically identifying the luminal boundary in a vascular image comprising the steps of: a. generating a binary mask of the vascular image using a computer; b. defining a plurality of scan lines in the binary mask; c. identifying a region as lumen boundary tissue on each scan line; d. defining contour segments in response to the plurality of scan lines and the region of lumen boundary tissue on each scan line; e. identifying valid neighboring contour segments; f. interpolating missing contour data between valid neighboring contour segments to fit a contour to the missing contour data; and wherein the valid neighboring contour segments and the contour fit by the interpolated missing contour data define the lumen boundary. a. generating a binary mask of the vascular image using a computer; b. defining a plurality of scan lines in the binary mask; c. identifying a region as lumen boundary tissue on each scan line; d. defining contour segments in response to the plurality of scan lines and the region of lumen boundary tissue on each scan line; e. identifying valid neighboring contour segments; f. interpolating missing contour data between valid neighboring contour segments to fit a contour to the missing contour data; and
An image heating apparatus comprising: a heating rotatable member adapted for heating, in a nip, an image on a recording material; a belt cooperative with said heating rotatable member to form the nip, said belt being movable between a contact position in which said belt is in contact with said heating rotatable member and in which an image heating operation is possible and a retracted position in which said belt is retracted from said heating rotatable member; oscillating means adapted for oscillating said belt in a widthwise direction; control means adapted for controlling a rotational speed of said heating rotatable member, wherein said control means controls said rotational speed of said heating rotatable member at a speed at which said belt is brought into contact to said heating rotatable member while said oscillating means is oscillating said belt, and effects increase of the rotational speed of said heating rotatable member before the heating operation is started. a heating rotatable member adapted for heating, in a nip, an image on a recording material; a belt cooperative with said heating rotatable member to form the nip, said belt being movable between a contact position in which said belt is in contact with said heating rotatable member and in which an image heating operation is possible and a retracted position in which said belt is retracted from said heating rotatable member; oscillating means adapted for oscillating said belt in a widthwise direction; control means adapted for controlling a rotational speed of said heating rotatable member, wherein said control means controls said rotational speed of said heating rotatable member at a speed at which said belt is brought into contact to said heating rotatable member while said oscillating means is oscillating said belt, and effects increase of the rotational speed of said heating rotatable member before the heating operation is started.
Wall construction element having spaced-apart concrete shells (1, 2) and bolts, which connect the concrete shells and have their ends embedded in the shell-structure concrete, wherein, during the concreting-in operation, at least one of the two bolt ends butts against a formwork surface which forms the relevant shell, characterized in that the bolt end butts against the formwork surface via a spacer pin, which has a reduced cross section in relation to the bolt and forms free space for accommodating aggregate particles in the shell-structure concrete, wherein a portion (7; 21) of the bolt, said portion decreasing in cross section in the direction of the spacer pin, and the spacer pin fill a projection region, which encompasses the free space and is located between the non-tapered end of the bolt and the formwork surface, by up to 20 to 30%.
A light emitting diode assembly comprising: a base film having first and second surfaces opposite to each other; first and second conductive layers on the first and second surfaces, respectively; a first coverlay on the first conductive layer, the first coverlay including an open portion exposing the first conductive layer; a second coverlay on the second conductive layer, the second coverlay including a heat radiation opening; and a plurality of light emitting diodes (LEDs) in the open portion of the first coverlay, each of the plurality of LEDs contacting the first conductive layer behind the LED which is exposed through the open portion. a base film having first and second surfaces opposite to each other; first and second conductive layers on the first and second surfaces, respectively; a first coverlay on the first conductive layer, the first coverlay including an open portion exposing the first conductive layer; a second coverlay on the second conductive layer, the second coverlay including a heat radiation opening; and a plurality of light emitting diodes (LEDs) in the open portion of the first coverlay, each of the plurality of LEDs contacting the first conductive layer behind the LED which is exposed through the open portion.
A method of 3-D printing comprising a. applying a layer of build material onto a print platform, wherein the build material comprises particles of a polymer comprising polymer chains having at least one reactive group that is protected with a protecting group, b. printing a de-protecting agent at selected locations on the layer of build material, and c. coalescing particles of the polymer at the printed locations on the layer of build material to form a coalesced polymer layer. a. applying a layer of build material onto a print platform, wherein the build material comprises particles of a polymer comprising polymer chains having at least one reactive group that is protected with a protecting group, b. printing a de-protecting agent at selected locations on the layer of build material, and c. coalescing particles of the polymer at the printed locations on the layer of build material to form a coalesced polymer layer.
A waterproof structure for use in display device, including: a back cover, including a peripheral part of back cover, a stop part connected to the peripheral part of back cover, and a groove defined between the peripheral part of back cover and the stop part, wherein a height of the peripheral part of back cover being greater than a height of the stop part; a display module, disposed on the back cover; and a waterproof member, disposed between the display module and the stop part, characterized in that a gap is defined between the back cover and the display module, and the groove can be served to discharge water from the gap. a back cover, including a peripheral part of back cover, a stop part connected to the peripheral part of back cover, and a groove defined between the peripheral part of back cover and the stop part, wherein a height of the peripheral part of back cover being greater than a height of the stop part; a display module, disposed on the back cover; and a waterproof member, disposed between the display module and the stop part, characterized in that a gap is defined between the back cover and the display module, and the groove can be served to discharge water from the gap.