mhurhangee/ep-ind-claims huggingface dataset:
Use of an additive for hydraulic binder comprising: - at least a dialkanolamine comprising from 2 to 8 carbon atoms, and - at least a polyol preferably chosen from a diol, a triol, a tetraol and mixtures thereof, to prevent the formation of rust-colored stains at the surface of a hydraulic composition. - at least a dialkanolamine comprising from 2 to 8 carbon atoms, and - at least a polyol preferably chosen from a diol, a triol, a tetraol and mixtures thereof, to prevent the formation of rust-colored stains at the surface of a hydraulic composition.
An implant (490, 506) for use in treating a pelvic floor condition in a patient, comprising: a mesh (140, 160, 180) having at least one longitudinal edge (144a, 144b) and at least one longitudinal surface and being sized and shaped to support one or more of a patient's urethra, bladder neck, or pelvic organ; and a plurality of resilient strengthening members (146, 166, 186) disposed within or on the mesh (140, 160, 180), arrayed to form X shaped structures (150, 170, 190) and protruding beyond one or more of a longitudinal edge and a longitudinal surface. a mesh (140, 160, 180) having at least one longitudinal edge (144a, 144b) and at least one longitudinal surface and being sized and shaped to support one or more of a patient's urethra, bladder neck, or pelvic organ; and a plurality of resilient strengthening members (146, 166, 186) disposed within or on the mesh (140, 160, 180), arrayed to form X shaped structures (150, 170, 190) and protruding beyond one or more of a longitudinal edge and a longitudinal surface.
A storage shelf (1, 1A) comprising: a placement unit (20a - 20d) on which an object is placed; and a frame unit that supports the placement unit (20a - 20d), wherein the placement unit (20a - 20d) includes: a frame (22a - 22c) that is arranged on the frame unit with a first elastic body (40, 41) interposed therebetween; and a shelf plate that is arranged on the frame (22a - 22c) with a second elastic body (60, 61) interposed therebetween and on which the object is placed, characterized in that the frame unit includes a pair of beam members (7a, 7b) facing each other; the frame (22a, 22b) is disposed over the pair of beam members (7a, 7b) and includes: a concave portion positioned between the pair of beam members (7a, 7b) and including a base portion extending in an opposing direction of the pair of beam members (7a, 7b) and a pair of raised portions (30b, 30c) that are raised from both ends of the base portion; and overhanging portions (31, 32) that overhang from ends of the raised portions (30b, 30c) and are mounted on the beam members (7a, 7b) each with the first elastic body (40, 41) interposed therebetween, and the second elastic body (60, 61) is arranged on the concave portion of the frame (22a, 22b). a placement unit (20a - 20d) on which an object is placed; and a frame unit that supports the placement unit (20a - 20d), wherein the placement unit (20a - 20d) includes: a frame (22a - 22c) that is arranged on the frame unit with a first elastic body (40, 41) interposed therebetween; and a shelf plate that is arranged on the frame (22a - 22c) with a second elastic body (60, 61) interposed therebetween and on which the object is placed, a frame (22a - 22c) that is arranged on the frame unit with a first elastic body (40, 41) interposed therebetween; and a shelf plate that is arranged on the frame (22a - 22c) with a second elastic body (60, 61) interposed therebetween and on which the object is placed, characterized in that the frame unit includes a pair of beam members (7a, 7b) facing each other; the frame (22a, 22b) is disposed over the pair of beam members (7a, 7b) and includes: a concave portion positioned between the pair of beam members (7a, 7b) and including a base portion extending in an opposing direction of the pair of beam members (7a, 7b) and a pair of raised portions (30b, 30c) that are raised from both ends of the base portion; and overhanging portions (31, 32) that overhang from ends of the raised portions (30b, 30c) and are mounted on the beam members (7a, 7b) each with the first elastic body (40, 41) interposed therebetween, and a concave portion positioned between the pair of beam members (7a, 7b) and including a base portion extending in an opposing direction of the pair of beam members (7a, 7b) and a pair of raised portions (30b, 30c) that are raised from both ends of the base portion; and overhanging portions (31, 32) that overhang from ends of the raised portions (30b, 30c) and are mounted on the beam members (7a, 7b) each with the first elastic body (40, 41) interposed therebetween, and the second elastic body (60, 61) is arranged on the concave portion of the frame (22a, 22b).
A process for the preparation of a compound of Formula (wherein, R 1 and R 2 are each independently halogen, alkyl having 1 to 8 carbons or alkenyl having 2 to 8 carbons; m and n are each independently 0 or an integer of 1 to 4; and R 3 is alkyl having 1 to 8 carbons, alkenyl having 2 to 8 carbons, cycloalkyl having 3 to 8 carbons or optionally substituted aralkyl), characterized in that, in a method for producing compound of Formula by reacting a compound of Formula (wherein, R 1, R 2, m and n are as defined above) with an excess of a compound of Formula R 3 -X (wherein R 3 is as defined above and X is halogen) in a solvent in the presence of a base and the obtained reaction solution is purified, a process is provided that an unreacted portion of the compound of Formula is removed from the solution produced by the reaction of the compounds of Formulae and, in which the process for removing the compound of Formula is a process for removing the compound of Formula together with the reaction solvent from the reaction solution by distillation.
A method of processing video of image data captured by an image capture device for use in a surgical system, wherein the images captured by the image capture device are encoded by a video encoder having video encoding configuration parameters, characterized in that: the method is performed in a surgical system having a surgeon console to receive inputs from a surgeon and a processor to receive and process control command inputs from the surgeon console to control manipulation of one or more surgical instruments at a surgical site in a field of view of the image capture device or movement of the image capture device, the method comprising: receiving the control command inputs from the surgeon console at a state monitor for monitoring conditions including surgical instrument motions in the field of view or movement of the image capture device that may cause a change in image content of the field of view of the image capture device by relying on the received control command inputs; detecting by the state monitor, based on the received control command inputs, a condition that may have a future effect on the image content of the field of view captured by the image capture device, the state monitor further providing to a video processor an estimated degree of change in the image content of the field of view based on the detected condition; and adjusting by the video processor video encoding configuration parameters associated with encoding of future images by the video encoder based on the estimated degree of change determined by the state monitor in anticipation of the change in image content. receiving the control command inputs from the surgeon console at a state monitor for monitoring conditions including surgical instrument motions in the field of view or movement of the image capture device that may cause a change in image content of the field of view of the image capture device by relying on the received control command inputs; detecting by the state monitor, based on the received control command inputs, a condition that may have a future effect on the image content of the field of view captured by the image capture device, the state monitor further providing to a video processor an estimated degree of change in the image content of the field of view based on the detected condition; and adjusting by the video processor video encoding configuration parameters associated with encoding of future images by the video encoder based on the estimated degree of change determined by the state monitor in anticipation of the change in image content.
An electric gear pump comprising: an electric motor in which a supply of motor current rotates a motor shaft; a driving gear that is coupled to the motor shaft to be rotated; a driven gear that is rotated by meshing between gear teeth of the driving gear and gear teeth of the driven gear; a pump housing that houses the driving gear and the driven gear; and a control unit that outputs the motor current to control the electric motor, characterized in that the control unit is configured so that when the electric motor that stopped is started and when the rotation of the electric motor is reversed, the control unit executes rotational speed restricting control that restrains the motor current to restrict a rotational speed of the electric motor at least during an idling period, the idling period being a period until a gear tooth of the driving gear and a gear tooth of the driven gear abut against each other in a rotational direction of the electric motor. an electric motor in which a supply of motor current rotates a motor shaft; a driving gear that is coupled to the motor shaft to be rotated; a driven gear that is rotated by meshing between gear teeth of the driving gear and gear teeth of the driven gear; a pump housing that houses the driving gear and the driven gear; and a control unit that outputs the motor current to control the electric motor, characterized in that the control unit is configured so that when the electric motor that stopped is started and when the rotation of the electric motor is reversed, the control unit executes rotational speed restricting control that restrains the motor current to restrict a rotational speed of the electric motor at least during an idling period, the idling period being a period until a gear tooth of the driving gear and a gear tooth of the driven gear abut against each other in a rotational direction of the electric motor.
A scratching detection system comprising: a sensor configured to detect an acceleration corresponding to a movement of a hand of a person and configured to output a first signal including a detected value corresponding to the acceleration in a first cycle; and a processor configured to acquire the first signal and to detect a scratching behavior of the person in a second cycle based on a plurality of parameters, the second cycle including a plurality of the first cycles, characterized in that the plurality of parameters including a first occurrence count and a first consecutive count, the first occurrence count being a number of times that an absolute value of the detected value exceeds a threshold value in the second cycle, the first consecutive count being a maximum value of a number of times that the absolute value of the detected value consecutively exceeds the threshold value in the second cycle. a sensor configured to detect an acceleration corresponding to a movement of a hand of a person and configured to output a first signal including a detected value corresponding to the acceleration in a first cycle; and a processor configured to acquire the first signal and to detect a scratching behavior of the person in a second cycle based on a plurality of parameters, the second cycle including a plurality of the first cycles, characterized in that the plurality of parameters including a first occurrence count and a first consecutive count, the first occurrence count being a number of times that an absolute value of the detected value exceeds a threshold value in the second cycle, the first consecutive count being a maximum value of a number of times that the absolute value of the detected value consecutively exceeds the threshold value in the second cycle.
Lighting module for automobile vehicles, including: - at least one optical module adapted to produce a first cut-off beam; - a support plate for a heatsink; - a heatsink adapted to receive said optical module; - said support plate including a first surface; characterized in that - said heatsink includes rotational adjustment means adapted: - to enter into contact with the first surface of said support plate; and - to pivot about a particular rotation axis (Ax) so as to position the first cut-off beam produced by said optical module at a reference position. - at least one optical module adapted to produce a first cut-off beam; - a support plate for a heatsink; - a heatsink adapted to receive said optical module; - said support plate including a first surface; - said heatsink includes rotational adjustment means adapted: - to enter into contact with the first surface of said support plate; and - to pivot about a particular rotation axis (Ax) so as to position the first cut-off beam produced by said optical module at a reference position. - to enter into contact with the first surface of said support plate; and - to pivot about a particular rotation axis (Ax) so as to position the first cut-off beam produced by said optical module at a reference position.
An adjustment and locking means of a damper plate of a ventilation device, the adjustment and locking means being configured to be connected to the damper plate by the aid of a cable, wire, or the like of the adjustment and locking means which is movable in its longitudinal direction and is mostly inside a shell of the adjustment and locking means which does not move but is fixed in its position, wherein the adjustment and locking means comprises two parts, a handle part and a regulator slide which are configured to be moved in relation to each other during adjustment, the regulator slide is installed inside the handle part and the cable, wire or the like is fastened to the regulator slide, threads (7, 8) are arranged on the outer rim of the regulator slide, a first thread is unbroken and allows accurate adjustment, and a second thread extends to a part of the outer rim of the regulator slide to provide parts on the outer rim without threads where the parts move in relation to each other by pushing and pulling. the adjustment and locking means comprises two parts, a handle part and a regulator slide which are configured to be moved in relation to each other during adjustment, the regulator slide is installed inside the handle part and the cable, wire or the like is fastened to the regulator slide, threads (7, 8) are arranged on the outer rim of the regulator slide, a first thread is unbroken and allows accurate adjustment, and a second thread extends to a part of the outer rim of the regulator slide to provide parts on the outer rim without threads where the parts move in relation to each other by pushing and pulling.
A method of fabricating a silicon carbide semiconductor structure comprising: forming a plurality of features (20, 32) in a surface of a silicon carbide substrate (10, 30) having an off-axis orientation toward a predetermined crystallographic direction, the plurality of features including sidewalls (22, 32A) oriented nonparallel to the predetermined crystallographic direction; growing a first epitaxial silicon carbide layer on the surface of the silicon carbide substrate that includes the plurality of features therein; forming a plurality of features (52, 54) in a surface of the first epitaxial silicon carbide layer; growing a second epitaxial silicon carbide layer on the surface of the first epitaxial silicon carbide layer that includes the plurality of features therein; and forming an electronic device in and/or on the first and/or second epitaxial silicon carbide layers. forming a plurality of features (20, 32) in a surface of a silicon carbide substrate (10, 30) having an off-axis orientation toward a predetermined crystallographic direction, the plurality of features including sidewalls (22, 32A) oriented nonparallel to the predetermined crystallographic direction; growing a first epitaxial silicon carbide layer on the surface of the silicon carbide substrate that includes the plurality of features therein; forming a plurality of features (52, 54) in a surface of the first epitaxial silicon carbide layer; growing a second epitaxial silicon carbide layer on the surface of the first epitaxial silicon carbide layer that includes the plurality of features therein; and forming an electronic device in and/or on the first and/or second epitaxial silicon carbide layers.
A flavoured product, in the form of a beverage or a foodstuff selected from a sweet or savoury food product, comprising an oil in water emulsion comprising a) from 0.5 to 10% by weight of at least one flavouring compound having a logP comprised between 1 and 10 and a specific gravity comprised between 0.98 and 1.1; b) from 0 to 25%, of a vegetable oil; c) from 1 to 25% of an emulsifier; d) from 50 to 95% of water; all percentages being defined by weight relative to the total weight of the emulsion; and said flavouring compound being selected amongst diethyl succinate, isoamyl cinnamate and benzyl butyrate. a) from 0.5 to 10% by weight of at least one flavouring compound having a logP comprised between 1 and 10 and a specific gravity comprised between 0.98 and 1.1; b) from 0 to 25%, of a vegetable oil; c) from 1 to 25% of an emulsifier; d) from 50 to 95% of water;
A surgical instrument placement tool for holding tools for angiographic procedures in the fields of invasive radiology, vascular surgery and cardiology, comprising: - a surgical drape arranged to cover a patient from at least the groin down to the region of the feet, providing a placement surface between the legs of the patient when the patient is lying with spread legs, - a pouch member, having a horizontal, upwardly exposed, bottom surface, the pouch member being attached to a foot end of the surgical drape to extend below the spread legs of the patient and projecting horizontally beyond the feet of the lying patient, characterized in that: - the pouch member comprises a vertical wall portion providing a double curvature bottom surface and an edge that provides for exposing a portion of said upwardly exposed bottom surface of the pouch member, - the double curvature wall has a first curvature having a horizontal radius (r 1) that is substantially larger than a second curvature having a vertical radius (r 2), and - the first and the second curvature each form a U-shape at the double curvature bottom surface of the vertical wall portion. - a surgical drape arranged to cover a patient from at least the groin down to the region of the feet, providing a placement surface between the legs of the patient when the patient is lying with spread legs, - a pouch member, having a horizontal, upwardly exposed, bottom surface, the pouch member being attached to a foot end of the surgical drape to extend below the spread legs of the patient and projecting horizontally beyond the feet of the lying patient, characterized in that: - the pouch member comprises a vertical wall portion providing a double curvature bottom surface and an edge that provides for exposing a portion of said upwardly exposed bottom surface of the pouch member, - the double curvature wall has a first curvature having a horizontal radius (r 1) that is substantially larger than a second curvature having a vertical radius (r 2), and - the first and the second curvature each form a U-shape at the double curvature bottom surface of the vertical wall portion. - the pouch member comprises a vertical wall portion providing a double curvature bottom surface and an edge that provides for exposing a portion of said upwardly exposed bottom surface of the pouch member, - the double curvature wall has a first curvature having a horizontal radius (r 1) that is substantially larger than a second curvature having a vertical radius (r 2), and - the first and the second curvature each form a U-shape at the double curvature bottom surface of the vertical wall portion.
A composition for the production of a prepreg for the manufacture of thermoset composite laminates, which composition comprises unsaturated polyesters or vinylesters (A, B), a catalyst, a thickening agent, and a crosslinking initiator characterised in that a first component of the unsaturated polyesters or vinylesters comprises reactive groups that react with the thickening agent, and a second component of the unsaturated polyesters or vinylesters does not comprise any groups that react with the thickening agent, and that the composition comprises a polyether polyol, wherein the catalyst is a polyurethane catalyst based on a bismuth or zirconium compound and the thickening agent is an isocyanate, and wherein the reaction between the first component of the unsaturated polyesters or vinylesters and the thickening agent is catalysed by the catalyst and the polyether polyol in a first reaction step; and wherein both the first component and the second component of the unsaturated polyesters or vinylesters and the crosslinking initiator participate in a curing reaction in a second reaction step.
An electronic device comprising: a plastic casing defining an interior and an exterior, the interior defining a cavity housing a printed circuit board, an electrical cell, and a metal retaining clip for retaining said electrical cell in electrical contact with the PCB, the casing comprising an integral cover which permits access to the interior of the casing; wherein the integral cover is formed as part of the casing, and includes portions of relative weakness joining the cover to the remainder of the casing, such that said weak portions may be broken by the application of sufficient force, to allow at least a part of the cover to be separated from the remainder of the casing, thereby creating an aperture permitting access to the interior of the casing; characterized in that the retaining clip separates the electrical cell from the cover, and the clip and cover are of suitable relative size and shape so as to cause the clip to be deformed on application of sufficient force to remove the clip through the aperture created on separation of the cover. a plastic casing defining an interior and an exterior, the interior defining a cavity housing a printed circuit board, an electrical cell, and a metal retaining clip for retaining said electrical cell in electrical contact with the PCB, the casing comprising an integral cover which permits access to the interior of the casing; wherein the integral cover is formed as part of the casing, and includes portions of relative weakness joining the cover to the remainder of the casing, such that said weak portions may be broken by the application of sufficient force, to allow at least a part of the cover to be separated from the remainder of the casing, thereby creating an aperture permitting access to the interior of the casing; characterized in that the retaining clip separates the electrical cell from the cover, and the clip and cover are of suitable relative size and shape so as to cause the clip to be deformed on application of sufficient force to remove the clip through the aperture created on separation of the cover.