mhurhangee/patent-ind-claim-en huggingface dataset:
A system for cleaning a colon segment of a patient comprising: a gas source connected to an air flow tube, and a liquid source connected to a liquid flow tube; a flow control mechanism for controlling flows of gas from the gas source and liquid from the liquid source into a downstream location and for thereby mixing a gas flow and a liquid flow at the downstream location to form an emulsion of a cleaning fluid and gas bubbles; a patient insertion tube configured for administering said emulsion into said colon segment of said patient during a cleaning procedure, and for thereby bursting gas bubbles and releasing energy to at least structurally weaken fecal matter inside said colon segment to disassemble said fecal matter; and a vacuum source for removing fecal waste from the colon segment, characterized in that the system further comprises: a controller for receiving instructions for forming the emulsion with an average bubble size of 0.01 to 1 mm, the average bubble size selected to cause said gas bubbles to float to a surface of the cleaning fluid within the colon segment and burst at the surface, the bursting gas bubbles suitable for releasing energy to at least structurally weaken fecal matter inside the colon segment of the patient, and for dynamically adjusting the average bubble size during a cleaning procedure according to at least one of a stage of the cleaning procedure and a consistency of the fecal matter. a gas source connected to an air flow tube, and a liquid source connected to a liquid flow tube; a flow control mechanism for controlling flows of gas from the gas source and liquid from the liquid source into a downstream location and for thereby mixing a gas flow and a liquid flow at the downstream location to form an emulsion of a cleaning fluid and gas bubbles; a patient insertion tube configured for administering said emulsion into said colon segment of said patient during a cleaning procedure, and for thereby bursting gas bubbles and releasing energy to at least structurally weaken fecal matter inside said colon segment to disassemble said fecal matter; and a vacuum source for removing fecal waste from the colon segment, characterized in that the system further comprises: a controller for receiving instructions for forming the emulsion with an average bubble size of 0.01 to 1 mm, the average bubble size selected to cause said gas bubbles to float to a surface of the cleaning fluid within the colon segment and burst at the surface, the bursting gas bubbles suitable for releasing energy to at least structurally weaken fecal matter inside the colon segment of the patient, and for dynamically adjusting the average bubble size during a cleaning procedure according to at least one of a stage of the cleaning procedure and a consistency of the fecal matter.
Synchronous generator , in particular a multipole synchronous annular generator of a direct-drive wind turbine , for generating electricity, with a rotor and a stator , wherein the stator has multiple grooves in which a stator winding is arranged, wherein the stator winding releases heat energy as a result of the generation of power, and wherein a cooling body (25a,b) for absorbing and dissipating released heat energy is arranged in one groove , multiple grooves or all the grooves , wherein the cooling body has a hollow body (27a,b) which is fluidically connected to a cooling medium circuit, wherein the hollow body has a wall with an inner and an outer side, wherein the cooling body (25a,b) has a first wall contact surface , in contact with a first groove wall , and a second wall contact surface , in contact with a second groove wall opposite the first groove wall, wherein the wall contact surface (33a,b) is formed at least partially by the outside of the wall of the hollow body (27a-c), and wherein the cooling body (25a-e) has at least one winding contact surface (31a,b) which is in contact with the stator winding . wherein the winding contact surface (31a,b) is formed at least partially by the outside of the wall of the hollow body (27a-c), characterized in that the cooling body (25a,b) has a plurality of projections (29a,b) on each wall contact surface (33a,b) which extend in opposite directions from the wall of the hollow body (27a,b) along the groove walls (19a,b) and have an outer side facing the respective groove wall, as well as an opposite inner side adjoining the stator winding , wherein the wall contact surface is formed at least partially by the outer side of the projections and the winding contact surface is formed at least partially by the inner side of the projections.
A dispensing system comprising: a main body comprising a base and an extension extending from the base , the extension comprising an inner surface defining a passageway , the main body comprising an opening that extends through the extension , the opening being in communication with the passageway ; a first plunger positioned within the passageway , the first plunger comprising a lumen extending through and between opposite proximal and distal end surfaces of the first plunger ; and a second plunger positioned within the lumen , the second plunger being configured to move a material (M) positioned in the lumen out of the opening , wherein, optionally, the material (M) is bone cement; wherein a proximal end of the first plunger comprises a flange that engages a flange of the extension when the first plunger is fully inserted into the passageway ; and wherein the dispensing system further comprises a cap including a cavity configured for disposal of the flanges to fix the first plunger relative to the main body . a main body comprising a base and an extension extending from the base , the extension comprising an inner surface defining a passageway , the main body comprising an opening that extends through the extension , the opening being in communication with the passageway ; a first plunger positioned within the passageway , the first plunger comprising a lumen extending through and between opposite proximal and distal end surfaces of the first plunger ; and a second plunger positioned within the lumen , the second plunger being configured to move a material (M) positioned in the lumen out of the opening , wherein, optionally, the material (M) is bone cement; wherein a proximal end of the first plunger comprises a flange that engages a flange of the extension when the first plunger is fully inserted into the passageway ; and wherein the dispensing system further comprises a cap including a cavity configured for disposal of the flanges to fix the first plunger relative to the main body .
A controller configured to be coupled to a plurality of millimeter-wave radars mounted on a device having a screen, the controller configured to: at a first time, detect a first presence of an object in a field of view of a first millimeter-wave radar of the plurality of millimeter-wave radars ; at a second time, detect a second presence of the object in a field of view of a second millimeter-wave radar of the plurality of millimeter-wave radars , the second time occurring after the first time; determine a gesture signature (408, 414 420, 422, 424, 446, 448, 612, 16, 818, 820, 916, 918, 920) based on detecting the first presence of the object in the field of view of the first millimeter-wave radar at the first time and detecting the second presence of the object in the field of view of the second millimeter-wave radar at the second time; and execute a command based on the determined gesture signature (408, 414 420, 422, 424, 446, 448, 612, 16, 818, 820, 916, 918, 920), select a first set of millimeter-wave radars from the plurality of millimeter-wave radars , wherein the first set comprises the first and second millimeter-wave radars, wherein each millimeter-wave radar of the plurality of millimeter-wave radars is configured to generate a signal associated with a presence of an object in respective fields of view at respective outputs, and wherein determining the gesture signature (408, 414 420, 422, 424, 446, 448, 612, 16, 818, 820, 916, 918, 920) is further based on outputs of each millimeter-wave radar of the first set, wherein the first set is a subset of millimeter-wave radars from the plurality of millimeter-wave radars . at a first time, detect a first presence of an object in a field of view of a first millimeter-wave radar of the plurality of millimeter-wave radars ; at a second time, detect a second presence of the object in a field of view of a second millimeter-wave radar of the plurality of millimeter-wave radars , the second time occurring after the first time; determine a gesture signature (408, 414 420, 422, 424, 446, 448, 612, 16, 818, 820, 916, 918, 920) based on detecting the first presence of the object in the field of view of the first millimeter-wave radar at the first time and detecting the second presence of the object in the field of view of the second millimeter-wave radar at the second time; and execute a command based on the determined gesture signature (408, 414 420, 422, 424, 446, 448, 612, 16, 818, 820, 916, 918, 920), select a first set of millimeter-wave radars from the plurality of millimeter-wave radars , wherein the first set comprises the first and second millimeter-wave radars, wherein each millimeter-wave radar of the plurality of millimeter-wave radars is configured to generate a signal associated with a presence of an object in respective fields of view at respective outputs, and wherein determining the gesture signature (408, 414 420, 422, 424, 446, 448, 612, 16, 818, 820, 916, 918, 920) is further based on outputs of each millimeter-wave radar of the first set, wherein the first set is a subset of millimeter-wave radars from the plurality of millimeter-wave radars .
Housing, more particularly for high-voltage components, having an elongate, metallic housing base and having two end walls , characterized in that the housing base comprises a closed hollow profiled element with four profiled-element side walls (6.1, 6.2, 6.3, 6.4) and with two open profiled-element end faces (6.5, 6.6), and in that the end walls , which are produced from a sheet metal, close the open profiled-element end faces (6.5, 6. 6) of the hollow profiled element and are fixedly connected to the hollow profiled element , for which purpose the end walls each have a trough-shaped portion (3.1, 4.1) with a trough side wall (3.4, 4.4) and a respective end portion (3.2, 4.2), which end portion (3.2, 4. 2), together with the trough side wall (3.4, 4.4) of the trough-shaped portion (3.1, 4.1), forms an externally circumferential and, more particularly U-shaped, socket (7.1, 7.2), into which the hollow profiled element projects while bearing against the respective end wall , more particularly against the trough side wall (3.4, 4.4).
Method for eliminating a reference waterborne acoustic signal from a spatially resolved waterborne acoustic signal, wherein the reference waterborne acoustic signal is interference noise of an ego ship or the known signal of a ship and the method comprises the following steps: - determining the spatially resolved waterborne acoustic signal by way of an underwater sound antenna, such that individual beams are present, each comprising a part of the spatially resolved waterborne acoustic signal, and - adaptively filtering the spatially resolved waterborne acoustic signal on the basis of the reference waterborne acoustic signal, so as to adaptively remove the interference noise of the ego ship or the known signal of the ship. - determining the spatially resolved waterborne acoustic signal by way of an underwater sound antenna, such that individual beams are present, each comprising a part of the spatially resolved waterborne acoustic signal, and - adaptively filtering the spatially resolved waterborne acoustic signal on the basis of the reference waterborne acoustic signal, so as to adaptively remove the interference noise of the ego ship or the known signal of the ship.
A camera module comprising: a lens module ; a first bracket including a first round surface (310SR1) and moving while being coupled to the lens module ; a second bracket including a second round surface corresponding to the first round surface (310SR1); a ball bearing disposed between the first round surface (310SR1) of the first bracket and the second round surface of the second bracket ; and a driving unit disposed between the lens module and the second bracket , wherein width and height of the second round surface of the second bracket are greater than the width and height of the first round surface (310SR1) of the first bracket , wherein the first round surface (310SR1) is disposed on an outer surface of the first bracket , and the second round surface is disposed on an inner surface of the second bracket , wherein the first bracket includes a recess (310R2), wherein the second bracket includes a protrusion (320SP1), wherein the protrusion (320SP1) allows the first bracket to be disposed in the recess (310R2) so that yaw, pitch, or roll driving can be smoothly performed, and wherein, the protrusion (320SP1) functions as a stopper when the first bracket is rolled. a lens module ; a first bracket including a first round surface (310SR1) and moving while being coupled to the lens module ; a second bracket including a second round surface corresponding to the first round surface (310SR1); a ball bearing disposed between the first round surface (310SR1) of the first bracket and the second round surface of the second bracket ; and a driving unit disposed between the lens module and the second bracket , wherein width and height of the second round surface of the second bracket are greater than the width and height of the first round surface (310SR1) of the first bracket , wherein the first round surface (310SR1) is disposed on an outer surface of the first bracket , and the second round surface is disposed on an inner surface of the second bracket , wherein the first bracket includes a recess (310R2), wherein the second bracket includes a protrusion (320SP1), wherein the protrusion (320SP1) allows the first bracket to be disposed in the recess (310R2) so that yaw, pitch, or roll driving can be smoothly performed, and wherein, the protrusion (320SP1) functions as a stopper when the first bracket is rolled.
A crystalline Form II of compound of Formula (I), wherein the X-ray powder diffraction pattern is as defined by the following table: 2theta d spacing Relative intensity % 7.26 12.18 80.22 9.31 9.50 16.60 10.87 8.14 94.25 11.21 7.89 29.44 12.14 7.29 59.63 14.60 6.07 68.00 15.10 5.87 4.89 16.96 5.23 4.01 17.52 5.06 18.17 18.00 4.93 100.00 19.33 4.59 5.61 19.64 4.52 18.18 19.96 4.45 4.49 20.73 4.29 0.89 21.27 4.18 3.69 22.03 4.03 19.86 22.42 3.96 13.33 22.59 3.94 24.49 23.60 3.77 5.99 24.18 3.68 1.69 25.67 3.47 6.76 26.70 3.34 3.41 27.30 3.27 3.07 27.53 3.24 5.43 28.28 3.16 2.93 28.84 3.10 5.32 29.51 3.03 17.10 29.92 2.99 4.03 30.55 2.93 1.16 31.07 2.88 1.20 31.78 2.82 4.30 34.22 2.62 5.60 35.54 2.53 1.72 37.42 2.40 1.93 38.49 2.34 1.02
Method for embedding key values in pixels of an image, the method being performed by a device and comprising: - reserving a first range of values within a predetermined second range of 2 N values used for storing values in said image, with N greater than 0 and with a number of values of the first range lower than 2 N , wherein: • said image corresponds to a distance map obtained after projection onto a parametric surface of a point cloud representing at least one part of an object in a multimedia content; • a useful value corresponds to an information representative of distance between said at least one part of said object and said parametric surface, for at least one point in said point cloud, corresponding to one pixel in said image; and • a non-useful value is representative of an unused pixel; - if a non-useful value is associated with a pixel, storing a key value belonging to the first range in the pixel, - if a useful value is associated with the pixel: • applying a modified quantization to said useful value for providing a modified useful value, said modified quantization being determined according to the number of values of the first range, and • storing said modified value in said pixel. - reserving a first range of values within a predetermined second range of 2 N values used for storing values in said image, with N greater than 0 and with a number of values of the first range lower than 2 N , wherein: • said image corresponds to a distance map obtained after projection onto a parametric surface of a point cloud representing at least one part of an object in a multimedia content; • a useful value corresponds to an information representative of distance between said at least one part of said object and said parametric surface, for at least one point in said point cloud, corresponding to one pixel in said image; and • a non-useful value is representative of an unused pixel; • said image corresponds to a distance map obtained after projection onto a parametric surface of a point cloud representing at least one part of an object in a multimedia content; • a useful value corresponds to an information representative of distance between said at least one part of said object and said parametric surface, for at least one point in said point cloud, corresponding to one pixel in said image; and • a non-useful value is representative of an unused pixel; - if a non-useful value is associated with a pixel, storing a key value belonging to the first range in the pixel, - if a useful value is associated with the pixel: • applying a modified quantization to said useful value for providing a modified useful value, said modified quantization being determined according to the number of values of the first range, and • storing said modified value in said pixel. • applying a modified quantization to said useful value for providing a modified useful value, said modified quantization being determined according to the number of values of the first range, and • storing said modified value in said pixel.
An igniter system for igniting an energetic material , the igniter system comprising: a housing , having a bore ; an igniter located inside the bore ; a ground wire directly connected to the igniter; a signal wire directly connected to the igniter; and another housing that connects to the housing , and a seal element that seals one end of the another housing while the other end of the another housing directly attaches to the housing , wherein the ground wire and the signal wire form an electrical circuit with the igniter for igniting the energetic material , and wherein the signal wire and the ground wire pass from the housing , through an entirety of the another housing . a housing , having a bore ; an igniter located inside the bore ; a ground wire directly connected to the igniter; a signal wire directly connected to the igniter; and another housing that connects to the housing , and a seal element that seals one end of the another housing while the other end of the another housing directly attaches to the housing , wherein the ground wire and the signal wire form an electrical circuit with the igniter for igniting the energetic material , and wherein the signal wire and the ground wire pass from the housing , through an entirety of the another housing .
A sanding device , comprising: a housing ; a drive shaft configured to rotate relative to the housing , a first coupling part connected directly or indirectly to the drive shaft and provided with a first crown gear ; a sanding plate provided with a second coupling part for matching with the first coupling part , wherein the second coupling part is provided with a second crown gear for facing and engaging with the first crown gear , the sanding device being characterised by : first clamping means configured to clamp the sanding plate and the first coupling part ; so that the sanding plate is capable of being removed; the sanding device further comprises an adapter part which is arranged between the first crown gear and the second crown gear and provided on both sides with a crown gear; wherein teeth of the crown gears on both sides of the adapter part are offset relative to each other; and the crown gears on both sides of the adapter part comprise a differing number of teeth, wherein when the first clamping means clamps the sanding plate and the first coupling part , the second crown gear and the first crown gear are engaged through the crown gears on both side of the adapter . a housing ; a drive shaft configured to rotate relative to the housing , a first coupling part connected directly or indirectly to the drive shaft and provided with a first crown gear ; a sanding plate provided with a second coupling part for matching with the first coupling part , wherein the second coupling part is provided with a second crown gear for facing and engaging with the first crown gear , the sanding device being characterised by : first clamping means configured to clamp the sanding plate and the first coupling part ; so that the sanding plate is capable of being removed; the sanding device further comprises an adapter part which is arranged between the first crown gear and the second crown gear and provided on both sides with a crown gear; wherein teeth of the crown gears on both sides of the adapter part are offset relative to each other; and the crown gears on both sides of the adapter part comprise a differing number of teeth, wherein when the first clamping means clamps the sanding plate and the first coupling part , the second crown gear and the first crown gear are engaged through the crown gears on both side of the adapter . first clamping means configured to clamp the sanding plate and the first coupling part ; so that the sanding plate is capable of being removed; the sanding device further comprises an adapter part which is arranged between the first crown gear and the second crown gear and provided on both sides with a crown gear; wherein teeth of the crown gears on both sides of the adapter part are offset relative to each other; and the crown gears on both sides of the adapter part comprise a differing number of teeth, wherein when the first clamping means clamps the sanding plate and the first coupling part , the second crown gear and the first crown gear are engaged through the crown gears on both side of the adapter .
A fluid product injection device comprising: - a syringe comprising a reservoir containing fluid product to be injected, a piston being arranged so as to be axially movable in said reservoir and a needle provided with an injection tip being attached to said reservoir , - a piston rod axially movable relative to said reservoir and cooperating with said piston during injection in order to move it axially in said reservoir , - a sleeve arranged around said syringe while being axially movable relative to said reservoir between a rest position, in which said sleeve does not cover said injection tip of said needle , and a projecting position, in which said sleeve covers said injection tip of said needle , said sleeve being in its rest position before actuation of the injection device, characterized in that said sleeve is moved towards its projecting position after injection of said fluid product, said movement of said sleeve being performed by said piston rod , said sleeve including internal tabs that extend inside the syringe and tabs or an outer sleeve that extends outside the syringe. - a syringe comprising a reservoir containing fluid product to be injected, a piston being arranged so as to be axially movable in said reservoir and a needle provided with an injection tip being attached to said reservoir , - a piston rod axially movable relative to said reservoir and cooperating with said piston during injection in order to move it axially in said reservoir , - a sleeve arranged around said syringe while being axially movable relative to said reservoir between a rest position, in which said sleeve does not cover said injection tip of said needle , and a projecting position, in which said sleeve covers said injection tip of said needle , said sleeve being in its rest position before actuation of the injection device,