mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for manufacturing cosmetic using instantaneous emulsification including a housing which forms an outer appearance, the apparatus comprising: an internal phase container which is replaceably coupled to the housing , and which stores internal phase fluid; an external phase container which is replaceably coupled to the housing , and which stores external phase fluid; a plate in which a channel unit is formed, wherein the channel unit generates emulsion by mixing the internal phase fluid provided from the internal phase container and the external phase fluid provided from the external phase container ; and an operative unit which provides external force required to form and discharge emulsion at the channel unit by manipulation of a user, wherein the internal phase container and the external phase container have each a pumping part (214; 224) which is operated by action of the operative unit, wherein the the plate is disposed at an upper side of the operative unit , wherein the pumping part (214; 224) provided at the upper portion of the internal phase container and the upper portion of the external phase container is disposed at a lower side of the operative unit , wherein by pressing the plate , the operative unit presses the pumping part of the internal phase container and the pumping part of the external phase container at the same time, so that the internal phase fluid stored in the internal phase container and the external phase fluide stored in the external phase container are discharged to the channel unit and mixed to generate the emulsion. an internal phase container which is replaceably coupled to the housing , and which stores internal phase fluid; an external phase container which is replaceably coupled to the housing , and which stores external phase fluid; a plate in which a channel unit is formed, wherein the channel unit generates emulsion by mixing the internal phase fluid provided from the internal phase container and the external phase fluid provided from the external phase container ; and an operative unit which provides external force required to form and discharge emulsion at the channel unit by manipulation of a user, wherein the internal phase container and the external phase container have each a pumping part (214; 224) which is operated by action of the operative unit, wherein the the plate is disposed at an upper side of the operative unit , wherein the pumping part (214; 224) provided at the upper portion of the internal phase container and the upper portion of the external phase container is disposed at a lower side of the operative unit , wherein by pressing the plate , the operative unit presses the pumping part of the internal phase container and the pumping part of the external phase container at the same time, so that the internal phase fluid stored in the internal phase container and the external phase fluide stored in the external phase container are discharged to the channel unit and mixed to generate the emulsion.
A transducer comprising: an air displacement component configured to move on application of an electrical signal to generate an acoustic wave in a first plane of the movement of the air displacement component; a casing configured to mechanically support the air displacement component , wherein the casing comprises: a first output window ; a second output window ; and a third output window , wherein the first output window is acoustically coupled to a first side of the air displacement component to output the acoustic wave in the first plane, and the second output window is acoustically coupled to a second side of the air displacement component to output the acoustic wave in the first plane, and the third output window is acoustically coupled to one of the first side and the second side of the air displacement component to output the acoustic wave in a second plane, wherein the first plane is different to the second plane. an air displacement component configured to move on application of an electrical signal to generate an acoustic wave in a first plane of the movement of the air displacement component; a casing configured to mechanically support the air displacement component , wherein the casing comprises: a first output window ; a second output window ; and a third output window , a first output window ; a second output window ; and a third output window , wherein the first output window is acoustically coupled to a first side of the air displacement component to output the acoustic wave in the first plane, and the second output window is acoustically coupled to a second side of the air displacement component to output the acoustic wave in the first plane, and the third output window is acoustically coupled to one of the first side and the second side of the air displacement component to output the acoustic wave in a second plane, wherein the first plane is different to the second plane.
Fluid recirculation system for installations of the type comprising a general conduit that bifurcates into at least two branches for water , a branch of hot water and a branch of cold water , and one or several consumption points with tap of hot and cold water, to each of which arrives a pair of pipes comprised by the fluid recirculation system, one of hot water that comes from the branch of hot water and another of cold water that comes from the branch of cold water , comprising the system at least: • One or more bypass ducts , are configured for communicating the output of the pipe at one or several consumption points with another with another pipe in the system that reaches the consumption point, • A pumping module configured to be installed in one of the branches , comprising: a processing circuit , a power supply and a recirculation pump , • At least one activation module configured to be installed at a consumption point, comprising a valve that regulates the passage of the fluid through said bypass ducts and a drive means configured for mechanically actuating the valve , at least one communication cable that links one of the drive means with the processing circuit , , and characterized in that the communication cable is housed inside the corresponding branch and pipe , the communication cable being configured to send signals through the corresponding one branch and pipe between the drive means and the processing circuit , and the latter being configured to contact each cable . • One or more bypass ducts , are configured for communicating the output of the pipe at one or several consumption points with another with another pipe in the system that reaches the consumption point, • A pumping module configured to be installed in one of the branches , comprising: a processing circuit , a power supply and a recirculation pump , • At least one activation module configured to be installed at a consumption point, comprising a valve that regulates the passage of the fluid through said bypass ducts and a drive means configured for mechanically actuating the valve , at least one communication cable that links one of the drive means with the processing circuit , , and characterized in that the communication cable is housed inside the corresponding branch and pipe , the communication cable being configured to send signals through the corresponding one branch and pipe between the drive means and the processing circuit , and the latter being configured to contact each cable . at least one communication cable that links one of the drive means with the processing circuit , , and characterized in that the communication cable is housed inside the corresponding branch and pipe , the communication cable being configured to send signals through the corresponding one branch and pipe between the drive means and the processing circuit , and the latter being configured to contact each cable .
A control system of a waffle maker capable of displaying waffle crispness, comprising: a heating module for heating a baking plate; a temperature detection module for detecting the temperature of the baking plate; characterized in that the control system furthermore comprises an operation and display module configured to controlling an operation panel to set and display waffle crispness; and a control module configured to for adjusting baking time according to the set waffle crispness and a temperature drop rate of the baking plate, the control module being connected with the heating module, the temperature detection module and the operation and display module respectively.
Apparatus for unloading material, comprising a frame and a hooking device mounted on said frame for hooking said material, said hooking device comprising a plurality of rows of curved hooks , each row of hooks being pivotable about a respective axis of rotation (X) between a non-operating position, in which said hooks are retracted, and an operating position, in which said hooks are extended so as to hook said material, wherein all the rows of hooks of said hooking device can oscillate from said non-operating position into said operating position along a hooking path, said rows of hooks rotating in the same direction of rotation about the respective axes of rotation (X), said hooking device further comprising an abutment element that is positioned on the outside of said rows of hooks, substantially perpendicular to said hooking path, the apparatus being characterised in that said abutment element is configured so as to block the material when driven by said hooks and to assist the penetration of the hooks in the material.
A platform for an airfoil in a gas turbine engine , the platform comprising: an aero-structure defining a gaspath surface and a non-gaspath surface ; a first securing element arranged to receive a locking pin and secure the aero-structure to a rotor disk ; and a first securing element structure extending between the non-gaspath surface and the first securing element, wherein the first securing element structure comprises at least two legs defining a hollow space between the two legs and the non-gaspath surface , characterised in that : material of the at least two legs join together to define the hollow space such that the hollow space is defined between a point where the material of the at least two legs joins and the non-gaspath surface ; and the first securing element structure further comprises a neck that extends from the point where the material of the at least two legs join together to define the hollow space to the first securing element . an aero-structure defining a gaspath surface and a non-gaspath surface ; a first securing element arranged to receive a locking pin and secure the aero-structure to a rotor disk ; and a first securing element structure extending between the non-gaspath surface and the first securing element, wherein the first securing element structure comprises at least two legs defining a hollow space between the two legs and the non-gaspath surface , characterised in that : material of the at least two legs join together to define the hollow space such that the hollow space is defined between a point where the material of the at least two legs joins and the non-gaspath surface ; and the first securing element structure further comprises a neck that extends from the point where the material of the at least two legs join together to define the hollow space to the first securing element . material of the at least two legs join together to define the hollow space such that the hollow space is defined between a point where the material of the at least two legs joins and the non-gaspath surface ; and the first securing element structure further comprises a neck that extends from the point where the material of the at least two legs join together to define the hollow space to the first securing element .
A compound encompassed within Formulae I, II and III: including pharmaceutically acceptable salts, and/or solvates thereof; wherein R 1 is selected from the group consisting of wherein R 2 is selected from the group consisting of CH 3 , and wherein R 3 is selected from the group consisting of hydrogen or fluorine.
A microwave signal transition component having a first signal conductor side and a second signal conductor side , the microwave signal transition component being arranged for transfer of microwave signals from the first signal conductor side to the second signal conductor side , wherein the microwave signal transition component is arranged to be positioned in a corresponding circuit board aperture in a printed circuit board , PCB, having a thickness, t, wherein the microwave signal transition component comprises an electrically conducting plate obtained by machining a plate aperture in a solid copper plate, a dielectric filling positioned at least partly within said plate aperture , at least one filling aperture (6; 6a, 6b) running through the dielectric filling, and, for each filling aperture (6; 6a, 6b), an electrically conducting connection (7; 7a, 7b) that at least partly is positioned within said filling aperture (6; 6a, 6b).
An electrostatic linear ion trap (ELIT) with a selectable ion path length, comprising: one or more voltage sources ; a first set of electrode plates with holes in the center aligned along a central axis; a second set of electrode plates with holes in the center that is aligned along the central axis with the first set, wherein a first group of plates of the first set and the second set is positioned along the central axis to trap ions within a first path length of the central axis and a second group of plates of the first set and the second set is positioned along the central axis to trap ions within a second path length of the central axis that is shorter than the first path length ; and one or more switches configured to select the first path length by applying voltages from the one or more voltage sources to the first set and the second set that cause the first group of plates to trap ions within the first path length and configured to select the second path length by applying voltages from the one or more voltage sources to the first set and the second set that cause the second group of plates to trap ions within the second path length . one or more voltage sources ; a first set of electrode plates with holes in the center aligned along a central axis; a second set of electrode plates with holes in the center that is aligned along the central axis with the first set, wherein a first group of plates of the first set and the second set is positioned along the central axis to trap ions within a first path length of the central axis and a second group of plates of the first set and the second set is positioned along the central axis to trap ions within a second path length of the central axis that is shorter than the first path length ; and one or more switches configured to select the first path length by applying voltages from the one or more voltage sources to the first set and the second set that cause the first group of plates to trap ions within the first path length and configured to select the second path length by applying voltages from the one or more voltage sources to the first set and the second set that cause the second group of plates to trap ions within the second path length .
Air treatment device for a vehicle, especially utility vehicle, the air treatment device comprising: a housing structure having a connecting neck portion , an air treatment cartridge being constructed to be substantially axially symmetric relative to a central axis (cAx) and being connected or connectable to the housing structure , wherein the air treatment cartridge has a coupling neck portion configured to connect or be connected to the connecting neck portion of the housing structure , wherein, when the air treatment cartridge is connected to the housing structure , the coupling neck portion and the connecting neck portion are arranged to be eccentric relative to the central axis (cAx), wherein the housing structure further has a connecting edge portion , and the air treatment cartridge further has a coupling edge portion configured to connect or be connected to the connecting edge portion of the housing structure via bayonet fixing means , characterized in that the connecting edge portion is provided with a threaded hole for receiving a securing screw of the bayonet fixing means , the threaded hole having a customized screw thread profile being different compared to a standardized screw thread profile, wherein, when the air treatment cartridge is connected to the housing structure , the connecting edge portion and the coupling edge portion can be secured with the securing screw of the bayonet fixing means . a housing structure having a connecting neck portion , an air treatment cartridge being constructed to be substantially axially symmetric relative to a central axis (cAx) and being connected or connectable to the housing structure , wherein the air treatment cartridge has a coupling neck portion configured to connect or be connected to the connecting neck portion of the housing structure , wherein, when the air treatment cartridge is connected to the housing structure , the coupling neck portion and the connecting neck portion are arranged to be eccentric relative to the central axis (cAx), wherein the housing structure further has a connecting edge portion , and the air treatment cartridge further has a coupling edge portion configured to connect or be connected to the connecting edge portion of the housing structure via bayonet fixing means , characterized in that the connecting edge portion is provided with a threaded hole for receiving a securing screw of the bayonet fixing means , the threaded hole having a customized screw thread profile being different compared to a standardized screw thread profile, wherein, when the air treatment cartridge is connected to the housing structure , the connecting edge portion and the coupling edge portion can be secured with the securing screw of the bayonet fixing means .
A dental mirror suction device for suctioning liquids and particles from an oral cavity of a patient, with a tubular hollow main body having an inner surface , an outer surface , a longitudinal axis (X-X), a connection opening for a hose, and a suction opening , wherein the inner surface has a mirror-coated surface which is viewable through the suction opening and which is arranged such that the oral cavity is viewable at least in some portions via said mirror-coated surface, wherein - the mirror suction device is configured as a disposable mirror suction device, - the main body consists only of a single part, and - the main body is produced only from a single material, characterised in that - the main body , in the region of the suction opening , forms a planar surface which is provided with a reflective material, wherein the planar surface is vapour-coated with chromium or is painted with a reflective paint. - the mirror suction device is configured as a disposable mirror suction device, - the main body consists only of a single part, and - the main body is produced only from a single material, characterised in that - the main body , in the region of the suction opening , forms a planar surface which is provided with a reflective material, wherein the planar surface is vapour-coated with chromium or is painted with a reflective paint.
Method for welding two components , in which two joining surfaces of the two components in abutting contact with one another are pressed against one another by applying a force (F), characterized in that the two components respectively have an upper side , which is planar and lies in a plane and on which a region that is elevated in comparison with adjacent regions of the upper side is formed in a coupling-in region of a heat source to form a melting region , wherein, in the elevated region , a thermal energy is coupled in by means of the heat source , whereby the two components are heated and the two components are melted in the elevated region and only over a partial region of the height or the thickness of the components to form a molten bath , wherein the molten bath and the coupled-in thermal energy has the effect that a heat influencing zone is formed on both sides of the joining surfaces over the entire height of the two components , so that as a consequence of the action of the force the material of the two components is intimately bonded at the atomic level in the region of the joining surfaces , and wherein, after the cooling down of the components , the elevated region is removed.
A light-emitting unit , comprising: a plurality of side-emission type light-emitting devices disposed two-dimensionally on a mounting surface ; a light guide plate that is disposed at a position opposed to each of the light-emitting devices , and has uneven layers on a bottom surface and a top surface , the uneven layers controlling entry and exit of light; and a reflective structure that is fixed to either only the bottom surface or both the mounting surface and the bottom surface , wherein the reflective structure has a reflective section reflecting output light from each of the light-emitting devices toward the bottom surface , wherein the light-emitting devices have a layered structure comprising, in order from the mounting surface: a semiconductor-laminated structure having an electrode on a face that is positioned on a side of the mounting surface , a light-transmissive substrate and a reflection layer , wherein the light-emitting devices are configured to emit high-intensity light in a direction parallel to the mounting surface rather than in a direction perpendicular to the mounting surface . a plurality of side-emission type light-emitting devices disposed two-dimensionally on a mounting surface ; a light guide plate that is disposed at a position opposed to each of the light-emitting devices , and has uneven layers on a bottom surface and a top surface , the uneven layers controlling entry and exit of light; and a reflective structure that is fixed to either only the bottom surface or both the mounting surface and the bottom surface , wherein the reflective structure has a reflective section reflecting output light from each of the light-emitting devices toward the bottom surface , wherein the light-emitting devices have a layered structure comprising, in order from the mounting surface: a semiconductor-laminated structure having an electrode on a face that is positioned on a side of the mounting surface , a light-transmissive substrate and a reflection layer , wherein the light-emitting devices are configured to emit high-intensity light in a direction parallel to the mounting surface rather than in a direction perpendicular to the mounting surface .