mhurhangee/patent-ind-claim-en huggingface dataset:
A light pattern generating device , comprising: light sources arrayed at ninety degree intervals from each other; characterised by : lenses arrayed in respective positional association with the light sources such that, when the light sources are activated, the light sources and the lenses generate at least a UL 1971 compliant light pattern, wherein, when the light sources are activated, each light source and lens combination provides a 1⁄4 light output share at and around a zero angle position and a 1⁄2 light output share along an axis thereof, such that light source and lens combinations one hundred and eighty degrees apart generate overlapping light output patterns at and around the zero angle position and light source and lens combinations ninety degrees apart generate offset light output patterns that are offset from the zero angle position. light sources arrayed at ninety degree intervals from each other; characterised by : lenses arrayed in respective positional association with the light sources such that, when the light sources are activated, the light sources and the lenses generate at least a UL 1971 compliant light pattern, wherein, when the light sources are activated, each light source and lens combination provides a 1⁄4 light output share at and around a zero angle position and a 1⁄2 light output share along an axis thereof, such that light source and lens combinations one hundred and eighty degrees apart generate overlapping light output patterns at and around the zero angle position and light source and lens combinations ninety degrees apart generate offset light output patterns that are offset from the zero angle position. lenses arrayed in respective positional association with the light sources such that, when the light sources are activated, the light sources and the lenses generate at least a UL 1971 compliant light pattern, wherein, when the light sources are activated, each light source and lens combination provides a 1⁄4 light output share at and around a zero angle position and a 1⁄2 light output share along an axis thereof, such that light source and lens combinations one hundred and eighty degrees apart generate overlapping light output patterns at and around the zero angle position and light source and lens combinations ninety degrees apart generate offset light output patterns that are offset from the zero angle position.
A load carrying system, comprising: a. a load supporting frame comprising three connection points ; and b. three lifts , each lift of the three lifts configured to be controlled independently of the other lifts of the three lifts with respect to vertical positioning of a connection point of the three connection points associated with a specific lift of the three lifts, the three lifts defining six separate triangles defining separate planes configured to brace against surge, sway and yaw with respect to the frame, each lift comprising: i. a controllable winch ; ii. a set of pulleys (11,12; 14,15; 16,17); and iii. a cable (30 - 31,32,33) comprising a first end and a second end operatively attached to the controllable winch, the cable routed over the set of pulleys to a single predetermined connection point of the three connection points, the cable and the load supporting frame defining two separate triangles of the six separate triangles. a. a load supporting frame comprising three connection points ; and b. three lifts , each lift of the three lifts configured to be controlled independently of the other lifts of the three lifts with respect to vertical positioning of a connection point of the three connection points associated with a specific lift of the three lifts, the three lifts defining six separate triangles defining separate planes configured to brace against surge, sway and yaw with respect to the frame, each lift comprising: i. a controllable winch ; ii. a set of pulleys (11,12; 14,15; 16,17); and iii. a cable (30 - 31,32,33) comprising a first end and a second end operatively attached to the controllable winch, the cable routed over the set of pulleys to a single predetermined connection point of the three connection points, the cable and the load supporting frame defining two separate triangles of the six separate triangles. i. a controllable winch ; ii. a set of pulleys (11,12; 14,15; 16,17); and iii. a cable (30 - 31,32,33) comprising a first end and a second end operatively attached to the controllable winch, the cable routed over the set of pulleys to a single predetermined connection point of the three connection points, the cable and the load supporting frame defining two separate triangles of the six separate triangles.
Device for roughening cylinder faces surrounding cylinder bores under the action of liquid by means of a machining unit having a rotating unit , characterized in that a receptacle for the liquid is provided to form a liquid bath, in which a housing having the cylinder bores is positioned during machining, and in that the rotating unit is coupled to a drive unit and is provided with a cavitation rotor which, during operation in the liquid bath, is brought close to a cylinder face , and is provided with an outer contour which causes a cavitation effect due to the rotation on the cylinder face.
A composite material telescopic multi-cylinder hydraulic hoist , comprising: (a) an outer stage cylinder having one end sealed by a base member and an open end, formed of a composite material; (b) at least one additional cylinder disposed within the open end of the said outer stage cylinder such that there is an overlap between said cylinder stages, said at least one additional cylinder stage being formed of a composite material; (c) a hydraulic fluid port in communication with an interior of the cylinder stages; characterised in that said hydraulic hoist further comprises : (d) at least one seal mounted between cylinder stages, whereby forcing hydraulic fluid into said hydraulic fluid port causes said at least one additional cylinder stage to extend relative to said outer stage cylinder ; whereby the composite material cylinders are made by a pultruding process which creates smooth surfaces and the cylinder stages have a modulus of elasticity which allows the cylinder stages to expand under the force of a momentary pressure spike, and upon release of the pressure spike, to retract to their original configuration.. (a) an outer stage cylinder having one end sealed by a base member and an open end, formed of a composite material; (b) at least one additional cylinder disposed within the open end of the said outer stage cylinder such that there is an overlap between said cylinder stages, said at least one additional cylinder stage being formed of a composite material; (c) a hydraulic fluid port in communication with an interior of the cylinder stages; characterised in that said hydraulic hoist further comprises : (d) at least one seal mounted between cylinder stages, whereby forcing hydraulic fluid into said hydraulic fluid port causes said at least one additional cylinder stage to extend relative to said outer stage cylinder ; whereby the composite material cylinders are made by a pultruding process which creates smooth surfaces and the cylinder stages have a modulus of elasticity which allows the cylinder stages to expand under the force of a momentary pressure spike, and upon release of the pressure spike, to retract to their original configuration..
Vehicle comprising at least one energy storage means and driving means configured to use the energy stored in said at least one energy storage means to allow the operation of said vehicle , said vehicle comprising a fire extinguishing system comprising: - at least one hydraulic interface configured to allow the insertion of fire extinguishing fluid into said fire extinguishing system ; - diffuser means configured to spray said fire extinguishing fluid towards the at least one energy storage means ; and - a hydraulic circuit fluidically connecting said at least one hydraulic interface with said diffuser means , wherein said diffuser means comprise at least one nozzle configured to spray said fluid from said hydraulic circuit towards said energy storage means , characterized in that said energy storage means comprises a casing , said casing_ defining an opening configured to house a meltable element , said meltable element being configured to melt when said energy storage means reaches a predetermined threshold temperature, said diffuser means comprising a direct jet nozzle configured to spray said fluid inside said casing through said opening . - at least one hydraulic interface configured to allow the insertion of fire extinguishing fluid into said fire extinguishing system ; - diffuser means configured to spray said fire extinguishing fluid towards the at least one energy storage means ; and - a hydraulic circuit fluidically connecting said at least one hydraulic interface with said diffuser means , wherein said diffuser means comprise at least one nozzle configured to spray said fluid from said hydraulic circuit towards said energy storage means , characterized in that said energy storage means comprises a casing , said casing_ defining an opening configured to house a meltable element , said meltable element being configured to melt when said energy storage means reaches a predetermined threshold temperature, said diffuser means comprising a direct jet nozzle configured to spray said fluid inside said casing through said opening .
An ultrasound probe comprising: a housing having a transducer array accommodation portion and a battery storage portion ; a transducer array accommodated in the transducer array accommodation portion; and a battery stored in the battery storage portion, wherein the housing has an attachable and detachable battery cover that covers the battery storage portion, a nameplate is disposed on an inside or an outside of the battery storage portion with respect to the battery cover in a visible manner, and a waterproof structure for restraining water from entering the nameplate is provided. a housing having a transducer array accommodation portion and a battery storage portion ; a transducer array accommodated in the transducer array accommodation portion; and a battery stored in the battery storage portion, wherein the housing has an attachable and detachable battery cover that covers the battery storage portion, a nameplate is disposed on an inside or an outside of the battery storage portion with respect to the battery cover in a visible manner, and a waterproof structure for restraining water from entering the nameplate is provided.
Coupling member for a sterile flange connection for connecting fluid channels, comprising: - a fluid-contacting surface , - a first opening end and a second opening end of the fluid-contacting surface , - a flange part at the first opening end and/or at the second opening end , - a connection plane , wherein the connection plane is arranged perpendicular to an axial coupling element axis of the coupling member and terminates the respective opening end of the coupling element , - and a foil , wherein the foil closes at least the first opening end of the fluid-contacting surface , wherein the coupling member comprises at least one foil holding element separate from the coupling member with a foil contacting surface to which the foil is peelably connected, characterized in that the at least one foil holding element is formed in the region of the connection plane and the at least one foil holding element is formed in at least one foil holding element recess , wherein the foil contacting surface of the foil holding element terminates with the connection plane , wherein the foil holding element recess is incorporated in the flange part . - a fluid-contacting surface , - a first opening end and a second opening end of the fluid-contacting surface , - a flange part at the first opening end and/or at the second opening end , - a connection plane , wherein the connection plane is arranged perpendicular to an axial coupling element axis of the coupling member and terminates the respective opening end of the coupling element , - and a foil , wherein the foil closes at least the first opening end of the fluid-contacting surface , wherein the coupling member comprises at least one foil holding element separate from the coupling member with a foil contacting surface to which the foil is peelably connected,
A communication element comprising a printed circuit board , two communication connectors and a light emitting element , wherein: - each communication connector comprises a housing having a radiation reflecting portion and an engagement portion configured to engage a communication element , - the communication connectors are fixed to the printed circuit board and are positioned adjacent to each other with the radiation reflecting portions facing each other and defining there between an opening , the printed circuit board having an outer boundary , and wherein the communication connectors extend from within the I outer boundary to outside the outer boundary or wherein the outer boundary is positioned at ends of the communication connectors, the engagement portions of the communication connectors being directed away from a main portion of the communication element, characterized by - the light emitting element being fixed to the printed circuit board and being positioned so as to be able to emit radiation toward at least a portion of one of the radiation reflecting portions and toward the opening, the positions of the light emitting element , the opening and the radiation reflecting portions being so that, when projected on to a straight line, at least part of the i radiation reflecting portions are provided between the light emitting element and the opening. - each communication connector comprises a housing having a radiation reflecting portion and an engagement portion configured to engage a communication element , - the communication connectors are fixed to the printed circuit board and are positioned adjacent to each other with the radiation reflecting portions facing each other and defining there between an opening , the printed circuit board having an outer boundary , and wherein the communication connectors extend from within the I outer boundary to outside the outer boundary or wherein the outer boundary is positioned at ends of the communication connectors, the engagement portions of the communication connectors being directed away from a main portion of the communication element, characterized by - the light emitting element being fixed to the printed circuit board and being positioned so as to be able to emit radiation toward at least a portion of one of the radiation reflecting portions and toward the opening, the positions of the light emitting element , the opening and the radiation reflecting portions being so that, when projected on to a straight line, at least part of the i radiation reflecting portions are provided between the light emitting element and the opening.
A speaker for locating in a vehicle exhaust system, the speaker including a basket housing a voice coil and a spider and including a diaphragm , the diaphragm being affixed to the basket by a speaker surround , characterised in that the speaker surround is formed from a rubber compounded using a polyacrylate polymer and wherein the speaker surround is integral with a coating that covers at least one surface of the diaphragm .
A method of forming a cooling hole structure on a turbine component, the method comprising: forming a recess in a component wall of the turbine component, the component wall having an inner surface and an outer surface , and a bore passing through the component wall which fluidly connects the inner surface and the outer surface, wherein the recess fluidly communicates with the bore and the outer surface; and using an additive manufacturing process to form an exit region in the recess , the additive manufacturing process comprising depositing a plurality of layers of metal powder and fusing the metal powder using a directed energy source, characterised by the exit region comprising fused metal powder that partially fills the recess such that there is a cooling hole through the fused metal powder, wherein the cooling hole fluidly communicates with the bore and the outer surface, and wherein the cooling hole is defined by an inner surface of the fused metal powder. forming a recess in a component wall of the turbine component, the component wall having an inner surface and an outer surface , and a bore passing through the component wall which fluidly connects the inner surface and the outer surface, wherein the recess fluidly communicates with the bore and the outer surface; and using an additive manufacturing process to form an exit region in the recess , the additive manufacturing process comprising depositing a plurality of layers of metal powder and fusing the metal powder using a directed energy source,
A method for providing alternative communication paths between first and second Ethernet switches, for use with third and fourth Ethernet switches connected between the first and second Ethernet switches as part of a Layer-2 network, the method comprising: transmitting, by the first Ethernet switch to the second Ethernet switch, non-overlapping first and second groups of the Ethernet frames having a destination address of the second Ethernet switch, characterized in that the method is further for use with first and second alternative and different communication paths that are Layer-2 communication paths, and the method further comprising: applying a hashing function to values in a header field of the Ethernet frames; assigning Ethernet frames to the first and second groups based on the respective results of the hashing function; carrying the first group of the Ethernet frames only over the first communication path from the first Ethernet switch to the second Ethernet switch via the third Ethernet switch; and carrying the second group of the Ethernet frames only over the second communication path from the first Ethernet switch to the second Ethernet switch via the fourth Ethernet switch. transmitting, by the first Ethernet switch to the second Ethernet switch, non-overlapping first and second groups of the Ethernet frames having a destination address of the second Ethernet switch, characterized in that the method is further for use with first and second alternative and different communication paths that are Layer-2 communication paths, and the method further comprising: applying a hashing function to values in a header field of the Ethernet frames; assigning Ethernet frames to the first and second groups based on the respective results of the hashing function; carrying the first group of the Ethernet frames only over the first communication path from the first Ethernet switch to the second Ethernet switch via the third Ethernet switch; and carrying the second group of the Ethernet frames only over the second communication path from the first Ethernet switch to the second Ethernet switch via the fourth Ethernet switch. applying a hashing function to values in a header field of the Ethernet frames; assigning Ethernet frames to the first and second groups based on the respective results of the hashing function; carrying the first group of the Ethernet frames only over the first communication path from the first Ethernet switch to the second Ethernet switch via the third Ethernet switch; and carrying the second group of the Ethernet frames only over the second communication path from the first Ethernet switch to the second Ethernet switch via the fourth Ethernet switch.
A method, the method comprising: receiving an input 2D image of a subject's teeth comprising a wide angle occlusal view of the subject's upper and/or lower jaw at a current treatment stage; determining virtual camera parameters corresponding to the input 2D image; receiving a 3D model of the subject's upper and/or lower jaw at a planned treatment stage; generating a rendered 2D image of the subject's teeth from the 3D model with the virtual camera parameters; determining differences between the subject's teeth from the input 2D image and the rendered 2D image; and outputting a difference indicator indicating the difference between the subject's current teeth and the planned treatment stage based on the difference between the subject's teeth from the input 2D image and the rendered 2D image. receiving an input 2D image of a subject's teeth comprising a wide angle occlusal view of the subject's upper and/or lower jaw at a current treatment stage; determining virtual camera parameters corresponding to the input 2D image; receiving a 3D model of the subject's upper and/or lower jaw at a planned treatment stage; generating a rendered 2D image of the subject's teeth from the 3D model with the virtual camera parameters; determining differences between the subject's teeth from the input 2D image and the rendered 2D image; and outputting a difference indicator indicating the difference between the subject's current teeth and the planned treatment stage based on the difference between the subject's teeth from the input 2D image and the rendered 2D image.
A dental bleaching composition comprising a dental bleaching agent, a binder, tartrate, and a solvent; wherein the dental bleaching agent comprises peroxide, hypochlorite, percarbonate, peroxyacid, or a combination thereof; wherein the binder comprises a polymer, the polymer having a number averaged molecular weight of 500,000 to 4,000,000; wherein the tartrate comprises monosodium tartrate, disodium tartrate, sodium ammonium tartrate, monopotassium tartrate, dipotassium tartrate, potassium sodium tartrate, calcium tartrate, or a combination thereof; wherein the solvent comprises water, ethanol, or a combination thereof; wherein the dental bleaching composition comprises 100 parts by weight of the dental bleaching agent, 30 to 1,700 parts by weight of the binder, 0.3 to 350 parts by weight of the tartrate, and 300 to 3,200 parts by weight of the solvent; wherein the dental bleaching composition further comprises a metal component, wherein the metal component is derived from a metal salt; wherein the metal salt comprises iron salt, copper salt, or a combination thereof; wherein the concentration of the metal ions of metal salt within the dental bleaching agent composition ranges from 0.05 mM to 1 mM; and wherein said tartrate acts as a chelating agent that forms coordinate bonds to the metal ions to make a chemically stable chelate complex.