mhurhangee/ep-ind-claims huggingface dataset:
A cooling device comprising: a substrate assembly comprising: a ceramic layer comprising a first outer planar surface and a second inner planar surface parallel to the first planar surface; a metal layer bonded to the first planar surface; a channel layer bonded to the second planar surface; and a manifold layer bonded to a surface of the channel layer opposite the second planar surface, the ceramic, metal, channel, and manifold layers configured together as a single unitary substrate; and a separate plenum housing that is separate and bonded to the substrate assembly and configured to provide manifold layer inlet and outlet ports,, wherein the plenum housing comprises a castable metal or machinable ceramic, or machinable glass-ceramic structure. a ceramic layer comprising a first outer planar surface and a second inner planar surface parallel to the first planar surface; a metal layer bonded to the first planar surface; a channel layer bonded to the second planar surface; and a manifold layer bonded to a surface of the channel layer opposite the second planar surface, the ceramic, metal, channel, and manifold layers configured together as a single unitary substrate; and a separate plenum housing that is separate and bonded to the substrate assembly and configured to provide manifold layer inlet and outlet ports,, wherein the plenum housing comprises a castable metal or machinable ceramic, or machinable glass-ceramic structure.
A method of controlling a first electronic device having a display, the method comprising: in a time mode, controlling analog watch hands (206, 208) disposed over the display to display a time on a watch dial that includes the display; in response to receipt of an input to enter a display mode: rotating the watch hands (206, 208) to new locations relative to the display such that display of the time utilizing the watch hands (206, 208) is discontinued and the display is segmented by the watch hands into segments (610, 612, 614, 616); and displaying information on the display, wherein rotating the watch hands (206, 208) comprises rotating the hands (206, 208) to the new locations to avoid obscuring the information on the display, and wherein each segment (610, 612, 614, 616) is utilized to display information from a different application or a different function of the same application. in a time mode, controlling analog watch hands (206, 208) disposed over the display to display a time on a watch dial that includes the display; in response to receipt of an input to enter a display mode: rotating the watch hands (206, 208) to new locations relative to the display such that display of the time utilizing the watch hands (206, 208) is discontinued and the display is segmented by the watch hands into segments (610, 612, 614, 616); and displaying information on the display, wherein rotating the watch hands (206, 208) comprises rotating the hands (206, 208) to the new locations to avoid obscuring the information on the display, and wherein each segment (610, 612, 614, 616) is utilized to display information from a different application or a different function of the same application. rotating the watch hands (206, 208) to new locations relative to the display such that display of the time utilizing the watch hands (206, 208) is discontinued and the display is segmented by the watch hands into segments (610, 612, 614, 616); and displaying information on the display, wherein rotating the watch hands (206, 208) comprises rotating the hands (206, 208) to the new locations to avoid obscuring the information on the display, and wherein each segment (610, 612, 614, 616) is utilized to display information from a different application or a different function of the same application.
A method used in a gateway for processing interactions between devices, comprising: obtaining an interaction triggering message sent from a first device connected to the gateway and comprising an identification of the first device; searching for an interaction execution message of a second device corresponding to the interaction triggering message from an interaction binding message pre-stored, according to the identification of the first device only, wherein the second device is connected to the gateway and the interaction binding message comprises the identification of the first device, an identification of the second device, and the interaction execution message of the second device corresponding to the interaction triggering message; sending the interaction execution message to the second device, in which the second device is configured to operate according to the interaction execution message, whereby when the interaction triggering message is obtained from the first device the second device executes the interaction execution message automatically. obtaining an interaction triggering message sent from a first device connected to the gateway and comprising an identification of the first device; searching for an interaction execution message of a second device corresponding to the interaction triggering message from an interaction binding message pre-stored, according to the identification of the first device only, wherein the second device is connected to the gateway and the interaction binding message comprises the identification of the first device, an identification of the second device, and the interaction execution message of the second device corresponding to the interaction triggering message; sending the interaction execution message to the second device, in which the second device is configured to operate according to the interaction execution message, whereby when the interaction triggering message is obtained from the first device the second device executes the interaction execution message automatically.
An apparatus for directing a laser beam to a dental treatment area, the apparatus comprising: a laser source adapted to generate a laser beam; a hand piece comprising an optical subsystem including a turning mirror for directing a laser beam to a treatment area via an exit orifice of the hand piece downstream of the turning mirror; and a fluid supply subsystem for creating a pressurized fluid flow within the hand piece, so as to mitigate contamination of the turning mirror, the fluid supply subsystem comprising: a first nozzle forming an outlet aperture for directing fluid at least one of (i) directed out of a nozzle within the hand piece directly toward a surface of the turning mirror and (ii) directed out of a nozzle within the hand piece transversely across the surface of the turning mirror; and a second nozzle forming an outlet aperture for directing fluid to the treatment area, wherein the first nozzle outlet terminates upstream of the exit orifice and the second nozzle outlet terminates at least at the exit orifice. a laser source adapted to generate a laser beam; a hand piece comprising an optical subsystem including a turning mirror for directing a laser beam to a treatment area via an exit orifice of the hand piece downstream of the turning mirror; and a fluid supply subsystem for creating a pressurized fluid flow within the hand piece, so as to mitigate contamination of the turning mirror, the fluid supply subsystem comprising: a first nozzle forming an outlet aperture for directing fluid at least one of (i) directed out of a nozzle within the hand piece directly toward a surface of the turning mirror and (ii) directed out of a nozzle within the hand piece transversely across the surface of the turning mirror; and a second nozzle forming an outlet aperture for directing fluid to the treatment area, wherein the first nozzle outlet terminates upstream of the exit orifice and the second nozzle outlet terminates at least at the exit orifice. a first nozzle forming an outlet aperture for directing fluid at least one of (i) directed out of a nozzle within the hand piece directly toward a surface of the turning mirror and (ii) directed out of a nozzle within the hand piece transversely across the surface of the turning mirror; and a second nozzle forming an outlet aperture for directing fluid to the treatment area, wherein the first nozzle outlet terminates upstream of the exit orifice and the second nozzle outlet terminates at least at the exit orifice.
A double-swirl mixing device, comprising: a mixing tube configured to mix exhaust gas with urea; a tapered mixer, comprising a tapered tube having an outlet end extending into the mixing tube, and a plurality of tapered swirl plates which are arranged along a circumferential direction on a side wall of the tapered tube, and a diameter of an inlet end of the tapered tube being smaller than a diameter of the outlet end of the tapered tube; characterized in that a fan-type blade is arranged at the outlet end of the tapered tube; and the number of the fan-type blade is plural and the plurality of fan-type blades are evenly distributed around a center line of the mixing tube; and angles, lengths and the number of the tapered swirl plates and blades of the fan-type blades are adjustable to realize reasonable distribution of airflow. a mixing tube configured to mix exhaust gas with urea; a tapered mixer, comprising a tapered tube having an outlet end extending into the mixing tube, and a plurality of tapered swirl plates which are arranged along a circumferential direction on a side wall of the tapered tube, and a diameter of an inlet end of the tapered tube being smaller than a diameter of the outlet end of the tapered tube; characterized in that a fan-type blade is arranged at the outlet end of the tapered tube; and the number of the fan-type blade is plural and the plurality of fan-type blades are evenly distributed around a center line of the mixing tube; and angles, lengths and the number of the tapered swirl plates and blades of the fan-type blades are adjustable to realize reasonable distribution of airflow.
A current sensor, comprising: a die comprising at least two magnetic field sensing elements; and a curved component at least partial wrapped around one of the at least two magnetic field sensing elements and attached to the die, the curved component having a first end and a second end and configured to receive current at one of the first end or the second end; wherein the current sensor further comprises secondary leads (304a-304f), at least some of the secondary leads (304a-304f) attached to the die, at least one of the secondary leads (304a-304f) comprising a first recessed portion, wherein the curved component has two primary leads (302a, 302b), each primary lead (302a, 302b) located at a respective end of the curved component, the curved component comprising a second recessed portion, and characterized in that at least one of the first recessed portion or the second recessed portion forms a locking mechanism. a die comprising at least two magnetic field sensing elements; and a curved component at least partial wrapped around one of the at least two magnetic field sensing elements and attached to the die, the curved component having a first end and a second end and configured to receive current at one of the first end or the second end; wherein the current sensor further comprises secondary leads (304a-304f), at least some of the secondary leads (304a-304f) attached to the die, at least one of the secondary leads (304a-304f) comprising a first recessed portion, wherein the curved component has two primary leads (302a, 302b), each primary lead (302a, 302b) located at a respective end of the curved component, the curved component comprising a second recessed portion, and characterized in that at least one of the first recessed portion or the second recessed portion forms a locking mechanism.
A method of forming a microwaveable composition comprising the steps of: a) preparing a batter component comprising the steps of: • forming a first pre-mix comprising from 5 wt % to 15 wt % of vegetable shortening and from 5 wt % to 25 wt % of castor sugar, by weight of the batter component, adding the first pre-mix to a mixer and mixing, • forming a second pre-mix comprising from 10 wt % to 45 wt % of flour, and from 0.2 wt % to 1.0 wt % of an encapsulated leavening agent, by weight of the batter component, adding the second pre-mix to the mixer and mixing, • forming a third pre-mix comprising from 1 wt % to 5 wt % invert sugar, and from 0.01 wt % to 2 wt % flavourants, by weight of the batter component, adding the third pre-mix to the mixture, and mixing, • adding from 10 wt % to 20 wt % whole egg, by weight of the batter component, to the mixer and mixing, • adding from 10 wt % to 35 wt % of water, by weight of the batter component, to the mixer and mixing, • further mixing to form the batter component, b) adding a paste component to a microwaveable container, c) adding the batter component to the microwaveable container, and d) freezing the composition. a) preparing a batter component comprising the steps of: • forming a first pre-mix comprising from 5 wt % to 15 wt % of vegetable shortening and from 5 wt % to 25 wt % of castor sugar, by weight of the batter component, adding the first pre-mix to a mixer and mixing, • forming a second pre-mix comprising from 10 wt % to 45 wt % of flour, and from 0.2 wt % to 1.0 wt % of an encapsulated leavening agent, by weight of the batter component, adding the second pre-mix to the mixer and mixing, • forming a third pre-mix comprising from 1 wt % to 5 wt % invert sugar, and from 0.01 wt % to 2 wt % flavourants, by weight of the batter component, adding the third pre-mix to the mixture, and mixing, • adding from 10 wt % to 20 wt % whole egg, by weight of the batter component, to the mixer and mixing, • adding from 10 wt % to 35 wt % of water, by weight of the batter component, to the mixer and mixing, • further mixing to form the batter component, • forming a first pre-mix comprising from 5 wt % to 15 wt % of vegetable shortening and from 5 wt % to 25 wt % of castor sugar, by weight of the batter component, adding the first pre-mix to a mixer and mixing, • forming a second pre-mix comprising from 10 wt % to 45 wt % of flour, and from 0.2 wt % to 1.0 wt % of an encapsulated leavening agent, by weight of the batter component, adding the second pre-mix to the mixer and mixing, • forming a third pre-mix comprising from 1 wt % to 5 wt % invert sugar, and from 0.01 wt % to 2 wt % flavourants, by weight of the batter component, adding the third pre-mix to the mixture, and mixing, • adding from 10 wt % to 20 wt % whole egg, by weight of the batter component, to the mixer and mixing, • adding from 10 wt % to 35 wt % of water, by weight of the batter component, to the mixer and mixing, • further mixing to form the batter component, b) adding a paste component to a microwaveable container, c) adding the batter component to the microwaveable container, and d) freezing the composition.
Combination of: - an electromagnetic switch, such as a vacuum interrupter, comprising: + at least an electromagnetic opening coil for moving the switch to an open state; + a first power supply, preferably a capacitor, for driving the opening coil; and + a control switch for controlling the power of the first power supply to the electromagnetic opening coil; - a controller having an open command input for receiving an opening command, an open output for controlling the control switch of the electromagnetic switch and a power supply input; - an external power supply connected at least to the first power supply of the electromagnetic switch and to the power supply input of the controller, characterized by an opening control switch (25, 26) having an input terminal and an output terminal, wherein the input terminal is connected to the first power supply of the electromagnetic switch and wherein the output terminal is connected to the open command input and to the power supply input of the controller. - an electromagnetic switch, such as a vacuum interrupter, comprising: + at least an electromagnetic opening coil for moving the switch to an open state; + a first power supply, preferably a capacitor, for driving the opening coil; and + a control switch for controlling the power of the first power supply to the electromagnetic opening coil; + at least an electromagnetic opening coil for moving the switch to an open state; + a first power supply, preferably a capacitor, for driving the opening coil; and + a control switch for controlling the power of the first power supply to the electromagnetic opening coil; - a controller having an open command input for receiving an opening command, an open output for controlling the control switch of the electromagnetic switch and a power supply input; - an external power supply connected at least to the first power supply of the electromagnetic switch and to the power supply input of the controller, characterized by an opening control switch (25, 26) having an input terminal and an output terminal, wherein the input terminal is connected to the first power supply of the electromagnetic switch and wherein the output terminal is connected to the open command input and to the power supply input of the controller.
Gun having a barrel, which is mounted in a weapon mount or cradle, and a barrel support and having at least one additional device which is arranged in the region of the muzzle of the barrel, in particular a measuring and/or programming device, characterized in that an extension element which reaches as far as in front of the muzzle of the barrel and supports the additional device which lies in front of the muzzle is arranged at the front end of the barrel support, and in that supporting elements are arranged on the barrel support, the spacing of which supporting elements from the outer wall of the barrel is dimensioned in such a way that an unimpeded recoil of the barrel is ensured.
A method of making a mineral wool based ceiling tile comprising mixing a quantity of mineral wool and binder in proportions where the quantity of mineral wool on a weight basis is substantially greater than the quantity of binder and to a degree where the binder is generally uniformly distributed over the mineral wool, and forming a mat from the mineral wool and binder in the uniformly mixed condition, curing the binder so as to rigidify the mineral wool in a manner that the resulting mass of material is relatively porous, characterised by and forming a zone of enhanced binder content at one side of the mat where the binder content per unit thickness is substantially greater than the binder content per unit thickness throughout the majority of the thickness of the mat, wherein approximately 1/5 to 1/4 of the total binder content is at said side of the mat in the binder enhancement zone whereby the hardness of the mat at the surface of said enhanced binder zone is greater than that which would be produced at a mat surface formed by the binder content existing through the majority of the thickness of the mat.
Vacuum cleaner comprising a casing and a motor fan intended to create a vacuum in a suction tube of which the end is provided with a suction nozzle, with the casing comprising a control unit that can operate the motor fan according to at least two modes, characterised in that the vacuum cleaner comprises a means for detecting (16, 26) the presence of the suction nozzle, in that the control unit activates a first operating mode when the suction nozzle is detected and a second operating mode when the suction nozzle is not detected, and in that the means for detecting (16, 26) the presence of the suction nozzle comprises a wireless device for detecting an identification beacon arranged on the suction nozzle.
A compound according to Structure 1: wherein m is 0, 1, or 2 and R is H, a C1 to C5 alkyl group, vinyl, CF 3, CH 2 CH 2 F, CH 2 CHF 2, or CH 2 CF 3, wherein the following compounds are excluded from the scope of Structure 1:
A computer controlled apparatus adapted and programmed to scan a focal point of a laser source during ophthalmic surgery the apparatus being programmed: to cause the focal point to be scanned across an area in a predetermined scan pattern, the scan pattern having a plurality of substantially linear segments extending along a first direction and off-set along a second direction orthogonal to the first direction; and to simultaneously cause an oscillatory motion to be introduced into the scan pattern along the second direction such that the oscillatory motion defines oscillations along each substantially linear segment. to cause the focal point to be scanned across an area in a predetermined scan pattern, the scan pattern having a plurality of substantially linear segments extending along a first direction and off-set along a second direction orthogonal to the first direction; and to simultaneously cause an oscillatory motion to be introduced into the scan pattern along the second direction such that the oscillatory motion defines oscillations along each substantially linear segment.
Thermoplastic moulding compound consisting of: 21-81.9 wt.% thermoplastic material, consisting of 55-100 wt.% polyamide, containing at least 50 wt.% partly aromatic, partly crystalline polyamide; 0-45 wt.% non-polyamide based thermoplastic material (A2_1), an impact modifier (A2_2) different therefrom, or mixtures thereof, wherein and add up to 100 wt.% component; 10-70 wt.% glass fibres; 0.1-10 wt.% LDS additive or a mixture of LDS additives; 8-18 wt.% halogen-free flame retardant; 0-40 wt.% particulate filler, different from; 0-2 wt.% other further additives; wherein the sum of - makes up 100 wt.%. 21-81.9 wt.% thermoplastic material, consisting of 55-100 wt.% polyamide, containing at least 50 wt.% partly aromatic, partly crystalline polyamide; 0-45 wt.% non-polyamide based thermoplastic material (A2_1), an impact modifier (A2_2) different therefrom, or mixtures thereof, wherein and add up to 100 wt.% component; 55-100 wt.% polyamide, containing at least 50 wt.% partly aromatic, partly crystalline polyamide; 0-45 wt.% non-polyamide based thermoplastic material (A2_1), an impact modifier (A2_2) different therefrom, or mixtures thereof, 10-70 wt.% glass fibres; 0.1-10 wt.% LDS additive or a mixture of LDS additives; 8-18 wt.% halogen-free flame retardant; 0-40 wt.% particulate filler, different from; 0-2 wt.% other further additives;
A brake system, comprising a brake disc, characterised in that the brake system comprises at least one flexible portion (15, 16) which is configured for compensating and/or absorbing expansion of the brake disc.