mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit package, comprising: a lead frame; a die affixed to a first surface of a die paddle of the lead frame, wherein the die is wire bonded to leads of the lead frame; a heat sink spaced apart from a second surface of the die paddle, the second surface opposing the first surface; and a molding compound encapsulating the lead frame and the die, wherein a part of the molding compound is disposed between the heat sink and the second surface of the die paddle; wherein the lead frame has a plurality of protrusions extending from the second surface of the die paddle and the plurality of protrusions space the heat sink apart from a second surface of the die paddle; characterized in that the plurality of protrusions extend from the second surface of the die paddle along an outer periphery of the die paddle; and the heat sink includes a plurality of protrusions extending from a surface of the heat sink opposing the second surface of the die paddle. a lead frame; a die affixed to a first surface of a die paddle of the lead frame, wherein the die is wire bonded to leads of the lead frame; a heat sink spaced apart from a second surface of the die paddle, the second surface opposing the first surface; and a molding compound encapsulating the lead frame and the die, wherein a part of the molding compound is disposed between the heat sink and the second surface of the die paddle; wherein the lead frame has a plurality of protrusions extending from the second surface of the die paddle and the plurality of protrusions space the heat sink apart from a second surface of the die paddle; characterized in that the plurality of protrusions extend from the second surface of the die paddle along an outer periphery of the die paddle; and the heat sink includes a plurality of protrusions extending from a surface of the heat sink opposing the second surface of the die paddle.
A method for sending and receiving virtual shouts to alert a user, further referred as shout messages, between a sending terminal and at least one receiving terminal without previous contact, wherein said method comprising the steps of: - detecting receiving terminals (31, 32) in a near area of said sending terminal; - presenting said detected receiving terminals (31, 32) on a display on said sending terminal; - selecting at least one of said receiving terminals (31, 32); - sending a shout message together with identification data of said sending terminal to said at least one selected receiving terminal; - receiving said shout message and identification data of said sending terminal in said at least one selected receiving terminal (31, 32); and - alerting a user of said receiving terminal indicating said received shout message. - detecting receiving terminals (31, 32) in a near area of said sending terminal; - presenting said detected receiving terminals (31, 32) on a display on said sending terminal; - selecting at least one of said receiving terminals (31, 32); - sending a shout message together with identification data of said sending terminal to said at least one selected receiving terminal; - receiving said shout message and identification data of said sending terminal in said at least one selected receiving terminal (31, 32); and - alerting a user of said receiving terminal indicating said received shout message.
A catalyst system comprising: a) one or more sodium phosphotungstate-containing species; and b) one or more catalytic species suitable for hydrogenation, wherein the one or more catalytic species suitable for hydrogenation are solid, unsupported species selected from one or more transition metals from Groups 8, 9 or 10 of the Periodic Table, and compounds thereof. a) one or more sodium phosphotungstate-containing species; and b) one or more catalytic species suitable for hydrogenation, wherein the one or more catalytic species suitable for hydrogenation are solid, unsupported species selected from one or more transition metals from Groups 8, 9 or 10 of the Periodic Table, and compounds thereof.
Aircraft fuselage structure with frames running in the circumferential direction, stringers running in the longitudinal direction and a skin which is arranged thereon and outwardly seals the aircraft fuselage in a compression-proof manner, wherein the aircraft fuselage structure contains prefabricated integral units which each run in the circumferential direction of a fuselage segment and in which the frame of a fuselage segment and connecting elements (18, 1 9) for connection to skin elements comprising stringers and skin are formed; wherein the integral units are each prefabricated in one piece; wherein the integral units contain a hold cross member and/or a hatrack cross member and/or a main deck cross member, the cross member (12, 13, 14) being formed as an integral component of the integral unit; and wherein each of the integral units is produced from fibre-reinforced plastic in one operation. wherein the aircraft fuselage structure contains prefabricated integral units which each run in the circumferential direction of a fuselage segment and in which the frame of a fuselage segment and connecting elements (18, 1 9) for connection to skin elements comprising stringers and skin are formed; wherein the integral units are each prefabricated in one piece; wherein the integral units contain a hold cross member and/or a hatrack cross member and/or a main deck cross member, the cross member (12, 13, 14) being formed as an integral component of the integral unit; and wherein each of the integral units is produced from fibre-reinforced plastic in one operation.
A method for determining an optical flow resulting from an ego-motion of a vehicle by processing a sequence of images, comprising the steps of: - obtaining, from an optical sensor, at least two images of the sequence of images, - determining an image warping function that at least partially compensates a distortion in at least one of the images, - applying the determined warping function to the at least one image, at least partially compensating the distortion by modifying the image, - calculating and outputting the optical flow as a displacement vector field from the modified image and another image of the at least two images, and characterized in that the optical flow is corrected by subtracting shifts introduced due to the warping function application. - obtaining, from an optical sensor, at least two images of the sequence of images, - determining an image warping function that at least partially compensates a distortion in at least one of the images, - applying the determined warping function to the at least one image, at least partially compensating the distortion by modifying the image, - calculating and outputting the optical flow as a displacement vector field from the modified image and another image of the at least two images, and
An apparatus comprising: a power converter, and a controller to provide compatibility between a lamp and a trailing edge dimmer, characterized in that the controller comprises: a predictor means to predict an estimated occurrence of a high resistance state of the trailing edge dimmer, wherein the high resistance state occurs when the trailing edge dimmer begins phase cutting an alternating current voltage signal; a current control module connected to the power converter and which is configured to: operate in a first mode in which it increases a current (i R) transferred through the trailing edge dimmer to the power converter based on the estimated predicted occurrence of the high resistance state of the trailing edge dimmer in such a way the increasing of the current (i R) accelerates a transition of the AC voltage from the trailing edge to a predetermined voltage threshold. a power converter, and a controller to provide compatibility between a lamp and a trailing edge dimmer, characterized in that the controller comprises: a predictor means to predict an estimated occurrence of a high resistance state of the trailing edge dimmer, wherein the high resistance state occurs when the trailing edge dimmer begins phase cutting an alternating current voltage signal; a current control module connected to the power converter and which is configured to: operate in a first mode in which it increases a current (i R) transferred through the trailing edge dimmer to the power converter based on the estimated predicted occurrence of the high resistance state of the trailing edge dimmer in such a way the increasing of the current (i R) accelerates a transition of the AC voltage from the trailing edge to a predetermined voltage threshold. a predictor means to predict an estimated occurrence of a high resistance state of the trailing edge dimmer, wherein the high resistance state occurs when the trailing edge dimmer begins phase cutting an alternating current voltage signal; a current control module connected to the power converter and which is configured to: operate in a first mode in which it increases a current (i R) transferred through the trailing edge dimmer to the power converter based on the estimated predicted occurrence of the high resistance state of the trailing edge dimmer in such a way the increasing of the current (i R) accelerates a transition of the AC voltage from the trailing edge to a predetermined voltage threshold.
Rotary switch for electrical appliances or the like, which comprises a rotating control shaft rotatably mounted on a frame, said rotating control shaft being provided with a plurality of cam disks, respectively, associated to a plurality of current breaking devices, each current breaking device being faced to a cam disk and housed in a base pertaining to the frame, and being linearly displaceable within the base between a connected position and a disconnected position of a pair of electrical connecting strips integrally joined to the frame, so that each cam disk, depending on the rotational position of the rotating control shaft, is able to connect or disconnect said current breaking device, and comprising a positioning device of said rotating control shaft that is able to define a series of preset radial positions associated with different functions of the switch, characterised in that each current breaking device comprises a mobile bridge assembly provided with a plastic support mounted on elastic means and a metal bridge coupled on said plastic support, said metal bridge being able to maintain direct contact with the respective strips by means of the release force of the elastic means in the connected position, and to move away from said strips when the mobile bridge assembly is pushed by the cam disk, compressing said elastic means in the disconnected position.
System consisting of a first individually moveable cleaning trolley and a second individually moveable cleaning trolley with: - a coupling device for connecting the first cleaning trolley with the second cleaning trolley; wherein the coupling device comprises - a first locking element arranged at a first height and a second locking element arranged at a second height on one side of the first or second cleaning trolley; and - a first locking device arranged at the first height as well as a second locking device arranged at the second height on one side of the other cleaning trolley; wherein - the first locking device is coupled functionally with the second locking device, and the first and second locking device (52, 58) are preloaded in a locking position and can be moved manually by a user into a release position; characterised in that the coupling device further comprises: - at least one depression (22, 28) on one side of the first cleaning trolley; and - at least one centring element (48, 50) on one side of the second cleaning trolley which can engage in a form-locking manner in each of the at least one depressions (22, 28). - a coupling device for connecting the first cleaning trolley with the second cleaning trolley; wherein the coupling device comprises - a first locking element arranged at a first height and a second locking element arranged at a second height on one side of the first or second cleaning trolley; and - a first locking device arranged at the first height as well as a second locking device arranged at the second height on one side of the other cleaning trolley; wherein - the first locking device is coupled functionally with the second locking device, and the first and second locking device (52, 58) are preloaded in a locking position and can be moved manually by a user into a release position; - at least one depression (22, 28) on one side of the first cleaning trolley; and - at least one centring element (48, 50) on one side of the second cleaning trolley which can engage in a form-locking manner in each of the at least one depressions (22, 28).
A metering device for metering bulk material from a container with - a delivery channel with an inlet and a metering outlet and - a pressure compensation means disposed in the delivery channel between the inlet and the metering outlet and actuated by a pressure difference between the delivery channel and the surroundings. - a delivery channel with an inlet and a metering outlet and - a pressure compensation means disposed in the delivery channel between the inlet and the metering outlet and actuated by a pressure difference between the delivery channel and the surroundings.
An apparatus for storing a first solution and spraying the first solution onto a region of the human body, comprising: a toilet seat assembly having a seat cover and a bidet seat; wherein the bidet seat comprises a seat body, a seat base, a bidet assembly housed within a bidet housing, a bidet spray cover, and a bidet housing cover; wherein the bidet housing cover is positioned at a surface of the bidet housing; wherein the bidet spray cover is capable of being in an open position and a closed position and adapted to cover the bidet assembly housed within the bidet housing; wherein the bidet assembly comprises a removable spray canister device adapted to store the first solution and to be inserted in as well as to be taken out of the bidet housing cover, and a spray nozzle assembly; wherein the spray nozzle assembly comprises a spray nozzle housing adapted to house one or more spray nozzle units comprising one or more spray nozzle wands that are retractable, and a first driving motor being connected to the one or more spray nozzle wands and adapted for moving the one or more spray nozzle wands in retracting-and-extending motion, characterized in that the one or more spray nozzle wands are adapted to deliver a second solution to the region of the human body. a toilet seat assembly having a seat cover and a bidet seat; wherein the bidet seat comprises a seat body, a seat base, a bidet assembly housed within a bidet housing, a bidet spray cover, and a bidet housing cover; wherein the bidet housing cover is positioned at a surface of the bidet housing; wherein the bidet spray cover is capable of being in an open position and a closed position and adapted to cover the bidet assembly housed within the bidet housing; wherein the bidet assembly comprises a removable spray canister device adapted to store the first solution and to be inserted in as well as to be taken out of the bidet housing cover, and a spray nozzle assembly; wherein the spray nozzle assembly comprises a spray nozzle housing adapted to house one or more spray nozzle units comprising one or more spray nozzle wands that are retractable, and a first driving motor being connected to the one or more spray nozzle wands and adapted for moving the one or more spray nozzle wands in retracting-and-extending motion, characterized in that the one or more spray nozzle wands are adapted to deliver a second solution to the region of the human body.
A method for producing an adhesive layer composition for producing a cooling sheet including a backing layer, an adhesive layer, and a liner layer, the method comprising the step of: mixing a composition to be mixed containing water, an alum, sodium edetate, a polyacrylic acid, and a neutralized polyacrylic acid such that a mixing temperature becomes 5 to 23°C, to obtain an adhesive layer composition, wherein in the composition to be mixed, a content of the water is 69 to 98.24% by mass relative to a total mass of the composition to be mixed, a content of the alum is 0.18 to 0.42% by mass relative to the total mass of the composition to be mixed, a content of the sodium edetate is 0.08 to 0.18% by mass relative to the total mass of the composition to be mixed, and a mass ratio between the content of the alum and the content of the sodium edetate (the content of the alum:the content of the sodium edetate) is 1:1 to 5.25:1. mixing a composition to be mixed containing water, an alum, sodium edetate, a polyacrylic acid, and a neutralized polyacrylic acid such that a mixing temperature becomes 5 to 23°C, to obtain an adhesive layer composition, wherein in the composition to be mixed, a content of the water is 69 to 98.24% by mass relative to a total mass of the composition to be mixed, a content of the alum is 0.18 to 0.42% by mass relative to the total mass of the composition to be mixed, a content of the sodium edetate is 0.08 to 0.18% by mass relative to the total mass of the composition to be mixed, and a mass ratio between the content of the alum and the content of the sodium edetate (the content of the alum:the content of the sodium edetate) is 1:1 to 5.25:1.
A flexible tip dilator made of at least a first material and a second material, the flexible tip dilator comprising: a hollow elongated tubular member comprising a proximal region and a tapered distal region, the tapered distal region comprising a first region, a second region distal to the first region, and a third region distal to the second region, wherein: the first region of the tapered distal region is made of at least the first material but not the second material, the second region of the tapered distal region comprises the first material and the second material overlapping one another, the second material being different from and more flexible relative to the first material, and the third region of the tapered distal region is made of at least the second material but not the first material. the first region of the tapered distal region is made of at least the first material but not the second material, the second region of the tapered distal region comprises the first material and the second material overlapping one another, the second material being different from and more flexible relative to the first material, and the third region of the tapered distal region is made of at least the second material but not the first material.
A method (1100, 1200) comprising: obtaining, by processor circuitry of a Smart Network Interface Card, SmartNIC, instructions for execution at a smart network interface card coupled to a host central processing unit; decoding, by said processor circuitry, the instructions for interpreted mode execution; executing, by said processor circuitry, the decoded instructions; determining, by said processor circuitry, an execution frequency; and when the execution frequency meets a threshold: providing, by said processor circuitry, an alert to the host central processing unit, CPU; reoptimizing, by the host CPU, in response to the alert, the instructions into native code; changing, by the host CPU, an underlying data layout of the instructions, and encoding these changes into a datamap; signing, by the host CPU, the optimized code and datamap; and sending, by the host CPU, the signed, optimized code and the datamap to the SmartNIC through shared memory. obtaining, by processor circuitry of a Smart Network Interface Card, SmartNIC, instructions for execution at a smart network interface card coupled to a host central processing unit; decoding, by said processor circuitry, the instructions for interpreted mode execution; executing, by said processor circuitry, the decoded instructions; determining, by said processor circuitry, an execution frequency; and when the execution frequency meets a threshold: providing, by said processor circuitry, an alert to the host central processing unit, CPU; reoptimizing, by the host CPU, in response to the alert, the instructions into native code; changing, by the host CPU, an underlying data layout of the instructions, and encoding these changes into a datamap; signing, by the host CPU, the optimized code and datamap; and sending, by the host CPU, the signed, optimized code and the datamap to the SmartNIC through shared memory. providing, by said processor circuitry, an alert to the host central processing unit, CPU; reoptimizing, by the host CPU, in response to the alert, the instructions into native code; changing, by the host CPU, an underlying data layout of the instructions, and encoding these changes into a datamap; signing, by the host CPU, the optimized code and datamap; and sending, by the host CPU, the signed, optimized code and the datamap to the SmartNIC through shared memory.
A heat treatment method of an Ni-base alloy comprising not more than 0.1 wt% C, not more than 50wt% Fe, not more than 30wt% Cr, Ti, and at least one of Nb and Al, the method comprising: (a) subjecting the Ni-base alloy to a first solution heat treatment at a temperature of not lower than solid solution temperature of a η phase (Ni 3 Ti), a γ' phase (Ni 3 Al), and a γ" phase (Ni 3 Nb), and not higher than the solid solution temperature of the η phase; (b) subjecting the Ni-base alloy, processed by the first solution heat treatment, to a first aging treatment to precipitate the η phase at a temperature of 800°C to 900°C wherein the η phase (Ni 3 Ti) is precipitated in the grain boundaries, thus making the boundaries zigzag; (c) subjecting the Ni-base alloy, processed by the first aging treatment, to a second solution heat treatment, at a temperature which is higher than the solid solution temperatures of the γ' and γ" phases, and higher than the solid solution temperature of the γ phase by 10°C, to cause the γ' phase and the γ" phase to again dissolve and not higher as the solid solution temperature of the η phase; and (d) subjecting the Ni-base alloy, processed by the second solution heat treatment, to a second aging treatment to precipitate at least one of the γ' phase and the γ" phase at a temperature of not higher than 800°C. (a) subjecting the Ni-base alloy to a first solution heat treatment at a temperature of not lower than solid solution temperature of a η phase (Ni 3 Ti), a γ' phase (Ni 3 Al), and a γ" phase (Ni 3 Nb), and not higher than the solid solution temperature of the η phase; (b) subjecting the Ni-base alloy, processed by the first solution heat treatment, to a first aging treatment to precipitate the η phase at a temperature of 800°C to 900°C wherein the η phase (Ni 3 Ti) is precipitated in the grain boundaries, thus making the boundaries zigzag; (c) subjecting the Ni-base alloy, processed by the first aging treatment, to a second solution heat treatment, at a temperature which is higher than the solid solution temperatures of the γ' and γ" phases, and higher than the solid solution temperature of the γ phase by 10°C, to cause the γ' phase and the γ" phase to again dissolve and not higher as the solid solution temperature of the η phase; and (d) subjecting the Ni-base alloy, processed by the second solution heat treatment, to a second aging treatment to precipitate at least one of the γ' phase and the γ" phase at a temperature of not higher than 800°C.