mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor device comprising: a first die mounted to a substrate, a second die, and a third die; the first die having a surface that includes a passivation layer that covers the top surface of the first die and forms openings to expose, at least one conductive bond pad, a first die receiving portion and a second die receiving portion, wherein the first die comprises multiple electrical contact elements in the first die receiving portion, wherein the second die comprises conductive coupling elements positioned to be in contact with the electrical contact elements of the first die in a flip-chip stacked die arrangement, wherein the third die is electrically and mechanically coupled via a conductive die attachment material to the second die receiving portion which is an electrically conductive surface, said electrically conductive surface having a surface area that is larger than the footprint of the third die electrically coupled thereto and wherein the third die is also coupled to wire bond pads of the first die and wire bond pads of the substrate via wire bonds (530, 532). a first die mounted to a substrate, a second die, and a third die; the first die having a surface that includes a passivation layer that covers the top surface of the first die and forms openings to expose, at least one conductive bond pad, a first die receiving portion and a second die receiving portion, wherein the first die comprises multiple electrical contact elements in the first die receiving portion, wherein the second die comprises conductive coupling elements positioned to be in contact with the electrical contact elements of the first die in a flip-chip stacked die arrangement, wherein the third die is electrically and mechanically coupled via a conductive die attachment material to the second die receiving portion which is an electrically conductive surface, said electrically conductive surface having a surface area that is larger than the footprint of the third die electrically coupled thereto and wherein the third die is also coupled to wire bond pads of the first die and wire bond pads of the substrate via wire bonds (530, 532).
Method for forming door panels (27, 28) in different models which differ at least in the curvature of a front plate, with the steps: a) providing a blank, b) forming an intermediate edge that extends in the longitudinal direction of a first flank of the door panel (27, 28) and divides the flank, c) forming a first front edge, which delimits the front plate from the first flank of the door panel (27, 28), d) forming a first bent area on an upper or lower edge (4, 5) of the blank, which crosses the first front edge of the door panel (27, 28), characterised in that the front edge is formed with an identical cross-section in models with a front plate with differing curvature and the intermediate edge is formed with a different cross-section in models with a front plate with differing curvature. a) providing a blank, b) forming an intermediate edge that extends in the longitudinal direction of a first flank of the door panel (27, 28) and divides the flank, c) forming a first front edge, which delimits the front plate from the first flank of the door panel (27, 28), d) forming a first bent area on an upper or lower edge (4, 5) of the blank, which crosses the first front edge of the door panel (27, 28),
A multi-stage centrifugal pump assembly with a motor housing with a motor shaft which is rotatably mounted and which carries a rotor, and with a pump housing with a rotatably mounted pump shaft, on which impellers are arranged in a rotationally fixed manner, wherein the pump housing is fixedly connected to the motor housing, and the motor shaft fixedly connected to the pump shaft, and the motor-side end of the pump shaft is fixed within a pocket hole at the pump-side end of the motor shaft, and with a bearing for the shaft mounting, which is arranged in a bearing carrier provided in the connection region of the housing (2, 4), characterised in that the pump shaft comprises an outer thread on or near to its motor-side end, said outer thread meshing into an inner thread of the pocket hole, and, that distanced to this outer thread in the direction to the impeller, a first fit as well as distanced to this, a second fit, are provided between the pump shaft and the pocket hole.
An actuation device for a transmission of a motor vehicle, having a gear selector, movable in at least one shift gate, for selecting different drive programs of the transmission, having a control device which can lock the selection of the drive programs of the transmission and having at least two sensors (5, 6, 7) which are configured to detect a gear selector actuation, wherein the control device is configured to determine a plausibility of detection signals of the sensors (5, 6, 7) and to unlock the selection of the drive programs subject to the plausibility and at least one of the sensors (5, 6, 7) is arranged on or adjacent to the gear selector, characterised in that at least one of the sensors (5, 6, 7) is a capacitive proximity sensor (5, 6) and at least one of the sensors (5, 6, 7) is an optical sensor for detecting an arm movement by the driver.
An automated apparatus for storage and dispensing of pharmaceutical products, said pharmaceutical products being divided into unit doses or administration units, and suitably arranged in a panel or matrix of unit doses or administration units; said panel or matrix and said unit doses or administration units being held within the closed structure of said apparatus and protected from manual handling; said apparatus further comprising a manipulator unit (6, 106, 206), designed for: a. selecting and picking up the unit doses or administration units required to fill patient-specific prescriptions from said panel or matrix, b.loading compartments or drawers of a cart means with the selected and picked up unit doses or administration units; said compartments or drawers being loaded with said apparatus and said cart means coupled together; whereby in the coupled state, the drawers or compartments are facing towards the inside of the apparatus, characterized in that the manipulator unit (6, 106, 206) comprises coupling means (7, 107, 207) for opening and closing the compartments or drawers of the cart means for introducing one or more unit doses or administration units picked up from the panel or matrix; said coupling means (7, 107, 207) being connected to the manipulator unit (6, 106, 206) to cause the drawers or compartments associated with the cart means to be grasped and opened or closed. a. selecting and picking up the unit doses or administration units required to fill patient-specific prescriptions from said panel or matrix, b.loading compartments or drawers of a cart means with the selected and picked up unit doses or administration units; said compartments or drawers being loaded with said apparatus and said cart means coupled together; whereby in the coupled state, the drawers or compartments are facing towards the inside of the apparatus,
A computer-implemented method for a computing device to interact with a centralized wake service, the wake service being hosted by at least one server, comprising: provide a client-side communication service that is operable to run on a computing device and to communicate with the wake service on the server, the wake service being responsible for managing connectivity requests from a plurality of applications; receive, on the client-side communication service on the computing device, a wake request from the wake service even if the computing device is in a reduced power mode; and upon receiving the wake request from the wake service, determine an appropriate response; wherein the client-side communication service is operable to send communication details to the wake service, wherein the communication details are policy settings for one or more policies and to send state information about the computing device, such as power information, system connectivity information and administrative configuration information; the one or more policies allowing the computing device to indicate when it should be awakened and when it should not be awakened; communicating, with the wake service, prior to receiving the wake request, in order to determine if forwarding is appropriate. provide a client-side communication service that is operable to run on a computing device and to communicate with the wake service on the server, the wake service being responsible for managing connectivity requests from a plurality of applications; receive, on the client-side communication service on the computing device, a wake request from the wake service even if the computing device is in a reduced power mode; and upon receiving the wake request from the wake service, determine an appropriate response; wherein the client-side communication service is operable to send communication details to the wake service, wherein the communication details are policy settings for one or more policies and to send state information about the computing device, such as power information, system connectivity information and administrative configuration information; the one or more policies allowing the computing device to indicate when it should be awakened and when it should not be awakened; communicating, with the wake service, prior to receiving the wake request, in order to determine if forwarding is appropriate.
A process for making a spray skin comprising the steps of: (i) spraying an aqueous polyolefin dispersion onto a heated mold forming a sprayed skin having a first surface and a second surface, and (ii) allowing the sprayed skin to dry, wherein the aqueous polyolefin dispersion is derived from the melt blending of a polyolefin composition comprising an olefin block copolymer in the presence of at least one dispersing agent and water. (i) spraying an aqueous polyolefin dispersion onto a heated mold forming a sprayed skin having a first surface and a second surface, and (ii) allowing the sprayed skin to dry, wherein the aqueous polyolefin dispersion is derived from the melt blending of a polyolefin composition comprising an olefin block copolymer in the presence of at least one dispersing agent and water.
A packaging, shipping and storage system for a dry charged battery, comprising: a shipping crate including a lower section and a cover, wherein the lower section defines an open interior; a dry charged battery shell positioned within the open interior of the lower section, the dry charged battery shell having a plurality of battery cells each having a cell volume; a plurality of individual electrolyte bottles each sized to receive a volume of liquid equal to the cell volume, wherein the plurality of individual electrolyte bottles are separately packaged and positioned adjacent to the battery shell within the open interior of the lower section. a shipping crate including a lower section and a cover, wherein the lower section defines an open interior; a dry charged battery shell positioned within the open interior of the lower section, the dry charged battery shell having a plurality of battery cells each having a cell volume; a plurality of individual electrolyte bottles each sized to receive a volume of liquid equal to the cell volume, wherein the plurality of individual electrolyte bottles are separately packaged and positioned adjacent to the battery shell within the open interior of the lower section.
A component for closing a building opening, in particular a window or a door, comprising a frame, a leaf movable with respect to the frame and a fitting system, wherein the fitting system comprises: at least one modular functional unit which comprises an electric drive and which, in the assembled state, is configured to adjust the leaf between at least two different functional states by means of the electric drive, characterized by a frame element (13, 53, 63, 73) which has a central opening and a frame body revolving around the central opening, wherein the frame body has a fastening section for fastening the frame element (13, 53, 63, 73) to the frame or to the leaf and is designed such that, in particular in the fastened state, said frame body defines a receiving space for accommodating the at least one modular functional unit, wherein the frame element (13, 53, 63, 73) is fastened to the frame or to the leaf and wherein the modular functional unit is accommodated in the receiving space. at least one modular functional unit which comprises an electric drive and which, in the assembled state, is configured to adjust the leaf between at least two different functional states by means of the electric drive, characterized by a frame element (13, 53, 63, 73) which has a central opening and a frame body revolving around the central opening, wherein the frame body has a fastening section for fastening the frame element (13, 53, 63, 73) to the frame or to the leaf and is designed such that, in particular in the fastened state, said frame body defines a receiving space for accommodating the at least one modular functional unit, wherein the frame element (13, 53, 63, 73) is fastened to the frame or to the leaf and wherein the modular functional unit is accommodated in the receiving space. a frame element (13, 53, 63, 73) which has a central opening and a frame body revolving around the central opening, wherein the frame body has a fastening section for fastening the frame element (13, 53, 63, 73) to the frame or to the leaf and is designed such that, in particular in the fastened state, said frame body defines a receiving space for accommodating the at least one modular functional unit, wherein the frame element (13, 53, 63, 73) is fastened to the frame or to the leaf and wherein the modular functional unit is accommodated in the receiving space.
A method for manufacturing absorbent sanitary products, comprising the steps of: - forming a first and a second continuous elastic band (12, 14), which are movable parallel to each other in a machine direction, - fixing a plurality of absorbent panels between said first and second continuous elastic bands (12, 14), arranged in a direction transverse to the machine direction and spaced apart in said machine direction, wherein each of said continuous elastic bands (12, 14) is formed by means of a method comprising the steps of: - continuously feeding a plurality of tensioned elastic threads in said machine direction, - continuously feeding a pair of non-elastic webs (32, 34) arranged on opposite sides of said plurality of elastic threads, - welding said pair of non-elastic webs (32, 34) to each other by means of a welding pattern comprising anchoring welds and/or containing and guiding welds, wherein the anchoring welds comprise pairs of welds arranged on opposite sides of a respective elastic thread having proximal surfaces facing the elastic thread, spaced apart by a distance less than the diameter of the non-tensioned elastic thread and wherein the containing and guiding welds comprise pairs of welds arranged on opposite sides of a respective elastic thread having respective proximal surfaces facing the respective elastic thread spaced apart by a distance equal to or greater than the diameter of the non-tensioned elastic thread. - forming a first and a second continuous elastic band (12, 14), which are movable parallel to each other in a machine direction, - fixing a plurality of absorbent panels between said first and second continuous elastic bands (12, 14), arranged in a direction transverse to the machine direction and spaced apart in said machine direction, - continuously feeding a plurality of tensioned elastic threads in said machine direction, - continuously feeding a pair of non-elastic webs (32, 34) arranged on opposite sides of said plurality of elastic threads, - welding said pair of non-elastic webs (32, 34) to each other by means of a welding pattern comprising anchoring welds and/or containing and guiding welds, wherein the anchoring welds comprise pairs of welds arranged on opposite sides of a respective elastic thread having proximal surfaces facing the elastic thread, spaced apart by a distance less than the diameter of the non-tensioned elastic thread and wherein the containing and guiding welds comprise pairs of welds arranged on opposite sides of a respective elastic thread having respective proximal surfaces facing the respective elastic thread spaced apart by a distance equal to or greater than the diameter of the non-tensioned elastic thread.
A method, comprising: directing a cooled liquid carbon dioxide stream through a spray nozzle into a mixing container to form droplets of liquid carbon dioxide; adiabatically expanding the droplets of liquid carbon dioxide in the mixing container to form a solid carbon dioxide stream comprising particles of solid carbon dioxide; mixing the solid carbon dioxide stream with a solid material stream comprising particles of solid material in a mixing container to form a mixed stream of the solid material and the solid carbon dioxide; and feeding the mixed stream of the solid material.and the solid carbon dioxide through a pump to form a slurry of the solid material and a liquid carbon dioxide. directing a cooled liquid carbon dioxide stream through a spray nozzle into a mixing container to form droplets of liquid carbon dioxide; adiabatically expanding the droplets of liquid carbon dioxide in the mixing container to form a solid carbon dioxide stream comprising particles of solid carbon dioxide; mixing the solid carbon dioxide stream with a solid material stream comprising particles of solid material in a mixing container to form a mixed stream of the solid material and the solid carbon dioxide; and feeding the mixed stream of the solid material.and the solid carbon dioxide through a pump to form a slurry of the solid material and a liquid carbon dioxide.
A motor drive device comprising: a booster configured to boost a power supply voltage and to output a boosted voltage; an inverter configured to receive the boosted voltage from said booster and to drive a motor; and a controller configured to give a target value of the boosted voltage to said booster and to set one of a rectangular-wave control and a non-rectangular-wave control as a control method of said inverter, characterized in that said controller is configured to select from a first operation mode for giving a first boosted target value and designating said non-rectangular-wave control as said control method and a second operation mode for giving a second boosted target value lower than said first boosted target value and designating said rectangular-wave control as said control method, in response to a same predetermined input signal indicating a torque request, wherein the motor drive device further comprises an input switch configured to provide an instruction as to which of said first and second operation modes should be selected to said controller. a booster configured to boost a power supply voltage and to output a boosted voltage; an inverter configured to receive the boosted voltage from said booster and to drive a motor; and a controller configured to give a target value of the boosted voltage to said booster and to set one of a rectangular-wave control and a non-rectangular-wave control as a control method of said inverter, characterized in that said controller is configured to select from a first operation mode for giving a first boosted target value and designating said non-rectangular-wave control as said control method and a second operation mode for giving a second boosted target value lower than said first boosted target value and designating said rectangular-wave control as said control method, in response to a same predetermined input signal indicating a torque request, wherein the motor drive device further comprises an input switch configured to provide an instruction as to which of said first and second operation modes should be selected to said controller.
A method for controlling a dish-washing machine having a control system that includes means for selecting, starting and controlling a plurality of treatment programs, the machine having a tank for storage of water, wherein the programs of said plurality comprise: - at least one program, which includes a step of filling of the tank with water, - at least one program, which includes a step of emptying of the tank into a wash tub and a subsequent step of treatment of dishes that is carried out using the water emptied from the tank into the wash tub, - at least one treatment program that does not include steps of treatment of dishes using water emptied from the tank into the wash tub; characterized in that, when the time of permanence of the water within the tank is equal to or greater than a prefixed value, the following operations are provided: 1) carrying out a forced emptying of the tank in a step of any program of said plurality that is started after the time of permanence of the water within the tank has reached or exceeded the prefixed value; and 2) draining from the wash tub the water emptied from the tank following upon said forced emptying, without using said water for carrying out a step of treatment of dishes. - at least one program, which includes a step of filling of the tank with water, - at least one program, which includes a step of emptying of the tank into a wash tub and a subsequent step of treatment of dishes that is carried out using the water emptied from the tank into the wash tub, - at least one treatment program that does not include steps of treatment of dishes using water emptied from the tank into the wash tub; 1) carrying out a forced emptying of the tank in a step of any program of said plurality that is started after the time of permanence of the water within the tank has reached or exceeded the prefixed value; and 2) draining from the wash tub the water emptied from the tank following upon said forced emptying, without using said water for carrying out a step of treatment of dishes.
Dishwasher, in particular domestic dishwasher, having a dishwasher cavity, in which items to be washed can be arranged, and a fluid circuit for applying fluid to the items to be washed, wherein at least one mechanically driven circulating pump is connected in the fluid circuit to convey the fluid, characterised by - water supply means (15, 16) via which the dishwasher cavity can be filled in a partial filling phase with a volume of water (Δm) that is smaller than a volume of process water for cleaning items to be washed, - a sensor system that records, in a checking phase that follows the partial filling phase, at least one operating parameter of the circulating pump or of a drive unit assigned to the circulating pump, wherein the at least one operating parameter can be varied as a function of a volume flow conveyed in the fluid circuit, and - an evaluation unit that detects, as a function of the at least one recorded operating parameter, an excess supply of water to the dishwasher cavity. - water supply means (15, 16) via which the dishwasher cavity can be filled in a partial filling phase with a volume of water (Δm) that is smaller than a volume of process water for cleaning items to be washed, - a sensor system that records, in a checking phase that follows the partial filling phase, at least one operating parameter of the circulating pump or of a drive unit assigned to the circulating pump, wherein the at least one operating parameter can be varied as a function of a volume flow conveyed in the fluid circuit, and - an evaluation unit that detects, as a function of the at least one recorded operating parameter, an excess supply of water to the dishwasher cavity.