mhurhangee/ep-ind-claims huggingface dataset:
A system-on-a-chip, SoC, comprising: a first segment, wherein the first segment includes a memory device which operates at a first voltage; a second segment, wherein the second segment includes scalable logic which operates at a second voltage; a supply line to receive an external supply signal and to direct the external supply signal to both the first segment and the second segment, wherein the supply line is a common supply line, and wherein by virtue of the common supply line both the first segment and the second segment receive the same supply signal; a supply power converter coupled between the supply line and the scalable logic, wherein the supply power converter is configured to convert the external supply signal to an internal supply signal; a conversion controller coupled to the supply power converter, wherein the conversion controller is configured to control the supply power converter to generate the internal supply signal and to thereby vary, independently of the first voltage, the second voltage; and a power island including the first segment, the second segment, the supply line, the supply power converter, and the conversion controller; wherein the first voltage is variable to operate the memory device over a range of voltages, and the second voltage is separately variable, independent of the first voltage, to operate the scalable logic over a second range of voltages; and wherein the first voltage is externally controlled from outside the power island and the second voltage is internally controlled from inside the power island. a first segment, wherein the first segment includes a memory device which operates at a first voltage; a second segment, wherein the second segment includes scalable logic which operates at a second voltage; a supply line to receive an external supply signal and to direct the external supply signal to both the first segment and the second segment, wherein the supply line is a common supply line, and wherein by virtue of the common supply line both the first segment and the second segment receive the same supply signal; a supply power converter coupled between the supply line and the scalable logic, wherein the supply power converter is configured to convert the external supply signal to an internal supply signal; a conversion controller coupled to the supply power converter, wherein the conversion controller is configured to control the supply power converter to generate the internal supply signal and to thereby vary, independently of the first voltage, the second voltage; and a power island including the first segment, the second segment, the supply line, the supply power converter, and the conversion controller; wherein the first voltage is variable to operate the memory device over a range of voltages, and the second voltage is separately variable, independent of the first voltage, to operate the scalable logic over a second range of voltages; and wherein the first voltage is externally controlled from outside the power island and the second voltage is internally controlled from inside the power island.
A steam release standing pouch comprising a bag body and a bottom gusset, the steam release standing pouch having a widthwise direction and a height direction, wherein the bag body has a side sealing portion, which is an end in the widthwise direction and has been subjected to a sealing process, and a sealable portion, which is an upper end in the height direction and has not been subjected to a sealing process, the bottom gusset has a gusset sealing portion, which is an end in the widthwise direction and is a lower end in the height direction and has been subjected to a sealing process, the side sealing portion has an upper side portion (41, 51), a vapor passage portion, and an intermediate side portion (43, 53) and is formed continuously in order of the upper side portion (41, 51), the vapor passage portion, and the intermediate side portion (43, 53) from the upper edge of the bag body, the vapor passage portion has a recessed portion recessed toward an inside of the bag body in the widthwise direction of the bag body, and a distance between an inner edge of the recessed portion of the vapor passage portion and a maximum expansion center, which is a center of a maximum expandable portion of the bag body is shorter than a distance (L7, L8) between an inner edge of the upper side portion (41, 51) and the maximum expansion center, and shorter than a distance (L3, L4) between an inner edge of the intermediate side portion (43, 53) and the maximum expansion center, characterized in that the bag body has a cuttable portion between the sealable portion and the vapor passage portion in the height direction, and the recessed portion has a first recessed portion and a second recessed portion, the first recessed portion has an upper portion contiguous with the upper side portion, a lower portion contiguous with the intermediate side portion, and a bottom portion contiguous with the upper portion and with the lower portion, and the second recessed portion is formed contiguously with the bottom portion of the first recessed portion and has an area smaller than an area of the first recessed portion.
A method of providing electrical energy to a consumer comprising: a) electric power production from a renewable source of electricity and which is stored at a first location by electrolytically producing a metal as metal wherein the metal is deposited in a tub filled with an electrolyte on a number of cathodes. b) the metal as fuel is transported to a second place of an electrical converter which is different from the first location of production of electrical energy for production of electrical energy for a consumer; c) generating electrical energy by utilizing chemical reaction energy from the metal and an oxidant and providing it to the consumer for consumption- - characterized by the facts that - the material of the cathodes corresponds to the deposited material, wherein the cathodes with the deposited material are removed from the well when the storage capacity of the tub is depleted, whereby the entirety of the cathodes and the deposited material is transported as piece goods or in granular form to the electrical converter and is used as fuel for the production of electrical energy. a) electric power production from a renewable source of electricity and which is stored at a first location by electrolytically producing a metal as metal wherein the metal is deposited in a tub filled with an electrolyte on a number of cathodes. b) the metal as fuel is transported to a second place of an electrical converter which is different from the first location of production of electrical energy for production of electrical energy for a consumer; c) generating electrical energy by utilizing chemical reaction energy from the metal and an oxidant and providing it to the consumer for consumption- - characterized by the facts that - the material of the cathodes corresponds to the deposited material, wherein the cathodes with the deposited material are removed from the well when the storage capacity of the tub is depleted, whereby the entirety of the cathodes and the deposited material is transported as piece goods or in granular form to the electrical converter and is used as fuel for the production of electrical energy. - characterized by the facts that - the material of the cathodes corresponds to the deposited material, wherein the cathodes with the deposited material are removed from the well when the storage capacity of the tub is depleted, whereby the entirety of the cathodes and the deposited material is transported as piece goods or in granular form to the electrical converter and is used as fuel for the production of electrical energy.
A method for providing a wireless multi-speaker audio system including one or more networked wireless speaker subsystems (201 to 205), the method including the steps of: discovering the wireless speaker subsystems (201 to 205) on a wireless computer network; defining a virtual device, the virtual device being representative of a wireless multi-speaker audio system including the wireless speaker subsystems (201 to 205), wherein synchronization of internal clocks of each of wireless speaker subsystems (201 to 205) is carried out for the purpose of ensuring synchronized media playback; identifying a leader device from among the wireless speaker subsystems (201 to 205); providing for the virtual device a system control interface for receiving a system control signal indicative of an operational change to the wireless multi-speaker audio system; and being responsive to the system control signal for providing respective corresponding device control signals from the leader device to the wireless speaker subsystems (201 to 205) to implement the operational change across the wireless multi-speaker audio system, wherein the operational change includes an operational change such that each wireless speaker subsystem (201 to 205) performs playback defined by a role for that wireless speaker subsystem (201 to 205) in the wireless multi-speaker audio system. discovering the wireless speaker subsystems (201 to 205) on a wireless computer network; defining a virtual device, the virtual device being representative of a wireless multi-speaker audio system including the wireless speaker subsystems (201 to 205), wherein synchronization of internal clocks of each of wireless speaker subsystems (201 to 205) is carried out for the purpose of ensuring synchronized media playback; identifying a leader device from among the wireless speaker subsystems (201 to 205); providing for the virtual device a system control interface for receiving a system control signal indicative of an operational change to the wireless multi-speaker audio system; and being responsive to the system control signal for providing respective corresponding device control signals from the leader device to the wireless speaker subsystems (201 to 205) to implement the operational change across the wireless multi-speaker audio system, wherein the operational change includes an operational change such that each wireless speaker subsystem (201 to 205) performs playback defined by a role for that wireless speaker subsystem (201 to 205) in the wireless multi-speaker audio system.
A method of connecting a refrigerant pipe with a refrigerant pipe connection part of an air conditioner having an indoor unit and an outdoor unit using an assembling jig comprising a coupling portion provided on an outer circumferential surface of the assembling jig and a support protrusion protruding along a circumference of the outer circumferential surface, the method comprising: preparing the assembling jig and locating a grip-ring, a washer, and at least one O-ring on the coupling portion of the assembling jig, whereby the washer is provided between the grip-ring and the at least one O-ring to prevent the O-ring from being damaged and whereby the grip-ring, the washer and the at least one O-ring are supported by the support protrusion in one direction, the grip-ring configured to allow the refrigerant pipe to move in a first direction and to prevent the refrigerant pipe from being separated from the refrigerant pipe connection part, the at least one O-ring configured to prevent refrigerant from leaking; inserting the assembling jig into the refrigerant pipe connection part; coupling a coupling nut to an outer circumferential surface of the refrigerant pipe connection part in a loosely fastening state of the coupling nut; separating the assembling jig from the refrigerant pipe connection part via a hole formed through the coupling nut when the coupling nut is in the loosely fastened state; inserting the refrigerant pipe into the refrigerant pipe connection part by passing through through-holes, which are respectively formed in centers of the grip-ring, the washer, and the O-ring; and fastening the coupling nut to at least a predetermined torque such that the coupling nut presses the O-ring inward to the refrigerant pipe connection part. preparing the assembling jig and locating a grip-ring, a washer, and at least one O-ring on the coupling portion of the assembling jig, whereby the washer is provided between the grip-ring and the at least one O-ring to prevent the O-ring from being damaged and whereby the grip-ring, the washer and the at least one O-ring are supported by the support protrusion in one direction, the grip-ring configured to allow the refrigerant pipe to move in a first direction and to prevent the refrigerant pipe from being separated from the refrigerant pipe connection part, the at least one O-ring configured to prevent refrigerant from leaking; inserting the assembling jig into the refrigerant pipe connection part; coupling a coupling nut to an outer circumferential surface of the refrigerant pipe connection part in a loosely fastening state of the coupling nut; separating the assembling jig from the refrigerant pipe connection part via a hole formed through the coupling nut when the coupling nut is in the loosely fastened state; inserting the refrigerant pipe into the refrigerant pipe connection part by passing through through-holes, which are respectively formed in centers of the grip-ring, the washer, and the O-ring; and fastening the coupling nut to at least a predetermined torque such that the coupling nut presses the O-ring inward to the refrigerant pipe connection part.
A connection part for connecting a motor and a control unit for said motor, and said connection part comprising: a ring-shape control unit mounting flange; and a relay terminal to be mounted at an inner edge side of said ring-shape control unit mounting flange; wherein said relay terminal comprises a conductive body which electrically connects a conductive terminal formed to be protruded from said motor and a control terminal of said control unit, and a protection section which surrounds a periphery of said conductive terminal formed to be protruded from said motor; and characterised by a ring-shape waterproof and dustproof member coaxially arranged with said ring-shape control unit mounting flange is provided at said inner edge side of said control unit mounting flange, and said ring-shape waterproof and dustproof member is formed so as to pass through an outer edge side of said relay terminal in a portion of said relay terminal to be mounted at said inner edge side. a ring-shape control unit mounting flange; and a relay terminal to be mounted at an inner edge side of said ring-shape control unit mounting flange; wherein said relay terminal comprises a conductive body which electrically connects a conductive terminal formed to be protruded from said motor and a control terminal of said control unit, and a protection section which surrounds a periphery of said conductive terminal formed to be protruded from said motor; and characterised by a ring-shape waterproof and dustproof member coaxially arranged with said ring-shape control unit mounting flange is provided at said inner edge side of said control unit mounting flange, and said ring-shape waterproof and dustproof member is formed so as to pass through an outer edge side of said relay terminal in a portion of said relay terminal to be mounted at said inner edge side.
Winding support for the defined fitting of a coil winding, comprising: - a winding section which is to be placed onto a component tooth of an electrical machine; - a groove structure which is arranged in at least one region of the winding section and extends transversely to the winding axis in order to receive a winding wire; wherein the groove structure has a cross section with two mutually opposite, inclined, flat side faces which taper in the direction of a bottom face of the groove structure, wherein the cross section of the groove structure is trapezoidal or triangular, wherein an angle of one or both side faces in relation to a depth direction of the groove structure is between 10° and 40°. - a winding section which is to be placed onto a component tooth of an electrical machine; - a groove structure which is arranged in at least one region of the winding section and extends transversely to the winding axis in order to receive a winding wire; wherein the groove structure has a cross section with two mutually opposite, inclined, flat side faces which taper in the direction of a bottom face of the groove structure, wherein the cross section of the groove structure is trapezoidal or triangular, wherein an angle of one or both side faces in relation to a depth direction of the groove structure is between 10° and 40°.
A method of transmitting information related to contents provision in a communication system, comprising: receiving (201, 503), by a service providing server in the communication system, content composition information from a content providing server in the communication system; identifying, by the service providing server, a number of access users per service channel by the service providing server; obtaining, by the service providing server, a transmission type for each service channel based on a number of access users per service channel; generating, by the service providing server, media resource identification information based on the content composition information and transmission scheme information including the transmission type for the each service channel; and transmitting (205, 509), by the service providing server, the media resource identification information to at least one terminal connected to the each service channel, updating the media resource identification information by a predetermined period or request, or according to channel status information of the each service channel; comparing by the service providing server, the updated media resource identification information with the transmitted media resource identification information; and when the updated media resource identification information and the transmitted media resource identification information are different, transmitting the updated media resource identification information to the at least one terminal. receiving (201, 503), by a service providing server in the communication system, content composition information from a content providing server in the communication system; identifying, by the service providing server, a number of access users per service channel by the service providing server; obtaining, by the service providing server, a transmission type for each service channel based on a number of access users per service channel; generating, by the service providing server, media resource identification information based on the content composition information and transmission scheme information including the transmission type for the each service channel; and transmitting (205, 509), by the service providing server, the media resource identification information to at least one terminal connected to the each service channel, updating the media resource identification information by a predetermined period or request, or according to channel status information of the each service channel; comparing by the service providing server, the updated media resource identification information with the transmitted media resource identification information; and when the updated media resource identification information and the transmitted media resource identification information are different, transmitting the updated media resource identification information to the at least one terminal.
Method for operating a card and for setting a carding gap of the card, having a control means, having a display and input device (8, 9) on the card and having a drum that has clothing and at least one clothing element arranged opposite the drum, a carding gap that has a carding gap width being formed between the clothing of the drum and the clothing element, comprising the following method steps: - inputting a raw material provided for carding in the input device, - inputting a provided production volume in the input device, - establishing a target carding gap width, characterized by the following method steps: - outputting the target carding gap width on the display device - detecting a target drum speed and/or a target flat speed and outputting on the display device. having a control means, having a display and input device (8, 9) on the card and having a drum that has clothing and at least one clothing element arranged opposite the drum, a carding gap that has a carding gap width being formed between the clothing of the drum and the clothing element, comprising the following method steps: - inputting a raw material provided for carding in the input device, - inputting a provided production volume in the input device, - establishing a target carding gap width, - inputting a raw material provided for carding in the input device, - inputting a provided production volume in the input device, - establishing a target carding gap width, characterized by the following method steps: - outputting the target carding gap width on the display device - detecting a target drum speed and/or a target flat speed and outputting on the display device. - outputting the target carding gap width on the display device - detecting a target drum speed and/or a target flat speed and outputting on the display device.
An automobile hood active hinge device comprising: an arm piece rotatably coupled to an automobile body fixing stand; a pick-up piece rotatably coupled to the arm piece; characterized by a bushing and a safety pin coupled to a coupling hole of the arm piece and a through-hole of the pick-up piece to fix or separate the arm piece and the pick-up piece to each other or from each other, the bushing being formed by coating Teflon on a copper metal mesh to prevent the corrosion of the safety pin and having a body, incised slots formed in the middle portion of the body and connection portions formed between the neighboring incised slots, and the safety pin being made of an aluminum material and having a body and a cutting groove formed along the outer peripheral surface of the body; and an actuator adapted to cut off the safety pin and the bushing fixing the arm piece and the pick-up piece and at the same time to raise the rear end portion of the hood at the time when an automobile collides against a pedestrian. an arm piece rotatably coupled to an automobile body fixing stand; a pick-up piece rotatably coupled to the arm piece; characterized by a bushing and a safety pin coupled to a coupling hole of the arm piece and a through-hole of the pick-up piece to fix or separate the arm piece and the pick-up piece to each other or from each other, the bushing being formed by coating Teflon on a copper metal mesh to prevent the corrosion of the safety pin and having a body, incised slots formed in the middle portion of the body and connection portions formed between the neighboring incised slots, and the safety pin being made of an aluminum material and having a body and a cutting groove formed along the outer peripheral surface of the body; and an actuator adapted to cut off the safety pin and the bushing fixing the arm piece and the pick-up piece and at the same time to raise the rear end portion of the hood at the time when an automobile collides against a pedestrian.
Adhesive retainer for fixing to a structure with at least one adhesive foot which has a supporting base region formed on the adhesive foot and is provided with receiving openings which extend like capillaries through the supporting base region into the interior of the adhesive foot, wherein the receiving openings are configured to form an integral bond with the structure, such that when the adhesive foot is placed on the structure, which is covered for this purpose with a liquid, solidifiable bonding substance, the receiving openings receive bonding substance due to capillary ascension.