mhurhangee/ep-ind-claims huggingface dataset:
A method for discharging at least one roll of tape from a winding spindle, the method comprising the steps of using a motorized cart with wheels rolling on the floor and a cradle for partially housing said roll carried by said cart, of feeding the cart towards the spindle while keeping the cradle in a waiting lowered position until arranging the cradle below said roll, of lifting vertically the cradle by moving the same towards the roll, of bringing the roll into engagement with the cradle and of slipping the roll out from said spindle by moving backwards said cart, characterized in that said lifting step comprises a simultaneous adjustment step of the position of said cradle in a horizontal plane with respect to said cart.
Method for applying a given temperature to workpieces or components, in particular for making a soldered connection between a soldering material and at least one workpiece or component acting as a soldering material carrier, by heating up the soldering material arranged on the soldering material carrier, where the given temperature is applied at least in phases by means of convection inside a temperature control chamber such that a gas flow is passed through a gas-permeable temperature control element in order to create a temperature-controlled gas flow and that at least one surface area of the workpiece is subjected to the temperature-controlled flow thus formed, characterized in that the temperature control element is designed porous and is provided with a temperature control unit arranged inside the temperature control element, where said temperature control element heats up the gas flow by its flow resistance and creates due to its porous design a homogeneous gas flow, and in that the gas flow is guided along the temperature control element in order to penetrate through a flow inlet surface into the porous temperature control element and then flow through the latter in a substantially vertical direction.
A method for producing a textured protein material, comprising: feeding a flat-sheet-like textured protein material having a porous structure prepared via pressurization and heating, and then extrusion by an extruder through cutting blade rolls composed of a pair of rolls facing each other and having a plurality of annular blades, the annular blades having a square profile, arranged in parallel, thereby making slits sheared on the topside and the underside of the textured protein material in the same direction as the extruded direction, wherein a pitch width of the adjacent annular blades of the cutting blade rolls ranges from 0.8 to 1.5 mm, and wherein a clearance width between the pair of rolls is 10 to 30% relative to a thickness of the textured protein material. feeding a flat-sheet-like textured protein material having a porous structure prepared via pressurization and heating, and then extrusion by an extruder through cutting blade rolls composed of a pair of rolls facing each other and having a plurality of annular blades, the annular blades having a square profile, arranged in parallel, thereby making slits sheared on the topside and the underside of the textured protein material in the same direction as the extruded direction, wherein a pitch width of the adjacent annular blades of the cutting blade rolls ranges from 0.8 to 1.5 mm, and wherein a clearance width between the pair of rolls is 10 to 30% relative to a thickness of the textured protein material.
A nut cage system comprising a nut cage and a support on which the cage is intended to be mounted, the nut cage comprising a device with means (20, 22, 24) for positioning and attachment on the support by means of a relative manual movement of the cage on the support into a position in which these means (20, 22, 24) cooperate with abutment means (28, 30) of the support, the device of the means (20, 22, 24) for attachment of the cage comprising at least one fin and the support comprises an abutment element for each fin to ensure positioning of the cage on the support in a predetermined direction, characterized in that the cage comprises at least one flexible tab suitable for engaging in a recess formed in the support, which constitutes the positioning abutment element in the direction perpendicular to the aforementioned predetermined direction, the means for attachment of the cage on the support being suitable for allowing a relative play-compensating movement of one on the other.
A turbidity calibration standard, comprising: a first layer comprising or consisting of a glass-ceramic composite; a second layer comprising or consisting of a first light absorbing medium; and a third layer comprising or consisting of a second light absorbing medium, wherein the first layer is arranged between the second layer and the third layer, characterized in that the third layer is a material that embeds at least the first layer. a first layer comprising or consisting of a glass-ceramic composite; a second layer comprising or consisting of a first light absorbing medium; and a third layer comprising or consisting of a second light absorbing medium, wherein the first layer is arranged between the second layer and the third layer, characterized in that the third layer is a material that embeds at least the first layer.
Silicon spiral spring for a mechanical watch comprising through and/or blind holes, the number of said holes being higher than 500, said silicon spiral spring having a height (h) greater than or equal to 100 μm.
An ultrasonic horn for ultrasonically bonding a plurality of stacked sheets of metal foil (301a, 301b) and a metal member (4A, 4B) by sandwiching the plurality of stacked sheets of metal foil and the metal member with an anvil and applying ultrasonic vibration in a state where the ultrasonic horn abuts on the plurality of stacked sheets of metal foil (301a, 301b), the ultrasonic horn comprising: a horn body, and a first protrusion having a first surface that is a curved surface and protruding from an opposing surface of the horn body facing the anvil toward the anvil, characterized by further comprising a second protrusion provided at a center of the first surface of the first protrusion and protruding toward the anvil, wherein the second protrusion includes an end surface that is a planar surface and a second surface that is a curved surface connecting the end surface and the first surface of the first protrusion. a horn body, and a first protrusion having a first surface that is a curved surface and protruding from an opposing surface of the horn body facing the anvil toward the anvil, characterized by further comprising a second protrusion provided at a center of the first surface of the first protrusion and protruding toward the anvil, wherein the second protrusion includes an end surface that is a planar surface and a second surface that is a curved surface connecting the end surface and the first surface of the first protrusion.
A radio frequency antenna arrangement for use in a magnetic resonance examination system to pick up magnetic resonance signals, the RF antenna arrangement comprising an RF antenna element and an optical back-end, - the RF antenna element comprising an electrically conductive loop, an electronic pre-amplifier and a photo-electrical conversion element, wherein the electronic pre-amplifier is coupled to the electrically conductive loop and is configured to amplify an output voltage of the electrically conductive loop, and wherein the photo-electrical conversion element is circuited in series with the pre-amplifier and is configured to convert the pre-amplifier's amplified voltage into an optical data signal; - the optical back-end comprising an optical power source and a photodetector, - the RF antenna element and the optical back-end being optically coupled, and - the photo-electrical conversion element being configured to apply the optical data signal to the photodetector via a first optical link, wherein - the optical power source is optically coupled to the photo-electrical conversion element via a second optical link; - the photo-electrical conversion element is configured to generate upon incidence of optical power from the optical power source an electrical power signal to the pre-amplifier and - wherein the first optical link at least partly coincides with the second optical link. - the RF antenna element comprising an electrically conductive loop, an electronic pre-amplifier and a photo-electrical conversion element, wherein the electronic pre-amplifier is coupled to the electrically conductive loop and is configured to amplify an output voltage of the electrically conductive loop, and wherein the photo-electrical conversion element is circuited in series with the pre-amplifier and is configured to convert the pre-amplifier's amplified voltage into an optical data signal; - the optical back-end comprising an optical power source and a photodetector, - the RF antenna element and the optical back-end being optically coupled, and - the photo-electrical conversion element being configured to apply the optical data signal to the photodetector via a first optical link, wherein - the optical power source is optically coupled to the photo-electrical conversion element via a second optical link; - the photo-electrical conversion element is configured to generate upon incidence of optical power from the optical power source an electrical power signal to the pre-amplifier and - wherein the first optical link at least partly coincides with the second optical link. - the optical power source is optically coupled to the photo-electrical conversion element via a second optical link; - the photo-electrical conversion element is configured to generate upon incidence of optical power from the optical power source an electrical power signal to the pre-amplifier and - wherein the first optical link at least partly coincides with the second optical link.
A wireless, battery-powered medical tool for use with an electromagnetic navigation system, the medical tool comprising: a receiving coil, disposed at the medical tool, configured to receive one or more magnetic fields emitted by one or more emitter coils and generate electrical signals indicative of a location of the medical tool in response to receiving the one or more magnetic fields; a wireless interface configured to wirelessly provide the electrical signals for processing to determine the location of the medical tool in three-dimensional, 3-D, space; a battery configured to supply power to the medical tool; and one or more charging coils (502, 602) electrically connected to the battery, each of the one or more charging coils disposed at the medical tool, each of the one or more charging coils configured to: (i) receive energy from the one or more magnetic fields; and (ii) supply the energy to the battery to charge the battery; characterised in that: each of the one or more charging coils disposed at the medical tool is wound around and on an outer surface thereof. a receiving coil, disposed at the medical tool, configured to receive one or more magnetic fields emitted by one or more emitter coils and generate electrical signals indicative of a location of the medical tool in response to receiving the one or more magnetic fields; a wireless interface configured to wirelessly provide the electrical signals for processing to determine the location of the medical tool in three-dimensional, 3-D, space; a battery configured to supply power to the medical tool; and one or more charging coils (502, 602) electrically connected to the battery, each of the one or more charging coils disposed at the medical tool, each of the one or more charging coils configured to: (i) receive energy from the one or more magnetic fields; and (ii) supply the energy to the battery to charge the battery; characterised in that: each of the one or more charging coils disposed at the medical tool is wound around and on an outer surface thereof.
A display mirror assembly for a vehicle, comprising: a partially reflective, partially transmissive element; and a full display module mounted behind said partially reflective, partially transmissive element, said display module comprising: an optic block; and a display in optical communication with said optic block, wherein said display being one of an in-plane switching liquid crystal display, a fringe field switching liquid crystal display, and a vertically aligned liquid crystal display, and wherein the display mirror assembly is characterized by that the display comprises: a substrate; an electrically conductive layer provided on an outside surface of said substrate; and an electrically conductive connection to electrically connect said electrically conductive layer to ground to reduce a charge build-up in said display. a partially reflective, partially transmissive element; and a full display module mounted behind said partially reflective, partially transmissive element, said display module comprising: an optic block; and a display in optical communication with said optic block, wherein said display being one of an in-plane switching liquid crystal display, a fringe field switching liquid crystal display, and a vertically aligned liquid crystal display, and wherein the display mirror assembly is characterized by that the display comprises: a substrate; an electrically conductive layer provided on an outside surface of said substrate; and an electrically conductive connection to electrically connect said electrically conductive layer to ground to reduce a charge build-up in said display. an optic block; and a display in optical communication with said optic block, wherein said display being one of an in-plane switching liquid crystal display, a fringe field switching liquid crystal display, and a vertically aligned liquid crystal display, and wherein the display mirror assembly is characterized by that the display comprises: a substrate; an electrically conductive layer provided on an outside surface of said substrate; and an electrically conductive connection to electrically connect said electrically conductive layer to ground to reduce a charge build-up in said display. a substrate; an electrically conductive layer provided on an outside surface of said substrate; and an electrically conductive connection to electrically connect said electrically conductive layer to ground to reduce a charge build-up in said display.
An ultrasound device for sealing and cutting material in sheets or strips for closing containers for infusion or extraction products, comprising: - a sonotrode for emitting mechanical vibrations and having a first profile; - a contact body having a second profile acting in conjunction with the first profile of the sonotrode for defining a sealing and cutting region, any one between the first profile of the sonotrode and the second profile of the contact body comprising a first face and a second face joined together to define a shared cutting edge; the first face having a first angle (α) of inclination relative to a plane in which it lies coincident with a portion of material in sheets or in strips passing in the sealing and cutting region; the second face having a second angle (β) of inclination relative to the plane in which it lies; the first angle (α) of the first face having a value different from the value of the second angle (β) of the second face, characterised in that at least the contact body has an impression on the edge of which, with the perimeter closed and protruding from the contact body, the second profile is made for delimiting the closed sealing and cutting region in conjunction with the first profile of the sonotrode and wherein the second profile is continuous, that is, without interruptions on its surfaces, along the entire extension of the edge of the impression and wherein the contact body has the at least one impression delimited by the second profile made on the protruding edge of the impression; the edge having a curved extension, and wherein the contact body comprises a drum rotating about an axis of rotation; the drum having a plurality of impressions, each consisting of the second profile with a curved extension. - a sonotrode for emitting mechanical vibrations and having a first profile; - a contact body having a second profile acting in conjunction with the first profile of the sonotrode for defining a sealing and cutting region, any one between the first profile of the sonotrode and the second profile of the contact body comprising a first face and a second face joined together to define a shared cutting edge; the first face having a first angle (α) of inclination relative to a plane in which it lies coincident with a portion of material in sheets or in strips passing in the sealing and cutting region; the second face having a second angle (β) of inclination relative to the plane in which it lies; the first angle (α) of the first face having a value different from the value of the second angle (β) of the second face,
A method of providing gateway and NAT services for a network comprising a plurality of devices, the method comprising: partitioning a pool of unique IP addresses into a plurality of address blocks (310a, 310b), including a first address block containing at least a first unique IP address from the pool and a second address block containing at least a second unique IP address from the pool; providing at least a first gateway device and a second gateway device in a load-sharing redundancy group; assigning the first address block to the first gateway device; assigning the second address block to the second gateway device; performing an address translation in the first gateway device of a local address of a host in the network to a unique IP address from the first address block; mapping the address translation; notifying the second gateway device of the mapping; assigning a virtual address to the first gateway device; forwarding a packet from the host to a node external to the network via the first gateway device based on the mapping by instructing the host to send the message to the virtual address assigned to the first gateway device; and selectively forwarding the packet for the node external to the network via the second gateway device based on the mapping by transferring assignment of the virtual address to the second gateway device. partitioning a pool of unique IP addresses into a plurality of address blocks (310a, 310b), including a first address block containing at least a first unique IP address from the pool and a second address block containing at least a second unique IP address from the pool; providing at least a first gateway device and a second gateway device in a load-sharing redundancy group; assigning the first address block to the first gateway device; assigning the second address block to the second gateway device; performing an address translation in the first gateway device of a local address of a host in the network to a unique IP address from the first address block; mapping the address translation; notifying the second gateway device of the mapping; assigning a virtual address to the first gateway device; forwarding a packet from the host to a node external to the network via the first gateway device based on the mapping by instructing the host to send the message to the virtual address assigned to the first gateway device; and selectively forwarding the packet for the node external to the network via the second gateway device based on the mapping by transferring assignment of the virtual address to the second gateway device.
A method of using a network to control a power management system, the method comprising: using a server on the network to access a generator controller that is part of the power management system; and using the network to exchange communications between the server and the generator controller characterized in that the exchanged communications between the server and the controller are used in order permit the generator controller to control other electronic components (6, 8, 9, 11, 16, 17) that are part of the power management system, wherein using the network to exchange communications between the server and the generator controller comprises updating programming on the generator controller that is received from the server, and further comprising using an electronic device (15, 16, 17, 18, 19) to exchange data with a server on the network such that the server receives updated programming for the other electronic components (6, 8, 9, 11, 16, 17) that are part of the power management system from the electronic device (15, 16, 17, 18, 19), and the server provides the updated programming for the other electronic components (6, 8, 9, 11, 16, 17) that are part of the power management system to the generator controller, wherein the generator controller provides the updated programming for the other electronic components (6, 8, 9, 11, 16, 17) to the other electronic components (6, 8, 9, 11, 16, 17) that are part of the power management system. using a server on the network to access a generator controller that is part of the power management system; and using the network to exchange communications between the server and the generator controller characterized in that the exchanged communications between the server and the controller are used in order permit the generator controller to control other electronic components (6, 8, 9, 11, 16, 17) that are part of the power management system, wherein using the network to exchange communications between the server and the generator controller comprises updating programming on the generator controller that is received from the server, and further comprising using an electronic device (15, 16, 17, 18, 19) to exchange data with a server on the network such that the server receives updated programming for the other electronic components (6, 8, 9, 11, 16, 17) that are part of the power management system from the electronic device (15, 16, 17, 18, 19), and the server provides the updated programming for the other electronic components (6, 8, 9, 11, 16, 17) that are part of the power management system to the generator controller, wherein the generator controller provides the updated programming for the other electronic components (6, 8, 9, 11, 16, 17) to the other electronic components (6, 8, 9, 11, 16, 17) that are part of the power management system.
A polishing pad for polishing a substrate, the polishing pad comprising: a homogeneous body having a polishing side and a back side, the homogeneous body comprising a material having a first hardness, and the polishing side comprising a plurality of protrusions having a pattern; a plurality of discrete protrusions disposed on and aligned with the plurality of protrusions of the polishing side of the homogeneous body, the plurality of discrete protrusions comprising a material having a second hardness different from the first hardness, and the plurality of discrete protrusions having the pattern; and a fill layer disposed on the homogeneous body, around the plurality of protrusions of the polishing side of the homogeneous body, the fill layer comprising the material of the plurality of discrete protrusions. a homogeneous body having a polishing side and a back side, the homogeneous body comprising a material having a first hardness, and the polishing side comprising a plurality of protrusions having a pattern; a plurality of discrete protrusions disposed on and aligned with the plurality of protrusions of the polishing side of the homogeneous body, the plurality of discrete protrusions comprising a material having a second hardness different from the first hardness, and the plurality of discrete protrusions having the pattern; and a fill layer disposed on the homogeneous body, around the plurality of protrusions of the polishing side of the homogeneous body, the fill layer comprising the material of the plurality of discrete protrusions.