mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an optical module including a first optical device and a second optical device arranged on a substrate, comprising the steps of: bonding the first optical device on the substrate; forming bonding bumps (18, 19) made of metal on the substrate; and bonding the second optical device on the bonding bumps by applying a load so that the bonding bumps are deformed only by a predetermined amount from a position where the first optical device and the second optical device are optically coupled most efficiently and, after that, releasing the load, wherein in the step of bonding the second optical device, using a photodetector for detecting light emitted from the first optical device via the second optical device, while increasing the load applied to the second optical device, the position where the first optical device and the second optical device are optically coupled most efficiently is detected, and wherein after detecting the position where the first optical device and the second optical device are optically coupled most efficiently, the applied load is increased so that the bonding bumps are further deformed only by the predetermined amount, the predetermined amount corresponding to an elastic return amount of the bonding bumps, and then, the load is released. bonding the first optical device on the substrate; forming bonding bumps (18, 19) made of metal on the substrate; and bonding the second optical device on the bonding bumps by applying a load so that the bonding bumps are deformed only by a predetermined amount from a position where the first optical device and the second optical device are optically coupled most efficiently and, after that, releasing the load, wherein in the step of bonding the second optical device, using a photodetector for detecting light emitted from the first optical device via the second optical device, while increasing the load applied to the second optical device, the position where the first optical device and the second optical device are optically coupled most efficiently is detected, and wherein after detecting the position where the first optical device and the second optical device are optically coupled most efficiently, the applied load is increased so that the bonding bumps are further deformed only by the predetermined amount, the predetermined amount corresponding to an elastic return amount of the bonding bumps, and then, the load is released.
A charging system between a crane and a tractor, including the crane that can move in a running direction and the tractor, wherein the crane includes a power supplying unit, wherein the tractor includes a power collecting unit for receiving power from the power supplying unit, wherein the power collecting unit includes a power collecting pick-up unit having a power collecting core and a power collecting coil and a power collection driving unit for converting current generated by the power collecting pick-up unit into useable power, wherein the power collecting pick-up unit of the tractor generates an induced current by responding to a magnetic field change from the power supplying unit of the crane, and the power collection driving unit converts the induced current generated by the power collecting pick-up unit into useable power and supplies the power into a load, characterised in that the power supplying unit is installed on the side frame of the crane or is configured to extend from an upper portion of the crane to a certain height, wherein power collecting unit receives power from the power supplying unit installed at the crane when the tractor stops at the crane for lifting or landing works, wherein the power supplying unit includes a power supplying coil track in which a power supplying core, an insulator and a power supplying cable are laminated and accommodated in an inner housing, and an outer housing disposed out of the power supplying coil track to serve as a protection member for protecting the power supplying coil track, and wherein the power collecting pick-up unit further includes moving units (213c, 213d) which moves the pick-up unit toward the power supplying unit so as to be disposed near the power supplying unit.
Method of calibrating a medical pump comprising the steps of: - providing a medical pump comprising a chamber, a first plunger element and a second plunger element, wherein the first and second plunger element (1, 2) are arranged in the chamber along a common longitudinal axis, the first and second plunger element being movable relative to each other and relative to the chamber, - determining a minimum distance between the first and the second plunger element (1, 2), wherein the minimum distance is the minimum of axial distances between the first and the second plunger elements (1, 2) which are achievable in an operation of the medical pump, - detecting the location of at least one opening (5, 6, 7) of the chamber, wherein the following steps are carried out to determine the location of the at least one opening: a) introducing a fluid into a chamber space defined by the first and the second plunger element (1, 2), b) ejecting the fluid via the at least one opening, the location of which should be determined, until the first and second plunger elements are arranged at the minimum distance relative to each other, c) determining the location of the at least one opening based on the position of at least one of the first and second plunger elements when the first and second plunger element are arranged at the minimum distance after step b). - providing a medical pump comprising a chamber, a first plunger element and a second plunger element, wherein the first and second plunger element (1, 2) are arranged in the chamber along a common longitudinal axis, the first and second plunger element being movable relative to each other and relative to the chamber, - determining a minimum distance between the first and the second plunger element (1, 2), wherein the minimum distance is the minimum of axial distances between the first and the second plunger elements (1, 2) which are achievable in an operation of the medical pump, - detecting the location of at least one opening (5, 6, 7) of the chamber, wherein the following steps are carried out to determine the location of the at least one opening: a) introducing a fluid into a chamber space defined by the first and the second plunger element (1, 2), b) ejecting the fluid via the at least one opening, the location of which should be determined, until the first and second plunger elements are arranged at the minimum distance relative to each other, c) determining the location of the at least one opening based on the position of at least one of the first and second plunger elements when the first and second plunger element are arranged at the minimum distance after step b). a) introducing a fluid into a chamber space defined by the first and the second plunger element (1, 2), b) ejecting the fluid via the at least one opening, the location of which should be determined, until the first and second plunger elements are arranged at the minimum distance relative to each other, c) determining the location of the at least one opening based on the position of at least one of the first and second plunger elements when the first and second plunger element are arranged at the minimum distance after step b).
Torque transmission system comprising a drive shaft and a driven shaft, said drive shaft being hollow and rotatable about an axis of rotation, said drive shaft extending longitudinally along the axis of rotation from bottom to top in an upward direction from a lower portion to an upper portion and passing through an intermediate portion, said driven shaft comprising longitudinally a first portion extended by a second portion, said first portion being arranged within the drive shaft, said second portion being arranged outside the drive shaft, said transmission system comprising an upper bearing which interacts with the upper portion and a lower bearing which interacts with the lower portion, said transmission system comprising a nominal splined connection having main splines provided on the intermediate portion which mesh with the main splines provided on the first portion in a nominal mode of operation which is a failure-free mode of operation, and comprising an emergency splined connection between the drive shaft and the driven shaft and an emergency radial guide device between the drive shaft and the driven shaft, characterised in that: - the emergency splined connection is arranged above the nominal connection in said upward direction with respect to the axis of rotation, the emergency connection being inactive in the nominal mode of operation, - the emergency radial guide device between the drive shaft and the driven shaft is arranged below the nominal connection in said upward direction with respect to the axis of rotation, the emergency radial guide device being inactive in the nominal mode of operation. - the emergency splined connection is arranged above the nominal connection in said upward direction with respect to the axis of rotation, the emergency connection being inactive in the nominal mode of operation, - the emergency radial guide device between the drive shaft and the driven shaft is arranged below the nominal connection in said upward direction with respect to the axis of rotation, the emergency radial guide device being inactive in the nominal mode of operation.
An optoelectronic device (190, 192) comprising: a substrate having a first surface and a second surface opposite to the first surface; on the first surface, assemblies of light-emitting diodes comprising conical, tapered, or wire-shaped semiconductor elements, the assemblies of light-emitting diodes resting on first portions of the substrate; for each assembly of light-emitting diodes, an electrode layer covering each light-emitting diode of said assembly and a conductive layer covering the electrode layer around the light-emitting diodes of said assembly; and a layer encapsulating the light-emitting diodes and covering the entire first surface, characterized in that the optoelectronic device comprises first insulation trenches in the substrate extending from the first surface to the second surface and surrounding the first portions of the substrate. a substrate having a first surface and a second surface opposite to the first surface; on the first surface, assemblies of light-emitting diodes comprising conical, tapered, or wire-shaped semiconductor elements, the assemblies of light-emitting diodes resting on first portions of the substrate; for each assembly of light-emitting diodes, an electrode layer covering each light-emitting diode of said assembly and a conductive layer covering the electrode layer around the light-emitting diodes of said assembly; and a layer encapsulating the light-emitting diodes and covering the entire first surface, characterized in that the optoelectronic device comprises first insulation trenches in the substrate extending from the first surface to the second surface and surrounding the first portions of the substrate.
A computer-implemented method for utilizing processing resources of a computerized system, the computer-implemented method comprising the steps carried out by a computer of: - receiving context data from a first trusted user device associated with a user account, wherein the context data includes information indicative of a location of the first trusted user device; - identifying, based at least in part on the information indicative of the location, an invitation associated with a trusted content provider, wherein the invitation includes information indicative of content available from the trusted content provider to the first trusted user device at the location and information indicative to provide access to the content; - sending the invitation to the first trusted user device; - receiving an indication of acceptance of the invitation from the first trusted user device; - based at least in part on the acceptance, establishing a relationship between the first trusted user device and the trusted content provider; characterized in that - the establishing the relationship comprises establishing a trust relationship between the first trusted user device and the trusted content provider; - the establishing the trust relationship comprises providing one or more encryption credentials to the first trusted user device, the trusted content provider, or both; and - based at least in part in the trust relationship, generating instructions configured to initiate transfer of content from the trusted content provider to the first trusted user device. - receiving context data from a first trusted user device associated with a user account, wherein the context data includes information indicative of a location of the first trusted user device; - identifying, based at least in part on the information indicative of the location, an invitation associated with a trusted content provider, wherein the invitation includes information indicative of content available from the trusted content provider to the first trusted user device at the location and information indicative to provide access to the content; - sending the invitation to the first trusted user device; - receiving an indication of acceptance of the invitation from the first trusted user device; - based at least in part on the acceptance, establishing a relationship between the first trusted user device and the trusted content provider; - the establishing the relationship comprises establishing a trust relationship between the first trusted user device and the trusted content provider; - the establishing the trust relationship comprises providing one or more encryption credentials to the first trusted user device, the trusted content provider, or both; and - based at least in part in the trust relationship, generating instructions configured to initiate transfer of content from the trusted content provider to the first trusted user device.
Cooler for granular solids defining a longitudinal axis and comprising - a first drum comprising a first inner auger suitable to move said granular solids along said longitudinal axis defining a first direction of advancement of said granular solids; - a second drum at least partially housing within the first coil, characterised in that it comprises a first coil enveloping said first drum, said first drum and said first coil, suitable to receive said granular solids in output from said first drum and comprising a second auger suitable to move said granular solids along said longitudinal axis defining, for said granular solids, a second direction of advancement opposite said first direction of advancement: - a second coil enveloping said second drum; - a cooling liquid suitable to pass through said second coil and subsequently said first coil. - a first drum comprising a first inner auger suitable to move said granular solids along said longitudinal axis defining a first direction of advancement of said granular solids; - a second drum at least partially housing within the first coil, - a second coil enveloping said second drum; - a cooling liquid suitable to pass through said second coil and subsequently said first coil.
An uninterruptible power supply manager computer for managing a plurality of uninterruptible power supply systems (18, 20, 22, 24) coupled to a computer network, the uninterruptible power supply manager comprising: a communication interface for communicating over the computer network with the uninterruptible power supply systems and a plurality of user computers (14a-d); an inventory engine which can communicate with each uninterruptable power supply system via the communication interface to obtain information including at least one of inventory information and status information from each uninterruptible power supply system; and a database arranged to store the obtained information; wherein the inventory engine can further arrange a subset of the stored information selected from a plurality of predetermined subsets of the stored information into a first report which shows the uninterruptable power supply systems in groups according to the selected subset, and generate a second report related to the uninterruptable power supply systems of one of the groups of the first report, the second report containing the subset of the information arranged in the first report which relates to the one group and associated detailed information relating to each uninterruptable power supply system in the one group; and wherein the uninterruptable power supply manager is arranged to send the first and second reports to the at least one user computer of the plurality of user computers. a communication interface for communicating over the computer network with the uninterruptible power supply systems and a plurality of user computers (14a-d); an inventory engine which can communicate with each uninterruptable power supply system via the communication interface to obtain information including at least one of inventory information and status information from each uninterruptible power supply system; and a database arranged to store the obtained information;
A method for: receiving, by a mobile device, from a first access point of a first Extended Service Set, ESS, network, an identifier for a common key, using, by the mobile device, the common key derived from the identifier to authenticate the mobile device with the first ESS network; receiving, by the mobile device, from a second access point of a second ESS network, the identifier for the common key, wherein the common key has been transmitted to the first ESS network and the second ESS network; and transmitting, from the mobile device, a message to the second ESS network, wherein the mobile device transmits the message for authenticating the mobile device with the second ESS network, and wherein the mobile device uses the common key previously derived from the identifier to authenticate the mobile device with the second ESS network; wherein each of the ESS networks comprises one or more basic service set, BSS, networks. receiving, by a mobile device, from a first access point of a first Extended Service Set, ESS, network, an identifier for a common key, using, by the mobile device, the common key derived from the identifier to authenticate the mobile device with the first ESS network; receiving, by the mobile device, from a second access point of a second ESS network, the identifier for the common key, wherein the common key has been transmitted to the first ESS network and the second ESS network; and transmitting, from the mobile device, a message to the second ESS network, wherein the mobile device transmits the message for authenticating the mobile device with the second ESS network, and wherein the mobile device uses the common key previously derived from the identifier to authenticate the mobile device with the second ESS network; wherein each of the ESS networks comprises one or more basic service set, BSS, networks.
A force-measuring axle for use in maritime environment including a measuring body, which is substantially formed cylindrically and extends coaxially along a longitudinal axis, wherein the measuring body comprises, in an axial direction subsequently, the following portions (16, 18, 20): a first supporting portion for supporting the measuring body in or on an external machine frame; a first deforming portion including a first outer groove; and a second supporting portion for supporting the measuring body in or on the external machine frame; wherein each of the deforming portions comprises at least two radial drillings spaced circumferentially, at bases of which respectively one sensor for measuring the elastic deformation is attached, wherein each of the radial drillings is sealable tightly by a cover, characterized in that respectively one of the radial drillings (24-1, 24-3) of the first deforming portion is spatially connected to one of the radial drillings (24-2, 24-4) of the second deforming portion via a joining channel extending internally through the measuring body in order to define respectively one measuring arrangement, wherein the joining channels (36-1, 36-2) house an electrical connection line between the corresponding sensors (30-1, 30-2; 30-3, 30-4), which respectively define one sensor system (32-1; 32-2), and wherein the measuring body comprises at least two of the measuring arrangements (42-1, 42-2), wherein the at least two of the measuring arrangements (42-1, 42-2) are provided spatially separate from each other in the measuring body and respectively house one of the sensor systems (32-1, 32-2), wherein the sensor systems operate independently from each other. a first supporting portion for supporting the measuring body in or on an external machine frame; a first deforming portion including a first outer groove; and a second supporting portion for supporting the measuring body in or on the external machine frame; wherein each of the deforming portions comprises at least two radial drillings spaced circumferentially, at bases of which respectively one sensor for measuring the elastic deformation is attached, wherein each of the radial drillings is sealable tightly by a cover, characterized in that respectively one of the radial drillings (24-1, 24-3) of the first deforming portion is spatially connected to one of the radial drillings (24-2, 24-4) of the second deforming portion via a joining channel extending internally through the measuring body in order to define respectively one measuring arrangement, wherein the joining channels (36-1, 36-2) house an electrical connection line between the corresponding sensors (30-1, 30-2; 30-3, 30-4), which respectively define one sensor system (32-1; 32-2), and wherein the measuring body comprises at least two of the measuring arrangements (42-1, 42-2), wherein the at least two of the measuring arrangements (42-1, 42-2) are provided spatially separate from each other in the measuring body and respectively house one of the sensor systems (32-1, 32-2), wherein the sensor systems operate independently from each other.