mhurhangee/ep-ind-claims huggingface dataset:
A method comprising performing, by a computer system: generating a first commitment using a message and a first hash function; generating a second commitment using the message and a second hash function; transmitting a request including the first commitment and the second commitment to each of a plurality of cryptographic devices, the plurality of cryptographic devices storing a first plurality of secret shares that are generated from a first secret value and a second plurality of secret shares that are generated from a second secret value; receiving, from the plurality of cryptographic devices, a plurality of partial computations, wherein each partial computation of the plurality of partial computations was generated by a respective one of the plurality of cryptographic devices using a respective first partial computation and a respective second partial computation, wherein the respective first partial computation is generated using a respective first secret share and the first commitment, and wherein the respective second partial computation is generated using a respective second secret share and the second commitment; generating a cryptographic key based on the plurality of partial computations; generating a ciphertext by encrypting the message using the cryptographic key; and generating a payload comprising the ciphertext, the first commitment, and the second commitment. generating a first commitment using a message and a first hash function; generating a second commitment using the message and a second hash function; transmitting a request including the first commitment and the second commitment to each of a plurality of cryptographic devices, the plurality of cryptographic devices storing a first plurality of secret shares that are generated from a first secret value and a second plurality of secret shares that are generated from a second secret value; receiving, from the plurality of cryptographic devices, a plurality of partial computations, wherein each partial computation of the plurality of partial computations was generated by a respective one of the plurality of cryptographic devices using a respective first partial computation and a respective second partial computation, wherein the respective first partial computation is generated using a respective first secret share and the first commitment, and wherein the respective second partial computation is generated using a respective second secret share and the second commitment; generating a cryptographic key based on the plurality of partial computations; generating a ciphertext by encrypting the message using the cryptographic key; and generating a payload comprising the ciphertext, the first commitment, and the second commitment.
A method comprising: receiving an Internet web page comprising embedded code associated with a media application; requesting the media application; providing the media application to a user; delivering a media presentation to the user using the media application based on a first parameter of the code, the delivering comprising requesting the media presentation from a server based on the first parameter; and delivering text comments associated with the media presentation to the user based on a second parameter of the code, the delivering comprising retrieving the text comments from a server based on the second parameter; wherein the media application enables editing, management, and/or non-linear viewing options for the user and is arranged to provide a user interface for the user comprising a video display, characterized in that the media application is further arranged to provide a scrolling comment panel displaying a plurality of text comments, whereby the user can manually scroll through and select a comment in the scrolling comment panel which causes playback of the video at a time associated with the comment, the method further comprising: scrolling and displaying the text comments in the scrolling comment panel in sync with the media during playback.. receiving an Internet web page comprising embedded code associated with a media application; requesting the media application; providing the media application to a user; delivering a media presentation to the user using the media application based on a first parameter of the code, the delivering comprising requesting the media presentation from a server based on the first parameter; and delivering text comments associated with the media presentation to the user based on a second parameter of the code, the delivering comprising retrieving the text comments from a server based on the second parameter; wherein the media application enables editing, management, and/or non-linear viewing options for the user and is arranged to provide a user interface for the user comprising a video display, characterized in that the media application is further arranged to provide a scrolling comment panel displaying a plurality of text comments, whereby the user can manually scroll through and select a comment in the scrolling comment panel which causes playback of the video at a time associated with the comment, the method further comprising: scrolling and displaying the text comments in the scrolling comment panel in sync with the media during playback..
An expander device for keeping a pouch opening of a pouch open, the expander device comprising two elements (110, 120), wherein each of the two elements (110, 120) comprises an inner ring section (111, 121) and an outer section (112, 122), wherein the two elements (110, 120) are rotatably connected to each other about a rotation axis in a scissor-like manner so that the inner ring sections (111, 121) together form a ring member, by which a central opening is at least partially surrounded, and so that the outer sections (112, 122) of the elements (110, 120) at least partially surround the inner ring sections (111, 121) of the other element (120, 110), respectively, when viewed perpendicularly onto the central opening, wherein the ring member comprises an outer circumferential fitment section that at least partially surrounds the central opening and faces away from the central opening so as to be fitted against an inner side surface of a circumferential rim section of the pouch opening, and wherein the ring member is convertible between a collapsed position, in which the inner ring sections (111, 121) are angled to each other to span an angle α=α collapsed, and an expanded position, in which the inner ring sections (111, 121) span an angle α=α expanded with α collapsed <α expanded. wherein the two elements (110, 120) are rotatably connected to each other about a rotation axis in a scissor-like manner so that the inner ring sections (111, 121) together form a ring member, by which a central opening is at least partially surrounded, and so that the outer sections (112, 122) of the elements (110, 120) at least partially surround the inner ring sections (111, 121) of the other element (120, 110), respectively, when viewed perpendicularly onto the central opening, wherein the ring member comprises an outer circumferential fitment section that at least partially surrounds the central opening and faces away from the central opening so as to be fitted against an inner side surface of a circumferential rim section of the pouch opening, and wherein the ring member is convertible between a collapsed position, in which the inner ring sections (111, 121) are angled to each other to span an angle α=α collapsed, and an expanded position, in which the inner ring sections (111, 121) span an angle α=α expanded with α collapsed <α expanded.
Method of calculating a surgical intervention plan, the method comprising the steps of receiving surface data of a patient's surface, receiving data about a planned surgical intervention, the data including data representing a targeted object, creating a surface representation of a part of the patient's body based on the received data of the patient's surface, selecting a first surgical method out of a plurality of parameterized surgical methods stored in a database, adapting geometrical parameters of a surgical intervention plan based on i) the selected first surgical method, ii) the data of the planned surgical intervention and iii) the surface representation, thereby calculating an adapted surgical intervention plan, and displaying the adapted surgical intervention plan to a user, further comprising the steps of sending an activation signal to a remotely activatable marking pen thereby activating the pen based on the adapted surgical intervention plan; measuring the position of the pen on a surface of the patient, and activating the pen if the measured position of the pen corresponds to a line of the adapted surgical intervention plan.
Assembly tool having a longitudinal axis for driving a screw into a plate dowel for fastening an insulating panel to a substructure, comprising - a tool housing comprising a front side (2.1) and a rear side (2.2) with a receiving space which is open towards the front side (2.2) for guiding the screw head of the screw to be driven in, a housing chamber which is open towards the rear side (2.2) and a passage between the receiving space and the housing chamber, - a stop disk arranged in a rotationally fixed manner on the front side of the tool housing with an opening (3.1) which exposes the receiving space, - an inner body which is displaceable in the housing chamber in the driving-in direction against the force of a spring element but which is not twistable with respect to the housing chamber, - a screwdriver insert fastened to a front side of the inner body with a screw entraining profile (15.1), wherein the screw entraining profile (15.1) can be moved through the passage, the receiving space and the opening (3.1) in the stop disk, - a cavity arranged on a rear side of the inner body, - a drive shaft which can be connected to a drive machine, - a sliding clutch arranged between the drive shaft and the inner body having an outer body (7.1) and a hub part (7.2), wherein the outer body (7.1) is fastened in the cavity of the inner body and the hub part (7.2) is fastened to the drive shaft. - a tool housing comprising a front side (2.1) and a rear side (2.2) with a receiving space which is open towards the front side (2.2) for guiding the screw head of the screw to be driven in, a housing chamber which is open towards the rear side (2.2) and a passage between the receiving space and the housing chamber, - a stop disk arranged in a rotationally fixed manner on the front side of the tool housing with an opening (3.1) which exposes the receiving space, - an inner body which is displaceable in the housing chamber in the driving-in direction against the force of a spring element but which is not twistable with respect to the housing chamber, - a screwdriver insert fastened to a front side of the inner body with a screw entraining profile (15.1), wherein the screw entraining profile (15.1) can be moved through the passage, the receiving space and the opening (3.1) in the stop disk, - a cavity arranged on a rear side of the inner body, - a drive shaft which can be connected to a drive machine, - a sliding clutch arranged between the drive shaft and the inner body having an outer body (7.1) and a hub part (7.2), wherein the outer body (7.1) is fastened in the cavity of the inner body and the hub part (7.2) is fastened to the drive shaft.
Method for supplying a fuel cell with hydrogen, comprising the steps: - intermediate storage of mixtures of silanes or silane solutions in liquid form, or - intermediate storage of polysilanes in solid form or of polysilane solutions - transferring said mixtures of silanes or silane solutions or of said polysilanes or polysilane solutions into a reaction chamber - reacting the silanes or polysilanes in the reaction chamber with an aqueous solution or water steam for the release of H 2, - removing the solid and/or liquid reaction products from the reaction chamber, - transferring the produced H 2 into the fuel cell, characterized in that the reaction of the silanes and/or polysilanes is effected at temperatures above 80 °C. - intermediate storage of mixtures of silanes or silane solutions in liquid form, or - intermediate storage of polysilanes in solid form or of polysilane solutions - transferring said mixtures of silanes or silane solutions or of said polysilanes or polysilane solutions into a reaction chamber - reacting the silanes or polysilanes in the reaction chamber with an aqueous solution or water steam for the release of H 2, - removing the solid and/or liquid reaction products from the reaction chamber, - transferring the produced H 2 into the fuel cell, characterized in that the reaction of the silanes and/or polysilanes is effected at temperatures above 80 °C.
Method of manufacturing a sonar device for detection of underwater objects, said sonar device comprising a body element having a body element cavity, a piezo electric element comprised within the body element cavity, a resin filling of the body element cavity in order to protect the piezo electric element from water at underwater operation, wherein, it further comprises a holder adapted to hold the piezo electric element, wherein the holder is arranged to centre and hold the piezo electric element within said body element, and wherein said holder in its structure comprises a plurality of damping structures, said method comprising the steps of: obtaining the holder, wherein the obtaining of the holder comprises s1. providing a reciprocating three dimensional printing device s2. providing an input to said reciprocating three dimensional printing device that gives instruction to print the holder for the piezo electric element, wherein the input to the printer comprises instruction to print a plurality of damping structure cavities in the holder for damping purposes the method further comprises s4. positioning the piezo electric element in said holder, s5. providing the body element into which said holder comprising the piezo electric element is inserted, and s6. providing a resin and filling the body element with said resin and covering at the same time said holder and piezo electric element. obtaining the holder, wherein the obtaining of the holder comprises s1. providing a reciprocating three dimensional printing device s2. providing an input to said reciprocating three dimensional printing device that gives instruction to print the holder for the piezo electric element, wherein the input to the printer comprises instruction to print a plurality of damping structure cavities in the holder for damping purposes the method further comprises s4. positioning the piezo electric element in said holder, s5. providing the body element into which said holder comprising the piezo electric element is inserted, and s6. providing a resin and filling the body element with said resin and covering at the same time said holder and piezo electric element.
A light control device comprising: a light transmission/reception unit installed in a movable body and including an emission unit configured to emit a light and a light receiving unit (16, 17, 18) configured to receive the light reflected by an object around the movable body; and a control unit configured to control the emission unit to continuously shift the light emitted by the emission unit in a first direction and a second direction crossing the first direction to repeatedly perform helical scanning including helical turns and a return movement, wherein the control unit moves the light from a start point over plural layers to an end point during the helical turns, and moves the light from the end point directly to the start point, crossing over the plural layers, within a predetermined angle range during the return movement. a light transmission/reception unit installed in a movable body and including an emission unit configured to emit a light and a light receiving unit (16, 17, 18) configured to receive the light reflected by an object around the movable body; and a control unit configured to control the emission unit to continuously shift the light emitted by the emission unit in a first direction and a second direction crossing the first direction to repeatedly perform helical scanning including helical turns and a return movement, wherein the control unit moves the light from a start point over plural layers to an end point during the helical turns, and moves the light from the end point directly to the start point, crossing over the plural layers, within a predetermined angle range during the return movement.
A method for filling capsules with loose material and for their sealing, according to which the plates equipped with a plurality of housings designed to accommodate relative capsules are carried in succession, by conveyor means (9; 50), in correspondence to a plurality of operating stations (10, 12, 14, 16, 18, 20, 22, 25, 27, 29, 31, 33, 34), at each of which the capsules relative to each plate are subjected to respective manipulations by at least one manipulating device (11, 13, 15, 17, 19, 21, 23, 26, 28, 30, 32), characterised in that at least one plate at a time is stopped at each operating station (10, 12, 14, 16, 18, 20, 22, 25, 27, 29, 31, 33, 34) for a predetermined time for it to be manipulated by at least one manipulating device (11, 13, 15, 17, 19, 21, 23, 26, 28, 30, 32) and at least one plate at a time is moved away from the operating station (10, 12, 14, 16, 18, 20, 22, 25, 27, 29, 31, 33, 34) at the end of the manipulating by the at least one manipulating device (11, 13, 15, 17, 19, 21, 23, 26, 28, 30, 32); the number of plates stopped in each operating station (10, 12, 14, 16, 18, 20, 22, 25, 27, 29, 31, 33, 34), or respectively moved away from the operating station (10, 12, 14, 16, 18, 20, 22, 25, 27, 29, 31, 33, 34) at every operating step of the relative manipulating device (11, 13, 15, 17, 19, 21, 23, 26, 28, 30, 32) being different relative to at least part of the operating stations (10, 12, 14, 16, 18, 20, 22, 25, 27, 29, 31, 33, 34).
Apparatus adapted to supply a foam machine with a foam precursor chemical, said apparatus comprising: a first intermediate bulk container having a top opening and a bottom drain and containing a first foam precursor chemical, a first batcher stand comprising an upright tube for receiving the foam precursor chemical from said first intermediate bulk container and containing the foam precursor chemical therein, a first supply line connected to said bottom drain of said first intermediate bulk container and to the tube near a bottom of the tube such that the interior of the tube of the first batcher stand and the container are in fluid communication, a first batcher pump positioned in said first batcher stand such that foam precursor chemical can be drawn upwardly by a suction end of the batcher pump inserted down into the tube of the first batcher stand and expelled into a supply line to the foam machine. a first intermediate bulk container having a top opening and a bottom drain and containing a first foam precursor chemical, a first batcher stand comprising an upright tube for receiving the foam precursor chemical from said first intermediate bulk container and containing the foam precursor chemical therein, a first supply line connected to said bottom drain of said first intermediate bulk container and to the tube near a bottom of the tube such that the interior of the tube of the first batcher stand and the container are in fluid communication, a first batcher pump positioned in said first batcher stand such that foam precursor chemical can be drawn upwardly by a suction end of the batcher pump inserted down into the tube of the first batcher stand and expelled into a supply line to the foam machine.
A fluidized-bed reaction vessel configured to cause metallurgical grade silicon powder and hydrogen chloride gas to react with each other for production of trichlorosilane, the fluidized-bed reaction vessel comprising: - a container body having a bottom surface; and - a plurality of ejection nozzles standing on the bottom surface, - the ejection nozzles each having at least one gas ejection opening configured to allow the hydrogen chloride gas to be ejected sideways, - the plurality of ejection nozzles including at least one first ejection nozzle adjacent to an outer wall of the container body, the at least one gas ejection opening of the at least one first ejection nozzle being configured to prevent the hydrogen chloride gas to be ejected toward the outer wall, characterized in that - the plurality of ejection nozzles each include a double pipe including an upper-surface blocked outer pipe and an inner pipe, - the inner pipe has an inner-pipe opening through which the hydrogen chloride gas is ejected into a space between the upper-surface blocked outer pipe and the inner pipe, - the at least one gas ejection opening is present in the upper-surface blocked outer pipe at a position below the inner-pipe opening so as to allow the hydrogen chloride gas to be ejected in the container body, and - an angle is formed by (i) a straight line connecting a lower end of the inner-pipe opening and an upper end of the at least one gas ejection opening with each other and (ii) a horizontal line, the angle being larger than a repose angle of the metallurgical grade silicon powder. - a container body having a bottom surface; and - a plurality of ejection nozzles standing on the bottom surface, - the ejection nozzles each having at least one gas ejection opening configured to allow the hydrogen chloride gas to be ejected sideways, - the plurality of ejection nozzles including at least one first ejection nozzle adjacent to an outer wall of the container body, the at least one gas ejection opening of the at least one first ejection nozzle being configured to prevent the hydrogen chloride gas to be ejected toward the outer wall, characterized in that - the plurality of ejection nozzles each include a double pipe including an upper-surface blocked outer pipe and an inner pipe, - the inner pipe has an inner-pipe opening through which the hydrogen chloride gas is ejected into a space between the upper-surface blocked outer pipe and the inner pipe, - the at least one gas ejection opening is present in the upper-surface blocked outer pipe at a position below the inner-pipe opening so as to allow the hydrogen chloride gas to be ejected in the container body, and - an angle is formed by (i) a straight line connecting a lower end of the inner-pipe opening and an upper end of the at least one gas ejection opening with each other and (ii) a horizontal line, the angle being larger than a repose angle of the metallurgical grade silicon powder.
A method of making a polyether-polydialkylsiloxane block copolymer comprising: i) providing a mixture comprising at least one alkylene oxide and at least one silanol-terminated polydialkylsiloxane; and ii) polymerizing the mixture in the presence of a double metal cyanide complex catalyst, and optionally in the presence of an aprotic solvent and/or an antioxidant. i) providing a mixture comprising at least one alkylene oxide and at least one silanol-terminated polydialkylsiloxane; and ii) polymerizing the mixture in the presence of a double metal cyanide complex catalyst, and optionally in the presence of an aprotic solvent and/or an antioxidant.