mhurhangee/patent-ind-claim-en huggingface dataset:
A pusher for delivering a medical implant, comprising: an elongated pusher body comprising a plurality of hypotubes, and having a proximal end and a distal end; and, a heater circuit comprising a heater located at said distal end of said elongated pusher body and configured to generate heat to sever a tether detachably coupling the medical implant to the elongated pusher body , a first electrical contact being tubular, located near said proximal end of said elongated pusher body and being in electrical communication with said heater via a first lead wire, and a second electrical contact being tubular, located proximally adjacent of the first electrical contact , and being in electrical communication with said heater via a second lead wire; characterized by : a third electrical contact that is a hypotube located proximally adjacent of the second electrical contact , being electrically isolated from said heater circuit and configured to be used by a power supply to sense if said pusher is seated in said power supply to deliver power to said first contact and said second contact. an elongated pusher body comprising a plurality of hypotubes, and having a proximal end and a distal end; and, a heater circuit comprising a heater located at said distal end of said elongated pusher body and configured to generate heat to sever a tether detachably coupling the medical implant to the elongated pusher body , a first electrical contact being tubular, located near said proximal end of said elongated pusher body and being in electrical communication with said heater via a first lead wire, and a second electrical contact being tubular, located proximally adjacent of the first electrical contact , and being in electrical communication with said heater via a second lead wire; characterized by : a third electrical contact that is a hypotube located proximally adjacent of the second electrical contact , being electrically isolated from said heater circuit and configured to be used by a power supply to sense if said pusher is seated in said power supply to deliver power to said first contact and said second contact.
Method for measuring the thickness of devices obtained by thermoforming a sheet of thermoplastic material on a positive mold characterized in that it comprises the steps consisting of: - inserting a plurality of reference targets onto the positive mold , prior to the image acquisition and model derivation steps ; - acquiring a plurality of images of the device obtained by thermoforming in configuration fitted on the positive mold and deriving therefrom a three-dimensional digital model of the assembly consisting of the positive mold and the device obtained by thermoforming fitted on the same ; - acquiring a plurality of images of the positive mold in the absence of the fitted thermoformed device and deriving therefrom a three-dimensional digital model of the positive mold alone; - aligning the acquired three-dimensional digital models; and subsequently - comparing the aligned three-dimensional digital models and calculating thicknesses of the thermoformed device on the basis of the differences detected by the comparison. - inserting a plurality of reference targets onto the positive mold , prior to the image acquisition and model derivation steps ; - acquiring a plurality of images of the device obtained by thermoforming in configuration fitted on the positive mold and deriving therefrom a three-dimensional digital model of the assembly consisting of the positive mold and the device obtained by thermoforming fitted on the same ; - acquiring a plurality of images of the positive mold in the absence of the fitted thermoformed device and deriving therefrom a three-dimensional digital model of the positive mold alone; - aligning the acquired three-dimensional digital models; and subsequently - comparing the aligned three-dimensional digital models and calculating thicknesses of the thermoformed device on the basis of the differences detected by the comparison.
A method for initiating remote installation of a licensed digital content item on an unlicensed computing machine without a license for the licensed digital content item , wherein a licensed computing machine with a license for the licensed digital content item is associated with a user and the unlicensed computing machine without the license is associated with another user, the method comprising: identifying (202; 302; 402), at the licensed computing machine , the unlicensed computing machine at which to install the licensed digital content item ; sending (204; 304; 404), from the licensed computing machine to an authorization service computing machine , a request to transfer the license for the licensed digital content item to the unlicensed computing machine ; if the licensed computing machine has the license and if the licensed digital content item is not being executed on the licensed computing machine approving by the authorization service computing machine temporary transfer of the license to the unlicensed computing machine ; preventing the licensed computing machine from executing the licensed digital content item whilst the license for the licensed digital content item has been transferred from the licensed computing machine to the unlicensed computing machine , wherein the license is transferred to the unlicensed computing machine when the unlicensed computing machine requests validation of the transfer from the authorization service computing machine , the request including credentials of the user. identifying (202; 302; 402), at the licensed computing machine , the unlicensed computing machine at which to install the licensed digital content item ; sending (204; 304; 404), from the licensed computing machine to an authorization service computing machine , a request to transfer the license for the licensed digital content item to the unlicensed computing machine ; if the licensed computing machine has the license and if the licensed digital content item is not being executed on the licensed computing machine approving by the authorization service computing machine temporary transfer of the license to the unlicensed computing machine ; preventing the licensed computing machine from executing the licensed digital content item whilst the license for the licensed digital content item has been transferred from the licensed computing machine to the unlicensed computing machine , wherein the license is transferred to the unlicensed computing machine when the unlicensed computing machine requests validation of the transfer from the authorization service computing machine , the request including credentials of the user.
A crystal form of the compound of formula (I): wherein n is 1, characterized by the following characteristic XRPD peaks: 7,48; 7,93; 10,15; 10,32; 12,72; 13,51; 16,18; 16,46; 18,08; 18,53; 18,94; 8,55; 17,79; 19,89; 19, 1; 20,2; 21,37; 22,96; 23,63; 24,87; 26,51; 28,09;28,61 and 25,82 ± 0.2 degrees /2 theta (CuKα2).
A method for deploying a task in a computer cluster forming a supercomputer that comprises: - computers , each having at least one network interface forming a node (1...16); and - a network interconnecting the nodes (1...16), comprising: • switches (1.1...4.8), each having network interfaces; and • links , each connecting either a node (1...16) and a network interface of a switch (1.1...1.8), or two network interfaces of two respective switches (2.1...4.8), the method comprising: - allocating nodes (1...16) to the task, the method being characterized in that it further comprises: - determining , in the network , a subnetwork interconnecting the allocated nodes, said subnetwork satisfying one or more predefined determination criteria comprising a first criterion according to which the subnetwork uses only links that are not allocated to any other already deployed task or that are allocated to fewer than N other already deployed tasks, where N is a predefined number of one or more; - allocating the subnetwork, and in particular the links belonging to this subnetwork, to the task; and - implementing inter-node communication routes in the allocated subnetwork. - computers , each having at least one network interface forming a node (1...16); and - a network interconnecting the nodes (1...16), comprising: • switches (1.1...4.8), each having network interfaces; and • links , each connecting either a node (1...16) and a network interface of a switch (1.1...1.8), or two network interfaces of two respective switches (2.1...4.8), • switches (1.1...4.8), each having network interfaces; and • links , each connecting either a node (1...16) and a network interface of a switch (1.1...1.8), or two network interfaces of two respective switches (2.1...4.8), the method comprising: - allocating nodes (1...16) to the task, - allocating nodes (1...16) to the task, the method being characterized in that it further comprises: - determining , in the network , a subnetwork interconnecting the allocated nodes, said subnetwork satisfying one or more predefined determination criteria comprising a first criterion according to which the subnetwork uses only links that are not allocated to any other already deployed task or that are allocated to fewer than N other already deployed tasks, where N is a predefined number of one or more; - allocating the subnetwork, and in particular the links belonging to this subnetwork, to the task; and - implementing inter-node communication routes in the allocated subnetwork. - determining , in the network , a subnetwork interconnecting the allocated nodes, said subnetwork satisfying one or more predefined determination criteria comprising a first criterion according to which the subnetwork uses only links that are not allocated to any other already deployed task or that are allocated to fewer than N other already deployed tasks, where N is a predefined number of one or more; - allocating the subnetwork, and in particular the links belonging to this subnetwork, to the task; and - implementing inter-node communication routes in the allocated subnetwork.
A method of wireless communication executed by a user equipment, UE, comprising: receiving , from a base station, a request for structured minimization of driving test, MDT, data, the requested data corresponding to at least one type of MDT measurement specified by the base station from a larger plurality of available MDT measurement types that can be performed by the UE, wherein the request for the structured MDT data comprises an indication that the base station supports non-real time streaming MDT data; and sending the data including results corresponding to the specified at least one type of MDT measurement to the base station. receiving , from a base station, a request for structured minimization of driving test, MDT, data, the requested data corresponding to at least one type of MDT measurement specified by the base station from a larger plurality of available MDT measurement types that can be performed by the UE, wherein the request for the structured MDT data comprises an indication that the base station supports non-real time streaming MDT data; and sending the data including results corresponding to the specified at least one type of MDT measurement to the base station.
A mounting arrangement for a display device, the mounting arrangement comprising a transparent cover arranged for receiving a display device against a rear face of the transparent cover so as to be visible through a front face of the transparent cover, and a retaining structure for holding the display device in place, the retaining structure comprising a chassis fixable in position relative to the cover , the chassis comprising at least one slot, the at least one slot defining at least one resilient finger , wherein the at least one resilient finger is arranged to extend alongside a rear face of the display device, a part of which bears against the rear face of the display device to resiliently urge the display device against the rear face of the transparent cover .
A method for preparing corneal tissue, comprising the following steps: • decellularizing the tissue in the presence of a polyalcohol by way of a detergent that is so gentle on the tissue that the structure in the intracellular matrix remains substantially unaffected. • decellularizing the tissue in the presence of a polyalcohol by way of a detergent that is so gentle on the tissue that the structure in the intracellular matrix remains substantially unaffected.
A method for inhibiting the formation of a water-based condensate from a heat exchanger apparatus operative for cooling a hot fluid to be cooled flowing from a hot fluid source, the heat exchanger apparatus comprising a container having disposed therein an indirect heat exchanger device and a direct heat exchanger device, the method comprising the steps of: wetting the direct heat exchanger device with a portion of the hot fluid to be cooled from a fluid distribution manifold section ; conveying the remaining portion of the hot fluid to be cooled through the indirect heat exchanger device without wetting the indirect heat exchanger device, said remaining portion of the hot fluid to be cooled having passed through the fluid distribution manifold section; draining, through a drain assembly within the container, the remaining portion of the hot fluid to be cooled into the heat exchanger apparatus after the remaining portion of the hot fluid to be cooled is conveyed through the indirect heat exchanger device; and causing ambient air to flow across both the indirect heat exchanger device and the direct heat exchanger device to generate hot humid air from the ambient air flowing across the direct heat exchanger device and hot dry air from the ambient air flowing across the indirect heat exchanger device. conveying the remaining portion of the hot fluid to be cooled through the indirect heat exchanger device without wetting the indirect heat exchanger device, said remaining portion of the hot fluid to be cooled having passed through the fluid distribution manifold section; draining, through a drain assembly within the container, the remaining portion of the hot fluid to be cooled into the heat exchanger apparatus after the remaining portion of the hot fluid to be cooled is conveyed through the indirect heat exchanger device; and causing ambient air to flow across both the indirect heat exchanger device and the direct heat exchanger device to generate hot humid air from the ambient air flowing across the direct heat exchanger device and hot dry air from the ambient air flowing across the indirect heat exchanger device.
A water-soluble film comprising a mixture of a water-soluble polyvinyl alcohol and a plasticizer blend comprising glycerol, sorbitol, and 2-methyl-1,3-propanediol, wherein (i) the plasticizer blend is present in an amount of at least 25 parts per one hundred parts water-soluble polyvinyl alcohol (PHR) and the water-soluble polyvinyl alcohol comprises an anionic group modified polyvinyl alcohol; or (ii) the plasticizer blend is present in an amount of at least 20 PHR, and the individual components are 6.0 PHR ≤ glycerol ≤ 13.5 PHR; 1.0 PHR ≤ sorbitol ≤ 5.0 PHR; and 10.0 PHR ≤ 2-methyl-1,3-propanediol ≤ 15.0 PHR. (i) the plasticizer blend is present in an amount of at least 25 parts per one hundred parts water-soluble polyvinyl alcohol (PHR) and the water-soluble polyvinyl alcohol comprises an anionic group modified polyvinyl alcohol; or (ii) the plasticizer blend is present in an amount of at least 20 PHR, and the individual components are 6.0 PHR ≤ glycerol ≤ 13.5 PHR; 1.0 PHR ≤ sorbitol ≤ 5.0 PHR; and 10.0 PHR ≤ 2-methyl-1,3-propanediol ≤ 15.0 PHR. 6.0 PHR ≤ glycerol ≤ 13.5 PHR; 1.0 PHR ≤ sorbitol ≤ 5.0 PHR; and 10.0 PHR ≤ 2-methyl-1,3-propanediol ≤ 15.0 PHR.
A mobile terminal for testing a wireless beacon (120 or 130) that is mounted in an elevator system and used for establishing a wireless connection with the mobile terminal and receiving service request commands, the wireless beacon (120 or 130) being at least coupled to an elevator controller of the elevator system , characterized in that the mobile terminal is configured to comprise: a connection testing module configured to test whether the wireless beacon (120 or 130) can successfully establish the wireless connection with the mobile terminal and/or configured to test whether the wireless beacon (120 or 130) can successfully establish a communication connection with the elevator controller ; and a service request testing module configured to send a service request test command to the wireless beacon (120 or 130) to enable the wireless beacon (120 or 130) to automatically complete a service request test on the wireless beacon (120 or 130). a connection testing module configured to test whether the wireless beacon (120 or 130) can successfully establish the wireless connection with the mobile terminal and/or configured to test whether the wireless beacon (120 or 130) can successfully establish a communication connection with the elevator controller ; and a service request testing module configured to send a service request test command to the wireless beacon (120 or 130) to enable the wireless beacon (120 or 130) to automatically complete a service request test on the wireless beacon (120 or 130).
Gaming and/or entertainment device with several separate display units , in particular monitors, for displaying information, wherein the display units form assemblies that can be installed independent from each other and at least one of the display units is provided with a touch panel for entering control commands through touch, characterised in that the touch panel extends continuously across at least a part of at least two different display units and across the border area or the gap between the at least two different display units; and wherein the touch panel forms a transparent visual front trim superimposed on the display units , which is inserted into a device housing and forms a front area of the device housing facing the device operating position.
A data processing apparatus comprising a line card , wherein the line card comprises: a first processing module , configured to determine, according to a correspondence between a first optical serial signal flow and a logical interface, the logical interface corresponding to the first optical serial signal flow, wherein bandwidth of the logical interface is configured to be first bandwidth, bandwidth of the first optical serial signal flow is less than or equal to the first bandwidth, the logical interface is corresponding to a first optical interface, and the first optical interface is corresponding to an optical fiber, or a channel that is in an optical fiber and is used to transmit an optical signal with a wavelength; a second processing module , configured to determine, according to a correspondence between the logical interface and the first optical interface and the logical interface that is determined by the first processing module , the first optical interface corresponding to the logical interface; and a scheduling module , configured to transmit the first optical serial signal flow through the first optical interface determined by the second processing module . a first processing module , configured to determine, according to a correspondence between a first optical serial signal flow and a logical interface, the logical interface corresponding to the first optical serial signal flow, wherein bandwidth of the logical interface is configured to be first bandwidth, bandwidth of the first optical serial signal flow is less than or equal to the first bandwidth, the logical interface is corresponding to a first optical interface, and the first optical interface is corresponding to an optical fiber, or a channel that is in an optical fiber and is used to transmit an optical signal with a wavelength; a second processing module , configured to determine, according to a correspondence between the logical interface and the first optical interface and the logical interface that is determined by the first processing module , the first optical interface corresponding to the logical interface; and a scheduling module , configured to transmit the first optical serial signal flow through the first optical interface determined by the second processing module .
A composition comprising: a poorly water-soluble agrochemical active compound; and a solid medium comprising a saponification product of polyvinyl acetate comprising at least one selected from the group consisting of a sulfonic acid group and a sulfonate group, wherein the poorly water-soluble agrochemical active compound is dispersed in the solid medium in an amorphous state or in a semi-amorphous state, and the poorly water-soluble agrochemical active compound refers to an agrochemical active compound that has a water solubility of less than 200 ppm at 25°C. a poorly water-soluble agrochemical active compound; and a solid medium comprising a saponification product of polyvinyl acetate comprising at least one selected from the group consisting of a sulfonic acid group and a sulfonate group, wherein the poorly water-soluble agrochemical active compound is dispersed in the solid medium in an amorphous state or in a semi-amorphous state, and the poorly water-soluble agrochemical active compound refers to an agrochemical active compound that has a water solubility of less than 200 ppm at 25°C.
A method for manufacturing a strained fermented dairy product comprising the following successive steps: (a) providing a dairy product, (b) adding a lactase and a culture of bacteria comprising at least one strain of thermophilic lactic acid bacteria and at least one strain of mesophilic lactic acid bacteria and fermenting the dairy product to obtain a fermented dairy product, and (c) separating a liquid whey from the fermented dairy product to obtain a strained fermented dairy product, wherein the lactase is added before the culture of bacteria. (a) providing a dairy product, (b) adding a lactase and a culture of bacteria comprising at least one strain of thermophilic lactic acid bacteria and at least one strain of mesophilic lactic acid bacteria and fermenting the dairy product to obtain a fermented dairy product, and (c) separating a liquid whey from the fermented dairy product to obtain a strained fermented dairy product,
A stepless liftable device, comprises a mounting member and a movable pipe configured to be lifted up and lowered down and be disposed on the mounting member , wherein the stepless liftable device further comprises a mounting base fixedly disposed on the mounting member , the movable pipe is configured to be lifted up and lowered down and is disposed on the mounting base , the mounting base comprises a mounting cavity facing the movable pipe , one or more sliders and one or more elastic bodies are disposed in the mounting cavity , the one or more sliders are configured to slide relative to the mounting base , the one or more sliders define sliding directions obliquely arranged and are further away from the movable pipe when their positions become higher, the one or more sliders are disposed with friction layers, the one or more elastic bodies are connected to the one or more sliders to generate downward elastic forces along the sliding directions of the one or more sliders , and the friction layers cooperate with an outer wall of the movable pipe to generate friction forces, wherein the mounting member extends inward to define a mounting hole , the mounting base is fixedly disposed in the mounting hole , a fixing member is further fixedly connected to the mounting hole , and the mounting base is fixedly disposed in the mounting member through the fixing member .