mhurhangee/patent-ind-claim-en huggingface dataset:
A system for planning a creation of a cement bore in a bone comprising: a bone modeler module for obtaining a virtual model of a bone, the model of the bone including a proximal bone surface, a distal bone surface, and a depth profile between the proximal bone surface and the distal bone surface; and a depth image generator module for obtaining a planned positioning of a first implant selected to be implanted in the proximal bone surface, for obtaining an identity of at least one tool used to alter the proximal bone surface to receive the first implant in the planned positioning and obtaining geometry data for the at least one tool , characterized in that the depth image generator module is configured to: calculate a cement bore required in the bone using the geometry data of the at least one tool and the planned positioning of the first implant , and output the virtual model of the bone with the cement bore indicative of a relation between the cement bore and the distal bone surface. a bone modeler module for obtaining a virtual model of a bone, the model of the bone including a proximal bone surface, a distal bone surface, and a depth profile between the proximal bone surface and the distal bone surface; and a depth image generator module for obtaining a planned positioning of a first implant selected to be implanted in the proximal bone surface, for obtaining an identity of at least one tool used to alter the proximal bone surface to receive the first implant in the planned positioning and obtaining geometry data for the at least one tool , characterized in that the depth image generator module is configured to: calculate a cement bore required in the bone using the geometry data of the at least one tool and the planned positioning of the first implant , and output the virtual model of the bone with the cement bore indicative of a relation between the cement bore and the distal bone surface. calculate a cement bore required in the bone using the geometry data of the at least one tool and the planned positioning of the first implant , and output the virtual model of the bone with the cement bore indicative of a relation between the cement bore and the distal bone surface.
A photovoltaic device , comprising: a layer stack ; a back contact layer ; and an absorber layer disposed on the layer stack, the absorber layer comprising a front interface and a back interface; wherein: the absorber layer is an alloy comprising cadmium, tellurium and selenium; an atomic concentration of selenium varies non-linearly across a thickness of the absorber layer; the absorber layer includes a varying concentration of selenium such that there is a higher concentration of selenium near the front interface relative to the back interface; the absorber layer has a band gap which varies across a thickness of the absorber layer; the band gap is lower at the front interface of the absorber layer relative to the back interface of the absorber layer; wherein a peak of a Se/(Se+Te) ratio of the absorber layer is located at or adjacent the front interface of the absorber layer; and wherein, the peak of the Se/(Se+Te) ratio of the absorber layer is less than or equal to 0.40 and band gap of the alloy is given by: E g,alloy = x E g,CdSe + (1-x) E g,CdTe -bx(1-x). a layer stack ; a back contact layer ; and an absorber layer disposed on the layer stack, the absorber layer comprising a front interface and a back interface; wherein: the absorber layer is an alloy comprising cadmium, tellurium and selenium; an atomic concentration of selenium varies non-linearly across a thickness of the absorber layer; the absorber layer includes a varying concentration of selenium such that there is a higher concentration of selenium near the front interface relative to the back interface; the absorber layer has a band gap which varies across a thickness of the absorber layer; the band gap is lower at the front interface of the absorber layer relative to the back interface of the absorber layer; wherein a peak of a Se/(Se+Te) ratio of the absorber layer is located at or adjacent the front interface of the absorber layer; and wherein, the peak of the Se/(Se+Te) ratio of the absorber layer is less than or equal to 0.40 and band gap of the alloy is given by: E g,alloy = x E g,CdSe + (1-x) E g,CdTe -bx(1-x). the absorber layer is an alloy comprising cadmium, tellurium and selenium; an atomic concentration of selenium varies non-linearly across a thickness of the absorber layer; the absorber layer includes a varying concentration of selenium such that there is a higher concentration of selenium near the front interface relative to the back interface; the absorber layer has a band gap which varies across a thickness of the absorber layer; the band gap is lower at the front interface of the absorber layer relative to the back interface of the absorber layer; wherein a peak of a Se/(Se+Te) ratio of the absorber layer is located at or adjacent the front interface of the absorber layer; and wherein, the peak of the Se/(Se+Te) ratio of the absorber layer is less than or equal to 0.40 and band gap of the alloy is given by: E g,alloy = x E g,CdSe + (1-x) E g,CdTe -bx(1-x).
A system, comprising: a processor configured to: monitor network traffic on a service provider network at a security platform to identify a new session, wherein the service provider network includes a 5G network, wherein the monitoring of the network traffic comprises to: identify a create context request service operation or a create service operation in the network traffic; extract network name information for user traffic associated with the new session at the security platform, comprising to: extract Data Network Name, DNN, from the create context request service operation or the create service operation of the network traffic, the DNN being equivalent to an Access Point Name, APN; and determine a security policy to apply at the security platform to the new session based on the network name information; and a memory coupled to the processor and configured to provide the processor with instructions. a processor configured to: monitor network traffic on a service provider network at a security platform to identify a new session, wherein the service provider network includes a 5G network, wherein the monitoring of the network traffic comprises to: identify a create context request service operation or a create service operation in the network traffic; extract network name information for user traffic associated with the new session at the security platform, comprising to: extract Data Network Name, DNN, from the create context request service operation or the create service operation of the network traffic, the DNN being equivalent to an Access Point Name, APN; and determine a security policy to apply at the security platform to the new session based on the network name information; and monitor network traffic on a service provider network at a security platform to identify a new session, wherein the service provider network includes a 5G network, wherein the monitoring of the network traffic comprises to: identify a create context request service operation or a create service operation in the network traffic; extract network name information for user traffic associated with the new session at the security platform, comprising to: extract Data Network Name, DNN, from the create context request service operation or the create service operation of the network traffic, the DNN being equivalent to an Access Point Name, APN; and determine a security policy to apply at the security platform to the new session based on the network name information; and extract Data Network Name, DNN, from the create context request service operation or the create service operation of the network traffic, the DNN being equivalent to an Access Point Name, APN; and determine a security policy to apply at the security platform to the new session based on the network name information; and a memory coupled to the processor and configured to provide the processor with instructions.
Method, implemented by a , for helping the remote diagnosis of a vehicle comprising a plurality of computers, at least two computers of which implement a different diagnostic protocol, a first computer of which is able to exchange data remotely with the diagnostic help equipment , said computers communicating with each other by means of at least one data bus comprising the following steps: - downloading a list of computers from a vehicle database , - determining for each computer in the list, a diagnostic protocol for dialoguing with said computer, - sending for each computer at least one diagnostic request according to the determined diagnostic protocol, - receipt of at least one response to the diagnostic request sent, - updating of a diagnostic database (12.1) from the response received the determination of a protocol for a computer comprising : - selecting (32.1) a protocol from a set of protocols compatible with the computer, - sending (32.2) a query with the selected protocol to the computer, - waiting (32.3) for a response from the computer, - if a response is received, the configuration (32.4) of the diagnostic help equipment to communicate with the computer according to the protocol selected, - if no response is received, repeat the selection step by removing the protocol from the set of compatible protocols. - downloading a list of computers from a vehicle database , - determining for each computer in the list, a diagnostic protocol for dialoguing with said computer, - sending for each computer at least one diagnostic request according to the determined diagnostic protocol, - receipt of at least one response to the diagnostic request sent, - updating of a diagnostic database (12.1) from the response received the determination of a protocol for a computer comprising : - selecting (32.1) a protocol from a set of protocols compatible with the computer, - sending (32.2) a query with the selected protocol to the computer, - waiting (32.3) for a response from the computer, - if a response is received, the configuration (32.4) of the diagnostic help equipment to communicate with the computer according to the protocol selected, - if no response is received, repeat the selection step by removing the protocol from the set of compatible protocols.
An air vehicle comprising a main body and a pair of opposing wing members extending substantially laterally from the main body having a principal axis orthogonal to the longitudinal axis of said wing members, at least a first propulsion device associated with a first of said wing members arranged and configured to generate a linear thrust relative to the main body in a first direction, and a second propulsion device associated with a second of said wing members arranged and configured to generate linear thrust relative to said main body in a second, substantially opposite, direction such that said wing members and said main body are caused to rotate about said principal axis, in use, the air vehicle further comprising an imaging system configured to cover a substantially 360° imaging area about said principal axis and comprising at least one electro-optic sensor mounted on a support member and having a field of view covering a portion of said imaging area, said support member being mounted on said air vehicle, said imaging system further comprising a control module configured to define an object or region of interest in relation to said air vehicle, determine a nominal sensor field of view incorporating said object or region of interest, and obtain sequential image data only from a sensor having a field of view matching said nominal field of view as said air vehicle completes a rotary cycle, wherein said support member is rotatably mounted on said air vehicle and configured to rotate, in use, at substantially the same speed as, and in the opposite direction to, said air vehicle about said principal axis, such that said object or region of interest is substantially maintained within the field of view of a single electro-optic sensor.
A peptide consisting of amino acid represented by SEQ ID NO: 1 or 2.
A hardware processor comprising: an execution unit to execute an instruction to request access to a block of a memory through a pointer to the block of the memory ; and a memory management unit to allow access to the block of the memory when a memory corruption detection value in the pointer is validated with a memory corruption detection value in the memory for the block , characterized in that a position of the memory corruption detection value in the pointer is software-selectable between a first location and a second, different location. an execution unit to execute an instruction to request access to a block of a memory through a pointer to the block of the memory ; and a memory management unit to allow access to the block of the memory when a memory corruption detection value in the pointer is validated with a memory corruption detection value in the memory for the block , characterized in that a position of the memory corruption detection value in the pointer is software-selectable between a first location and a second, different location.
A cladding device for sound insulation, in particular in cabins in the area of housings of a vehicle, a machine tool or the like, consisting of a support plate and an insulating panel , which are connected to one another over their surface and whose contour is adapted to the respective geometry of the cabin, characterized in that the support plate and the insulating panel are separated in pairs in the form of an assembly and that each of the assemblies is locked to adjacent assemblies in the manner of a plug-in system , in that the respective plug-in system consists of plug-in pins and receiving openings , which can be connected to one another, and in that the plug-in pins are integrally formed on the support plate so as to project from the insulating panel that is mounted thereto, in that the receiving openings are incorporated in one of the adjacent support plates , and in that the receiving openings are covered by the insulating panels adjacent thereto, in that the plug-in pins and the respective receiving openings to be connected thereto have an interlocking contour in the manner of an undercut, and in that the support plate is made of a polyurethane soft foam and the insulating panel is made of a heavy insulating foil on the basis of a POE/LDPE with inorganic fillers and that the connection between the respective support plate and the insulating panel takes place in a two-part moulding tool during the deformation.
Thermal appliance comprising a blanket and a heating element distributed inside the blanket , and a power control unit which is electrically connectable on one side to said heating element and on the other side to a power outlet of the AC power supply network via a power plug , wherein said thermal appliance further comprises at least a first switching device and a second switching device which are capable of allowing or not the passage of the current, said power control unit comprises at its inside an electronic command device which is able to simultaneously activate/deactivate both said first and second switching device, wherein said first and second switching devices are arranged so that said first switching device is able to interrupt the power supply of the thermal appliance on one pole and said second switching device is able to interrupt the power supply of the thermal appliance on the opposite pole , characterized in that said first switching device and said second switching device are arranged one separate from the other on said opposite poles , and in that the thermal appliance is free of a verification device suitable for verifying the polarization direction with which said power plug has been inserted into said power outlet of the AC power supply network.
A geothermal energy recovery and/or electricity production station including a well drilled vertically from the earth's surface and from which branches extend, the vertically drilled well is a well with a diameter greater than 2 m, characterised in that the interior space of at least some branches is in fluid connection with a collecting tank placed in the well , and in that said station further includes a closed fluid loop with an energy recovery device disposed in the well , a first fluid connection between the collecting tank and the energy recovery device and a second fluid connection between the energy recovery device and the collecting tank .
A management node for resource scheduling in a datacenter comprising: a resource scheduler, wherein the resource scheduler is configured for performing application modeling or profiling, wherein application modeling or profiling comprises determining a frequency and an extent of a resource usage of each application operating in the datacenter and creating a joint application profile for the datacenter by aggregating profiles of all applications operating in the datacenter; performing workload estimation for an individual timeslot based on the joint application profile over a time period corresponding to the individual timeslot; performing workload mapping by determining a Multi-Resource Schedulable Unit, MRSU, for the individual timeslot and allocating an integer number of MRSUs to each application of each tenant, wherein a MRSU is a dynamically allocatable group of correlated processor resources, processing memory resources, storage resources, and network resources; and performing continuous optimization by re-allocating over-allocated or idle resources upon demand. a resource scheduler, wherein the resource scheduler is configured for performing application modeling or profiling, wherein application modeling or profiling comprises determining a frequency and an extent of a resource usage of each application operating in the datacenter and creating a joint application profile for the datacenter by aggregating profiles of all applications operating in the datacenter; performing workload estimation for an individual timeslot based on the joint application profile over a time period corresponding to the individual timeslot; performing workload mapping by determining a Multi-Resource Schedulable Unit, MRSU, for the individual timeslot and allocating an integer number of MRSUs to each application of each tenant, wherein a MRSU is a dynamically allocatable group of correlated processor resources, processing memory resources, storage resources, and network resources; and performing continuous optimization by re-allocating over-allocated or idle resources upon demand.
Method for analyzing an operation of a power semiconductor device (PS1, PS2, PS3), wherein the method comprises - providing a set of reference voltages (Vn, Vn+1) of the device (PS1, PS2, PS3) and a set of corresponding reference currents (In, In+1); - measuring an on-state voltage (Vmeas) and a corresponding on-state current (Imeas) of the device (PS1, PS2, PS3) to obtain a measurement point (MP); - adapting the set of reference voltages (Vn, Vn+1) by adapting those two of the set of reference voltages (Vn, Vn+1) lying closest to the measurement point (MP) by extrapolating the measurement point (MP), wherein the extrapolation is based on a predefined reference increment current (ΔI) and a predefined reference increment voltage (ΔV); and - using the adapted set of reference voltages to analyze the operation of the power semiconductor device (PS1, PS2, PS3). - providing a set of reference voltages (Vn, Vn+1) of the device (PS1, PS2, PS3) and a set of corresponding reference currents (In, In+1); - measuring an on-state voltage (Vmeas) and a corresponding on-state current (Imeas) of the device (PS1, PS2, PS3) to obtain a measurement point (MP); - adapting the set of reference voltages (Vn, Vn+1) by adapting those two of the set of reference voltages (Vn, Vn+1) lying closest to the measurement point (MP) by extrapolating the measurement point (MP), wherein the extrapolation is based on a predefined reference increment current (ΔI) and a predefined reference increment voltage (ΔV); and - using the adapted set of reference voltages to analyze the operation of the power semiconductor device (PS1, PS2, PS3).
A method, comprising: at a first network component : determining that an application being executed by a user equipment, UE, is being serviced by a first edge application server, EAS ; determining that the first EAS is no longer suitable to service the application; sending a capability inquiry message to a second EAS ; receiving , from the second EAS, a response to the capability inquiry message, the response comprising capability information for the second EAS; and selecting the second EAS to service the application, wherein the selecting the second EAS is based at least on the capability information. determining that an application being executed by a user equipment, UE, is being serviced by a first edge application server, EAS ; determining that the first EAS is no longer suitable to service the application; sending a capability inquiry message to a second EAS ; receiving , from the second EAS, a response to the capability inquiry message, the response comprising capability information for the second EAS; and selecting the second EAS to service the application, wherein the selecting the second EAS is based at least on the capability information.
Method for producing a fiber web (W), in which method furnish is fed from at least one head box to at least one forming section for forming the furnish to the fiber web, the fiber web is pressed in a press section , the fiber web is dried in at least one drying section , the fiber web is calendered in at least one calender and reeled in a reel-up , wherein in drying of a fiber web (W) thermal energy of the fiber web (W) is utilized such that difference of partial steam pressures of the fiber web (W) and the ambient air is created by providing dry gas blows having relative humidity at the most 70 % on at least one surface of the fiber web whereby thermal energy of the fiber web is utilized for evaporation of moisture from the fiber web and that the fiber web is run 7 - 20 m, advantageously 10 - 15 meters before the calendering or the reeling.
An anode active material, comprising: an amorphous carbon material in which a ratio of moieties having a distance d 002 of 3.77 Å or more between crystal planes is 4 % to 15 % based on the entire crystal plane distance distribution.