mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by one or more hardware processors for detecting virtual local area network, VLAN, misconfiguration, the method comprising the steps of: collecting, from a plurality of access points, APs, (102a, 102b, 102c 102d), communication statistics of first network communications occurring over a plurality of uniquely identified VLANs (VLAN1, VLAN2, VLAN3); categorizing each of the VLANs (VLAN1, VLAN2, VLAN3) based on the communication statistics, wherein the step of categorizing comprises assigning a first category to a first VLAN (VLAN1) of the plurality of uniquely identified VLANs (VLAN1, VLAN2, VLAN3); detecting errors in second network communications on the first VLAN (VLAN1) at a first AP of the plurality of APs (102a, 102b, 102c 102d), the first AP configured to forward traffic of the first VLAN (VLAN1) to a port on a network component ; determining a second category of the second network communications; comparing the first category with the second category; and generating an output based on the comparison. collecting, from a plurality of access points, APs, (102a, 102b, 102c 102d), communication statistics of first network communications occurring over a plurality of uniquely identified VLANs (VLAN1, VLAN2, VLAN3); categorizing each of the VLANs (VLAN1, VLAN2, VLAN3) based on the communication statistics, wherein the step of categorizing comprises assigning a first category to a first VLAN (VLAN1) of the plurality of uniquely identified VLANs (VLAN1, VLAN2, VLAN3); detecting errors in second network communications on the first VLAN (VLAN1) at a first AP of the plurality of APs (102a, 102b, 102c 102d), the first AP configured to forward traffic of the first VLAN (VLAN1) to a port on a network component ; determining a second category of the second network communications; comparing the first category with the second category; and generating an output based on the comparison.
An optoelectronic device, comprising: - a substrate having a top surface , - a cover element attached to the substrate above the top surface , the cover element having a rear surface facing the top surface of the substrate , - a detection element , which is provided for detecting electromagnetic radiation, arranged at the top surface of the substrate , and - a further element , which is provided for directing electromagnetic radiation, arranged above the detection element , the further element being a refractive element , - a dielectric layer arranged between the substrate and the cover element , - the detection element is arranged in the dielectric layer , - a metal layer arranged in the dielectric layer , and - a through-substrate interconnection arranged in the substrate and contacting the metal layer , characterized in that - the refractive element is formed by a portion of the cover element at the rear surface . - a substrate having a top surface , - a cover element attached to the substrate above the top surface , the cover element having a rear surface facing the top surface of the substrate , - a detection element , which is provided for detecting electromagnetic radiation, arranged at the top surface of the substrate , and - a further element , which is provided for directing electromagnetic radiation, arranged above the detection element , the further element being a refractive element , - a dielectric layer arranged between the substrate and the cover element , - the detection element is arranged in the dielectric layer , - a metal layer arranged in the dielectric layer , and - a through-substrate interconnection arranged in the substrate and contacting the metal layer , characterized in that - the refractive element is formed by a portion of the cover element at the rear surface .
A stylus capable of bidirectionally communicating with a sensor controller , comprising: a receiver adapted to receive an uplink signal sent by the sensor controller ; characterized by a controller adapted to determine, on the basis of the uplink signal, whether a signal having a predetermined waveform is to be continuously sent over a second time period (T2) or to be continuously sent over a first time period (T1) longer than the second time period (T2); and a transmitter adapted to continuously send the signal having the predetermined waveform over the first time period (T1) or the second time period (T2) on the basis of a result of determination by the controller . a receiver adapted to receive an uplink signal sent by the sensor controller ; characterized by a controller adapted to determine, on the basis of the uplink signal, whether a signal having a predetermined waveform is to be continuously sent over a second time period (T2) or to be continuously sent over a first time period (T1) longer than the second time period (T2); and a transmitter adapted to continuously send the signal having the predetermined waveform over the first time period (T1) or the second time period (T2) on the basis of a result of determination by the controller .
Use of a hollow fibre membrane module for osmotic membrane distillation of a fluid, the hollow fibre membrane module having a shell-side configuration comprising: a hollow fibre bundle comprising a plurality of hollow fibre membranes ; a perforated hollow internal core inside the bundle; at least one plug located part way within the internal core and such that there is at least one perforation on either side of the plug ; a housing comprising a shell , shell ends , a shell inlet for a shell fluid, a shell outlet for the shell fluid; and a lumen outlet for a lumen fluid, wherein the housing contains the hollow fibre bundle and internal core , the shell inlet is fluidly connected to one end of the internal core , the shell outlet is fluidly connected to the other end of the internal core , and the lumen outlet is fluidly connected to an end of each hollow fibre membrane ; seals within the housing preventing fluid communication between the shell fluid and the lumen fluid; and at least one bundle baffle within the hollow fibre bundle between at least one perforation on the shell inlet side of the internal core and at least one perforation on the shell outlet side of the internal core ; wherein the membrane module comprises at least one flow distributor within the hollow internal core , wherein the housing comprises a lumen inlet for the lumen fluid and the lumen inlet is fluidly connected to the other end of each hollow fibre membrane , and wherein the flow distributor comprises a core baffle . a hollow fibre bundle comprising a plurality of hollow fibre membranes ; a perforated hollow internal core inside the bundle; at least one plug located part way within the internal core and such that there is at least one perforation on either side of the plug ; a housing comprising a shell , shell ends , a shell inlet for a shell fluid, a shell outlet for the shell fluid; and a lumen outlet for a lumen fluid, wherein the housing contains the hollow fibre bundle and internal core , the shell inlet is fluidly connected to one end of the internal core , the shell outlet is fluidly connected to the other end of the internal core , and the lumen outlet is fluidly connected to an end of each hollow fibre membrane ; seals within the housing preventing fluid communication between the shell fluid and the lumen fluid; and at least one bundle baffle within the hollow fibre bundle between at least one perforation on the shell inlet side of the internal core and at least one perforation on the shell outlet side of the internal core ; wherein the membrane module comprises at least one flow distributor within the hollow internal core , wherein the housing comprises a lumen inlet for the lumen fluid and the lumen inlet is fluidly connected to the other end of each hollow fibre membrane , and wherein the flow distributor comprises a core baffle .
Device for lifting an object from a deck of a vessel subject to movements in a heave direction , the device comprising: - a support platform to be provided onto the deck and having a support surface for the object provided at a first height in the heave direction relative to the deck ; - a lifting crane configured to take up the object from the support surface at a lifting point thereof at a lifting speed; and - an actuator system configured to lower the support surface relative to the deck at the instant in time the object is lifted from the surface to a second height in the heave direction at a lowering speed, wherein the actuator system comprises a base platform structure providing a base surface and distance-varying means provided between the support surface and the base surface and configured to vary the distance in the heave direction between the support surface and the base surface ; characterized in that the base platform structure is configured to be moved across the deck of the vessel in at least one of the surge and sway directions to a position underneath the support surface . - a support platform to be provided onto the deck and having a support surface for the object provided at a first height in the heave direction relative to the deck ; - a lifting crane configured to take up the object from the support surface at a lifting point thereof at a lifting speed; and - an actuator system configured to lower the support surface relative to the deck at the instant in time the object is lifted from the surface to a second height in the heave direction at a lowering speed, wherein the actuator system comprises a base platform structure providing a base surface and distance-varying means provided between the support surface and the base surface and configured to vary the distance in the heave direction between the support surface and the base surface ; characterized in that the base platform structure is configured to be moved across the deck of the vessel in at least one of the surge and sway directions to a position underneath the support surface .
A system comprising a set of equipment items , said equipment items comprising one or more nominal equipment items and one or more redundant equipment items , a redundant equipment item being associated with one or more nominal equipment items , the system comprising n channels linked to said equipment items, the channels linked to the equipment items being input or output channels of the equipment items, the system comprising at least one redundancy matrix of n × m dimension configured to route the signals of a channel from a given equipment item to a redundant equipment item associated with said given equipment item or to another nominal equipment item , in response to the detection of a rerouting-triggering event relating to an equipment item, characterised in that each redundancy matrix is represented by a connection grid having a matrix representation comprising rows and columns, each row corresponding to a channel C i,0 ≤ i < n of the system and each column corresponding to an equipment item of the system, and in that the connection grid comprises a set of connection points corresponding to a point of intersection between a channel and an equipment item, said points of connection of the connection grid comprising at least: - all of the points of intersection of a nominal path comprising the points of intersection of the connection grid situated on a nominal diagonal of the connection grid, between each row corresponding to a channel of given index i and a column corresponding to a nominal equipment item of the same index i, and - all of the points of intersection of a redundant path comprising the points of intersection of the connection grid situated at the intersection between each row corresponding to a channel C; of given index i and a column corresponding to a redundant element of index f(i) such that the function f is a defined surjective function of the set [[0; n - 1]] on [[0; m - n - 1]] for any index i , the redundancy matrix being implemented in the form of a circuit comprising a plurality of switches arranged according to the connection grid. - all of the points of intersection of a nominal path comprising the points of intersection of the connection grid situated on a nominal diagonal of the connection grid, between each row corresponding to a channel of given index i and a column corresponding to a nominal equipment item of the same index i, and - all of the points of intersection of a redundant path comprising the points of intersection of the connection grid situated at the intersection between each row corresponding to a channel C; of given index i and a column corresponding to a redundant element of index f(i) such that the function f is a defined surjective function of the set [[0; n - 1]] on [[0; m - n - 1]] for any index i ,
An optically variable element , in particular security element, having a transparent carrier layer , an at least partly transparent reflective layer which is formed on the carrier layer , and a transparent embedding layer which is formed on the reflective layer , wherein the reflective layer is structured in a motif region such that said layer forms a multiplicity of partly transparent micromirrors which present a perceptible motif upon plan viewing of the motif region from one viewing direction (B1) due to specular reflection of incident light from one direction (L1), wherein the minimal lateral dimensions of the micromirrors amount to at least 5 μm, and wherein the refractive indices of the carrier layer and of the embedding layer differ in the visible spectrum by no more than 0.2 in order that the motif perceptible in plan view is not recognizable upon transmission viewing of the motif region.
A battery module comprising: a cell block assembly comprising a battery cell stack in which a plurality of battery cells are stacked and a busbar frame mounted on at least one of the front and rear surfaces of the battery cell stack , a module frame that houses the cell block assembly and is opened in the front and rear surfaces, an upper plate that covers the upper surface and front and rear surfaces of the cell block assembly ; and a cross beam that is disposed adjacent to a side surface part of the upper plate covering the front and rear surfaces of the cell block assembly , and is formed in a straight line shape , wherein the cell block assembly comprises a first cell block assembly and a second cell block assembly arranged side by side in a longitudinal direction of the battery cell, and wherein the first cell block assembly and the second cell block assembly are arranged separately from each other so that the busbar frames mounted on the first and second cell block assemblies face each other, characterized in that a coolant flow path is formed inside the cross beam , and the coolant flows through the coolant flow path. a cell block assembly comprising a battery cell stack in which a plurality of battery cells are stacked and a busbar frame mounted on at least one of the front and rear surfaces of the battery cell stack , a module frame that houses the cell block assembly and is opened in the front and rear surfaces, an upper plate that covers the upper surface and front and rear surfaces of the cell block assembly ; and a cross beam that is disposed adjacent to a side surface part of the upper plate covering the front and rear surfaces of the cell block assembly , and is formed in a straight line shape , wherein the cell block assembly comprises a first cell block assembly and a second cell block assembly arranged side by side in a longitudinal direction of the battery cell, and wherein the first cell block assembly and the second cell block assembly are arranged separately from each other so that the busbar frames mounted on the first and second cell block assemblies face each other, characterized in that a coolant flow path is formed inside the cross beam , and the coolant flows through the coolant flow path.
A polymer profile frame for a vehicle window unit , comprising: a base portion , a flexible lip extending along and out from the base portion , and at least one bend portion to be applied at a corner portion of a window substrate , wherein the bend portion has a V-shaped notch formed so as to extend completely through the base portion and part-way through the flexible lip , thereby leaving a residual lip portion adjacent the notch , characterised in that the residual lip portion comprises a flexible linear member integrally molded within the residual lip portion . a base portion , a flexible lip extending along and out from the base portion , and at least one bend portion to be applied at a corner portion of a window substrate , wherein the bend portion has a V-shaped notch formed so as to extend completely through the base portion and part-way through the flexible lip , thereby leaving a residual lip portion adjacent the notch ,
A refrigeration cycle device, comprising: a refrigerant circuit configured to cause refrigerant to circulate; a heat exchanger unit that houses a heat exchanger of the refrigerant circuit ; and a controller configured to control the heat exchanger unit , the heat exchanger unit being provided with an air-sending fan and an electrical refrigerant detector , the controller being configured to cause the air-sending fan to run, characterized in that the controller is configured to disregard a detection signal from the refrigerant detector when a rotational speed of the air-sending fan is equal to or greater than a first threshold value, even if the controller detects a leakage of refrigerant on a basis of the detection signal from the refrigerant detector . a refrigerant circuit configured to cause refrigerant to circulate; a heat exchanger unit that houses a heat exchanger of the refrigerant circuit ; and a controller configured to control the heat exchanger unit , the heat exchanger unit being provided with an air-sending fan and an electrical refrigerant detector , the controller being configured to cause the air-sending fan to run, characterized in that the controller is configured to disregard a detection signal from the refrigerant detector when a rotational speed of the air-sending fan is equal to or greater than a first threshold value, even if the controller detects a leakage of refrigerant on a basis of the detection signal from the refrigerant detector .
A method for enforcing flow control of a software program in a processor, the method comprising: analyzing program code of the software program to identify a code pointer in the program code; generating an authentication tag for authenticating the code pointer at some point during the execution of the program code, wherein generating the authentication tag comprises applying a cryptographic algorithm to the code pointer, wherein inputs to the cryptographic algorithm include the code pointer, a secret key associated with the processor and context information associated with an execution environment associated with the program code; and modifying the code pointer in the program code with the authentication tag to generate a tagged code pointer. analyzing program code of the software program to identify a code pointer in the program code; generating an authentication tag for authenticating the code pointer at some point during the execution of the program code, wherein generating the authentication tag comprises applying a cryptographic algorithm to the code pointer, wherein inputs to the cryptographic algorithm include the code pointer, a secret key associated with the processor and context information associated with an execution environment associated with the program code; and modifying the code pointer in the program code with the authentication tag to generate a tagged code pointer.
Crystalline 6-(6-aminopyrazin-2-yl)-N-(4-(4-(oxetan-3-yl)piperazin-1-yl)phenyl)imidazo[1,2-a]pyrazin-8-amine monomesylate form I, characterized by an X-ray powder diffractogram comprising peaks at about 19.7, about 17.3, about 17.9, about 21.6, and about 25.8 °2θ.
Method for producing a graded metal-ceramic composite coating on a metallic cardiovascular implant, characterized in that the composite coating is applied via a hydrometallurgical method from an aqueous dispersion comprising dissolved metal salt or a dissolved metal compound and dispersed ceramic particles.
A cosmetic container comprising: an outer container including a first accommodating portion ; an inner container detachably coupled to an inner side of the first accommodating portion of the outer container and including a second accommodating portion accommodating an impregnation member impregnated with a cosmetic material; and a coupling portion coupled to a circumference of the second accommodating portion and including a first fixing portion extending downward from one side of an upper surface of the coupling portion toward an inner side of the second accommodating portion to prevent the impregnation member from coming out of the second accommodating portion, wherein the coupling portion further includes a second fixing portion spaced outward from a front end of the first fixing portion and pressing an area of an upper surface of the impregnation member , which is different from an area of the upper surface of the impregnation member pressed by the first fixing portion , to fix the impregnation member , wherein the second fixing portion protrudes further downward toward the inner side of the second accommodating portion than the first fixing portion , and the coupling portion is coupled to the first edge portion of the inner container and presses or supports at least a partial area of the impregnation member , which is accommodated in the second accommodating portion and is formed in a ring shape that has an open central portion so that the impregnation member is exposed to the outside through the open upper surface of the second accommodating portion . an outer container including a first accommodating portion ; an inner container detachably coupled to an inner side of the first accommodating portion of the outer container and including a second accommodating portion accommodating an impregnation member impregnated with a cosmetic material; and a coupling portion coupled to a circumference of the second accommodating portion and including a first fixing portion extending downward from one side of an upper surface of the coupling portion toward an inner side of the second accommodating portion to prevent the impregnation member from coming out of the second accommodating portion, wherein the coupling portion further includes a second fixing portion spaced outward from a front end of the first fixing portion and pressing an area of an upper surface of the impregnation member , which is different from an area of the upper surface of the impregnation member pressed by the first fixing portion , to fix the impregnation member , wherein the second fixing portion protrudes further downward toward the inner side of the second accommodating portion than the first fixing portion , and the coupling portion is coupled to the first edge portion of the inner container and presses or supports at least a partial area of the impregnation member , which is accommodated in the second accommodating portion and is formed in a ring shape that has an open central portion so that the impregnation member is exposed to the outside through the open upper surface of the second accommodating portion .