mhurhangee/ep-ind-claims huggingface dataset:
A customer service system comprising: a customer service representative workstation including a customer service representative headset operably connected to an audio communication network to receive audio communications from a customer, and a display to display a customer management relationship application having editable data fields, characterized in that said customer service representative workstation comprises a processor operably connected to an application server to download a voice overlay for the customer management relationship application; a toggle switch to selectively couple the audio communication network to the processor and disconnect audio communication from the customer service representative to the customer; and the processor operably connected to a voice platform, such that when the processor is coupled to the audio communication network, the voice platform converts the audio communications from the customer service representative into converted audio comprising a format that is compatible with the customer management relationship application and such that the voice overlay populates at least one of the editable data fields with the converted audio. a customer service representative workstation including a customer service representative headset operably connected to an audio communication network to receive audio communications from a customer, and a display to display a customer management relationship application having editable data fields, characterized in that said customer service representative workstation comprises a processor operably connected to an application server to download a voice overlay for the customer management relationship application; a toggle switch to selectively couple the audio communication network to the processor and disconnect audio communication from the customer service representative to the customer; and the processor operably connected to a voice platform, such that when the processor is coupled to the audio communication network, the voice platform converts the audio communications from the customer service representative into converted audio comprising a format that is compatible with the customer management relationship application and such that the voice overlay populates at least one of the editable data fields with the converted audio.
A seat for a vehicle, a bicycle, a stationary bicycle or a motorcycle comprising: - a base group which can be fixed to a support element or seat post of a vehicle, a bicycle, a stationary bicycle or a motorcycle, said base group having a lower surface or area and an upper surface or area; - a top group, said top group having an upper face or zone and a lower face or zone, in use, resting on or facing toward said upper surface or area of said base group, said upper face of said top group defining a supporting surface for a user; - removable engagement means between said base group and said top group, wherein said base group includes a lower shell and said top group comprises an upper shell, said base group and/or said top group comprising at least one releasing mechanism having a constraining or fixing end or portion secured or fixed to said lower shell or to said upper shell and having, in use, a grip end engageable starting from an edge portion of said seat or projecting at an edge portion of said seat and characterized in that the grip end is not fixed to said shell (4, 5) to which said constraining end is constrained, and wherein said removable engagement means comprise first removable engagement means intended to prevent or hinder the relative displacement of said base group and said top group in a first direction (A-A) lying, in use, on a horizontal or vertical plane, said first removable engagement means being disengageable or releasable by moving said at least one releasing mechanism with respect to said lower shell and/or to said upper shell in a second direction (B-B) transversal or orthogonal to said first direction (A-A). - a base group which can be fixed to a support element or seat post of a vehicle, a bicycle, a stationary bicycle or a motorcycle, said base group having a lower surface or area and an upper surface or area; - a top group, said top group having an upper face or zone and a lower face or zone, in use, resting on or facing toward said upper surface or area of said base group, said upper face of said top group defining a supporting surface for a user; - removable engagement means between said base group and said top group,
A tissue ablation system comprising: an ablation device (120a, 120b, 120c; 202; 300; 400; 500) configured to provide energy to a target area; an ablation generator configured to provide power to the ablation device; a controller in communication with the ablation generator and being configured to initiate a pre-ablation procedure in a medium before an ablation procedure, wherein during the pre-ablation procedure the controller is configured to: cause an ablation generator to provide power to the ablation device; cause a coolant to be provided to the ablation device; monitor temperature data of the coolant; monitor power data representative of the power provided to the ablation device; and determine a condition of the ablation device based on the monitored temperature data and monitored power data. an ablation device (120a, 120b, 120c; 202; 300; 400; 500) configured to provide energy to a target area; an ablation generator configured to provide power to the ablation device; a controller in communication with the ablation generator and being configured to initiate a pre-ablation procedure in a medium before an ablation procedure, wherein during the pre-ablation procedure the controller is configured to: cause an ablation generator to provide power to the ablation device; cause a coolant to be provided to the ablation device; monitor temperature data of the coolant; monitor power data representative of the power provided to the ablation device; and determine a condition of the ablation device based on the monitored temperature data and monitored power data. cause an ablation generator to provide power to the ablation device; cause a coolant to be provided to the ablation device; monitor temperature data of the coolant; monitor power data representative of the power provided to the ablation device; and determine a condition of the ablation device based on the monitored temperature data and monitored power data.
A process for the preparation of a dianhydrohexitol di(alkyl carbonate) of formula where each R independently represents a linear or branched alkyl group, preferably a C 1-6 alkyl group, in particular a methyl or ethyl group, said process comprising, in sequence, the following steps: (a) preparation of a starting reaction mixture comprising - at least one dianhydrohexitol, - at least 2 molar equivalents, with respect to the amount of dianhydrohexitol present, of at least one dialkyl carbonate of formula R-O-C(=O)-O-R where R has the meaning indicated above, and - a transesterification catalyst, (b) heating the reaction mixture up to a temperature of greater than or equal to the boiling point of the alcohol R-OH formed by the transesterification reaction or greater than or equal to the boiling point of the azeotropic mixture which the alcohol R-OH obtained forms with another of the components present in the reaction mixture and at most equal to the boiling point of the reaction mixture, in a reactor equipped with a rectification column comprising a number of theoretical distillation plates sufficient to separate, from the reaction mixture, the alcohol obtained or the azeotrope which it forms with another of the components present in the reaction mixture. (a) preparation of a starting reaction mixture comprising - at least one dianhydrohexitol, - at least 2 molar equivalents, with respect to the amount of dianhydrohexitol present, of at least one dialkyl carbonate of formula R-O-C(=O)-O-R where R has the meaning indicated above, and - a transesterification catalyst, - at least one dianhydrohexitol, - at least 2 molar equivalents, with respect to the amount of dianhydrohexitol present, of at least one dialkyl carbonate of formula R-O-C(=O)-O-R where R has the meaning indicated above, and - a transesterification catalyst, (b) heating the reaction mixture up to a temperature of greater than or equal to the boiling point of the alcohol R-OH formed by the transesterification reaction or greater than or equal to the boiling point of the azeotropic mixture which the alcohol R-OH obtained forms with another of the components present in the reaction mixture and at most equal to the boiling point of the reaction mixture, in a reactor equipped with a rectification column comprising a number of theoretical distillation plates sufficient to separate, from the reaction mixture, the alcohol obtained or the azeotrope which it forms with another of the components present in the reaction mixture.
A method comprising: receiving and monitoring a camera setting which is automatically modified by a camera in order to compensate for changes in a light condition to which the camera is subjected, wherein the camera setting affects the quality of images (100, 200, 400, 500) captured by the camera and includes at least one of a gain and an exposure time used by the camera when capturing images (100, 200, 400, 500); and determining that there is a need for a change in a pixel density requirement due to changing light conditions upon detection of a change in the camera setting, wherein the pixel density requirement specifies a minimum number of pixels per unit length or unit area of an object required in order to enable identification of the object in the images (100, 200, 400, 500) captured by the camera. receiving and monitoring a camera setting which is automatically modified by a camera in order to compensate for changes in a light condition to which the camera is subjected, wherein the camera setting affects the quality of images (100, 200, 400, 500) captured by the camera and includes at least one of a gain and an exposure time used by the camera when capturing images (100, 200, 400, 500); and determining that there is a need for a change in a pixel density requirement due to changing light conditions upon detection of a change in the camera setting, wherein the pixel density requirement specifies a minimum number of pixels per unit length or unit area of an object required in order to enable identification of the object in the images (100, 200, 400, 500) captured by the camera.
A method performed by an electronic device, the method comprising generating a database comprising a plurality of user points of interest, POIs, wherein each of the plurality of user POIs comprises place information and location information that indicate at least one place extracted from information inputted to the electronic device; detecting an information request from a user in a navigation service, wherein the information request comprises a navigation request to a destination; determining a route between a current location and the destination; acquiring, using a camera of the electronic device, an image of a road sign and obtaining, using the database, POIs corresponding to a text recognized from the image determining, among the obtained POIs, a POI corresponding to the route; and outputting direction information for guiding the user toward the determined POI. generating a database comprising a plurality of user points of interest, POIs, wherein each of the plurality of user POIs comprises place information and location information that indicate at least one place extracted from information inputted to the electronic device; detecting an information request from a user in a navigation service, wherein the information request comprises a navigation request to a destination; determining a route between a current location and the destination; acquiring, using a camera of the electronic device, an image of a road sign and obtaining, using the database, POIs corresponding to a text recognized from the image determining, among the obtained POIs, a POI corresponding to the route; and outputting direction information for guiding the user toward the determined POI.
Portable data capture device, comprising a computing device, a control unit and a communication device (18, 19, 20), which is designed to receive at least one transmitted piece of meter information from at least one meter device designed to record a consumption and/or for communication and/or to collect captured consumption data, wherein the data capture device comprises a display apparatus, designed to be mounted on the head of the user in his field of view, on which meter information are presentable in visible form under the control of the computing device, characterized in that the volume and amount of the presented meter information are alterable by the computing device on the basis of the distance between the user and the meter device.
A method, comprising: receiving, at a network gateway, a session descriptor associated with a network connection and an application on a host, wherein the session descriptor identifies the application and a user executing the application on the host, wherein the ses- sion descriptor includes a universally unique identifier associated with the host and user credentials of the user, wherein the user is one of a plurality of users of the host; pairing the network connection with the user based on the session descriptor; correlating the session descriptor with a network policy; and applying the network policy to the network connection, wherein the network policy is implemented according to the particular user paired with the network connection, the method characterised in that based on information provided to the network gateway from the host that a wireless network connection and a wired network connection are active simultaneously on the host, the network policy is implemented to restrict access to sensitive data via the network connection. receiving, at a network gateway, a session descriptor associated with a network connection and an application on a host, wherein the session descriptor identifies the application and a user executing the application on the host, wherein the ses- sion descriptor includes a universally unique identifier associated with the host and user credentials of the user, wherein the user is one of a plurality of users of the host; pairing the network connection with the user based on the session descriptor; correlating the session descriptor with a network policy; and applying the network policy to the network connection, wherein the network policy is implemented according to the particular user paired with the network connection, the method characterised in that based on information provided to the network gateway from the host that a wireless network connection and a wired network connection are active simultaneously on the host, the network policy is implemented to restrict access to sensitive data via the network connection.
A flow-checking device connectable between a sanitary system and a running water system, comprising: a tank having a water inlet port provided at an upper portion of the tank and a water outlet port for fluid communication with the sanitary system; a valve connectable between the water inlet port of the tank and the running water system so as to regulate a water flow from the running water system to the water inlet port of the tank; an overflowing passage having an overflowing inlet disposed inside the tank to define a maximum liquid level of the tank and an overflowing outlet disposed outside the tank; a liquid-level sensor (51,52) for sensing whether the liquid level of the tank is lower than a predetermined liquid level; and wherein there is a vertical gap provided between the water inlet port of the tank and the overflowing inlet of the overflowing passage; characterized in that the valve is an electric valve; wherein the liquid-level sensor is adapted to sense that the liquid level of the tank has reached a higher liquid level between the maximum liquid level and the predetermined liquid level, and in that the electric valve is provided with control circuitry having an input from the liquid-level sensor and an output for controlling the electric valve; wherein the control circuitry is adapted to open the electric valve if the liquid level of the tank reaches the predetermined liquid level or has reached a higher liquid level between the maximum liquid level and the predetermined liquid level. a tank having a water inlet port provided at an upper portion of the tank and a water outlet port for fluid communication with the sanitary system; a valve connectable between the water inlet port of the tank and the running water system so as to regulate a water flow from the running water system to the water inlet port of the tank; an overflowing passage having an overflowing inlet disposed inside the tank to define a maximum liquid level of the tank and an overflowing outlet disposed outside the tank; a liquid-level sensor (51,52) for sensing whether the liquid level of the tank is lower than a predetermined liquid level; and wherein there is a vertical gap provided between the water inlet port of the tank and the overflowing inlet of the overflowing passage; characterized in that the valve is an electric valve; wherein the liquid-level sensor is adapted to sense that the liquid level of the tank has reached a higher liquid level between the maximum liquid level and the predetermined liquid level, and in that the electric valve is provided with control circuitry having an input from the liquid-level sensor and an output for controlling the electric valve; wherein the control circuitry is adapted to open the electric valve if the liquid level of the tank reaches the predetermined liquid level or has reached a higher liquid level between the maximum liquid level and the predetermined liquid level.
A hot-press formed member consisting of, by wt%, C: 0.3% to 1.0%, Mn: 0.01% to 4.0%, Si: 1.0% to 2.0%, Al: 0.01% to 2.0%, S: 0.015% or less, N: 0.01% or less, and the balance of Fe and inevitable impurities, optionally further consisting of at least one selected from the group consisting of Mo: 0.5% or less, excluding 0%, Cr: 1.5 or less, excluding 0%, Ni: 0.5 or less, excluding 0%, Nb: 0.005% to 0.1%, and V: 0.005% to 0.1%, optionally further consisting of a combination of B: 0.005% or less, excluding 0%, and Ti: 0.06% or less, excluding 0%, wherein the hot-press formed member has a dual phase microstructure formed by bainite and retained austenite.
Gripper comprising a support frame which is provided with at least one row of fork members, which fork members comprise each an upright provided with a first guide at a distance beneath the support frame, wherein each fork member is individually adjustable vis-a-vis the support frame and wherein the uprights of at least a part of the fork members can be moved up and down independently vis-a-vis the support frame by way of a second guide, characterized in that each first guide holds a horizontal beam, enabling the beam to be moved backward and forward in its longitudinal direction independently vis-a-vis the accompanying upright.
A method comprising: monitoring traffic associated with an end-user device communicatively coupled to a network system over a wireless access network (405, 415, 110), the traffic comprising one or more data transfers over the wireless access network; identifying, in the traffic, particular data transfers within a service activity category, the service activity category identifying a set of one or more service activities less than all service activities associated with the end-user device, the service activity category identifying a particular application on the end-user device or a particular network communication end point available to the end-user device; characterized by further comprising determining a service usage measure based on the identification of the particular data transfers within the service activity category, the service usage measure being a measure of usage of the wireless access network associated with the particular data transfers; and providing a notification to the end-user device, the notification based at least in part on the service usage measure, the notification configured to assist in causing a user interface of the end-user device to present notification information, the notification information associated with the usage of the wireless access network associated with the particular data transfers. monitoring traffic associated with an end-user device communicatively coupled to a network system over a wireless access network (405, 415, 110), the traffic comprising one or more data transfers over the wireless access network; identifying, in the traffic, particular data transfers within a service activity category, the service activity category identifying a set of one or more service activities less than all service activities associated with the end-user device, the service activity category identifying a particular application on the end-user device or a particular network communication end point available to the end-user device; characterized by further comprising determining a service usage measure based on the identification of the particular data transfers within the service activity category, the service usage measure being a measure of usage of the wireless access network associated with the particular data transfers; and providing a notification to the end-user device, the notification based at least in part on the service usage measure, the notification configured to assist in causing a user interface of the end-user device to present notification information, the notification information associated with the usage of the wireless access network associated with the particular data transfers.
A gas diffusion substrate comprising a non-woven network of carbon fibres wherein the carbon fibres are graphitised but the non-woven network has not been subjected to a graphitisation process; and a mixture of graphitic particles and hydrophobic fluoropolymer disposed within the network wherein the graphitic particles are selected from the group consisting of flake graphite and spherical graphite, and wherein the longest dimension of at least 90% of the graphitic particles is between 20 and 0.1 μm and wherein the gas diffusion substrate has not been fired at a temperature exceeding 400°C.
Method for producing a surface structure with a lightning protection device, having the step of: a) providing a supporting structure based on a fibre composite material, characterized by the steps of: b) applying an arrangement of electrically conductive particles (52, 54, 56) as lightning initiator elements on the supporting structure such that the particles adhere on the supporting structure in a fixed position and in a desired arrangement and distribution, so as to form a lightning protection material arrangement of or with a conductive material, c) applying a cover material such that it embeds the at least one lightning protection material arrangement fixed in place on the supporting structure, and d) fixing the applied cover material, wherein the particles are fixed in place on the supporting structure before being embedded in the cover material. a) providing a supporting structure based on a fibre composite material, characterized by the steps of: b) applying an arrangement of electrically conductive particles (52, 54, 56) as lightning initiator elements on the supporting structure such that the particles adhere on the supporting structure in a fixed position and in a desired arrangement and distribution, so as to form a lightning protection material arrangement of or with a conductive material, c) applying a cover material such that it embeds the at least one lightning protection material arrangement fixed in place on the supporting structure, and d) fixing the applied cover material, wherein the particles are fixed in place on the supporting structure before being embedded in the cover material.