mhurhangee/ep-ind-claims huggingface dataset:
A method for characterizing color information about a tooth, comprising: projecting at least one predetermined color pattern; obtaining, using an imager, one or more images each containing both a projected predetermined color pattern and at least a portion of a user's mouth; automatically identifying by a controller, from the obtained one or more images, one or more teeth in the at least a portion of the user's mouth; comparing an imaged predetermined color pattern to a corresponding projected predetermined color pattern; and extracting by the controller, based on the outcome of the comparison, color information about the one or more identified teeth. projecting at least one predetermined color pattern; obtaining, using an imager, one or more images each containing both a projected predetermined color pattern and at least a portion of a user's mouth; automatically identifying by a controller, from the obtained one or more images, one or more teeth in the at least a portion of the user's mouth; comparing an imaged predetermined color pattern to a corresponding projected predetermined color pattern; and extracting by the controller, based on the outcome of the comparison, color information about the one or more identified teeth.
A network system, comprising: one or more communication nodes (102, 104, 110); and a gateway including a monitoring unit configured to monitor a communication parameter of communication performed between the gateway and a newly-connected communication node that is newly connected to the network system, and a communication control unit configured to determine a reliability level of the newly-connected communication node based on whether the communication parameter monitored by the monitoring unit complies with a predetermined communication condition, and change the predetermined communication condition based on the determined reliability level, wherein the gateway further includes a first authentication unit configured to authenticate the newly-connected communication node; the monitoring unit is configured to monitor the communication parameter of the communication performed between the gateway and the newly-connected communication node that has been authenticated by the first authentication unit; the communication control unit is configured to identify the predetermined communication condition based on reliability information transmitted from the newly-connected communication node and to determine the reliability level of the newly-connected communication node based on the identified predetermined communication condition; and the newly-connected communication node includes a second authentication unit configured to transmit the reliability information of the newly-connected communication node when requesting the gateway to authenticate the newly-connected communication node. one or more communication nodes (102, 104, 110); and a gateway including a monitoring unit configured to monitor a communication parameter of communication performed between the gateway and a newly-connected communication node that is newly connected to the network system, and a communication control unit configured to determine a reliability level of the newly-connected communication node based on whether the communication parameter monitored by the monitoring unit complies with a predetermined communication condition, and change the predetermined communication condition based on the determined reliability level, wherein the gateway further includes a first authentication unit configured to authenticate the newly-connected communication node; the monitoring unit is configured to monitor the communication parameter of the communication performed between the gateway and the newly-connected communication node that has been authenticated by the first authentication unit; the communication control unit is configured to identify the predetermined communication condition based on reliability information transmitted from the newly-connected communication node and to determine the reliability level of the newly-connected communication node based on the identified predetermined communication condition; and the newly-connected communication node includes a second authentication unit configured to transmit the reliability information of the newly-connected communication node when requesting the gateway to authenticate the newly-connected communication node.
A method for operating a heating, ventilation and cooling (HVAC) system, including a heating system, a cooling system and a ventilation system, for monitoring an interior temperature of a structure and an exterior temperature of ambient air outside of said structure; the method comprising: defining a first time range and a second time range, wherein the second time range comprises a duration less than the first time range; associating one or more operating parameters of the HVAC system with the first time range; associating one or more operating parameters of the HVAC system with the second time range; monitoring operational time and operational load of the cooling system for the first time range; and controlling the ventilation system during the second time range based upon the monitored operational time and operational load of the cooling system for the first time range, the monitored interior and exterior temperatures, and the one or more operating parameters of the cooling system associated with the second time range; characterized by executing a first sum of products calculation or first integral calculation for operational time and operational load of the cooling system associated with the first time range; executing a second sum of products calculation or second integral calculation for operational time and operational load of a heating system associated with the first time range; differencing the second sum of products or second integral from the first sum of products or first integral; and controlling the HVAC system to an ON operating state during the second time range when the differencing result is a positive value. defining a first time range and a second time range, wherein the second time range comprises a duration less than the first time range; associating one or more operating parameters of the HVAC system with the first time range; associating one or more operating parameters of the HVAC system with the second time range; monitoring operational time and operational load of the cooling system for the first time range; and controlling the ventilation system during the second time range based upon the monitored operational time and operational load of the cooling system for the first time range, the monitored interior and exterior temperatures, and the one or more operating parameters of the cooling system associated with the second time range; characterized by executing a first sum of products calculation or first integral calculation for operational time and operational load of the cooling system associated with the first time range; executing a second sum of products calculation or second integral calculation for operational time and operational load of a heating system associated with the first time range; differencing the second sum of products or second integral from the first sum of products or first integral; and controlling the HVAC system to an ON operating state during the second time range when the differencing result is a positive value.
Drainage system for horizontally sliding doors or windows, wherein said system comprises: - a fixed transverse element provided with at least a rail adapted to support at least one door or window leaf, at least one channel extending parallel with respect to said rail and at least one tubular duct extending all along the longitudinal extension of said transverse element and having an outer lateral wall and an upper wall defining the bottom of said channel, wherein said upper wall is crossed by at least one drainage opening and said outer lateral wall is crossed by at least one slot, - a drainage tray that can be introduced into said tubular duct through said slot and adapted to extend under said drainage opening, wherein said drainage tray has a front wall adapted to cover said slot and provided with at least one discharge opening and a rear wall opposed with respect to said front wall and adapted to be housed within said tubular duct, characterized in that - said drainage tray comprises a first tray-shaped body provided with said front wall and open on the top and on the rear and a second tray-shaped body provided with said rear wall and open on the top and frontally, wherein said first tray-shaped body and said second tray-shaped body are adapted to be coupled to each other in one of a plurality of different relative positions along a direction perpendicular with respect to said front wall and to said rear wall to adjust the length of said drainage tray as a function of the distance between said slot and said drainage opening measured along a plane perpendicular to the longitudinal development of said tubular duct. - a fixed transverse element provided with at least a rail adapted to support at least one door or window leaf, at least one channel extending parallel with respect to said rail and at least one tubular duct extending all along the longitudinal extension of said transverse element and having an outer lateral wall and an upper wall defining the bottom of said channel, wherein said upper wall is crossed by at least one drainage opening and said outer lateral wall is crossed by at least one slot, - a drainage tray that can be introduced into said tubular duct through said slot and adapted to extend under said drainage opening, wherein said drainage tray has a front wall adapted to cover said slot and provided with at least one discharge opening and a rear wall opposed with respect to said front wall and adapted to be housed within said tubular duct, - said drainage tray comprises a first tray-shaped body provided with said front wall and open on the top and on the rear and a second tray-shaped body provided with said rear wall and open on the top and frontally, wherein said first tray-shaped body and said second tray-shaped body are adapted to be coupled to each other in one of a plurality of different relative positions along a direction perpendicular with respect to said front wall and to said rear wall to adjust the length of said drainage tray as a function of the distance between said slot and said drainage opening measured along a plane perpendicular to the longitudinal development of said tubular duct.
A composition for use in therapy, wherein the composition comprises at least one naked anti-CEA monoclonal antibody (MAb) which is a Class I or Class II anti-CEA MAb or a fragment thereof and at least one cytotoxic agent, wherein when the naked anti-CEA MAb is a Class II anti-CEA MAb then the at least one cytotoxic agent is not a naked Class III anti-CEA MAb.
Hexapod, comprising a preferably plate-shaped receptacle, on which at least five, preferably six rods mounted in separate joints are arranged, wherein the other end of each rod is articulated on a mounting, wherein all the mountings can be moved along a path of movement, wherein only one rod is articulated on each mounting, wherein each mounting is arranged on a separate support, wherein a support is a ring or a ring section or has a two-dimensionally or three-dimensionally convoluted spatial form, defining a closed or open path of movement, and wherein either the respective mounting is movable along the respective support or the respective support is movable together with the associated mounting.
A method of monitoring the usage of an internal combustion engine comprising: performing an engine monitoring routine using a local monitoring device (100, 200, 300) directly attached to an internal combustion engine including: generating a plurality of data points representative of the crankcase pressure of the internal combustion engine using a pressure sensor (123, 223) of the local monitoring device (100, 200, 300); processing the generated data points to determine a first value representative of a firing frequency of the internal combustion engine characterized by generating an aggregated summary of the internal combustion engine usage based on the first value; and transmitting identification data for the local monitoring device (100, 200, 300) and the aggregated summary from the local monitoring device (100, 200, 300) to a remote application, wherein the remote application processes the transmitted aggregated summary based on the transmitted identification data to determine engine speed usage data for the internal combustion engine. performing an engine monitoring routine using a local monitoring device (100, 200, 300) directly attached to an internal combustion engine including: generating a plurality of data points representative of the crankcase pressure of the internal combustion engine using a pressure sensor (123, 223) of the local monitoring device (100, 200, 300); processing the generated data points to determine a first value representative of a firing frequency of the internal combustion engine characterized by generating an aggregated summary of the internal combustion engine usage based on the first value; and transmitting identification data for the local monitoring device (100, 200, 300) and the aggregated summary from the local monitoring device (100, 200, 300) to a remote application, generating a plurality of data points representative of the crankcase pressure of the internal combustion engine using a pressure sensor (123, 223) of the local monitoring device (100, 200, 300); processing the generated data points to determine a first value representative of a firing frequency of the internal combustion engine characterized by generating an aggregated summary of the internal combustion engine usage based on the first value; and transmitting identification data for the local monitoring device (100, 200, 300) and the aggregated summary from the local monitoring device (100, 200, 300) to a remote application, wherein the remote application processes the transmitted aggregated summary based on the transmitted identification data to determine engine speed usage data for the internal combustion engine.
An interference coordination method, comprising: allocating, by a base station, a first almost blank subframe to one or more first base stations that are interfered with by the base station; sending, by the base station, a first message to one or more second base stations that interfere with the base station, wherein the first message comprises information used to indicate the first almost blank subframe; and obtaining, by the base station, a second almost blank subframe that is allocated by the one or more second base stations to the base station, wherein the second almost blank subframe is different from the first almost blank subframe; wherein the first message is a request indication message, and the request indication message is used to request the one or more second base stations to allocate the second almost blank subframe to the base station, characterized in that: either (i) the first message further comprises information used to indicate an almost blank subframe that is forbidden to be allocated, and the almost blank subframe that is forbidden to be allocated comprises the first almost blank subframe; or (ii) wherein the first message further comprises information used to indicate an almost blank subframe that is allowed to be allocated, and the almost blank subframe that is allowed to be allocated does not comprise the first almost blank subframe. allocating, by a base station, a first almost blank subframe to one or more first base stations that are interfered with by the base station; sending, by the base station, a first message to one or more second base stations that interfere with the base station, wherein the first message comprises information used to indicate the first almost blank subframe; and obtaining, by the base station, a second almost blank subframe that is allocated by the one or more second base stations to the base station, wherein the second almost blank subframe is different from the first almost blank subframe; wherein the first message is a request indication message, and the request indication message is used to request the one or more second base stations to allocate the second almost blank subframe to the base station,
An image display element, comprising: - a front panel; a back panel opposite to the front panel; a plurality of pixels arranged in a matrix between the front panel and the back panel, and to be selected to be in a display or non-display state; and a plurality of electrodes for controlling the pixels, the front panel and the back panel being bonded together with the pixels and the electrodes interposed therebetween, the back panel having a front surface and a back surface, the front surface opposing the front panel, and the electrodes being connected to a driving circuit via respective electrode terminals formed on the front panel and corresponding metal film wires formed on the back surface, - wherein the back panel is divided into a plurality of back panel parts respectively separated by a groove part between two adjacent pixel lines such that the electrode terminals are exposed, characterized in that each back panel part comprises a tilt surface, the tilt surfaces defining the groove part, wherein the groove part is formed to be wider at the top than at the bottom of the groove part, the top of the groove part provided on the back surface, and in that each of the electrode terminals is connected to a corresponding metal film wire by a conductive paste coated therebetween along one of the tilt surfaces forming the groove part such that the conductive paste is coated on the top of the respective electrode terminal and on the top of the end part of the corresponding metal film wire on the back surface. - a front panel; a back panel opposite to the front panel; a plurality of pixels arranged in a matrix between the front panel and the back panel, and to be selected to be in a display or non-display state; and a plurality of electrodes for controlling the pixels, the front panel and the back panel being bonded together with the pixels and the electrodes interposed therebetween, the back panel having a front surface and a back surface, the front surface opposing the front panel, and the electrodes being connected to a driving circuit via respective electrode terminals formed on the front panel and corresponding metal film wires formed on the back surface, - wherein the back panel is divided into a plurality of back panel parts respectively separated by a groove part between two adjacent pixel lines such that the electrode terminals are exposed,
Implant consisting of magnesium or a magnesium master alloy, characterized in that it consists of fibers of magnesium or a magnesium master alloy that are connected to each other by sintered bridges that are locally spaced vis-a-vis one another and form an open-pored body.
A communication method for a digital subscriber line system comprising a first transceiver and a second transceiver which are connected to each other, comprising: obtaining, at a first transceiver, a communication performance parameter when communicating with the second transceiver using a current table; calculating a first table including a parameter of bit allocation for sub-carriers in a multiple carrier communication and saving the first table; when the communication performance parameter reaches or exceeds a predetermined value, transmitting, from the first transceiver to the second transceiver, a switch message for requesting the second transceiver to switch to the first table including a parameter of bit allocation for sub-carriers, wherein the first table at the second transceiver is calculated at the second transceiver based on a calculation rule to keep the parameter of bit allocation for sub-carriers within the first table calculated at the second transceiver as same as the parameter of bit allocation for sub-carriers within the first table calculated at the first transceiver; from a certain symbol, communicating at the first transceiver with the second transceiver using the first table at the first transceiver to implement synchronous switch; wherein the parameter of bit allocation within the first table is calculated at the first transceiver by subtracting a corresponding bit number from the current table including a parameter of bit allocation for sub-carriers. obtaining, at a first transceiver, a communication performance parameter when communicating with the second transceiver using a current table; calculating a first table including a parameter of bit allocation for sub-carriers in a multiple carrier communication and saving the first table; when the communication performance parameter reaches or exceeds a predetermined value, transmitting, from the first transceiver to the second transceiver, a switch message for requesting the second transceiver to switch to the first table including a parameter of bit allocation for sub-carriers, wherein the first table at the second transceiver is calculated at the second transceiver based on a calculation rule to keep the parameter of bit allocation for sub-carriers within the first table calculated at the second transceiver as same as the parameter of bit allocation for sub-carriers within the first table calculated at the first transceiver; from a certain symbol, communicating at the first transceiver with the second transceiver using the first table at the first transceiver to implement synchronous switch; wherein the parameter of bit allocation within the first table is calculated at the first transceiver by subtracting a corresponding bit number from the current table including a parameter of bit allocation for sub-carriers.
Process for producing a foamed material, comprising the steps: - providing a composition in the form of emulsion, comprising: A) a matrix-forming component, wherein the matrix formed is solid at room temperature, B) a surfactant component which aids the emulsification of the blowing agent component C) plus co-component D) in the matrix component A), C) a blowing agent component, which comprises supercritical or near-critical CO 2, emulsified in component A); and - bringing the CO 2 of the blowing agent component C) into the subcritical state by lowering the pressure; characterized in that the blowing agent component C) further comprises a hydrophobic co-component D), which is soluble in supercritical CO 2 at a pressure of ≥ 150 bar, is insoluble in subcritical CO 2 at a pressure of ≥ 40 bar and is insoluble in component A) and furthermore the co-component D) is present in a proportion from ≥ 3 wt% to ≤ 35 wt% of the blowing agent component. - providing a composition in the form of emulsion, comprising: A) a matrix-forming component, wherein the matrix formed is solid at room temperature, B) a surfactant component which aids the emulsification of the blowing agent component C) plus co-component D) in the matrix component A), C) a blowing agent component, which comprises supercritical or near-critical CO 2, emulsified in component A); and A) a matrix-forming component, wherein the matrix formed is solid at room temperature, B) a surfactant component which aids the emulsification of the blowing agent component C) plus co-component D) in the matrix component A), C) a blowing agent component, which comprises supercritical or near-critical CO 2, emulsified in component A); and - bringing the CO 2 of the blowing agent component C) into the subcritical state by lowering the pressure;