mhurhangee/patent-ind-claim-en huggingface dataset:
A system for extracting a statistical sampling of population of moving fish, the system comprising: a light source pointer ; an imaging device ; and a processor , wherein said light source pointer is configured to project a light source to a predefined direction for point marking moving fish; said imaging device is configured to: (i) face said predefined direction; (ii) capture images to record moving fish that are point marked by said light source; and (iii) send said images to said processor ; wherein said processor is configured to: recognize images that include fish point marked by said light source pointer in a predefined range of angles appropriate for image processing; identify as relevant fish a predetermined size of statistical sample of fish from the recognized images based on a machine learning process; and display a list of images of the identified relevant fish, wherein the list of relevant fish provides a statistical sample of population of moving fish for statistical measurements, wherein said identified relevant fish are combined of one or more types of fish selected with criteria from a group consisting of: fish of different species, fish of different color, fish of different spots, fish of different flecks. a light source pointer ; an imaging device ; and a processor , wherein said light source pointer is configured to project a light source to a predefined direction for point marking moving fish; said imaging device is configured to: (i) face said predefined direction; (ii) capture images to record moving fish that are point marked by said light source; and (iii) send said images to said processor ; wherein said processor is configured to: recognize images that include fish point marked by said light source pointer in a predefined range of angles appropriate for image processing; identify as relevant fish a predetermined size of statistical sample of fish from the recognized images based on a machine learning process; and display a list of images of the identified relevant fish, recognize images that include fish point marked by said light source pointer in a predefined range of angles appropriate for image processing; identify as relevant fish a predetermined size of statistical sample of fish from the recognized images based on a machine learning process; and display a list of images of the identified relevant fish, wherein the list of relevant fish provides a statistical sample of population of moving fish for statistical measurements,
A C-shaped tool holder consisting of an integral frame structure that is delimited by an inner and an outer edge, each C-shaped, in which the C-shaped edges are made from and connected to each other by at least five multiple-vertex frame bodies that are integrated into the frame structure , in particular triangles , quadrilaterals and pentagons , characterized in that an inner side of the individual multiple-vertex frame bodies is each a connecting surface extending with a continuity of curvature along the circumferential direction, along the sides of the respective multiple-vertex frame body, and the inner and the outer C-shaped edge is each delimited to the outside by an edge surface extending with a continuity of curvature.
Apparatus comprising a sheet supporting: a plurality of user input devices which are touch switches; at least one output device ; and a controller ; wherein the controller is configured, in response to receiving an input signal from a one of the plurality of user input devices, to cause an output device to produce an output signal in dependence upon an updatable parameter indicating one of at least two states and wherein the controller is configured to select a response to actuation of a user input device from a first set of responses when the user input device is actuated by touching a part of the sheet a first time and when the updateable parameter indicates a first state of the at least two states, and to select a response to actuation of the user input device from a second set of responses when the given user input device is actuated by touching the same part of the sheet a second time and when the updateable parameter indicates a second, different state of the at least two states. a plurality of user input devices which are touch switches; at least one output device ; and a controller ;
Locking device of a parking brake, comprising: - a ratchet wheel , with a toothing comprising teeth , which is movable around an axis of rotation (X), - at least two pawls , which can engage with the ratchet wheel , - a positioning device , and - a coupling element , - wherein the coupling element couples the at least two pawls to the positioning device , and - wherein the coupling element can be moved, by means of the positioning device , into a first position (A), in which the at least two pawls allow a rotation of the ratchet wheel in a first direction of rotation and in a second direction of rotation, and a second position (B), in which the at least two pawls can engage with the ratchet wheel and allow a rotation in exclusively one direction of rotation. - a ratchet wheel , with a toothing comprising teeth , which is movable around an axis of rotation (X), - at least two pawls , which can engage with the ratchet wheel , - a positioning device , and - a coupling element , - wherein the coupling element couples the at least two pawls to the positioning device , and - wherein the coupling element can be moved, by means of the positioning device , into a first position (A), in which the at least two pawls allow a rotation of the ratchet wheel in a first direction of rotation and in a second direction of rotation, and a second position (B), in which the at least two pawls can engage with the ratchet wheel and allow a rotation in exclusively one direction of rotation.
Method for secure automatic dialogue between two vehicles , preferably railway vehicles, which are spaced apart by a certain length on the same track , the method, for a vehicle parked on said track , including: - by means of a wireless reception and transmission system , contact by exchange of computer signals between the parked vehicle and a second vehicle approaching on said track , - an exchange of data resulting in transmission by the second vehicle of one or more control commands for the parked vehicle , characterized in that the method further includes approaching vehicle detection by automated image recognition, said vehicle detection including: - within an image representing an approach monitoring region, identification , by a track graphical recognition system, of the track on which said vehicle is parked, and - in a detection region defined on said track , detection , by a moving vehicle detection system, of the approaching moving second vehicle, - following said detection , automatic activation of a wireless communication port within the wireless transmission and reception system of the parked vehicle , allowing said vehicle to receive the contact signal from the second vehicle . - by means of a wireless reception and transmission system , contact by exchange of computer signals between the parked vehicle and a second vehicle approaching on said track , - an exchange of data resulting in transmission by the second vehicle of one or more control commands for the parked vehicle , - within an image representing an approach monitoring region, identification , by a track graphical recognition system, of the track on which said vehicle is parked, and - in a detection region defined on said track , detection , by a moving vehicle detection system, of the approaching moving second vehicle, - following said detection , automatic activation of a wireless communication port within the wireless transmission and reception system of the parked vehicle , allowing said vehicle to receive the contact signal from the second vehicle .
A shading device , comprising: a retractable and deployable shading curtain that includes at least one shading layer and has a first longitudinal side and a second longitudinal side opposite to the first longitudinal side; a drawing device configured to deploy the shading curtain; and a first guide rail having a groove configured to receive and guide the first longitudinal side of the shading curtain; wherein a deployed section of the first longitudinal side of the shading curtain is at least partially received in the groove when the shading curtain is in a partially deployed or finally deployed state; wherein the first longitudinal side has a support member , by means of which the first longitudinal side is receivable and guidable in the groove; characterized in that the shading curtain includes a first shading layer made of a flexible material and a second shading layer made of a flexible material; wherein the first shading layer has a first support member , and the second shading layer has a second support member ; wherein the first support member is configured to generate a magnetic attractive force with a first groove wall of the first guide rail , and the second support member is configured to generate a magnetic attractive force with a second groove wall of the first guide rail opposite to the first groove wall; and/or wherein the first support member is configured to generate a magnetic attractive force with a bottom of the first guide rail, and the second support member is configured to generate a magnetic attractive force with the bottom of the first guide rail. a retractable and deployable shading curtain that includes at least one shading layer and has a first longitudinal side and a second longitudinal side opposite to the first longitudinal side; a drawing device configured to deploy the shading curtain; and a first guide rail having a groove configured to receive and guide the first longitudinal side of the shading curtain; wherein a deployed section of the first longitudinal side of the shading curtain is at least partially received in the groove when the shading curtain is in a partially deployed or finally deployed state; wherein the first longitudinal side has a support member , by means of which the first longitudinal side is receivable and guidable in the groove; characterized in that the shading curtain includes a first shading layer made of a flexible material and a second shading layer made of a flexible material; wherein the first shading layer has a first support member , and the second shading layer has a second support member ; wherein the first support member is configured to generate a magnetic attractive force with a first groove wall of the first guide rail , and the second support member is configured to generate a magnetic attractive force with a second groove wall of the first guide rail opposite to the first groove wall; and/or wherein the first support member is configured to generate a magnetic attractive force with a bottom of the first guide rail, and the second support member is configured to generate a magnetic attractive force with the bottom of the first guide rail.
A method of measuring particles in a sample gas flow (A), the method comprising charging particles in the sample gas flow (A), and removing excess ions and/or a part of the charged particles from the sample gas flow (A), wherein the charging and the removing of the excess ions and/or the part of the charged particles are performed in a first temperature of the sample gas flow (A), characterized in that the method further comprises lowering the temperature of the sample gas flow (A) to a second temperature of the sample gas flow (A) and thereafter measuring the charge carried by the particles in the second temperature of the sample gas flow (A). charging particles in the sample gas flow (A), and removing excess ions and/or a part of the charged particles from the sample gas flow (A), wherein the charging and the removing of the excess ions and/or the part of the charged particles are performed in a first temperature of the sample gas flow (A), characterized in that the method further comprises lowering the temperature of the sample gas flow (A) to a second temperature of the sample gas flow (A) and thereafter measuring the charge carried by the particles in the second temperature of the sample gas flow (A).
An additive manufacturing system for producing a component , the additive manufacturing system comprising: a substrate ; a nozzle mounted relative to the substrate for depositing a material onto the substrate ; a curing system for curing the material on the substrate , wherein the cured material builds up on the substrate to form the component using successive layers atop each other; and, a moveable molding assembly arranged on an exterior surface of the successive layers , the moveable molding assembly configured to move with the nozzle so as to mold the material before the material has cured, wherein the moveable molding assembly comprises a first mold and a second mold , the first and second molds arranged on opposing sides of the component so as to laterally limit the melted material . a substrate ; a nozzle mounted relative to the substrate for depositing a material onto the substrate ; a curing system for curing the material on the substrate , wherein the cured material builds up on the substrate to form the component using successive layers atop each other; and, a moveable molding assembly arranged on an exterior surface of the successive layers , the moveable molding assembly configured to move with the nozzle so as to mold the material before the material has cured, wherein the moveable molding assembly comprises a first mold and a second mold , the first and second molds arranged on opposing sides of the component so as to laterally limit the melted material .
A method of delivering content to a client device in a network comprising a plurality of client devices , wherein said content comprises a sequence of segments, said method comprising: i) receiving at a first network element one or more segments from a content server sent over multicast; ii) receiving at the first network element a request for a segment from a client device , wherein the request comprises an HTTP GET request; iii) responsive to the received request, sending by the first network element a HTTP HEAD request to the content server ; iv) receiving a response to the HTTP HEAD request at the first network element over unicast; v) generating a segment comprising the header from the received response and a payload from one of the one or more received segments; vi) sending the generated segment to the client device over unicast. i) receiving at a first network element one or more segments from a content server sent over multicast; ii) receiving at the first network element a request for a segment from a client device , wherein the request comprises an HTTP GET request; iii) responsive to the received request, sending by the first network element a HTTP HEAD request to the content server ; iv) receiving a response to the HTTP HEAD request at the first network element over unicast; v) generating a segment comprising the header from the received response and a payload from one of the one or more received segments; vi) sending the generated segment to the client device over unicast.
Salt of glutamic acid-N,N-diacetic acid (GLDA) of the formula GLDA-Y m H n , wherein m is equal to or more than 0.5 and lower than or equal to 2.5, n +m = 4, and wherein Y is a monovalent cation that is not a proton, comprising L-GLDA-Y m H n to D-GLDA-Y m H n in a range between 100:0 and 50:50 (L:D), characterized in that the salt is crystalline and the GLDA is at least partially racemized.
A computer-implemented method for determining subscriber experience in a computer network comprising defining a plurality of features influencing subscriber experience; determining a feature value for at least one subscriber for each of the plurality of features, wherein the feature value is an encoded value representative of a severity of the feature and the feature's association with the subscriber's experience; wherein the encoded value comprises a number of bits dependent on the number of features; assigning a weight to each of the plurality of features; determining a subscriber score for the at least one subscriber based on the feature values and the weight of the feature associated with each feature value; determining at least one subscriber with a subscriber score outside a predetermined threshold; and performing a subscriber response action, comprising at least reprioritizing the subscriber's traffic, for each subscriber with the subscriber score outside of the predetermined threshold. defining a plurality of features influencing subscriber experience; determining a feature value for at least one subscriber for each of the plurality of features, wherein the feature value is an encoded value representative of a severity of the feature and the feature's association with the subscriber's experience; wherein the encoded value comprises a number of bits dependent on the number of features; assigning a weight to each of the plurality of features; determining a subscriber score for the at least one subscriber based on the feature values and the weight of the feature associated with each feature value; determining at least one subscriber with a subscriber score outside a predetermined threshold; and performing a subscriber response action, comprising at least reprioritizing the subscriber's traffic, for each subscriber with the subscriber score outside of the predetermined threshold.
A method for measuring a cornea of an eye to be examined, in particular of a person, with an ophthalmological analysis system of a keratometer, wherein, with the ophthalmological analysis system, a topography of a cornea is measured, wherein, with the ophthalmological analysis system, in a measurement time interval, a number of image data sets of a surface area of the cornea is obtained, wherein, in the measurement time interval, a change in an intraocular pressure of the eye is effected by a cardiovascular activity, wherein, due to said change in the intraocular pressure, a repeated change in the topography of the cornea in the measurement time interval is caused, wherein the repeated change in the topography of the cornea, which is caused by the cardiovascular activity, is determined from the number of image data sets, wherein the repeated change in the topography of the cornea, which is caused by the cardiovascular activity, is measured, wherein, in each case, the change is measured for points (P) of the surface area of the cornea which were measured during the topography measurement, characterised in that the ophthalmological analysis system comprises a database which contains data of conus stages of different persons, wherein the measurement results are compared with the stored measurement results of the persons.
A healthcare communication system comprising a first plurality of computer devices operable as a nurse call system, the first plurality of computer devices having core nurse call functionality residing on an embedded computing platform, at least one of the first plurality of computer devices having a graphical display screen, and a second plurality of computer devices operable to provide the first plurality of computer devices with additional functionality via software plug-ins that are transmitted to the first plurality of computer devices , characterized in that the core nurse call functionality is provided by firmware and the software plug-ins are received by system integration software , and a control interface is provided between the firmware and the system integration software to isolate the core nurse call functionality from the additional functionality.
A population of cells enriched for STRO-1 + , TNAP + multipotential cells for use in treating or preventing an inflammatory neurological disease, wherein the enriched population of cells comprises at least 5% STRO-1 + TNAP + multipotential cells.
A machine-type-communication, MTC, device comprising a communications interface for participating in communication with at least one MTC application server , wherein the MTC device is configured to: receive downlink data from a base station , wherein the downlink data includes multiplexed information for a plurality of MTC devices belonging to a Virtual Shared Mobile Group, VSMG which allocates uplink transmission time intervals, TTIs, for each MTC device of the plurality of MTC devices, the downlink data being received via a downlink VSM radio bearer that is shared among the plurality of MTC devices; and send uplink data to the base station by using a virtual shared mobile, VSM, radio bearer, shared among the plurality of MTC devices based on time division, the MTC device sensing uplink data at an allocated uplink transmission time TTI identified to the MTC device by the received downlink data the base station ; characterised in that the MTC device is configured to send a VSM transmission time interval, TTI, grant request message to the base station, the VSM TTI grant request message including a mobile network identifier of the MTC device. receive downlink data from a base station , wherein the downlink data includes multiplexed information for a plurality of MTC devices belonging to a Virtual Shared Mobile Group, VSMG which allocates uplink transmission time intervals, TTIs, for each MTC device of the plurality of MTC devices, the downlink data being received via a downlink VSM radio bearer that is shared among the plurality of MTC devices; and send uplink data to the base station by using a virtual shared mobile, VSM, radio bearer, shared among the plurality of MTC devices based on time division, the MTC device sensing uplink data at an allocated uplink transmission time TTI identified to the MTC device by the received downlink data the base station ; characterised in that the MTC device is configured to send a VSM transmission time interval, TTI, grant request message to the base station, the VSM TTI grant request message including a mobile network identifier of the MTC device.