mhurhangee/patent-ind-claim-en huggingface dataset:
A method for creating an audio or video conference and for authorising participants to join the conference, implemented by a system comprising a server and at least one terminal comprising a microphone , the terminal being further adapted to communicate with the server by a communication network , the method comprising the steps of: - creating by the server an audio or video conference, and associating by the server a unique identifier to the conference, - connecting at least one terminal to the audio or video conference, characterised in that the unique identifier of the audio or video conference comprises at least two words, and in that the connection of the terminal to the audio or video conference comprises: - establishing a connection between the terminal and the server , - recording , by the microphone of the terminal , a voice sequence of a user of the terminal, - transcribing the voice sequence into text, and - comparing , by the server , the text with at least one conference identifier comprising at least two words, and - if the text corresponds to the identifier of the conference, connecting the terminal to the conference. - creating by the server an audio or video conference, and associating by the server a unique identifier to the conference, - connecting at least one terminal to the audio or video conference, - establishing a connection between the terminal and the server , - recording , by the microphone of the terminal , a voice sequence of a user of the terminal, - transcribing the voice sequence into text, and - comparing , by the server , the text with at least one conference identifier comprising at least two words, and - if the text corresponds to the identifier of the conference, connecting the terminal to the conference.
A sparked reciprocating internal combustion two-stroke steam engine comprising an engine casing, a crankshaft rotatable about a crankshaft axis, a cylinder arranged inside said engine casing, a piston arranged inside said cylinder to movably reciprocate along a reciprocating axis between a top dead center position distal from said crankshaft and a bottom dead center position proximal to said crankshaft and operatively connected to the crankshaft such that the reciprocating piston imparts a rotational movement to the crankshaft, a combustion chamber defined within said cylinder between the engine casing and a head of the piston opposite said crankshaft, an intake valve , an exhaust valve , a fuel injector to directly inject fuel into said combustion chamber, a water injector to directly inject water into said combustion chamber at a location below said top dead center position of the piston; and a spark plug , characterized in that the intake valve is in fluid connection with a compressed gaseous oxidizer supply configured to feed compressed gaseous oxidizer through the intake valve to the combustion chamber, in that the fuel injector is configured for injecting fuel between - 5° to + 5° from top dead center and the spark plug is configured for sparking immediately after closing of the fuel injector , in that the water injector is arranged at a location below said top dead center position of the piston in a region between the top dead center and the position of the top of the piston when the crankshaft is at an angle of rotation of > 0 to 35° and in that the water injector is configured for injecting water into the combustion chamber at 5° to 40° after top dead center.
Control unit for a food printer , which is designed to extrude printing compound from a container onto a tray in order to print a food , wherein the control unit is designed, - to determine spectral data relating to the printing compound in the container , wherein the spectral data depends on a transmission degree and/or on a reflection degree of the printing compound for electromagnetic radiation of at least one wavelength , and - to control the food printer as a function of the spectral data. - to determine spectral data relating to the printing compound in the container , wherein the spectral data depends on a transmission degree and/or on a reflection degree of the printing compound for electromagnetic radiation of at least one wavelength , and - to control the food printer as a function of the spectral data.
An immunoconjugate that binds to Trop-2 for use in a method of treating Trop-2 expressing cancer, wherein the method comprises: a) administering to a human subject with the cancer the immunoconjugate; and b) administering to the subject at least one therapeutic agent selected from the group consisting of a PARP inhibitor and a microtubule inhibitor wherein the immunoconjugate comprises an anti-Trop-2 antibody conjugated to SN-38. a) administering to a human subject with the cancer the immunoconjugate; and b) administering to the subject at least one therapeutic agent selected from the group consisting of a PARP inhibitor and a microtubule inhibitor
A transmission , in particular a compressor transmission, which is installed between a drive machine and a unit to be driven; fitted with a drive shaft and a driven shaft; the drive shaft is in driving connection with the driven shaft for speed/torque conversion; the driven shaft is supported in the transmission by means of at least one primary axial bearing ; characterized by the following features: a starting unit is provided for absorbing the axial loads of the driven shaft; the starting unit comprises a secondary axial bearing ; the starting unit is formed in such a way that when said unit is actuated, the axial loads of the driven shaft are substantially completely absorbed by the secondary axial bearing ; whereby the starting unit comprises a piston which can be pressurized, wherein said piston can be moved in axial direction between a supporting position, in which it supports the driven shaft and absorbs the axial loads, and a reset position, in which it does not absorb any axial loads; whereby the piston is moveable in a piston chamber and divides the piston chamber into a first compartment (11.1) and a second compartment (11.2), and the first compartment (11.1) is connected to a pressure oil supply of the transmission for pressurizing the piston on its side pointing to the first compartment (11.1) and for its axial movement in the direction of the reset position. a starting unit is provided for absorbing the axial loads of the driven shaft; the starting unit comprises a secondary axial bearing ; the starting unit is formed in such a way that when said unit is actuated, the axial loads of the driven shaft are substantially completely absorbed by the secondary axial bearing ; whereby the starting unit comprises a piston which can be pressurized, wherein said piston can be moved in axial direction between a supporting position, in which it supports the driven shaft and absorbs the axial loads, and a reset position, in which it does not absorb any axial loads; whereby the piston is moveable in a piston chamber and divides the piston chamber into a first compartment (11.1) and a second compartment (11.2), and the first compartment (11.1) is connected to a pressure oil supply of the transmission for pressurizing the piston on its side pointing to the first compartment (11.1) and for its axial movement in the direction of the reset position.
A method for evaluating data traffic in a communication network, the method carried out at a control plane, CP, node and comprising: establishing a protocol session with a user plane, UP, node; configuring a first detection rule to be used for event notification, and at least one next detection rule to be used for traffic detection, wherein the first detection rule comprises an indicator indicating the highest precedence, and identifies a first instruction rule indicating an event to be notified and a continuation flag indicating evaluation of at least one next detection rule, and wherein the at least one next detection rule comprises an indicator indicating a lower precedence than the one in the first detection rule and identifies a next instruction rule to be applied to a matched traffic; transmitting , towards the UP node, the first detection rule and the at least one next detection rule; and receiving , from the UP node, a notification of the event indicated in the first instruction rule. establishing a protocol session with a user plane, UP, node; configuring a first detection rule to be used for event notification, and at least one next detection rule to be used for traffic detection, wherein the first detection rule comprises an indicator indicating the highest precedence, and identifies a first instruction rule indicating an event to be notified and a continuation flag indicating evaluation of at least one next detection rule, and wherein the at least one next detection rule comprises an indicator indicating a lower precedence than the one in the first detection rule and identifies a next instruction rule to be applied to a matched traffic; transmitting , towards the UP node, the first detection rule and the at least one next detection rule; and receiving , from the UP node, a notification of the event indicated in the first instruction rule.
A method for checking the authenticity and/or integrity of a security document having a printed security feature, the security feature having a first printing substance, which is excitable to luminescence and in this case, following the end of the excitation, emits a visually non-perceptible radiation within a decay time, which radiation can be captured by means of an image capture unit of a terminal device, and the security feature having a second printing substance, comprising the following steps: - irradiating the security feature applied on the security document using an electromagnetic radiation of predetermined wavelength, by means of an illumination unit of the terminal device; - taking a plurality of individual images of the excited security feature at temporally defined intervals by means of the image capture unit of the terminal device, the individual images depicting the emitted visually non-perceptible radiation of the first printing substance and an image of the second printing substance, and the individual images being captured at intervals of less than 100 milliseconds; - examining the detected individual images or data derived therefrom by means of a data processing unit, the individual images or derived data being compared with stored reference data according to the temporally defined taking intervals; and - outputting a result of the authenticity and/or integrity check of the captured individual images using the reference images. - irradiating the security feature applied on the security document using an electromagnetic radiation of predetermined wavelength, by means of an illumination unit of the terminal device; - taking a plurality of individual images of the excited security feature at temporally defined intervals by means of the image capture unit of the terminal device, the individual images depicting the emitted visually non-perceptible radiation of the first printing substance and an image of the second printing substance, and the individual images being captured at intervals of less than 100 milliseconds; - examining the detected individual images or data derived therefrom by means of a data processing unit, the individual images or derived data being compared with stored reference data according to the temporally defined taking intervals; and - outputting a result of the authenticity and/or integrity check of the captured individual images using the reference images.
Non-therapeutic use of an orally administered blood pH modulator which is a chloride salt, selected from the group consisting of ammonium chloride, calcium chloride and organic chloride salts, for improving colostrum production of a pregnant sow by maintaining blood pH in said pregnant sow at a physiological level which is a pH characteristic of healthy and normal functioning, wherein said physiological level is 7.45 for venous blood with a standard deviation of 0.03 within a group of animals.
A method performed by a user equipment wirelessly attached to a base station using a first set of resources of an air interface , the method comprising: determining , by the user equipment , that a condition that is local to the user equipment violates a threshold; transmitting , by the user equipment and to the base station , a first message that requests to enter a user equipment limited-service mode; and receiving , by the user equipment and from the base station , a second message including a limited-service radio network temporary identifier that identifies an allocated second set of resources of the air interface and directs the user equipment to: enter the user equipment limited-service mode; and wirelessly communicate with the base station using the allocated second set of resources of the air interface . determining , by the user equipment , that a condition that is local to the user equipment violates a threshold; transmitting , by the user equipment and to the base station , a first message that requests to enter a user equipment limited-service mode; and receiving , by the user equipment and from the base station , a second message including a limited-service radio network temporary identifier that identifies an allocated second set of resources of the air interface and directs the user equipment to: enter the user equipment limited-service mode; and wirelessly communicate with the base station using the allocated second set of resources of the air interface . enter the user equipment limited-service mode; and wirelessly communicate with the base station using the allocated second set of resources of the air interface .
A device , comprising: a first portion and a second portion that have hinge ends rotatably secured by a hinge assembly ; a single flexible display positioned over the first portion, the hinge assembly, and the second portion; and, a deformable member secured to the flexible display over the hinge assembly; a deployable bridge structure having a first and second bridge structure that are deployed towards one another in the hinge assembly to support the flexible display at the hinge assembly when the first and second portions are rotated from a closed orientation to an open orientation such that the deployable bridge structure directly supports the deformable member at the hinge assembly so that the flexible display over the hinge assembly has a similar feel as over the first and second portions and . a first portion and a second portion that have hinge ends rotatably secured by a hinge assembly ; a single flexible display positioned over the first portion, the hinge assembly, and the second portion; and, a deformable member secured to the flexible display over the hinge assembly; a deployable bridge structure having a first and second bridge structure that are deployed towards one another in the hinge assembly to support the flexible display at the hinge assembly when the first and second portions are rotated from a closed orientation to an open orientation such that the deployable bridge structure directly supports the deformable member at the hinge assembly so that the flexible display over the hinge assembly has a similar feel as over the first and second portions and .
An intraoral three-dimensional measuring method, comprising: a wide range three-dimensional measurement information acquisition step (s1, t1, u1) of acquiring wide range three-dimensional measurement information (Iw) on a three-dimensional shape measured on a wide range (Rw) in a desirable measurement range in an intraoral space; a narrow range three-dimensional measurement information acquisition step (s2, t4, u4) of acquiring a plurality of pieces of narrow range three-dimensional measurement information (In) each on a three-dimensional shape measured on a narrow range (Rn) narrower than the wide range (Rw) in the measurement range; and a synthetic three-dimensional information creation step (s3, t5, u8) of repeatedly locating each of the plurality of pieces of narrow range three-dimensional measurement information at its respective position based on the wide range three-dimensional measurement information (In) by use of, as a synthesis reference, intra-measurement range position information common to the wide range three-dimensional measurement information (Iw) and each of the plurality of pieces of narrow range three-dimensional measurement information (In), to create synthetic three-dimensional information on the measurement range. a wide range three-dimensional measurement information acquisition step (s1, t1, u1) of acquiring wide range three-dimensional measurement information (Iw) on a three-dimensional shape measured on a wide range (Rw) in a desirable measurement range in an intraoral space; a narrow range three-dimensional measurement information acquisition step (s2, t4, u4) of acquiring a plurality of pieces of narrow range three-dimensional measurement information (In) each on a three-dimensional shape measured on a narrow range (Rn) narrower than the wide range (Rw) in the measurement range; and a synthetic three-dimensional information creation step (s3, t5, u8) of repeatedly locating each of the plurality of pieces of narrow range three-dimensional measurement information at its respective position based on the wide range three-dimensional measurement information (In) by use of, as a synthesis reference, intra-measurement range position information common to the wide range three-dimensional measurement information (Iw) and each of the plurality of pieces of narrow range three-dimensional measurement information (In), to create synthetic three-dimensional information on the measurement range.
A safety system for a machine , said safety system comprising: at least one sensor which generates sensor data; a non-safe computing module which is configured to perform at least one safety function based on the sensor data and to perform at least one self-diagnosis function directed to the safety function ; and a safe diagnostic module which is configured to check the at least one self-diagnosis function by means of a supervisor implemented on the safe diagnostic module . at least one sensor which generates sensor data; a non-safe computing module which is configured to perform at least one safety function based on the sensor data and to perform at least one self-diagnosis function directed to the safety function ; and a safe diagnostic module which is configured to check the at least one self-diagnosis function by means of a supervisor implemented on the safe diagnostic module .
Display device comprising: - a display ; - an at least partially transparent sheet ; and - a structural component comprising a rear part and a front part extending toward the sheet from the rear part and framing the display , the front part having a front face extending at a constant distance from a rear face of the sheet so as to form a bearing surface supporting the sheet , characterized in that the front part has at least one opening (26; 28) designed to form a passage between the rear part and the sheet . - a display ; - an at least partially transparent sheet ; and - a structural component comprising a rear part and a front part extending toward the sheet from the rear part and framing the display , the front part having a front face extending at a constant distance from a rear face of the sheet so as to form a bearing surface supporting the sheet ,
Pressure casing of a turbomachine, which comprises at least two casing shells which are connected in a pressure-tight manner in a parting plane by means of a flange , wherein the casing shells are pressed together with sealing effect in the parting plane in the region of the flange by means of at least one threaded bolt which extends through a through hole in the flange perpendicularly to the parting plane , wherein the at least one threaded bolt is charged by a heat transfer medium, wherein at least one of feed holes or outlet holes for the heat transfer medium are arranged in the parting plane of the flange , characterized in that : the feed holes receive the heat transfer medium from a plenum and the outlet holes discharge into a flow channel for a working medium inside the pressure casing; or the feed holes receive the heat transfer medium from the flow channel and the outlet holes discharge into a cavity outside the pressure casing. the feed holes receive the heat transfer medium from a plenum and the outlet holes discharge into a flow channel for a working medium inside the pressure casing; or the feed holes receive the heat transfer medium from the flow channel and the outlet holes discharge into a cavity outside the pressure casing.
A vortex flowmeter comprising: a vortex generator ; and a flow rate measuring unit placed downstream of the vortex generator and configured to detect a vortex generated by the vortex generator to measure a flow rate, the vortex flowmeter further comprising: a temperature sensing element ; a body case ; and a seal member , wherein the temperature sensing element includes: a metal temperature sensing case ; and a temperature sensor , wherein the body case includes: a body passage in which the vortex generator is placed; and an insertion hole configured to allow the temperature sensing element to be fitted therein, the body passage and the insertion hole being communicated with each other, and the seal member mounted to seal between the temperature sensing element and an inner wall of the insertion hole , and wherein the temperature sensing element fitted in the insertion hole further includes a distal end face located close to the body passage , the distal end face being placed at either a position where the distal end face is flush with a passage surface of the body passage or a position more outside than the passage surface of the body passage in a radial direction of the body passage , characterised in that the temperature sensor is adhered to the metal temperature sensing case with an adhesive, and the insertion hole is located upstream of the vortex generator . a temperature sensing element ; a body case ; and a seal member , a metal temperature sensing case ; and a temperature sensor , a body passage in which the vortex generator is placed; and an insertion hole configured to allow the temperature sensing element to be fitted therein, the body passage and the insertion hole being communicated with each other, and the seal member mounted to seal between the temperature sensing element and an inner wall of the insertion hole , and
Control block having at least one receptacle for at least one valve , an inlet and an outlet , wherein the at least one valve has two ports , which are connected fluidically to different pressure spaces and, in a manner dependent on the actuation of the at least one valve , fluidically connect the pressure spaces , wherein the at least two pressure spaces are lined in each case with a diaphragm at the inside on one side, the diaphragm in each case being supported at least partially by a support , characterized in that the support is mounted in the control block , and wherein the support , by means of its shape and/or by means of its limited elasticity, limits the changes in shape of the diaphragm at pressures in the at least two pressure spaces that occur during operation to elastic changes in shape.