mhurhangee/ep-ind-claims huggingface dataset:
A method for simultaneously displaying, on a shared display, at least one media source from each of at least two of a plurality of client devices, the shared display being remote from the client devices, the method comprising: a) wirelessly connecting two or more of the client devices to the shared display; b) selecting, via each of the client devices, a respective media source wherein the media source comprises at least one of a media file stored on the respective client device, an application stored on the respective client device and a screen area of the respective client device; and c) receiving, from any of the client devices, a transform, indicating translation magnitude and scale based on settings of a user input device, for any of the media sources, indicating the location and size, on the shared display, of each said media source; d) transmitting each of the selected media sources to the shared display as a respective live media stream; wherein the live media stream comprises media frames resulting from decoding the media file or from capturing pixels corresponding to the screen area or application output; and e) simultaneously rendering, on the shared display, each of the transmitted live media streams, using the transform to determine a current geometric state of each of the respective media sources; and where it is possible for at least one first client device to select another media source, distinct from the first selected media source via said first device, and performing the steps c) to e) of the current method. a) wirelessly connecting two or more of the client devices to the shared display; b) selecting, via each of the client devices, a respective media source wherein the media source comprises at least one of a media file stored on the respective client device, an application stored on the respective client device and a screen area of the respective client device; and c) receiving, from any of the client devices, a transform, indicating translation magnitude and scale based on settings of a user input device, for any of the media sources, indicating the location and size, on the shared display, of each said media source; d) transmitting each of the selected media sources to the shared display as a respective live media stream; wherein the live media stream comprises media frames resulting from decoding the media file or from capturing pixels corresponding to the screen area or application output; and e) simultaneously rendering, on the shared display, each of the transmitted live media streams, using the transform to determine a current geometric state of each of the respective media sources; and
A development system for an aeronautical software application ensuring the production of a graphical human-machine interface on one or more items of visual display equipment, said system comprising computer means processing software tools used to create, simulate or integrate, on the one hand, graphical functions, described in a file called "Definition File" describing widgets and, on the other hand, logic functions allowing the content of the graphical functions to be modified as a function of inbound events on the one or more items of visual display equipment, characterised in that the system comprises a single graphical editor for designing software that can be executed in the one or more items of visual display equipment, said editor producing a structured language, which: - describes each widget contained in the Definition File and having functional capabilities; - associates consumed variables, called "input plugs", with the modifiable attributes of said widget, an "input plug" being a specific data item allowing dynamic modification of one or more graphical attributes of said widget; - associates produced variables, called "output plugs", with the notifications of the events produced by said widget, with an "output plug" being a data item notifying a request to change the state of the items of equipment; the produced and consumed variables being intended to be exchanged with the functional logic of an application called "User Application". - describes each widget contained in the Definition File and having functional capabilities; - associates consumed variables, called "input plugs", with the modifiable attributes of said widget, an "input plug" being a specific data item allowing dynamic modification of one or more graphical attributes of said widget; - associates produced variables, called "output plugs", with the notifications of the events produced by said widget, with an "output plug" being a data item notifying a request to change the state of the items of equipment; the produced and consumed variables being intended to be exchanged with the functional logic of an application called "User Application".
System for automatic evaluation of preforms, providing an inspection system, to which preforms are supplied, a weighting system, load cell inspection system, and a selection system, downward the weighting system, said preforms being transferred from the inspection system to the weighting system with a set orientation, said system characterized in that a support is provided downward the system for transferring preforms, substantially an elongated V shaped support, having an inner groove on correspondence of V vertex, permitting contacting preform tip and stabilizing its oscillations due to the fall impact of the preform on the support, preform resting within said groove, terminating passage from a substantially vertical position to a substantially horizontal position.
A rubber composition comprising lignin having an aldehyde yield rate by alkaline nitrobenzene oxidation of 12% by mass or more, a rubber, and an inorganic filler.
Medical instrumentarium, in particular for implanting a hip joint stem, comprising a rasp instrument with a rasp shank defining a longitudinal axis, which rasp shank has an anterior side face, a posterior side face, a medial side face, and a lateral side face, wherein the side faces (34, 36, 38, 40) at least partially have rasp teeth which are formed running parallel to each other and circumferential or at least partially circumferential with respect to the longitudinal axis, wherein the rasp instrument comprises a rotational stabilization device for increasing a rotational stability of the rasp shank driven into a bone cavity, in particular a femur cavity, wherein the rotational stabilization device comprises a multitude of stabilization grooves (58, 60, 62, 64) on at least one side face (34, 36, 38, 40) of the rasp shank and wherein the multitude of stabilization grooves (58, 60, 62, 64) runs obliquely relative to the rasp teeth, wherein the multitude of stabilization grooves (58, 60, 62, 64) is formed on the lateral side face and/or on the medial side face and/or on the anterior side face and/or on the posterior side face of the rasp shank, characterized in that a multitude of stabilization grooves (58, 60) is formed on the lateral side face and on the medial side face, wherein the multitude of stabilization grooves (58, 60) that are formed on the lateral side face and on the medial side face all run parallel or substantially parallel to each other.
A method for producing iron-supporting chabazite-type zeolite, comprising the following steps in this order: mixing iron chloride and chabazite-type zeolite, heat treating under an atmosphere containing no oxygen the mixed iron chloride and chabazite-type zeolite, and a hydrogen reduction step. mixing iron chloride and chabazite-type zeolite, heat treating under an atmosphere containing no oxygen the mixed iron chloride and chabazite-type zeolite, and a hydrogen reduction step.
A method for detecting arrangement disorder of fibers in a conductive composite material using conductive fibers, the method comprising: a step of disposing a coil (7, 17) at a position at which the coil (7, 17) faces a surface (Sa) of the conductive composite material such that a coil face is perpendicular to the surface (Sa); a step of applying current to the coil (7, 17); a step of disposing a magnetic field measuring unit at a position at which the magnetic field measuring unit faces the surface (Sa) of the conductive composite material such that a direction of a magnetosensitive axis is horizontal with the surface (Sa) and is parallel to the coil face, wherein the direction of the magnetosensitive axis of the magnetic field sensor is directed in a direction in which the conductive fibers extend, and wherein the magnetic field measuring unit is provided between the surface (Sa) of the conductive composite material and the coil (7, 17) facing the surface (Sa); and a step of detecting a portion at which the arrangement disorder of the fibers in the conductive composite material is present by measuring a magnetic field with the magnetic field measuring unit. a step of disposing a coil (7, 17) at a position at which the coil (7, 17) faces a surface (Sa) of the conductive composite material such that a coil face is perpendicular to the surface (Sa); a step of applying current to the coil (7, 17); a step of disposing a magnetic field measuring unit at a position at which the magnetic field measuring unit faces the surface (Sa) of the conductive composite material such that a direction of a magnetosensitive axis is horizontal with the surface (Sa) and is parallel to the coil face, wherein the direction of the magnetosensitive axis of the magnetic field sensor is directed in a direction in which the conductive fibers extend, and wherein the magnetic field measuring unit is provided between the surface (Sa) of the conductive composite material and the coil (7, 17) facing the surface (Sa); and a step of detecting a portion at which the arrangement disorder of the fibers in the conductive composite material is present by measuring a magnetic field with the magnetic field measuring unit.
A method of copying data from a first tyre monitoring device to a second tyre monitoring device, each of the first and second tyre monitoring devices comprising a wireless communication interface having a maximum range, wherein the first tyre monitoring device and the second tyre monitoring device are separated by a distance greater than the maximum range, the method comprising: transmitting, by the first tyre monitoring device, the data to an intermediary device positioned within the maximum range of the first tyre monitoring device; receiving the data at the intermediary device and storing the data in a memory of the intermediary device; moving the intermediary device to a physical location within the maximum range of the second tyre monitoring device; and transmitting, by the intermediary device, the data to the second tyre monitoring device; wherein the data is copied to one or more further tyre monitoring devices, the method comprising: for each of the one or more further tyre monitoring devices, moving the intermediary device to a physical location within the maximum range of the respective further tyre monitoring device and transmitting, by the intermediary device, the data to the respective further tyre monitoring device using the wireless communication interface. transmitting, by the first tyre monitoring device, the data to an intermediary device positioned within the maximum range of the first tyre monitoring device; receiving the data at the intermediary device and storing the data in a memory of the intermediary device; moving the intermediary device to a physical location within the maximum range of the second tyre monitoring device; and transmitting, by the intermediary device, the data to the second tyre monitoring device; wherein the data is copied to one or more further tyre monitoring devices, the method comprising: for each of the one or more further tyre monitoring devices, moving the intermediary device to a physical location within the maximum range of the respective further tyre monitoring device and transmitting, by the intermediary device, the data to the respective further tyre monitoring device using the wireless communication interface.
An information processing apparatus (11a, 11b) that is connectable to a server (2a, 2b) via a KVM switch to which a first operating member (4, 5) is connectable, and that is connectable to a second operating member (13a, 13b, 14a, 14b) and is operable to display a window including a cursor of the information processing apparatus which moves by operation of the second operating member and a cursor of the server which moves by operation of any one of the first operating member and the second operating member, comprising: a storing portion that is operable to store coordinates on a frame of the window which the cursor of the information processing apparatus passes when the cursor of the information processing apparatus moves to the outside of the window by the operation of the second operating member, and on which a position of the cursor of the server and a position of the cursor of the information processing apparatus coincide with each other; and a controlling portion that, when the cursor of the information processing apparatus reaches the window from the outside of the window, is operable to calculate a difference between coordinates indicative of the reach point on the frame of the window and the stored coordinates, and to output the difference to the server. a storing portion that is operable to store coordinates on a frame of the window which the cursor of the information processing apparatus passes when the cursor of the information processing apparatus moves to the outside of the window by the operation of the second operating member, and on which a position of the cursor of the server and a position of the cursor of the information processing apparatus coincide with each other; and a controlling portion that, when the cursor of the information processing apparatus reaches the window from the outside of the window, is operable to calculate a difference between coordinates indicative of the reach point on the frame of the window and the stored coordinates, and to output the difference to the server.
Method for operating an exhaust gas purification system for purifying an exhaust gas of an internal combustion engine capable of operating in a lean mode with excess air and in a rich mode with oxygen deficiency, wherein the exhaust gas purification system comprises - arranged one behind the other in a direction of exhaust gas flow - an ammonia-forming catalytic converter, which can catalyse an at least partial reduction of nitrogen oxide contained in the exhaust gas to ammonia under reducing conditions, - a first exhaust gas sensor, - an ammonia SCR converter with an ammonia storage capacity, - a nitrogen oxide storage converter placed immediately downstream of the ammonia SCR converter and having a storage capacity for oxygen and a storage capacity for nitrogen oxides, and - a second exhaust gas sensor, wherein, as first and second exhaust gas sensors (S1, S2), there are provided exhaust gas sensors each of which is capable of outputting a first signal (S S1, S S2) correlating with a nitrogen oxide content of the exhaust gas and a second signal (λ S1, λ S2) correlating with a lambda value of the exhaust gas and wherein, in a diagnostic mode in immediately consecutive operating phases of the internal combustion engine with lean mode and with rich mode, the ammonia storage capacity of the ammonia SCR converter, the oxygen storage capacity of the nitrogen oxide storage converter and optionally the nitrogen oxide storage capacity of the nitrogen oxide storage converter are determined by evaluating the signals of the first and second exhaust gas sensors (S1, S2), and wherein, in the diagnostic mode, a first storage capacity sum value for the oxygen storage capacity and the nitrogen oxide storage capacity of the nitrogen oxide storage converter and a second storage capacity sum value for the nitrogen oxide storage capacity of the nitrogen oxide storage converter and the ammonia storage capacity of the NH3 SCR converter are determined and the NH3 storage capacity of the ammonia SCR converter is determined by reckoning up the detected oxygen storage capacity and the first and second storage capacity sum values. - an ammonia-forming catalytic converter, which can catalyse an at least partial reduction of nitrogen oxide contained in the exhaust gas to ammonia under reducing conditions, - a first exhaust gas sensor, - an ammonia SCR converter with an ammonia storage capacity, - a nitrogen oxide storage converter placed immediately downstream of the ammonia SCR converter and having a storage capacity for oxygen and a storage capacity for nitrogen oxides, and - a second exhaust gas sensor,
A computer-implemented method for training a Recurrent Neural Network Transducer (RNN-T), the method comprising: training, by inputting a set of audio data, a first RNN-T which comprises a common encoder, a forward prediction network, and a first joint network combining outputs of both the common encoder and the forward prediction network, wherein the forward prediction network predicts label sequences forward; and training, by inputting the set of audio data, a second RNN-T which comprises the common encoder, a backward prediction network, and a second joint network combining outputs of both the common encoder and the backward prediction network, wherein the backward prediction network predicts label sequences backward, and wherein the trained first RNN-T is used for inference, and wherein the training steps jointly train the forward prediction network and the backward prediction network. training, by inputting a set of audio data, a first RNN-T which comprises a common encoder, a forward prediction network, and a first joint network combining outputs of both the common encoder and the forward prediction network, wherein the forward prediction network predicts label sequences forward; and training, by inputting the set of audio data, a second RNN-T which comprises the common encoder, a backward prediction network, and a second joint network combining outputs of both the common encoder and the backward prediction network, wherein the backward prediction network predicts label sequences backward, and wherein the trained first RNN-T is used for inference, and wherein the training steps jointly train the forward prediction network and the backward prediction network.
A comb tooth holder for comminution devices with cutting teeth provided on comminution rolls, which interact with comb teeth arranged on at least one mating holder or cage for comminuting the material to be comminuted, consisting of at least one comb tooth body and at least one comb tooth and a first positively locking portion, wherein the comb tooth can be fastened to the comb tooth body by means of the first positively locking portion, wherein at least one additional positively locking portion (4, 5) is provided on the comb tooth holder for fastening the comb tooth to the comb tooth body, wherein in the middle and/or centrally in the recess extends a web surface connecting the two positively locking faces (31, 32), wherein the first positive locking portion is formed as a recess which has the shape of a J when viewed laterally, and wherein the recess has wedge-shaped or conical, preferably outwardly tapering positively locking surfaces (31, 32), wherein on and/or in the comb tooth body, a second positively locking portion follows the first positively locking portion, the second positively locking portion is provided as a cross support for the comb tooth, the second positively locking portion comprises a first and a second cross support surface (40, 41) which are angled in a falling manner relative to the positively locking surfaces (31, 32) in cutting direction and the second positively locking portion has a cross support surface web which connects the two cross support surfaces (40, 41) to one another, characterized in that the second positively locking portion is further formed by at least one upper cross surface which adjoins the cross support surface web and the two cross support surfaces (41, 42).
Airbag module arrangement for a motor vehicle, having - an airbag module which comprises an airbag which can be deployed along at least one part section of a front windscreen of the motor vehicle in order to protect a person who is situated outside the motor vehicle; and - a partition which counteracts a thermal coupling of the airbag module to an engine compartment of the motor vehicle, - the partition surrounding a housing of the airbag module at least partially, the contour of the partition following the outer contour of the housing at least in sections, characterized in that the housing and/or the partition have/has at least one projection, via which the partition rests against the housing and which acts as a spacer element, in order to form an air gap between the housing and the partition. - an airbag module which comprises an airbag which can be deployed along at least one part section of a front windscreen of the motor vehicle in order to protect a person who is situated outside the motor vehicle; and - a partition which counteracts a thermal coupling of the airbag module to an engine compartment of the motor vehicle, - the partition surrounding a housing of the airbag module at least partially, the contour of the partition following the outer contour of the housing at least in sections,
Nasal shaper configured to be introduced into the nose of a subject, characterised in that it comprises: - two tubes suitable for each being introduced into a nostril of the nose, connected together at their lower ends by a connecting bridge and - a plate attached to the connecting bridge and extending opposite the connecting bridge relative to the tubes, the plate being configured to exert a pressure on the philtrum of the subject when the tubes are each introduced into a nostril of the nose. - two tubes suitable for each being introduced into a nostril of the nose, connected together at their lower ends by a connecting bridge and - a plate attached to the connecting bridge and extending opposite the connecting bridge relative to the tubes, the plate being configured to exert a pressure on the philtrum of the subject when the tubes are each introduced into a nostril of the nose.
A cable connection assembly comprising: an adaptor body; a terminated electrical cable end received within the adaptor body, the electrical cable end terminated by a connector; a radio frequency sensor tag secured to the connector, the RF sensor tag comprising a temperature sensor and an antenna; and an RF reader externally mounted on the adaptor body, wherein the RF reader is configured to transmit an interrogation signal to the RF sensor tag that provides power to the RF sensor tag and causes the temperature sensor to detect a temperature of the connector and generate a temperature data signal, and that causes the antenna to transmit the temperature data signal, and wherein the RF reader is configured to receive the transmitted temperature data signal; characterised in that the antenna is a flexible antenna that is secured to and conforms with an outer surface of the connector. an adaptor body; a terminated electrical cable end received within the adaptor body, the electrical cable end terminated by a connector; a radio frequency sensor tag secured to the connector, the RF sensor tag comprising a temperature sensor and an antenna; and an RF reader externally mounted on the adaptor body, wherein the RF reader is configured to transmit an interrogation signal to the RF sensor tag that provides power to the RF sensor tag and causes the temperature sensor to detect a temperature of the connector and generate a temperature data signal, and that causes the antenna to transmit the temperature data signal, and wherein the RF reader is configured to receive the transmitted temperature data signal; characterised in that the antenna is a flexible antenna that is secured to and conforms with an outer surface of the connector.