mhurhangee/ep-ind-claims huggingface dataset:
Composition for the manufacture of magnetic coverings comprising: - at least one elastomer, - at least one magnetic filler, - at least one compatibilizer, wherein the at least one magnetic filler is present in the composition in an amount comprised between 90% and 300% by weight, preferably between 100% and 250% by weight, based on the weight of the at least one elastomer, wherein the magnetic filler is magnetite, wherein the at least one elastomer is selected from the group consisting of styrene-butadiene rubber, ethylene-propylene-diene rubber (EPDM), nitrile rubber, natural rubber, and mixtures thereof, wherein the at least one compatibilizer is selected from the group consisting of silanes, preferably mercaptosilanes and/or vinyl silanes, resins and/or waxes derived from hydrocarbons, preferably benzofuran resins, cumarone resins, aliphatic hydrocarbon resins, coumarone, long-chain fatty acids, preferably stearic acid and/or oleic acid, and mixtures thereof. - at least one elastomer, - at least one magnetic filler, - at least one compatibilizer, wherein the at least one magnetic filler is present in the composition in an amount comprised between 90% and 300% by weight, preferably between 100% and 250% by weight, based on the weight of the at least one elastomer, wherein the magnetic filler is magnetite, wherein the at least one elastomer is selected from the group consisting of styrene-butadiene rubber, ethylene-propylene-diene rubber (EPDM), nitrile rubber, natural rubber, and mixtures thereof, wherein the at least one compatibilizer is selected from the group consisting of silanes, preferably mercaptosilanes and/or vinyl silanes, resins and/or waxes derived from hydrocarbons, preferably benzofuran resins, cumarone resins, aliphatic hydrocarbon resins, coumarone, long-chain fatty acids, preferably stearic acid and/or oleic acid, and mixtures thereof.
A method for indicating web displacement, comprising: moving an elongated, flexible web (205, 405, 406, 505) having a plurality of discrete scale features (215, 230, 240, 412, 515, 516) disposed thereon and wherein the discrete scale features (215, 230, 240, 412, 515, 516) are optical prisms (230, 240, 516) configured to reflect light via total internal reflection; modulating light using the scale features (215, 230, 240, 412, 515, 516); converting the modulated light into a signal that provides indication of continuous web displacement. moving an elongated, flexible web (205, 405, 406, 505) having a plurality of discrete scale features (215, 230, 240, 412, 515, 516) disposed thereon and wherein the discrete scale features (215, 230, 240, 412, 515, 516) are optical prisms (230, 240, 516) configured to reflect light via total internal reflection; modulating light using the scale features (215, 230, 240, 412, 515, 516); converting the modulated light into a signal that provides indication of continuous web displacement.
A vehicle body comprising a box-shaped cargo space, in particular a cargo space that can be chilled at least in regions, which comprises at least one adjustable partition which can be longitudinally movably locked, inside the cargo space, by means of a locking device to add-on side walls by sealing elements being positioned therebetween, sealing elements extending from side edges of the partition and/or from lower and upper end edges of the partition and it being possible for the partition to be braced by at least one locking means (8, 9), which extends along the partition and is delimited by sealing elements, to walls (3, 4) of the vehicle body, characterized in that locking means (8, 9) are provided on opposite side edges of the partition in the form of brake blocks, at least one of the brake blocks being movable back and forth in the longitudinal direction of the partition and it being possible to center the partition by means of the brake block in the form of a locking means (8, 9), it being possible to move at least one of the locking means (8, 9) into the partition and far enough out of said partition that said locking means spans a clearance between the wall (3, 4) of the vehicle body and the lateral face edges of the partition to the lateral wall of the vehicle body, and the brake block which is moved out of the partition being laterally delimited by flexible sealing elements (12.1, 12.2).
A flow outlet for a pump comprising: a pocket section (42A; 42B) which defines a pocket section diameter (Dp); a throat section (44A; 44B) downstream of said pocket section, said throat section defines a throat section diameter (Dth) less than said pocket section diameter; a transition section (46A; 46B) downstream of said throat section; and a diffuser section (48A; 48B) downstream of said transition section said diffuser section being frusto-conical and increasing in diameter in a downstream direction; characterised in that the transition section is frusto-conical and increases in diameter in a downstream direction, wherein the transition section defines a transition section diameter at the downstream end of the transition section, wherein the transition section diameter is 1.6 to 2.1 of the throat section diameter, and wherein the diffuser section extends at an angle which is less than the angle at which the frusto-conical transition section extends; or in that the transition section is cylindrical and defines a transition section diameter, and wherein the transition section diameter is 1.6 to 2.1 of the throat section diameter. a pocket section (42A; 42B) which defines a pocket section diameter (Dp); a throat section (44A; 44B) downstream of said pocket section, said throat section defines a throat section diameter (Dth) less than said pocket section diameter; a transition section (46A; 46B) downstream of said throat section; and a diffuser section (48A; 48B) downstream of said transition section said diffuser section being frusto-conical and increasing in diameter in a downstream direction; characterised in that the transition section is frusto-conical and increases in diameter in a downstream direction, wherein the transition section defines a transition section diameter at the downstream end of the transition section, wherein the transition section diameter is 1.6 to 2.1 of the throat section diameter, and wherein the diffuser section extends at an angle which is less than the angle at which the frusto-conical transition section extends; or in that the transition section is cylindrical and defines a transition section diameter, and wherein the transition section diameter is 1.6 to 2.1 of the throat section diameter.
An apparatus, comprising: an input surface of a touch screen, a stereoscopic display; a proximity detection system with one or more proximity sensors for detecting presence of an input object in a hovering area in close proximity to an input surface and means (120, 110) for providing an input mode, in which a first function is associated with a hovering input and a second function is associated with a touch input to the input surface, wherein the first function is different than the second function on the same x,y position of the surface, means for displaying a three-dimensional virtual user interface item, characterised by means for adapting the three-dimensional virtual user interface item to alert a user to avoid unintentionally touching the input surface in response to detecting an input object within a guard range in relation to the input surface, adapting the virtual user interface item in accordance with the detected position of the input object 100 in relation to the visual user interface item, the apparatus being configured to detect hovering gestures by one or more objects separately or in combination in the hovering area 140 without touching the input surface and perform an action associated with the gesture; and comprising a controller configured to adapt the association according to a current operating state of the apparatus, a user input or an application executed in the apparatus. an input surface of a touch screen, a stereoscopic display; a proximity detection system with one or more proximity sensors for detecting presence of an input object in a hovering area in close proximity to an input surface and means (120, 110) for providing an input mode, in which a first function is associated with a hovering input and a second function is associated with a touch input to the input surface, wherein the first function is different than the second function on the same x,y position of the surface, means for displaying a three-dimensional virtual user interface item, characterised by means for adapting the three-dimensional virtual user interface item to alert a user to avoid unintentionally touching the input surface in response to detecting an input object within a guard range in relation to the input surface, adapting the virtual user interface item in accordance with the detected position of the input object 100 in relation to the visual user interface item, the apparatus being configured to detect hovering gestures by one or more objects separately or in combination in the hovering area 140 without touching the input surface and perform an action associated with the gesture; and comprising a controller configured to adapt the association according to a current operating state of the apparatus, a user input or an application executed in the apparatus.
A method comprising: determining to associate a communication identifier with a browser session, wherein the browser session hosts, at least in part, a web application, and wherein the communication identifier facilitates addressing of the browser session, the web application, or a combination thereof via a process that is not specific to the browser session, the web application, or a combination thereof; determining to cause, at least in part, creation of a channel for exchanging data between the browser session, the web application, or a combination thereof and one or more other browser sessions, one or more other web applications, one or more devices, or a combination thereof, wherein the creation of the channel is based, at least in part, on the communication identifier; determining to cause, at least in part, creation of a group of the browser session, the web application, the one or more other browser sessions, the one or more other web applications, the one or more devices, or a combination thereof; and determining to designate at least one master from among the group, wherein the at least one master manages data exchanges among the group over the channel. determining to associate a communication identifier with a browser session, wherein the browser session hosts, at least in part, a web application, and wherein the communication identifier facilitates addressing of the browser session, the web application, or a combination thereof via a process that is not specific to the browser session, the web application, or a combination thereof; determining to cause, at least in part, creation of a channel for exchanging data between the browser session, the web application, or a combination thereof and one or more other browser sessions, one or more other web applications, one or more devices, or a combination thereof, wherein the creation of the channel is based, at least in part, on the communication identifier; determining to cause, at least in part, creation of a group of the browser session, the web application, the one or more other browser sessions, the one or more other web applications, the one or more devices, or a combination thereof; and determining to designate at least one master from among the group, wherein the at least one master manages data exchanges among the group over the channel.
Device comprising: - a stimulation unit for generating an acoustic stimulation signal, and - a measuring unit for recording, on a patient, a measurement signal, which reflects the neuronal activity in the auditory cortex of the patient or an area associated with it, - a control unit which controls the stimulation unit on the basis of the measurement signal in such a way that the stimulation unit converts the measurement signal into the acoustic stimulation signal, characterized in that - the control unit for generating the acoustic stimulation signal modulates the amplitude of oscillations by the measurement signal or by the measurement signal being previously processed by the control unit in a linear or non-linear way and feeds the amplitude-modulated oscillations into a control port of the control unit. - a stimulation unit for generating an acoustic stimulation signal, and - a measuring unit for recording, on a patient, a measurement signal, which reflects the neuronal activity in the auditory cortex of the patient or an area associated with it, - a control unit which controls the stimulation unit on the basis of the measurement signal in such a way that the stimulation unit converts the measurement signal into the acoustic stimulation signal, - the control unit for generating the acoustic stimulation signal modulates the amplitude of oscillations by the measurement signal or by the measurement signal being previously processed by the control unit in a linear or non-linear way and feeds the amplitude-modulated oscillations into a control port of the control unit.
Method for operating a sensor for recognizing the environment in a driving assistance system of a vehicle, having the following steps: a. providing a map of the environment comprising recollection-based measurement data; b. acquiring current measurement data of the sensor on the basis of the current environment; c. generating a control signal on the basis of the current measurement data and the corresponding recollection-based measurement data; d. adapting at least one parameter of the sensor on the basis of the generated control signal. a. providing a map of the environment comprising recollection-based measurement data; b. acquiring current measurement data of the sensor on the basis of the current environment; c. generating a control signal on the basis of the current measurement data and the corresponding recollection-based measurement data; d. adapting at least one parameter of the sensor on the basis of the generated control signal.
Scanning optoelectronic detection device, in particular laser scanner, comprising - an optical transmitter for emitting electromagnetic beams within a scanning angle range into an environment of the detection device, said optical transmitter being designed in such a way that transmission beams are transmittable within a measurement cycle of the detection device and a transmission pause respectively follows after each measurement cycle, - an optical receiver having at least one photodetector for receiving reflected beams, - a voltage supply device for providing an electrical supply voltage, - a switch-off means designed in such a way that at least one component of the receiver is electrically isolatable from the supply voltage in a switch-off operating mode for at least one temporal switch-off interval after each measurement cycle from the supply voltage, characterized in that the detection device is further equipped with - a control device acting on the switch-off means while taking account of the actual temperature (T actual) of a component of a detection device. - an optical transmitter for emitting electromagnetic beams within a scanning angle range into an environment of the detection device, said optical transmitter being designed in such a way that transmission beams are transmittable within a measurement cycle of the detection device and a transmission pause respectively follows after each measurement cycle, - an optical receiver having at least one photodetector for receiving reflected beams, - a voltage supply device for providing an electrical supply voltage, - a switch-off means designed in such a way that at least one component of the receiver is electrically isolatable from the supply voltage in a switch-off operating mode for at least one temporal switch-off interval after each measurement cycle from the supply voltage, characterized in that the detection device is further equipped with - a control device acting on the switch-off means while taking account of the actual temperature (T actual) of a component of a detection device.
A method for controlling an aircraft engine, including: - determining in real-time the air flowrate taken from an aircraft engine by an engine air sampling system, comprising the following steps: - acquiring, at successive instants, measurements of physical quantities of temperature, pressure and pressure drop, specific to the air sampling system, - evaluating, at each current instant of said successive instants, a first current estimate (W 1) of the air flowrate taken from the aircraft engine on the basis of said measurements of physical quantities, - acquiring, at said current instant, a current minimum air flowrate data (W ECS) defined from the predetermined flowrate tables and according to the altitude of the aircraft, - selecting, at said current instant, said first current estimate of the air flowrate or said current minimum air flowrate data to form a second current estimate (W 2) of the air flowrate, the selection being carried out according to the precision of the first current estimate, and in that said control method further comprises an adjustment of a current threshold value of engine fuel flowrate taking into account said second current estimate (W 2) of the air flowrate so as to maintain a margin for acceleration. - determining in real-time the air flowrate taken from an aircraft engine by an engine air sampling system, comprising the following steps: - acquiring, at successive instants, measurements of physical quantities of temperature, pressure and pressure drop, specific to the air sampling system, - evaluating, at each current instant of said successive instants, a first current estimate (W 1) of the air flowrate taken from the aircraft engine on the basis of said measurements of physical quantities, - acquiring, at said current instant, a current minimum air flowrate data (W ECS) defined from the predetermined flowrate tables and according to the altitude of the aircraft, - selecting, at said current instant, said first current estimate of the air flowrate or said current minimum air flowrate data to form a second current estimate (W 2) of the air flowrate, the selection being carried out according to the precision of the first current estimate, and in that said control method further comprises an adjustment of a current threshold value of engine fuel flowrate taking into account said second current estimate (W 2) of the air flowrate so as to maintain a margin for acceleration.
A lubricious silicone coating composition, comprising: a cross-linkable silicone polymer having reactive functionalities; a non-cross-linkable silicone polymer, wherein said polymer has a weight average molecular weight greater than 200,000; a silicone cross-linking agent; and, a catalyst; wherein the catalyst comprises platinum divinyltetramethyldisiloxane ethynylcyclohexanol complex having the formula: Pt[(CH 2 =CH)(Me) 2 Si] 2 O • C 6 H 10 (C≡CH). a cross-linkable silicone polymer having reactive functionalities; a non-cross-linkable silicone polymer, wherein said polymer has a weight average molecular weight greater than 200,000; a silicone cross-linking agent; and, a catalyst; wherein the catalyst comprises platinum divinyltetramethyldisiloxane ethynylcyclohexanol complex having the formula: Pt[(CH 2 =CH)(Me) 2 Si] 2 O • C 6 H 10 (C≡CH).
Connection device to connect a first pipe to another pipe, said device comprising: - a hollow external body configured for the stable and releasable connection of said first pipe and said other pipe, - a first internal adaptor element configured to adapt the connection of said first pipe to said other pipe, said first internal element being able to be assembled coaxially to said first pipe in said external body, and - a second internal clamping element able to be fitted axially on said first pipe and to be assembled coaxially to said first internal element in said external body, wherein said second internal element is entirely elastic and is provided with at least a first anchoring portion and a second anchoring portion mating respectively with a first attachment portion of said first internal element and a second attachment portion of said external body to define a connection assembly in which said external body, said first internal element and said second internal element are assembled with each other to define a single body, characterised in that said second internal element is defined by an elastic ring provided with a through notch made completely through the thickness and height of the elastic ring, defining an air gap which completely interrupts the continuity of the material, said through notch being inclined, in particular from 25° to 40°, with respect to the longitudinal extension of the elastic ring. - a hollow external body configured for the stable and releasable connection of said first pipe and said other pipe, - a first internal adaptor element configured to adapt the connection of said first pipe to said other pipe, said first internal element being able to be assembled coaxially to said first pipe in said external body, and - a second internal clamping element able to be fitted axially on said first pipe and to be assembled coaxially to said first internal element in said external body, wherein said second internal element is entirely elastic and is provided with at least a first anchoring portion and a second anchoring portion mating respectively with a first attachment portion of said first internal element and a second attachment portion of said external body to define a connection assembly in which said external body, said first internal element and said second internal element are assembled with each other to define a single body, characterised in that said second internal element is defined by an elastic ring provided with a through notch made completely through the thickness and height of the elastic ring, defining an air gap which completely interrupts the continuity of the material, said through notch being inclined, in particular from 25° to 40°, with respect to the longitudinal extension of the elastic ring.
A fin field effect transistor, characterized by: a fin comprising a first crystalline material and a plurality of surfaces, wherein the fin has a width ranging from 10 nm to 15 nm and wherein the first crystalline material comprises Si x Ge (1-x); and a strained channel layer vertically formed on at least a vertical surface of the plurality of surfaces of the fin, the strained channel layer comprising a second crystalline material and a channel allowing mobility of carriers in the strained channel layer, wherein the second crystalline material comprises silicon, and wherein the first crystalline material has a different lattice constant than the second crystalline material to induce tensile strain within the strained channel layer. a fin comprising a first crystalline material and a plurality of surfaces, wherein the fin has a width ranging from 10 nm to 15 nm and wherein the first crystalline material comprises Si x Ge (1-x); and a strained channel layer vertically formed on at least a vertical surface of the plurality of surfaces of the fin, the strained channel layer comprising a second crystalline material and a channel allowing mobility of carriers in the strained channel layer, wherein the second crystalline material comprises silicon, and wherein the first crystalline material has a different lattice constant than the second crystalline material to induce tensile strain within the strained channel layer.