mhurhangee/ep-ind-claims huggingface dataset:
Composition that comprises - a) at least one silane-functional polyurethane polymer P2, obtainable by reacting an isocyanatosilane IS with a polymer that has functional end groups reactive toward isocyanate groups, the isocyanatosilane IS being selected from isocyanatomethyltrimethoxysilane, isocyanatomethyldimethoxymethylsilane, 3-isocyanatopropyltrimethoxysilane, 3-isocyanatopropyldimethoxymethylsilane, and analogues thereof having ethoxy or isopropoxy groups instead of the methoxy groups on the silicon; and b) 20 to 60% by weight of aluminum hydroxide or magnesium hydroxide or mixture thereof; characterized in that the composition has a viscosity of 500 to 20,000 mPa·s that is measured according to DIN 53018 at a temperature of 20°C. - a) at least one silane-functional polyurethane polymer P2, obtainable by reacting an isocyanatosilane IS with a polymer that has functional end groups reactive toward isocyanate groups, the isocyanatosilane IS being selected from isocyanatomethyltrimethoxysilane, isocyanatomethyldimethoxymethylsilane, 3-isocyanatopropyltrimethoxysilane, 3-isocyanatopropyldimethoxymethylsilane, and analogues thereof having ethoxy or isopropoxy groups instead of the methoxy groups on the silicon; and b) 20 to 60% by weight of aluminum hydroxide or magnesium hydroxide or mixture thereof; a) at least one silane-functional polyurethane polymer P2, obtainable by reacting an isocyanatosilane IS with a polymer that has functional end groups reactive toward isocyanate groups, the isocyanatosilane IS being selected from isocyanatomethyltrimethoxysilane, isocyanatomethyldimethoxymethylsilane, 3-isocyanatopropyltrimethoxysilane, 3-isocyanatopropyldimethoxymethylsilane, and analogues thereof having ethoxy or isopropoxy groups instead of the methoxy groups on the silicon; and b) 20 to 60% by weight of aluminum hydroxide or magnesium hydroxide or mixture thereof;
A method of communicating with a medical device implanted within a patient comprising: receiving, at the medical device via electrodes connected to the patient, a conducted communication signal, wherein the conducted communication signal comprises a signal component and a noise component; and adjusting, by the medical device, a receive threshold based at least in part on an amplitude of the received conducted communication signal, wherein the receive threshold is adjusted for at least partially reducing an amplitude of the noise component of the conducted communication signal, wherein adjusting the receive threshold based at least in part on the amplitude of the received conducted communication signal comprises: counting, by the medical device, a number of pulses in the conducted communication signal having an amplitude greater than the receive threshold during a communication window; determining, by the medical device, whether the counted number of pulses exceeds a pulse count threshold; and after determining the counted number of pulses exceeds the pulse count threshold, increasing, by the medical device, the receive threshold; wherein the pulse count threshold is set to above a maximum number of pulses in a valid message. receiving, at the medical device via electrodes connected to the patient, a conducted communication signal, wherein the conducted communication signal comprises a signal component and a noise component; and adjusting, by the medical device, a receive threshold based at least in part on an amplitude of the received conducted communication signal, wherein the receive threshold is adjusted for at least partially reducing an amplitude of the noise component of the conducted communication signal, wherein adjusting the receive threshold based at least in part on the amplitude of the received conducted communication signal comprises: counting, by the medical device, a number of pulses in the conducted communication signal having an amplitude greater than the receive threshold during a communication window; determining, by the medical device, whether the counted number of pulses exceeds a pulse count threshold; and after determining the counted number of pulses exceeds the pulse count threshold, increasing, by the medical device, the receive threshold; wherein the pulse count threshold is set to above a maximum number of pulses in a valid message. counting, by the medical device, a number of pulses in the conducted communication signal having an amplitude greater than the receive threshold during a communication window; determining, by the medical device, whether the counted number of pulses exceeds a pulse count threshold; and after determining the counted number of pulses exceeds the pulse count threshold, increasing, by the medical device, the receive threshold; wherein the pulse count threshold is set to above a maximum number of pulses in a valid message.
Process for consolidating soils and/or building structures in contact with these soils, comprising the following steps: - producing in the soil to be consolidated, by means of drilling, at least one hole using a drill rod with a drill bit of single use type, the drill rod comprising several hollow drill bars arranged consecutively and connected to one another by means of coaxial sleeves to obtain a rotating coupling that allows drilling, at least one of the sleeves being provided with at least one lateral through opening that places the inside of the sleeve in communication with the outside, this opening being closed by a check valve adapted to open when the pressure inside the sleeve exceeds a predetermined value; - leaving the drill rod in the hole bored in the soil, so as to act as reinforcement; - injecting into the drill rod, through the outer end thereof, at a pressure that causes opening of the check valves provided in the holes of the sleeves, an expanding substance adapted, once cured, to consolidate the surrounding soil and to constrain thereto the drill rod acting as reinforcement. - producing in the soil to be consolidated, by means of drilling, at least one hole using a drill rod with a drill bit of single use type, the drill rod comprising several hollow drill bars arranged consecutively and connected to one another by means of coaxial sleeves to obtain a rotating coupling that allows drilling, at least one of the sleeves being provided with at least one lateral through opening that places the inside of the sleeve in communication with the outside, this opening being closed by a check valve adapted to open when the pressure inside the sleeve exceeds a predetermined value; - leaving the drill rod in the hole bored in the soil, so as to act as reinforcement; - injecting into the drill rod, through the outer end thereof, at a pressure that causes opening of the check valves provided in the holes of the sleeves, an expanding substance adapted, once cured, to consolidate the surrounding soil and to constrain thereto the drill rod acting as reinforcement.
A method for personalizing a smart card coupled with a communication device of a user being a subscriber of a first telecommunication network and wishing to become a subscriber of a second telecommunication network, a first international identity (IMSI_1) and a first authentication key (AK_1) being stored in the smart card, the method being characterised by the following steps in an application server included in a second telecommunication network: receiving a message (Mes) comprising the first international identity (IMSI_1) and the first authentication key (AK_1) from another application server included in the first telecommunication network, after a secured session is established with said another application server, allowing the smart card to use resources of the second telecommunication network being authenticated by means of the first international identity (IMSI_1) and the first authentication key (AK_1), sending another message (MesP) comprising a personalization command (ComP), an admin code (ACas), a second international identity (IMSI_2) and a second authentication key (AK_2) to the smart card, the smart card being able to interpret the personalization command (ComP) to delete the first international identity (IMSI_1) and the first authentication key (AK_1) and replace them by the second international identity (IMSI_2) and the second authentication key (AK_2) if the admin code (ACas) is valid. receiving a message (Mes) comprising the first international identity (IMSI_1) and the first authentication key (AK_1) from another application server included in the first telecommunication network, after a secured session is established with said another application server, allowing the smart card to use resources of the second telecommunication network being authenticated by means of the first international identity (IMSI_1) and the first authentication key (AK_1), sending another message (MesP) comprising a personalization command (ComP), an admin code (ACas), a second international identity (IMSI_2) and a second authentication key (AK_2) to the smart card, the smart card being able to interpret the personalization command (ComP) to delete the first international identity (IMSI_1) and the first authentication key (AK_1) and replace them by the second international identity (IMSI_2) and the second authentication key (AK_2) if the admin code (ACas) is valid.
A method for inducing or maintaining a mature hepatocyte phenotype in a cell, the method comprising the step of cultivating cells in a cell culture medium comprising at least 10 mg amino acids/ml medium, wherein at least 50 % (w/w) of the concentration of said amino acids in said medium is provided by one up to five amino acids and, with the proviso that said one up to five amino acids is not one of Thr, Tyr, Cys, Met, Arg and His.
A magnetic tunnel junction device (100, 200), comprising: two magnetic tunnel junction elements arranged side by side at a first direction in a dielectric layer and connected to first metal lines (112a, 112c); and a metal interconnection (160, 160a) disposed between the two magnetic tunnel junction elements in the dielectric layer and directly contacting a second metal line (112b, 112d), wherein the metal interconnection (160, 160a) comprises a contact plug part (162, 162a) and a metal part (164, 164a) stacked from bottom to top, the contact plug part (162, 162a) has a first long shape at a top view, and the first long shape has a length at a second direction larger than a width at the first direction, wherein the second direction is orthogonal to the first direction, wherein the metal part (164, 164a) has a second long shape at the top view, and the second long shape has a length at the second direction larger than a width at the first direction, and the first long shape has an oval shape while the second long shape has a rectangular shape, wherein an extension of a line passing through the width of the contact plug part (162, 162a) along the first direction passes through the two magnetic tunnel junction elements. two magnetic tunnel junction elements arranged side by side at a first direction in a dielectric layer and connected to first metal lines (112a, 112c); and a metal interconnection (160, 160a) disposed between the two magnetic tunnel junction elements in the dielectric layer and directly contacting a second metal line (112b, 112d), wherein the metal interconnection (160, 160a) comprises a contact plug part (162, 162a) and a metal part (164, 164a) stacked from bottom to top, the contact plug part (162, 162a) has a first long shape at a top view, and the first long shape has a length at a second direction larger than a width at the first direction, wherein the second direction is orthogonal to the first direction, wherein the metal part (164, 164a) has a second long shape at the top view, and the second long shape has a length at the second direction larger than a width at the first direction, and the first long shape has an oval shape while the second long shape has a rectangular shape, wherein an extension of a line passing through the width of the contact plug part (162, 162a) along the first direction passes through the two magnetic tunnel junction elements.
A positioning method of causing a processor to position, using positioning data of a reference station located at a known coordinate, a location of a terminal through interferometric positioning using a plurality of positioning signals (401, 402) received from a plurality of satellites (130, 131, 132), the method comprising: causing the processor to calculate an integer bias for the plurality of positioning signals (401, 402); causing the processor to select a location candidate group which is a group of location candidates of the terminal, based on a float solution acquired through the calculation of the integer bias; the method being characterised in causing, where a fix solution has not been calculated yet, the processor to notify that the terminal is located at a predetermined point on a map under a condition in which the location candidate group is included in a line-shaped area. causing the processor to calculate an integer bias for the plurality of positioning signals (401, 402); causing the processor to select a location candidate group which is a group of location candidates of the terminal, based on a float solution acquired through the calculation of the integer bias; the method being characterised in causing, where a fix solution has not been calculated yet, the processor to notify that the terminal is located at a predetermined point on a map under a condition in which the location candidate group is included in a line-shaped area.
A method of monitoring an actuating system of a movable component for a turbomachine in particular a movable component of a turbomachine such as a nozzle or a blade, said actuating system comprising a control device configured to deliver a position command (CONS) to a first actuator and a second actuator, each actuator (11, 21) being configured to deliver a position feedback measurement (12, 22) in response to said position instruction (CONS), the method being implemented in a monitoring system and comprising the following steps: - a first monitoring mode in which deviations between the position feedback measurements (12, 22) of the two cylinders (11, 21) are detected - a second monitoring mode according in which deviations between the position feedback measurements (12, 22) of the two cylinders (11, 21) are not detected; the second mode provided that at least one of the two position feedback measurements (12, 22) is in a transient phase. - a first monitoring mode in which deviations between the position feedback measurements (12, 22) of the two cylinders (11, 21) are detected - a second monitoring mode according in which deviations between the position feedback measurements (12, 22) of the two cylinders (11, 21) are not detected;
Valuable document comprising a carrier element and a film element arranged in a partial region of the carrier element, wherein the carrier element has, at least in the partial region, a luminescence marker designed to emit luminescence radiation having at least a first wavelength and a second wavelength in each case in the infrared spectral range, characterized in that the film element has a reflection layer and a spectral selection layer, wherein the selection layer is arranged between the carrier element and the reflection layer, wherein the reflection layer is configured to reflect infrared radiation, and the selection layer is configured to spectrally selectively inhibit transmission of infrared radiation, wherein the inhibition of the transmission of the first wavelength and the inhibition of the transition of the second wavelength differ by at least 10%.
An engine arrangement having: a first propeller assembly (61 a), a first pitch change mechanism which rotates with the first propeller assembly and which angularly displaces propellers of the first propeller assembly, and a first main hydraulic actuator which rotates with the first propeller assembly and which operates the first pitch change mechanism; wherein the engine arrangement further has a back-up featherer for angular displacement of the propellers of the first propeller assembly, characterized in that the back-up featherer has: one or more back-up hydraulic actuators located on a static structure of the engine arrangement, and one or more load application members which are located on the static structure of the engine arrangement and which are movable by the back-up hydraulic actuators; wherein, when moved by the back-up hydraulic actuators, the load application members bear against an engagement portion of the pitch change mechanism across a rotating interface formed therebetween to apply a load to the pitch change mechanism which results in angular displacement of the propellers. a first propeller assembly (61 a), a first pitch change mechanism which rotates with the first propeller assembly and which angularly displaces propellers of the first propeller assembly, and a first main hydraulic actuator which rotates with the first propeller assembly and which operates the first pitch change mechanism; one or more back-up hydraulic actuators located on a static structure of the engine arrangement, and one or more load application members which are located on the static structure of the engine arrangement and which are movable by the back-up hydraulic actuators;
A method for producing a body component for a vehicle, wherein at least one sample portion (2, 3, 4, 5, 6, 17) of the body component arranged in a region of the body component which can be predetermined is separated from the rest of the component, leaving at least one connecting element which is designed as a predetermined breaking point and connects the sample portion (2, 3, 4, 5, 6, 17) in one piece to the rest of the component, characterised in that at least one coherent peripheral portion (9, 12, 13) of the sample portion (2, 3, 4, 5, 6, 17) is separated from the rest of the component by a separation method. characterised in that at least one coherent peripheral portion (9, 12, 13) of the sample portion (2, 3, 4, 5, 6, 17) is separated from the rest of the component by a separation method.
Device for assisting crawling of an infant on a training surface comprising: - a platform comprising - a front part which comprises a head supporting surface; - a chest supporting element having a chest supporting surface for supporting a chest of the infant resting on the platform in a prone position, the chest supporting surface being inclined relatively to the training surface at an angle β between 15°and 30°, - a junction surface joining the chest supporting surface and the head supporting surface, - rolling elements rotatably mounted on the platform in such a way that they can rotate 360 degrees relatively to the platform and arranged to be located between the platform and the training surface, wherein in the platform: - the chest supporting element is the rear part of the platform which is ended by it; the length of the upper surface of the chest supporting element is adapted to the size of the infant in order for the infant's forearms to be in contact with the training surface when the infant has his chest supported by the upper surface of the chest supporting element and his head lying on the head supporting surface, so that, when the 30 rolling elements are in contact with the training surface, the chest supporting surface of the platform is inclined relative to the training surface, the pelvis and the legs of the infant are in contact with the training surface, thereby allowing the infant to express and develop his own maximal arm and leg muscle activity for quadrupedal propulsion. - a platform comprising - a front part which comprises a head supporting surface; - a chest supporting element having a chest supporting surface for supporting a chest of the infant resting on the platform in a prone position, the chest supporting surface being inclined relatively to the training surface at an angle β between 15°and 30°, - a junction surface joining the chest supporting surface and the head supporting surface, - rolling elements rotatably mounted on the platform in such a way that they can rotate 360 degrees relatively to the platform and arranged to be located between the platform and the training surface, - the chest supporting element is the rear part of the platform which is ended by it;
A controller for an alarm system having sensing devices for sensing an environmental condition, the controller comprising: a housing, an interface (5(b), 55)) for communicating with alarm devices, a processor (2, 51), a user interface (10, 21-27), and wherein the processor is adapted to automatically assign one of a plurality of commands to a common user action at the user interface, according to circumstances, and to implement a corresponding action in response, in which: the processor (2, 51) assigns a test command to the user action if all of the alarm devices are in standby; the processor (2, 51) assigns a locate command to the user action if any of the alarm devices are alarming, in which the processor de-activates sound emitters in all devices except those directly sensing an alarm condition; and the processor (2, 51) assigns a hush command to the user action if its last command was a locate command. a housing, an interface (5(b), 55)) for communicating with alarm devices, a processor (2, 51), a user interface (10, 21-27), and wherein the processor is adapted to automatically assign one of a plurality of commands to a common user action at the user interface, according to circumstances, and to implement a corresponding action in response, in which: the processor (2, 51) assigns a test command to the user action if all of the alarm devices are in standby; the processor (2, 51) assigns a locate command to the user action if any of the alarm devices are alarming, in which the processor de-activates sound emitters in all devices except those directly sensing an alarm condition; and the processor (2, 51) assigns a hush command to the user action if its last command was a locate command. the processor (2, 51) assigns a test command to the user action if all of the alarm devices are in standby; the processor (2, 51) assigns a locate command to the user action if any of the alarm devices are alarming, in which the processor de-activates sound emitters in all devices except those directly sensing an alarm condition; and the processor (2, 51) assigns a hush command to the user action if its last command was a locate command.
Ground-level power supply circuit for a transport vehicle, especially of the tramway type, comprising - two mutually parallel vehicle running ways (2, 4), each having a power supply track (6,8), which includes a series of conducting track segments (28, 29; 30, 31) separated by insulated joints (24, 26); - a power supply line, which can be connected to terminals of a power supply source, the power supply line being common to the two power supply tracks (6, 8) and the circuit comprising switching means (46, 48) for independently and selectively connecting the power supply track segments (6, 8) to the common power supply line, characterised in that the switching means (46; 48) comprise an assembly of switching modules, the switching modules comprising two two input-one output switches (74, 76) and being located only at the level of one insulated joint out of two along a track, and each switching module being connected to the two conducting segments (28, 29) of the same supply track that are adjacent to the insulated joint at the level of which the switching module is located. - two mutually parallel vehicle running ways (2, 4), each having a power supply track (6,8), which includes a series of conducting track segments (28, 29; 30, 31) separated by insulated joints (24, 26); - a power supply line, which can be connected to terminals of a power supply source,