mhurhangee/ep-ind-claims huggingface dataset:
A laser microdissection apparatus, comprising: sample movement means capable of retaining a slide on which a sample is mounted and moving the slide in a horizontal direction; device movement means on which a device having a thermofusible film for transferring a sample can be mounted, the device movement means capable of moving the device in the horizontal direction; a laser irradiation part for irradiating the sample with a dissection laser light, excising the sample in a location irradiated with the dissection laser light, and adhering the excised location to the thermofusible film as a collected sample; storage means for correlating and storing positional coordinates of the sample in the location irradiated by the dissection laser light and positional coordinates of the thermofusible film in a location where the collected sample is adhered; and a movement means drive control part for controlling driving of the sample movement means and the device movement means on the basis of the positional coordinates of the sample and the positional coordinates of the thermofusible film stored in the storage means; characterized in that the sample movement means is capable of moving the slide in a vertical direction; and the dissection laser light being radiated through the device onto the sample from below the device. sample movement means capable of retaining a slide on which a sample is mounted and moving the slide in a horizontal direction; device movement means on which a device having a thermofusible film for transferring a sample can be mounted, the device movement means capable of moving the device in the horizontal direction; a laser irradiation part for irradiating the sample with a dissection laser light, excising the sample in a location irradiated with the dissection laser light, and adhering the excised location to the thermofusible film as a collected sample; storage means for correlating and storing positional coordinates of the sample in the location irradiated by the dissection laser light and positional coordinates of the thermofusible film in a location where the collected sample is adhered; and a movement means drive control part for controlling driving of the sample movement means and the device movement means on the basis of the positional coordinates of the sample and the positional coordinates of the thermofusible film stored in the storage means; characterized in that the sample movement means is capable of moving the slide in a vertical direction; and the dissection laser light being radiated through the device onto the sample from below the device.
A method for transmitting a measurement pilot signal, comprising: • determining, by a first device from a plurality of subbands comprised in system bandwidth, a first subband that is used to transmit a measurement pilot signal, wherein one subband comprises at least one physical resource block, PRB (S 12); • sending, by the first device, identifier information of the first subband to a second device (S 13); and • transmitting, by the first device, the measurement pilot signal which is embedded in at least one PRB corresponding to the first subband to the second device (S 14). • determining, by a first device from a plurality of subbands comprised in system bandwidth, a first subband that is used to transmit a measurement pilot signal, wherein one subband comprises at least one physical resource block, PRB (S 12); • sending, by the first device, identifier information of the first subband to a second device (S 13); and • transmitting, by the first device, the measurement pilot signal which is embedded in at least one PRB corresponding to the first subband to the second device (S 14).
Malt sprouts fraction extract wherein the malt sprouts fraction extract comprises at least 0.5%, and less than 5% of dry matter by total weight of the malt sprouts fraction extract and characterized at least by: - Total Nitrogen content from 25 to 60 g/kg of dry matter - Free Amino Nitrogen content from 3 to 10 g/kg of dry matter - Nucleic acid derivatives content from 2 to 5 g/kg of dry matter, said nucleic acid derivatives being intermediate and final products coming from the hydrolysis process of nucleic acids, - Total free auxin content between 500 and 8000 ng/g of dry matter - Total gibberellin content between 0,1 and 3,2 ng/mg of dry matter - Total cytokinins content between 10 and 400 ng/g of dry matter. - Total Nitrogen content from 25 to 60 g/kg of dry matter - Free Amino Nitrogen content from 3 to 10 g/kg of dry matter - Nucleic acid derivatives content from 2 to 5 g/kg of dry matter, said nucleic acid derivatives being intermediate and final products coming from the hydrolysis process of nucleic acids, - Total free auxin content between 500 and 8000 ng/g of dry matter - Total gibberellin content between 0,1 and 3,2 ng/mg of dry matter - Total cytokinins content between 10 and 400 ng/g of dry matter.
Fluid collector for a cooling fluid intended to equip a combustion engine, particularly of a motor vehicle, the said collector comprising a body, characterized in that the said collector further comprises a control valve for a combustion engine cooling circuit, comprising a valve body with an axial port designed to be connected to the combustion engine and at least two lateral ports (74, 76, 78) designed to be connected to branches (32, 38, 40) of the circuit, and in which the valve body delimits a cylindrical housing for a regulating member designed to be turned by an actuator and to adopt various angular positions for controlling the distribution of the cooling fluid in the branches of the circuit, and in that the valve body is mounted on the said body of the said fluid collector in such a way as to establish direct fluidic communication between the axial port of the valve and the said body of the said fluid collector for the circulation of the cooling fluid, in that the valve body comprises an external cylindrical wall designed to be housed in a sealed manner in a cylindrical housing of the fluid collector into which housing there open an axial opening and at least two lateral openings (94, 96, 98) able to come into register respectively with the axial port and the lateral ports (74, 76, 78) of the valve body and in that the actuator of the valve is spaced away from the valve body, and in that the fluid collector comprises a second housing spaced away from the first housing and designed to receive the actuator.
A mixing apparatus for mixing fluids, in particular different coloured inks, the mixing apparatus comprising - containers (12, 12a-12d, 90), each adapted for storing a fluid, - a tube element (13, 13a-13e), for each container (12, 12a-12d, 90), connected to the container (12, 12a-12d, 90) and having a dispensing end portion at its end being opposite the container (12, 12a-12d, 90), and - a fluid feed device adapted for dispensing fluid from the containers (12, 12a-12d, 90) via the dispensing end portions, characterised by further comprising - a mixing space part encasing element having a mixing space part (50, 114) in its inner space, and a fluid discharge portion connected to the mixing space part (50, 114) and adapted for discharging fluid being in the mixing space part (50, 114), wherein the dispensing end portions of the tube elements (13, 13a-13e) are arranged to extend into the mixing space part (50, 114), and as the dispensing end portion of each tube element (13, 13a-13e) a respective dispensing needle (52a-52c, 112) having an internal fluid channel with an end aperture opening into the mixing space part (50, 114) is arranged, and - a filling unit having a base portion and a neck portion, the neck portion is adapted for holding the mixing space part encasing element, and the base portion and the neck portion are configured to be movable relative to each other, and are adapted for encompassing a container being connectible to the fluid discharge portion. - containers (12, 12a-12d, 90), each adapted for storing a fluid, - a tube element (13, 13a-13e), for each container (12, 12a-12d, 90), connected to the container (12, 12a-12d, 90) and having a dispensing end portion at its end being opposite the container (12, 12a-12d, 90), and - a fluid feed device adapted for dispensing fluid from the containers (12, 12a-12d, 90) via the dispensing end portions, - a mixing space part encasing element having a mixing space part (50, 114) in its inner space, and a fluid discharge portion connected to the mixing space part (50, 114) and adapted for discharging fluid being in the mixing space part (50, 114), wherein the dispensing end portions of the tube elements (13, 13a-13e) are arranged to extend into the mixing space part (50, 114), and as the dispensing end portion of each tube element (13, 13a-13e) a respective dispensing needle (52a-52c, 112) having an internal fluid channel with an end aperture opening into the mixing space part (50, 114) is arranged, and - a filling unit having a base portion and a neck portion, the neck portion is adapted for holding the mixing space part encasing element, and the base portion and the neck portion are configured to be movable relative to each other, and are adapted for encompassing a container being connectible to the fluid discharge portion.
A reset apparatus for use with a fluid regulator system, the fluid regulator system including a fluid regulator configured to reduce a pressure of an upstream fluid for a downstream component, the reset apparatus comprising: a first valve having an inlet in fluid communication with a loading fluid and an outlet in fluid communication with a loading chamber of the fluid regulator; a second valve having an inlet in fluid communication with the loading chamber of the fluid regulator and an outlet in fluid communication with a vent, wherein, in normal operation, the first valve is in an open position that allows the loading fluid to flow to the loading chamber of the fluid regulator and the second valve is in a closed position that prevents the loading fluid from flowing between the loading chamber and the vent, and wherein, in a fail condition, the first valve is in a closed position that prevents the loading fluid from flowing to the loading chamber of the fluid regulator and the second valve is in an open position that allows the loading fluid in the loading chamber to flow to the vent; characterized in that the reset apparatus comprises: a sensor configured to measure the pressure of the upstream fluid and of the downstream fluid; and a controller configured to cause the first valve to move to the open position and the second valve to move to the closed position when the pressure of the upstream fluid is greater than a first threshold. a first valve having an inlet in fluid communication with a loading fluid and an outlet in fluid communication with a loading chamber of the fluid regulator; a second valve having an inlet in fluid communication with the loading chamber of the fluid regulator and an outlet in fluid communication with a vent, wherein, in normal operation, the first valve is in an open position that allows the loading fluid to flow to the loading chamber of the fluid regulator and the second valve is in a closed position that prevents the loading fluid from flowing between the loading chamber and the vent, and wherein, in a fail condition, the first valve is in a closed position that prevents the loading fluid from flowing to the loading chamber of the fluid regulator and the second valve is in an open position that allows the loading fluid in the loading chamber to flow to the vent; characterized in that the reset apparatus comprises: a sensor configured to measure the pressure of the upstream fluid and of the downstream fluid; and a controller configured to cause the first valve to move to the open position and the second valve to move to the closed position when the pressure of the upstream fluid is greater than a first threshold. a sensor configured to measure the pressure of the upstream fluid and of the downstream fluid; and a controller configured to cause the first valve to move to the open position and the second valve to move to the closed position when the pressure of the upstream fluid is greater than a first threshold.
An orthomode transducer (100; 200; 400) for reducing coupling of fundamental modes, comprising: a waveguide (101; 201) that is designed to guide a dual-polarized electromagnetic wave; a first connection (110; 210) that is situated on the waveguide (101; 201) in such a way that an electromagnetic wave that is guided by the first connection (110; 210) has a first polarization direction; a second connection (120; 220) that is situated on the waveguide (101; 201) in such a way that an electromagnetic wave that is guided by the second connection (120; 220) has a second polarization direction; wherein the first and second connections (110, 120; 210, 220) in the circumferential direction of the waveguide (101; 201) are situated at an angle relative to one another that is different from 90°, characterized in that longitudinal directions of the first and second connections (110, 120; 210, 220) form an angle between 110° and 115°. a waveguide (101; 201) that is designed to guide a dual-polarized electromagnetic wave; a first connection (110; 210) that is situated on the waveguide (101; 201) in such a way that an electromagnetic wave that is guided by the first connection (110; 210) has a first polarization direction; a second connection (120; 220) that is situated on the waveguide (101; 201) in such a way that an electromagnetic wave that is guided by the second connection (120; 220) has a second polarization direction; wherein the first and second connections (110, 120; 210, 220) in the circumferential direction of the waveguide (101; 201) are situated at an angle relative to one another that is different from 90°, characterized in that longitudinal directions of the first and second connections (110, 120; 210, 220) form an angle between 110° and 115°.
Body member, in particular a B-pillar, having an outside panel and an enclosed panel, which laterally are contiguously connected together by way of respective flanges, the flange of the one panel wraps around the flange of the other panel to form a positive interlock at least in some sectors, in particular through flanging or seaming, the enclosed panel is a stiffening plate having the stiffening plate flange a further enclosed panel is an inside panel having the inside panel flange, characterized in that the inside panel flange, at least in some sectors, is arranged laterally set back relative to the other two flanges (6,7) and is connected to the stiffening plate, in particular by means of laser welding.
Method for switching a semiconductor switch from a first steady-state switching state to a second steady-state switching state by controlling a control connection of the semiconductor switch, wherein the method has the following method steps: ∘ a first switching step (S1; S4) of a first switching phase (S1, S2; S4, S5) in which current-controlled switching (S410; S440) of the semiconductor switch starting from the first steady-state switching state is performed by impressing, in a controlled manner, at least one first, predetermined actuation current at the control connection of the semiconductor switch, ∘ a second switching step (S2; S5) of the first switching phase (S1, S2; S4, S5) in which current-controlled switching (S420; S450) of the semiconductor switch is performed after the first switching step (S1; S4) by impressing, in a controlled manner, a second, predetermined actuation current, which is lower than the at least one first actuation current, at the control connection of the semiconductor switch, and ∘ a second switching phase (S3; S6) which follows the first switching phase (S1, S2; S4, S5) and in which voltage-controlled switching (S430, S460) of the semiconductor switch is performed by controlled application of at least one first, predetermined actuation voltage at the control connection of the semiconductor switch until the second steady-state switching state has been reached. ∘ a first switching step (S1; S4) of a first switching phase (S1, S2; S4, S5) in which current-controlled switching (S410; S440) of the semiconductor switch starting from the first steady-state switching state is performed by impressing, in a controlled manner, at least one first, predetermined actuation current at the control connection of the semiconductor switch, ∘ a second switching step (S2; S5) of the first switching phase (S1, S2; S4, S5) in which current-controlled switching (S420; S450) of the semiconductor switch is performed after the first switching step (S1; S4) by impressing, in a controlled manner, a second, predetermined actuation current, which is lower than the at least one first actuation current, at the control connection of the semiconductor switch, and ∘ a second switching phase (S3; S6) which follows the first switching phase (S1, S2; S4, S5) and in which voltage-controlled switching (S430, S460) of the semiconductor switch is performed by controlled application of at least one first, predetermined actuation voltage at the control connection of the semiconductor switch until the second steady-state switching state has been reached.
An information processing apparatus comprising: an acquisition block configured to acquire a detection result associated with attention of a user to an object displayed on a display screen capable of stereoscopically displaying an image; and a display control block configured to gradually change the projection or retracting amount of said object in the direction of depth in accordance with said user attention on the basis of said acquired detection result, wherein the speed of the change of the retracting amount executed behind the display screen is greater than the speed of the change of projection amount executed in front of the display screen, wherein the speed of the change of the projection amount and the retracting amount is controlled by a linear adjustment of a parallax amount of the object, and wherein the time from starting the change of the projection or retracting amount until the end of the change of the projection or retracting amount is the same for the change of the projection amount and for the change of the retracting amount. an acquisition block configured to acquire a detection result associated with attention of a user to an object displayed on a display screen capable of stereoscopically displaying an image; and a display control block configured to gradually change the projection or retracting amount of said object in the direction of depth in accordance with said user attention on the basis of said acquired detection result, wherein the speed of the change of the retracting amount executed behind the display screen is greater than the speed of the change of projection amount executed in front of the display screen, wherein the speed of the change of the projection amount and the retracting amount is controlled by a linear adjustment of a parallax amount of the object, and wherein the time from starting the change of the projection or retracting amount until the end of the change of the projection or retracting amount is the same for the change of the projection amount and for the change of the retracting amount.
An imaging apparatus comprising: a motor mechanism configured to generate a traveling torque of an opening and closing blade of a mechanical shutter provided in an incident light path to an imaging element by electric conduction to a coil; a spring mechanism configured to generate the traveling torque of the opening and closing blade together with the motor mechanism; and characterized by a control unit configured to be able to individually control a time length from start of the electric conduction to the coil to start of traveling of the opening and closing blade, and a current value to be supplied to the coil. a motor mechanism configured to generate a traveling torque of an opening and closing blade of a mechanical shutter provided in an incident light path to an imaging element by electric conduction to a coil; a spring mechanism configured to generate the traveling torque of the opening and closing blade together with the motor mechanism; and characterized by a control unit configured to be able to individually control a time length from start of the electric conduction to the coil to start of traveling of the opening and closing blade, and a current value to be supplied to the coil.
A semi-submersible marine structure, comprising: a hull comprising a pontoon, a deck disposed above the pontoon, and a plurality of columns supporting the deck from the pontoon; and a plurality of tendons supporting the hull from a seabed, wherein the plurality of tendons are arranged at regular intervals along an external circumferential surface of the pontoon, and wherein the semi-submersible marine structure further comprises: a sensor part configured for measuring a fail of each of the tendons; a fail part configured to fail each of the tendons; and a control part configured to control an operation of the fail part based on a result of measuring by the sensor part, characterized in that the control part is configured to instruct, when the control part determines that any one of the tendons has failed based on the result of measuring by the sensor part, another tendon positioned opposite to the failed tendon to fail. a hull comprising a pontoon, a deck disposed above the pontoon, and a plurality of columns supporting the deck from the pontoon; and a plurality of tendons supporting the hull from a seabed, wherein the plurality of tendons are arranged at regular intervals along an external circumferential surface of the pontoon, and wherein the semi-submersible marine structure further comprises: a sensor part configured for measuring a fail of each of the tendons; a fail part configured to fail each of the tendons; and a control part configured to control an operation of the fail part based on a result of measuring by the sensor part, characterized in that the control part is configured to instruct, when the control part determines that any one of the tendons has failed based on the result of measuring by the sensor part, another tendon positioned opposite to the failed tendon to fail. a sensor part configured for measuring a fail of each of the tendons; a fail part configured to fail each of the tendons; and a control part configured to control an operation of the fail part based on a result of measuring by the sensor part, characterized in that the control part is configured to instruct, when the control part determines that any one of the tendons has failed based on the result of measuring by the sensor part, another tendon positioned opposite to the failed tendon to fail.