mhurhangee/ep-ind-claims huggingface dataset:
A MEMS microforce sensor for determining a mechanical property of a sample by sensing a deflection and measuring a force comprising: An outer frame, a cold movable body, a heatable movable body, an indenter tip, at least one bridge, capacitor electrodes, a heating resistor, wherein - the heating resistor is connected to the heatable movable body, characterized in that: - the cold movable body is connected to the outer frame by a series of flexures, - the heatable movable body is connected to the outer frame by a series of heat sink flexures, - the cold movable body and the heatable movable body are mechanically connected by the at least one bridge while reducing the heat being transferred from said heatable movable body into said cold movable body, - the outer frame and the cold movable body form together the cold zone of the MEMS microforce sensor and said heatable movable body and the indenter tip form the hot zone of the MEMS microforce sensor, - capacitor electrodes are measuring a force applied on the sample by sensing the deflection of the cold movable body relative to the outer frame by a change of electrical capacitance. An outer frame, a cold movable body, a heatable movable body, an indenter tip, at least one bridge, capacitor electrodes, a heating resistor, wherein - the heating resistor is connected to the heatable movable body, - the heating resistor is connected to the heatable movable body, characterized in that: - the cold movable body is connected to the outer frame by a series of flexures, - the heatable movable body is connected to the outer frame by a series of heat sink flexures, - the cold movable body and the heatable movable body are mechanically connected by the at least one bridge while reducing the heat being transferred from said heatable movable body into said cold movable body, - the outer frame and the cold movable body form together the cold zone of the MEMS microforce sensor and said heatable movable body and the indenter tip form the hot zone of the MEMS microforce sensor, - capacitor electrodes are measuring a force applied on the sample by sensing the deflection of the cold movable body relative to the outer frame by a change of electrical capacitance. - the cold movable body is connected to the outer frame by a series of flexures, - the heatable movable body is connected to the outer frame by a series of heat sink flexures, - the cold movable body and the heatable movable body are mechanically connected by the at least one bridge while reducing the heat being transferred from said heatable movable body into said cold movable body, - the outer frame and the cold movable body form together the cold zone of the MEMS microforce sensor and said heatable movable body and the indenter tip form the hot zone of the MEMS microforce sensor, - capacitor electrodes are measuring a force applied on the sample by sensing the deflection of the cold movable body relative to the outer frame by a change of electrical capacitance.
A lubricant composition comprising more than 50 wt.% of a lubricating base oil and an additive mixture including: a) a metal-containing phosphorus antiwear compound derived from at least one secondary alcohol in an amount sufficient to provide the lubricant composition with from 200 to 1000 ppm by weight phosphorus, based on a total weight of the lubricant composition, and b) a polyol derived from a Guerbet reaction of a diol and a mono-ol in a diol to monool molar ratio ranging from 0.3:1 to 2.0:1, wherein the diol contains from 6 to 36 carbon atoms and the mono-ol contains from 12 to 16 carbon atoms, wherein the polyol component is present in an amount ranging from 0.01 to 5 wt. % based on a total weight of the lubricant composition, and wherein the polyol is present in the additive mixture in an amount sufficient to provide a reduction in the boundary friction coefficient of the lubricant composition in combination with component (a) when compared with a same lubricant composition that does not contain the polyol and the boundary friction coefficient is determined at 130° C using HFRR test conditions as described in SAE paper 982503. a) a metal-containing phosphorus antiwear compound derived from at least one secondary alcohol in an amount sufficient to provide the lubricant composition with from 200 to 1000 ppm by weight phosphorus, based on a total weight of the lubricant composition, and b) a polyol derived from a Guerbet reaction of a diol and a mono-ol in a diol to monool molar ratio ranging from 0.3:1 to 2.0:1, wherein the diol contains from 6 to 36 carbon atoms and the mono-ol contains from 12 to 16 carbon atoms, wherein the polyol component is present in an amount ranging from 0.01 to 5 wt. % based on a total weight of the lubricant composition, and
Measurement system for testing of a system under test, in particular a vehicle with a wireless communication device, the measurement system having: a communication tester for establishing an over the air communication link with the system under test, a first test receiver for receiving a signal of the system under test, wherein the first test receiver is configured to be disposed at a distance from the system under test, wherein the measurement system comprises a second test receiver for receiving the signal of the system under test, wherein the second test receiver is configured to be disposed inside the system under test characterized in that the measurement system comprises a control unit connected to the first test receiver, the second test receiver and the communication tester. a communication tester for establishing an over the air communication link with the system under test, a first test receiver for receiving a signal of the system under test, wherein the first test receiver is configured to be disposed at a distance from the system under test, wherein the measurement system comprises a second test receiver for receiving the signal of the system under test, wherein the second test receiver is configured to be disposed inside the system under test characterized in that the measurement system comprises a control unit connected to the first test receiver, the second test receiver and the communication tester.
A MASP-2 inhibitory antibody or fragment thereof which binds to full length MASP-2 polypeptide but not to the MASP-2 N-terminal fragment consisting of the CUBI-EGF-CUBII domains nor to the MASP-2 C-terminal fragment consisting of the CCPII-SP domains, which selectively inhibits MASP-2 complement activity in a subject while leaving the C1q dependent classical pathway activation functionally intact, for use in the treatment of an MASP-2 dependent autoimmune and/or inflammatory condition selected from the group consisting of a renal condition, an organ injury associated with an organ or tissue transplant, and nonobese diabetes (Type-1 diabetes or Insulin-dependent diabetes mellitus), and/or a complication associated with Type-1 or Type-2 (adult onset) diabetes.
A gas burner assembly including: a gas burner having a gas supply opening and a first locator; and a gas supply conduit having an opening at an end and a second locator positioned proximate the opening, wherein the first locator is configured to engage the second locator to prevent rotational movement between the gas burner and the gas supply conduit, characterised in that the gas supply conduit further comprises oppositely located holes used to secure the gas supply conduit to the burner body via fasteners received in a plurality of apertures provided in the burner. a gas burner having a gas supply opening and a first locator; and a gas supply conduit having an opening at an end and a second locator positioned proximate the opening, wherein the first locator is configured to engage the second locator to prevent rotational movement between the gas burner and the gas supply conduit, characterised in that the gas supply conduit further comprises oppositely located holes used to secure the gas supply conduit to the burner body via fasteners received in a plurality of apertures provided in the burner.
A steerable vertebroplasty device (10, 700, 300), comprising: an elongate tubular body (12, 702, 301), having a proximal end (14, 710, 304), a distal end (15, 712, 302), and a central lumen (316, 720) extending therethrough; a deflectable zone (24, 306) on the distal end (16, 712, 306) of the tubular body (12, 702, 301), deflectable through an angular range; a handle (18, 708) on the proximal end (14, 710, 304) of the tubular body (12, 702, 301); an input port which is fluidly connected with the central lumen; and a deflection control (26, 706) on the handle (18, 708); wherein: a proximal portion of the tubular body has sufficient column strength to push through cancellous bone, the deflection control comprises a rotatable element rotatable about a longitudinal axis of the handle, and wherein the rotatable element is operably connected to the proximal end of an axially movable actuator, wherein when the rotatable element is rotated in a first direction, a proximally directed tension force is exerted on the actuator, actively deflecting the deflectable zone. an elongate tubular body (12, 702, 301), having a proximal end (14, 710, 304), a distal end (15, 712, 302), and a central lumen (316, 720) extending therethrough; a deflectable zone (24, 306) on the distal end (16, 712, 306) of the tubular body (12, 702, 301), deflectable through an angular range; a handle (18, 708) on the proximal end (14, 710, 304) of the tubular body (12, 702, 301); an input port which is fluidly connected with the central lumen; and a deflection control (26, 706) on the handle (18, 708); wherein: a proximal portion of the tubular body has sufficient column strength to push through cancellous bone, the deflection control comprises a rotatable element rotatable about a longitudinal axis of the handle, and wherein the rotatable element is operably connected to the proximal end of an axially movable actuator, wherein when the rotatable element is rotated in a first direction, a proximally directed tension force is exerted on the actuator, actively deflecting the deflectable zone.
A method of adapting an empirical model, used in monitoring a system, comprising the steps of: a) receiving, in an adaptation decision module, actual parameter values comprising current snapshots of monitored operational parameters characterizing an operational state of the monitored system; b) the adaptation decision module determines based on a global similarity operator whether the current snapshot of sensor data from the system represents a process upset or a sensor failure, or represents the start of a transition to a new operational state of the monitored system; c) if a transition to a new operational state is recognised by the adaptation decision module and if the new state has been settled into, the adaption decision module decides to adapt or not by examining, after the end of the transition period, the global similarity scores of the current snapshot against a reference library for the highest such similarity, and if this is below a chosen threshold, deeming the new state to be an unrecognised state that is a candidate for adaptation; and d) if the new state is an unrecognised state, adapting the model in a retraining step by adding snapshots from the sequence of current snapshots to the reference library, or by replacing snapshots in the reference library. a) receiving, in an adaptation decision module, actual parameter values comprising current snapshots of monitored operational parameters characterizing an operational state of the monitored system; b) the adaptation decision module determines based on a global similarity operator whether the current snapshot of sensor data from the system represents a process upset or a sensor failure, or represents the start of a transition to a new operational state of the monitored system; c) if a transition to a new operational state is recognised by the adaptation decision module and if the new state has been settled into, the adaption decision module decides to adapt or not by examining, after the end of the transition period, the global similarity scores of the current snapshot against a reference library for the highest such similarity, and if this is below a chosen threshold, deeming the new state to be an unrecognised state that is a candidate for adaptation; and d) if the new state is an unrecognised state, adapting the model in a retraining step by adding snapshots from the sequence of current snapshots to the reference library, or by replacing snapshots in the reference library.
A grass trimmer, comprising: - a cutting head for mounting a cutting member; - a drive head having a head housing and an output shaft for driving the cutting head to rotate; - a power source device for providing power to the drive head; - a handle device configured to be operated by a user; - a connector for connecting the drive head and the power source device; and - an anti-winding member (16, 24') for preventing the output shaft from being wound to by grass or the like being cut by the cutting member; wherein the cutting head forms a mounting hole and has a top end which is contacted with the anti-winding member; wherein the handle device is disposed between the drive head and the power source device; wherein the anti-winding member forms a centre hole for being passed through by the output shaft which is inserted into the mounting hole, wherein the anti-winding member is mounted to the cutting head so as to rotate with the cutting head and is disposed between the cutting head and the head housing so as to fill the space between the cutting head and the head housing; characterized in that the drive head comprises a motor for driving the output shaft, wherein the head housing accommodates the motor, wherein the anti-winding member comprises a plurality of peripheral ribs, wherein the peripheral ribs protrude from a peripheral surface of the anti-winding member, wherein a plurality of top ribs are disposed on a top of a top end of the cutting head, and wherein, when the anti-winding member rotates with the cutting head, both the peripheral ribs and the top ribs generate centrifugal airflow. - a cutting head for mounting a cutting member; - a drive head having a head housing and an output shaft for driving the cutting head to rotate; - a power source device for providing power to the drive head; - a handle device configured to be operated by a user; - a connector for connecting the drive head and the power source device; and - an anti-winding member (16, 24') for preventing the output shaft from being wound to by grass or the like being cut by the cutting member;
Oligonucleotide consisting of CAAAGTATTTGGTCTCC (SEQ ID NO. 46), wherein nucleotides in bold letters are LNA modified oligonucleotides, complementary to the TGF-beta2 nucleic acid sequence of SEQ ID NO. 1 of Fig. 2.
A sheet laminator comprising: a fuser pressure member, being a pair of rollers, configured to thermally fix a two-ply sheet and a sheet medium inserted between two sheets of the two-ply sheet; a heater configured to heat the fuser pressure member; a driver (129, 129a) configured to rotate the fuser pressure member; and a controller configured to, in response to a pause of a rotation of the fuser pressure member, turn off a power supply to the heater; and perform one of: immediately stopping the rotation of the fuser pressure member; or rotating the fuser pressure member and stopping the rotation of the fuser pressure member after the rotation of the fuser pressure member, based on a state of the fuser pressure member. a fuser pressure member, being a pair of rollers, configured to thermally fix a two-ply sheet and a sheet medium inserted between two sheets of the two-ply sheet; a heater configured to heat the fuser pressure member; a driver (129, 129a) configured to rotate the fuser pressure member; and a controller configured to, in response to a pause of a rotation of the fuser pressure member, turn off a power supply to the heater; and perform one of: immediately stopping the rotation of the fuser pressure member; or rotating the fuser pressure member and stopping the rotation of the fuser pressure member after the rotation of the fuser pressure member, based on a state of the fuser pressure member. turn off a power supply to the heater; and perform one of: immediately stopping the rotation of the fuser pressure member; or rotating the fuser pressure member and stopping the rotation of the fuser pressure member after the rotation of the fuser pressure member, immediately stopping the rotation of the fuser pressure member; or rotating the fuser pressure member and stopping the rotation of the fuser pressure member after the rotation of the fuser pressure member, based on a state of the fuser pressure member.
A holographic projection system arranged to display information for a user, the projection system comprising: a light source arranged to output light; a controller; a spatial light modulator arranged to receive the light from the light source and output spatially-modulated light in accordance with computer-generated holograms encoded on the spatial light modulator to form respective two-dimensional images at a replay field, wherein each computer-generated hologram comprises a hologram component arranged to perform a lensing function associated with a focusing power and corresponding to passing the spatially modulated light through a lens with said focusing power, wherein the controller is arranged to set the focusing power to a plurality of values to form a plurality of respective images in corresponding replay fields at a plurality of depth positions; and a detector arranged to detect modulated light, in a measurement region of the image, for each of the plurality of different values of the focusing power, wherein the controller is further configured to determine a measure of quality of the image for each value of the focusing power from a signal received from the detector, and to select a focusing power from the plurality of values of focusing power based on the measurement of image quality, wherein the selected value of the focusing power corresponds to the best image quality relative to the other values of focusing power of the plurality of values of focusing power. a light source arranged to output light; a controller; a spatial light modulator arranged to receive the light from the light source and output spatially-modulated light in accordance with computer-generated holograms encoded on the spatial light modulator to form respective two-dimensional images at a replay field, wherein each computer-generated hologram comprises a hologram component arranged to perform a lensing function associated with a focusing power and corresponding to passing the spatially modulated light through a lens with said focusing power, wherein the controller is arranged to set the focusing power to a plurality of values to form a plurality of respective images in corresponding replay fields at a plurality of depth positions; and a detector arranged to detect modulated light, in a measurement region of the image, for each of the plurality of different values of the focusing power, wherein the controller is further configured to determine a measure of quality of the image for each value of the focusing power from a signal received from the detector, and to select a focusing power from the plurality of values of focusing power based on the measurement of image quality, wherein the selected value of the focusing power corresponds to the best image quality relative to the other values of focusing power of the plurality of values of focusing power.
A resin composition comprising: at least one resin ingredient selected from the group consisting of a resin having a side chain (a) containing a hydrogen-bonding cross-linking moiety with a carbonyl-containing group and/or a nitrogen-containing heterocycle and having a glass transition point of 25°C or lower, and a resin containing a hydrogen-bonding cross-linking moiety and a covalent-bonding cross-linking moiety in a side chain and having a glass transition point of 25°C or lower, wherein both the resin and the resin are a reaction product of a cross-linking agent with a maleic anhydride-modified thermoplastic resin having a melting point of 68°C to 134°C and a maleation rate of 0.5 to 2.5% by mass, the maleic anhydride-modified thermoplastic resin is a polyolefin-based resin modified with maleic anhydride, the glass transition point is measured by differential scanning calorimetry at the rate of temperature rise of 10°C/min, and the melting point is measured by differential scanning calorimetry at the rate of temperature rise of 10°C/min. at least one resin ingredient selected from the group consisting of a resin having a side chain (a) containing a hydrogen-bonding cross-linking moiety with a carbonyl-containing group and/or a nitrogen-containing heterocycle and having a glass transition point of 25°C or lower, and a resin containing a hydrogen-bonding cross-linking moiety and a covalent-bonding cross-linking moiety in a side chain and having a glass transition point of 25°C or lower, wherein both the resin and the resin are a reaction product of a cross-linking agent with a maleic anhydride-modified thermoplastic resin having a melting point of 68°C to 134°C and a maleation rate of 0.5 to 2.5% by mass, the maleic anhydride-modified thermoplastic resin is a polyolefin-based resin modified with maleic anhydride, the glass transition point is measured by differential scanning calorimetry at the rate of temperature rise of 10°C/min, and the melting point is measured by differential scanning calorimetry at the rate of temperature rise of 10°C/min.
Method for collision warning by means of transport, comprising the steps: - determining a collision-relevant object (1a, 1b) in the surroundings of the means of transport, - storing the position of the object (1a, 1b) in a first operating cycle of the means of transport, - outputting signals in a second operating cycle of the means of transport in response to the stored position if the position is located in a first surroundings direction of the means of transport, wherein the means of transport assumes a parked position between the first operating cycle and the second operating cycle, and in particular user authorization is interrogated again before the start of the second operating cycle, and - in a second operating cycle of the means of transport, signalling in response to the stored position is omitted if the position lies in a second surroundings direction of the means of transport. - determining a collision-relevant object (1a, 1b) in the surroundings of the means of transport, - storing the position of the object (1a, 1b) in a first operating cycle of the means of transport, - outputting signals in a second operating cycle of the means of transport in response to the stored position if the position is located in a first surroundings direction of the means of transport, wherein the means of transport assumes a parked position between the first operating cycle and the second operating cycle, and in particular user authorization is interrogated again before the start of the second operating cycle, and - in a second operating cycle of the means of transport, signalling in response to the stored position is omitted if the position lies in a second surroundings direction of the means of transport.