mhurhangee/ep-ind-claims huggingface dataset:
An estimating apparatus for use with a laser catheter for irradiating a tissue having absorbed photo-sensitive pharmaceutical with an excitation light emitted from a tip portion of the laser catheter, comprising: a connector to/from which the laser catheter is capable of being attached/detached; a light source for outputting the excitation light in a range of 600 to 800 nm for exciting the photo-sensitive pharmaceutical to the laser catheter via the connector; a detection unit is configured to detect intensity of a fluorescence emitted by the photo-sensitive pharmaceutical, the fluorescence being able to enter from the laser catheter via the connector, characterised by further comprising: a controller configured to simultaneously estimate a cytocidal effect on the tissue irradiated with the excitation light and a contact state of the tip portion of the laser catheter with respect to the tissue, based on the detected intensity of the fluorescence, comprising determining a current-estimated-result based on a current value of the detected intensity of the fluorescence and continuously updating a peak-estimated-result with the current-estimated-result, when the current-estimated-result is larger than the peak-estimated-result, so that the peak-estimated-result is a continuously updated peak value of the current-estimated-result, wherein the controller is further configured to visually reflect the current-estimated-result indicating the presence of the cytocidal effect in the peak-estimated-result, and to output a signal for simultaneously informing of the estimated result of the cytocidal effect and the estimated result of the contact state. a connector to/from which the laser catheter is capable of being attached/detached; a light source for outputting the excitation light in a range of 600 to 800 nm for exciting the photo-sensitive pharmaceutical to the laser catheter via the connector; a detection unit is configured to detect intensity of a fluorescence emitted by the photo-sensitive pharmaceutical, the fluorescence being able to enter from the laser catheter via the connector, a controller configured to simultaneously estimate a cytocidal effect on the tissue irradiated with the excitation light and a contact state of the tip portion of the laser catheter with respect to the tissue, based on the detected intensity of the fluorescence, comprising determining a current-estimated-result based on a current value of the detected intensity of the fluorescence and continuously updating a peak-estimated-result with the current-estimated-result, when the current-estimated-result is larger than the peak-estimated-result, so that the peak-estimated-result is a continuously updated peak value of the current-estimated-result, wherein the controller is further configured to visually reflect the current-estimated-result indicating the presence of the cytocidal effect in the peak-estimated-result, and to output a signal for simultaneously informing of the estimated result of the cytocidal effect and the estimated result of the contact state.
A slurry composition comprising: a powder comprising particles of at least one precursor, the precursor comprising SiC, carbon and/or one or more other carbon-containing particulate materials; at least one binder capable of adhering the particles of the precursor together to form a pliable tape comprising a fiber reinforcement material and a matrix material that will form a Si-SiC ceramic matrix; at least one liquid plasticizer; and a solvent in which the binder is dissolved, the solvent being sufficiently volatile to evaporate from the slurry composition during forming of the tape so that the tape contains less than 10 weight percent of the solvent, yet the tape is also pliable as a result of the slurry composition containing a sufficient amount of the liquid plasticizer, wherein the slurry composition contains: 30 to 60 weight percent of the powder; 5 to 10 weight percent of the binder; 5 to 10 weight percent of the liquid plasticizer; and the balance being the solvent. a powder comprising particles of at least one precursor, the precursor comprising SiC, carbon and/or one or more other carbon-containing particulate materials; at least one binder capable of adhering the particles of the precursor together to form a pliable tape comprising a fiber reinforcement material and a matrix material that will form a Si-SiC ceramic matrix; at least one liquid plasticizer; and a solvent in which the binder is dissolved, the solvent being sufficiently volatile to evaporate from the slurry composition during forming of the tape so that the tape contains less than 10 weight percent of the solvent, yet the tape is also pliable as a result of the slurry composition containing a sufficient amount of the liquid plasticizer, wherein the slurry composition contains: 30 to 60 weight percent of the powder; 5 to 10 weight percent of the binder; 5 to 10 weight percent of the liquid plasticizer; and the balance being the solvent. 30 to 60 weight percent of the powder; 5 to 10 weight percent of the binder; 5 to 10 weight percent of the liquid plasticizer; and the balance being the solvent.
Sole structure to be provided on an under side of a shoe, said sole structure having a front section, said front section extending substantially from the end of the arch of a foot towards the first metatarsal bone to the end of the toe part of the foot, and a back section, said sole structure further being arranged such that inclination in an outwards transversal direction is prevented when the sole structure is in use and comprising at least a first protruding section being located in the front section on an under side of the sole structure at an outer edge, characterized in that said first protruding section extends longitudinally over a greater part of the front section, causing at least a portion of the sole structure to be inclining in an inwards transversal direction extending from the outer edge to an inner edge of the sole structure with respect to a surface on which the sole structure is located.
Dispersion comprising 1 % to 50 % by weight of lithium metal phosphate of a general formula Li 1+a M 2-b N c (PO 4) 3+d, wherein M = Ti, Zr or Hf; N = metal other than Li and M; 0 ≤ a ≤ 0.6, 0 ≤ b ≤ 0.6, 0 ≤ c ≤ 0.6, 0 ≤ d ≤ 0.8, and 50% to 99% by weight of trialkyl phosphate. M = Ti, Zr or Hf; N = metal other than Li and M; 0 ≤ a ≤ 0.6, 0 ≤ b ≤ 0.6, 0 ≤ c ≤ 0.6, 0 ≤ d ≤ 0.8, and 50% to 99% by weight of trialkyl phosphate.
A liquid ejection head having a structure in which three or more head modules are arranged along a single direction, each of the three or more head modules including a plurality of ejection elements, the liquid ejection head comprising: a first head module; a second head module that has a joint part with the first head module on one end side in the single direction, the second head module being arranged at an arrangement position that is adjacent to other end side of the first head module in the single direction; and a third head module that has a joint part with the second head module on one end side in the single direction, the third head module being arranged at an arrangement position that is adjacent to other end side of the second head module in the single direction, the first head module, the second head module and the third head module being arranged in ascending order of slope of ejection volume distribution in the single direction or being arranged in descending order of the slope of the ejection volume distribution in the single direction, the slope of the ejection volume distribution in the single direction being evaluated by subtracting an ejection volume at one end part in the single direction from an ejection volume at the other end part in the single direction. a first head module; a second head module that has a joint part with the first head module on one end side in the single direction, the second head module being arranged at an arrangement position that is adjacent to other end side of the first head module in the single direction; and a third head module that has a joint part with the second head module on one end side in the single direction, the third head module being arranged at an arrangement position that is adjacent to other end side of the second head module in the single direction, the first head module, the second head module and the third head module being arranged in ascending order of slope of ejection volume distribution in the single direction or being arranged in descending order of the slope of the ejection volume distribution in the single direction, the slope of the ejection volume distribution in the single direction being evaluated by subtracting an ejection volume at one end part in the single direction from an ejection volume at the other end part in the single direction.
A gas diffusion electrode (13, 113, 213) comprising: a water-repellent layer (31, 231) consisting of either one of a woven fabric and a non-woven fabric, and having water repellency, the woven fabric and the non-woven fabric each consisting of a fibrous material that is a hydrophobic material; a gas diffusion layer stacked on and bonded to the water-repellent layer (31, 231); and a catalyst layer disposed opposite the water-repellent layer (31, 231) relative to the gas diffusion layer. a water-repellent layer (31, 231) consisting of either one of a woven fabric and a non-woven fabric, and having water repellency, the woven fabric and the non-woven fabric each consisting of a fibrous material that is a hydrophobic material; a gas diffusion layer stacked on and bonded to the water-repellent layer (31, 231); and a catalyst layer disposed opposite the water-repellent layer (31, 231) relative to the gas diffusion layer.
A method for acquiring system information, SI, by a User Equipment, UE, wherein a SI table is pre-acquired by the UE, the pre-acquired SI table comprises a SI table pre-configured or pre-stored in the UE, and the pre-acquired SI table comprises SI table indices, SI and a parameter configuration of the SI, the method is characterized by comprising: receiving, by the UE, a SI table index periodically broadcast by a network side device; comparing the received SI table index with the SI table indices in the pre-acquired SI table, and determining the content of the pre-acquired SI table as valid if the received SI table index is comprised in the SI table indices in the pre-acquired SI table; and when the content of the pre-acquired SI table is determined as valid, acquiring, by the UE, the SI from the pre-acquired SI table based on the received SI table index. receiving, by the UE, a SI table index periodically broadcast by a network side device; comparing the received SI table index with the SI table indices in the pre-acquired SI table, and determining the content of the pre-acquired SI table as valid if the received SI table index is comprised in the SI table indices in the pre-acquired SI table; and when the content of the pre-acquired SI table is determined as valid, acquiring, by the UE, the SI from the pre-acquired SI table based on the received SI table index.
A damper for damping pendular movements of instruments or an instrument casing, including an electrically conductive anchor plate and a casing, the casing and the anchor plate being rotatable relative to each other, and either the casing or the anchor plate being supported on an axle; the casing being provided with at least one magnet, characterized in that: - the magnet is provided, at one pole, with a backing plate (52, 52') constituted by a ferrite-containing material, and the magnet and the backing plate constitute a magnet system; and - the magnet system faces the anchor plate with at least one pole. - the magnet is provided, at one pole, with a backing plate (52, 52') constituted by a ferrite-containing material, and the magnet and the backing plate constitute a magnet system; and - the magnet system faces the anchor plate with at least one pole.
An information processing apparatus, configured to be connected with a plurality of devices (10, 20) and configured to execute driver programs (11, 12) associated with the respective devices to control the devices, comprising: a process monitor configured to monitor status of processes implemented by executing monitored driver programs, respectively, which are to be monitored among the driver programs; an error processor configured to operate when error is detected by the process monitor during execution of any one of the processes implemented by executing the monitored driver programs, and register, in a nonvolatile memory, driver information indicating the driver program with respect to which the error has been detected; and an execution controller configured to call and execute the driver programs associated with the respective devices, wherein when the information processing apparatus is restarted, the execution controller looks up the nonvolatile memory and skips execution of the driver program indicated by the driver information registered in the nonvolatile memory, wherein the monitored driver programs are UEFI boot service driver programs which are executed during a period of time after the information processing apparatus is started and before an OS (Operating System) program is started, but are not involved in the start of the OS program and other driver programs, instead of the monitored driver programs, are executed after the OS program is started. a process monitor configured to monitor status of processes implemented by executing monitored driver programs, respectively, which are to be monitored among the driver programs; an error processor configured to operate when error is detected by the process monitor during execution of any one of the processes implemented by executing the monitored driver programs, and register, in a nonvolatile memory, driver information indicating the driver program with respect to which the error has been detected; and an execution controller configured to call and execute the driver programs associated with the respective devices, wherein when the information processing apparatus is restarted, the execution controller looks up the nonvolatile memory and skips execution of the driver program indicated by the driver information registered in the nonvolatile memory, wherein the monitored driver programs are UEFI boot service driver programs which are executed during a period of time after the information processing apparatus is started and before an OS (Operating System) program is started, but are not involved in the start of the OS program and other driver programs, instead of the monitored driver programs, are executed after the OS program is started.
Electrical protective circuit arrangement comprising a first outer conductor path, wherein a second semiconductor circuit arrangement is arranged in the first outer conductor path, wherein a first current measuring arrangement which is connected to a first electronic control unit is arranged in the first outer conductor path, wherein the first electronic control unit is designed to control the second semiconductor circuit arrangement, wherein the electrical protective circuit arrangement further comprises a second outer conductor path, wherein the first outer conductor circuit is arranged in parallel with the second outer conductor path in terms of circuitry, wherein a fourth semiconductor circuit arrangement is arranged in the second outer conductor path, Wherein a second current measuring arrangement is arranged in the second outer conductor path, wherein the second current measuring arrangement is connected to a second electronic control unit, wherein the second electronic control unit is designed to control the fourth semiconductor circuit arrangement, and the first electronic control unit and the second electronic control unit are communicatively connected, characterized in that the first electronic control unit controls the second semiconductor circuit arrangement and the second electronic control unit controls the fourth semiconductor circuit arrangement in order to match a first current intensity over the first outer conductor path and a second current intensity over the second outer conductor path.
Thermostatic valve device for a fuel module for conducting fuel from a fuel tank to an engine, having: a thermostatic valve with a main body part, which comprises a distributor chamber for accommodating a linear actuator, and an inlet connector for connection to a fuel return line, characterized in that the distributor chamber is furthermore adjoined by a receptacle for an umbrella-type valve functioning as a check valve, wherein the umbrella-type valve connects the inlet connector to the distributor chamber such that fuel can flow via the inlet connector and the umbrella-type valve from the return line into the distributor chamber, wherein the umbrella-type valve has at least one flow opening in a radial inner wall, through which the fuel flows if pressure causes an umbrella-like flexible flange part of a valve member of the umbrella-type valve to move away from the inner wall, against which the flange part is preloaded, and wherein the flexible flange part is preloaded against the inner wall if the pressure on the side of the inlet connector is below a predetermined value. a thermostatic valve with a main body part, which comprises a distributor chamber for accommodating a linear actuator, and an inlet connector for connection to a fuel return line, characterized in that the distributor chamber is furthermore adjoined by a receptacle for an umbrella-type valve functioning as a check valve, wherein the umbrella-type valve connects the inlet connector to the distributor chamber such that fuel can flow via the inlet connector and the umbrella-type valve from the return line into the distributor chamber, wherein the umbrella-type valve has at least one flow opening in a radial inner wall, through which the fuel flows if pressure causes an umbrella-like flexible flange part of a valve member of the umbrella-type valve to move away from the inner wall, against which the flange part is preloaded, and wherein the flexible flange part is preloaded against the inner wall if the pressure on the side of the inlet connector is below a predetermined value.
An apparatus for slicing food products, in particular meat, comprising: a product feed with which a product can be conveyed along a conveying direction and can be fed to a cutting plane; a cutting blade for slicing the product, with the cutting blade being able to move, in particular in a rotating and/or revolving manner, in the cutting plane; and a product placement area, in particular a continuous conveyor belt, which is disposed downstream of the cutting blade in the conveying direction and onto which slices cut off from the product by means of the cutting blade can fall, characterised in that the product placement area is movable relative to a falling slice such that the product placement area is moved along in the direction of movement of the slice and the slice only comes to rest on the product placement area at a small relative speed and is then gradually stopped by the product placement area so that the impact of the slice on the product placement area can be absorbed. a product feed with which a product can be conveyed along a conveying direction and can be fed to a cutting plane; a cutting blade for slicing the product, with the cutting blade being able to move, in particular in a rotating and/or revolving manner, in the cutting plane; and a product placement area, in particular a continuous conveyor belt, which is disposed downstream of the cutting blade in the conveying direction and onto which slices cut off from the product by means of the cutting blade can fall, characterised in that the product placement area is movable relative to a falling slice such that the product placement area is moved along in the direction of movement of the slice and the slice only comes to rest on the product placement area at a small relative speed and is then gradually stopped by the product placement area so that the impact of the slice on the product placement area can be absorbed.
A device configured for use as an ionisation detection device and/or as an ignition device, the device comprising: an inner rod comprising a first semiconductor refractory material having a first hardness; an outer sleeve comprising a second semiconductor refractory material having a second hardness; and an electrical insulator, the electrical insulator being disposed between the inner rod and the outer sleeve and being configured to support the inner rod; wherein the first hardness is greater than the second hardness. an inner rod comprising a first semiconductor refractory material having a first hardness; an outer sleeve comprising a second semiconductor refractory material having a second hardness; and an electrical insulator, the electrical insulator being disposed between the inner rod and the outer sleeve and being configured to support the inner rod; wherein the first hardness is greater than the second hardness.
Method for illuminating a surrounding area of a motor vehicle, having the steps of: - generating light beams with a lighting device of a headlamp of the motor vehicle for providing a light distribution in the surrounding area; - controlling the lighting device by means of a controlling device such that the light beams for providing the light distribution have a first polarisation; and - absorbing by means of a polarisation filter the light beams reflected in the surrounding area in the direction of an occupant of the motor vehicle, characterised by - determining a first and at least one second part region (22, 22', 22", 22"') of the light distribution; - controlling the lighting device such that the light beams in the first part region have the first polarisation and the light beams for providing the light distribution in the at least one second part region (22, 22', 22", 22'") have a second polarisation different from the first; and - absorbing the reflected light beams with the second polarisation. - generating light beams with a lighting device of a headlamp of the motor vehicle for providing a light distribution in the surrounding area; - controlling the lighting device by means of a controlling device such that the light beams for providing the light distribution have a first polarisation; and - absorbing by means of a polarisation filter the light beams reflected in the surrounding area in the direction of an occupant of the motor vehicle, - determining a first and at least one second part region (22, 22', 22", 22"') of the light distribution; - controlling the lighting device such that the light beams in the first part region have the first polarisation and the light beams for providing the light distribution in the at least one second part region (22, 22', 22", 22'") have a second polarisation different from the first; and - absorbing the reflected light beams with the second polarisation.