mhurhangee/ep-ind-claims huggingface dataset:
An observation apparatus comprising: a structured illumination section that emits structured illumination light having a light-dark pattern; a phase difference measurement illumination section that emits illumination light for phase difference measurement onto a subject-mount surface; a phase contrast lens (30, 70) that has a phase plate (33, 72) for dimming illumination light for phase difference measurement, where the illumination light for phase difference measurement having passed through the subject-mount surface is incident into the phase contrast lens (30, 70), and the structured illumination light is incident into the phase contrast lens (30, 70) in a direction different from a direction of incidence of the illumination light for phase difference measurement through an optical system; a detection section that detects reflected light of the structured illumination light which is reflected on the subject-mount surface; and an observation section that images the illumination light for phase difference measurement which has passed through the phase contrast lens (30, 70), wherein the phase plate (30, 70) has wavelength characteristics in which a transmittance of the structured illumination light is higher than a transmittance of the illumination light for phase difference measurement. a structured illumination section that emits structured illumination light having a light-dark pattern; a phase difference measurement illumination section that emits illumination light for phase difference measurement onto a subject-mount surface; a phase contrast lens (30, 70) that has a phase plate (33, 72) for dimming illumination light for phase difference measurement, where the illumination light for phase difference measurement having passed through the subject-mount surface is incident into the phase contrast lens (30, 70), and the structured illumination light is incident into the phase contrast lens (30, 70) in a direction different from a direction of incidence of the illumination light for phase difference measurement through an optical system; a detection section that detects reflected light of the structured illumination light which is reflected on the subject-mount surface; and an observation section that images the illumination light for phase difference measurement which has passed through the phase contrast lens (30, 70), wherein the phase plate (30, 70) has wavelength characteristics in which a transmittance of the structured illumination light is higher than a transmittance of the illumination light for phase difference measurement.
An image forming device of an electrophotographic type comprising: a fuser configured to thermally fuse a toner image on a sheet; a body containing the fuser; a suction unit configured to suck air from the inside of the body; and an electric charge provider (211 -214, 215, 216) configured to emit electric charges in air to cause ultrafine particles floating in the air to clump together, the electric charge provider (211 - 214, 215, 216) being mounted in either or both of first and second locations inside the body, the first location being at least one region out of a path of an air flow to the suction unit caused by the action of the suction unit, the second location being at least one region through which external air flows into the body due to the action of the suction unit; and wherein at least the electric charge provider (211 - 216) mounted in the second location are configured to operate during suspension of the suction unit. a fuser configured to thermally fuse a toner image on a sheet; a body containing the fuser; a suction unit configured to suck air from the inside of the body; and an electric charge provider (211 -214, 215, 216) configured to emit electric charges in air to cause ultrafine particles floating in the air to clump together, the electric charge provider (211 - 214, 215, 216) being mounted in either or both of first and second locations inside the body, the first location being at least one region out of a path of an air flow to the suction unit caused by the action of the suction unit, the second location being at least one region through which external air flows into the body due to the action of the suction unit; and wherein at least the electric charge provider (211 - 216) mounted in the second location are configured to operate during suspension of the suction unit.
An electrode comprising: an elongated body defining a longitudinal axis; a seating end portion including a first truncated cone, wherein the seating end portion includes a circumferential surface and an angled surface located between the circumferential surface and the elongated body, the circumferential surface is located between the first truncated cone and the angled surface; and a working end portion including a second truncated cone, wherein the elongated body is located between the seating end portion and the working end portion. an elongated body defining a longitudinal axis; a seating end portion including a first truncated cone, wherein the seating end portion includes a circumferential surface and an angled surface located between the circumferential surface and the elongated body, the circumferential surface is located between the first truncated cone and the angled surface; and a working end portion including a second truncated cone, wherein the elongated body is located between the seating end portion and the working end portion.
A wheel steering system for controlling a steering angle (β 1, β 2) of a second pair of steerable wheels (121, 122) of a vehicle comprising at least a first and a second pair of steerable wheels (111, 112, 121, 122) and a first and second pair of non steerable wheels (131, 132, 141, 142), the vehicle being suitable for transporting a load, the wheel steering system comprising a steering angle detection device for detecting at least one vehicle steering angle (α, α 1, α 2); and a control system configured to determine a steering geometry of the vehicle by determining a load distribution between at least the first and second pair of non steerable wheels (131, 132, 141, 142), and control the steering angle (β 1, β 2) of at least each of the second pair of steerable wheels (121, 122) based on at least the at least one detected steering angle (α, α 1, α 2) and the determined steering geometry of the vehicle.
A method of estimating battery lifetime, the method comprising: monitoring a charge characteristic of a battery during a first time period during a type of battery event, that includes one of a charge event or a discharge event; monitoring an operating condition of the battery wherein the operating condition depends on the type of battery event; calculating a first battery life value caused by the type of battery event of the first time period based on the monitored operating condition of the battery, the monitored charge characteristic, and a duration of the first time period; determining an overall battery life value by combining the first battery life value and a second battery life value for a second time period wherein the second time period is prior to the first time period and corresponds to at least one prior occurrence of the same type of battery event of the first time period; and estimating a remaining battery lifetime for the battery based on the overall battery life value. monitoring a charge characteristic of a battery during a first time period during a type of battery event, that includes one of a charge event or a discharge event; monitoring an operating condition of the battery wherein the operating condition depends on the type of battery event; calculating a first battery life value caused by the type of battery event of the first time period based on the monitored operating condition of the battery, the monitored charge characteristic, and a duration of the first time period; determining an overall battery life value by combining the first battery life value and a second battery life value for a second time period wherein the second time period is prior to the first time period and corresponds to at least one prior occurrence of the same type of battery event of the first time period; and estimating a remaining battery lifetime for the battery based on the overall battery life value.
An unmanned aerial vehicle base station, comprising: a landing surface for enabling a UAV having a UAV battery pack to land thereon; a battery-exchange system comprising: a battery-matrix that defines a plurality of battery-slots, each configured to removably hold a UAV battery pack; and a mechanical mechanism for interacting with a selected UAV battery pack of said battery-exchange system and the UAV battery pack of the UAV; characterized in that the battery-exchange system is disposed within a housing cavity defined by a housing that at least includes a top-plate configured for a UAV landing thereon, wherein the top-plate comprises a hatch and wherein the mechanical mechanism is operable to extend a battery pack through the hatch from within the housing cavity to a battery-swapping position above the top-plate, and wherein the top-plate comprises at least one hatch-door operable to cover the hatch when the mechanical mechanism is not extended through the hatch; and the unmanned aerial vehicle base station further comprises a UAV fixation system operable to direct a UAV present on the top-plate to a battery-exchange zone of the top-plate. a landing surface for enabling a UAV having a UAV battery pack to land thereon; a battery-exchange system comprising: a battery-matrix that defines a plurality of battery-slots, each configured to removably hold a UAV battery pack; and a mechanical mechanism for interacting with a selected UAV battery pack of said battery-exchange system and the UAV battery pack of the UAV; a battery-matrix that defines a plurality of battery-slots, each configured to removably hold a UAV battery pack; and a mechanical mechanism for interacting with a selected UAV battery pack of said battery-exchange system and the UAV battery pack of the UAV; characterized in that the battery-exchange system is disposed within a housing cavity defined by a housing that at least includes a top-plate configured for a UAV landing thereon, wherein the top-plate comprises a hatch and wherein the mechanical mechanism is operable to extend a battery pack through the hatch from within the housing cavity to a battery-swapping position above the top-plate, and wherein the top-plate comprises at least one hatch-door operable to cover the hatch when the mechanical mechanism is not extended through the hatch; and the unmanned aerial vehicle base station further comprises a UAV fixation system operable to direct a UAV present on the top-plate to a battery-exchange zone of the top-plate.
A rearview assembly comprising: a circuit board; a grounded heat sink proximate the circuit board; a thermal pad disposed between and in abutting contact with the circuit board and the grounded heat sink; and an electromagnetic shield including a first component and a second component that is separate and distinct from the first component, wherein at least one of the first component and the second component includes a plurality of spring tabs disposed about a periphery thereof, wherein a peripheral rim (106, 105) of the first and second components (102,104) includes retention features (124, 154) wherein the retention features of the first component are complementary to and configured to securely engage with the retention features of the second component, wherein the first component is configured to nest over the second component. a circuit board; a grounded heat sink proximate the circuit board; a thermal pad disposed between and in abutting contact with the circuit board and the grounded heat sink; and an electromagnetic shield including a first component and a second component that is separate and distinct from the first component, wherein at least one of the first component and the second component includes a plurality of spring tabs disposed about a periphery thereof, wherein a peripheral rim (106, 105) of the first and second components (102,104) includes retention features (124, 154) wherein the retention features of the first component are complementary to and configured to securely engage with the retention features of the second component, wherein the first component is configured to nest over the second component.
Industrial truck having an integrated data radio device which makes it possible to transmit data from and to the industrial truck, characterized in that a display apparatus comprising a display is provided for a driver's cab, the data radio device being integrated in the display apparatus using existing electronic components of the display apparatus, and the data radio device being connected to the vehicle controller without additional cabling.
A method of reducing power consumption of a programmable processor comprising: monitoring time since a last call for an operation (I C) of one of a plurality of functional units of the programmable processor; monitoring time since a last prior shut down (I P) of the one functional unit; when the time since the last call (I C) exceeds a current threshold, shutting down the one functional unit, so as to reduce power consumed by the one functional unit; reactivating the one functional unit in response to a later call for operation of the one functional unit; if at the time of reactivating the one functional unit, the time since the shutting down (I P) is less than a set value, increasing the current threshold to a new higher threshold; but if at the time of reactivation the one functional unit, the time since the shutting down (I P) is not less than the set value, decreasing (S66, S69) the current threshold. monitoring time since a last call for an operation (I C) of one of a plurality of functional units of the programmable processor; monitoring time since a last prior shut down (I P) of the one functional unit; when the time since the last call (I C) exceeds a current threshold, shutting down the one functional unit, so as to reduce power consumed by the one functional unit; reactivating the one functional unit in response to a later call for operation of the one functional unit; if at the time of reactivating the one functional unit, the time since the shutting down (I P) is less than a set value, increasing the current threshold to a new higher threshold; but if at the time of reactivation the one functional unit, the time since the shutting down (I P) is not less than the set value, decreasing (S66, S69) the current threshold.
A method for adding ingredients to a mass of curd, comprising: a step of separating whey from curd grains, a step of transferring curd grains from the separating step to a step of arranging the curd grains in a mould, wherein a step of adding the ingredients is performed in the transferring step, the step of separating the curd grains from the whey is performed with separation means in the form of a conical sieve, and the step of adding of ingredient to the curd grains is performed by arranging a nozzle in a narrow region of the conical sieve ejecting a flow of fluid and ingredient in a longitudinal direction towards an outlet of the conical sieve. a step of separating whey from curd grains, a step of transferring curd grains from the separating step to a step of arranging the curd grains in a mould, wherein a step of adding the ingredients is performed in the transferring step, the step of separating the curd grains from the whey is performed with separation means in the form of a conical sieve, and the step of adding of ingredient to the curd grains is performed by arranging a nozzle in a narrow region of the conical sieve ejecting a flow of fluid and ingredient in a longitudinal direction towards an outlet of the conical sieve. a step of adding the ingredients is performed in the transferring step, the step of separating the curd grains from the whey is performed with separation means in the form of a conical sieve, and the step of adding of ingredient to the curd grains is performed by arranging a nozzle in a narrow region of the conical sieve ejecting a flow of fluid and ingredient in a longitudinal direction towards an outlet of the conical sieve.
Apparatus, comprising: a flexible probe (22, having a distal end, configured to be inserted into a living subject; a position sensor comprised in the distal end, configured to generate position signals indicative of a position of the distal end in a heart of the subject; an electrode (32A-C) comprised in the distal end, configured to convey electrical signals from the heart; and a processor; characterised in that the processor is configured to: formulate, in response to the position signals, a first indication of a change in a mean position of the distal end of the flexible probe and therefore the heart within the living subject, derive a second indication of a change in the electrical signals by applying a reference parameter to the electrical signals and quantitatively comparing sequential electrical signals, and determine, in response to the first and second indications, a new mean position of the distal end of the flexible probe and therefore the heart. a flexible probe (22, having a distal end, configured to be inserted into a living subject; a position sensor comprised in the distal end, configured to generate position signals indicative of a position of the distal end in a heart of the subject; an electrode (32A-C) comprised in the distal end, configured to convey electrical signals from the heart; and a processor; characterised in that the processor is configured to: formulate, in response to the position signals, a first indication of a change in a mean position of the distal end of the flexible probe and therefore the heart within the living subject, derive a second indication of a change in the electrical signals by applying a reference parameter to the electrical signals and quantitatively comparing sequential electrical signals, and determine, in response to the first and second indications, a new mean position of the distal end of the flexible probe and therefore the heart. formulate, in response to the position signals, a first indication of a change in a mean position of the distal end of the flexible probe and therefore the heart within the living subject, derive a second indication of a change in the electrical signals by applying a reference parameter to the electrical signals and quantitatively comparing sequential electrical signals, and determine, in response to the first and second indications, a new mean position of the distal end of the flexible probe and therefore the heart.
A shelving assembly comprising a bracket for supporting a shelf and the shelf, wherein the shelf comprises a flat top surface which is capable of supporting articles which may be placed on said shelf, characterized in that the shelf comprises a hydrophobic surface which is arranged in a spill containment pattern on said top surface, wherein a majority of the top surface is not hydrophobic, thereby defining one or more non-hydrophobic spill containment areas bounded by said spill containment pattern of the hydrophobic surface, wherein the hydrophobic surface is created by a hydrophobic or super hydrophobic surface treatment of the top surface.
A method of preparing a compound of Formula IIa: comprising forming a first reaction mixture comprising ammonia, a first non-nucleophilic base, and a compound of Formula IIb having the structure: under conditions suitable to form the compound of Formula IIa, wherein R 1 is C 1 -C 6 alkyl; and LG is a leaving group selected from the group consisting of halogen, -OH and -OSO 2 R 13, wherein R 13 is selected from the group consisting of C 1 -C 6 alkyl, C 1 -C 6 haloalkyl and aryl, wherein the aryl group is substituted with 1 to 3 R 13a groups each independently selected from the group consisting of C 1 -C 6 alkyl, halogen, and NO 2. R 1 is C 1 -C 6 alkyl; and LG is a leaving group selected from the group consisting of halogen, -OH and -OSO 2 R 13, wherein R 13 is selected from the group consisting of C 1 -C 6 alkyl, C 1 -C 6 haloalkyl and aryl, wherein the aryl group is substituted with 1 to 3 R 13a groups each independently selected from the group consisting of C 1 -C 6 alkyl, halogen, and NO 2.
A blind spot detection module, comprising: a light source module configured to link with a sensor signal for detection of an object in an area behind a vehicle to emit light; and a reflector module including a warning optical pattern for transmitting light emitted from the light source module, characterized in that, the light source module comprises, a light emitting element disposed on a printed circuit board, a light guide member configured to bury the light emitting element, a reflection member disposed between the printed circuit board and the light guide member, a first optical sheet disposed on the light guide member, wherein first optical patterns are disposed on the first optical sheet, wherein the light guide member guides the light to the reflector module, and wherein the light is directed toward the reflector module by the reflection member, in that, the reflector module comprises, a reflector disposed at a position corresponding to a light emitting surface of the light guide member, a diffusion member formed on the reflector, in that, the warning optical pattern includes second optical patterns formed to pass through the reflector, said second optical patterns being such that the light passes through said second optical patterns in the reflector. in that, a fixed spaced part is provided between the first optical sheet and the reflector. a light source module configured to link with a sensor signal for detection of an object in an area behind a vehicle to emit light; and a reflector module including a warning optical pattern for transmitting light emitted from the light source module, characterized in that, the light source module comprises, a light emitting element disposed on a printed circuit board, a light guide member configured to bury the light emitting element, a reflection member disposed between the printed circuit board and the light guide member, a first optical sheet disposed on the light guide member, wherein first optical patterns are disposed on the first optical sheet, wherein the light guide member guides the light to the reflector module, and wherein the light is directed toward the reflector module by the reflection member, in that, the reflector module comprises, a reflector disposed at a position corresponding to a light emitting surface of the light guide member, a diffusion member formed on the reflector, in that, the warning optical pattern includes second optical patterns formed to pass through the reflector, said second optical patterns being such that the light passes through said second optical patterns in the reflector. in that, a fixed spaced part is provided between the first optical sheet and the reflector.