mhurhangee/patent-ind-claim-en huggingface dataset:
A periphery monitoring device of a work machine, comprising: a controller that includes: an obstacle detection section that detects an obstacle present in a periphery of the work machine; a position relation calculation section that calculates a positional relationship between the obstacle detected by the obstacle detection section and the work machine; a warning level determination section that determines a warning level based on the positional relationship calculated by the position relation calculation section ; and a warning output section that outputs, to an output device , a warning content corresponding to the warning level determined by the warning level determination section , a mechanical state acquisition section that acquires information regarding a posture and an operation of the work machine characterised in that the controller further includes a blind angle calculation section that calculates a blind angle area from a seat in a cab of the work machine based on the information indicating the posture and the operation of the work machine and acquired by the mechanical state acquisition section , and a visibility level determination section that determines a visibility level of the obstacle based on the blind angle area calculated by the blind angle calculation section and the positional relationship calculated by the position relation calculation section ; and the warning level determination section adjusts the warning level in accordance with the visibility level determined by the visibility level determination section , an obstacle detection section that detects an obstacle present in a periphery of the work machine; a position relation calculation section that calculates a positional relationship between the obstacle detected by the obstacle detection section and the work machine; a warning level determination section that determines a warning level based on the positional relationship calculated by the position relation calculation section ; and a warning output section that outputs, to an output device , a warning content corresponding to the warning level determined by the warning level determination section , a mechanical state acquisition section that acquires information regarding a posture and an operation of the work machine characterised in that the controller further includes a blind angle calculation section that calculates a blind angle area from a seat in a cab of the work machine based on the information indicating the posture and the operation of the work machine and acquired by the mechanical state acquisition section , and a visibility level determination section that determines a visibility level of the obstacle based on the blind angle area calculated by the blind angle calculation section and the positional relationship calculated by the position relation calculation section ; and the warning level determination section adjusts the warning level in accordance with the visibility level determined by the visibility level determination section ,
Power sourcing system, comprising a power sourcing equipment and one or more powered devices; wherein the power sourcing equipment comprises a power sourcing equipment chip, a master control unit, and one or more power supplying ports, and further comprising a preprocessing unit, wherein one powered device is connected to one power supplying port, wherein the preprocessing unit is configured to: determine (S701; S801) whether the master control unit starts upon power-on; if the master control unit starts upon power-on, control (S702; S802) the power sourcing equipment chip to detect whether the power supplying port is connected to a valid powered device; and when determining that the power supplying port is connected to the valid powered device, control (S703; S803), according to a preset rule, the power sourcing equipment chip to power on the valid powered device. determine (S701; S801) whether the master control unit starts upon power-on; if the master control unit starts upon power-on, control (S702; S802) the power sourcing equipment chip to detect whether the power supplying port is connected to a valid powered device; and when determining that the power supplying port is connected to the valid powered device, control (S703; S803), according to a preset rule, the power sourcing equipment chip to power on the valid powered device.
An adjusting device for adjusting a wear-related incorrect spacing between a pressure plate and a counter plate of a friction clutch, comprising a spindle holder having a first bearing device , and a second bearing device arranged at a distance from the first bearing device , a spindle having a first end and a second end spaced apart from the first end , and having a spindle thread arranged between the first end and the second end , wherein the spindle having the first end in the first bearing device and the second end in the second bearing device is rotatably mounted about a spindle longitudinal axis of the spindle , and the spindle having a drive pinion arranged at the second end , so that the second end of the spindle is mounted between the spindle thread and the drive pinion in the second bearing device , characterised in that a pawl which engages with the drive pinion is arranged on the spindle holder , and the second bearing device has a bearing section and an adjacent reinforcement section on the bearing section .
A method for determining water and sediment content in a hydrocarbon fluid sample, the method comprising: integrating a weigh scale with a Karl Fischer titration device and a titration vessel configured to implement a Karl Fischer titration method; integrating an ultrasonic particle detector with the Karl Fischer titration device, the ultrasonic particle detector configured to identify sediment in the hydrocarbon fluid sample; determining , by the weigh scale, the weight of the hydrocarbon fluid sample; performing , by the Karl Fischer titration device, the Karl Fischer titration method on the hydrocarbon fluid sample to determine the water content in the hydrocarbon fluid sample; and identifying , by the ultrasonic particle detector, the sediment content in the hydrocarbon fluid sample. integrating a weigh scale with a Karl Fischer titration device and a titration vessel configured to implement a Karl Fischer titration method; integrating an ultrasonic particle detector with the Karl Fischer titration device, the ultrasonic particle detector configured to identify sediment in the hydrocarbon fluid sample; determining , by the weigh scale, the weight of the hydrocarbon fluid sample; performing , by the Karl Fischer titration device, the Karl Fischer titration method on the hydrocarbon fluid sample to determine the water content in the hydrocarbon fluid sample; and identifying , by the ultrasonic particle detector, the sediment content in the hydrocarbon fluid sample.
A loudspeaker arrangement for ceiling fitment comprising a loudspeaker and a cover (10, 10', 10"), where the cover (10, 10', 10") - is arranged at the rear on the loudspeaker , - comprises a plastic material in the form of a hood which is open at one side and which encases loudspeaker components and can be fitted on a fixing flange of the loudspeaker , - in a plan view from above is of a non-circular cross-section, - with a wall thickness of less than 2 mm in the form of a blister of a shape which is bulged at one side out of a flat surface and in a plan view from above is of a mirror-symmetrical and/or rotational symmetrical configuration, and - along the edge of its open side has at least portion-wise flange portions serving for fixing to the fixing flange of the loudspeaker . - is arranged at the rear on the loudspeaker , - comprises a plastic material in the form of a hood which is open at one side and which encases loudspeaker components and can be fitted on a fixing flange of the loudspeaker , - in a plan view from above is of a non-circular cross-section, - with a wall thickness of less than 2 mm in the form of a blister of a shape which is bulged at one side out of a flat surface and in a plan view from above is of a mirror-symmetrical and/or rotational symmetrical configuration, and - along the edge of its open side has at least portion-wise flange portions serving for fixing to the fixing flange of the loudspeaker .
A computer-implemented system for assessing a patient's risk for recurrent atrial fibrillation AF following treatment with an AF treatment modality, the system comprising: a processing module that determines, from magnetic resonance imaging data of left atrium LA tissue of a patient before the treatment, a level of a parameter that is positively proportional or negatively proportional to an amount of unhealthy tissue in a wall of the LA of the patient, the parameter comprising an amount of delayed intravascular contrast enhancement by magnetic resonance imaging and an output module, in communication with the processing module, that outputs a machine-readable indicator of a comparison between (i) the determined level and (ii) a first threshold level of the parameter, the first threshold level derived from LA tissue image data of at least one other patient, who experienced an AF recurrence after treatment with the AF treatment modality; wherein when the level of the parameter is positively proportional to the amount of unhealthy tissue, levels of the parameter equal to or greater than the first threshold level are indicative of a significant risk of AF recurrence after treatment with the AF treatment modality; wherein, when the level of the parameter is negatively proportional to the amount of unhealthy tissue, levels of the parameter equal to or less than the first threshold level are indicative of a significant risk of AF recurrence after treatment with the AF treatment modality. a processing module that determines, from magnetic resonance imaging data of left atrium LA tissue of a patient before the treatment, a level of a parameter that is positively proportional or negatively proportional to an amount of unhealthy tissue in a wall of the LA of the patient, the parameter comprising an amount of delayed intravascular contrast enhancement by magnetic resonance imaging and an output module, in communication with the processing module, that outputs a machine-readable indicator of a comparison between (i) the determined level and (ii) a first threshold level of the parameter, the first threshold level derived from LA tissue image data of at least one other patient, who experienced an AF recurrence after treatment with the AF treatment modality; wherein when the level of the parameter is positively proportional to the amount of unhealthy tissue, levels of the parameter equal to or greater than the first threshold level are indicative of a significant risk of AF recurrence after treatment with the AF treatment modality; wherein, when the level of the parameter is negatively proportional to the amount of unhealthy tissue, levels of the parameter equal to or less than the first threshold level are indicative of a significant risk of AF recurrence after treatment with the AF treatment modality.
A radar sensor circuit board for measuring vital signals, the radar sensor circuit board comprising: a first laminate layer comprising a first insulator material; an RF and baseband integrated circuit disposed on the first laminate layer , the RF and baseband integrated circuit comprising a millimeter-wave radar sensor and a digital interface configured to provide digitized baseband radar signals; a digital signal processor, DSP, integrated circuit coupled to the RF and baseband integrated circuit and disposed on the first laminate layer , wherein the DSP integrated circuit is configured to determine vital signal information based on the digitized baseband radar signals; a second laminate layer comprising a second insulator material, the second laminate layer having a first surface disposed over a first surface of the first laminate layer ; a transmit antenna disposed on the second laminate layer and coupled to the RF and baseband integrated circuit ; a receive antenna disposed on the second laminate layer and coupled to the RF and baseband integrated circuit ; wherein the RF and baseband integrated circuit is stacked on top of the DSP integrated circuit ; the RF and baseband integrated circuit is embedded within the first surface of the first laminate layer ; and the DSP integrated circuit is embedded within a second surface of the first laminate layer opposite the first surface of the first laminate layer . a first laminate layer comprising a first insulator material; an RF and baseband integrated circuit disposed on the first laminate layer , the RF and baseband integrated circuit comprising a millimeter-wave radar sensor and a digital interface configured to provide digitized baseband radar signals; a digital signal processor, DSP, integrated circuit coupled to the RF and baseband integrated circuit and disposed on the first laminate layer , wherein the DSP integrated circuit is configured to determine vital signal information based on the digitized baseband radar signals; a second laminate layer comprising a second insulator material, the second laminate layer having a first surface disposed over a first surface of the first laminate layer ; a transmit antenna disposed on the second laminate layer and coupled to the RF and baseband integrated circuit ; a receive antenna disposed on the second laminate layer and coupled to the RF and baseband integrated circuit ; wherein the RF and baseband integrated circuit is stacked on top of the DSP integrated circuit ; the RF and baseband integrated circuit is embedded within the first surface of the first laminate layer ; and the DSP integrated circuit is embedded within a second surface of the first laminate layer opposite the first surface of the first laminate layer .
Method for cooling down or purging a hydrocarbon transfer arrangement for transfer of cryogenic fluids between a LNG process vessel and a LNG carrier which are placed in an offloading configuration, comprising at least two cryogenic transfer hoses and a gas return hose , the ends of the hoses being connected to a floating multifunction-unit comprising a frame structure providing buoyancy, including the steps of towing and transporting hoses between the process vessel and the LNG carrier , wherein the floating multi-function unit is lifted out of the water via a pulling bar or lugs and is held in a fixed position above water-level, the end of each hose being provided with connection means for making a fluid connection between the transfer hose ends and a midship manifold on the carrier and with emergency disconnect means at a distance from the connection means for the hoses, the cryogenic transfer hoses at the multifunctional unit being mutually connected via a closeable fluid connection comprising spool pieces , situated on each side of the emergency disconnect means , which spool pieces are structurally interconnected and function as an interface for aerial jumper hoses to create a closed loop for precooling the interconnected hoses by pumping a cold fluid or to purge liquefied gas out of the hoses in case of an emergency disconnection at the carrier , the method comprising the step of temporarily interconnecting the two transfer hoses to form a closed loop and cooling down the transfer hoses by pumping a cold fluid within the interconnected hoses or releasing the emergency disconnect means and purging the interconnected hoses into storage tanks of the process vessel or the LNG carrier , wherein in case of emergency disconnection, a closed loop is formed at the disconnected multi-function unit part between at least two transfer hoses to purge out trapped liquefied gas in the interconnected hoses towards the process vessel , or a closed loop is formed via the spool piece that stays connected to the manifold of the carrier , after the rest of the multi-function unit is disconnected from the carrier.
A cooling device comprising a compressor that enables the refrigeration cycle to be performed, a condenser that transfers the thermal energy to the outside environment, an evaporator that draws thermal energy from the environment being cooled, at least one expansion device that is disposed between the condenser and the evaporator and that enables the refrigerant to be delivered to the evaporator by expanding at the outlet of the condenser , an inlet pipe connected to the evaporator inlet, an outlet pipe connected to the outlet of the at least one expansion device , and a flow regulator that is disposed between the outlet pipe and the inlet pipe , characterized by the at least one expansion device being at least one capillary pipe , the flow regulator being a frustoconical flow regulator , with one end being connected to the inlet pipe so that the flow regulator extends in the same direction as the inlet pipe , and the outlet pipe being tangentially connected to the other end of the flow regulator in a vertical direction, wherein the frustoconical flow regulator gets wider from the outlet pipe towards the inlet pipe .
A helmet with video acquisition device and display, comprising a helmet shell on which at least one video acquisition device is fixed, a display arranged at one end of a front piece of the helmet and means to allow the movement of said display with respect to a first active position in which said display is arranged completely in front of the eyes of the user, at the center of the user's viewing field and substantially perpendicular to the user's gaze axis so as to allow viewing the display with both eyes, characterized in that said means are adapted to allow the movement of said display laterally, away from the user's gaze axis, and the rotation of said display around its vertical axis, so as to move it to a second active position that is angled and displaced with respect to said first active position so as to allow variable focusing distances for one eye.
An article of footwear comprising: an upper ; a midsole attached to the upper and including a lower surface having a depression ; and a chamber disposed within the depression and including a plurality of flexion lines defining a plurality of sub-chambers each having a discrete section of an outsole attached thereto and forming a ground-contacting surface of the article of footwear , wherein chamber includes at least one flexion line extending across a width of the chamber and at least one flexion line extending through a longitudinal length of the chamber , and wherein the chamber extends along all of the length of the midsole from a forefoot region to a heel region of the article of footwear . an upper ; a midsole attached to the upper and including a lower surface having a depression ; and a chamber disposed within the depression and including a plurality of flexion lines defining a plurality of sub-chambers each having a discrete section of an outsole attached thereto and forming a ground-contacting surface of the article of footwear , wherein chamber includes at least one flexion line extending across a width of the chamber and at least one flexion line extending through a longitudinal length of the chamber , and wherein the chamber extends along all of the length of the midsole from a forefoot region to a heel region of the article of footwear .
Aliphatic polyketone compound comprising 90.0 to 98.0% by weight aliphatic polyketone and 2.0 to 8.0% by weight ultra-high molecular weight polyethylene, characterized in that the D50 value of the polyethylene is below 75 μm.
A middle frame assembly, comprising a middle plate and a frame disposed around an outer edge of the middle plate , wherein the middle plate comprises a first carbon fiber reinforced resin composite material base body and a first metal plating layer compounded on a surface of the base body , wherein a thickness of the first metal plating layer is greater than or equal to a skin depth of the first metal plating layer corresponding to a given frequency.
Composite material , comprising an upper layer and a lower layer , said composite material being characterized in that it comprises means consisting of a network of interassembled base elements forming cavities, said elements being arranged to break under the effect of the kinetic energy (E c ) resulting from an impact (C) exerted on one of said layers , said means cooperating on both sides with the upper layer and the lower layer .
A gas collecting apparatus comprising: a constant temperature chamber inside of which is maintained a set temperature by heating means; a culture flask unit provided inside the constant temperature chamber and in which bacteria are cultured; a first collecting unit provided outside the constant temperature chamber and configured to receive a gas from inside the culture flask unit ; a second collecting unit provided outside the constant temperature chamber and configured to receive a gas from inside the culture flask unit ; a first mass flow control unit provided outside the constant temperature chamber and configured to control a flow rate of the gas sucked into the first collecting unit ; a second mass flow control unit provided outside the constant temperature chamber and configured to control a flow rate of the gas sucked into the second collecting unit ; a discharge flow path with one end thereof connected to a discharge port provided in the culture flask unit and serving as a passage through which the gas inside the culture flask unit is discharged; a first flow path having one end thereof connected to the other end of the discharge flow path and the other end thereof connected to the first collecting unit ; and a second flow path having one end thereof connected to the other end of the discharge flow path together with the first flow path and the other end thereof connected to the second collecting unit , wherein the first mass flow control unit is provided on the first flow path , and the second mass flow control unit is provided on the second flow path . a constant temperature chamber inside of which is maintained a set temperature by heating means; a culture flask unit provided inside the constant temperature chamber and in which bacteria are cultured; a first collecting unit provided outside the constant temperature chamber and configured to receive a gas from inside the culture flask unit ; a second collecting unit provided outside the constant temperature chamber and configured to receive a gas from inside the culture flask unit ; a first mass flow control unit provided outside the constant temperature chamber and configured to control a flow rate of the gas sucked into the first collecting unit ; a second mass flow control unit provided outside the constant temperature chamber and configured to control a flow rate of the gas sucked into the second collecting unit ; a discharge flow path with one end thereof connected to a discharge port provided in the culture flask unit and serving as a passage through which the gas inside the culture flask unit is discharged; a first flow path having one end thereof connected to the other end of the discharge flow path and the other end thereof connected to the first collecting unit ; and a second flow path having one end thereof connected to the other end of the discharge flow path together with the first flow path and the other end thereof connected to the second collecting unit , wherein the first mass flow control unit is provided on the first flow path , and the second mass flow control unit is provided on the second flow path .