mhurhangee/ep-ind-claims huggingface dataset:
A networked alarm system comprising a loop circuit, a first power source and a first controller electrically connected to the loop circuit, the first controller being adapted to control the first power source, a plurality of alarm units electrically connected to the loop circuit, wherein each of the alarm units comprises: a current sink, a second controller for controlling the current sink, wherein the second controller is adapted to perform an alarm unit status test including: receiving instructions from the first controller to actuate the current sink, and actuating the current sink; characterised in that the first controller is adapted to perform a system status test including: simultaneously instructing the plurality of alarm units to actuate the corresponding plurality of current sinks, receiving from the plurality of alarm units a corresponding plurality of voltages measured across the current sinks, and determining from the plurality of measured voltages, an operational condition of the system. a current sink, a second controller for controlling the current sink, wherein the second controller is adapted to perform an alarm unit status test including: receiving instructions from the first controller to actuate the current sink, and actuating the current sink; characterised in that the first controller is adapted to perform a system status test including: simultaneously instructing the plurality of alarm units to actuate the corresponding plurality of current sinks, receiving from the plurality of alarm units a corresponding plurality of voltages measured across the current sinks, and determining from the plurality of measured voltages, an operational condition of the system. receiving instructions from the first controller to actuate the current sink, and actuating the current sink; characterised in that the first controller is adapted to perform a system status test including: simultaneously instructing the plurality of alarm units to actuate the corresponding plurality of current sinks, receiving from the plurality of alarm units a corresponding plurality of voltages measured across the current sinks, and determining from the plurality of measured voltages, an operational condition of the system. simultaneously instructing the plurality of alarm units to actuate the corresponding plurality of current sinks, receiving from the plurality of alarm units a corresponding plurality of voltages measured across the current sinks, and determining from the plurality of measured voltages, an operational condition of the system.
An indexable turning insert comprising two opposing large sides (2, 3) formed by a support centre part and a plurality of cutting parts projecting outwardly therefrom, each having a cutting edge extending between said sides and being spaced apart around the outer perimeter of said centre part for indexing, wherein • it comprises four said cutting parts, • each cutting part has a clearance side extending on one of said sides of the insert from the cutting edge of the cutting part towards said centre part while making clearance angles (C 1, C 2) in two dimensions, characterized in that • said cutting edge of each cutting part makes a working lead angle being below 90° by less (C 3) than said clearance angles with the other of said sides of the insert, and • every second of said cutting parts (5, 6) as seen in the direction of said outer perimeter of the insert have said clearance side on a same first side of said sides (2,3) of the insert and the other two cutting parts (7,8) have their clearance side on a second side of said sides (2,3) of the insert for forming couples of mutually indexable cutting parts. • it comprises four said cutting parts, • each cutting part has a clearance side extending on one of said sides of the insert from the cutting edge of the cutting part towards said centre part while making clearance angles (C 1, C 2) in two dimensions, • said cutting edge of each cutting part makes a working lead angle being below 90° by less (C 3) than said clearance angles with the other of said sides of the insert, and • every second of said cutting parts (5, 6) as seen in the direction of said outer perimeter of the insert have said clearance side on a same first side of said sides (2,3) of the insert and the other two cutting parts (7,8) have their clearance side on a second side of said sides (2,3) of the insert for forming couples of mutually indexable cutting parts.
A webbed shoulder pad for use with a shoulder carrying strap, the pad having a lower engagement surface suitable for engaging against the shoulder of a user, an upper surface suitable for facing away from the shoulder of the user, and opposing ends (2,3) suitable for attaching to said shoulder carrying strap, a plurality of tendon bands having opposing ends, and at least two nodes, each tendon band extending between a pair of said at least two nodes, each tendon band being spaced apart and disconnected from other said tendon bands between said at least two nodes at least at the lower surface of said webbed shoulder pad, characterised in that said tendon bands form a web arrangement which extends between the opposing ends (2,3) of said webbed shoulder pad, a plurality of said at least two nodes distributed between said ends (2,3), at least some of said tendon bands extending along only part of the length of said webbed shoulder pad.
Electric stretch film dispenser, comprising: - a frame, provided with - a film mounting unit and - a film dispensing unit, the film dispensing unit comprising - a first roller for guiding a film and - a second roller for guiding the film, - at least a first drive unit for driving the first and/or the second roller to rotate, wherein the first roller is connected with a first gear, the second roller is connected with a second gear, the first gear meshes with the second gear, and characterized in that the number of teeth of the second gear is greater than the number of teeth of the first gear and in that the first drive unit is a force-controlled drive, whereby the speed of film feeding is determined by the tensile force that is set on the device. - a frame, provided with - a film mounting unit and - a film dispensing unit, the film dispensing unit comprising - a first roller for guiding a film and - a second roller for guiding the film, - at least a first drive unit for driving the first and/or the second roller to rotate, wherein the first roller is connected with a first gear, the second roller is connected with a second gear, the first gear meshes with the second gear, and characterized in that the number of teeth of the second gear is greater than the number of teeth of the first gear and in that the first drive unit is a force-controlled drive, whereby the speed of film feeding is determined by the tensile force that is set on the device.
Air-cushion percussion mechanism for a motor-driven hammer drill or percussion hammer, having a two-part housing sleeve in which at least one drive piston for converting drive energy into percussion energy and also at least one percussion body and a percussion pin for releasing the percussion energy to a tool of the hammer drill or percussion hammer are accommodated so as to be movable along a longitudinal axis of the housing sleeve, wherein a switching device allows the percussion mechanism to be switched between idling operation and percussion operation, wherein, in percussion operation, a first air cushion for transmitting the percussion energy from the drive piston to the percussion body can be formed between the drive piston and the percussion body, and, in idling operation, a second air cushion for impact damping between the percussion body and the percussion pin can be formed, and wherein the housing sleeve has at least one first venting opening for venting the first air cushion and at least one second venting opening for venting the second air cushion, wherein the two parts (14, 16) of the housing sleeve are displaceable relative to one another along their longitudinal axis, wherein the two parts (14, 16) of the housing sleeve have at least one venting bore (14b, 16b), said venting bores (14b, 16b) being at least partially aligned with one another in a first position of the housing parts (14, 16) with respect to one another, in order together to form the second venting opening and to allow venting of the second air cushion, and being closed in each case by the other part (14, 16) of the housing sleeve in a second position, in order to allow impact damping, characterized in that the percussion body and the percussion pin are accommodated entirely in the two-part housing sleeve.
A polyamide resin member comprising: crystals of a polyamide resin, the crystals being nano-oriented crystals containing crystals of the polyamide resin in each of which a polymer molecular chain is oriented and each of which has a crystal size of 50 nm or less, and when the polyamide resin member is in an absolutely dry condition, it has a tensile stress of 105 MPa or more in an elongation direction and has a tensile stress of 90 MPa or more in a width direction; wherein the crystal size is measured by a small-angle X-ray scattering method; and wherein the tensile stress is measured by a method in conformity to JIS7127 (ISO527-3). crystals of a polyamide resin, the crystals being nano-oriented crystals containing crystals of the polyamide resin in each of which a polymer molecular chain is oriented and each of which has a crystal size of 50 nm or less, and when the polyamide resin member is in an absolutely dry condition, it has a tensile stress of 105 MPa or more in an elongation direction and has a tensile stress of 90 MPa or more in a width direction; wherein the crystal size is measured by a small-angle X-ray scattering method; and wherein the tensile stress is measured by a method in conformity to JIS7127 (ISO527-3).
Conditioning composition for hair characterized in that, it comprises at least one hair conditioning agent selected from compounds according to general structure R 1 -A-R 2 -B wherein R 1 is a saturated or unsaturated, straight or branched alkyl group with 8 to 24 C atoms, R 2 is a straight or branched alkyl group with 1 to 4 C atoms, A is a group selected from O, and preferably O, and B is selected from wherein R 3 and R 4 are the same or different is H or an alkyl with 1 to 4 C atoms, hydroxyl alkyl with 1 to 4 C atoms and di hydroxyl alkyl with 2 to 4 C atoms, R 5, and R 6 are the same or different, an alkyl with 1 to 4 C atoms, hydroxyl alkyl with 1 to 4 C atoms and di hydroxyl alkyl with 2 to 4 C atoms, R 7 is an alkyl with 1 to 4 C atoms, hydroxyl alkyl with 1 to 4 C atoms or di hydroxyl alkyl with 2 to 4 C atoms and -R 2 -A-R 1 wherein R 1, A and R 2 have the above meaning and X is chloride, bromide, methosulfate, and carnosine.
Method for controlling deposit formation on calender rolls of a paper machine, said method comprising applying at the dry end of a paper machine where the dry paper product passes between calender rolls under pressure an aqueous solution of an anionic polymer which comprises lignosulphonates, condensed naphthalene sulphonates or polymers comprising repeating units of sulphonic acids or salts of sulphonic acids and/or mixtures thereof on the surface of the paper for preventing the calender rolls from being contaminated by stickies and/or other depositable material from the paper.
A material displacement equipment, including two displacement devices cooperated with each other, and each of the two displacement devices includes: a lifting base; a turnover mechanism rotatably arranged on the lifting base; an unwinding mechanism arranged on and rotated with the turnover mechanism to drive a belt-shaped material roll to rotate; characterized in that: the two displacement devices are arranged oppositely; and wherein each of the two displacement devices includes a lifting mechanism connected with the lifting base to drive the lifting base to move in a straight line so as to transpose two unwinding mechanisms of the two displacement devices. a lifting base; a turnover mechanism rotatably arranged on the lifting base; an unwinding mechanism arranged on and rotated with the turnover mechanism to drive a belt-shaped material roll to rotate; the two displacement devices are arranged oppositely; and wherein each of the two displacement devices includes a lifting mechanism connected with the lifting base to drive the lifting base to move in a straight line so as to transpose two unwinding mechanisms of the two displacement devices.
Trolley with a frame structure which has a first pair of rollers and a second pair of rollers in an area close to the floor, which are attached to the frame structure in such a way that the trolley can be rolled across a floor, - wherein the first pair of rollers comprises two rollers (13.1, 13.2), which can each roll about a respective horizontal axis (HA1, HA2) and which can each rotate around a respective pivot axis (SA1, SA2), - wherein the second pair of rollers comprises two rollers (14.1, 14.2) which are arranged rigidly coaxial with respect to each other and which can roll about a common horizontal axis, wherein the trolley comprises a region for manually pushing the trolley and a transport element for transporting a load, and wherein the trolley comprises two additional rollers (21.1, 21.2), characterized in that the two additional rollers (21.1, 21.2) are movably arranged in the area close to the floor on an actuating mechanism in such a way that they are transferable into driving position if required, wherein during transfer into the driving position the rollers (14.1, 14.2) of the second pair of rollers are lifted off from the floor. - wherein the first pair of rollers comprises two rollers (13.1, 13.2), which can each roll about a respective horizontal axis (HA1, HA2) and which can each rotate around a respective pivot axis (SA1, SA2), - wherein the second pair of rollers comprises two rollers (14.1, 14.2) which are arranged rigidly coaxial with respect to each other and which can roll about a common horizontal axis,
A sensor, comprising: two electrodes (12, 14); and a modified, partially double stranded nucleic acid polymer bridging the two electrodes (12, 14), the modified, partially double stranded nucleic acid polymer including: two polynucleotide chains (18, 20) partially bonded together; a gap in a first of the polynucleotide chains wherein nucleotides are missing; and a plurality of nucleotide bases of a second of the polynucleotide chains exposed at the gap; further comprising a polymerase attached to the modified, partially double stranded nucleic acid polymer, and a detector configured to detect a response from the modified, partially double stranded nucleic acid polymer when a nucleotide-specific switch strand, attached to a nucleotide to be detected via a linking molecule, is introduced to the sensor and associates with at least some of the plurality of nucleotide bases exposed at the gap, wherein the switch strand is selected to change the conductivity of the modified, partially double stranded nucleic acid polymer bridging the two electrodes (10, 12), and includes a strand of nucleotides including bases complementary to the at least some of the plurality of nucleotide bases exposed at the gap. two electrodes (12, 14); and a modified, partially double stranded nucleic acid polymer bridging the two electrodes (12, 14), the modified, partially double stranded nucleic acid polymer including: two polynucleotide chains (18, 20) partially bonded together; a gap in a first of the polynucleotide chains wherein nucleotides are missing; and a plurality of nucleotide bases of a second of the polynucleotide chains exposed at the gap; two polynucleotide chains (18, 20) partially bonded together; a gap in a first of the polynucleotide chains wherein nucleotides are missing; and a plurality of nucleotide bases of a second of the polynucleotide chains exposed at the gap; further comprising a polymerase attached to the modified, partially double stranded nucleic acid polymer, and a detector configured to detect a response from the modified, partially double stranded nucleic acid polymer when a nucleotide-specific switch strand, attached to a nucleotide to be detected via a linking molecule, is introduced to the sensor and associates with at least some of the plurality of nucleotide bases exposed at the gap, wherein the switch strand is selected to change the conductivity of the modified, partially double stranded nucleic acid polymer bridging the two electrodes (10, 12), and includes a strand of nucleotides including bases complementary to the at least some of the plurality of nucleotide bases exposed at the gap.
A dehumidification system having a dehumidifying device (40, 50) which supplies dehumidified air to a dry clean room, wherein the dehumidification system includes a dry chamber to be supplied with air having a lower humidity than air in the dry clean room, the dehumidifying device (40, 50) includes a main dehumidification unit provided at an air supply passage for supplying air to the dry clean room, and a terminal dehumidification unit which processes the air to be supplied to the dry chamber, the main dehumidification unit has a first adsorption member (43, 44) capable of being switched to an adsorbing portion and a recovering portion, and the terminal dehumidification unit has a second adsorption member (51, 52) capable of being switched to a dehumidifying portion which dehumidifies the air in the dry clean room and supplies the dehumidified air to the dry chamber, and a recovering portion which is recovered by the air in the dry clean room.
An apparatus for detecting tip-over of a rammer equipped with an internal combustion engine, a crankcase accommodating an output shaft rotatably connected to the engine, a movable unit accommodating a converter mechanism for converting rotation of the output shaft to vertical motion of a movable member in a gravitational direction, a tamping shoe connected to the movable unit, and a handle operable by a user, and adapted to thrust upward in the gravitational direction by the vertical motion of the movable member and go into a free fall to compact a ground surface with resulting impact force acting on the tamping shoe, characterized by: an engine speed detection unit (70a, S10, S100) that detects a rotational speed of the engine; a rammer tip-over discrimination unit (70b, S12 to S16, S102 to S108) that determines whether the detected engine speed becomes equal to or smaller than a threshold value set lower than an engine idling speed when the engine has been operated at a rammer working speed set greater than the engine idling speed and discriminates that the rammer has tipped over if the detected engine speed becomes equal to or smaller than the threshold value; and an engine shutdown unit (70c, S18, S110) that shuts down the engine when it is discriminated that the rammer has tipped over. an engine speed detection unit (70a, S10, S100) that detects a rotational speed of the engine; a rammer tip-over discrimination unit (70b, S12 to S16, S102 to S108) that determines whether the detected engine speed becomes equal to or smaller than a threshold value set lower than an engine idling speed when the engine has been operated at a rammer working speed set greater than the engine idling speed and discriminates that the rammer has tipped over if the detected engine speed becomes equal to or smaller than the threshold value; and an engine shutdown unit (70c, S18, S110) that shuts down the engine when it is discriminated that the rammer has tipped over.
A computer-implemented tear fluid layer evaluation method comprising: a step of detecting a time when color information in a predetermined region in a tear fluid layer interference fringe image changes by a first threshold value or more as an eyelid opening time; a step of extracting an image at the time when a predetermined time has passed from the eyelid opening time as an extracted image from the tear fluid interference fringe images; a determination value calculation step of calculating a determination value from the color information in each pixel in a local region by scanning a predetermined target region in the extracted image; a step of detecting a corresponding pixel by comparing the calculated determination value and a second threshold value; and an evaluation step of evaluating tear fluid layer breakdown by comparing the detected pixel and a third threshold value, wherein the determination value is a value indicating color variation calculated from the color information in the local region, characterized in that the value indicating the color variation is a value calculated as a variance or a deviation in the local region. a step of detecting a time when color information in a predetermined region in a tear fluid layer interference fringe image changes by a first threshold value or more as an eyelid opening time; a step of extracting an image at the time when a predetermined time has passed from the eyelid opening time as an extracted image from the tear fluid interference fringe images; a determination value calculation step of calculating a determination value from the color information in each pixel in a local region by scanning a predetermined target region in the extracted image; a step of detecting a corresponding pixel by comparing the calculated determination value and a second threshold value; and an evaluation step of evaluating tear fluid layer breakdown by comparing the detected pixel and a third threshold value, wherein the determination value is a value indicating color variation calculated from the color information in the local region, characterized in that the value indicating the color variation is a value calculated as a variance or a deviation in the local region.
A method for generating stimulation parameters, comprising: sensing a brainwave signal (X(t)); decomposing the brainwave signal (X(t)) to obtain a first sub-signal and a second sub-signal, wherein a frequency of the first sub-signal is higher than a frequency of the second sub-signal; analyzing the first sub-signal to obtain an intrinsic frequency series, wherein the intrinsic frequency series comprises at least one frequency component; converting the second sub-signal to a Boolean signal, wherein the Boolean signal is serving as a switch signal for a stimulator; and outputting the intrinsic frequency series and the Boolean signal, which serve as a set of stimulation parameters, to the stimulator, enabling the stimulator to generate a stimulus signal. sensing a brainwave signal (X(t)); decomposing the brainwave signal (X(t)) to obtain a first sub-signal and a second sub-signal, wherein a frequency of the first sub-signal is higher than a frequency of the second sub-signal; analyzing the first sub-signal to obtain an intrinsic frequency series, wherein the intrinsic frequency series comprises at least one frequency component; converting the second sub-signal to a Boolean signal, wherein the Boolean signal is serving as a switch signal for a stimulator; and outputting the intrinsic frequency series and the Boolean signal, which serve as a set of stimulation parameters, to the stimulator, enabling the stimulator to generate a stimulus signal.