mhurhangee/ep-ind-claims huggingface dataset:
Valve system comprising a valve, which is operated by a pneumatic actuator and is part of an industrial plant, in particular a manufacturing or production plant, wherein the valve system comprises a diagnostic system for acquiring safety-relevant data about the valve, and wherein the diagnostic system comprises at least one pressure detection unit (13a, 13b) for acquiring data on a pressure variation in the pneumatic actuator of the valve, and preferably additionally comprises at least one acoustic detection unit (15a, 15b) for detecting an acoustic variation in the valve system, and wherein the valve system comprises a pilot valve, preferably a solenoid valve, which is designed and provided for controlling the pneumatic actuator, and wherein the diagnostic system comprises an electrical connection to an electrical power supply network supplying the pilot valve, in order to supply electrical power in particular to the pressure detection unit (13a, 13b), and preferably additionally to the acoustic detection unit (15a, 15b), characterised in that the diagnostic system comprises a measurement unit (19, 25) for identifying changes in the electrical power supply network for the pilot valve, in order to identify a starting point of a closing action or of an opening action of the valve.
A method of operating a touch sensitive display device supporting a normal mode and a sleep mode, comprising: supplying one or more touch driving signals (TS1 to TSp) to touch driving lines (C1 to Cp) at a first frequency during the normal mode of the touch sensitive display device; supplying the one or more touch driving signals (TS1 to TSp) to the touch driving lines (C1 to Cp) at a second frequency lower than the first frequency during a first portion of the sleep mode of the touch sensitive display device; and supplying the one or more touch driving signals (TS1 to TSp) to the touch driving lines (C1 to Cp) at a third frequency lower than the second frequency during a second portion of the sleep mode of the touch sensitive display device; wherein the first portion of the sleep mode comprises one or more frame periods that immediately follow a change from the normal mode to the sleep mode, and the second portion of the sleep mode is after the first portion of the sleep mode; the method being characterized by: comparing touch data sensed during the first portion of the sleep mode with a first reference value; and comparing touch data sensed during the second portion of the sleep mode with a second reference value different than the first reference value. supplying one or more touch driving signals (TS1 to TSp) to touch driving lines (C1 to Cp) at a first frequency during the normal mode of the touch sensitive display device; supplying the one or more touch driving signals (TS1 to TSp) to the touch driving lines (C1 to Cp) at a second frequency lower than the first frequency during a first portion of the sleep mode of the touch sensitive display device; and supplying the one or more touch driving signals (TS1 to TSp) to the touch driving lines (C1 to Cp) at a third frequency lower than the second frequency during a second portion of the sleep mode of the touch sensitive display device; wherein the first portion of the sleep mode comprises one or more frame periods that immediately follow a change from the normal mode to the sleep mode, and the second portion of the sleep mode is after the first portion of the sleep mode; the method being characterized by: comparing touch data sensed during the first portion of the sleep mode with a first reference value; and comparing touch data sensed during the second portion of the sleep mode with a second reference value different than the first reference value. comparing touch data sensed during the first portion of the sleep mode with a first reference value; and comparing touch data sensed during the second portion of the sleep mode with a second reference value different than the first reference value.
A composition containing first oleosomes having a first size distribution D50 and second oleosomes having a second size distribution D50, wherein the first oleosomes are extracted from a source of origin which is different than the source of origin of said second oleosomes, wherein the first oleosomes are extracted from soy bean and the second oleosomes are extracted from almond, peanut, sunflower, coconut or sesame, wherein D50 <D50, and D50 is at most 550 nm and D50 is at most 6000 nm, and wherein is D50 the diameter below which 50% of the volume of particles lies.
A syringe comprising: an outer casing or syringe housing with finger pads or finger rings or a mixture of at the proximal end capable of firmly holding; a cartridge having a generally tubular glass or plastic barrel with a cap assembly comprising of a needle pierceable septum or sealing element held by a ferrule or crimp at the distal end of the barrel and a stopper/piston disposed at the proximal end of the barrel to contain the medicament or other formulation between the stopper/piston member and the septum or sealing element, a plunger rod with finger pad or finger ring at one end and in communication with the cartridge stopper/piston at the other end, and a double needle comprising a septum needle and an injection needle), wherein said septum needle projecting from the distal end of the syringe housing into the interior of the syringe housing is rigidly held in the syringe housing, wherein the cartridge can be moved axially forward by the user to a position wherein the cartridge septum is perforated by the septum needle establishing fluid communication between the cartridge contents and the nozzle or connector, characterized in that said injection needle is separate from said septum needle and said septum needle is in fluid communication with a connector means to which said injection needle is attachable in order to establish fluid connection of said septum needle to said injection needle. an outer casing or syringe housing with finger pads or finger rings or a mixture of at the proximal end capable of firmly holding; a cartridge having a generally tubular glass or plastic barrel with a cap assembly comprising of a needle pierceable septum or sealing element held by a ferrule or crimp at the distal end of the barrel and a stopper/piston disposed at the proximal end of the barrel to contain the medicament or other formulation between the stopper/piston member and the septum or sealing element, a plunger rod with finger pad or finger ring at one end and in communication with the cartridge stopper/piston at the other end, and a double needle comprising a septum needle and an injection needle), wherein said septum needle projecting from the distal end of the syringe housing into the interior of the syringe housing is rigidly held in the syringe housing, wherein the cartridge can be moved axially forward by the user to a position wherein the cartridge septum is perforated by the septum needle establishing fluid communication between the cartridge contents and the nozzle or connector, characterized in that said injection needle is separate from said septum needle and said septum needle is in fluid communication with a connector means to which said injection needle is attachable in order to establish fluid connection of said septum needle to said injection needle.
"Brake-by-wire" type brake system for a motor vehicle, having a) a brake pressure sensor (3, 4) which can be activated by means of a brake pedal of a pedal unit and can be connected to wheel brakes of the vehicle outside the "brake-by-wire" operating mode, b) a pressure source (3, 4, 5) which can be actuated by means of an electronic control unit and can be connected to the wheel brakes of the vehicle in the "brake-by-wire" operating mode, c) means for detecting a driver's deceleration request, and d) a pedal travel simulator which interacts with the brake pedal and is formed by at least one simulator element, and by means of which a restoring force which acts on the brake pedal independently of the actuation of the pressure source (3, 4, 5) can be simulated in the "brake-by-wire" operating mode, characterized in that a force/travel characteristic of the pedal travel simulator is provided in a controllable fashion. a) a brake pressure sensor (3, 4) which can be activated by means of a brake pedal of a pedal unit and can be connected to wheel brakes of the vehicle outside the "brake-by-wire" operating mode, b) a pressure source (3, 4, 5) which can be actuated by means of an electronic control unit and can be connected to the wheel brakes of the vehicle in the "brake-by-wire" operating mode, c) means for detecting a driver's deceleration request, and d) a pedal travel simulator which interacts with the brake pedal and is formed by at least one simulator element, and by means of which a restoring force which acts on the brake pedal independently of the actuation of the pressure source (3, 4, 5) can be simulated in the "brake-by-wire" operating mode,
A method for the fully- or semi-automatic laying of U-shaped channel elements beside the track of a rail section, in which a trench is initially excavated from the ground, in which split or the like is subsequently applied to the bottom of the trench, in which the U-shaped channel elements are finally inserted into the trench, in which one or a plurality of work carriages, which can be moved on the track, are used, which, downstream from one another viewed in the direction of travel, have/has an excavating device for the trench, a split application device as well as a channel element insertion device and which are/is moved forwards continuously during the operations, characterized in that the excavation material is milled by means of the excavating device and that a milling device comprising an endlessly circulating belt or chain comprising milling elements arranged thereon is used for milling, that the width of the milling device corresponds to the width of the trench to be excavated, so that the excavation of the U-shaped trench is carried out so accurately and continuously that separate filling operations are no longer required, that the excavating device is arranged on a beam, which can be telescoped at right angles to the direction of travel of the work carriage, that the telescopic beam and/or the excavating device is arranged on the telescopic beam so as to be adjustable in height, that the excavating device is arranged on the work carriage so as to be capable of being replaced, and that a position measuring device for determining the position with respect to the track is assigned to the excavating device, wherein the positioning of the milling device is regulated automatically with respect to the height and lateral position as well as with respect to the inclination, whereby the automatic inclination regulation of the milling device can take place as a function of the depth as well as width of the trench to be excavated.
An apparatus, comprising: an image sensor comprising a pixel array having a unit cell that includes visible light photodiodes (R, G, B) and an infra-red photodiode, the visible light photodiodes and the infra-red photodiode coupled to a particular column of the pixel array, the unit cell having a first capacitor coupled to the visible light photodiodes (R, G, B) to store charge from each of the visible-light photodiodes, the unit cell having a readout circuit to read out the first capacitor's voltage on the particular column, the unit cell having a second capacitor that is coupled to the infra-red photodiode through a transfer gate transistor (Q2_Z) to receive charge from the infra-red photodiode during a time-of-flight exposure, the unit cell configured to read out the second capacitor's voltage on the particular column, the unit cell comprising a back-drain transistor (Q4; Q4_Z) coupled to the infra-red photodiode, wherein the apparatus is configured to read out the voltage of the first capacitor and the voltage of the second capacitor on the particular column at different times.
A sterile, ready-to-use, pharmaceutical oil-in-water emulsion composition for parenteral administration comprising: 0.015 to 1.2 % (wt./vol.) progestogen; 0.5 to 30 % (wt./vol.) oil; wherein the oil comprises at least 85% (wt./wt.) triglycerides, based on the total oil content of the emulsion; 0.0425% to 12.5 % (wt./vol.) phospholipid; and an aqueous phase; wherein the progestogen:oil (wt./wt.) ratio is between 1:32 and 1:25, and wherein the composition contains less than 2.5% (wt./vol.) benzyl benzoate; and wherein the composition comprises less than 1.5 % (wt./wt.) polyethylene glycol 15-hydroxystearate. 0.015 to 1.2 % (wt./vol.) progestogen; 0.5 to 30 % (wt./vol.) oil; wherein the oil comprises at least 85% (wt./wt.) triglycerides, based on the total oil content of the emulsion; 0.0425% to 12.5 % (wt./vol.) phospholipid; and an aqueous phase; wherein the progestogen:oil (wt./wt.) ratio is between 1:32 and 1:25, and wherein the composition contains less than 2.5% (wt./vol.) benzyl benzoate; and wherein the composition comprises less than 1.5 % (wt./wt.) polyethylene glycol 15-hydroxystearate.
Medical guidewire comprising: a core shaft including a distal end portion having a small diameter; an outer flexible tube that surrounds an outer periphery of the core shaft; a hollow stranded wire coil disposed in the outer flexible tube, the hollow stranded wire coil being formed of multiple strands and surrounding the distal end portion of the core shaft; and a first joint that joins a distal end of the core shaft, a distal end of the outer flexible tube, and a distal end of the hollow stranded wire coil to one another, characterized in that - the hollow stranded wire coil has a length in the axial direction that is smaller than the length of the outer flexible tube, and - the hollow stranded wire coil and the outer flexible tube are fixed to each other at at least one position so that relative positions of the hollow stranded wire coil and the outer flexible tube are fixed and that fixation does not fix the core shaft. a core shaft including a distal end portion having a small diameter; an outer flexible tube that surrounds an outer periphery of the core shaft; a hollow stranded wire coil disposed in the outer flexible tube, the hollow stranded wire coil being formed of multiple strands and surrounding the distal end portion of the core shaft; and a first joint that joins a distal end of the core shaft, a distal end of the outer flexible tube, and - the hollow stranded wire coil has a length in the axial direction that is smaller than the length of the outer flexible tube, and - the hollow stranded wire coil and the outer flexible tube are fixed to each other at at least one position so that relative positions of the hollow stranded wire coil and the outer flexible tube are fixed and that fixation does not fix the core shaft.
An applicator for dispensing a liquid conformal coating material onto a substrate, the applicator comprising: a body assembly including i. a liquid flow passage having a liquid inlet adapted to receive the coating material, and a liquid outlet; ii. a valve seat positioned between the liquid flow passage and the liquid outlet; and iii. a valve actuating mechanism, a valve stem mounted in the body assembly for reciprocating movement between an open position and a closed position, the valve stem including a first end and a second end, the first end of the valve stem engaging the valve seat in the closed position to stop flow of the liquid coating material through the outlet, and disengaging from the valve seat in the open position to allow flow of the liquid coating material through the outlet, wherein the valve actuating mechanism is operative to move the valve stem from the open position to the closed position and is further operative to move the valve stem from the closed position to the open position, characterized in that the applicator further comprises an adjustable stop member to limit upward movement of the valve stem, and a resilient dampening element located between the adjustable stop member and the second end of the valve stem, the resilient dampening element providing a biasing force against the valve stem as the valve stem moves from the closed position to the open position. a body assembly including i. a liquid flow passage having a liquid inlet adapted to receive the coating material, and a liquid outlet; ii. a valve seat positioned between the liquid flow passage and the liquid outlet; and iii. a valve actuating mechanism, i. a liquid flow passage having a liquid inlet adapted to receive the coating material, and a liquid outlet; ii. a valve seat positioned between the liquid flow passage and the liquid outlet; and iii. a valve actuating mechanism, a valve stem mounted in the body assembly for reciprocating movement between an open position and a closed position, the valve stem including a first end and a second end, the first end of the valve stem engaging the valve seat in the closed position to stop flow of the liquid coating material through the outlet, and disengaging from the valve seat in the open position to allow flow of the liquid coating material through the outlet, wherein the valve actuating mechanism is operative to move the valve stem from the open position to the closed position and is further operative to move the valve stem from the closed position to the open position, characterized in that the applicator further comprises an adjustable stop member to limit upward movement of the valve stem, and a resilient dampening element located between the adjustable stop member and the second end of the valve stem, the resilient dampening element providing a biasing force against the valve stem as the valve stem moves from the closed position to the open position.
An image forming apparatus comprising: an image forming unit to form an image on a recording medium (110, 210) by discharging liquid droplets onto the medium (110, 210); and a media heater (121, 131) to heat the medium (110, 210) by contacting a rear surface of the medium (110, 210) opposite a surface of the medium (110, 210) on which the image is formed, wherein the media heater (121, 131) includes a contact member with a contact surface having a predetermined curvature that the medium (110, 210) contacts, the contact member is a roller, and the contact member is configured such that the contact surface closely contacts the medium (110, 210) across an entire width of the medium (110, 210) in a direction perpendicular to the media conveyance direction; and wherein a plurality of contact members is disposed in the media conveyance direction; characterized in that the curvature of the contact member disposed downstream in the media conveyance direction is smaller than that of the contact member disposed upstream in the media conveyance direction when at least two contact members are disposed at an upstream side and a downstream side in the media conveyance direction among the plurality of contact members. an image forming unit to form an image on a recording medium (110, 210) by discharging liquid droplets onto the medium (110, 210); and a media heater (121, 131) to heat the medium (110, 210) by contacting a rear surface of the medium (110, 210) opposite a surface of the medium (110, 210) on which the image is formed, wherein the media heater (121, 131) includes a contact member with a contact surface having a predetermined curvature that the medium (110, 210) contacts, the contact member is a roller, and the contact member is configured such that the contact surface closely contacts the medium (110, 210) across an entire width of the medium (110, 210) in a direction perpendicular to the media conveyance direction; and wherein a plurality of contact members is disposed in the media conveyance direction; characterized in that the curvature of the contact member disposed downstream in the media conveyance direction is smaller than that of the contact member disposed upstream in the media conveyance direction when at least two contact members are disposed at an upstream side and a downstream side in the media conveyance direction among the plurality of contact members.
A floating wave energy device intended to be installed in an aquatic environment comprising a surface S, water E and a bed E, realized by a cylinder comprising energy-production means, and connecting means connected to anchors (30-1; 30-2), the connecting means comprise fasteners (22-1; 22-2) secured to the cylinder and two support cables (24-1; 24-2) connecting said fasteners to the anchors (30-1; 30-2) and intersect at a point C located at the bottom of said cylinder or at the top of said cylinder.
An exhaust gas purification catalyst in which a catalytic coating containing plural kinds of catalytic precious metals and plural kinds of particulate aluminas is coated on a honeycomb support, wherein the plural kinds of particulate aluminas include at least one kind of particulate alumina with relatively large specific surface area, at least one kind of particulate alumina with relatively small specific surface area and at least one kind of particulate alumina compounded with at least cerium to have oxygen storage capacity, the catalytic coating is formed of an upper layer and a lower layer, the lower layer containing the at least one kind of particulate alumina with relatively large specific surface area and the at least one kind of particulate alumina having oxygen storage capacity, the upper layer containing the at least one kind of particulate alumina with relatively small specific surface area, out of the plural kinds of catalystic precious metals, palladium is carried on the at least one kind of particulate alumina with relatively large specific surface area and the at least one kind of particulate alumina having oxygen storage capacity and platinum and rhodium are carried on separate particles of the at least one kind of particulate alumina with relatively small specific surface area, and the particles of the particulate alumina carrying the rhodium are coated with zirconium dioxide.
Method for packaging a housing having an essentially parallelepipedal form defined by main faces including a first larger face and a second larger face and lateral faces (23, 24, 25, 26), the lateral faces being separated in pairs by corners of the housing, the housing housing a digital detector of ionizing radiation in the form of a flat panel, the method being characterized in that it comprises a main step of covering of the housing by a plurality films comprising a first step of covering of the first larger face of the housing by a first film configured, positioned and oriented relative to the first larger face so as to include flaps (R1, R2, R3, R4) extending beyond the first larger face and capable of being folded independently of one another to cover adjacent lateral faces (23, 24, 25, 26).