mhurhangee/ep-ind-claims huggingface dataset:
A cleaning sheet, including a central portion which is adapted to be placed on a cleaning side of a cleaning sheet mounting member of a cleaning tool, and end portions (300a, 300c) which are formed on both sides of the central portion in one direction and are adapted to be removably held by a holding member of the cleaning sheet mounting member, wherein: the central portion of the cleaning sheet has a hydrophobic first sheet, a hydrophobic second sheet, a hydrophilic third sheet and a fourth sheet, the third sheet is impregnated with cleaning solution and disposed between the first sheet and the second sheet, at least part of the fourth sheet is disposed between the first sheet and the third sheet such that part of the third sheet is able to come in contact with the first sheet; the end of one end portion is formed by a folded first sheet area of an end of the first sheet, and an adjoining area of the folded first area is configured by an single layer of the first sheet, the end of the other end portion is formed by a folded second sheet area of an end of the second sheet, and an adjoining area of the folded second area is configured by a single layer of the second sheet, and the fourth sheet has an opening or openings and part of the third sheet is able to come in contact with the first sheet via the opening or openings of the fourth sheet. the central portion of the cleaning sheet has a hydrophobic first sheet, a hydrophobic second sheet, a hydrophilic third sheet and a fourth sheet, the third sheet is impregnated with cleaning solution and disposed between the first sheet and the second sheet, at least part of the fourth sheet is disposed between the first sheet and the third sheet such that part of the third sheet is able to come in contact with the first sheet; the end of one end portion is formed by a folded first sheet area of an end of the first sheet, and an adjoining area of the folded first area is configured by an single layer of the first sheet, the end of the other end portion is formed by a folded second sheet area of an end of the second sheet, and an adjoining area of the folded second area is configured by a single layer of the second sheet, and the fourth sheet has an opening or openings and part of the third sheet is able to come in contact with the first sheet via the opening or openings of the fourth sheet.
Industrial truck mast which has two, laterally spaced-apart, profile rails (2a, 2b) which are connected to one another by means of at least two crossbeams (3, 4), wherein one of the two crossbeams is configured as a base crossbeam which is disposed in the base region of the profile rails (2a, 2b), and at least one further crossbeam is spaced apart from the base crossbeam in the vertical direction of the mast, wherein a lifting slide which is provided with a load-receiving means is disposed so as to be longitudinally displaceable in the profile rails (2a, 2b), and the mast for lifting and lowering the lifting slide in the profile rails (2a, 2b) is provided with a lifting cylinder installation which is supported on the base crossbeam, wherein the lifting cylinder installation is operatively connected to a lifting means which by way of a first end is fastened to the lifting slide, and by way of a second end is fastened to the mast, and is deflected on the lifting cylinder installation, characterized in that the lifting means by way of the second end is fastened to the further crossbeam, wherein at least one tensile-force transmitting traction means (30a; 30b) which connects the further crossbeam to the base crossbeam is provided, wherein the at least one tensile-force transmitting traction means (30a, 30b) by means of a welded connection is connected to the base crossbeam and/or the crossbeam. characterized in that the lifting means by way of the second end is fastened to the further crossbeam, wherein at least one tensile-force transmitting traction means (30a; 30b) which connects the further crossbeam to the base crossbeam is provided, wherein the at least one tensile-force transmitting traction means (30a, 30b) by means of a welded connection is connected to the base crossbeam and/or the crossbeam.
A method for controlling an unmanned aerial vehicle, comprising: - determining (101, 203) whether a distance between the UAV and a controller of the UAV goes beyond a predetermined distance; - detecting (102, 204) whether a link for sending data detected by an external system of the UAV to the controller is normal, the external system being configured to detect a flying environment of the UAV; and - controlling (103, 205) the UAV to enter into a return protection mode, the method being characterized in that controlling (103, 205) the UAV to enter into the return protection mode is performed when the distance between the UAV and the controller goes beyond the predetermined distance and the link for sending data detected from the external system to the controller is abnormal. - determining (101, 203) whether a distance between the UAV and a controller of the UAV goes beyond a predetermined distance; - detecting (102, 204) whether a link for sending data detected by an external system of the UAV to the controller is normal, the external system being configured to detect a flying environment of the UAV; and - controlling (103, 205) the UAV to enter into a return protection mode, the method being characterized in that controlling (103, 205) the UAV to enter into the return protection mode is performed when the distance between the UAV and the controller goes beyond the predetermined distance and the link for sending data detected from the external system to the controller is abnormal.
A MEMS sensor with movable and fixed components for measuring acceleration, said MEMS sensor comprising a substrate; an element frame; a spring anchor; a proof-mass; and a flexural spring; wherein the element frame and the spring anchor are rigidly fixed to the substrate; one end of the spring is connected to the proof-mass and an opposite end of the spring is connected to the spring anchor; in a non-flexed state of the spring, a spring axis extends between the opposite ends of the spring; the proof-mass and the spring extend along a common plane, whereby the spring suspends the proof-mass to a rotary mode of motion in the common plane; the element frame has a rectangular form such that in the common plane, an outer surface of the element frame has four sides, of which two longitudinal sides (20, 21) run in parallel in a longitudinal direction, and two transversal sides (22, 23) run in parallel in a transversal direction, when the transversal direction is perpendicular to the longitudinal direction; the rectangular form of the element frame includes a first longitudinal side, and a first transversal side, connected by a first vertex, characterized in that the first vertex is closest to the spring anchor, and the spring axis forms an acute angle with the first longitudinal side and with the first transversal side, thereby causing an inherent sensitivity for measuring accelerations in a range covering accelerations in the longitudinal direction and in the transversal direction. a substrate; an element frame; a spring anchor; a proof-mass; and a flexural spring; wherein the element frame and the spring anchor are rigidly fixed to the substrate; one end of the spring is connected to the proof-mass and an opposite end of the spring is connected to the spring anchor; in a non-flexed state of the spring, a spring axis extends between the opposite ends of the spring; the proof-mass and the spring extend along a common plane, whereby the spring suspends the proof-mass to a rotary mode of motion in the common plane; the element frame has a rectangular form such that in the common plane, an outer surface of the element frame has four sides, of which two longitudinal sides (20, 21) run in parallel in a longitudinal direction, and two transversal sides (22, 23) run in parallel in a transversal direction, when the transversal direction is perpendicular to the longitudinal direction; the rectangular form of the element frame includes a first longitudinal side, and a first transversal side, connected by a first vertex, characterized in that the first vertex is closest to the spring anchor, and the spring axis forms an acute angle with the first longitudinal side and with the first transversal side, thereby causing an inherent sensitivity for measuring accelerations in a range covering accelerations in the longitudinal direction and in the transversal direction.
Device for dispensing a fluid, comprising: - a dispensing pipe arranged in order to convey a fluid in a dispensing direction, - a deformable pouch, - a dispensing valve, which, in an open state, allows fluid to pass from the inside of the pouch to the dispensing pipe, and, in a closed state, does not allow this, the dispensing valve being held in the device by tightening between inner walls of the dispensing pipe - the dispensing valve comprises a dispensing membrane comprising a free end arranged in order to move so as to cause the dispensing valve to pass between its open and closed states, and - in the closed state of the dispensing valve, its free end presses against a part of an inner wall of the dispensing pipe, this part being called dispensing seat, the device being characterized in that the dispensing seat is limited to one side of the dispensing pipe, and is not formed all around a section of the dispensing pipe in a plane perpendicular to the dispensing direction. - a dispensing pipe arranged in order to convey a fluid in a dispensing direction, - a deformable pouch, - a dispensing valve, which, in an open state, allows fluid to pass from the inside of the pouch to the dispensing pipe, and, in a closed state, does not allow this, the dispensing valve being held in the device by tightening between inner walls of the dispensing pipe - the dispensing valve comprises a dispensing membrane comprising a free end arranged in order to move so as to cause the dispensing valve to pass between its open and closed states, and - in the closed state of the dispensing valve, its free end presses against a part of an inner wall of the dispensing pipe, this part being called dispensing seat,
An antenna mount system, comprising: one or more antenna mounts, each comprising: a mounting plate; a locking plate coupled to the mounting plate and configured to secure an antenna base between the locking plate and the mounting plate; a plurality of mounting studs (155a, 155b, 155c, 155d) coupled to a bottom surface of the mounting plate; and one or more quick releases coupled to the mounting plate and configured to align with one or more notches in the locking plate to secure the locking plate to the mounting plate; one or more tracks secured to a structure, each track comprising one or more slots (610, 615, 620) configured to capture and secure the plurality of mounting studs (155a, 155b, 155c, 155d), each slot (610, 615, 620) has a plurality of open regions and a plurality of necked down regions that alternate along each slot (610, 615, 620); and one or more antennas wherein the one or more antennas are secured in the one or more antenna mounts and attached to the one or more tracks at differing locations around the structure. one or more antenna mounts, each comprising: a mounting plate; a locking plate coupled to the mounting plate and configured to secure an antenna base between the locking plate and the mounting plate; a plurality of mounting studs (155a, 155b, 155c, 155d) coupled to a bottom surface of the mounting plate; and one or more quick releases coupled to the mounting plate and configured to align with one or more notches in the locking plate to secure the locking plate to the mounting plate; a mounting plate; a locking plate coupled to the mounting plate and configured to secure an antenna base between the locking plate and the mounting plate; a plurality of mounting studs (155a, 155b, 155c, 155d) coupled to a bottom surface of the mounting plate; and one or more quick releases coupled to the mounting plate and configured to align with one or more notches in the locking plate to secure the locking plate to the mounting plate; one or more tracks secured to a structure, each track comprising one or more slots (610, 615, 620) configured to capture and secure the plurality of mounting studs (155a, 155b, 155c, 155d), each slot (610, 615, 620) has a plurality of open regions and a plurality of necked down regions that alternate along each slot (610, 615, 620); and one or more antennas wherein the one or more antennas are secured in the one or more antenna mounts and attached to the one or more tracks at differing locations around the structure.
A lubrication method, comprising: lubricating a sliding member in a refrigerant circulation system which comprises a liquid crystal polymer by using a lubricating oil composition which comprises a mineral oil as a lubricating base oil; wherein a viscosity of the lubricating base oil based on the ISO viscosity grade is VG2 or more and VG10 or less. lubricating a sliding member in a refrigerant circulation system which comprises a liquid crystal polymer by using a lubricating oil composition which comprises a mineral oil as a lubricating base oil; wherein a viscosity of the lubricating base oil based on the ISO viscosity grade is VG2 or more and VG10 or less.
Mounting device for mounting a ring on a cylindrical region of an injector, wherein the mounting device comprises: a hollow tube extending along a longitudinal axis and having an internal diameter (di) which allows a cylindrical region of an injector to be arranged in the tube and having an external diameter (da) which allows a ring for mounting to be arranged on the circumference of the tube; a thrust element which is displaceable along the longitudinal axis and which is designed to displace a ring arranged on the circumference of the tube parallel to the longitudinal axis; and an actuating element which is designed such that the thrust element can be displaced along the longitudinal axis by actuation of the actuating element, characterized in that the hollow tube is arranged in an exchangeable manner in a cylindrical housing and is fixed in the housing by means of a fixing element, such that the mounting device can be adapted to rings with different diameters. a hollow tube extending along a longitudinal axis and having an internal diameter (di) which allows a cylindrical region of an injector to be arranged in the tube and having an external diameter (da) which allows a ring for mounting to be arranged on the circumference of the tube; a thrust element which is displaceable along the longitudinal axis and which is designed to displace a ring arranged on the circumference of the tube parallel to the longitudinal axis; and an actuating element which is designed such that the thrust element can be displaced along the longitudinal axis by actuation of the actuating element, characterized in that the hollow tube is arranged in an exchangeable manner in a cylindrical housing and is fixed in the housing by means of a fixing element, such that the mounting device can be adapted to rings with different diameters.
A user equipment for use in a mobile communication system comprising: a receiver configured to receive via a control channel from a base station control signalling that includes a New Data Indicator and a modulation and coding scheme, and characterized by a data processor configured to release a semi-persistent resource allocation if the New Data Indicator is 0 and the modulation and coding scheme indicates no transport block size information. a receiver configured to receive via a control channel from a base station control signalling that includes a New Data Indicator and a modulation and coding scheme, and characterized by a data processor configured to release a semi-persistent resource allocation if the New Data Indicator is 0 and the modulation and coding scheme indicates no transport block size information.
A magnetic-field measurement device comprising a holding body and a plurality of magnetoelectric bending beam sensors individually configured to output one electrical voltage signal in each case upon deflection in the presence of a magnetic field, wherein the bending beam sensors are connected in non-positive manner or by a material bond to the holding body, characterised in that a. the bending beam sensors are arranged with long axes extending parallel for the detection of the same magnetic field, so that b. the magnetic-field measurement device can be excited by a temporally periodic magnetic field into mechanical oscillation which c. develops such that the magnetic-field measurement device has at least one force node, on which a resultant force which is due to the oscillation at no time acts, and d. the magnetic-field measurement device outputs a linear combination of the voltage signals of the bending beam sensors, and characterised in that owing to the arrangement of the bending beam sensors mechanical symmetry is present, which is maintained continuously also during the oscillation of the magnetic-field measurement device, so that vibration inputs into the entire arrangement generate spurious signals in all the bending beams, which signals are extinguished by a linear combination of all the output voltages of the bending beams. a. the bending beam sensors are arranged with long axes extending parallel for the detection of the same magnetic field, so that b. the magnetic-field measurement device can be excited by a temporally periodic magnetic field into mechanical oscillation which c. develops such that the magnetic-field measurement device has at least one force node, on which a resultant force which is due to the oscillation at no time acts, and d. the magnetic-field measurement device outputs a linear combination of the voltage signals of the bending beam sensors, and characterised in that owing to the arrangement of the bending beam sensors mechanical symmetry is present, which is maintained continuously also during the oscillation of the magnetic-field measurement device, so that vibration inputs into the entire arrangement generate spurious signals in all the bending beams, which signals are extinguished by a linear combination of all the output voltages of the bending beams.
A worm gear for an electromechanical power steering system of a motor vehicle, comprising a worm shaft which meshes with a worm wheel via a worm drive, wherein the worm wheel and the worm shaft are arranged together in a gear housing, characterized in that an eccentric lever and a bimetallic spring that is operatively connected with the eccentric lever compensate for a temperature-related play in the engagement between the worm wheel and the worm shaft, wherein a wedge element is provided between the gear housing and the bimetallic spring, which wedge element is braced against a stop pin on the gear housing, and that the wedge element is arranged between the gear housing and the eccentric lever, such that the eccentric lever can be moved toward the worm wheel or moved away from the worm wheel by moving the wedge element.
An ink composition comprising the following components: a polymerizable compound represented by the following formula: wherein R represents a hydrogen atom or a methyl group, X represents a divalent organic group, m represents an integer of 1 or 2, and n represents an integer of 1 to 20; a polymerizable compound having a structure that is different from that of the polymerizable component; and a photoinitiator, wherein the total content of the components and is from 70% by mass to 90% by mass relative to the whole mass of the ink composition. a polymerizable compound represented by the following formula: wherein R represents a hydrogen atom or a methyl group, X represents a divalent organic group, m represents an integer of 1 or 2, and n represents an integer of 1 to 20; a polymerizable compound having a structure that is different from that of the polymerizable component; and a photoinitiator, wherein the total content of the components and is from 70% by mass to 90% by mass relative to the whole mass of the ink composition.
A water-dispersible paper made of wood pulp and/or non-wood pulp, wherein said water-dispersible paper is characterized in that purified pulp containing α-cellulose by 88 percent by weight or more and containing hemi-cellulose by less than 12 percent by weight accounts for 15 to 95 percent by weight of all pulp, wherein the water-dispersibility is determined by (a) the floc water dispersion time, defined as the time until a test piece of 3 x 3 cm square, put in a beaker containing water, tears into two or more pieces when agitated with a stirrer at 650 rpm, and (b) the fiber dispersion time, defined as the time until a test piece of 3 x 3 cm square, put in a beaker containing water, completely disintegrates into single fibers when agitated with a stirrer at 650 rpm, wherein the floc water dispersion time is 30 seconds and below and the fiber dispersion time is 80 seconds and below. (a) the floc water dispersion time, defined as the time until a test piece of 3 x 3 cm square, put in a beaker containing water, tears into two or more pieces when agitated with a stirrer at 650 rpm, and (b) the fiber dispersion time, defined as the time until a test piece of 3 x 3 cm square, put in a beaker containing water, completely disintegrates into single fibers when agitated with a stirrer at 650 rpm,
An article of foot wear, comprising: a sole; an upper attached to said sole, including an opening therein for inserting a user's foot, wherein at least a portion of said upper is formed from a one-piece inflatable bladder, said inflatable bladder includes an X-shaped portion, wherein the center of said X-shaped portion is positioned across a vamp portion of said article of footwear; an inflation mechanism located in said article of footwear such that said inflation mechanism is actuated by the downward force of a user's foot; wherein one or more arms of said X-shaped portion extends around a heel of said article of footwear to substantially surround said opening of said upper. a sole; an upper attached to said sole, including an opening therein for inserting a user's foot, wherein at least a portion of said upper is formed from a one-piece inflatable bladder, said inflatable bladder includes an X-shaped portion, wherein the center of said X-shaped portion is positioned across a vamp portion of said article of footwear; an inflation mechanism located in said article of footwear such that said inflation mechanism is actuated by the downward force of a user's foot; wherein one or more arms of said X-shaped portion extends around a heel of said article of footwear to substantially surround said opening of said upper.