mhurhangee/ep-ind-claims huggingface dataset:
A roller system, wherein the roller system comprises a roller assembly and a roller brake device (500; 600), and the roller brake device (500; 600) includes: a body (501; 601), by which the roller brake device (500; 600) is mounted to the roller assembly; an actuation device mounted to the body (501; 601); and a brake (502; 602) connected to the body (501; 601) in a pivotable manner, and the actuation device can move the brake (502; 602) from a rest position to a brake position, wherein the brake (502; 602) engages and brakes a roller (203; 511; 611) in the roller assembly at the brake position, and the brake (502; 602) is disengaged from the roller (511; 611) at the rest position, and wherein, a part of the brake (502; 602) acted by the actuation device and a part of the brake (502; 602) engaging the roller (203; 511; 611) are both located on the same side of a pivot shaft (507; 607) between the body (501; 601) and the brake (502; 602); characterized in that: the actuation device includes an actuation lever (504; 604) connected to the body (501; 601) in a pivotable manner, and one end of the actuation lever (504; 604) is used to actuate the brake (500; 600). a body (501; 601), by which the roller brake device (500; 600) is mounted to the roller assembly; an actuation device mounted to the body (501; 601); and a brake (502; 602) connected to the body (501; 601) in a pivotable manner, and the actuation device can move the brake (502; 602) from a rest position to a brake position, wherein the brake (502; 602) engages and brakes a roller (203; 511; 611) in the roller assembly at the brake position, and the brake (502; 602) is disengaged from the roller (511; 611) at the rest position, and wherein, a part of the brake (502; 602) acted by the actuation device and a part of the brake (502; 602) engaging the roller (203; 511; 611) are both located on the same side of a pivot shaft (507; 607) between the body (501; 601) and the brake (502; 602);
A process of recovering hydrocarbons heavier than methane from liquefied natural gas comprising: a) pumping liquid, low pressure LNG to a pressure of greater than 0.69 MPa (100 psia); b) directing the pressurized liquid LNG from step a) to a cold box where it is heat exchanged to increase its temperature; c) directing the heat exchanged pressurized liquid LNG from step b) to a separator where, in combination with a first and second reflux, a separator overhead is produced along with a separator bottoms; d) pressurizing the separator bottoms and then splitting the pressurized separator bottoms into first and second portions; e) directing the first portion of pressurized separator bottoms to a deethanizer as a reflux stream; f) heating the second portion of pressurized separator bottoms by directing the second portion to the cold box; g) directing the heated second portion of pressurized separator bottoms to the deethanizer; h) removing hydrocarbons heavier than ethane as deethanizer bottoms; i) directing a deethanizer overheads as the second reflux to the separator; j) removing the separator overhead from the separator and compressing the separator overhead to form a compressed separator overhead prior to introduction into the cold box and heat exchanging with the pressurized liquid LNG to produce a re-liquefied pressurized LNG; and k) separating a portion of the re-liquefied pressurized LNG for use as the first reflux, characterised in that heating the second portion of pressurized separator bottoms is performed by cross-heat exchanging the second portion directed to the cold box with the compressed separator overhead. a) pumping liquid, low pressure LNG to a pressure of greater than 0.69 MPa (100 psia); b) directing the pressurized liquid LNG from step a) to a cold box where it is heat exchanged to increase its temperature; c) directing the heat exchanged pressurized liquid LNG from step b) to a separator where, in combination with a first and second reflux, a separator overhead is produced along with a separator bottoms; d) pressurizing the separator bottoms and then splitting the pressurized separator bottoms into first and second portions; e) directing the first portion of pressurized separator bottoms to a deethanizer as a reflux stream; f) heating the second portion of pressurized separator bottoms by directing the second portion to the cold box; g) directing the heated second portion of pressurized separator bottoms to the deethanizer; h) removing hydrocarbons heavier than ethane as deethanizer bottoms; i) directing a deethanizer overheads as the second reflux to the separator; j) removing the separator overhead from the separator and compressing the separator overhead to form a compressed separator overhead prior to introduction into the cold box and heat exchanging with the pressurized liquid LNG to produce a re-liquefied pressurized LNG; and k) separating a portion of the re-liquefied pressurized LNG for use as the first reflux,
A battery safety test device, comprising: an electronic switching element; a mechanical switch element having a first end connected to either a battery positive electrode or a battery negative electrode and a second end connected to the electronic switching element, wherein the electronic switching element has a first end connected to the mechanical switch element and a second end connected to the other of the battery positive electrode or the battery negative electrode; a voltage sensor configured to measure a voltage of the battery after the mechanical switch element and the electronic switching element are turned on; and a current sensor configured to measure a current of the battery after the mechanical switch element and the electronic switching element are turned on, characterized in that the electronic switch element is configured to be turned on after the mechanical switch element is turned on. an electronic switching element; a mechanical switch element having a first end connected to either a battery positive electrode or a battery negative electrode and a second end connected to the electronic switching element, wherein the electronic switching element has a first end connected to the mechanical switch element and a second end connected to the other of the battery positive electrode or the battery negative electrode; a voltage sensor configured to measure a voltage of the battery after the mechanical switch element and the electronic switching element are turned on; and a current sensor configured to measure a current of the battery after the mechanical switch element and the electronic switching element are turned on, characterized in that the electronic switch element is configured to be turned on after the mechanical switch element is turned on.
A dispensing apparatus for cutting sheets from a length of towel, the dispensing apparatus comprising: a supply roller rotatable about a central axis; and at least one first cutting member (45A, 45B) comprising a first cutting edge (51A, 51B) having a first profile; and at least one substantially planar second cutting member (55A, 55B) comprising a second cutting edge (61A, 61B) having a second profile, the second profile comprising or consisting of a curved profile consisting of a plane curve; the at least one first cutting member (45A, 45B) or the at least one second cutting member (55A, 55B) being mounted to the supply roller for rotation with the supply roller; wherein, in use, the at least one first cutting member (45A, 45B) and the at least one second cutting member (55A, 55B) cooperate with each other as the supply roller rotates to cut the towel. a supply roller rotatable about a central axis; and at least one first cutting member (45A, 45B) comprising a first cutting edge (51A, 51B) having a first profile; and at least one substantially planar second cutting member (55A, 55B) comprising a second cutting edge (61A, 61B) having a second profile, the second profile comprising or consisting of a curved profile consisting of a plane curve; the at least one first cutting member (45A, 45B) or the at least one second cutting member (55A, 55B) being mounted to the supply roller for rotation with the supply roller; wherein, in use, the at least one first cutting member (45A, 45B) and the at least one second cutting member (55A, 55B) cooperate with each other as the supply roller rotates to cut the towel.
Furniture with a basic furniture part and a pivotable furniture part which is pivotably mounted thereon by means of a pivot mechanism, wherein the pivot mechanism comprises a kinematics, by means of which the pivotable furniture part can execute a spherical movement relative to the basic furniture part about a moment pole lying above the basic furniture part, whereby the kinematics comprises at least one basic arm, which is pivotably arranged on the basic furniture part by way of a basic axis, and an intermediate arm, which is pivotably arranged thereon, and which is also pivotably mounted on the pivotable furniture part, with the proviso that the three pivot axes (24, 25, 26) have their smallest distance above the base furniture part.
A method for controlling a door of a motor vehicle comprising the steps: - evaluating a gait of a user by means of a portable mobile terminal device, which comprises a sensor device and which the user carries with himself or herself, wherein during evaluation of the gait at least one gait parameter is acquired by an acceleration sensor of the sensor device, wherein the at least one gait parameter signals a laden condition or unladen condition of the user; - emitting an actuating signal in function of the gait of the user by means of the portable mobile terminal device after acquisition of the gait parameter; - receiving the actuating signal of the portable mobile terminal device from outside the motor vehicle by means of a detection device of the motor vehicle; - controlling the door of the motor vehicle by means of a control device of the motor vehicle after reception of the actuating signal. - evaluating a gait of a user by means of a portable mobile terminal device, which comprises a sensor device and which the user carries with himself or herself, wherein during evaluation of the gait at least one gait parameter is acquired by an acceleration sensor of the sensor device, wherein the at least one gait parameter signals a laden condition or unladen condition of the user; - emitting an actuating signal in function of the gait of the user by means of the portable mobile terminal device after acquisition of the gait parameter; - receiving the actuating signal of the portable mobile terminal device from outside the motor vehicle by means of a detection device of the motor vehicle; - controlling the door of the motor vehicle by means of a control device of the motor vehicle after reception of the actuating signal.
A drive system for driving a load comprising at least one compressor, the drive system comprising: a gas turbine configured and arranged for driving the load, said gas turbine having a hot end and a cold end; a load coupling connecting the gas turbine to the at least one compressor, arranged at one of said hot end and cold end of the gas turbine; an electric motor/generator arranged at the other one of said hot end and cold end of the gas turbine, said electric motor/generator being electrically connected to an electric power grid and mechanically connected to said load coupling; wherein said electric motor/generator is adapted to function as a generator for converting excess mechanical power from said gas turbine into electrical power and delivering the electrical power to the electric power grid, and as a motor for supplementing driving power to the load. a gas turbine configured and arranged for driving the load, said gas turbine having a hot end and a cold end; a load coupling connecting the gas turbine to the at least one compressor, arranged at one of said hot end and cold end of the gas turbine; an electric motor/generator arranged at the other one of said hot end and cold end of the gas turbine, said electric motor/generator being electrically connected to an electric power grid and mechanically connected to said load coupling; wherein said electric motor/generator is adapted to function as a generator for converting excess mechanical power from said gas turbine into electrical power and delivering the electrical power to the electric power grid, and as a motor for supplementing driving power to the load.
Device for neurophysiological stimulation induced by facial relaxation comprising: an anvil portion profiled as an anvil and having a first end and a second end (2"); a curved portion profiled as an arc and having a convex end and a flat or concave end (3"), an incision present on said curved portion following the same curvature as the latter, said anvil portion and the curved portion forming a single body, said anvil portion and said curved portion being firmly joined together by having said second end (2") of the anvil portion joined with said convex end of the curved portion, said curved portion being adapted to represent the occlusion zone of the bite of the user, said curved portion having the incision extended from one canine tooth to the other at the time of the application of the device to the subject user of the device, the flat or concave end (3") extended inside the mouth with respect to the teeth of the subject and the convex end extended outside the teeth of the user, said incision being delimited by said convex end and by said flat or concave end (3"), said incision being present on at least one of the first surface and/or second surface (1") of the device and preferably on at least the surface involving the dental occlusion of the canine teeth of the upper dental arch, and said anvil portion being adapted to represent the grip of the device, said anvil portion being extended outside the mouth of the user at the time of its application, said device being characterized in that it comprises a palatal element, having a first end of the palatal element and a second end of the palatal element (5"), said palatal element being adapted for sensory stimulation of the arch of the front palate, said palatal element having said second end of the palatal element end (5"), in use, in engagement with the palatal arch, and said palatal element being such to be assembled and reversibly locked to said device at its curved portion, said curved portion having the slit on its flat or concave end (3"), such slit being adapted to allow the passage of said palatal element from one surface of the device to the other, said device having the first surface and the second surface (1") and said palatal element having the first end of the palatal element with lateral projections (5"') adapted to allow the manual insertion and locking of the palatal element through said slit and at the same time adapted to prevent the unintentional disengagement of said palatal element from the device, said lateral projections (5"') conferring a greater width to the first end of the palatal element with respect to that of the slit.
Device for the containment of at least one anode assembly, said assembly comprising a spent anode attached to a metal rod, comprising: ▪ a receptacle for receiving the anode assembly, said anode assembly resting inside said receptacle via the lower surface of the spent anode; ▪ a bell housing open at its lower end, and able to form a closed volume in collaboration with said receptacle, inside which said at least one anode assembly is housed; characterised in that the bell housing is able to adopt two shapes: ▪ a shape for storing said device, in the non-operational position, in which it is folded back on itself; ▪ a deployed, operational shape, according to which said closed volume is defined, with the receptacle. ▪ a receptacle for receiving the anode assembly, said anode assembly resting inside said receptacle via the lower surface of the spent anode; ▪ a bell housing open at its lower end, and able to form a closed volume in collaboration with said receptacle, inside which said at least one anode assembly is housed; ▪ a shape for storing said device, in the non-operational position, in which it is folded back on itself; ▪ a deployed, operational shape, according to which said closed volume is defined, with the receptacle.
A DMOS transistor, comprising: a semiconductor structure having: a top surface; an opening that extends from the top surface into the semiconductor structure, the opening having a bottom surface and a side wall surface; a drain region of a first conductivity type that touches the bottom surface of the opening; a body region of a second conductivity type that touches the top surface; a drift structure that touches the side wall surface of the opening, the drift structure having a first region of the first conductivity type and a second region of the second conductivity type, the first region touching the drain region and having a first region surface that lies in parallel with the side wall surface of the opening, the second region touching the body region and having a second region surface that touches the first region surface; a source region of the first conductivity type that touches the body region; a channel region of the body region that lies horizontally between and touches the drift structure and the source region; a non-conductive region which fills the opening; characterized in that a metal drain contact extends through the non-conductive region to make an electrical connection with the drain region. a top surface; an opening that extends from the top surface into the semiconductor structure, the opening having a bottom surface and a side wall surface; a drain region of a first conductivity type that touches the bottom surface of the opening; a body region of a second conductivity type that touches the top surface; a drift structure that touches the side wall surface of the opening, the drift structure having a first region of the first conductivity type and a second region of the second conductivity type, the first region touching the drain region and having a first region surface that lies in parallel with the side wall surface of the opening, the second region touching the body region and having a second region surface that touches the first region surface; a source region of the first conductivity type that touches the body region; a channel region of the body region that lies horizontally between and touches the drift structure and the source region; a non-conductive region which fills the opening; characterized in that a metal drain contact extends through the non-conductive region to make an electrical connection with the drain region.
Coil assembly comprising a housing and a magnetic coil arranged therein for generating a magnetic field for transcranial magnetic stimulation, wherein the coil assembly further comprises an electrode arrangement arranged on the housing for deriving an EEG signal, the magnetic coil and the electrode arrangement being arranged on top of each other, characterized in that the electrode arrangement comprises at least one fixed electrode and at least one spring electrode.
A system comprising: a transport device for moving at least one object, wherein at least one substantially planar surface of the object is translated in a known plane locally around a viewing area, wherein the substantially planar surface of the object is occluded except when the at least one substantially planar surface passes by the viewing area; at least one 2D digital optical sensor configured to capture at least two sequential 2D digital images of the at least one substantially planar surface of the at least one object as the object is translated through the 2D digital optical sensor field of view; a controller operatively coupled to the 2D digital optical sensor, the controller performing the steps of: a) receiving a first digital image; b) receiving a second digital image; and c) stitching the first digital image and the second digital image using a stitching algorithm to generate a stitched image; characterized by a light source configured to illuminate the at least one object in the viewing area, wherein the controller is coupled to the light source to control illumination from the light source based on an estimate of object translation generated by a motion encoder, and wherein the controller strobes the light source based on the estimate of object translation generated by the motion encoder. a transport device for moving at least one object, wherein at least one substantially planar surface of the object is translated in a known plane locally around a viewing area, wherein the substantially planar surface of the object is occluded except when the at least one substantially planar surface passes by the viewing area; at least one 2D digital optical sensor configured to capture at least two sequential 2D digital images of the at least one substantially planar surface of the at least one object as the object is translated through the 2D digital optical sensor field of view; a controller operatively coupled to the 2D digital optical sensor, the controller performing the steps of: a) receiving a first digital image; b) receiving a second digital image; and c) stitching the first digital image and the second digital image using a stitching algorithm to generate a stitched image; characterized by a) receiving a first digital image; b) receiving a second digital image; and c) stitching the first digital image and the second digital image using a stitching algorithm to generate a stitched image; characterized by a light source configured to illuminate the at least one object in the viewing area, wherein the controller is coupled to the light source to control illumination from the light source based on an estimate of object translation generated by a motion encoder, and wherein the controller strobes the light source based on the estimate of object translation generated by the motion encoder.
A vehicle light module, comprising a passive ventilation device for a LED vehicle light module, wherein the device comprises an air channel having an input opening, an output opening, and a bleed opening, wherein the air channel comprises a nozzle section which comprises a tapered cross-section such that the cross-section is bigger (14.1) coming from the input opening and getting smaller (14.2) in direction to the output opening, and in that the bleed opening is positioned in the nozzle section and configured to direct bleed air through the bleed opening out of the device due to a pressure gradient between air in the nozzle section flowing through the air channel and air outside the device, such that the passive ventilation device ventilates during motion, without forced air circulation, through the pressure gradient, and wherein the module comprises a housing enclosing a LED vehicle light unit, wherein the housing comprises a ventilation opening, wherein the bleed opening is connected to the ventilation opening such that air from the air channel can enter the housing via the bleed opening and the ventilation opening.