mhurhangee/ep-ind-claims huggingface dataset:
A hoisting crane that is designed to be secured between a ceiling and a floor that includes an automatic adjustable tightening mechanism, and comprises: a male shaft, a female shaft, a locking shaft, a tightening spring, a hoisting arm, a diagonal supportive rod, a top shoe, a bottom shoe, a top bearing, and a bottom bearing; wherein the male shaft is a long rod with several holes; wherein a bottom of said male shaft is attached to the bottom bearing, which in turn is attached to the bottom shoe; wherein the female shaft is a long hollow rod with a bottom opening and a top opening; wherein a bottom part of the female shaft has a locking hole; wherein said locking shaft includes a vertical rod on which the tightening spring is assembled, and a stopper which is designed to stop said tightening spring; wherein the locking shaft is assembled over the female shaft wherein the tightening spring is located between a top end of the female shaft and said stopper of the locking shaft; wherein an upper end of said vertical rod is attached to the top bearing, which in turn is attached to the top shoe; wherein an upper end of the male shaft is aimed to be inserted into the female shaft through the bottom opening of said female shaft until the top shoe is tightly secured against the ceiling and the bottom shoe is tightly secured against the floor; wherein a locking pin is aimed to be inserted through the locking hole in the female shaft and into a corresponding hole in the male shaft; wherein a top end of the diagonal supportive rod is attached to the hoisting arm and a bottom end of said diagonal supportive rod is attached to the bottom bearing or to the bottom end of the male shaft; wherein said hoisting arm is positioned on the top end of the diagonal supportive rod and wherein a rear part of said hoisting arm is attached by means of an axial joint to the locking shaft; whereby when assembling together said male shaft and said female shaft and a vertical force being applied upwardly on the female shaft and a vertical force applied downwardly on the male shaft, the tightening spring is pressed between the stopper of the locking shaft and a top end of the female shaft and a pressure of said tightening spring locks the male shaft to the floor and the female shaft to the ceiling; wherein said tightening spring is in use when a user fixes and tightens said hoisting crane, and wherein said tightening spring is not active and not aimed to function when a load is mounted on said hoisting crane; whereby when the load is mounted on said hoisting arm, the diagonal supportive rod observed part of a vertical pressure of said hoisting arm and whereby provides more stability to the hoisting crane; whereby when the load is mounted on said hoisting arm, a vertical, downward force acts on said diagonal supportive rod that tightens the bottom shoe to the floor and at the same time a vertical, upward force acts on the axial joint of the locking shaft that causes tightening of the top shoe to the ceiling; whereby the greater the load on the hoisting crane, the tighter said hoisting crane is fixed to the ceiling and floor.
An EPS motor comprising: a motor housing; a stator mounted at an inner side of the motor housing and including a stator core, a coil wound on the stator core and a coil terminal coupled to a distal end of the coil; a rotor rotatably formed at a center of the stator; a sensing magnet module mounted at an upper side of the rotor for sensing a position of the rotor; and a magnetic element disposed opposite to the sensing magnet module to sense a magnetic force of the sensing magnet module; the EPS motor being characterised by a multi-layered PCB formed in a disk shape at an upper side of the sensing magnet module and including a plurality of power layers respectively connected to powers, each power having a different polarity supplied to the coil, and a sensor layer mounted with the magnetic element, and wherein the coil terminal is provided with a pillar shape having a predetermined diameter and length to conductively connect to the distal end of the coil. a motor housing; a stator mounted at an inner side of the motor housing and including a stator core, a coil wound on the stator core and a coil terminal coupled to a distal end of the coil; a rotor rotatably formed at a center of the stator; a sensing magnet module mounted at an upper side of the rotor for sensing a position of the rotor; and a magnetic element disposed opposite to the sensing magnet module to sense a magnetic force of the sensing magnet module; the EPS motor being characterised by a multi-layered PCB formed in a disk shape at an upper side of the sensing magnet module and including a plurality of power layers respectively connected to powers, each power having a different polarity supplied to the coil, and a sensor layer mounted with the magnetic element, and wherein the coil terminal is provided with a pillar shape having a predetermined diameter and length to conductively connect to the distal end of the coil.
A sight glass for a vessel, comprising: a window with a first surface, a mating surface, a second surface opposing the first surface, and a window shaped region; and a frame with a mating surface and a frame groove, wherein the frame groove is cut or formed in the frame mating surface; wherein the window is a non-glass material; wherein the window allows light to be transmitted through it; wherein the window shaped region is a bulbous shaped region and wherein the window shaped region is constructed and arranged to mate with the frame groove; wherein the frame and the window are constructed and arranged so that the window mating surface and the frame mating surface together create a secured configuration of the sight glass so as to secure the window within the frame, and so that the window first surface, in a state when the sight glass is mounted to the vessel, is the only part of sight glass that is exposed to any processes occurring within an internal volume of the vessel. a window with a first surface, a mating surface, a second surface opposing the first surface, and a window shaped region; and a frame with a mating surface and a frame groove, wherein the frame groove is cut or formed in the frame mating surface; wherein the window is a non-glass material; wherein the window allows light to be transmitted through it; wherein the window shaped region is a bulbous shaped region and wherein the window shaped region is constructed and arranged to mate with the frame groove; wherein the frame and the window are constructed and arranged so that the window mating surface and the frame mating surface together create a secured configuration of the sight glass so as to secure the window within the frame, and so that the window first surface, in a state when the sight glass is mounted to the vessel, is the only part of sight glass that is exposed to any processes occurring within an internal volume of the vessel.
A device intended to be positioned close to a joint between two parts, the device comprising a first interface carried by a first of the two parts and a second interface carried by a second of the two parts, the device comprising at least one connection between the first interface and the second interface, characterised in that the connection comprises two cylinders (31, 32) mounted in parallel so that each cylinder is connected by its output rod to the first interface and by its body to the second interface, the simultaneous displacement of the two output rods (35, 36) allowing, when in use, movement of the second part of the joint relative to the first part of the joint, the device being shaped to be positioned in use in the vicinity of a user's ankle, the first interface being positioned on a user's leg and the second interface on the user's foot, the first interface 11 not extending beyond the middle of the leg.
An apparatus comprising: a flat substrate comprising a first surface, a second surface and a plurality of apertures extending through the substrate from the first surface to the second surface wherein the plurality of apertures respectively have a first end and a second end and wherein the substrate is arranged such that one or more photons incident on the first end of a respective aperture pass through the respective aperture to the second end; and a plurality of photodetectors positioned such that a photodetector is overlaying the second end of each of the plurality of apertures wherein the plurality of photodetectors comprises graphene functionalised with quantum dots and wherein the plurality of apertures extend perpendicular to a plane of the second surface and a plane of the plurality of photodetectors and each of the plurality of apertures are parallel to each other. a flat substrate comprising a first surface, a second surface and a plurality of apertures extending through the substrate from the first surface to the second surface wherein the plurality of apertures respectively have a first end and a second end and wherein the substrate is arranged such that one or more photons incident on the first end of a respective aperture pass through the respective aperture to the second end; and a plurality of photodetectors positioned such that a photodetector is overlaying the second end of each of the plurality of apertures wherein the plurality of photodetectors comprises graphene functionalised with quantum dots and wherein the plurality of apertures extend perpendicular to a plane of the second surface and a plane of the plurality of photodetectors and each of the plurality of apertures are parallel to each other.
A drug delivery device comprising: - a first interface portion, - a second interface portion, and - a power unit (10, 110, 210, 310) adapted to release energy for inducing relative rotation between the first interface portion and the second interface portion, characterised in that the power unit (10, 110, 210, 310) comprises: ∘ a first clock spring (15, 115, 215, 315) comprising a first coil end portion (15a, 115a, 215a, 315a) and a second coil end portion (15b, 115b, 215b, 315b), the first coil end portion (15a, 115a, 215a, 315a) being rotationally fixed to the first interface portion, ∘ a second clock spring (16, 116, 216, 316) comprising a third coil end portion (16b, 116b, 216a, 316b) and a fourth coil end portion (16a, 116a, 216b, 316a), the fourth coil end portion (16a, 116a, 216b, 316a) being rotationally fixed to the second interface portion, and ∘ an axially extending structure (11; 111; 211, 285, 281; 311, 385, 1381, 386, 381) operatively connecting the first clock spring (15, 115, 215, 315) and the second clock spring (16, 116, 216, 316), wherein the second coil end portion (15b, 115b, 215b, 315b) and the third coil end portion (16b, 116b, 216a, 316b) are rotationally fixed to the axially extending structure (11; 111; 211, 285, 281; 311, 385, 1381, 386, 381) at different axial positions. - a first interface portion, - a second interface portion, and - a power unit (10, 110, 210, 310) adapted to release energy for inducing relative rotation between the first interface portion and the second interface portion, characterised in that the power unit (10, 110, 210, 310) comprises: ∘ a first clock spring (15, 115, 215, 315) comprising a first coil end portion (15a, 115a, 215a, 315a) and a second coil end portion (15b, 115b, 215b, 315b), the first coil end portion (15a, 115a, 215a, 315a) being rotationally fixed to the first interface portion, ∘ a second clock spring (16, 116, 216, 316) comprising a third coil end portion (16b, 116b, 216a, 316b) and a fourth coil end portion (16a, 116a, 216b, 316a), the fourth coil end portion (16a, 116a, 216b, 316a) being rotationally fixed to the second interface portion, and ∘ an axially extending structure (11; 111; 211, 285, 281; 311, 385, 1381, 386, 381) operatively connecting the first clock spring (15, 115, 215, 315) and the second clock spring (16, 116, 216, 316), ∘ a first clock spring (15, 115, 215, 315) comprising a first coil end portion (15a, 115a, 215a, 315a) and a second coil end portion (15b, 115b, 215b, 315b), the first coil end portion (15a, 115a, 215a, 315a) being rotationally fixed to the first interface portion, ∘ a second clock spring (16, 116, 216, 316) comprising a third coil end portion (16b, 116b, 216a, 316b) and a fourth coil end portion (16a, 116a, 216b, 316a), the fourth coil end portion (16a, 116a, 216b, 316a) being rotationally fixed to the second interface portion, and ∘ an axially extending structure (11; 111; 211, 285, 281; 311, 385, 1381, 386, 381) operatively connecting the first clock spring (15, 115, 215, 315) and the second clock spring (16, 116, 216, 316),
Covering device for a bottle intended to contain a cosmetic product, the bottle comprising a container provided with a neck and a pump able to spray said cosmetic product, said device comprising a decorative element intended to conceal the neck and at least part of the pump and a holding ring able on the one hand to be fixed on the neck of the bottle by first fixing means (11, 12), and able on the other hand to maintain the decorative element on the bottle by second fixing means (13, 23), said second fixing means being removable so as to allow said decorative element to be mounted on and removed from said ring said device being characterised in that the second fixing means (13, 23) comprise at least one stud arranged on a peripheral face of the ring and at least one guide ramp arranged on an inner face of the decorative element, said guide ramp being able to cooperate with said stud in order to allow a fixing operation by rotation of the decorative element on the holding ring.
An analyte pre-concentrator for use with a chromatographic column coupled thereto, comprising: a housing having a sample mixture inlet, a main carrier gas inlet, and a vent; a tube disposed inside said housing, said tube having an inlet and an outlet, wherein the inner diameter of the outlet is smaller than the inner diameter of the inlet; an adsorbent disposed inside said tube; and a column isolating accessory coupled to said housing having an auxiliary carrier gas inlet; a headspace sampler; wherein the sample mixture inlet introduces a sample mixture from the headspace sampler into said housing, into said tube, through said adsorbent, and out said vent; wherein the main carrier gas inlet introduces carrier gas into said tube; wherein the auxiliary carrier gas inlet introduces carrier gas into said housing to isolate chromatographic columns coupled to said accessory; and the pressures of the main carrier gas inlet and the auxiliary carrier gas inlet arc regulatable to introduce carrier gas into the inlet of said tube and isolate the column while the sample mixture is introduced into said housing, while the sample mixture flows through said adsorbent and out said vent, and while additional carrier gas dry purges said adsorbent and flows out said vent, and are further regulatable to introduce carrier gas into said tube and permit flow into the column while the adsorbed analytes are desorbed into the column. a housing having a sample mixture inlet, a main carrier gas inlet, and a vent; a tube disposed inside said housing, said tube having an inlet and an outlet, wherein the inner diameter of the outlet is smaller than the inner diameter of the inlet; an adsorbent disposed inside said tube; and a column isolating accessory coupled to said housing having an auxiliary carrier gas inlet; a headspace sampler; wherein the sample mixture inlet introduces a sample mixture from the headspace sampler into said housing, into said tube, through said adsorbent, and out said vent; wherein the main carrier gas inlet introduces carrier gas into said tube; wherein the auxiliary carrier gas inlet introduces carrier gas into said housing to isolate chromatographic columns coupled to said accessory; and the pressures of the main carrier gas inlet and the auxiliary carrier gas inlet arc regulatable to introduce carrier gas into the inlet of said tube and isolate the column while the sample mixture is introduced into said housing, while the sample mixture flows through said adsorbent and out said vent, and while additional carrier gas dry purges said adsorbent and flows out said vent, and are further regulatable to introduce carrier gas into said tube and permit flow into the column while the adsorbed analytes are desorbed into the column.
A system for sorting materials comprising: - a sorting apparatus comprising a handling tool and a robotized arm for displacing the handling tool over the materials; and - a vacuum apparatus creating a depression and having a tubing extending from a source for the depression to the handling tool where the tubing for the vacuum apparatus ends and where it defines a diameter; wherein the handling tool is adapted to be displaced to a selected item among the materials and perform a contact therewith with the end of the tubing for the vacuum apparatus for, at least one of: - grabbing the selected item if the selected item is larger than the diameter; and - sucking up the selected item if the selected item is smaller than the diameter, wherein sucking up the selected item has the selected item travel through the tubing under the effect of the vacuum apparatus. - a sorting apparatus comprising a handling tool and a robotized arm for displacing the handling tool over the materials; and - a vacuum apparatus creating a depression and having a tubing extending from a source for the depression to the handling tool where the tubing for the vacuum apparatus ends and where it defines a diameter; - grabbing the selected item if the selected item is larger than the diameter; and - sucking up the selected item if the selected item is smaller than the diameter, wherein sucking up the selected item has the selected item travel through the tubing under the effect of the vacuum apparatus.
Pipe for the transport of water produced with a polymer composition comprising a polyolefin and zinc sulphide, wherein the polyolefin is multimodal polyethylene and the amount of the olefin polymer in the composition is higher than 95.0 wt%.
A method of diagnosing volume-dependent Acute Kidney Injury (vAKI) in a subject with elevated plasma creatinine (Pcr) in need thereof, the method comprising: a) ex vivo determining the level of full-length PAPPA2 protein in a urine sample from the subject; and b) diagnosing the subject with vAKI if full-length PAPPA2 protein is present in the urine sample from the subject in a higher amount than in a urine sample from a subject that does not have AKI. a) ex vivo determining the level of full-length PAPPA2 protein in a urine sample from the subject; and b) diagnosing the subject with vAKI if full-length PAPPA2 protein is present in the urine sample from the subject in a higher amount than in a urine sample from a subject that does not have AKI.
A tubular garment comprising a controller device the tubular garment comprising a plurality of interlaced non-conductive fibres making up a body of the garment including: a top portion and a bottom portion of the body separated by an intermediate portion, the intermediate portion for positioning over a joint of limb of a wearer of the garment; a network of conductive pathways in the body for connecting to the controller device: a strain sensor of the body positioned across the intermediate portion and coupled to the network of conductive pathways; an inertial measurement unit sensor mounted on the body and configured for communication with the controller device; a plurality of sensors of the body for providing electromyography functionality and a plurality of actuators for providing electrical muscle stimulation functionality with respect to one or more muscles of the wearer positioned adjacent to the body when the garment is worn by the wearer, the plurality of sensors and the plurality of actuators connected to the network of conductive pathways; wherein the controller device is programed to operate the EMG and EMS functionality based on signal data obtained from the IMU sensor. a top portion and a bottom portion of the body separated by an intermediate portion, the intermediate portion for positioning over a joint of limb of a wearer of the garment; a network of conductive pathways in the body for connecting to the controller device: a strain sensor of the body positioned across the intermediate portion and coupled to the network of conductive pathways; an inertial measurement unit sensor mounted on the body and configured for communication with the controller device; a plurality of sensors of the body for providing electromyography functionality and a plurality of actuators for providing electrical muscle stimulation functionality with respect to one or more muscles of the wearer positioned adjacent to the body when the garment is worn by the wearer, the plurality of sensors and the plurality of actuators connected to the network of conductive pathways; wherein the controller device is programed to operate the EMG and EMS functionality based on signal data obtained from the IMU sensor. a strain sensor of the body positioned across the intermediate portion and coupled to the network of conductive pathways; an inertial measurement unit sensor mounted on the body and configured for communication with the controller device; a plurality of sensors of the body for providing electromyography functionality and a plurality of actuators for providing electrical muscle stimulation functionality with respect to one or more muscles of the wearer positioned adjacent to the body when the garment is worn by the wearer, the plurality of sensors and the plurality of actuators connected to the network of conductive pathways; wherein the controller device is programed to operate the EMG and EMS functionality based on signal data obtained from the IMU sensor.
A coated substrate comprising: a substrate comprising a metal, a metal alloy or an electrically conductive ceramic material; and a hard material protective coating for said substrate, the hard material protective coating comprising alternating layers (34, 35) of different compositions, wherein a first composition of the alternating layers comprises 0.5 to 30 at.% silicon, and a second composition of the alternating layers comprises 0.1 to 20 at.% boron; characterised in that the hard material protective coating has an interface layer adjacent to the substrate, the interface layer being a nitrogen-free intermetallic layer containing a proportion of one or more rare earth elements. a substrate comprising a metal, a metal alloy or an electrically conductive ceramic material; and a hard material protective coating for said substrate, the hard material protective coating comprising alternating layers (34, 35) of different compositions, wherein a first composition of the alternating layers comprises 0.5 to 30 at.% silicon, and a second composition of the alternating layers comprises 0.1 to 20 at.% boron; characterised in that the hard material protective coating has an interface layer adjacent to the substrate, the interface layer being a nitrogen-free intermetallic layer containing a proportion of one or more rare earth elements.
Handle for a cleaning device, comprising a knob that is rotatably arranged at one end of the handle, wherein the knob comprises a first knob element and a second knob element, wherein the first knob element is connected to the second knob element, wherein the second knob element has a recess in which the handle is rotatably arranged, wherein the first knob element is equipped with locking means through which the first knob element is rotatably locked to the handle, characterized in that the second knob element has a locking element, wherein the locking element blocks the locking means of the first knob element relative to the handle when the first knob element and the second knob element are connected to one another.