mhurhangee/ep-ind-claims huggingface dataset:
A method for equalizing a charge pump having two flying capacitors (202, 204), a first capacitor and a second capacitor, configured to drive an output load, characterized by the steps of: sensing a first voltage at a first terminal of the first capacitor, said first terminal of the first capacitor being adapted to driving the output load, sensing a second voltage at a first terminal of the second capacitor; said first terminal of the second capacitor being adapted to driving the output load, providing a differential control current to a first switch to disable the first capacitor from driving the output load of the charge pump if the first voltage is less than the second voltage, and providing another differential control current to the first switch to enable the first capacitor to drive the output load of the charge pump if the first and second voltage have equalized. sensing a first voltage at a first terminal of the first capacitor, said first terminal of the first capacitor being adapted to driving the output load, sensing a second voltage at a first terminal of the second capacitor; said first terminal of the second capacitor being adapted to driving the output load, providing a differential control current to a first switch to disable the first capacitor from driving the output load of the charge pump if the first voltage is less than the second voltage, and providing another differential control current to the first switch to enable the first capacitor to drive the output load of the charge pump if the first and second voltage have equalized.
Connection system between cylindrical elements by means of an adhesive that is particularly suitable for carrying out the method according to claim 9 and which comprises: - at least a first and a second connection element (1, 4); - said first connection element comprising at least one projecting cylindrical portion suitable for being inserted in a tight-fitting manner inside at least one cylindrical housing of said second connection element; - said projecting cylindrical portion comprising a groove arranged on the outer surface thereof for placing an adhesive for permanently connecting said projecting cylindrical portion inside said cylindrical housing, in which said first connection element comprises a through-hole that can be accessed from the outside connected linearly with said groove for inserting an adhesive by means of an adhesive injection tube, said groove extending along the outer surface of the projecting cylindrical portion without reaching the end of said projecting cylindrical portion, characterised in that the centre of the through-hole is aligned with the groove. - at least a first and a second connection element (1, 4); - said first connection element comprising at least one projecting cylindrical portion suitable for being inserted in a tight-fitting manner inside at least one cylindrical housing of said second connection element; - said projecting cylindrical portion comprising a groove arranged on the outer surface thereof for placing an adhesive for permanently connecting said projecting cylindrical portion inside said cylindrical housing,
An underground excavator comprising a measuring apparatus and a battery that are disposed in an excavation section of the underground excavator, the measuring apparatus comprising: a first measurement module that includes a triaxial first accelerometer and a triaxial first magnetometer for performing highly-accurate measurement; a second measurement module that includes a triaxial second accelerometer and a triaxial second magnetometer for performing measurement during excavation; and an information processor adapted to control the first measurement module and the second measurement module, obtain a position and an attitude of the excavation section based on output data of the first measurement module or the second measurement module, wherein the second accelerometer and the second magnetometer are MEMS sensors, characterized in that the information processor is configured to turn off power supply of the first measurement module from the battery before the start of excavation. a first measurement module that includes a triaxial first accelerometer and a triaxial first magnetometer for performing highly-accurate measurement; a second measurement module that includes a triaxial second accelerometer and a triaxial second magnetometer for performing measurement during excavation; and an information processor adapted to control the first measurement module and the second measurement module, obtain a position and an attitude of the excavation section based on output data of the first measurement module or the second measurement module, wherein the second accelerometer and the second magnetometer are MEMS sensors, characterized in that the information processor is configured to turn off power supply of the first measurement module from the battery before the start of excavation.
A rotary disk for use in a gas turbine engine, comprising: a rotor (22;54;72;80) that includes respective blades (56;74;82), and a spacer attached to the rotor (22;54;72;80) for positioning the rotor (22;54;72;80); characterised in that the spacer comprises a fiber reinforced composite material and a seal, wherein the fiber reinforced composite material circumscribes the spacer, and the rotor is an integrally bladed ring being reinforced with a bladed ring fibre and a bladed ring substrate to form a bladed ring composite material. a rotor (22;54;72;80) that includes respective blades (56;74;82), and a spacer attached to the rotor (22;54;72;80) for positioning the rotor (22;54;72;80); characterised in that the spacer comprises a fiber reinforced composite material and a seal, wherein the fiber reinforced composite material circumscribes the spacer, and the rotor is an integrally bladed ring being reinforced with a bladed ring fibre and a bladed ring substrate to form a bladed ring composite material.
A terminal comprising: a transmitting unit configured to transmit channel state information and / or reference signal to a radio base station by using predetermined radio resources by Semi-Persistent transmission method; and a controlling unit configured to retain the predetermined radio resources and deactivate transmission performed by the transmitting unit when a time alignment timer of an uplink transmission expires, wherein the controlling unit is configured to, when the time alignment timer expires, deactivate transmission of the channel state information performed by the transmitting unit and to control the reference signal differently from a control of the channel state information. a transmitting unit configured to transmit channel state information and / or reference signal to a radio base station by using predetermined radio resources by Semi-Persistent transmission method; and a controlling unit configured to retain the predetermined radio resources and deactivate transmission performed by the transmitting unit when a time alignment timer of an uplink transmission expires, wherein the controlling unit is configured to, when the time alignment timer expires, deactivate transmission of the channel state information performed by the transmitting unit and to control the reference signal differently from a control of the channel state information.
An end structure for a laminated stacked rotor of an electric machine, wherein the end structure is attachable to an end of the stacked rotor, and the end structure comprises a ring arrangement, a rotational axis of which is a rotational axis of the stacked rotor, and at least one reinforcing structure, wherein the reinforcing structure of the end structure comprises at least one stud which is attachable to an end plate of the stacked rotor and/ or to an outermost stack element of the stacked rotor, a longitudinal axis of the at least one stud being parallel to the rotational axis of the stacked rotor; a value of a tensile strength of the at least one reinforcing structure being higher than that of the ring arrangement, characterised in that the reinforcing structure of the end structure comprises a plurality of reinforcing plates or a plurality of wire meshes (300, 302), each reinforcing plate comprising perforations; the plurality of reinforcing plates or the plurality of wire meshes (300, 302) are attached with the at least one stud at a plurality of positions along the longitudinal axis of the at least one stud; the plurality of reinforcing plates or the plurality of wire meshes (300, 302) are at least partly cast within the ring arrangement.
A disposable absorbent garment, comprising: a waistband assembly configured to be worn about a waist of a subject; and an absorbent panel assembly having first and second ends that are coupled to the waistband assembly, the absorbent panel assembly including a liquid-pervious body-side layer, a liquid impervious external layer, and an absorbent core positioned between the body-side and external layers; characterized in that the absorbent panel assembly and the waistband assembly include a first contraction region that extends continuously between opposite upper edge regions of the waistband assembly and across the absorbent core, along a longitudinal axis of the absorbent core; the first contraction region is configured to be extensible and retractable along the longitudinal axis of the absorbent core; and wherein the first contraction region is configured to elastically retract the absorbent core toward the upper edges of the waistband assembly. a waistband assembly configured to be worn about a waist of a subject; and an absorbent panel assembly having first and second ends that are coupled to the waistband assembly, the absorbent panel assembly including a liquid-pervious body-side layer, a liquid impervious external layer, and an absorbent core positioned between the body-side and external layers; characterized in that the absorbent panel assembly and the waistband assembly include a first contraction region that extends continuously between opposite upper edge regions of the waistband assembly and across the absorbent core, along a longitudinal axis of the absorbent core; the first contraction region is configured to be extensible and retractable along the longitudinal axis of the absorbent core; and wherein the first contraction region is configured to elastically retract the absorbent core toward the upper edges of the waistband assembly.
A diagnosis marker for amyotrophic lateral sclerosis, characterized by containing a nucleic acid composed of a base sequence having mutated bases at the 4th position from the 5'-end side of the base sequence in the 13207992-1320800 regions indicated in sequence number 1 and/or at the 5th position from the 5'-end side of the base sequence in the 13214100-13214108 regions indicated in sequence number 3 of OPTN (Optineurin) gene regions on human chromosome 10.
Method to bend tubular elements in the form of a bar, from which a plurality of bent portions are made, said method comprising at least one bending step, in which bending means provided with at least one bending arm act on an external surface of a tubular element, and a bend core disposed inside said tubular element contrasts the action of said bending arm from the inside, by means of a contrasting ogive and a possible bend-follower element disposed articulated at the head of the contrasting ogive, and conforms the bend of said tubular element in a desired manner, and at least one movement step in which movement means move said tubular element both to feed it toward said bending means and also during the bending step, wherein both in said bending step and also in said movement step, said method provides that said bend core is maintained in a condition of suspension inside said tubular element by means of holding means, wherein said method provides to activate a support member of the holding means which is made of flexible or articulated components or materials, is directly connected to the back part of the contrasting ogive of the bend core and supports and feeds in said condition of suspension at least the contrasting ogive and the possible bend-follower element of the bend core inside said tubular element, characterised in that said method provides to use said support member to feed the contrasting ogive from the back surface of the tubular element with a curvilinear path and to guarantee rigidity in the operating position of the contrasting ogive, wherein the bend core is moved by movement means axially to the tubular element by a tail end of the tubular element, until the leading end is reached, and then positioned in cooperation with the bending means and further wherein the movement of the tubular element to bend its portions is carried out head-wise.
A sealing assembly for providing a liquid-tight seal around a component during a cleaning process, comprising: an end cover having a first end and a second end, wherein the first end comprises an opening and the second end is fully enclosed, and a cavity extends from the opening towards the second end; a sleeve having a first end and a second end, wherein the sleeve comprises an opening in the first end and an opening in the second end, and defines a cavity therebetween; a sealing gasket is located between opposing faces of the end cover and the sleeve; and a sealing clamp being configured to contact at least the sleeve and the end cover; wherein the cavity in the end cover and the cavity defined by the sleeve are aligned and configured to accept a component therein. an end cover having a first end and a second end, wherein the first end comprises an opening and the second end is fully enclosed, and a cavity extends from the opening towards the second end; a sleeve having a first end and a second end, wherein the sleeve comprises an opening in the first end and an opening in the second end, and defines a cavity therebetween; a sealing gasket is located between opposing faces of the end cover and the sleeve; and a sealing clamp being configured to contact at least the sleeve and the end cover; wherein the cavity in the end cover and the cavity defined by the sleeve are aligned and configured to accept a component therein.
Fastening device for fixing at least one cable, wherein the fastening device comprises a clip for receiving and/or fixing a cable, wherein the clip is designed such that it can at least partially engage around the cable and can clamp said cable in a force-fitting and/or interlocking manner, and wherein the fastening device has a fixing element which comprises a guide element and a retaining element, wherein the guide element is mechanically connected to the clip, and the retaining element is designed such that it allows the fastening device to be mounted in a fixed position, wherein the guide element is mounted in the clip in a mount which at least partially surrounds the clip with respect to its casing surface.
A non-therapeutic method for applying a light-switchable adhesive composition to the skin of a user and for removing the light-switchable adhesive composition from the skin surface, wherein the light-switchable adhesive composition comprises at least two different photoinitiators with different absorption spectra, the method comprising the steps of - providing an adhesive composition comprising a switchable adhesive, - applying the adhesive composition to the skin of the user, - exposing the switchable adhesive to a first switch activator, thereby switching the switchable adhesive from an application state to a wear state, - exposing the switchable adhesive to a second switch activator, thereby switching the switchable adhesive from the wear state to a removal state, - removing the adhesive composition from the skin of the user. - providing an adhesive composition comprising a switchable adhesive, - applying the adhesive composition to the skin of the user, - exposing the switchable adhesive to a first switch activator, thereby switching the switchable adhesive from an application state to a wear state, - exposing the switchable adhesive to a second switch activator, thereby switching the switchable adhesive from the wear state to a removal state, - removing the adhesive composition from the skin of the user.
A baler comprising: a frame having a first end, and a second end opposite the first end; a compression chamber where the compression chamber defines a central axis extending longitudinally therethrough, a plunger assembly at least partially positioned and movable within the compression chamber, and a panel (134, 138, 142) removably coupled to the frame, and where the panel (134, 138, 142) at least partially defines the compression chamber; wherein the plunger assembly includes a plunger, wherein the plunger reciprocates within the compression chamber between a first position, in which the plunger is positioned a first distance from the first end, and a second position, in which the plunger is positioned a second distance from the first end, wherein the plunger assembly defines a stroke length between the first position and the second position, wherein the panel (134, 138, 142) defines a longitudinal length along the central axis, and wherein the axial length of the panel (134, 138, 142) is greater than the stroke length, wherein the panel (134, 138, 142) defines a longitudinal length along the central axis, characterized in that the panel (134, 138, 142) includes a first edge, and wherein the first edge is positioned a third distance from the first end that is less than the first distance; and wherein the panel (134, 138, 142) includes a second edge, and wherein the second edge is positioned a fourth distance from the first end that is greater than the second distance.
A method implemented by a first wireless communication device in a first one of multiple groups of wireless communication devices in a wireless communication system, where devices in any given group are synchronized to the same timing reference and devices in different groups are not synchronized to the same timing reference, the method comprising: estimating, based on a timing with which direct control signaling was received from a second device being part of a second group of wireless devices, intervals of times during which direct control signaling is expected to be received at the first wireless communication device from devices in said second group, wherein the estimating comprises determining a range of possible values for misalignment between the timing references of the first and second groups (12-1, 12-2), said range accounting for uncertainty in that misalignment; and adjusting intervals of times during which the first wireless communication device is configured tc operate in an awake state to encompass the intervals of times during which said direct control signaling is expected to be received from devices in said second group, wherein the first wireless communication device operates in either the awake state or a sleep state, and wherein in the awake state and the sleep state the first wireless communication device respectively does and does not monitor for direct control signaling from other devices, and as a result of said adjusting, operating the first wireless communication device in the sleep state during intervals of time when said direct control signaling is not expected to be received at the first wireless communication device. estimating, based on a timing with which direct control signaling was received from a second device being part of a second group of wireless devices, intervals of times during which direct control signaling is expected to be received at the first wireless communication device from devices in said second group, wherein the estimating comprises determining a range of possible values for misalignment between the timing references of the first and second groups (12-1, 12-2), said range accounting for uncertainty in that misalignment; and adjusting intervals of times during which the first wireless communication device is configured tc operate in an awake state to encompass the intervals of times during which said direct control signaling is expected to be received from devices in said second group, wherein the first wireless communication device operates in either the awake state or a sleep state, and wherein in the awake state and the sleep state the first wireless communication device respectively does and does not monitor for direct control signaling from other devices, and as a result of said adjusting, operating the first wireless communication device in the sleep state during intervals of time when said direct control signaling is not expected to be received at the first wireless communication device.
A fastening arrangement having a flat part which comprises a cutout, and having a body which comprises a flange on its circumference at least in sections, with which the body abuts the edge region of the cutout via an elastically compressible sealing element, the flange being pressed against the edge region via a fastening clamp and compressing the sealing element, the fastening clamp comprising a clip which abuts the flange and a plug-in tab which extends essentially perpendicularly thereto, characterized in that the plug-in tab protrudes with its free end through a slot in the edge region, and the plug-in tab comprising at least one retainer which presses against the rear side of the edge region remote from the flange.
A centering spring assembly (60;60a) for a turbomachine, comprising: a damper beam; a bearing support; a spanner nut, wherein at least a portion of the damper beam axially overlaps at least a portion of the spanner nut relative to a rotational axis of the turbomachine; and a radial flange (120;120a) directly connecting the damper beam to the bearing support; wherein the radial flange (120;120a) connects to the bearing support at a first position and the radial flange (120;120a) connects to the damper beam at a second position; characterised in that: the second position is downstream from the first position relative to a direction of flow through the turbomachine. a damper beam; a bearing support; a spanner nut, wherein at least a portion of the damper beam axially overlaps at least a portion of the spanner nut relative to a rotational axis of the turbomachine; and a radial flange (120;120a) directly connecting the damper beam to the bearing support; wherein the radial flange (120;120a) connects to the bearing support at a first position and the radial flange (120;120a) connects to the damper beam at a second position; characterised in that: the second position is downstream from the first position relative to a direction of flow through the turbomachine.
A chemically modified oligonucleotide comprising, in the 5' to 3' direction, a first sequence that is complementary to a known signal DNA sequence, an endonuclease recognition site, and a second sequence that is complementary to the same known signal DNA sequence as the first sequence, wherein the second sequence comprises a locked nucleic acid.