mhurhangee/ep-ind-claims huggingface dataset:
Drill ring (21; 51) for a cylindrical core drill bit, comprising at least two ring segments (22.1, 22.2, 23.1, 23.2; 62.1, 62.2, 63.1, 63.2) composed of a sintered powder mixture (24, 26; 64) and set diamond particles (25, 27; 65), wherein the at least two ring segments (22.1, 22.2, 23.1, 23.2; 62.1, 62.2, 63.1, 63.2) include a number of n, n ≥ 1 first ring segments (22.1, 22.2; 62.1, 62.2) and n second ring segments (23.1, 23.2; 63.1, 63.2), the first ring segments (22.1, 22.2; 62.1, 62.2) and second ring segments (23.1, 23.2; 63.1, 63.2) are arranged alternately one behind the other in the circumferential direction of the drill ring (21; 51) and the first ring segments (22.1, 22.2; 62.1, 62.2) and second ring segments (23.1, 23.2; 63.1, 63.2) are connected together at the side edges (71, 72, 73, 74), characterised in that the first ring segments (22.1, 22.2) are composed of a sintered first powder mixture and set first diamond particles and the second ring segments (23.1, 23.2) are composed of a sintered second powder mixture and set second diamond particles, wherein the set first and second diamond particles (25, 27; 65) are arranged on circular removal paths (42, 43, 44, 45, 46, 47) in a plane perpendicular to the cylinder axis.
A method for manufacturing a fiber reinforced resin molded article, the method including forming a preform including a fiber layer on an outer surface of a liner, impregnating the fiber layer of the preform with resin, and curing the resin, comprising: a step of preparing a mold including a first mold and a second mold; a step of placing the preform between the first mold and the second mold so as to define a first gap between the first mold and the preform and a second gap between the second mold and the preform, the second gap being larger than the first gap; a step of pouring the resin from a resin inlet toward the second gap in the mold; a step of separating at least a part of the first mold facing the preform from the preform to define a third gap between the at least a part of the first mold and the preform, the third gap being larger than the first gap, to charge the resin, which was poured toward the second gap in the mold, into between the first mold and the preform; and a step of bringing the second mold and the at least a part of the first mold together close to the preform for compressive filling with the resin in the mold.
A method for controlling an inductive power transfer system primary power supply having a switched resonant circuit; the method comprising: determining the value of a parameter of the system; determining a duration for an energy injection switching pattern comprising a plurality of cycles of a resonant frequency of the switched resonant circuit dependent on the parameter value; determining the energy injection switching pattern; and controlling one or more switches of the resonant circuit according to the determined energy injection switching pattern. determining the value of a parameter of the system; determining a duration for an energy injection switching pattern comprising a plurality of cycles of a resonant frequency of the switched resonant circuit dependent on the parameter value; determining the energy injection switching pattern; and controlling one or more switches of the resonant circuit according to the determined energy injection switching pattern.
An optical component (10,20,30) comprising: multiple light transmissive members, each of the light transmissive members having an upper face, a lower face, and at least one lateral face; and a light reflecting member that surrounds the at least one lateral face of each of the light transmissive members, wherein the light reflecting member is made of a ceramic that contains a plurality of pores, wherein the light reflecting member has a first region having first porosity and a second region having second porosity that is lower than the first porosity successively from the light transmissive member side when viewed from the upper face side. multiple light transmissive members, each of the light transmissive members having an upper face, a lower face, and at least one lateral face; and a light reflecting member that surrounds the at least one lateral face of each of the light transmissive members, wherein the light reflecting member is made of a ceramic that contains a plurality of pores, wherein the light reflecting member has a first region having first porosity and a second region having second porosity that is lower than the first porosity successively from the light transmissive member side when viewed from the upper face side.
A late potential detecting system comprising: an implantable medical device having an electrode input comprising at least N electrode terminals electrically connectable to at least N implantable electrodes arrangeable for detecting electrical activity of the myocardium at different parts of a ventricle of a heart, where N ≥ 2, and a sampling unit connected to said electrode input and configured for recording, for each of N implantable electrodes; a sample set of electrogram samples representing detected electrical activity of said myocardium during a cardiac cycle; a sample synchronizer (130; 330) configured for time synchronizing said electrogram samples of said N sample sets; and a sample processor (140; 340) configured for determining, for each of said N sample sets, magnitude potential representations of electrogram samples, characterized by: a sample identifier (132; 332) configured for identifying, for each of said N sample sets, electrogram samples corresponding to a QRS complex and for blanking said electrogram samples identified as corresponding to said QRS complex; and a parameter processor (150; 350) configured for determining, based on said magnitude potential representations from said N sample sets, a parameter indicative of late potentials occurring during said cardiac cycle for said ventricle. an implantable medical device having an electrode input comprising at least N electrode terminals electrically connectable to at least N implantable electrodes arrangeable for detecting electrical activity of the myocardium at different parts of a ventricle of a heart, where N ≥ 2, and a sampling unit connected to said electrode input and configured for recording, for each of N implantable electrodes; a sample set of electrogram samples representing detected electrical activity of said myocardium during a cardiac cycle; a sample synchronizer (130; 330) configured for time synchronizing said electrogram samples of said N sample sets; and a sample processor (140; 340) configured for determining, for each of said N sample sets, magnitude potential representations of electrogram samples, characterized by: a sample identifier (132; 332) configured for identifying, for each of said N sample sets, electrogram samples corresponding to a QRS complex and for blanking said electrogram samples identified as corresponding to said QRS complex; and a parameter processor (150; 350) configured for determining, based on said magnitude potential representations from said N sample sets, a parameter indicative of late potentials occurring during said cardiac cycle for said ventricle. a sample identifier (132; 332) configured for identifying, for each of said N sample sets, electrogram samples corresponding to a QRS complex and for blanking said electrogram samples identified as corresponding to said QRS complex; and a parameter processor (150; 350) configured for determining, based on said magnitude potential representations from said N sample sets, a parameter indicative of late potentials occurring during said cardiac cycle for said ventricle.
Apparatus for automatically assembling an angle plate in channel shaped flanges at ends of duct panels joined in a corner to form a duct section, the apparatus comprising: a platen adapted for engaging an end of a duct in a preselected position relative to the platen; clamping members adapted for locking a duct in a preselected position relative to the platen; a supply hopper for angle plates located underneath the platen adapted for advancing upwardly an angle plate for insertion into the duct; an angle plate advancing member adapted for advancing an angle plate into engagement with a corner of a clamped duct section; and pressing members adapted for pressing an angle plate into the corners of the duct, and characterised in that the clamping members comprise a clamp arm, a clamp head and a clamp finger adapted to engage the duct flange to lock the flange in place and wherein the clamping members during locking of the duct flange are adapted to pull the flange outward and straighten out any duct flange having a deformation. a platen adapted for engaging an end of a duct in a preselected position relative to the platen; clamping members adapted for locking a duct in a preselected position relative to the platen; a supply hopper for angle plates located underneath the platen adapted for advancing upwardly an angle plate for insertion into the duct; an angle plate advancing member adapted for advancing an angle plate into engagement with a corner of a clamped duct section; and pressing members adapted for pressing an angle plate into the corners of the duct, and characterised in that the clamping members comprise a clamp arm, a clamp head and a clamp finger adapted to engage the duct flange to lock the flange in place and wherein the clamping members during locking of the duct flange are adapted to pull the flange outward and straighten out any duct flange having a deformation.
An assembly for secondary battery, wherein the assembly for secondary battery comprises a first connecting piece and an insulating holding block; the first connecting piece includes a first electrode terminal connecting portion, a first electrode tab connecting portion and a first fusing portion, the first fusing portion is connected between the first electrode terminal connecting portion and the first electrode tab connecting portion; characterized in that two ends of the insulating holding block are connected with the first electrode terminal connecting portion and the first electrode tab connecting portion respectively, and the insulating holding block is configured to maintain the first electrode terminal connecting portion and the first electrode tab connecting portion in position relative to each other when the first fusing portion is fused; each of the first electrode terminal connecting portion and the first electrode tab connecting portion is provided with a through fixing hole; the insulating holding block comprises a first holding portion and a second holding portion; the first holding portion is provided on one side of the first connecting piece along a thickness direction and includes fixing posts which respectively correspond to the fixing hole of the first electrode terminal connecting portion and the fixing hole of the first electrode tab connecting portion, and each fixing post passes through the fixing hole and extends to the other side of the first connecting piece along the thickness direction; the second holding portion is provided on the other side of the first connecting piece along the thickness direction and is connected with the fixing posts of the first holding portion which respectively pass through the fixing hole of the first electrode terminal connecting portion and the fixing hole of the first electrode tab connecting portion.
A method for communication implementation for a user equipment, comprising: enabling, by a network, the user equipment to report state information of other sub-devices except a sub-device adopting Long Term Evolution, LTE, technology, wherein the sub-device adopting the LTE technology and the other sub-devices are inside the user equipment; reporting, by the user equipment, to the network the state information of the other sub-devices except the sub-device adopting the LTE technology; and performing, by the network, radio resource management according to the state information to achieve suppression of in-device co-existence interference between the sub-device adopting the LTE technology and the other sub-devices, wherein the state information comprises information about on or off state of the other sub-devices except the sub-device adopting the LTE technology in the user equipment. enabling, by a network, the user equipment to report state information of other sub-devices except a sub-device adopting Long Term Evolution, LTE, technology, wherein the sub-device adopting the LTE technology and the other sub-devices are inside the user equipment; reporting, by the user equipment, to the network the state information of the other sub-devices except the sub-device adopting the LTE technology; and performing, by the network, radio resource management according to the state information to achieve suppression of in-device co-existence interference between the sub-device adopting the LTE technology and the other sub-devices, wherein the state information comprises information about on or off state of the other sub-devices except the sub-device adopting the LTE technology in the user equipment.
Method for manufacturing a stator of an electric motor, the stator having pole webs on which winding carriers are seated and the pole webs being as part of an outer metal yoke being positively connected to the latter, and the stator being divided into individual stator segments, each of which having a pole web with a winding carrier and a yoke segment connected to the pole web, and wherein a winding carrier is wound, while it is with its stator segment arranged separately from the rest of the stator, characterized - in that, for winding, the stator segment is moved radially out of the stator and held at a distance to the stator, and in that, after winding, the stator segment is moved back into the stator, or - in that the stator segments, before they are wound, are set up to form a segment chain, and successively at least one stator segment is removed from the segment chain, wound and, after winding, is immediately or after intermediate storage, placed in the stator, wherein in the segment chain the stator segments being releasably connected to one another in a positive or material-bonding manner. - in that, for winding, the stator segment is moved radially out of the stator and held at a distance to the stator, and in that, after winding, the stator segment is moved back into the stator, or - in that the stator segments, before they are wound, are set up to form a segment chain, and successively at least one stator segment is removed from the segment chain, wound and, after winding, is immediately or after intermediate storage, placed in the stator, wherein in the segment chain the stator segments being releasably connected to one another in a positive or material-bonding manner.
Rubber composition based on at least one diene elastomer, a reinforcing filler, a crosslinking system, an epoxy resin, at a content within a range extending from 1 to 20 phr, and a polyimine hardener, at a content within a range extending from 0.2 to 15 phr.
Cleaning device comprising a washing container, a collecting vessel arranged at the bottom of the washing container, a recirculating pump arranged in a housing and intended for conveying washing fluid to at least one spraying or cleaning apparatus, a main conduit for conducting the washing fluid from the collecting vessel back to the recirculating pump housing, and an auxiliary conduit for draining washing fluid from the recirculating pump housing, said auxiliary conduit enabling washing fluid from the recirculating pump housing to reach the collecting vessel by bypassing both the at least one spraying or cleaning apparatus and the washing container, the auxiliary conduit comprising a valve apparatus which assumes an open position or a closed position depending on the pressure of the flow from the recirculating pump housing to the collecting vessel, characterised in that the valve apparatus comprises a valve housing, at least part of the valve housing being arranged in a removable insert of the collecting vessel, and therefore the inner space of the valve apparatus can be accessed by the operator when the insert has been removed.
Beverage preparation device provided with a discharge that is height-adjustable by hand characterized in that the discharge comprises an adjustment arm that is hingeably attached to a housing in a hinge point with a supply end, wherein the adjustment arm can be pressed down or pushed up, which adjustment arm at a delivery end is provided with a delivery head with a delivery opening, wherein the delivery head is pivotable around a pivot axis arranged perpendicularly to the adjustment arm by suspension from the adjustment arm via hinge means (8a, 8b) arranged at the delivery end and arranged at the pivot axis, in such a way that the delivery opening when pivoting the adjustment arm maintains a substantially constant orientation.
A device for delivering radiofrequency energy, comprising: - an outer conductor and an inner conductor arranged approximately coaxial with each other, the outer conductor surrounding the inner conductor; wherein the outer conductor and the inner conductor are arranged and configured to generate an electric field with lines of force extending from a front surface of the inner conductor to a front surface of the outer conductor; - an energy delivery window arranged in front of the outer conductor and the inner conductor; - a cooling system; wherein: the outer conductor is cup-shaped, with an inner space where the inner conductor is housed; the outer conductor surrounds the inner conductor, so as to form an open-ended coaxial line; the inner space is closed at the front by the delivery window; the delivery window is closed by a plate made of a material essentially transparent at the frequency of the energy delivered by the device; the cooling system comprises coolant flowing ducts (17, 19) fluidly coupled to the inner space of the delivery device. - an outer conductor and an inner conductor arranged approximately coaxial with each other, the outer conductor surrounding the inner conductor; wherein the outer conductor and the inner conductor are arranged and configured to generate an electric field with lines of force extending from a front surface of the inner conductor to a front surface of the outer conductor; - an energy delivery window arranged in front of the outer conductor and the inner conductor; - a cooling system;
A shovel, comprising: an arm rotatably attached to a boom rotatably attached to a revolving body; a bucket rotatably attached to the arm; a tilt mechanism configured to support the bucket that can be tilted to the arm; a bucket tilt angle sensor configured to detect a tilt angle of the bucket; and a tilt angle controller configured to control adjusting the tilt angle, characterized in that the tilt angle controller calculates an angle deviation of the tilt angle based on a comparison result between a bucket line of the bucket calculated based on a detected value output from bucket tilt angle sensor and a target excavation surface stored in advance in a memory, to control the tilt angle so as to reduce the calculated angle deviation. an arm rotatably attached to a boom rotatably attached to a revolving body; a bucket rotatably attached to the arm; a tilt mechanism configured to support the bucket that can be tilted to the arm; a bucket tilt angle sensor configured to detect a tilt angle of the bucket; and a tilt angle controller configured to control adjusting the tilt angle, characterized in that the tilt angle controller calculates an angle deviation of the tilt angle based on a comparison result between a bucket line of the bucket calculated based on a detected value output from bucket tilt angle sensor and a target excavation surface stored in advance in a memory, to control the tilt angle so as to reduce the calculated angle deviation.
A connection system comprising a first latching element mountable on or to a first body and a second latching element mountable on or to a second body, one of the first or second bodies being a marine structure, and means for drawing the first latching element and second latching element together to facilitate connection of the first body to the second body, said drawing means comprising a buoyant winching system and a winch line attached at one end to the buoyant winching system, characterized in that said winching system comprises a winch which comprises a frame and one or more buoyancy units, the buoyancy units being mounted on or to the frame such that the winching system is mountable on or to said marine structure, and in that the winch is adapted to be towed to an off-shore location by a towing vessel, and in that said winch line is connectable at the other end to a tether line that is part of the connection system and to which the second latching element is adapted to be connected; wherein a towing vessel can tow the marine structure with the winching system mounted thereon via a towing line with no tension in the winch line.
A display assembly, comprising: a flexible screen; a cover plate; and a capacitive fingerprint sensor film disposed between the cover plate and the flexible screen, wherein the capacitive fingerprint sensor film covers a display surface of the flexible screen, to sense a fingerprint of a finger in contact with the cover plate; characterized in that the display assembly further comprises an antireflection film, wherein the antireflection film is disposed between the cover plate and the capacitive fingerprint sensor film. a flexible screen; a cover plate; and a capacitive fingerprint sensor film disposed between the cover plate and the flexible screen, wherein the capacitive fingerprint sensor film covers a display surface of the flexible screen, to sense a fingerprint of a finger in contact with the cover plate; characterized in that the display assembly further comprises an antireflection film, wherein the antireflection film is disposed between the cover plate and the capacitive fingerprint sensor film.
A tape feeder configured such that it is equipped with: multiple holders for holding taped components in a wound state in which electronic components are stored in multiple cavities formed in the carrier tape; for each of those multiple holders, there is a respective taped component path for guiding said taped components pulled out from the corresponding holder from among said multiple holders to an electronic component supply position, said multiple supply positions being arranged parallel to each other and along multiple straight lines extending in a perpendicular direction to the indexing direction of said taped components as well as not overlapping in the indexing direction of said taped components; for each of these multiple taped component paths, there is a respective indexing device for indexing said taped components pulled out from the corresponding taped component path from among said multiple taped component paths to said supply position (90 and an operation panel on which are arranged: a) multiple individual control switches (138, 140) for controlling individually the corresponding item among the multiple taped components pulled out from said multiple taped component paths and b) multiple symbols are displayed to indicate to which item each of those multiple individual control switches (138, 140) corresponds among said multiple taped components; with said multiple symbols being displayed on said operation panel in the same pattern as the arrangement pattern of said multiple supply positions. a) multiple individual control switches (138, 140) for controlling individually the corresponding item among the multiple taped components pulled out from said multiple taped component paths and b) multiple symbols are displayed to indicate to which item each of those multiple individual control switches (138, 140) corresponds among said multiple taped components; with said multiple symbols being displayed on said operation panel in the same pattern as the arrangement pattern of said multiple supply positions.