mhurhangee/ep-ind-claims huggingface dataset:
A tube container having a shutoff function on a shoulder and a neck thereof, the tube container comprising: a tube body including a gas barrier layer formed of an aluminum sheet; a head formed at a front end of the tube body and having a shoulder and a neck; and a head gas barrier layer, which is formed of an aluminum sheet, wherein the head gas barrier layer has a shape corresponding to a shape of inner surfaces of the shoulder and the neck, wherein a top surface of the head gas barrier layer is closed and positioned corresponding to the neck, and is bonded to the inner surfaces of the shoulder and the neck according to formation of the head, and wherein an edge of a lower end of the head gas barrier layer is formed as a contact portion of the head gas barrier layer, wherein a bonding portion is formed between an outer surface of the edge of the head gas barrier layer and an inner surface of the front end of the tube body, characterized in that when a part of molten resin upon the forming of the head is introduced while being permeated into a space between the outer surface of the edge of the head gas barrier layer and the inner surface of the front end of the tube body to form the bonding portion, the edge of the head gas barrier layer is tightly bonded to the bonding portion. a tube body including a gas barrier layer formed of an aluminum sheet; a head formed at a front end of the tube body and having a shoulder and a neck; and a head gas barrier layer, which is formed of an aluminum sheet, wherein the head gas barrier layer has a shape corresponding to a shape of inner surfaces of the shoulder and the neck, wherein a top surface of the head gas barrier layer is closed and positioned corresponding to the neck, and is bonded to the inner surfaces of the shoulder and the neck according to formation of the head, and wherein an edge of a lower end of the head gas barrier layer is formed as a contact portion of the head gas barrier layer, wherein a bonding portion is formed between an outer surface of the edge of the head gas barrier layer and an inner surface of the front end of the tube body, characterized in that when a part of molten resin upon the forming of the head is introduced while being permeated into a space between the outer surface of the edge of the head gas barrier layer and the inner surface of the front end of the tube body to form the bonding portion, the edge of the head gas barrier layer is tightly bonded to the bonding portion.
A cochlear implant, comprising: a cochlear lead including a plurality of electrodes; an antenna; a stimulation processor operably connected to the antenna and to the cochlear lead; and a magnet apparatus (100, 100a, 100b), associated with the antenna, including a case defining a central axis, a magnet frame (108, 108a, 108b) within the case and rotatable about the central axis of the case, and a plurality of diametrically magnetized magnets (110, 110a, 110b) that are located in the magnet frame, the magnets defining a longitudinal axis and a N-S direction and being rotatable about the longitudinal axis relative to the magnet frame and biased by the magnet frame to a predetermined N-S rotational orientation. a cochlear lead including a plurality of electrodes; an antenna; a stimulation processor operably connected to the antenna and to the cochlear lead; and a magnet apparatus (100, 100a, 100b), associated with the antenna, including a case defining a central axis, a magnet frame (108, 108a, 108b) within the case and rotatable about the central axis of the case, and a plurality of diametrically magnetized magnets (110, 110a, 110b) that are located in the magnet frame, the magnets defining a longitudinal axis and a N-S direction and being rotatable about the longitudinal axis relative to the magnet frame and biased by the magnet frame to a predetermined N-S rotational orientation.
Seal element for forming a seal, in particular on doors or flaps of a vehicle body, having a moulded part which is produced from elastomer and/or thermoplastic material by injection moulding and which has a hose-like portion and has a demoulding opening having a slot which extends in a longitudinal and/or transverse direction of the portion, characterized in that the seal element has devices (10, 12) which prevent widening of the demoulding slot after demoulding of the moulded part, wherein the devices (10, 12) comprise connection strands which engage over the slot, and in that the connection strands, for engagement in each case into recesses, are provided on at least one side of the slot and are widened towards at least one strand end, and the recesses are widened according to the widening.
A robotic pool cleaner for cleaning a surface of a pool comprising: a housing including an upper portion disposed over a base to define an interior chamber therein, the base including at least one water inlet and the upper portion having at least one water discharge port; rotatably-mounted supports (30, 40) supporting and guiding the cleaner along the pool surface; a filter assembly for filtering water drawn through the at least one water inlet; a water pump assembly comprising a drive shaft having a first end coupled to a propeller, the water pump assembly drawing water and debris from beneath the cleaner through the at least one inlet, the debris being retained by the filter assembly and the filtered water being discharged through the at least one water discharge port; and a power wash assembly including a transmission assembly for transferring rotational movement from the drive shaft of the water pump assembly to a drive shaft of a centrifugal pump having an inlet in fluid communication with filtered water from the interior of the housing and an outlet (112, 114) in fluid communication with at least one nozzle (116, 118) positioned beneath the base that is directed towards the pool surface beneath the cleaner and which discharges filtered water in the form of a water jet to dislodge and lift debris from the surface of the pool. a housing including an upper portion disposed over a base to define an interior chamber therein, the base including at least one water inlet and the upper portion having at least one water discharge port; rotatably-mounted supports (30, 40) supporting and guiding the cleaner along the pool surface; a filter assembly for filtering water drawn through the at least one water inlet; a water pump assembly comprising a drive shaft having a first end coupled to a propeller, the water pump assembly drawing water and debris from beneath the cleaner through the at least one inlet, the debris being retained by the filter assembly and the filtered water being discharged through the at least one water discharge port; and a power wash assembly including a transmission assembly for transferring rotational movement from the drive shaft of the water pump assembly to a drive shaft of a centrifugal pump having an inlet in fluid communication with filtered water from the interior of the housing and an outlet (112, 114) in fluid communication with at least one nozzle (116, 118) positioned beneath the base that is directed towards the pool surface beneath the cleaner and which discharges filtered water in the form of a water jet to dislodge and lift debris from the surface of the pool.
A coagulation bath with a coagulation liquid inlet, wherein at least one coagulation liquid inlet is arranged beneath the coagulation liquid level of the coagulation bath, and an entry region for shaped articles which are solidified in the coagulation bath, characterised in that the coagulation liquid inlet has one or more mouths which are arranged beneath the entry region and are directed to shaped articles introduced into the coagulation bath, such that fed coagulation liquid flows against the shaped articles during operation.
A suspension system for a helmet assembly, the suspension system comprising: a support portion to engage a wearer's head to help support the helmet assembly on the wearer's head; an upward stabilizing member extending from the support portion; and a downward stabilizing member pivotally attached to the upward stabilizing member and configured to be attached to an interior surface of a helmet; characterized by further comprising an adjustable band that is adjustable to be fit to a circumference of a head of a wearer; and a fit-adjustment device adapted to tighten or loosen the adjustable band. a support portion to engage a wearer's head to help support the helmet assembly on the wearer's head; an upward stabilizing member extending from the support portion; and a downward stabilizing member pivotally attached to the upward stabilizing member and configured to be attached to an interior surface of a helmet; characterized by further comprising an adjustable band that is adjustable to be fit to a circumference of a head of a wearer; and a fit-adjustment device adapted to tighten or loosen the adjustable band.
An indwelling clip (1, 1a, 1b, 1c) comprising: a pair of arm plate portions (22, 22') capable of opening in a substantially V shape with an elastic force; claw portions formed on respective tip portions of the arm plate portions (22, 22'); and a fastening ring attached to the arm plate portions (22, 22') so as to be movable along a longitudinal direction of the pair of arm plate portions (22, 22') and be able to close the pair of arm plate portions (22, 22') by moving in a direction toward the claw portions, wherein at least an outer surface of at least one of the arm plate portions (22, 22') is provided with a fluorescent body containing a fluorescent pigment emitting red or near infrared light by being irradiated with excitation light, and characterised in that the fluorescent body is an extrusion molded body or an injection molded body of a polymer material composition containing the fluorescent pigment. a pair of arm plate portions (22, 22') capable of opening in a substantially V shape with an elastic force; claw portions formed on respective tip portions of the arm plate portions (22, 22'); and a fastening ring attached to the arm plate portions (22, 22') so as to be movable along a longitudinal direction of the pair of arm plate portions (22, 22') and be able to close the pair of arm plate portions (22, 22') by moving in a direction toward the claw portions, wherein at least an outer surface of at least one of the arm plate portions (22, 22') is provided with a fluorescent body containing a fluorescent pigment emitting red or near infrared light by being irradiated with excitation light, and characterised in that the fluorescent body is an extrusion molded body or an injection molded body of a polymer material composition containing the fluorescent pigment.
A linear guide device comprising: a guide rail; a slider; and a plurality of rolling elements, wherein the guide rail and the slider include rolling surfaces (10, 16), respectively, at positions facing with each other, the rolling surfaces (10, 16) forming a rolling channel for the plurality of rolling elements and extending in a longitudinal direction of the guide rail, the slider is arranged on the guide rail via the plurality of rolling elements in a manner able to move relatively in the longitudinal direction, side seals (6, 6A, 6B, 6C) are attached to both end sides of the slider in a movement direction, each of the side seals (6, 6A, 6B, 6C) includes a seal member (40, 40A, 40B, 40C) including a seal lip in contact with an outer surface including a rail-side rolling surface which is the rolling surface of the guide rail, in a slidable manner, a side seal-side space (52, 52B, 52C) is arranged to be closer to the slider than the seal lip and communicates with a gap formed between the slider and the rail-side rolling surface, deformation of the side seal-side space (52, 52B, 52C) in the movement direction of the slider is suppressed, characterized in that the side seal (6, 6A, 6B, 6C) includes a spacer plate including a space forming depression portion forming the side seal-side space (52, 52B, 52C), and the spacer plate is interposed between the seal member (40, 40a, 40b, 40c) and the slider. a guide rail; a slider; and a plurality of rolling elements, wherein the guide rail and the slider include rolling surfaces (10, 16), respectively, at positions facing with each other, the rolling surfaces (10, 16) forming a rolling channel for the plurality of rolling elements and extending in a longitudinal direction of the guide rail, the slider is arranged on the guide rail via the plurality of rolling elements in a manner able to move relatively in the longitudinal direction, side seals (6, 6A, 6B, 6C) are attached to both end sides of the slider in a movement direction, each of the side seals (6, 6A, 6B, 6C) includes a seal member (40, 40A, 40B, 40C) including a seal lip in contact with an outer surface including a rail-side rolling surface which is the rolling surface of the guide rail, in a slidable manner, a side seal-side space (52, 52B, 52C) is arranged to be closer to the slider than the seal lip and communicates with a gap formed between the slider and the rail-side rolling surface, deformation of the side seal-side space (52, 52B, 52C) in the movement direction of the slider is suppressed, characterized in that the side seal (6, 6A, 6B, 6C) includes a spacer plate including a space forming depression portion forming the side seal-side space (52, 52B, 52C), and the spacer plate is interposed between the seal member (40, 40a, 40b, 40c) and the slider.
A forklift comprising: a forklift body capable of travelling; a fork supported to the forklift body so as to be capable of moving vertically; a first fluid pressure cylinder capable of moving the fork up and down; a fluid pressure supply line capable of supplying fluid pressure to a head-side in the first fluid pressure cylinder; a fluid pressure exhaust line capable of exhausting fluid pressure from a rod-side in the first fluid pressure cylinder; and a changeover valve provided on the fluid pressure exhaust line; characterized by further comprising an operation restricting device configured to change a pressure balance between fluid pressure on the head-side and fluid pressure on the rod-side of the first fluid pressure cylinder by the changeover valve to restrict an operation of the first fluid pressure cylinder, when a weight of a load on the fork exceeds a threshold value set in advance. a forklift body capable of travelling; a fork supported to the forklift body so as to be capable of moving vertically; a first fluid pressure cylinder capable of moving the fork up and down; a fluid pressure supply line capable of supplying fluid pressure to a head-side in the first fluid pressure cylinder; a fluid pressure exhaust line capable of exhausting fluid pressure from a rod-side in the first fluid pressure cylinder; and a changeover valve provided on the fluid pressure exhaust line; characterized by further comprising an operation restricting device configured to change a pressure balance between fluid pressure on the head-side and fluid pressure on the rod-side of the first fluid pressure cylinder by the changeover valve to restrict an operation of the first fluid pressure cylinder, when a weight of a load on the fork exceeds a threshold value set in advance.
A computer-implemented method for segmenting medical images, the method comprising: receiving an image from a memory; identifying at least one landmark point (710, 720) within the image, each landmark point being an anatomical landmark of an anatomical structure; selecting an image point in the image; determining, by a processor, at least one feature for the image point relative to the at least one landmark point (710, 720); and associating, by the processor, the image point with an anatomical structure by using a classification model based on the at least one determined feature; wherein the at least one determined feature comprises: a relative distance between the image point and the at least one landmark point (710, 720); or a direction component of a displacement vector formed between the image point and the at least one landmark point (710, 720); or geometric measurements determined from a shape formed by the image point and multiple landmark points including the at least one landmark point (710, 720). receiving an image from a memory; identifying at least one landmark point (710, 720) within the image, each landmark point being an anatomical landmark of an anatomical structure; selecting an image point in the image; determining, by a processor, at least one feature for the image point relative to the at least one landmark point (710, 720); and associating, by the processor, the image point with an anatomical structure by using a classification model based on the at least one determined feature; wherein the at least one determined feature comprises: a relative distance between the image point and the at least one landmark point (710, 720); or a direction component of a displacement vector formed between the image point and the at least one landmark point (710, 720); or geometric measurements determined from a shape formed by the image point and multiple landmark points including the at least one landmark point (710, 720). a relative distance between the image point and the at least one landmark point (710, 720); or a direction component of a displacement vector formed between the image point and the at least one landmark point (710, 720); or geometric measurements determined from a shape formed by the image point and multiple landmark points including the at least one landmark point (710, 720).
An extracorporeal circuit (1, 100, 200, 300) for CO 2 removal from blood comprising a line for taking blood from the patient, a decarboxylation assembly and a line for returning the blood to the patient; said decarboxylation assembly comprising a first filtering unit, an oxygenator, an electrodialyzer adapted to generate an acid solution and a basic solution and means for the infusion of said acid solution upstream of said oxygenator, characterized in that said electrodialyzer comprises a first electrodialysis chamber and a second electrodialysis chamber, said first and second electrodialysis chambers (21, 22) being separated by an ionic membrane, and in that said first chamber and said second chamber are respectively separated from the positive electrode, or anode, and from the negative electrode, or cathode, by means of a bipolar membrane (26, 27).
A tactile sensor arrangement, comprising: a flexible planar substrate adapted to form the coating of a robot body, carrying a plurality of pressure sensing devices; and associated signal acquisition means, arranged to acquire electrical signals indicative of the contact with an external object or environment from said plurality of sensing devices, characterized in that said signal acquisition means face a serial communication bus shared by a plurality of associated arrangements, so as to provide the signals acquired by said plurality of arrangements to an external microcontroller processing unit, and in that the sensor arrangement comprises a single input connection port of the communication bus, and a plurality of output connection ports (18") of the communication bus, adapted to define a branched path of the communication bus through said plurality of associated arrangements. a flexible planar substrate adapted to form the coating of a robot body, carrying a plurality of pressure sensing devices; and associated signal acquisition means, arranged to acquire electrical signals indicative of the contact with an external object or environment from said plurality of sensing devices, characterized in that said signal acquisition means face a serial communication bus shared by a plurality of associated arrangements, so as to provide the signals acquired by said plurality of arrangements to an external microcontroller processing unit, and in that the sensor arrangement comprises a single input connection port of the communication bus, and a plurality of output connection ports (18") of the communication bus, adapted to define a branched path of the communication bus through said plurality of associated arrangements.
An actuator assembly (100, 1100), comprising: a drive assembly (200, 1200) comprising a drive arm assembly (202, 1202) configured to extend and retract in order to actuate a controlled member; the drive arm assembly (202, 1202) comprises an actuation member (230, 1230); the drive arm assembly (202, 1202) further comprises a release member (234, 1234); a source of pressurized gas; and a drag brake assembly configured to control movement of the actuation member (230, 1230), wherein during a normal mode of operation, the actuation member (230, 1230) and the release member (234, 1234) are engaged with a securing mechanism (224, 226, 234, 236, 1213, 1215, 1219, 1221, 1231) to move in unison to extend the controlled member; wherein during an emergency mode of operation, pressurized gas automatically decouples the actuation member (230, 1230) from the release member to move separately in order for the actuation member to extend the controlled member; and wherein the securing mechanism (224, 226, 2634, 236, 1213, 1215, 1219, 1221, 1231) is configured to lock the actuation member (230, 1230) in a fully extended position during the emergency mode of operation, the drag brake assembly being characterized in that the actuation member (230, 1230) is an actuation tube (230, 1230), the release member (234,1234) is a release tube (234, 1234), the drag brake assembly is partially arranged on the actuation tube (230, 1230) and partially arranged on the release tube (234, 1234). a drive assembly (200, 1200) comprising a drive arm assembly (202, 1202) configured to extend and retract in order to actuate a controlled member; the drive arm assembly (202, 1202) comprises an actuation member (230, 1230); the drive arm assembly (202, 1202) further comprises a release member (234, 1234); a source of pressurized gas; and a drag brake assembly configured to control movement of the actuation member (230, 1230), wherein during a normal mode of operation, the actuation member (230, 1230) and the release member (234, 1234) are engaged with a securing mechanism (224, 226, 234, 236, 1213, 1215, 1219, 1221, 1231) to move in unison to extend the controlled member; wherein during an emergency mode of operation, pressurized gas automatically decouples the actuation member (230, 1230) from the release member to move separately in order for the actuation member to extend the controlled member; and wherein the securing mechanism (224, 226, 2634, 236, 1213, 1215, 1219, 1221, 1231) is configured to lock the actuation member (230, 1230) in a fully extended position during the emergency mode of operation, the drag brake assembly being characterized in that the actuation member (230, 1230) is an actuation tube (230, 1230), the release member (234,1234) is a release tube (234, 1234), the drag brake assembly is partially arranged on the actuation tube (230, 1230) and partially arranged on the release tube (234, 1234).
A laser joining method comprising: a step of placing at least two metal plates (12, 14) so as to be superposed with one another at a superposed region (20, 52), and irradiating laser light from a laser light irradiating device through a through-portion, which is formed in a third plate that is disposed at an interval apart from the superposed region (20, 52), onto the superposed region (20, 52), and forming a first laser welded portion at the superposed region (20, 52); and characterized in further comprising: a step of, by changing a laser light irradiation angle of the laser light irradiating device and irradiating laser light through the same through-portion onto the superposed region (20, 52), forming one or two or more laser welded portions, which are different from the first laser welded portion, at the superposed region (20, 52).