mhurhangee/ep-ind-claims huggingface dataset:
An anchor assembly (A") for walls, comprising a strap member, a spring member, a toggle member pivotally mounted to said strap member, and a locking member slidable along said strap member, said toggle member being displaceable between first and second positions thereof, wherein in said first position said toggle member is substantially aligned with said strap member for insertion through a hole in the wall while biasedly engaging said spring member, wherein said toggle member once behind the wall is adapted to be displaced towards said second position by said spring member, and wherein in said second position said toggle member extends behind the wall at an angle relative to said strap member with said strap member extending from said toggle member through the hole in the wall, said locking member being adapted to be displaced along said strap member and towards the wall and said toggle member, whereby once the anchor assembly is installed, said locking member and said toggle member are connected by a distal section of said strap member and imprison the wall by abutting opposed sides thereof, said toggle member being adapted to be engaged by a fastener introduced through said locking member and through the hole in the wall, characterized in that in the first position, the toggle member is engaged to the strap member.
A stator of an electric motor comprising: a yoke; a plurality of teeth arranged in a circumferential direction of an inner circumference of the yoke; a winding wire wound on each tooth of the plurality of teeth; an insulation member disposed between each of the teeth and the winding wire, the insulation member being formed of elastic resin; and a tooth concave-convex portion formed on circumferential surfaces, that are slot side surfaces, and axial surfaces of the teeth, that are perpendicular to an axial direction of the yoke, and wherein the tooth concave-convex portion on the circumferential surfaces and the axial surfaces form a plurality of convex strips at intervals in a direction of diameter of the stator, characterized in that an insulation member concave-convex portion is formed on an inner surface of the insulation member, the insulation member concave-convex portion being configured to be fitted to the tooth concave-convex portion, the insulation member is split into two split insulation members, wherein one of the split insulation members is opposed to the other one of the split insulation members, and both of the split insulation members opposed to each other surround the circumferential surfaces and the axial surfaces of each of the teeth. a yoke; a plurality of teeth arranged in a circumferential direction of an inner circumference of the yoke; a winding wire wound on each tooth of the plurality of teeth; an insulation member disposed between each of the teeth and the winding wire, the insulation member being formed of elastic resin; and a tooth concave-convex portion formed on circumferential surfaces, that are slot side surfaces, and axial surfaces of the teeth, that are perpendicular to an axial direction of the yoke, and wherein the tooth concave-convex portion on the circumferential surfaces and the axial surfaces form a plurality of convex strips at intervals in a direction of diameter of the stator, characterized in that an insulation member concave-convex portion is formed on an inner surface of the insulation member, the insulation member concave-convex portion being configured to be fitted to the tooth concave-convex portion, the insulation member is split into two split insulation members, wherein one of the split insulation members is opposed to the other one of the split insulation members, and both of the split insulation members opposed to each other surround the circumferential surfaces and the axial surfaces of each of the teeth.
A rehabilitation training apparatus comprising: a pair of first tracks (11a, 11b) that are arranged in parallel at an interval; a second track movably connected to the pair of first tracks (11a, 11b); a hand holder that is movably provided in the second track and on which a hand and an arm of a user is held; and a stopper for a track provided in at least one of the first tracks (11a, 11b) and the second track to limit movements of the second track and the hand holder, characterized in that the stopper for a track includes: a plurality of mounting grooves for a track formed in the pair of first tracks (11a, 11b) along a movement path of the second track at an interval; and a stopper pin for a track selectively mounted on the plurality of mounting grooves for a track to interrupt and release the movement path of the second track. a pair of first tracks (11a, 11b) that are arranged in parallel at an interval; a second track movably connected to the pair of first tracks (11a, 11b); a hand holder that is movably provided in the second track and on which a hand and an arm of a user is held; and a stopper for a track provided in at least one of the first tracks (11a, 11b) and the second track to limit movements of the second track and the hand holder, characterized in that the stopper for a track includes: a plurality of mounting grooves for a track formed in the pair of first tracks (11a, 11b) along a movement path of the second track at an interval; and a stopper pin for a track selectively mounted on the plurality of mounting grooves for a track to interrupt and release the movement path of the second track. a plurality of mounting grooves for a track formed in the pair of first tracks (11a, 11b) along a movement path of the second track at an interval; and a stopper pin for a track selectively mounted on the plurality of mounting grooves for a track to interrupt and release the movement path of the second track.
A device for x-ray generation, comprising: a housing configured for maintenance of a low fluid pressure environment in a chamber of the housing, the housing having a window, the housing being substantially opaque to x-rays other than the window, which is substantially transparent to x-rays; a driving roller; a motor for driving the driving roller; a contact material at least partially within the chamber; a band looped around the driving roller and in contact with the contact material, the band and the contact material being comprised of materials such that varying contact between the band and the contact material generates relative charge imbalance; and a target shelf within the chamber, the target shelf having a surface on which a target material can be placed facing towards a location of the contact material at which the band exits contact with the contact material, wherein the band is configured to discharge electrons on to the target material such that the target material discharges X-rays through the window. a housing configured for maintenance of a low fluid pressure environment in a chamber of the housing, the housing having a window, the housing being substantially opaque to x-rays other than the window, which is substantially transparent to x-rays; a driving roller; a motor for driving the driving roller; a contact material at least partially within the chamber; a band looped around the driving roller and in contact with the contact material, the band and the contact material being comprised of materials such that varying contact between the band and the contact material generates relative charge imbalance; and a target shelf within the chamber, the target shelf having a surface on which a target material can be placed facing towards a location of the contact material at which the band exits contact with the contact material, wherein the band is configured to discharge electrons on to the target material such that the target material discharges X-rays through the window.
A service protection method based on an automatic switched optical network (ASON), used for restoring a service when a fault occurs in the connection of the service, characterized by comprising: comparing a dynamic restoration lag time of the service with a protection switching lag time of the service; and starting a protection switching process to restore the service if the dynamic restoration lag time is greater than the protection switching lag time; and starting a dynamic re-routing process to restore the service if the protection switching lag time is greater than the dynamic restoration lag time. comparing a dynamic restoration lag time of the service with a protection switching lag time of the service; and starting a protection switching process to restore the service if the dynamic restoration lag time is greater than the protection switching lag time; and starting a dynamic re-routing process to restore the service if the protection switching lag time is greater than the dynamic restoration lag time.
An arc contact assembly, characterized in that the arc contact assembly comprises: a base; a support rod, comprising: a support rod upper end and a support rod lower end, wherein the support rod lower end is erected on the base in a first direction perpendicular to the base, and a threaded part is formed at the support rod upper end; an arc contact body, comprising: a contact point and a bottom remote from the contact point, with a threaded hole being provided at the bottom, the arc contact body being fitted round an end of the support rod by the mating of threads of the threaded hole and the threaded part; a length compensation mechanism, comprising: a thermal bimetallic spring member, a first connecting member and a second connecting member, wherein the thermal bimetallic spring member comprises a first spring body component having a first coefficient of thermal expansion and a second spring body component having a second coefficient of thermal expansion; a spring lower end of the thermal bimetallic spring member is connected to the second connecting member arranged at the base, and a spring upper end of the bimetallic spring that is remote from the base is connected to the first connecting member arranged at the arc contact body, such that the thermal bimetallic spring member gives rise to a torque in the direction of the upward spiralling of the threads of the threaded part when experiencing deformation according to temperature, so that the arc contact body rotates around the threaded part and moves in a direction away from the base, guided by the mating of the threads. a base; a support rod, comprising: a support rod upper end and a support rod lower end, wherein the support rod lower end is erected on the base in a first direction perpendicular to the base, and a threaded part is formed at the support rod upper end; an arc contact body, comprising: a contact point and a bottom remote from the contact point, with a threaded hole being provided at the bottom, the arc contact body being fitted round an end of the support rod by the mating of threads of the threaded hole and the threaded part; a length compensation mechanism, comprising: a thermal bimetallic spring member, a first connecting member and a second connecting member, wherein the thermal bimetallic spring member comprises a first spring body component having a first coefficient of thermal expansion and a second spring body component having a second coefficient of thermal expansion; a spring lower end of the thermal bimetallic spring member is connected to the second connecting member arranged at the base, and a spring upper end of the bimetallic spring that is remote from the base is connected to the first connecting member arranged at the arc contact body, such that the thermal bimetallic spring member gives rise to a torque in the direction of the upward spiralling of the threads of the threaded part when experiencing deformation according to temperature, so that the arc contact body rotates around the threaded part and moves in a direction away from the base, guided by the mating of the threads.
An apparatus for treating spinal irregularities, comprising a derotation apparatus comprising: a tube assembly; a handle assembly; and a ball joint assembly disposed between the tube assembly and the handle assembly, characterized in that: the tube assembly comprises an inner sleeve and an outer sleeve disposed over the inner sleeve, wherein the inner sleeve has a distal end for attachment to an implant, and the ball joint assembly comprises a first ball joint configured for attachment to a first coupling rod, and a second ball joint configured for attachment to a second coupling rod, and wherein at least one of the first ball joint and the second ball joint comprises an upper portion and a lower portion that match together to form a rotatable ball, the upper portion comprising a radially extending upper tab, the lower portion comprising a radially extending lower tab, and the upper tab and the lower tab forming a clamp for gripping the coupling rod. a tube assembly; a handle assembly; and a ball joint assembly disposed between the tube assembly and the handle assembly, characterized in that: the tube assembly comprises an inner sleeve and an outer sleeve disposed over the inner sleeve, wherein the inner sleeve has a distal end for attachment to an implant, and the ball joint assembly comprises a first ball joint configured for attachment to a first coupling rod, and a second ball joint configured for attachment to a second coupling rod, and the tube assembly comprises an inner sleeve and an outer sleeve disposed over the inner sleeve, wherein the inner sleeve has a distal end for attachment to an implant, and the ball joint assembly comprises a first ball joint configured for attachment to a first coupling rod, and a second ball joint configured for attachment to a second coupling rod, and wherein at least one of the first ball joint and the second ball joint comprises an upper portion and a lower portion that match together to form a rotatable ball, the upper portion comprising a radially extending upper tab, the lower portion comprising a radially extending lower tab, and the upper tab and the lower tab forming a clamp for gripping the coupling rod.
A terminal comprising: a receiving section that is configured to receive, through System Information Block, SIB, configuration information related to a first type discovery resource including a resource that is available to allocate a discovery signal for terminal discovery and a second type discovery resource including a resource to allocate the discovery signal based on information received by Radio Resource Control, RRC, signaling; and a control section that is configured to control resource allocation of the discovery signal, wherein the first type discovery is a type 1 discovery and the second type discovery is a type 2 discovery, and the receiving section is configured to receive discovery signals transmitted from other terminals via a resource group including the first type discovery resource and the second type discovery resource, and characterized in that: the configuration information includes at least a number of subframes of the resource group, a number of subframes of the first type discovery resource, a frame number, SFN: System Frame Number, of start timing of the resource group, a subframe offset value of the resource group and a resource period of the resource group. a receiving section that is configured to receive, through System Information Block, SIB, configuration information related to a first type discovery resource including a resource that is available to allocate a discovery signal for terminal discovery and a second type discovery resource including a resource to allocate the discovery signal based on information received by Radio Resource Control, RRC, signaling; and a control section that is configured to control resource allocation of the discovery signal, wherein the first type discovery is a type 1 discovery and the second type discovery is a type 2 discovery, and the receiving section is configured to receive discovery signals transmitted from other terminals via a resource group including the first type discovery resource and the second type discovery resource, and characterized in that: the configuration information includes at least a number of subframes of the resource group, a number of subframes of the first type discovery resource, a frame number, SFN: System Frame Number, of start timing of the resource group, a subframe offset value of the resource group and a resource period of the resource group.
An electrosurgical device for cutting and sealing tissue comprising an upper jaw located at a distal end of the electrosurgical device and opposing a lower jaw, the lower jaw being pivotally connected to the upper jaw by a pivot connection, and an articulation mechanism for controlling bending or turning motion of the upper and lower jaws (120,132), wherein the articulation mechanism comprises a housing and an indexing disk arranged rotatably displaceable in the housing, wherein the housing comprises a plurality of ratchet notches and the indexing disk comprises an indexing arm for engaging the ratchet notches to index the position of the upper and lower jaws (120, 132), characterized in that the articulation mechanism further comprises an automatic locking mechanism, wherein the automatic locking mechanism is a passive interlock mechanism preventing external force on the upper and lower jaws (120, 132) from moving the upper and lower jaws (120, 132) out of an indexed position.
Imaging apparatus for imaging ex-vivo tissue specimens comprising - a positron emission tomography imaging module including at least one pair of PET detectors; - a computed tomography imaging module including an X-ray source and an X-ray detector; - a tissue specimen receiving element configured to receive the tissue specimen to be imaged; - a motion system configured to move the tissue specimen receiving element from the CT imaging module to the PET imaging module; wherein the PET imaging module is located above or beneath the CT imaging module. - a positron emission tomography imaging module including at least one pair of PET detectors; - a computed tomography imaging module including an X-ray source and an X-ray detector; - a tissue specimen receiving element configured to receive the tissue specimen to be imaged; - a motion system configured to move the tissue specimen receiving element from the CT imaging module to the PET imaging module;
A self-purging delivery apparatus for a multi-component composition, the delivery apparatus comprising: an applicator comprising two or three interior channels (34, 36) each for separately conveying a liquid component (12, 14) of the multi-component system and an outlet path which is fluidly connected to each of the interior channels to facilitate mixing of the components therein; a dual- or three-barrel syringe, wherein each barrel (20, 22) defines a reservoir, and each barrel is coupled at one end to one of the two or three interior channels (34, 36) of the applicator, the syringe comprising a piston (24, 26) in each barrel (20, 22), wherein the syringe pistons are joined by a clip, such that the syringe pistons are moveable simultaneously at an application pressure P to cause each liquid component (12, 14) to flow from each reservoir, respectively, to the interior channels (34, 36) and the outlet path; a purging assembly comprising a source of liquid flushing agent fluidly coupled to the applicator's outlet path via a purging path to convey liquid flushing agent into the applicator under a constantly applied pressure P; and a pressure-sensitive valve assembly operatively coupled to selectively close the purging path when the application pressure P is applied. an applicator comprising two or three interior channels (34, 36) each for separately conveying a liquid component (12, 14) of the multi-component system and an outlet path which is fluidly connected to each of the interior channels to facilitate mixing of the components therein; a dual- or three-barrel syringe, wherein each barrel (20, 22) defines a reservoir, and each barrel is coupled at one end to one of the two or three interior channels (34, 36) of the applicator, the syringe comprising a piston (24, 26) in each barrel (20, 22), wherein the syringe pistons are joined by a clip, such that the syringe pistons are moveable simultaneously at an application pressure P to cause each liquid component (12, 14) to flow from each reservoir, respectively, to the interior channels (34, 36) and the outlet path; a purging assembly comprising a source of liquid flushing agent fluidly coupled to the applicator's outlet path via a purging path to convey liquid flushing agent into the applicator under a constantly applied pressure P; and a pressure-sensitive valve assembly operatively coupled to selectively close the purging path when the application pressure P is applied.
Trailer coupling for a motor vehicle, with a coupling arm having at its free end a coupling element for the coupling-on of a trailer and which, with the trailer coupling fitted to the motor vehicle, extends in a position of use rearwards beyond the motor vehicle, and with a vehicle holder which is or may be mounted on the motor vehicle for holding a coupling arm, wherein the coupling arm may be fixed releasably to the vehicle holder and/or the vehicle holder has a bearing for shifting the coupling arm between the position of use and an inoperative position in which the coupling arm is moved towards the motor vehicle, in particular being located behind a bumper of the motor vehicle, with a fixing device for fixing the coupling arm to the vehicle holder in the position of use, and with a drive (60a, 60b) for driving the coupling arm and/or for driving the fixing device, wherein the drive (60a, 60b) includes at least one flexible tension organ (68a, 68b), wherein the drive (60a, 60b) has a length adjustment device (76a; 76b) with a spring assembly by which longitudinal play of the tension organ or organs (68a, 68b) may be adjusted, characterised in that at least one spring of the spring assembly is located at a longitudinal end section of the tension organ or organs (68a, 68b) or at a stop section of the tension organ or organs (68a, 68b) with which the tension organ or organs (68a, 68b) strikes or strike against a counter-stop.