mhurhangee/ep-ind-claims huggingface dataset:
Dummy buffer for use as a tool for adjusting a stop buffer to be finally installed, comprising an arrangement region and a stop region, which are mounted resiliently with respect to each other, wherein the arrangement region is designed to arrange the dummy buffer on a first component, and wherein the stop region is designed as a stop for a second component, and wherein the dummy buffer comprises a locking mechanism, which is designed to lock a position/location of the stop region relative to the arrangement region, characterized in that the locking mechanism can be remotely operated. comprising an arrangement region and a stop region, which are mounted resiliently with respect to each other, wherein the arrangement region is designed to arrange the dummy buffer on a first component, and wherein the stop region is designed as a stop for a second component, and wherein the dummy buffer comprises a locking mechanism, which is designed to lock a position/location of the stop region relative to the arrangement region, characterized in that the locking mechanism can be remotely operated.
Method for managing communication services of a roaming user equipment in a visited first mobile communication network, wherein the user equipment being connected to the first mobile communication network requests a network connection to a gateway in a second mobile communication network using an access point name for one or several certain communication services, wherein a mobility management entity of the first mobile communication network communicates with a home location entity of the second mobile communication network in order to establish the requested network connection, wherein the home location entity of the second mobile communication network provides the mobility management entity of the first mobile communication network with an access point name configuration identifier for the user equipment, the access point name configuration identifier indicating whether the use of the access point name is allowed for the user equipment in the first mobile communication network, characterized in that the access point name configuration identifier comprises a list of several mobile communication networks and/or a list of several access point names in order to indicate individually in which mobile communication networks apart from the second mobile communication network a certain access point name is allowed or not allowed to be used by the user equipment.
Plate for preparing and/or serving an edible fish, which has a mirror, a plate underside and a circumferential plate edge, the plate edge defining a flag, characterized in that the plate has a bulge, which is designed for insertion into the body cavity of a gutted edible fish, so that the edible fish can be arranged supported in an upright position by the bulge, the bulge is formed in an elongated arcuate manner or in an approximately semi-discus-like manner with two flanks (6, 7), the flanks (6, 7) having their origin on the mirror and together forming a crest or apex (13, 23) of the bulge, the bulge being formed in one piece on the plate in such a way that the flanks (6, 7) of the bulge delimit a cavity which is open towards the lower side of the plate, so that the bulge of a plate lying underneath can be pushed into the cavity for stacking the plates.
A method for interpreting a segmentation indication field in a header of a medium access control protocol data unit transmitted over a high-speed downlink shared channel (HS-DSCH), the method comprising: receiving a value of the SI field in the header of the MAC PDU; and interpreting the value of the SI field, wherein the value of the SI field being "00" indicates that a first reordering service data unit of a reordering MAC PDU is a complete MAC enhanced high speed (MAC-ehs) SDU and a last reordering SDU of the reordering MAC PDU is a complete MAC-ehs SDU, wherein the value of the SI field being "01" indicates that the first reordering SDU of the reordering MAC PDU is a last segment of a MAC-ehs SDU and, if there are more than one reordering SDUs in the reordering MAC PDU, the last reordering SDU of the reordering MAC PDU is a complete MAC-ehs SDU, wherein the value of the SI field being "10" indicates that the last reordering SDU of the reordering MAC PDU is a first segment of a MAC-ehs SDU and, if there are more than one reordering SDUs in the reordering MAC PDU, the first reordering SDU of the reordering MAC PDU is a complete MAC-ehs SDU, and wherein the value of the SI field being "11" indicates that, if there are more than one reordering SDUs in the reordering MAC PDU, the first reordering SDU of the reordering MAC PDU is a last segment of a MAC-ehs SDU and the last reordering SDU of the reordering MAC PDU is a first segment of a MAC-ehs SDU. receiving a value of the SI field in the header of the MAC PDU; and interpreting the value of the SI field, wherein the value of the SI field being "00" indicates that a first reordering service data unit of a reordering MAC PDU is a complete MAC enhanced high speed (MAC-ehs) SDU and a last reordering SDU of the reordering MAC PDU is a complete MAC-ehs SDU, wherein the value of the SI field being "01" indicates that the first reordering SDU of the reordering MAC PDU is a last segment of a MAC-ehs SDU and, if there are more than one reordering SDUs in the reordering MAC PDU, the last reordering SDU of the reordering MAC PDU is a complete MAC-ehs SDU, wherein the value of the SI field being "10" indicates that the last reordering SDU of the reordering MAC PDU is a first segment of a MAC-ehs SDU and, if there are more than one reordering SDUs in the reordering MAC PDU, the first reordering SDU of the reordering MAC PDU is a complete MAC-ehs SDU, and wherein the value of the SI field being "11" indicates that, if there are more than one reordering SDUs in the reordering MAC PDU, the first reordering SDU of the reordering MAC PDU is a last segment of a MAC-ehs SDU and the last reordering SDU of the reordering MAC PDU is a first segment of a MAC-ehs SDU.
A means of locomotion, - having at least one steering device, - having a frame, wherein said frame has a first end and a second end and at least two frame legs (4, 5), - having at least three wheels (3, 7, 10), wherein at least one wheel is arranged on one end of the frame and at least two wheels (7, 10) are arranged on the other end of the frame, said at least two wheels (7, 10) being arranged each on one frame leg (4, 5), respectively, and wherein each wheel has a hub, wherein the frame legs (4, 5) are interconnected by means of a joint and at least one connection is arranged between the frame legs (4, 5), and/or wherein the joint may be blocked and/or wherein at least a part of the frame has a longitudinal direction and may be adjusted in said direction, characterised in that the means of locomotion has at least one foot pedal actuated drive mechanism and/or at least one internal combustion engine for driving at least one wheel (3, 7, 10). - having at least one steering device, - having a frame, wherein said frame has a first end and a second end and at least two frame legs (4, 5), - having at least three wheels (3, 7, 10), wherein at least one wheel is arranged on one end of the frame and at least two wheels (7, 10) are arranged on the other end of the frame, said at least two wheels (7, 10) being arranged each on one frame leg (4, 5), respectively, and wherein each wheel has a hub, wherein the frame legs (4, 5) are interconnected by means of a joint and at least one connection is arranged between the frame legs (4, 5), and/or wherein the joint may be blocked and/or wherein at least a part of the frame has a longitudinal direction and may be adjusted in said direction, characterised in that the means of locomotion has at least one foot pedal actuated drive mechanism and/or at least one internal combustion engine for driving at least one wheel (3, 7, 10).
Touch-sensitive toggle control system comprising a housing equipped with a front panel, and an angled lever comprising a first arm substantially perpendicular to this panel, exhibiting on one side a control button arranged on the front, and on the other side an elbow receiving a main pivot, which is extended by a second arm arranged on a first side of the longitudinal axis of the first arm, characterized in that it comprises a rod comprising at one end a sliding link connected to the end of the second arm, comprising at the other end a system for maintaining in position which is arranged on the second side of the longitudinal axis, and comprising in a central part a fixed annex pivot for guiding.
A cable management device comprising: a first cable management arm; a second cable management arm movable relative to the first cable management arm; a first member comprising a first wall and a second wall and a side wall 40 connected between the first wall 38a and the second wall 38b, the first member being pivoted with respect to the first cable management arm; a first extension member and a channel defined by the first member, the first extension member being pivoted between the first cable management arm and the first member; a first channel defined by the first wall,the second wall and the side wall of the first member; a first connecting member comprising a first feature; wherein the first channel is configured to accommodate the first connecting member; wherein the first member further comprises a corresponding feature that cooperates with the first feature to allow the first connecting member to be displaced within a limited range of the first channel of the first member. a first cable management arm; a second cable management arm movable relative to the first cable management arm; a first member comprising a first wall and a second wall and a side wall 40 connected between the first wall 38a and the second wall 38b, the first member being pivoted with respect to the first cable management arm; a first extension member and a channel defined by the first member, the first extension member being pivoted between the first cable management arm and the first member; a first channel defined by the first wall,the second wall and the side wall of the first member; a first connecting member comprising a first feature; wherein the first channel is configured to accommodate the first connecting member; wherein the first member further comprises a corresponding feature that cooperates with the first feature to allow the first connecting member to be displaced within a limited range of the first channel of the first member.
An antisense oligomer which causes skipping of the 53rd exon in the human dystrophin gene, consisting of a nucleotide sequence complementary to the 36 th to the 60 th nucleotides from the 5' end of the 53rd exon in the human dystrophin gene.
A translating contact lens (10, 20), comprising a horizontal meridian (100, 200), vertical meridian (110, 210) and an optic zone (11, 21), the optic zone (11, 21) comprising a first (14, 24) and a second (12, 22) distance vision zone each centered at a geometric center of the optic zone (11, 21) and a near vision zone (13, 25) characterised in that: the near vision zone (13, 25) has a center located below the geometric center of the optic zone (11, 21) at about y = -1.63 mm along the vertical meridian (110, 210), wherein the first distance vision zone (14, 24) lies within the near vision zone (13, 25) such that a superior-most border of the near vision zone (13, 25) is tangential to a superior border of the first distance vision zone (14, 24), and the near vision zone (13, 25) lies within the second distance vision zone (12, 22) such that an inferior-most border of the near vision zone (13, 25) is tangential to the inferior-most border of the second distance vision zone(12, 22).
A sealing device for sealing an annular gap between an attachment hole formed in a member that is exposed to high-pressure gas in a high-pressure gas side and an attachment component attached to the attachment hole, the sealing device being mounted on an annular groove formed on an outer peripheral side of the attachment component, the sealing device comprising: a resinous sealing ring provided on the high-pressure gas side in the annular groove; and an elastomeric elastic ring (120, 130) provided on an opposite side of the high-pressure gas side with respect to the sealing ring in the annular groove, wherein the sealing ring has, on an outer peripheral side thereof, a first cylindrical surface portion making intimate contact with an inner periphery of the attachment hole, and has, on an inner peripheral side thereof, a second cylindrical surface portion on the high-pressure gas side thereof and an inclined surface portion on the opposite side thereof, the second cylindrical surface portion making intimate contact with a groove bottom of the annular groove, the inclined surface portion expanding in diameter toward the opposite side, and the elastic ring (120, 130) is disposed such that at least a portion thereof is compressed between the inclined surface portion and the groove bottom of the annular groove so as to press a portion of the sealing ring on the opposite side thereof toward the outer peripheral side. a resinous sealing ring provided on the high-pressure gas side in the annular groove; and an elastomeric elastic ring (120, 130) provided on an opposite side of the high-pressure gas side with respect to the sealing ring in the annular groove, wherein the sealing ring has, on an outer peripheral side thereof, a first cylindrical surface portion making intimate contact with an inner periphery of the attachment hole, and has, on an inner peripheral side thereof, a second cylindrical surface portion on the high-pressure gas side thereof and an inclined surface portion on the opposite side thereof, the second cylindrical surface portion making intimate contact with a groove bottom of the annular groove, the inclined surface portion expanding in diameter toward the opposite side, and the elastic ring (120, 130) is disposed such that at least a portion thereof is compressed between the inclined surface portion and the groove bottom of the annular groove so as to press a portion of the sealing ring on the opposite side thereof toward the outer peripheral side.
An aircraft comprising: an airframe; a plurality of propellers (21, 22) disposed at a center of the airframe; a first power source to rotate the plurality of propellers (21, 22); a plurality of attitude control propellers (31-1, 31-2, 31-3, 31-4); a second power source (32-1, 32-2, 32-3, 32-4) to rotate the plurality of attitude control propellers, the second power source being lower in output than the first power source; and a control circuit configured to control attitude of the airframe including a second yaw rotation generation control unit to control a second yaw rotation generated by torques generated by a difference in rotation speed between the plurality of attitude control propellers (31-1, 31-2, 31-3, 31-4), characterized by a pitch adjuster (51-1, 51-2, 52) to change pitch angles of the plurality of propellers (21, 22); and in that the control circuit further includes a first yaw rotation generation control unit to control first yaw rotation generated by torques of the plurality of propellers (21, 22) with the pitch adjuster; and is configured to control the first yaw rotation generation control unit and the second yaw rotation generation control unit in accordance with a magnitude of a command value of yaw rotation. an airframe; a plurality of propellers (21, 22) disposed at a center of the airframe; a first power source to rotate the plurality of propellers (21, 22); a plurality of attitude control propellers (31-1, 31-2, 31-3, 31-4); a second power source (32-1, 32-2, 32-3, 32-4) to rotate the plurality of attitude control propellers, the second power source being lower in output than the first power source; and a control circuit configured to control attitude of the airframe including a second yaw rotation generation control unit to control a second yaw rotation generated by torques generated by a difference in rotation speed between the plurality of attitude control propellers (31-1, 31-2, 31-3, 31-4), characterized by a pitch adjuster (51-1, 51-2, 52) to change pitch angles of the plurality of propellers (21, 22); and in that the control circuit further includes a first yaw rotation generation control unit to control first yaw rotation generated by torques of the plurality of propellers (21, 22) with the pitch adjuster; and is configured to control the first yaw rotation generation control unit and the second yaw rotation generation control unit in accordance with a magnitude of a command value of yaw rotation.
Wrapping machine (10, 110) for packaging products using a film unwound from a reel, comprising a frame (13, 113) carrying a dispensing unit (19, 119) which is electrically operated to dispense the packaging film from a reel of film present in the dispensing unit (19, 119), the dispensing unit being supported on the frame so as to be driven rotationally along a closed path around a packaging zone (38, 138) which contains a product to be wrapped with the film, characterized in that a power supply antenna (25, 125) is present along said closed path and is connected to an antenna power supply unit (26, 126) for transferring, by means of electrical induction, electric power to a corresponding receiver (28, 128) which is movable along the antenna together with the said dispensing unit and which supplies in turn electric power to the dispensing unit, the dispensing unit (19, 119) comprising a control unit (29, 129) which is mounted thereon and which receives the power supply from said receiver (28, 128) and which controls the operation of motors and/or actuators present on the dispensing unit.
A recoating device for an additive manufacturing process, the device comprising: a recoating member for guiding a volume of material to a target area; a support structure on which the recoating member is mounted a recoater base coupled with the support structure and at least one biasing component coupled between the recoater base and the support structure; wherein the recoating device is configured such that the recoating member moves in a first direction along a longitude of the target area, and wherein the at least one biasing component is configured to move the recoating member in a second direction different to the first direction. a recoating member for guiding a volume of material to a target area; a support structure on which the recoating member is mounted a recoater base coupled with the support structure and at least one biasing component coupled between the recoater base and the support structure; wherein the recoating device is configured such that the recoating member moves in a first direction along a longitude of the target area, and wherein the at least one biasing component is configured to move the recoating member in a second direction different to the first direction.
A belt member driving apparatus for rotationally driving a belt member, said belt member driving apparatus comprising: a stretching member (1, 617) for stretching the belt member; and steering means including a steering member having a rotatable portion which is rotatable with rotation of the belt member, characterised in that the steering means further comprises a frictional portion slidable relative to the belt member and provided at each of longitudinal ends of said rotatable portion, and further including supporting means (6, 7) for supporting said steering member, and a rotation shaft rotatably supporting said supporting means (6, 7), said steering means being effective to steer the belt member by inclining said steering member by a force produced by sliding between said frictional portion and the belt member, further characterised in that the belt member driving apparatus further comprises: resisting force applying means for applying a resisting force against inclination of said steering member, the resisting force increases with increase of rate (dβ/dt) of change of an inclination angle (β) of said steering member per unit time. a stretching member (1, 617) for stretching the belt member; and steering means including a steering member having a rotatable portion which is rotatable with rotation of the belt member,
Curling tongs for curling or waving hair, comprising a handle and an attachment connected thereto, wherein - on the attachment an activatable gripping device is provided which, in the activated state, facilitates the fixing of sections of hair, - on the attachment two parallel fingers (5, 5') are provided, between which the hair to be shaped is fixed during the curling or waving, characterised in that arranged on the two fingers (5, 5') of the attachment are two opposing gripping elements (8, 8') embodied as a covering, which gripping elements (8, 8') can be activated and deactivated by an adjustment of a bar (10, 10'), located in the respective fingers (5, 5'), between an activated, raised position and a deactivated, lowered position, wherein in order to activate the gripping device at least one of the bars (10, 10') moves in the direction of the section of hair to be clamped and as a result an associated gripping element (8, 8') is pressed by means of an expansion against the section of hair and this is fixed due to the increased coefficient of friction. - on the attachment an activatable gripping device is provided which, in the activated state, facilitates the fixing of sections of hair, - on the attachment two parallel fingers (5, 5') are provided, between which the hair to be shaped is fixed during the curling or waving,
A filling container comprising a particulate water absorbing agent, which is filled in the filling container, characterized in that a relative standard deviation of respective water absorption physical property values of particulate water absorbing agents sampled from the same filled particulate water absorbing agent at three or more points, each sample being about 150g, satisfies the following (a) to (d): (a) a relative standard deviation of a centrifuge retention capacity is 2% or less, the measurement method being described in the definition-of-terms part of the description; (b) a relative standard deviation of a saline flow conductivity is 6% or less, the measurement method being described in the definition-of-terms part of the description; (c) a relative standard deviation of an absorbency against pressure is 1% or less, the measurement method being described in the definition-of-terms part of the description; and (d) a relative standard deviation of a free swell rate is 5% or less, the measurement method being described in the definition-of-terms part of the description, wherein for sampling the filled particulate water absorbing agent that is filled in the filling container and has a filling volume of V (cm 3), when a sampling number n (times) of the same filled particulate water absorbing agent and a distance x (cm) among the respective sampling points adjacent to one another are set, the following conditions and are necessarily satisfied: [Mathematical Formula 5] n ≥ m with the proviso that, m is the greater one of 3 and ⌊ V / 100000 ⌋ [Mathematical Formula 7] x ≥ y with the proviso that y = V 3 ⌈ m 3 ⌉ + 1 (a) a relative standard deviation of a centrifuge retention capacity is 2% or less, the measurement method being described in the definition-of-terms part of the description; (b) a relative standard deviation of a saline flow conductivity is 6% or less, the measurement method being described in the definition-of-terms part of the description; (c) a relative standard deviation of an absorbency against pressure is 1% or less, the measurement method being described in the definition-of-terms part of the description; and (d) a relative standard deviation of a free swell rate is 5% or less, the measurement method being described in the definition-of-terms part of the description, wherein