mhurhangee/ep-ind-claims huggingface dataset:
A drilling method for forming a plurality of through-holes (81,82) in a plate member using a machine tool having a drilling tool, the drilling method comprising: a first step of fixing at least one jig, which has a clearance hole, on a bed of the machine tool; a second step of placing the plate member on the at least one jig and fixing the plate member on the bed with a clamp; and a third step of operating the machine tool so that a leading end portion of the drilling tool, which has penetrated the plate member, is inserted into the clearance hole, and forming a first through-hole of the plurality of through-holes (81,82) at a position of the plate member corresponding to the clearance hole; characterised in that the method further comprises: a fourth step of passing a fixing member through the first through-hole, and fixing the plate member on the at least one jig using the fixing member; and a fifth step of, after the fourth step, operating the machine tool to form a second through-hole other than the first through-hole of the plurality of through-holes (81,82). a first step of fixing at least one jig, which has a clearance hole, on a bed of the machine tool; a second step of placing the plate member on the at least one jig and fixing the plate member on the bed with a clamp; and a third step of operating the machine tool so that a leading end portion of the drilling tool, which has penetrated the plate member, is inserted into the clearance hole, and forming a first through-hole of the plurality of through-holes (81,82) at a position of the plate member corresponding to the clearance hole; characterised in that the method further comprises: a fourth step of passing a fixing member through the first through-hole, and fixing the plate member on the at least one jig using the fixing member; and a fifth step of, after the fourth step, operating the machine tool to form a second through-hole other than the first through-hole of the plurality of through-holes (81,82). a fourth step of passing a fixing member through the first through-hole, and fixing the plate member on the at least one jig using the fixing member; and a fifth step of, after the fourth step, operating the machine tool to form a second through-hole other than the first through-hole of the plurality of through-holes (81,82).
An illumination device comprising a support structure having a first side with mounted thereon: - an array of a plurality of spatially separated solid state lighting elements, and - an optical element made of a solid, light transmissive, light diffusing, foam material, wherein the optical element is provided with a pattern of concaves, essentially each concave being formed by: - a recessed portion comprising a closed bottom wall, - an elevated portion having an apex bordering a light exit window downstream and opposite to the closed bottom wall, and - a circumferential side wall extending from the closed bottom wall to the light exit window, wherein the plurality of spatially separated solid state elements is arranged outside and upstream of the concaves and conformal to said pattern of concaves. - an array of a plurality of spatially separated solid state lighting elements, and - an optical element made of a solid, light transmissive, light diffusing, foam material, wherein the optical element is provided with a pattern of concaves, essentially each concave being formed by: - a recessed portion comprising a closed bottom wall, - an elevated portion having an apex bordering a light exit window downstream and opposite to the closed bottom wall, and - a circumferential side wall extending from the closed bottom wall to the light exit window, - a recessed portion comprising a closed bottom wall, - an elevated portion having an apex bordering a light exit window downstream and opposite to the closed bottom wall, and - a circumferential side wall extending from the closed bottom wall to the light exit window, wherein the plurality of spatially separated solid state elements is arranged outside and upstream of the concaves and conformal to said pattern of concaves.
Gripper with two side flanks (2, 3), which are connected to one another at one end indirectly or directly, and which span a space between them which contains an actuating means, the side delimitations of which comprise at least one opening accessible from the outside, wherein at least reinforcing rib is allocated to at least one of the side flanks (2, 3), and wherein a carrier plate is provided between the side flanks (2, 3), connecting the side flanks (2, 3) to one another, at a distance interval from their free ends, characterised in that the carrier plate is penetrated by the at least one reinforcing rib, and that the carrier plate comprises in the area of the at least one reinforcing rib a cut-out or recess.
Integrated circuit, comprising a first chip having a high-voltage transistor in depletion mode and a second chip having a device in enhancement mode, the first chip having, on a front face, first gate, source and drain contact pads, and the second chip having second gate, source and drain contact pads; the integrated circuit being characterized in that: • the first chip and the second chip are mutually joined at the respective front faces (34, 44) thereof and form a stack, the surface area of the front face of the first chip being greater than that of the second chip such that a peripheral portion of the front face of the first chip is not masked by the second chip, • the first chip has at least one additional contact pad arranged on the front face thereof, which contact is electrically isolated from the high-voltage transistor in depletion mode and is in contact with the second gate contact pad, • the first gate contact pad is in contact with the second source contact pad and/or the first source contact pad is in contact with the second drain contact pad, • the first gate contact pad and the additional contact pad extend in the peripheral portion of the first chip, at least in part. • the first chip and the second chip are mutually joined at the respective front faces (34, 44) thereof and form a stack, the surface area of the front face of the first chip being greater than that of the second chip such that a peripheral portion of the front face of the first chip is not masked by the second chip, • the first chip has at least one additional contact pad arranged on the front face thereof, which contact is electrically isolated from the high-voltage transistor in depletion mode and is in contact with the second gate contact pad, • the first gate contact pad is in contact with the second source contact pad and/or the first source contact pad is in contact with the second drain contact pad, • the first gate contact pad and the additional contact pad extend in the peripheral portion of the first chip, at least in part.
Electrical/electronic installation device with a first functional module designed as an insert, to be accommodated in an installation box and having in its housing a plurality of electrical/electronic components, which first functional module is provided on the rear side with connecting elements for connection to an installation system of a building and on the front side with an electrical plug part, and with a second functional module designed as attachment, wherein the attachment has a cup-shaped recess on the front side for the re-releasable coupling of an electrical/electronic device and the electrical plug part is provided for connection of the second functional module to be arranged at the wall side, characterized by the fact that a locking device designed as lever arrangement is arranged on the attachment for producing a mechanical operative connection with a hat-shaped coupling part of the electrical/electronic device to be coupled, which locking device engages with at least one locking element through the circumferential wall of the cup-shaped recess, so that the locking element can come into operative connection, in a removal-locking manner, with the hat-shaped coupling part, inserted into the cup-shaped recess of the electrical/electronic device, the lever arrangement of the locking device being provided, in order to maintain the mechanical operative connection, with at least one first holding magnet which is in operative connection with at least one second holding magnet fixed to the attachment.
Timepiece movement including at least one plate at a fixed distance of centres from a bridge jointly carrying a timepiece barrel assembly including at least one barrel spring mounted between, at a first end, a barrel drum arranged beside said bridge, and at a second end, a receiving surface comprised in a barrel core rotating integrally with a ratchet and coaxial to said drum about a common pivot axis, said barrel assembly including on said plate side a cover fixed to said drum, said cover and said drum together forming a chamber confining said spring, said spring being made of a multiphase, cobalt-nickel-chromium based alloy, comprising 44 to 46% cobalt, 20 to 22% nickel, 17 to 19% chromium, 4 to 6 % iron, 3 to 5% tungsten, 3 to 5% molybdenum, 0 to 2% titanium, 0 to 1% beryllium, and having a Young's modulus of between 200 and 240 GPa and a shear modulus of between 80 and 100 GPa, and having a width to thickness ratio of between 9 and 21, and the maximum thickness of said steel or stainless steel core relative to said pivot axis being less than nine times the maximum thickness of said spring, and further said movement including a shake limiting means including at least one shim-washer, which is independent of said core and guided by a shoulder of said core and inserted between, on the one hand, said plate or said bridge respectively, and on the other hand said cover or said drum respectively.
A method for a wireless transmit/receive unit, WTRU, the method comprising: receiving a transmission including at least a synchronization signal, the received transmission having a subset of potential subcarrier spacings based on a frequency region of the received transmission; based on the received transmission, determining frequency resources and a subcarrier spacing associated with a first numerology block for use in acquiring a system information block, SIB; monitoring the determined frequency resources for the SIB using the subcarrier spacing of the first numerology block; receiving information related to boundaries of the first numerology block and a second numerology block using radio resource control, RRC, signaling, wherein the second numerology block has a subcarrier spacing different than the subcarrier spacing of the first numerology block; and receiving a signal in the second numerology block. receiving a transmission including at least a synchronization signal, the received transmission having a subset of potential subcarrier spacings based on a frequency region of the received transmission; based on the received transmission, determining frequency resources and a subcarrier spacing associated with a first numerology block for use in acquiring a system information block, SIB; monitoring the determined frequency resources for the SIB using the subcarrier spacing of the first numerology block; receiving information related to boundaries of the first numerology block and a second numerology block using radio resource control, RRC, signaling, wherein the second numerology block has a subcarrier spacing different than the subcarrier spacing of the first numerology block; and receiving a signal in the second numerology block.
A communication apparatus (110, 600) comprising: transmission means for transmitting a trigger frame including first information indicating a plurality of resource units splitting a communication channel (300-1, 300-2, 300-3, 300-4) in a frequency domain and second information indicating whether a sensing of energy of the communication channel is required, wherein, in a case where the second information included in the trigger frame indicates that the sensing of the energy of the communication channel is required, at least one of other communication apparatuses identified by an AID, Association ID included in the trigger frame senses the energy of the communication channel, and transmits a signal to at least one of the plurality of resource units in a case where the sensed energy is below a predetermined threshold; and receiving means for receiving the signal (230, 910) transmitted in response to the trigger frame. transmission means for transmitting a trigger frame including first information indicating a plurality of resource units splitting a communication channel (300-1, 300-2, 300-3, 300-4) in a frequency domain and second information indicating whether a sensing of energy of the communication channel is required, wherein, in a case where the second information included in the trigger frame indicates that the sensing of the energy of the communication channel is required, at least one of other communication apparatuses identified by an AID, Association ID included in the trigger frame senses the energy of the communication channel, and transmits a signal to at least one of the plurality of resource units in a case where the sensed energy is below a predetermined threshold; and receiving means for receiving the signal (230, 910) transmitted in response to the trigger frame.
Drawbar (1, 1') for a vehicle trailer, comprising a drawbar body (2, 2') and a vehicle coupling arrangement (3, 3', 3") for coupling the vehicle trailer to a towing vehicle, which arrangement can be detachably secured to the drawbar body (2, 2'), the vehicle coupling arrangement (3, 3', 3") having a connecting portion (5, 5', 5"), which can be secured to the drawbar body (2, 2'), and a coupling portion (4, 4', 4"), and it being possible, by using screws in order to secure the coupling portion (4, 4', 4") to the connecting portion (5, 5', 5") and the connecting portion (5, 5', 5") to the drawbar body (2, 2'), for the coupling portion (4, 4', 4") and the connecting portion (5, 5', 5") to be detachably secured in each case to the relevant other element (5, 5', 5" or 2, 2'), it being possible for the vehicle coupling arrangement (3, 3', 3") to be secured to the drawbar body (2, 2') in a height-adjustable manner, characterized in that a height adjustment device (35, 35', 35") for adjusting the height of the vehicle coupling arrangement (3, 3', 3") relative to a trailer frame is arranged on the drawbar body (2, 2').
A golf club head comprising: a wood type golf club head body including a ball striking face portion at a front side thereof, a rear side opposite the front side, a crown portion, and a sole portion; wherein the sole portion of the golf club head body is configured so that the golf club head body includes: a bump portion that protrudes from the sole portion; and an indented portion that recedes into the sole portion and creates a recess in the sole portion of the golf club head body; and further wherein the bump portion and the indented portion are configured so that a center of gravity of the club head body is nearer to one of a heel edge of the club head body or a toe edge of the club head body. a wood type golf club head body including a ball striking face portion at a front side thereof, a rear side opposite the front side, a crown portion, and a sole portion; wherein the sole portion of the golf club head body is configured so that the golf club head body includes: a bump portion that protrudes from the sole portion; and an indented portion that recedes into the sole portion and creates a recess in the sole portion of the golf club head body; and a bump portion that protrudes from the sole portion; and an indented portion that recedes into the sole portion and creates a recess in the sole portion of the golf club head body; and further wherein the bump portion and the indented portion are configured so that a center of gravity of the club head body is nearer to one of a heel edge of the club head body or a toe edge of the club head body.
A functionalized optical element comprising: an optical base element (12; 26a; 26b); and a functionalized layered structure (14; 20a; 20b) incorporating at least one functional layer which is glued directly to the optical base element to form a functionalized optical element (10; 10a; 10b), wherein the functionalized optical element further includes a tri-layer adhesive structure which comprises (i) a layer of latex adhesive (16a; 24a; 24b) disposed on a surface of said functionalized layered structure, (ii) a second layer of latex adhesive (16c; 30a; 30b) disposed on a surface of said optical base element, and (iii) a layer of hot melt adhesive (16b; 32a; 32b) disposed in between said latex layers to form a tri-layer adhesive that permanently retains the functionalized layered structure (14; 20a; 20b) on the optical base element (12; 26a; 26b) while maintaining optical quality. an optical base element (12; 26a; 26b); and a functionalized layered structure (14; 20a; 20b) incorporating at least one functional layer which is glued directly to the optical base element to form a functionalized optical element (10; 10a; 10b), wherein the functionalized optical element further includes a tri-layer adhesive structure which comprises (i) a layer of latex adhesive (16a; 24a; 24b) disposed on a surface of said functionalized layered structure, (ii) a second layer of latex adhesive (16c; 30a; 30b) disposed on a surface of said optical base element, and (iii) a layer of hot melt adhesive (16b; 32a; 32b) disposed in between said latex layers to form a tri-layer adhesive that permanently retains the functionalized layered structure (14; 20a; 20b) on the optical base element (12; 26a; 26b) while maintaining optical quality.
A fold rear-view mirror assembly for motor vehicles, the assembly comprising: - a base member for being mounted on a motor vehicle; - a mirror housing; - a shaft arranged such that the mirror housing is allowed to be rotated relative to the base member between a mirror operative condition and a mirror folded condition, and vice versa; - an elastic element associated with the shaft and arranged such that a force is applied on both the base member and the mirror housing; and - a retaining mechanism comprising a locking member for carrying a flexible retaining element clamped therein, wherein the flexible retaining element can be moved to the locking member between at least a release position, in which the flexible retaining element can be moved relative to the shaft, and a lock position, in which the flexible retaining element is received in a recess formed in the shaft causing the flexible retaining element to be locked to the shaft so that the elastic element is axially retained against the locking member, characterized in that the flexible retaining element has at least one hooking portion comprising an at least substantially curved free end portion for preventing the flexible retaining element from being removed from the locking member. - a base member for being mounted on a motor vehicle; - a mirror housing; - a shaft arranged such that the mirror housing is allowed to be rotated relative to the base member between a mirror operative condition and a mirror folded condition, and vice versa; - an elastic element associated with the shaft and arranged such that a force is applied on both the base member and the mirror housing; and - a retaining mechanism comprising a locking member for carrying a flexible retaining element clamped therein,
A remote controlled small flying body with at least an upper and a lower lift area (17, 18), with at least a propeller drive pair (12, 13), and with a weight element, whose position can be varied to change the centre of gravity of the small flying body in the longitudinal direction of the small flying body, wherein the upper lift area is arranged above a plane formed by the rotational axes of the propeller drives (12, 13) in order to generate a lifting force, wherein the upper lift area is arranged above a lower lift area, characterized in that the small flying body is designed as a flying wing and in that the flight attitude is adjustable in relation to a longitudinal axis and a vertical axis of the flying body by means of a difference between the driving forces, preferably between the rotation speeds of the propeller drives (12, 13).
A method for a user equipment of obtaining data for observing performance related to Random Access in a cellular radio system, where the user equipment can connect to the system, the method comprising the steps of: - measuring and storing data needed to compute measurements to be reported, - generating a measurement report, and the method being characterized by - transmitting the measurement report when one or a multiple of a set of reporting trigger conditions are met, wherein the report includes an indication of whether a contention has occurred. - measuring and storing data needed to compute measurements to be reported, - generating a measurement report, and the method being characterized by - transmitting the measurement report when one or a multiple of a set of reporting trigger conditions are met, wherein the report includes an indication of whether a contention has occurred.
A mobility module (110; 120) for navigating through a passageway having a varying diameter comprising: - a longitudinally extending central support member (112; 122) having first and second longitudinal ends; - first and second expandable and collapsible linkages (131, 133; 132, 134) movable at least radially relative to the central support member (112; 122); - a first casing (114; 124) coupled to the central support member (112; 122) via the first expandable and collapsible linkage (131; 132), the first casing (114; 124) having an external surface including a first movable track (115; 125); - a second casing (116; 126) coupled to an opposite side of the central support member (116; 126) from the first casing, the second casing (116; 126) coupled to the central support member (112; 122) via the second expandable and collapsible linkage (133; 134) and including an external surface including a second movable track; and characterised by - wheels rotatably mounted on the central support member (112; 122) at the first and second longitudinal ends of the central support member (112; 122), the wheels having an axis of rotation perpendicular to the longitudinal axis of the central support member (112; 122). - a longitudinally extending central support member (112; 122) having first and second longitudinal ends; - first and second expandable and collapsible linkages (131, 133; 132, 134) movable at least radially relative to the central support member (112; 122); - a first casing (114; 124) coupled to the central support member (112; 122) via the first expandable and collapsible linkage (131; 132), the first casing (114; 124) having an external surface including a first movable track (115; 125); - a second casing (116; 126) coupled to an opposite side of the central support member (116; 126) from the first casing, the second casing (116; 126) coupled to the central support member (112; 122) via the second expandable and collapsible linkage (133; 134) and including an external surface including a second movable track; and characterised by - wheels rotatably mounted on the central support member (112; 122) at the first and second longitudinal ends of the central support member (112; 122), the wheels having an axis of rotation perpendicular to the longitudinal axis of the central support member (112; 122).