mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: placing an array of pick-up heads over or on semiconductor devices on a carrier substrate; selectively operating a subset of pick-up heads to attach a subset of the semiconductor devices to the subset of pick-up heads by a suction force responsive to placing the array of pick-up heads over or on the semiconductor devices; placing at least the subset of pick-up heads with the subset of semiconductor devices attached over or on a target substrate; and releasing the subset of the semiconductor devices onto the target substrate responsive to placing the at least the subset of pick-up heads over or on the target substrate, the method being characterized in that the suction force is created by operating a membrane (206/216) that places vacuum chambers of the subset of pick-up heads at a pressure that is lower than ambient pressure, the vacuum chambers connected to apertures in the pick-up head to which the subset of semiconductor devices attach. placing an array of pick-up heads over or on semiconductor devices on a carrier substrate; selectively operating a subset of pick-up heads to attach a subset of the semiconductor devices to the subset of pick-up heads by a suction force responsive to placing the array of pick-up heads over or on the semiconductor devices; placing at least the subset of pick-up heads with the subset of semiconductor devices attached over or on a target substrate; and releasing the subset of the semiconductor devices onto the target substrate responsive to placing the at least the subset of pick-up heads over or on the target substrate, the method being characterized in that the suction force is created by operating a membrane (206/216) that places vacuum chambers of the subset of pick-up heads at a pressure that is lower than ambient pressure, the vacuum chambers connected to apertures in the pick-up head to which the subset of semiconductor devices attach.
Machining apparatus comprising: - support means for supporting at least one workpiece being machined; - at least one machining unit for machining at least one workpiece supported by said support means; - sensor means arranged for detecting objects and/or people present in a safety area of said machining apparatus, said sensor means comprising emitting and receiving means for emitting at least one radiation and for receiving a possible return radiation reflected from objects and/or people present in said safety area, said emitting and receiving means comprising ultrasonic means; - at least one movable element that can operate in said safety area; characterized by comprising: - reflecting means arranged for reflecting the radiation emitted by said emitting and receiving means and/or the possible return radiation reflected from objects and/or people, said reflecting means comprises concave reflecting means, said reflecting means being at least partially arranged on said at least one movable element, wherein said reflecting means is configured so as to focus a reflected radiation beam in a planar region of space having a minimum dimension than the other two, said planar region being transverse to a direction of movement of said at least one movable element and wherein said reflecting means comprises parabolic reflecting means with a parabola axis that is transverse to a direction of movement of said at least one movable element. - support means for supporting at least one workpiece being machined; - at least one machining unit for machining at least one workpiece supported by said support means; - sensor means arranged for detecting objects and/or people present in a safety area of said machining apparatus, said sensor means comprising emitting and receiving means for emitting at least one radiation and for receiving a possible return radiation reflected from objects and/or people present in said safety area, said emitting and receiving means comprising ultrasonic means; - at least one movable element that can operate in said safety area; - reflecting means arranged for reflecting the radiation emitted by said emitting and receiving means and/or the possible return radiation reflected from objects and/or people, said reflecting means comprises concave reflecting means, said reflecting means being at least partially arranged on said at least one movable element, wherein said reflecting means is configured so as to focus a reflected radiation beam in a planar region of space having a minimum dimension than the other two, said planar region being transverse to a direction of movement of said at least one movable element and wherein said reflecting means comprises parabolic reflecting means with a parabola axis that is transverse to a direction of movement of said at least one movable element.
Method for manufacturing an acoustic panel, comprising: - a step of arranging on a mould one or more first layers of a material comprising a resin, so as to form a first skin of the panel, - a first step of heating the first layers so as to polymerize the resin, - a step of arranging on the first skin an adhesive material, - a step of arranging on the adhesive material an intermediate structure comprising cavities which each open out on the one hand on a first surface of the intermediate structure and on the other hand on a second surface of the intermediate structure, the cavities being oblique with respect to the first and second surfaces (26, 27), such that the adhesive material is enclosed between the first skin and the first surface of the intermediate structure, - a step of arranging on the second surface of the intermediate structure one or more second layers of a material comprising a resin, so as to form a second skin of the panel, - a third step of heating the assembly formed by the first skin, the intermediate structure and the second skin, so as to polymerize the resin of the second layers, the method comprising, before arranging the second layers, a second step of heating the assembly formed by the first skin, the adhesive material and the intermediate structure, so as to polymerize the adhesive material. - a step of arranging on a mould one or more first layers of a material comprising a resin, so as to form a first skin of the panel, - a first step of heating the first layers so as to polymerize the resin, - a step of arranging on the first skin an adhesive material, - a step of arranging on the adhesive material an intermediate structure comprising cavities which each open out on the one hand on a first surface of the intermediate structure and on the other hand on a second surface of the intermediate structure, the cavities being oblique with respect to the first and second surfaces (26, 27), such that the adhesive material is enclosed between the first skin and the first surface of the intermediate structure, - a step of arranging on the second surface of the intermediate structure one or more second layers of a material comprising a resin, so as to form a second skin of the panel, - a third step of heating the assembly formed by the first skin, the intermediate structure and the second skin, so as to polymerize the resin of the second layers,
Equipment for handling and/or transporting of backing rolls (6a, 6b) and/or working rolls (4a, 4b), preferably at least in pairs, particularly in sets, of a roll stand between the roll stand arranged in a rolling mill and a roll workshop and also in the roll workshop, comprising a roll change pit, which extends transversely to the rolling direction of the roll stand from the roll stand into the roll workshop, with a locomotive as travel equipment for at least one pair or a set of demounted backing or working rolls (6a, 6b; 4a, 4b) and a roll change stand movable in the roll workshop transversely to the roll change pit and crossing this as well as in or opposite to the rolling direction of the roll change stand, characterised in that the roll change stand comprises two roll receiving regions (13, 14) of, in particular, U-shaped cross-sectional or construction which are arranged at a spacing from one another in the rolling direction of the roll stand and which each comprise not only support surfaces (15, 16) for receiving working rolls (4a, 4b), but also support surfaces (17, 18) for receiving backing rolls (6a, 6b), which roll receiving regions can be moved through by the locomotive movable in the roll change pit.
Seat back with height-adjustable lumbar support arranged in the front part of the seat back next to the seat bottom, said lumbar support having a frame giving to the surface defined by the frame a curved shape, characterized in that the frame comprises curved side bars cooperating with slides made in posts (3, 4) of the seat back for sliding in a general vertical direction relative to the back, said frame comprising a gripping member to move it manually, the surface bound by the frame being provided with an elastically deformable flexible material.
A method for wireless communications by a base station, BS, comprising: determining one or more opportunities (802, 806) for assisting cell acquisition by one or more user equipments, UEs; boosting transmission power for one or more signals (808, 812) used for cell acquisition during the determined one or more opportunities (802, 806); characterized by reducing a number of physical downlink shared channel, PDSCH, assignments, during the determined one or more opportunities (802, 806), in order to boost the transmission power of the one or more signals (808, 812) used for cell acquisition. determining one or more opportunities (802, 806) for assisting cell acquisition by one or more user equipments, UEs; boosting transmission power for one or more signals (808, 812) used for cell acquisition during the determined one or more opportunities (802, 806); characterized by reducing a number of physical downlink shared channel, PDSCH, assignments, during the determined one or more opportunities (802, 806), in order to boost the transmission power of the one or more signals (808, 812) used for cell acquisition.
Storage device comprising a housing (1, 2) having narrow sides (5, 6) and broad sides (7, 7'), which housing stores a ratchet having a ratchet head which has a freewheel ratchet mechanism and a ratchet arm, and tool attachments, in particular screwdriver bits, which can be inserted into an insertion opening in the ratchet head, the ratchet being removably located in an opening for receiving tools, a relatively long narrow side being longer than the longitudinal extension of the whole ratchet, characterised in that the opening for receiving tools is associated with the relatively long narrow side, in which opening the ratchet is located in such a way that the plane of rotation of the freewheel ratchet mechanism lies approximately in the plane of the narrow side, the ratchet arm extending in the extension direction of the narrow side and the insertion opening thereof being accessible so that the drive portions of the tool attachments can be inserted therein, and so the housing (1, 2) can be used as a tool handle.
Method for operating a hand-held machine tool, wherein in at least one method step, the hand-held machine tool, depending on at least one movement parameter of the hand-held machine tool which is different from an actuating movement of an operating element of an operator interface of the hand-held machine tool, wherein the at least one movement parameter of the hand-held machine tool is formed as an acceleration value of the hand-held machine tool, as a local and/or global position parameter of the hand-held machine tool or as a movement vector of the hand-held machine tool, wherein the at least one movement parameter defines a movement of the hand-held machine tool as a whole, in particular a movement of the hand-held machine tool as a whole in space, and/or a local and/or global position of the hand-held machine tool and depending thereon, starting from a standby mode, the hand-held machine tool is switched to an active operating mode.
A phosphor containing a crystal phase having a chemical composition represented by the following formula, wherein the proportion of Mn based on the total mols of M IV' and Mn is at least 0.1 mol% and at most 6 mol%, and the specific surface area is at most 1.3 m 2 /g: M I' 2 M IV' F 6:R, wherein M I is at least one element selected from the group consisting of K and Na, M IV' is at least one element selected from the group consisting of Si and Ti, containing at least Si, and R is Mn 4+, wherein the weight-average median diameter D 50 of the phosphor, as measured by using a laser diffraction/scattering type particle size distribution-measuring apparatus, is from 10 to 50 μm.
Vertebral osteosynthesis equipment comprising: - an intervertebral implant; - a member for connecting vertebral bodies of both treated vertebrae, intended to be assembled to the intervertebral implant; - a member for assembling the connecting member to the intervertebral implant, and - instruments (50 to 54) for placing this implant, this connecting member and this assembling member, including a guiding rod; - the intervertebral implant comprises, on its proximal side relatively to the direction of its introduction into the intervertebral space, a hole comprising two coaxial portions (12, 13), i.e. a proximal portion of larger section and a distal portion of smaller section; - the connecting member comprises a hole which allows it to be engaged onto said guiding rod, this guiding rod being intended to be inserted into said distal portion of the hole of the implant; characterized in that: said proximal and distal portions (12, 13) comprises respective connecting means; - the assembling member comprises a conduit which allows it to be engaged and closely fitted on said guiding rod, and connecting means able to cooperate with the connecting means of the proximal portion of the hole of the implant. - an intervertebral implant; - a member for connecting vertebral bodies of both treated vertebrae, intended to be assembled to the intervertebral implant; - a member for assembling the connecting member to the intervertebral implant, and - instruments (50 to 54) for placing this implant, this connecting member and this assembling member, including a guiding rod; - the intervertebral implant comprises, on its proximal side relatively to the direction of its introduction into the intervertebral space, a hole comprising two coaxial portions (12, 13), i.e. a proximal portion of larger section and a distal portion of smaller section; - the connecting member comprises a hole which allows it to be engaged onto said guiding rod, this guiding rod being intended to be inserted into said distal portion of the hole of the implant; characterized in that: said proximal and distal portions (12, 13) comprises respective connecting means; said proximal and distal portions (12, 13) comprises respective connecting means; - the assembling member comprises a conduit which allows it to be engaged and closely fitted on said guiding rod, and connecting means able to cooperate with the connecting means of the proximal portion of the hole of the implant.
A collector for collecting washing fluid issuing (40, 41) from a gas turbine engine during and/or after a washing operation, the collector comprises, a collection tray (58, 53) and an inlet collector connected at a first end to the collection tray (58, 53) and is characterised in that its second end is adapted to be connected to an inlet of the engine, thereby the inlet collector collects washing fluid (40, 41) issuing from any one or both the inlet and below the engine.
Method for testing a plant or plant part for exhibiting a reduced or absent surface discolouration as compared to a control plant or plant part, which method comprises: a) providing a plant or plant part that is obtained from a plant population that shows genetic variation, in particular a gene bank; b) creating a wound surface on the plant or plant part or incubating the plant or plant part with a substrate that can be converted into a coloured pigment; c) incubating the plant or plant part or the wound surfaces created thereon to allow for discolouration to occur therein or thereon; d) observing the discolouration in or on the plants or plant parts; e) comparing the observed discolouration with the discolouration that is observed in the control plant or plant part to assess whether the plant or plant part shows no discolouration or a discolouration that is reduced as compared to the control plant or plant part; and f) identifying a plant or plant part that shows no discolouration or a discolouration that is reduced as compared to the control plant or plant part as a plant that harbours the reduced wound-induced surface discolouration trait. a) providing a plant or plant part that is obtained from a plant population that shows genetic variation, in particular a gene bank; b) creating a wound surface on the plant or plant part or incubating the plant or plant part with a substrate that can be converted into a coloured pigment; c) incubating the plant or plant part or the wound surfaces created thereon to allow for discolouration to occur therein or thereon; d) observing the discolouration in or on the plants or plant parts; e) comparing the observed discolouration with the discolouration that is observed in the control plant or plant part to assess whether the plant or plant part shows no discolouration or a discolouration that is reduced as compared to the control plant or plant part; and f) identifying a plant or plant part that shows no discolouration or a discolouration that is reduced as compared to the control plant or plant part as a plant that harbours the reduced wound-induced surface discolouration trait.
An image forming apparatus comprising: an image bearing member; an optical unit forming a latent image on said image bearing member; a reference stay configured to support the optical unit; and an elastic member (2, 3; 5, 6; 7; 8; 14) adapted to pressure the optical unit toward the reference stay and to fix the optical unit on a predetermined mounting position of the reference stay; wherein said optical unit is adapted to be detachable or mountable to the predetermined mounting position of the reference stay from a side of a main body of said image forming apparatus, wherein the optical unit is arranged to be inserted from the side of the main body of said image forming apparatus, characterized in that said elastic member (2, 3; 5, 6; 7; 8; 14) is integrally provided on a leading end part of the optical unit in an inserting direction of the optical unit on a side part of the optical unit so that the elastic member (2, 3; 5, 6; 7; 8; 14) is inserted in a fitting portion formed in the reference stay and is compressed by the fitting portion in a state in which the optical unit is mounted on the predetermined mounting position of the reference stay, and said optical unit is fixed on the predetermined mounting position by a force generated by said elastic member (2, 3; 5, 6; 7; 8; 14) being compressed. an image bearing member; an optical unit forming a latent image on said image bearing member; a reference stay configured to support the optical unit; and an elastic member (2, 3; 5, 6; 7; 8; 14) adapted to pressure the optical unit toward the reference stay and to fix the optical unit on a predetermined mounting position of the reference stay; wherein said optical unit is adapted to be detachable or mountable to the predetermined mounting position of the reference stay from a side of a main body of said image forming apparatus, wherein the optical unit is arranged to be inserted from the side of the main body of said image forming apparatus, said elastic member (2, 3; 5, 6; 7; 8; 14) is integrally provided on a leading end part of the optical unit in an inserting direction of the optical unit on a side part of the optical unit so that the elastic member (2, 3; 5, 6; 7; 8; 14) is inserted in a fitting portion formed in the reference stay and is compressed by the fitting portion in a state in which the optical unit is mounted on the predetermined mounting position of the reference stay, and said optical unit is fixed on the predetermined mounting position by a force generated by said elastic member (2, 3; 5, 6; 7; 8; 14) being compressed.
A heterocyclic compound represented by the following Formula 1-2 or 1-3: wherein: R1 to R10 are each hydrogen or a substituted or unsubstituted alkyl group, R12 and R13 are each a straight-chained alkyl group having 1 to 10 carbon atoms, and X101, X102, X201 and X202 are each hydrogen; a substituted or unsubstituted alkyl group; or a halogen group. R1 to R10 are each hydrogen or a substituted or unsubstituted alkyl group, R12 and R13 are each a straight-chained alkyl group having 1 to 10 carbon atoms, and X101, X102, X201 and X202 are each hydrogen; a substituted or unsubstituted alkyl group; or a halogen group.
Polymer sheet comprising multiple coextruded polymer layers, wherein at least one of these layers comprise a luminescence downshifting compound for at least partially absorbing radiation having a certain wavelength and re-emitting radiation at a longer wavelength than the wavelength of the absorbed radiation, and wherein the sheet comprises two outer polymer layers and at least one inner polymer layer, wherein an outer polymer layer or both outer polymer layers have a melting point T 1 which at least 10 °C below the melting point T 2 of at least one inner polymer layer, wherein the melting point T 1 is between 10 and 100 °C lower than the melting point T 2, and wherein the polymer sheet is obtained by co-extrusion of different polymer materials, which polymer materials are extruded at an extrusion temperature for each sub-layer so chosen that the largest difference in melt flow index of the polymers of the sub-layers at the extrusion temperature as applied for each sub-layer is lower than 3 MFI points.