mhurhangee/ep-ind-claims huggingface dataset:
Traction air device wherein the air device comprises at least one wing (11, 12) which is made according to a multiple element configuration including a set of wing contours (21, 22, 23, 24) constituting a multiple wing contours which are placed in a reciprocal proximity condition, said set of wing contours (21, 22, 23, 24) comprising at least one first wing contour and one second wing contour which are reciprocally placed one after the other in a reciprocal parallelism condition and spaced from each other in such a way as to leave at least one slot (38, 39) between a trailing edge or tail end of the first wing contour and a leading edge or head end of the second wing contour, the terms "head" and "tail" referring to an advancement direction of said traction air device, the air device comprising at least two of said wings (11, 12) which are placed according to a reciprocally superimposed configuration in which a first wing is connected to a second wing by means of connection elements (13, 14) which keep the two wings (11, 12) spaced from each other, characterised in that said first wing is vertically misaligned with respect to said second wing, the connection elements (13, 14) having a resistant structure and being connected to the wings (11, 12) according to a configuration such that a longitudinal development axis of the connection elements (13, 14) is angled with respect to wing planes (19, 20) of the wings (11, 12) and the multiple wing contours (21, 22, 23, 24) being fixed to each other by means of a series of wing ribs which are arranged spaced from each other along the longitudinal development of the wing contours (21, 22, 23, 24), the wing ribs keeping the wing contours (21, 22, 23, 24) together according to a reciprocally spaced configuration of one with respect to the others so that the load among the various wing contours (21, 22, 23, 24) is distributed, the wing ribs constituting a core of a spar structure with a double "T" section configuration in which the first wing contour and the third wing contour correspond to the bases of the spars and are reciprocally connected by the wing ribs.
A braided composite spar or preform for a braided composite spar, comprising a plurality of tubular plies of braided fibres (37,38), wherein the spar or preform has a centre line which extends lengthwise from a root to a tip, characterised in that at least part of the centre line follows a curved path which does not lie in a single plane, wherein the curved path lies within a tapered portion of the spar or preform in which each ply has a height which reduces and a width which increases as it extends toward the tip.
A system for outputting content through a network, the system comprising: a first server configured to store content received in an account of a user; and a second server (120, 130) configured to obtain the content from the first server, convert the content into output data, and transmit the output data to an output device, according to an output request received from a mobile terminal of the user; wherein the first server, the second server and the output device are comprised within a security network not including the mobile terminal; and, wherein when the second server is arranged to receive from the mobile terminal a request to review the content and in response thereto the second server is configured to convert the content into output data for transmitting the output data to the output device and to transmit a preview to the mobile terminal, wherein the preview is other than the entire content and comprises at least one of: a thumbnail, a summary file, a partial view and an abstract of the content, thereby to prevent transmission of the entire content to outside the secure network in response to the request from the mobile terminal. a first server configured to store content received in an account of a user; and a second server (120, 130) configured to obtain the content from the first server, convert the content into output data, and transmit the output data to an output device, according to an output request received from a mobile terminal of the user; wherein the first server, the second server and the output device are comprised within a security network not including the mobile terminal; and, wherein when the second server is arranged to receive from the mobile terminal a request to review the content and in response thereto the second server is configured to convert the content into output data for transmitting the output data to the output device and to transmit a preview to the mobile terminal, wherein the preview is other than the entire content and comprises at least one of: a thumbnail, a summary file, a partial view and an abstract of the content, thereby to prevent transmission of the entire content to outside the secure network in response to the request from the mobile terminal.
A method for adapting mobility parameters by a User Equipment, UE, in a wireless communication network, the method comprising: determining a speed estimate for the UE at one or both of a base station and the UE; dynamically determining whether to determine the UE speed estimate at the base station or the UE in response to UE transmission and reception activity modes; and adapting the mobility parameters by the UE based on the determined UE speed estimate. determining a speed estimate for the UE at one or both of a base station and the UE; dynamically determining whether to determine the UE speed estimate at the base station or the UE in response to UE transmission and reception activity modes; and adapting the mobility parameters by the UE based on the determined UE speed estimate.
A device (12, 13) for allocating a time and frequency resource for a resource request indicator, RRI, comprising: a first unit (1220, 1320), configured to allocate codes for the RRI and other uplink control signaling for multiplexing the RRI and the other uplink control signaling in the same time and frequency resource in a code division manner, characterized in that extended manners in time domain and frequency domain corresponding to a first part of the codes allocated for the RRI are respectively the same as extended manners in time domain and frequency domain corresponding to the codes allocated for a pilot part of the other uplink control signaling, and extended manners in time domain and frequency domain corresponding to a second part of the codes allocated for the RRI are respectively the same as extended manners in time domain and frequency domain corresponding to the codes allocated for a data part of the other uplink control signaling. a first unit (1220, 1320), configured to allocate codes for the RRI and other uplink control signaling for multiplexing the RRI and the other uplink control signaling in the same time and frequency resource in a code division manner, characterized in that extended manners in time domain and frequency domain corresponding to a first part of the codes allocated for the RRI are respectively the same as extended manners in time domain and frequency domain corresponding to the codes allocated for a pilot part of the other uplink control signaling, and extended manners in time domain and frequency domain corresponding to a second part of the codes allocated for the RRI are respectively the same as extended manners in time domain and frequency domain corresponding to the codes allocated for a data part of the other uplink control signaling.
An extract of Lespedeza capitata for its use for the treatment and/or prevention of at least one dermo-capillary disorder, characterized in that the at least one dermo-capillary disorder is selected from alopecia, seborrhea of the scalp, and a combination thereof and that the extract is obtained from one or more parts of the Lespedeza capitata plant selected from aerial parts such as stems, branches, leaves, fruits, seeds and/or flowers following an extraction by a hydrophilic or moderately polar solvent selected from the group consisting of C1 to C5 alcohols, alkyl esters and a hydro-alcoholic mixture.
Container device comprising: a container receiver for receiving containers, wherein at least one single-use container is receivable in a receiving space of the container receiver, wherein the container receiver has at least a feed-through aperture in one or more side walls and/or the floor and/or the lid in order to feed through to the outside one or more fluid conduits connectable with the single-use container; at least one valve for controlling a fluid stream in a fluid conduit connected with the container; a pump device for generating a feed pressure of the fluid in the fluid conduit; a control device connectable with the valve and/or the pump device in order to control the valve and/or the pump device; and a frame supporting the container receiver, the valve, the pump device and the control device. a container receiver for receiving containers, wherein at least one single-use container is receivable in a receiving space of the container receiver, wherein the container receiver has at least a feed-through aperture in one or more side walls and/or the floor and/or the lid in order to feed through to the outside one or more fluid conduits connectable with the single-use container; at least one valve for controlling a fluid stream in a fluid conduit connected with the container; a pump device for generating a feed pressure of the fluid in the fluid conduit; a control device connectable with the valve and/or the pump device in order to control the valve and/or the pump device; and a frame supporting the container receiver, the valve, the pump device and the control device.
A power generating and floating plant over a natural river, a man-made canal or similar for the generation of electricity COMPRISING: a floating platform of the Catamaran type with pontoons that speed up the flow rate entering into a turbine, a metal fence between said pontoons before the turbine, WHEREIN at least one turbine with a central shaft, where said turbine comprises a water wheel with curved vanes and at least two supporting disks, where said curved vanes rest, and where said supporting disks comprise a plurality of holes, characterised in that the holes are distributed radially and concentrically from the center of the supporting disk, reducing their respective diameters approaching the center of the supporting disk; and a low-engine speed, permanent magnet generator. a floating platform of the Catamaran type with pontoons that speed up the flow rate entering into a turbine, a metal fence between said pontoons before the turbine, WHEREIN at least one turbine with a central shaft, where said turbine comprises a water wheel with curved vanes and at least two supporting disks, where said curved vanes rest, and where said supporting disks comprise a plurality of holes, characterised in that the holes are distributed radially and concentrically from the center of the supporting disk, reducing their respective diameters approaching the center of the supporting disk; and a low-engine speed, permanent magnet generator.
Apparatus for producing or expanding an earth bore in the earth, having a drilling and/or expansion tool (20, 24), which is connected via a pulling and/or pushing element to a drive unit and, by way of the latter, is movable through the earth towards the drive unit, or away from the drive unit, at an advancing speed (v), having a pump for delivering a flushing liquid to the drilling and/or expansion tool (20, 24), wherein the flushing liquid exits at the drilling and/or expansion tool (20, 24), having a control unit for controlling at least the pump, wherein the control unit sets the volumetric flow rate, generated by the pump, of the flushing liquid in a manner dependent on the advancing speed (v), characterized in that the control unit determines the quantity of flushing liquid per route section that is required for an earth bore or for an expansion of an earth bore on the basis of at least one parameter of the bore to be produced or expansion, and in that the control unit controls the pump such that the volumetric flow rate ( V̇) of the flushing liquid is set, in a manner dependent on the advancing speed (v), such that the determined quantity of flushing liquid per route section exits at the drilling and/or expansion tool (20, 24).
Connecting device (2, 102), in particular for arrangement in an insulating-material housing (1,101), which is designed for the switching of a conductor, and comprising the following: a) a busbar (3,103), b) a clamping spring (4, 104) for tightly clamping the conductor to the busbar (3, 103), which has at least one base leg (6, 106) and a free clamping leg (8, 108) which is connected via a bend (9, 109) in a V- or U-shaped manner to the base leg (6, 106), c) wherein the base leg (6, 106) is supported and held as an abutment on a clamping cage comprising the base leg and the busbar or directly on a wall (7, 107) of the insulating-material housing (1, 101), d) wherein the clamping spring (4, 104) is a spring acting on the conductor in the connected state as a compression spring, characterized by e) a combined, movable latching and triggering element (5, 105), i) which has a device for latching the latching and triggering element (5, 105) and/or the clamping leg (8, 108) in its open position of the clamping spring, which is preferably an undercut, and ii) at least one actuating projection (15, 115, 116) which can be actuated with a tool, in particular a screwdriver or a pin, and also without a tool for releasing the latching position and at least for moving the latching and triggering element (5, 105) into a conductor clamping position, in which it releases the clamping leg (8, 108). a) a busbar (3,103), b) a clamping spring (4, 104) for tightly clamping the conductor to the busbar (3, 103), which has at least one base leg (6, 106) and a free clamping leg (8, 108) which is connected via a bend (9, 109) in a V- or U-shaped manner to the base leg (6, 106), c) wherein the base leg (6, 106) is supported and held as an abutment on a clamping cage comprising the base leg and the busbar or directly on a wall (7, 107) of the insulating-material housing (1, 101), d) wherein the clamping spring (4, 104) is a spring acting on the conductor in the connected state as a compression spring, e) a combined, movable latching and triggering element (5, 105), i) which has a device for latching the latching and triggering element (5, 105) and/or the clamping leg (8, 108) in its open position of the clamping spring, which is preferably an undercut, and ii) at least one actuating projection (15, 115, 116) which can be actuated with a tool, in particular a screwdriver or a pin, and also without a tool for releasing the latching position and at least for moving the latching and triggering element (5, 105) into a conductor clamping position, in which it releases the clamping leg (8, 108). i) which has a device for latching the latching and triggering element (5, 105) and/or the clamping leg (8, 108) in its open position of the clamping spring, which is preferably an undercut, and ii) at least one actuating projection (15, 115, 116) which can be actuated with a tool, in particular a screwdriver or a pin, and also without a tool for releasing the latching position and at least for moving the latching and triggering element (5, 105) into a conductor clamping position, in which it releases the clamping leg (8, 108).
Double fitting for a vehicle seat, in particular for a motor vehicle seat, having two fittings which are operatively connected to one another, wherein each of the two fittings has a first fitting part and a second fitting part which are rotatable relative to one another about an axis, wherein the first fitting part and the second fitting part are in geared connection with one another or can be locked together, and two adapter parts (150, 160) which are arranged adjacent to one another in an axial direction and of which a first adapter part is connected to one of the two first fitting parts and a second adapter part is connected to the other of the two first fitting parts, or the first adapter part is connected to one of the two second fitting parts and the second adapter part is connected to the other of the two second fitting parts, characterized in that exactly one of the adapter parts (150, 160) is fixedly connectable to a structure part of the vehicle seat and the other of the two adapter parts (150, 160) is movable to a limited extent, in particular rotatable about the axis, relative to the structure part and relative to the adapter part (150, 160) which is fixedly connectable to the structure part and in that one of the two adapter parts (150, 160) has a projection which engages with play into a receptacle of the other of the two adapter parts (150, 160).
An in vitro method for generating induced neural border stem cells by the direct reprogramming of somatic human cells, comprising the step of culturing said somatic human cells in the presence of a mixture of transcription factors, wherein said mixture comprises the factors BRN2, SOX2, KLF4 and ZIC3, and wherein said culturing is performed in the presence of GSK-3 inhibitor Chir99021; Alk5 inhibitor II; and hedgehog/smoothened agonist Purmorphamine.
A formulation delivery head, comprising: a formulation delivery head housing; a manifold chamber defined within the e formulation delivery head housing and having a fluid inlet in fluid communication with a first formulation fluid source; a plurality of outlet nozzles configured to discharge a first formulation from the manifold chamber; and a distribution protrusion (274, 276) extending into the manifold chamber and configured to direct the flow of the first formulation from the fluid inlet to each of the plurality of outlet nozzles characterized in that the formulation delivery head, further comprising a reciprocating member configured to reciprocate the plurality of outlet nozzles. a formulation delivery head housing; a manifold chamber defined within the e formulation delivery head housing and having a fluid inlet in fluid communication with a first formulation fluid source; a plurality of outlet nozzles configured to discharge a first formulation from the manifold chamber; and a distribution protrusion (274, 276) extending into the manifold chamber and configured to direct the flow of the first formulation from the fluid inlet to each of the plurality of outlet nozzles characterized in that the formulation delivery head, further comprising a reciprocating member configured to reciprocate the plurality of outlet nozzles.
An acrylic rubber composition comprising, based on 100 parts by mass of an acrylic rubber obtained by copolymerizing 0.1 to 10% by mass of a crosslinkable group-containing monomer, 0.4 to 50.0 parts by mass of a liquid fluororubber which is in the form of a liquid at 20°C.
A gingival fibroblast-derived product for use for preventing or treating melastatic cancer in an individual, wherein cancer cell invasion is inhibited and wherein said gingival fibroblast-derived product is selected from the group consisting of gingival fibroblast whole cells, a gingival fibroblast culture, a gingival fibroblast extract and a gingival fibroblast conditioned medium.
A variable valve mechanism of an internal combustion engine, comprising: a main arm having at a tip end thereof a pressing portion that presses a valve, and having at a rear end thereof a supported portion that is continuously supported swingably by a support member without floating upward; a sub arm which is disposed next to the main arm, which has a tip end to which a roller contacting a cam is rotatably attached, in which a center of the roller is located rearward of the pressing portion and forward of a swing center of the supported portion with respect to a longitudinal direction of the sub arm and the main arm, and a rear end that is swingably supported with respect to the main arm by a support pin, and in which a center of the support pin is located rearward of the center of the roller with respect to a longitudinal direction of the sub arm and the main arm; and a switch pin (51, 52) that can be shifted between a coupling position where the sub arm is coupled to the main arm so as not to allow the sub arm to swing relative to the main arm, and a non-coupling position where the coupling between the sub arm and the main arm is released, and the switch pin (51, 52) is inserted in a central portion of the roller, characterized in that a center of the support pin is located forward of the swing center of the supported portion with respect to a longitudinal direction of the sub arm and the main arm. a main arm having at a tip end thereof a pressing portion that presses a valve, and having at a rear end thereof a supported portion that is continuously supported swingably by a support member without floating upward; a sub arm which is disposed next to the main arm, which has a tip end to which a roller contacting a cam is rotatably attached, in which a center of the roller is located rearward of the pressing portion and forward of a swing center of the supported portion with respect to a longitudinal direction of the sub arm and the main arm, and a rear end that is swingably supported with respect to the main arm by a support pin, and in which a center of the support pin is located rearward of the center of the roller with respect to a longitudinal direction of the sub arm and the main arm; and a switch pin (51, 52) that can be shifted between a coupling position where the sub arm is coupled to the main arm so as not to allow the sub arm to swing relative to the main arm, and a non-coupling position where the coupling between the sub arm and the main arm is released, and the switch pin (51, 52) is inserted in a central portion of the roller, characterized in that a center of the support pin is located forward of the swing center of the supported portion with respect to a longitudinal direction of the sub arm and the main arm.
A method comprising: setting a layer of a first material to a first temperature; setting a layer of a second material to a second temperature, wherein the first material and the second material have different coefficients of thermal expansion; bonding the layer of the first material and the layer of the second material while the layer of the first material is at the first temperature and the layer of the second material is at the second temperature; changing temperatures of the layer of the first material and the layer of the second material toward a third temperature while maintaining relative thermal expansions of the layers within 10% at all times before the layers reach the third temperature; wherein changing the temperatures of the layer of the first material and the layer of the second material toward the third temperature comprises using a temperature driver in the layer of the first material or the layer of the second material, wherein the temperature driver comprises a resistive heater or a Peltier device. setting a layer of a first material to a first temperature; setting a layer of a second material to a second temperature, wherein the first material and the second material have different coefficients of thermal expansion; bonding the layer of the first material and the layer of the second material while the layer of the first material is at the first temperature and the layer of the second material is at the second temperature; changing temperatures of the layer of the first material and the layer of the second material toward a third temperature while maintaining relative thermal expansions of the layers within 10% at all times before the layers reach the third temperature; wherein changing the temperatures of the layer of the first material and the layer of the second material toward the third temperature comprises using a temperature driver in the layer of the first material or the layer of the second material, wherein the temperature driver comprises a resistive heater or a Peltier device.