mhurhangee/ep-ind-claims huggingface dataset:
Electrical board for connecting two electrical harnesses to each other, wherein said board comprises a module holder and at least one connector module to establish the connection between the two electrical harnesses, said connector module comprising a base engaged with the module holder, a perforated core extending the base and allowing connection of the two harnesses to each other via plugs, characterised in that the module holder comprises: - a fixed jaw; - a movable jaw mounted to pivot on the fixed jaw between a closed position in which the movable jaw is against the fixed jaw and an open position in which the movable jaw is spaced apart from the jaw, and - locking means for holding the mobile jaw in the closed position, and, the fixed jaw comprises an elongated groove capable of longitudinally receiving, by a detachable engagement, the base of several connector modules arranged side by side, the movable jaw extending along said groove in the closed position to then block there the module(s) received therein. - a fixed jaw; - a movable jaw mounted to pivot on the fixed jaw between a closed position in which the movable jaw is against the fixed jaw and an open position in which the movable jaw is spaced apart from the jaw, and - locking means for holding the mobile jaw in the closed position, and,
A transmission rate control method in Enhanced Uplink, EUL, for controlling a transmission rate of user data to be transmitted via an uplink by a mobile station, the method comprising the steps of: notifying an initial maximum allowable transmission rate of the user data to the mobile station from a radio network controller, when a serving cell of the mobile station is to be changed; determining, at the mobile station, the transmission rate of the user data based on the initial maximum allowable transmission rate notified from the radio network controller; and determining, at the mobile station, the transmission rate of the user data based on a maximum allowable transmission rate notified from the changed serving cell of the mobile station, after the maximum allowable transmission rate is received at the mobile station from the changed serving cell. notifying an initial maximum allowable transmission rate of the user data to the mobile station from a radio network controller, when a serving cell of the mobile station is to be changed; determining, at the mobile station, the transmission rate of the user data based on the initial maximum allowable transmission rate notified from the radio network controller; and determining, at the mobile station, the transmission rate of the user data based on a maximum allowable transmission rate notified from the changed serving cell of the mobile station, after the maximum allowable transmission rate is received at the mobile station from the changed serving cell.
Nonvolatile two-transistor semiconductor memory cell having a memory transistor having a predetermined threshold voltage, which has a source and drain region with a channel region lying in between in a substrate, a first memory transistor insulation layer, a charge storage layer, a second memory transistor insulation layer and a memory transistor control layer being formed at the surface of the channel region; and a selection transistor having a predetermined threshold voltage, which has a source and drain region with a channel region lying in between in the substrate, a first selection transistor insulation layer and a selection transistor control layer (4*) being formed at the surface of the channel region, and the first selection transistor insulation layer being thicker than the first memory transistor insulation layer, as a result of which the threshold voltages in the selection and memory transistors (AT, ST) are different, characterized in that the threshold voltages are raised by a substrate/well doping in such a way that the threshold voltage (V th,A) of an evaluation circuit coincides with the threshold voltage (V th,UV) of the memory transistor in the uncharged state, the selection transistor control layer (4*) and the charge storage layer in each case comprising a metallic layer, and the selection transistor control layer (4*) having a different material layer from the charge storage layer in order to correct the threshold value raising in the selection transistor.
A composition for use in a method of medical treatment by ameliorating depressive symptoms resulting from sleep disorders caused by a) mental diseases, b) neurological diseases, or c) age-related reduction in mental and physical functions, said composition comprising arachidonic acid and/or a compound having arachidonic acid as a constituent fatty acid, wherein the compound having arachidonic acid as a constituent fatty acid is an alcohol ester of arachidonic acid, or a triglyceride or glycolipid in which part or all of the constituent fatty acid is arachidonic acid.
Method for producing a vehicle component, in the case of which method a joint housing is inserted in a predefined insertion direction into a through hole of a structural component, the insertion of the joint housing into the through hole in the insertion direction being ended when a stop element of the joint housing bears against the structural component, the joint housing being connected in an integrally joined manner to the structural component after the insertion, the joint housing being inserted with its housing bottom at the front into the through hole, and the joint housing and the structural component being welded to one another in an integrally joined manner with at least one direction component counter to the insertion direction, the joint housing and the structural component being connected to one another in an integrally joined manner in the direction of the stop element, starting from a side of the structural component, which side faces away from the stop element, characterized in that, after the insertion of the joint housing into the through hole and after the connection of the joint housing to the structural component in an integrally joined manner, a securing element for additionally securing the joint housing on the structural component is produced on the outer side of the joint housing, the securing element being arranged in the region of a side of the structural component, which side faces away from the stop element, and the securing element being configured as a projection which projects towards the outside from an outer side of the joint housing.
Method for founding an offshore construction with an anchoring structure and at least one foundation pile inserted into the subsoil beneath the sea bed, whereby at least part of the structure within the foundation pile is affixed in the subsoil beneath the sea bed under load transfer, and grouted inside the foundation pile using a curable mass, characterised in that the foundation pile is equipped with a load-bearing, self-levelling filling up to predetermined level prior to inserting the structure, in that the structure on the filling is deposited in the subsoil beneath the sea bed and/or in the foundation pile under load transfer, and in that the grouting compound is inserted after depositing the structure on the filling.
A drop tube adapter for a load balancing arm of a medical device support system, the adapter including: a body having a central axis; a drop tube at one end of the body that is rotatably connectable to a support structure of the medical device support system; at least one rotational stop protruding from a portion of the one end and radially offset from the central axis; and, an interface at an opposite end of the body that is connectable to a hub of the load balancing arm; wherein the drop tube includes a spindle with a circular groove to radially receive a retaining clip to axially support the drop tube. a body having a central axis; a drop tube at one end of the body that is rotatably connectable to a support structure of the medical device support system; at least one rotational stop protruding from a portion of the one end and radially offset from the central axis; and, an interface at an opposite end of the body that is connectable to a hub of the load balancing arm; wherein the drop tube includes a spindle with a circular groove to radially receive a retaining clip to axially support the drop tube.
Woven fabric belt, in particular forming fabric, for a machine for producing and/or processing a fibrous web, comprising a first woven fabric layer with first longitudinal threads (1, 3, 4, 6, 8, 9, 11, 12, 14, 16, 17, 19, 20, 22, 24, 25, 27, 28, 30, 32) and first transverse threats (T1 to T12) woven with the first longitudinal threads, and a second woven fabric layer with second longitudinal threads (2, 5, 7, 10, 13, 15, 18, 21, 23, 26, 29, 31) and second transverse threads (B1 to B12) woven with the second longitudinal threads, the two woven fabric layers (101, 102) being arranged one above the other and the weaving pattern of the woven fabric belt repeating in repeats, the first longitudinal threads (1, 3, 4, 6, 8, 9, 11, 12, 14, 16, 17, 19, 20, 22, 24, 25, 27, 28, 30, 32) and the second longitudinal threads (2, 5, 7, 10, 13, 15, 18, 21, 23, 26, 29, 31) in each repeat being arranged in a plurality of groups (I, II), with a first group and a second group and at least one further of the first and/or second group (I, II), each first group being formed from a first longitudinal thread (1, 3, 4, 6, 8, 9, 11, 12, 14, 16, 17, 19, 20, 22, 24, 25, 27, 28, 30, 32) and a second longitudinal thread (2, 5, 7, 10, 13, 15, 18, 21, 23, 26, 29, 31) arranged under the first longitudinal thread, and each second group respectively being formed from two first longitudinal threads (1, 3, 4, 6, 8, 9, 11, 12, 14, 16, 17, 19, 20, 22, 24, 25, 27, 28, 30, 32) and a second longitudinal thread (2, 5, 7, 10, 13, 15, 18, 21, 23, 26, 29, 31) arranged under the two first longitudinal threads, characterized in that the first and second longitudinal threads in each group (I, II), viewed in vertical projection onto the woven fabric layers (101, 102), are arranged not to be offset or to be offset only slightly in relation to one another, so that at most a clearance of one half diameter of a first longitudinal thread (1, 3, 4, 6, 8, 9, 11, 12, 14, 16, 17, 19, 20, 22, 24, 25, 27, 28, 30, 32) is formed between the said first and second longitudinal threads, wherein, for the case in which the threads do not have a circular cross-sectional area, the term diameter is to be understood to be the diameter of a circular cross-sectional area which has the same surface content as the cross-sectional area which does not have a circular cross section.
An injection device comprising: - a housing, - a dose setting member being rotationally operable to set a desired dose, - a piston rod adapted to cooperate with a piston to cause a set dose to be expelled from the injection device, - a mode locking member (8; 24, 26) rotationally locked to the housing and movable between a first extreme position and a second extreme position, and - an injection button (4; 3) being operable by pushing to cause the piston rod to cooperate with the piston to cause a set dose to be expelled from the injection device, the injection button (4; 3) being operatively connected to the mode locking member (8; 24, 26) in such a manner that when the injection button (4; 3) is operated by pushing to cause a set dose to be expelled from the injection device, the mode locking member (8; 24, 26) is automatically moved from the first extreme position to the second extreme position, wherein the mode locking member (8; 24, 26) is adapted to be in the first extreme position during dose setting wherein the piston rod is prevented from cooperating with the piston, wherein the mode locking member (8; 24, 26) is provided with a first set of teeth, and the dose setting member is provided with a first set of mating teeth, and wherein the first set of teeth and the first set of mating teeth move into engagement when the mode locking (8; 24, 26) member is moved into the second extreme position, and wherein the mode locking member (8; 24, 26) is adapted to be in the second extreme position during injection of a set dose to prevent the dose setting member from being rotationally operated to set a dose. - a housing, - a dose setting member being rotationally operable to set a desired dose, - a piston rod adapted to cooperate with a piston to cause a set dose to be expelled from the injection device, - a mode locking member (8; 24, 26) rotationally locked to the housing and movable between a first extreme position and a second extreme position, and - an injection button (4; 3) being operable by pushing to cause the piston rod to cooperate with the piston to cause a set dose to be expelled from the injection device, the injection button (4; 3) being operatively connected to the mode locking member (8; 24, 26) in such a manner that when the injection button (4; 3) is operated by pushing to cause a set dose to be expelled from the injection device, the mode locking member (8; 24, 26) is automatically moved from the first extreme position to the second extreme position,
An airfoil assembly comprising: an airfoil fairing having a fairing platform and a hollow airfoil section extending from the fairing platform, wherein the fairing platform has a wall; a spar having a spar leg extending in the hollow airfoil section, the spar leg having a spar leg periphery; and a seal plate secured with the fairing platform, the seal plate having an opening, the opening having an opening periphery (82a-1) that is complementary to the spar leg periphery, the spar leg extending through the opening, characterised in that: the seal plate has a first plate piece and a second plate piece, wherein the wall of the fairing platform is sandwiched between the first plate piece and the second plate piece, wherein the wall of the fairing platform has an edge offset from edges of the opening to form a channel around the opening periphery (82a-1) and between the first plate piece and the second plate piece; and the airfoil assembly comprises a crush seal arranged in the channel, the seal sealing around the spar leg periphery. an airfoil fairing having a fairing platform and a hollow airfoil section extending from the fairing platform, wherein the fairing platform has a wall; a spar having a spar leg extending in the hollow airfoil section, the spar leg having a spar leg periphery; and a seal plate secured with the fairing platform, the seal plate having an opening, the opening having an opening periphery (82a-1) that is complementary to the spar leg periphery, the spar leg extending through the opening, characterised in that: the seal plate has a first plate piece and a second plate piece, wherein the wall of the fairing platform is sandwiched between the first plate piece and the second plate piece, wherein the wall of the fairing platform has an edge offset from edges of the opening to form a channel around the opening periphery (82a-1) and between the first plate piece and the second plate piece; and the airfoil assembly comprises a crush seal arranged in the channel, the seal sealing around the spar leg periphery. the seal plate has a first plate piece and a second plate piece, wherein the wall of the fairing platform is sandwiched between the first plate piece and the second plate piece, wherein the wall of the fairing platform has an edge offset from edges of the opening to form a channel around the opening periphery (82a-1) and between the first plate piece and the second plate piece; and the airfoil assembly comprises a crush seal arranged in the channel, the seal sealing around the spar leg periphery.
A method for analyzing a geophysical data volume obtained or derived from a geophysical survey of a subsurface region to determine physical structure of the subsurface region, comprising: (a) dividing the data volume into a plurality N of initial segments; (b) successively combining pairs of segments until the number of segments is reduced to a selected number M, where M < N; and (c) analyzing some or all of either the M segments, or segments from an intermediate stage of combination, to interpret subsurface physical structure; wherein the method is computer implemented, and at least the successively combining pairs of segments is performed using the computer; CHARACTERISED IN THAT: (i) at least one of the initial segments of the plurality N of initial segments is greater than one voxel in size; and (ii) combining pairs of segments comprises: - sequencing the initial segments by a selected sequence rule; - graphing sequential sequence number vs. segment size; - smoothing the graph a plurality of times and tracking segment number boundaries that survive and those that vanish at each smoothing stage; and - using order of vanishing of boundaries to determine order of combining corresponding pairs of segments. (a) dividing the data volume into a plurality N of initial segments; (b) successively combining pairs of segments until the number of segments is reduced to a selected number M, where M < N; and (c) analyzing some or all of either the M segments, or segments from an intermediate stage of combination, to interpret subsurface physical structure; (i) at least one of the initial segments of the plurality N of initial segments is greater than one voxel in size; and (ii) combining pairs of segments comprises: - sequencing the initial segments by a selected sequence rule; - graphing sequential sequence number vs. segment size; - smoothing the graph a plurality of times and tracking segment number boundaries that survive and those that vanish at each smoothing stage; and - using order of vanishing of boundaries to determine order of combining corresponding pairs of segments. - sequencing the initial segments by a selected sequence rule; - graphing sequential sequence number vs. segment size; - smoothing the graph a plurality of times and tracking segment number boundaries that survive and those that vanish at each smoothing stage; and - using order of vanishing of boundaries to determine order of combining corresponding pairs of segments.
A packaging for cigarettes or other elongated articles for smokers, consisting of an outer packaging, in particular designed as a hinge lid pack, and an inner packaging with an inner blank which surrounds a cigarette group and forms an inner front wall, inner end wall, inner rear wall, inner side walls and inner bottom wall thereby forming closure seams, in particular side seams in the region of inner side walls, wherein the inner packaging comprises a removal opening with a repeatedly usable closure or actuation flap which is arranged by means of repeatedly effective glue on the inner packaging in the region of an inner end wall and of a connecting end-face region of the inner front wall with a preferably glue-free) gripping or connecting tab, and wherein an upper, end-face region of the inner packaging is provided on the outside surface with a covering which is produced from a preferably one-piece cover blank which is attached by folding, and wherein the covering consists of at least one cover front wall in the region of the inner front wall, one cover end wall in the region of the inner end wall and of cover side walls - preferably visible in part with the lid of the outer packaging open - in the region of the inner side walls, and wherein the cover blank is connected to the inner packaging by means of, in particular, full-surface bonding for forming the preferably approximately hood-like covering, characterized in that the cover side walls are formed by folding tabs which partially overlap one another in the region of the inner side walls, wherein the folding of the cover blank in the region of cover side walls is formed by folding tabs which are connected together and create an envelope fold or from folding tabs which are separated from one another as a result of consecutive folding steps with partial mutual overlap.
Body structure for a chassis of a vehicle in a modular design having a passenger compartment modular unit and a rear carriage modular unit, characterised by a middle modular unit and a tunnel modular unit which are arranged between the passenger compartment modular unit and the rear carriage modular unit wherein the middle modular unit is designed as a one-piece component.
Mixer for an exhaust system of an internal combustion engine, comprising a mixer housing with an inflow opening and with an outflow opening, wherein a first flow duct following the inflow opening in the mixer housing and a second flow duct lead parallel to one another to a third flow duct and open into the latter, wherein the third flow duct leads to the outflow opening, wherein the first flow duct and the second flow duct are provided between an outer wall of the mixer housing and a flow divider wall enclosed by the outer wall, and the third flow duct is enclosed by the flow divider wall, wherein the first flow duct and the second flow duct open into the third flow duct in the area of a flow opening in the flow divider wall, wherein the mixer housing defines outwardly the first flow duct with a first bulge area of the outer wall and it defines outwardly the second flow duct with a second bulge area of the outer wall, characterized in that the first bulge area and the second bulge area adjoin one another in the area of an indentation area, wherein the indentation area forms a flow deflection area deflecting the exhaust gas flows from the first flow duct and from the second flow duct into the third flow duct, and in that the flow opening is located opposite the indentation area. wherein the first flow duct and the second flow duct open into the third flow duct in the area of a flow opening in the flow divider wall, wherein the mixer housing defines outwardly the first flow duct with a first bulge area of the outer wall and it defines outwardly the second flow duct with a second bulge area of the outer wall, characterized in that the first bulge area and the second bulge area adjoin one another in the area of an indentation area, wherein the indentation area forms a flow deflection area deflecting the exhaust gas flows from the first flow duct and from the second flow duct into the third flow duct, and in that the flow opening is located opposite the indentation area.
A distributed Brillouin sensor system comprising a pump laser, a Brillouin sensor fiber (4, 10, 50), and a detector system, wherein the pump laser is arranged so as to send a pump signal into a first end of the Brillouin sensor fiber, and the detector system is arranged to detect Brillouin backscattering from the Brillouin sensor fiber, wherein the Brillouin sensor fiber is characterized by having - a high Brillouin gain, and - a negative dispersion which is more negative than -2 ps/nm/km, and wherein - an effective area of the sensor fiber is less than or equal to 40 μm 2, and the attenuation is less than 0.25 dB/km. - a high Brillouin gain, and - a negative dispersion which is more negative than -2 ps/nm/km, and wherein - an effective area of the sensor fiber is less than or equal to 40 μm 2, and the attenuation is less than 0.25 dB/km.