mhurhangee/ep-ind-claims huggingface dataset:
A strobel for an article of footwear comprising: a base layer having a top surface, a forefoot portion, a midfoot portion, and a heel portion; and an upper layer, formed of a polymer material, having a bottom surface; and wherein the upper layer is directly bonded to the base layer in each of the forefoot portion, the midfoot portion, and the heel portion without any fastening members, adhesive, stitching or any other separate fastening members that secure the upper layer to the base layer; wherein the top surface of the base layer is an upper surface, wherein the upper surface of the base layer has a first portion that is covered by the upper layer, and a second portion that is not covered by the upper layer, wherein the second portion of the base layer is exposed, and wherein the second portion extends about an entire outer perimeter of the base layer and defines a peripheral flange for securing the strobel to an upper of an article of footwear, wherein the base layer is in the form of a single-piece of material, and wherein the width of the base layer is between 10 mm and 15 mm. a base layer having a top surface, a forefoot portion, a midfoot portion, and a heel portion; and an upper layer, formed of a polymer material, having a bottom surface; and wherein the upper layer is directly bonded to the base layer in each of the forefoot portion, the midfoot portion, and the heel portion without any fastening members, adhesive, stitching or any other separate fastening members that secure the upper layer to the base layer; wherein the top surface of the base layer is an upper surface, wherein the upper surface of the base layer has a first portion that is covered by the upper layer, and a second portion that is not covered by the upper layer, wherein the second portion of the base layer is exposed, and wherein the second portion extends about an entire outer perimeter of the base layer and defines a peripheral flange for securing the strobel to an upper of an article of footwear, wherein the base layer is in the form of a single-piece of material, and wherein the width of the base layer is between 10 mm and 15 mm.
A UV light curing system (100; 100a; 100b; 500) comprising: a UV light source; a primary reflector (108; 108a; 108b; 108c1; 108cn) for reflecting light emitted by the UV light source (104; 104c1; 104c2; 104c3; 104c4; 104cn) in a direction of a target; a secondary reflector (116; 116a; 116b; 116c1; 116c2; 116c3; 116c4; 116cn) on an opposite side of the target with respect to the primary reflector (108; 108a; 108b; 108c1; 108cn), wherein a reflective surface (116a1) of the secondary reflector (116; 116a; 116b; 116c1; 116c2; 116c3; 116c4;116cn) has a shape defined by a compound curve, characterized in that at least two tertiary reflectors (118a; 118b) positioned between the primary reflector (108; 108a; 108b; 108c1; 108cn) and the target, the tertiary reflectors (118a; 118b) reflecting light from the secondary reflector (116; 116a; 116b; 116c1; 116c2; 116c3; 116c4; 116cn) back toward the target and that a reflective surface (118a1; 118b1) of at least one of the tertiary reflectors (118a; 118b) has a shape defined by a compound curve. a UV light source; a primary reflector (108; 108a; 108b; 108c1; 108cn) for reflecting light emitted by the UV light source (104; 104c1; 104c2; 104c3; 104c4; 104cn) in a direction of a target; a secondary reflector (116; 116a; 116b; 116c1; 116c2; 116c3; 116c4; 116cn) on an opposite side of the target with respect to the primary reflector (108; 108a; 108b; 108c1; 108cn), wherein a reflective surface (116a1) of the secondary reflector (116; 116a; 116b; 116c1; 116c2; 116c3; 116c4;116cn) has a shape defined by a compound curve, characterized in that at least two tertiary reflectors (118a; 118b) positioned between the primary reflector (108; 108a; 108b; 108c1; 108cn) and the target, the tertiary reflectors (118a; 118b) reflecting light from the secondary reflector (116; 116a; 116b; 116c1; 116c2; 116c3; 116c4; 116cn) back toward the target and that a reflective surface (118a1; 118b1) of at least one of the tertiary reflectors (118a; 118b) has a shape defined by a compound curve.
A method of controlling folding of a wing, the method comprising: receiving a status, of at least one of: an aircraft, and a wing fold system comprised by the aircraft, by a wing fold controller comprised by the aircraft; receiving a command, by the wing fold controller, in response to receiving the status; operating the wing fold system, by the wing fold controller, based on the command and the status; and transitioning, via a wingtip actuator comprised by the wing fold system, a wingtip of the wing comprised by the aircraft to one of: a flight position of the wing and a folded position of the wing, in response to operating the wing fold system by the wing fold controller; characterised in that: the status indicates the aircraft is either on a taxiway or rolling toward a taxiway and the command directs the wing to the folded position; and wherein the status indicates the aircraft is either on a runway or rolling toward a runway and the command directs the wing to the flight position. receiving a status, of at least one of: an aircraft, and a wing fold system comprised by the aircraft, by a wing fold controller comprised by the aircraft; receiving a command, by the wing fold controller, in response to receiving the status; operating the wing fold system, by the wing fold controller, based on the command and the status; and the status indicates the aircraft is either on a taxiway or rolling toward a taxiway and the command directs the wing to the folded position; and wherein the status indicates the aircraft is either on a runway or rolling toward a runway and the command directs the wing to the flight position.
Aqueous gypsum composition comprising i) at least 40.0 wt.% gypsum, and ii) at least 0.002 wt.%, preferably at least 0.005 wt.% of a foaming agent which comprises at least one alpha-sulfo fatty acid disalt, based on the total weight of the gypsum composition, the gypsum having a recycled-gypsum content of at least 0.5 wt.%, based on the total content of gypsum in the gypsum composition, characterized in that the recycled-gypsum content is siloxane-containing recycled gypsum. i) at least 40.0 wt.% gypsum, and ii) at least 0.002 wt.%, preferably at least 0.005 wt.% of a foaming agent which comprises at least one alpha-sulfo fatty acid disalt, based on the total weight of the gypsum composition, the gypsum having a recycled-gypsum content of at least 0.5 wt.%, based on the total content of gypsum in the gypsum composition, characterized in that the recycled-gypsum content is siloxane-containing recycled gypsum.
A physical channel transmission method of a terminal in a communication system supporting carrier aggregation, the method comprising: receiving, from a first base station, carrier aggregation configuration information; configuring a plurality of carriers for the first base station to which the terminal has connected in an initial attach procedure and a second base station which is added according to the carrier aggregation configuration information; identifying whether an uplink control channel includes first uplink control information, UCI, of the first base station and second UCI of the second base station, in case that a coverage area of the first base station is greater than a coverage area of the second base station; determining a transmit power of the uplink control channel according to transmit power control information transmitted by the first base station in case the uplink control channel includes the first UCI of the first base station and the second UCI of the second base station; and transmitting, to the first base station, the uplink control channel on a second uplink frequency of the second base station based on the transmit power, wherein the first base station is corresponding to a primary cell, PCell, and the second base station is corresponding to a secondary cell, SCell, and wherein a first uplink frequency is configured for the first base station and the second uplink frequency is configured for the second base station, the first base station is configured to receive and process a signal transmitted on the second uplink frequency. receiving, from a first base station, carrier aggregation configuration information; configuring a plurality of carriers for the first base station to which the terminal has connected in an initial attach procedure and a second base station which is added according to the carrier aggregation configuration information; identifying whether an uplink control channel includes first uplink control information, UCI, of the first base station and second UCI of the second base station, in case that a coverage area of the first base station is greater than a coverage area of the second base station; determining a transmit power of the uplink control channel according to transmit power control information transmitted by the first base station in case the uplink control channel includes the first UCI of the first base station and the second UCI of the second base station; and transmitting, to the first base station, the uplink control channel on a second uplink frequency of the second base station based on the transmit power, wherein the first base station is corresponding to a primary cell, PCell, and the second base station is corresponding to a secondary cell, SCell, and wherein a first uplink frequency is configured for the first base station and the second uplink frequency is configured for the second base station, the first base station is configured to receive and process a signal transmitted on the second uplink frequency.
Orientable screw-in element including a cap formed of a cover integral with a lateral skirt, and a device to adjust the angular orientation of said cap relative to a watch middle part, characterized in that said device to adjust the angular orientation of said cap includes a first part provided with a first flat friction surface, a second part integral with said cap provided with a second flat friction surface and return means intended to cause said cap to rotate integrally with said first part, said cap and said first part being axially movable in relation to each other between a first position, in which said first flat friction surface and said second flat friction surface are each pressed against each other by said return means, and a second position, in which said first flat friction surface and said second flat friction surface are no longer in contact, wherein said return means, said first and second friction surfaces (231,31) are arranged such that said cap rotates integrally with said first part in said first position and is free to rotate about the axis of rotation (A-A) of said orientable screw-in element in said second position.
A method for the cleaning of a soiled substrate, said method comprising treating the substrate with a non-polymeric solid particulate cleaning material and wash water, said treatment being carried out in an apparatus comprising a drum comprising perforated side walls and having a capacity of between 5 and 50 litres for each kg of fabric in the washload, wherein said solid particulate cleaning material comprises a multiplicity of non-polymeric particles at a particle to fabric addition level of 0.1:1-10:1 by mass, each of said particles being substantially cylindrical or spherical in shape and having an average density in the range of 3.5-12.0 g/cm 3 and an average volume in the range of 5-275 mm 3, and wherein said drum comprising perforated side walls is rotated at a speed which generates G forces in the range of from 0.05 to 900 G.
A method for removing a deshielder from a device for automatic injection of a product into an injection site, said device having a longitudinal axis and comprising: - a housing capable of receiving a container movable relative to said housing between an initial position, in which a tip of a needle provided on the container does not extend beyond a distal end of said housing, to an insertion position, distally spaced relative to said initial position and in which the tip of the needle extends beyond said distal end of said housing; - a needle shield for receiving said needle and in which the needle is embedded prior to use of said device; - said deshielder being coupled to said needle shield by first connecting means and removably assembled to the distal end of the housing by second connecting means (44, 45a, 45b, 57), the deshielder being intended to be removed from said housing, thereby also removing the needle shield, prior to use of said device; said first and second connecting means being designed so that a rotational movement of the deshielder about the device axis with respect to the housing causes an axial displacement of the needle shield in the distal direction with substantially no rotational movement of the needle shield with respect to the needle, characterized in that, the deshielder comprising a through-hole having an internal thread, and the first connecting means comprising a hollow sheath receiving the needle shield therein, said sheath being mounted in the through-hole, said sheath being further provided with an external thread corresponding to the through-hole internal thread so that a displacement of the first connecting means in the distal direction causes a displacement of the needle shield in the distal direction, said method comprises the step of rotating the deshielder about the device axis. - a housing capable of receiving a container movable relative to said housing between an initial position, in which a tip of a needle provided on the container does not extend beyond a distal end of said housing, to an insertion position, distally spaced relative to said initial position and in which the tip of the needle extends beyond said distal end of said housing; - a needle shield for receiving said needle and in which the needle is embedded prior to use of said device; - said deshielder being coupled to said needle shield by first connecting means and removably assembled to the distal end of the housing by second connecting means (44, 45a, 45b, 57), the deshielder being intended to be removed from said housing, thereby also removing the needle shield, prior to use of said device;
A system for controlling a digital sensor for measuring a physical value, provided with a transducer supplying an analogue output signal representing said physical value, means for implementing gain and/or offset on the analogue output signal of said transducer, and an analogue-digital converter at the output of the sensor for supplying a digital signal, and the control system comprising: first means for applying a first offset to said analogue signal of the physical value, characterised in that the system comprises: second means for applying a second offset to said digital signal; and control means for continuously controlling said first application means, on the basis of said digital signal, and for continuously controlling said second application means, on the basis of said digital signal and/or of said first offset. first means for applying a first offset to said analogue signal of the physical value, characterised in that the system comprises: second means for applying a second offset to said digital signal; and control means for continuously controlling said first application means, on the basis of said digital signal, and for continuously controlling said second application means, on the basis of said digital signal and/or of said first offset. second means for applying a second offset to said digital signal; and control means for continuously controlling said first application means, on the basis of said digital signal, and for continuously controlling said second application means, on the basis of said digital signal and/or of said first offset.
A multi-LIDAR system, comprising at least two optical remote airflow measurement devices of a Doppler LIDAR system employing laser light that are provided in a fixed relative position relationship, wherein the multi-LIDAR system comprises a weak single-wavelength laser beam generated by a standard light source; each remote airflow measurement device comprises an optical amplifier, an optical telescope and a light receiver for emitting an amplified laser beam into the atmosphere and for receiving returning light scattered by aerosols floating in the atmosphere; characterized in that the at least two optical remote airflow measurement devices measure an air flow from a beat frequency determined in the light receiver by synthesizing reference light from the standard light source with the received light, and wherein the laser emission bearings of the optical telescopes of said remote airflow measurement devices are identical, so that a detectability D is improved by increasing an integration amount of respective measurement signals as shown in the following formula D = SNR × √ N where SNR is a detectability of one pulse of the reception signal, and N is the number of integrations of the reception signal.
Method for creating a tie rod in the ground with at least one flexible tension cable element, which is unwound from a receiving drum and is introduced into a tie hole in the ground to form the tie rod, characterised in that the receiving drum is suspended on a movable holding arm in a rotatable manner in order to unwind the tension cable element, and in that gripping pliers are arranged on the holding arm, with which a connecting portion is releasably gripped on a centric middle shaft of the receiving drum for holding and suspending the receiving drum. the receiving drum is suspended on a movable holding arm in a rotatable manner in order to unwind the tension cable element, and in that gripping pliers are arranged on the holding arm, with which a connecting portion is releasably gripped on a centric middle shaft of the receiving drum for holding and suspending the receiving drum.
Device for the tool-free mounting of modules on a top hat rail and for the nondestructive, tool-free dismounting thereof, characterized in that the device is realized in the form of a double torsion spring with a first torsion spring and a second torsion spring, which are arranged coaxial to a common spring axis, wherein a spring end of the first torsion spring forms a first spring leg and a spring end of the second torsion spring forms a second spring leg on a first end of the double torsion spring, wherein the first and the second spring leg (5, 6) are dimensioned identical and respectively form a hook (7, 8), which is bent in the direction of the other, second end of the double torsion spring, wherein the double torsion spring features on the other, second end a common intermediate leg, which forms a hook bent in the direction of the first end, wherein the first and second hook (7, 8) on the first end of the double torsion spring and the hook formed by the intermediate leg on the second end of the double torsion spring protrude from a plane, which is defined by the straight sections (11, 12) of the double torsion spring located between the torsion springs (2, 3) and the common intermediate leg, on the same side, wherein the two torsion springs (2, 3) protrude from this plane on the opposite side and the torsion springs (2, 3) are realized in such a way that the hooks (7, 8) on the first end of the double torsion spring and the hook formed by the intermediate leg on the second end of the double torsion spring can be pulled apart from one another against the force of the torsion springs (2, 3), wherein the two torsion springs (2, 3) and the first and the second spring leg (5, 6) can be respectively guided, with the torsion springs (2, 3) at the front, through a first and a second opening (15, 16) in the housing wall of the module facing the top hat rail in the mounted state, and wherein the two hooks (7, 8) formed by the first and the second spring leg (5, 6) can be respectively hooked into a third and a fourth opening (17, 18), which are arranged above the first and the second opening (15, 16) in the housing wall of the module facing the top hat rail in the mounted state, from the side of the housing wall facing away from the top hat rail in the mounted state.
Method for generating a plurality of electrical signals (ES1, ES2, ES3, ES4, ESN) from polychromatic optical signals (OS1, OS2, OS3, OSNf) extracted from a set of optical fibers, a polychromatic optical signal comprising a plurality of determined wavelengths (λ1, λ2, λ3, λ4), an electrical signal being generated for each determined wavelength, characterized in that it comprises: • a step of grouping (E1; F1) extracted optical signals into a beam of polychromatic optical signals, • a step of separating (E2, E5, E8, E11; F2) the beam of polychromatic signals into a plurality of beams of monochromatic optical signals (mOS1, mOS2, mOS3, mOSN), • a step of converting (E3, E4, E6, E7, E9, E10, E12, E13; F3, F4, F5, F6, F7, F8, F9, F10) the plurality of separated monochromatic optical signal beams into the plurality of electrical signals. • a step of grouping (E1; F1) extracted optical signals into a beam of polychromatic optical signals, • a step of separating (E2, E5, E8, E11; F2) the beam of polychromatic signals into a plurality of beams of monochromatic optical signals (mOS1, mOS2, mOS3, mOSN), • a step of converting (E3, E4, E6, E7, E9, E10, E12, E13; F3, F4, F5, F6, F7, F8, F9, F10) the plurality of separated monochromatic optical signal beams into the plurality of electrical signals.
An apparatus for performing a plurality of biochemical assays, comprising: a plurality of electrodes comprising at least one dedicated working electrode (137; 315; 407), at least one dual-role electrode (136; 305-309; 402-406) and at least one dedicated counter electrode (135; 310; 401), said dedicated working (137; 315; 407) and dual-role electrodes (136; 305-309; 402-406) having deposited thereon an assay reagent, wherein said dual-role electrode (136; 305-309; 402-406) is configured to operate first as the working electrode and then as the counter electrode, wherein said plurality of electrodes are arranged within a flow cell, said flow cell having a flow cell path, dedicated working, dual-role and dedicated counter electrical leads for supplying electrical energy to said plurality of electrodes, wherein at least two non-adjacent electrical leads have an exposed surface located thereon, and an inlet conduit in fluid communication with said flow cell and at least partially defined by said exposed surfaces of said electrical leads, wherein said exposed surfaces are configured so that, when a fluid is present in said inlet conduit, the fluid is in electrical contact with said exposed surfaces, wherein the exposed surfaces are configured to apply an inlet conduit interrogation potential between said exposed surfaces to determine the presence or composition of fluid in said inlet conduit. a plurality of electrodes comprising at least one dedicated working electrode (137; 315; 407), at least one dual-role electrode (136; 305-309; 402-406) and at least one dedicated counter electrode (135; 310; 401), said dedicated working (137; 315; 407) and dual-role electrodes (136; 305-309; 402-406) having deposited thereon an assay reagent, wherein said dual-role electrode (136; 305-309; 402-406) is configured to operate first as the working electrode and then as the counter electrode, wherein said plurality of electrodes are arranged within a flow cell, said flow cell having a flow cell path, dedicated working, dual-role and dedicated counter electrical leads for supplying electrical energy to said plurality of electrodes, wherein at least two non-adjacent electrical leads have an exposed surface located thereon, and an inlet conduit in fluid communication with said flow cell and at least partially defined by said exposed surfaces of said electrical leads, wherein said exposed surfaces are configured so that, when a fluid is present in said inlet conduit, the fluid is in electrical contact with said exposed surfaces, wherein the exposed surfaces are configured to apply an inlet conduit interrogation potential between said exposed surfaces to determine the presence or composition of fluid in said inlet conduit.