mhurhangee/ep-ind-claims huggingface dataset:
A reciprocating wrench for quick combining fastener, comprising: a main body comprising a concavely-shaped first jaw opening, the first jaw opening comprising a pivot end on one side thereof; a claw comprising a concavely-shaped second jaw opening, the second jaw opening comprising a pivotal combination portion on one side thereof, the pivotal combination portion of the claw being pivotally connected with the pivot end of the main body along a pivot center, such that the claw pivotally moves with the pivot center as a rotation center in order to optionally rotate toward a closing direction or an opening direction; and an elastic positioning device disposed between the main body and the claw, and allowing the claw to rotate toward the closing direction or optionally remain in an opening status; characterized in that the elastic positioning device includes an elastic member, a positioning member, and a positioning area which is formed on the claw; the elastic member disposed on the main body and providing an elastic recovering force for the claw to rotate toward the closing direction; the positioning member disposed between the main body and the claw and optionally being positioned on the positioning area for the claw to optionally remain in the opening status. a main body comprising a concavely-shaped first jaw opening, the first jaw opening comprising a pivot end on one side thereof; a claw comprising a concavely-shaped second jaw opening, the second jaw opening comprising a pivotal combination portion on one side thereof, the pivotal combination portion of the claw being pivotally connected with the pivot end of the main body along a pivot center, such that the claw pivotally moves with the pivot center as a rotation center in order to optionally rotate toward a closing direction or an opening direction; and an elastic positioning device disposed between the main body and the claw, and allowing the claw to rotate toward the closing direction or optionally remain in an opening status; characterized in that the elastic positioning device includes an elastic member, a positioning member, and a positioning area which is formed on the claw; the elastic member disposed on the main body and providing an elastic recovering force for the claw to rotate toward the closing direction; the positioning member disposed between the main body and the claw and optionally being positioned on the positioning area for the claw to optionally remain in the opening status.
A needle hub and an on-skin sensor assembly, wherein the needle hub is configured to apply the on-skin sensor assembly to a skin of a host, the needle hub comprising: a base comprising an anti-rotation feature, the base configured to be at least partially disposed in an aperture of the on-skin sensor assembly, wherein the aperture is adapted for sensor and needle insertion, wherein the needle hub is configured to couple with an insertion element, and wherein the anti-rotation feature is configured to prevent rotation of the base within the aperture. a base comprising an anti-rotation feature, the base configured to be at least partially disposed in an aperture of the on-skin sensor assembly, wherein the aperture is adapted for sensor and needle insertion, wherein the needle hub is configured to couple with an insertion element, and wherein the anti-rotation feature is configured to prevent rotation of the base within the aperture.
A composition attracting Oak Processionary Moth, comprising (Z, Z)-11, 13-hexadecadienyl acetate, ( E, Z)-11, 13-hexadecadienyl acetate, ( Z, Z)-11, 13-hexadecadienol and ( Z, E)-11, 13, 15-hexadecatrienyl acetate.
A method performed by a first wireless communication device, the method comprising: broadcasting a first message on a first carrier, wherein the first message comprises information about a first resource pool set on the first carrier, wherein the first resource pool set comprises at least one first resource pool; transmitting a second message in the at least one first resource pool on the first carrier, wherein the second message comprises information about a second carrier and a second resource pool set on the second carrier, wherein the second resource pool set comprises at least one second resource pool; and communicating with at least one second wireless communication device in the at least one second resource pool on the second carrier. broadcasting a first message on a first carrier, wherein the first message comprises information about a first resource pool set on the first carrier, wherein the first resource pool set comprises at least one first resource pool; transmitting a second message in the at least one first resource pool on the first carrier, wherein the second message comprises information about a second carrier and a second resource pool set on the second carrier, wherein the second resource pool set comprises at least one second resource pool; and communicating with at least one second wireless communication device in the at least one second resource pool on the second carrier.
An antenna electrical tilting method performed by an external remote control unit, RCU, external to an antenna, comprising: reading, from the antenna, antenna information of the antenna and configuration data of the antenna corresponding to the antenna information of the antenna, said antenna information stored in a readable and writable storage unit in the antenna, wherein the configuration data is for controlling driving and a moving length of a phase shifter; loading the configuration data of the antenna to the external RCU; and driving a motor to move the phase shifter according to the configuration data of the antenna, so as to adjust an electrical down-tilt angle of the antenna. reading, from the antenna, antenna information of the antenna and configuration data of the antenna corresponding to the antenna information of the antenna, said antenna information stored in a readable and writable storage unit in the antenna, wherein the configuration data is for controlling driving and a moving length of a phase shifter; loading the configuration data of the antenna to the external RCU; and driving a motor to move the phase shifter according to the configuration data of the antenna, so as to adjust an electrical down-tilt angle of the antenna.
A corrugated bellows of a gangway between two articulately connected vehicles, comprising multiple corrugations with a U-shaped cross-section, wherein two adjacent corrugations are connected to each other by a frame, wherein the corrugation with a U-shaped cross-section has two legs (2, 3) and a web connecting the legs (2, 3), wherein the web has a substantially plane configuration, so that the legs (2, 3) and the web extend at a right angle relative to each other in a substantially neutral position of the bellows, characterized in that in order to increase the material thickness, the web has multiple fabric layers.
An outboard motor comprising an upper unit that is attachable to the stern of a boat and a lower unit that is attached to the upper unit; the upper unit and lower unit being configured to pivot together about a tilt axis that extends in use transversely to the longitudinal axis of the boat; the upper unit including an engine, a transmission assembly and a drive shaft; and the lower unit including a lower unit housing supporting a propeller shaft that is connected to receive motive power from the drive shaft, said propeller shaft being supported in the lower unit housing to rotate about a propeller axis; said lower unit housing being configured to pivot relative to the upper unit about a steering axis that extends coaxially with the drive shaft and characterised in that said steering axis intersects the propeller axis at an obtuse angle (θ) between 100 degrees and 140 degrees and further characterized in that the transmission assembly includes an input shaft that is connected to receive motive power from the engine; a clutch shaft that is connected to receive motive power from the input shaft, said clutch shaft extending perpendicular to the drive shaft and having a fore-aft orientation; a pivot gear set of bevel gears for transferring motive power from the input shaft to the clutch shaft; and a clutch assembly configured to transfer motive power selectively from the clutch shaft to the drive shaft 32). an input shaft that is connected to receive motive power from the engine; a clutch shaft that is connected to receive motive power from the input shaft, said clutch shaft extending perpendicular to the drive shaft and having a fore-aft orientation; a pivot gear set of bevel gears for transferring motive power from the input shaft to the clutch shaft; and a clutch assembly configured to transfer motive power selectively from the clutch shaft to the drive shaft 32).
A compound having the following formula: R1-R2(̵R3) s. wherein s is 1-20; R1 is selected from the group consisting of -NH 2, -OH, and -SH; R2 is selected from the group consisting of alkylene, alkoxylene, alkenylene, alkynylene, cycloalkylene, heterocycloalkylene, arylene, arylene-oxy, amido and a combination thereof; and R3 is wherein R4, R5, and R6 are the same or different and are selected from the group consisting of: and wherein Z is -NCS, -F, -Cl, -Br, or -I. wherein s is 1-20; R1 is selected from the group consisting of -NH 2, -OH, and -SH; R2 is selected from the group consisting of alkylene, alkoxylene, alkenylene, alkynylene, cycloalkylene, heterocycloalkylene, arylene, arylene-oxy, amido and a combination thereof; and R3 is wherein R4, R5, and R6 are the same or different and are selected from the group consisting of: and wherein Z is -NCS, -F, -Cl, -Br, or -I.
A composition comprising a mixture of bacteria, which comprises or, alternatively, consists of: - at least a strain of bacteria selected from the group comprising the strain Lactobacillus plantarum LMG P-21021 and the strain Lactobacillus plantarum LMG P-21020, combined with the strain Lactobacillus paracasei DSM 24243, for use in the preventive and/or curative treatment of infections and/or inflammations of the urinary tract and/or bladder. - at least a strain of bacteria selected from the group comprising the strain Lactobacillus plantarum LMG P-21021 and the strain Lactobacillus plantarum LMG P-21020, combined with the strain Lactobacillus paracasei DSM 24243,
An exposure apparatus for exposing a substrate by radiating an exposure light beam from an optical element of a projection optical system onto the substrate through a liquid in a liquid immersion area locally formed on a part of the substrate, the exposure apparatus comprising: a first substrate stage which has a substrate-holding member for holding the substrate and which is movable while holding the substrate by the aid of the substrate-holding member, characterised by: a temperature adjustment system configured to perform temperature adjustment for the substrate-holding member; and the first substrate stage being provided with an upper surface which has a liquid-repelling property. a temperature adjustment system configured to perform temperature adjustment for the substrate-holding member; and the first substrate stage being provided with an upper surface which has a liquid-repelling property.
An apparatus for determining the magnetic properties of a lamination stack having a ferromagnetic core, comprising an excitation device (7, 17, 24) which comprises a power supply unit and an electrical resonant circuit excited by the power supply unit, said resonant circuit comprising a capacitor and an excitation winding which is electrically connected to the capacitor and is provided on the core, and which excitation winding is to generate a magnetic flux in the core for a magnetic circuit, and comprising a measuring device which has a measuring winding provided on the core and magnetically coupled to the excitation winding, wherein the power supply unit is formed to excite the resonant circuit to an oscillation at the resonant frequency (f res) of the resonant circuit, characterized in that the power supply unit comprises an inverter which forms a resonant-circuit inverter with the resonant circuit of the excitation device.
A method for increasing the half-life of a luminescent signal, the method comprising: contacting a sample comprising a luciferase and adenosine triphosphate with a composition comprising D-luciferin, L-luciferin and to form a reaction assay mixture, wherein the concentration ratio of D-luciferin to L-luciferin in the composition is from 55:45 to 80:20, and wherein the composition is free of ATP; and wherein the half-life of the luminescent signal is increased by at least 2-fold compared to a comparable reaction assay mixture comprising D-luciferin and substantially no L-luciferin, and wherein the composition retains 50% of original activity after storage for at least 1 day at a temperature from 20°C to 25°C. contacting a sample comprising a luciferase and adenosine triphosphate with a composition comprising D-luciferin, L-luciferin and to form a reaction assay mixture, wherein the concentration ratio of D-luciferin to L-luciferin in the composition is from 55:45 to 80:20, and wherein the composition is free of ATP; and wherein the half-life of the luminescent signal is increased by at least 2-fold compared to a comparable reaction assay mixture comprising D-luciferin and substantially no L-luciferin, and wherein the composition retains 50% of original activity after storage for at least 1 day at a temperature from 20°C to 25°C.
A chimeric antigen receptor-modified immune effector cell that expresses a PD-L1 blocking agent, characterized in that the PD-L1 blocking agent is chosen from: soluble PD-1; a fusion peptide of soluble PD-1 and CH3 domain of hIgG4e1-Fc; or a fusion peptide of soluble PD-1 and hIgG4e1-Fc. soluble PD-1; a fusion peptide of soluble PD-1 and CH3 domain of hIgG4e1-Fc; or a fusion peptide of soluble PD-1 and hIgG4e1-Fc.
A surgical device, comprising: a handle portion and an elongate portion, a controller, a loading unit (20, 30, 40), the loading unit having a cartridge assembly, anvil assembly, and a stapling drive member with a flange that engages at least one of the cartridge assembly and anvil assembly, the loading unit having a body portion; and a mechanical feature on the at least one of the cartridge assembly and anvil assembly, the mechanical feature being arranged to be engaged by the flange, the mechanical feature being indicative of an aspect of the loading unit (20, 30, 40), wherein the handle portion comprises a motor with an output shaft, characterised in that the mechanical feature is selected from the group consisting of a coating and a texture, wherein the coating or texture is configured to change the force or torque at the motor, and wherein the change in force or torque is suitable to be detected by the controller to identify the type of loading unit (20, 30, 40). a handle portion and an elongate portion, a controller, a loading unit (20, 30, 40), the loading unit having a cartridge assembly, anvil assembly, and a stapling drive member with a flange that engages at least one of the cartridge assembly and anvil assembly, the loading unit having a body portion; and a mechanical feature on the at least one of the cartridge assembly and anvil assembly, the mechanical feature being arranged to be engaged by the flange, the mechanical feature being indicative of an aspect of the loading unit (20, 30, 40), wherein the handle portion comprises a motor with an output shaft, characterised in that the mechanical feature is selected from the group consisting of a coating and a texture, wherein the coating or texture is configured to change the force or torque at the motor, and wherein the change in force or torque is suitable to be detected by the controller to identify the type of loading unit (20, 30, 40).
A railway vehicle comprising a shock absorbing device comprising an absorber configured to absorb impact shock, wherein the absorber is a hollow structure comprising an inner tube of polygonal cross section, an outer tube of polygonal cross section, and a plurality of ribs connecting the inner tube and the outer tube, with the inner tube, the outer tube and the ribs extending in a direction in which impact load acts, and a front member of polygonal cross section is mounted in front of the absorber to be substantially coaxial with the absorber; characterized in that: when viewed end-on to the absorber in the direction in which the impact load acts, the front member overlaps the inner tube at central portions thereof but remains inside the inner tube at corner portions thereof, the central portions excluding vertices of the polygonal cross section of the inner tube and the corner portions including vertices of the polygonal cross section of the inner tube; and crushing of the absorber starts from the central portions of the inner tube of the absorber when impact force is applied to the front member. when viewed end-on to the absorber in the direction in which the impact load acts, the front member overlaps the inner tube at central portions thereof but remains inside the inner tube at corner portions thereof, the central portions excluding vertices of the polygonal cross section of the inner tube and the corner portions including vertices of the polygonal cross section of the inner tube; and crushing of the absorber starts from the central portions of the inner tube of the absorber when impact force is applied to the front member.
Method for determining a signal aspect representing the vacant or occupied state of a track section for a rail vehicle, in particular a maintenance or construction vehicle, on a CBTC - communication-based train control - track, wherein the rail vehicle does not have an on-board CBTC device, characterised in that an app initiates the following steps on a smartphone: A) Photographing a track balise located in the direction of travel, B) Determining the ID - identification signature - of the track balise, C) Sending the track balise ID to a CBTC track control centre and D) Receiving the signal aspect determined by the CBTC track control centre for the track section starting with the track balise. A) Photographing a track balise located in the direction of travel, B) Determining the ID - identification signature - of the track balise, C) Sending the track balise ID to a CBTC track control centre and D) Receiving the signal aspect determined by the CBTC track control centre for the track section starting with the track balise.
Person-conveying device, in particular an escalator, which connects a first level of a building to a second level of the building, comprising a supporting frame having at least one carrier element (6, 7), characterized by at least one adaptive vibration damping system, wherein the person-conveying device is connected to the building by the at least one carrier element (6, 7) via the at least one adaptive vibration damping system, and wherein the at least one adaptive vibration damping system is designed to receive and evaluate vibration data with respect to vibrations occurring outside the person-conveying device, and to adapt the damping action on the basis of the received vibration data.
An automatic compensation mechanism for a hinge seal gap for a spherical compressor, wherein a cylindrical hinge is formed around a central pin, a rotating disk pin seat, and a piston pin seat of the spherical compressor; characterized in that a fan-shaped insert thicker at both sides and thinner in a center thereof is disposed at a bottom of a groove on the pin seat forming the cylindrical hinge, and the insert has a shape which matches that of the groove and of an external cylindrical surface of a semi-cylindrical protrusion corresponding to the groove, respectively forming a dynamic seal fit; wherein one of the pin seats is a convex pin seat lower at both sides and higher in a center thereof, and the other of the pin seats is a concave pin seat higher at both sides and lower in a center thereof; for the convex pin seat, concave semi-cylindrical grooves are at both sides and a convex semi-cylinder is in the center; for the concave pin seat, convex semi-cylinders are at both sides and a sump with a smooth bottom surface is in the center; the convex pin seat and the concave pin seat are embedded, and then connected with each other by the central pin being inserted into corresponding pin holes on the convex semi-cylinders thereof; the insert is disposed between a bottom of the sump in the center of the concave pin seat and a top of the semi-cylinder in the center of the convex pin seat, the insert has a top surface which is fitted with the bottom surface of the sump in shape, the insert has a bottom surface which is fitted with an external cylindrical surface of the semi-cylinder of the convex pin seat correspondingly embedded in the sump in shape, and the insert is in dynamic seal fit with the concave pin seat and the convex pin seat, thereby forming a cylindrical hinge with sealability.
A centrifugal spreader for manures, fertilizers and granular materials in general, comprising: - a hopper for containing the granular material; - a dispensing container which receives the granular material from the hopper and comprises at least one outlet opening for the controlled exit of the granular material; - a distribution disc which receives the granular material from the outlet opening; - a deflector unit which is, or can be, located in front of the distribution disc with respect to a trajectory along which the granular material leaves the distribution disc, the deflector unit comprising a support frame (51, 52) and a plurality of adjustable deflector fins (40, 40') connected to the support frame (51, 52), characterized in that each of the adjustable deflector fins (40, 40') comprises a first portion rotatably connected to the support frame (51, 52) about an axis of rotation and a second portion slidably associated with a guide element formed in an operating plate which is movable relative to the support frame (51, 52) along a direction of translation, said direction of translation being straight, the guide element being shaped in such a way that the second portion is slidable in the guide element along a direction of sliding which is straight and transverse relative to the direction of translation of the operating plate, so that, during a translation of the operating plate in the direction of translation, the guide element acts on the second portion so as to generate a rotation (a) of the adjustable deflector fins (40, 40') between a first and a second operating position. - a hopper for containing the granular material; - a dispensing container which receives the granular material from the hopper and comprises at least one outlet opening for the controlled exit of the granular material; - a distribution disc which receives the granular material from the outlet opening; - a deflector unit which is, or can be, located in front of the distribution disc with respect to a trajectory along which the granular material leaves the distribution disc, the deflector unit comprising a support frame (51, 52) and a plurality of adjustable deflector fins (40, 40') connected to the support frame (51, 52),
A method of operating a gateway comprising: receiving a signal from a user equipment, UE, device indicating that the UE device is in a visible light communications, VLC, coverage area; configuring a visible light communications access point controlled by said gateway as a supplemental wireless cell which supports downlink communications; and transmitting synchronization signals to said UE device used for synchronizing transmission time slots on both a light channel and a radio channel. receiving a signal from a user equipment, UE, device indicating that the UE device is in a visible light communications, VLC, coverage area; configuring a visible light communications access point controlled by said gateway as a supplemental wireless cell which supports downlink communications; and transmitting synchronization signals to said UE device used for synchronizing transmission time slots on both a light channel and a radio channel.