mhurhangee/ep-ind-claims huggingface dataset:
Baking tray with a supporting area and an enclosing rim running all round it, this rim having a trough-shaped profile extending downwards in relation to an upper surface of the supporting area, with a first trough wall directly adjoining the supporting area and extending downwards, a trough base, and a second trough wall lying opposite the first trough wall and extending upwards, characterised in that in relation to the upper surface, the supporting area is upwardly convex and downwardly concave.
Vacuum device for welding a receptacle inserted in the vacuum chamber, in particular a bag, with a vacuum chamber having a vacuum chamber bottom surface, a vacuum pump for evacuating the vacuum chamber, a welding device arranged in the vacuum chamber with a heatable welding bar and a counter bearing, wherein the welding bar and the counter bearing are movable relative to one another along a closing direction (z) between a standby position and an operating position, wherein they are spaced apart from one another in the standby position, while in the operating position they are pressed against one another for clamping and welding the receptacle, wherein the vacuum device comprises at least one first bearing shoulder for supporting the receptacle which extends along a longitudinal side of the welding bar, characterized in that in the standby position the at least one first bearing shoulder is arranged at least partially closer to the counter bearing in the closing direction (z) than the welding bar.
Torque transmission device having - a shaft which has a shaft tooth arrangement on the outer periphery thereof, - a hub which has a hub tooth arrangement on an inner periphery, wherein the hub is arranged in such a manner on the shaft that the shaft tooth arrangement and the hub tooth arrangement engage one inside the other in order to transmit torque, - at least one resilient element which completely extends through the hub and which is supported on the shaft and the hub and which applies a resilient force to the hub and the shaft, wherein at least one component of the resilient force is orientated in such a manner that flanks of the shaft tooth arrangement and the hub tooth arrangement are pressed against each other, which flanks are adjacent over the entire periphery of the shaft and hub characterised in that the resilient element has two members (4-1, 4-2) which are arranged at different positions between the shaft and the hub. - a shaft which has a shaft tooth arrangement on the outer periphery thereof, - a hub which has a hub tooth arrangement on an inner periphery, wherein the hub is arranged in such a manner on the shaft that the shaft tooth arrangement and the hub tooth arrangement engage one inside the other in order to transmit torque, - at least one resilient element which completely extends through the hub and which is supported on the shaft and the hub and which applies a resilient force to the hub and the shaft, wherein at least one component of the resilient force is orientated in such a manner that flanks of the shaft tooth arrangement and the hub tooth arrangement are pressed against each other, which flanks are adjacent over the entire periphery of the shaft and hub
A method for controlling interference by a Base Station, BS, in a wireless communication system, the method comprising: receiving an interfering cell signal transmitted by an interfering cell located adjacent to the BS; blind detecting the received interfering cell signal; acquiring control information from the received interfering cell signal based on a User Equipment, UE, identifier acquired as a result of the blind detection, when the blind detection is successful; acquiring interference information based on the acquired control information; and transmitting the acquired interference information to a UE served by the BS. receiving an interfering cell signal transmitted by an interfering cell located adjacent to the BS; blind detecting the received interfering cell signal; acquiring control information from the received interfering cell signal based on a User Equipment, UE, identifier acquired as a result of the blind detection, when the blind detection is successful; acquiring interference information based on the acquired control information; and transmitting the acquired interference information to a UE served by the BS.
A screwboss comprised of: a base; a main body; an opening into an end of the main body, distal from the base, for fixing a threaded fastener thereinto; and at least one rib, adjoining the base and main body, to support the main body in an upstanding position; characterized in that the at least one rib extends from the main body at an offset position coinciding with a tangent from the opening and toward a radial line, parallel with the tangent, from a centre axis of the opening. a base; a main body; an opening into an end of the main body, distal from the base, for fixing a threaded fastener thereinto; and at least one rib, adjoining the base and main body, to support the main body in an upstanding position; characterized in that the at least one rib extends from the main body at an offset position coinciding with a tangent from the opening and toward a radial line, parallel with the tangent, from a centre axis of the opening.
A device for supporting the outlet pipe of the radiator in a motor vehicle, characterized in that it is built into the sheath stop of the cable release control of the vehicle, so as to eliminate the need for a clip for supporting said pipe.
Venetian blind system for at least partially covering an opening, comprising several slats (2a-g) which are arranged substantially parallel to each other and which each comprise a rotation axle (3a-g) by means of which they are arranged in the opening so as to be rotatable with respect to their rotation axle (3a-g), in which these rotation axles (3a-g) are arranged substantially in a plane, in which the Venetian blind system comprises a displacement mechanism for displacing of these rotation axles (3a-g) between an open position, in which all rotation axles (3a-g) are arranged substantially on one side of the opening and a closed position, in which the rotation axles (3a-g) are distributed substantially evenly across the opening and in which the Venetian blind system comprises a tilting mechanism (4a-g, 5a-g, 7, 8, 9, 10, 11, 12, 13) for rotating the slats (2a-g) in a synchronous manner, comprising a first guide profile which extends laterally with respect to the slats (2a-g) and which is displaceable in a plane substantially at right angles to the plane of the rotation axles (3a-g) and comprising a first handle (4a-g) for each slat (2a-g), one side of which is attached to an end of the rotation axle (3a-g) and the other side of which is disposed in the first guide profile in a guided manner, so that the slats (2a-g) rotate between an open position, in which they extend substantially at right angles to the plane of their rotation axles (3a-g), and a closed position, in which they extend substantially along the plane of their rotation axles (3a-g) when the first guide profile is displaced, characterized in that the tilting mechanism (4a-g, 5a-g, 7, 8, 9, 10, 11, 12, 13) comprises a second guide profile which extends laterally with respect to the slats (2a-g) and which is displaceable in a plane substantially at right angles to the plane of the rotation axles (3a-g) and comprising a second handle (5a-g) for each slat (2a-g) which is arranged at an angle with respect to the first handle (4a-g), one side of which is attached to an end of the rotation axle (3a-g) and the other side of which is disposed in the second guide profile in a guided manner.
A disposable composite diagnostic system adapted to be handheld and comprising a support member having: a membrane penetration element; a bodily fluid collection point positioned on the exterior of the support member for collection of a bodily fluid released by application of the membrane penetration element to a user's body; a test material positioned in an opening within the support member, so that in use the bodily fluid is operatively brought into contact with the test material via the bodily fluid collection point; an internal reservoir located within the support member and adapted to contain a physiologically acceptable solution for use with the test material; and a solution delivery actuator, wherein in use actuation of the solution delivery actuator causes the physiologically acceptable solution to be released from the reservoir and brought into contact with the test material after the bodily fluid has been brought into contact with the test material. a membrane penetration element; a bodily fluid collection point positioned on the exterior of the support member for collection of a bodily fluid released by application of the membrane penetration element to a user's body; a test material positioned in an opening within the support member, so that in use the bodily fluid is operatively brought into contact with the test material via the bodily fluid collection point; an internal reservoir located within the support member and adapted to contain a physiologically acceptable solution for use with the test material; and a solution delivery actuator, wherein in use actuation of the solution delivery actuator causes the physiologically acceptable solution to be released from the reservoir and brought into contact with the test material after the bodily fluid has been brought into contact with the test material.
Handle holder for connecting an actuating handle to a functional carrier, for example a bristle carrier or the like, comprising an adapter part having a handle receptacle and connecting means, fastened to the adapter part, for releasably connecting the adapter part to the functional carrier, characterized in that the connecting means consist of an engagement hook which is mounted so as to be pivotable about a pivot pin of the adapter part such that it is pivotable out of an engaged position counter to the force of a spring into a disengaged position, and an actuating lever is operatively connected to the engagement hook such that, by pivoting the actuating lever, the engagement hook is movable into its disengaged position.
A dual-fuel fuel nozzle for a gas turbine, comprising: a centerbody, wherein the centerbody at least partially defines an air plenum therein; a tip body disposed at a downstream end of the centerbody, the tip body having an upstream side axially spaced from a downstream side, wherein a circular slot is defined in the downstream side, the downstream side further defining a circular recess positioned radially inwardly from the circular slot, the circular recess comprising a first floor and side walls, the first floor defining an insert opening and the side walls defining an annular groove, wherein the annular groove defines an undercut surface, the tip body further defining a plurality of orifices annularly arranged around the insert opening radially inward from the side walls of the circular recess, each orifice including an inlet in fluid communication with the air plenum and an outlet oriented towards the undercut surface, wherein the circular slot of the tip body includes a second floor and a plurality of apertures annularly arranged across the second floor, each aperture of the plurality of apertures having an inlet in fluid communication with the air plenum and an outlet defined along the second floor. a centerbody, wherein the centerbody at least partially defines an air plenum therein; a tip body disposed at a downstream end of the centerbody, the tip body having an upstream side axially spaced from a downstream side, wherein a circular slot is defined in the downstream side, the downstream side further defining a circular recess positioned radially inwardly from the circular slot, the circular recess comprising a first floor and side walls, the first floor defining an insert opening and the side walls defining an annular groove, wherein the annular groove defines an undercut surface, the tip body further defining a plurality of orifices annularly arranged around the insert opening radially inward from the side walls of the circular recess, each orifice including an inlet in fluid communication with the air plenum and an outlet oriented towards the undercut surface, wherein the circular slot of the tip body includes a second floor and a plurality of apertures annularly arranged across the second floor, each aperture of the plurality of apertures having an inlet in fluid communication with the air plenum and an outlet defined along the second floor.
Radiant heating pipe, with a burner connection, with a branch portion, with a middle portion and at least one return portion (16, 18) arranged next to the middle portion and forming a loop with the middle portion, wherein the middle portion has a zone close to the burner and connected to the branch portion, and a zone remote from the burner and away from the burner connection, characterized in that the zone close to the burner has a smallest diameter (D A) which is smaller than the smallest diameter (D E) of the zone remote from the burner, wherein the middle portion has a tube body which is configured widening conically in the preferred flow direction, and wherein the radiant heating pipe has a constriction at the transition from the branch portion and the middle portion.
A mistuned airfoil assembly for a gas turbine engine, comprising: a circumferential row of airfoils and a hub; the airfoils (40, 42) extending radially from the hub, the circumferential row of airfoils (40, 42) consisting of a plurality of identical first airfoils and a single second airfoil, the first airfoils and the single second airfoil being formed from different materials having different natural frequencies, the single second airfoil configured with a natural frequency to prevent staged flutter vibration of the mistuned airfoil assembly, wherein the first airfoils and the single second airfoil have different densities.
A device comprising: a respirator cartridge (100, 720, 725) containing a filter material, wherein the cartridge includes an adapter end to couple to a respirator mask having a gas sensor; and an insert extending in the cartridge from the adapter end upstream, relative to the direction of air flow through the filter material, the said insert extending through at least a portion of the filter material and having a first path (135, 310) with an opening to provide a sample of air that is representative of the saturation of the filter material. a respirator cartridge (100, 720, 725) containing a filter material, wherein the cartridge includes an adapter end to couple to a respirator mask having a gas sensor; and an insert extending in the cartridge from the adapter end upstream, relative to the direction of air flow through the filter material, the said insert extending through at least a portion of the filter material and having a first path (135, 310) with an opening to provide a sample of air that is representative of the saturation of the filter material.
A method of determining a capability of an electrical panel, the method comprising: providing information relative to the electrical panel to a computer vision software; analyzing, using the computer vision software, an attribute of the electrical panel at least partially based on the information; calculating an overall electrical power capacity of the electrical panel based at least in part on the attribute of the electrical panel; calculating an electrical load on the electrical panel based at least in part on the attribute of the electrical panel; and generating a report comprising an unused electrical power capacity of the electrical panel at least partially based on the electrical load and the overall electrical power capacity of the electrical panel; wherein the information provided to the computer vision software comprises a digital image of the electrical panel, the digital image depicting a plurality of circuit breakers, each circuit breaker of the plurality of circuit breakers having one or more symbols identifiable by a computing device. providing information relative to the electrical panel to a computer vision software; analyzing, using the computer vision software, an attribute of the electrical panel at least partially based on the information; calculating an overall electrical power capacity of the electrical panel based at least in part on the attribute of the electrical panel; calculating an electrical load on the electrical panel based at least in part on the attribute of the electrical panel; and generating a report comprising an unused electrical power capacity of the electrical panel at least partially based on the electrical load and the overall electrical power capacity of the electrical panel; wherein the information provided to the computer vision software comprises a digital image of the electrical panel, the digital image depicting a plurality of circuit breakers, each circuit breaker of the plurality of circuit breakers having one or more symbols identifiable by a computing device.
A steel sheet for a formed product having high bendability and ultra-high strength, the steel sheet consisting of C: 0.28 wt% to 0.40 wt%, Si: 0.5 wt% to 1.5 wt%, Mn: 0.8 wt% to 1.2 wt%, Al: 0.01 wt% to 0.1 wt%, Ti: 0.01 wt% to 0.1 wt%, Cr: 0.05 wt% to 0.5 wt%, P: 0.01 wt% or less, S: 0.005 wt% or less, N: 0.01 wt% or less, B: 0.0005 wt% to 0.005 wt%, and at least one selected from the group consisting of Mo: 0.05 wt% to 0.5 wt%, Cu: 0.05 wt% to 0.5 wt%, and Ni: 0.05 wt% to 0.5 wt%, wherein Mn and Si satisfies 0.05 ≤ Mn/Si ≤ 2, and the steel sheet comprises a balance of Fe and other inevitable impurities, and wherein the steel sheet is a coated steel sheet, and wherein the coated steel sheet is an aluminum alloy coated steel sheet manufactured by forming an aluminum alloy coating layer on a cold-rolled steel sheet.
A ribbon feeding apparatus that feeds an ink ribbon in a forward direction and a reverse direction by driving a ribbon unreeling core and a ribbon reeling core for rotation, the ink ribbon being unreeled from the ribbon unreeling core, the ink ribbon unreeled from the ribbon unreeling core being reeled onto the ribbon reeling core, the apparatus comprising: a drive motor; an unreeling-side drive shaft that is in engagement with the ribbon unreeling core; an unreeling-side power transmission mechanism that transmits inputted motive power to the unreeling-side drive shaft; a reeling-side drive shaft that is in engagement with the ribbon reeling core; a reeling-side power transmission mechanism that transmits inputted motive power to the reeling-side drive shaft; an unreeling-side clutch mechanism that includes a sun gear and a planet gear, connects the drive motor and the unreeling-side power transmission mechanism to each other in accordance with reverse rotation of the drive motor, and disconnects the drive motor and the unreeling-side power transmission mechanism from each other in accordance with forward rotation of the drive motor, the planet gear being in meshing engagement with the sun gear and being brought into and out of meshing engagement with the reeling-side power transmission mechanism; and characterized by a reeling-side clutch mechanism that is provided upstream of the sun gear, connects the drive motor and the reeling-side power transmission mechanism to each other in accordance with the forward rotation of the drive motor, and disconnects the drive motor and the reeling-side power transmission mechanism from each other in accordance with the reverse rotation of the drive motor. a drive motor; an unreeling-side drive shaft that is in engagement with the ribbon unreeling core; an unreeling-side power transmission mechanism that transmits inputted motive power to the unreeling-side drive shaft; a reeling-side drive shaft that is in engagement with the ribbon reeling core; a reeling-side power transmission mechanism that transmits inputted motive power to the reeling-side drive shaft; an unreeling-side clutch mechanism that includes a sun gear and a planet gear, connects the drive motor and the unreeling-side power transmission mechanism to each other in accordance with reverse rotation of the drive motor, and disconnects the drive motor and the unreeling-side power transmission mechanism from each other in accordance with forward rotation of the drive motor, the planet gear being in meshing engagement with the sun gear and being brought into and out of meshing engagement with the reeling-side power transmission mechanism; and characterized by a reeling-side clutch mechanism that is provided upstream of the sun gear, connects the drive motor and the reeling-side power transmission mechanism to each other in accordance with the forward rotation of the drive motor, and disconnects the drive motor and the reeling-side power transmission mechanism from each other in accordance with the reverse rotation of the drive motor.
A system comprising: a protein having a domain that binds a cell membrane component; a flow generating means or a pump generating a continuous flow of a liquid sample to an ITP system, said sample comprising or suspected of comprising a cell, a cell membrane or a fraction of a cell membrane, wherein in particular said cell is an intact cell; and an isotachophoresis apparatus, said ITP apparatus comprises: (a) a first zone and a second zone, said first zone is configured to contain a solution of high effective mobility leading electrolyte ion, and said second zone is configured to contain a solution of low effective mobility trailing electrolyte ion, said first zone and said second zone are configured to be operably connected to at least one anode and at least one cathode; and (b) at least one second flow channel elongated between said first zone and second zone; a flow regulator said flow regulator is configured to generate a flow countering an electromigration of said protein so as to maintain said protein in a pre-determined zone. a protein having a domain that binds a cell membrane component; a flow generating means or a pump generating a continuous flow of a liquid sample to an ITP system, said sample comprising or suspected of comprising a cell, a cell membrane or a fraction of a cell membrane, wherein in particular said cell is an intact cell; and an isotachophoresis apparatus, said ITP apparatus comprises: (a) a first zone and a second zone, said first zone is configured to contain a solution of high effective mobility leading electrolyte ion, and said second zone is configured to contain a solution of low effective mobility trailing electrolyte ion, said first zone and said second zone are configured to be operably connected to at least one anode and at least one cathode; and (b) at least one second flow channel elongated between said first zone and second zone; (a) a first zone and a second zone, said first zone is configured to contain a solution of high effective mobility leading electrolyte ion, and said second zone is configured to contain a solution of low effective mobility trailing electrolyte ion, said first zone and said second zone are configured to be operably connected to at least one anode and at least one cathode; and (b) at least one second flow channel elongated between said first zone and second zone; a flow regulator said flow regulator is configured to generate a flow countering an electromigration of said protein so as to maintain said protein in a pre-determined zone.