mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: an elongated member; a first filter body mechanically connected to the elongated member and defining a first filter mouth and a first filter end, the first filter mouth being one of proximal or distal to the first filter end; and a second filter body mechanically connected to the elongated member distal to the first filter body, the second filter body defining a second filter mouth and a second filter end, the second filter mouth being the one of proximal or distal to the second filter end, wherein at least a section of the elongated member between the first and second filter bodies is flexible, and wherein a proximal section of the elongated member proximal to the first filter body is more stiff than the section of the elongated member between the first and second filter bodies (12, 14), and wherein the first and second filter bodies (12, 14) are axially slidable relative to the elongated member, wherein the elongated member includes mechanical stops that limit the relative proximal and distal sliding of the filter bodies (12, 14) along the axis of the elongated member. an elongated member; a first filter body mechanically connected to the elongated member and defining a first filter mouth and a first filter end, the first filter mouth being one of proximal or distal to the first filter end; and a second filter body mechanically connected to the elongated member distal to the first filter body, the second filter body defining a second filter mouth and a second filter end, the second filter mouth being the one of proximal or distal to the second filter end, wherein at least a section of the elongated member between the first and second filter bodies is flexible, and wherein a proximal section of the elongated member proximal to the first filter body is more stiff than the section of the elongated member between the first and second filter bodies (12, 14), and wherein the first and second filter bodies (12, 14) are axially slidable relative to the elongated member, wherein the elongated member includes mechanical stops that limit the relative proximal and distal sliding of the filter bodies (12, 14) along the axis of the elongated member.
A Doherty amplifier comprising: - at least one main amplifier - at least one auxiliary amplifier - at least one input power divider for splitting an input signal, - at least one transformer based combiner, at least one input transmission line which is connected between the input power divider and the main amplifier, - at least one output transmission line which is connected between an output of the auxiliary amplifier and the transformer based combiner and characterized by - the transformer based combiner being a 1:1 transformer with a winding having a dotted end and an un-dotted end, and with another winding having a dotted end and an un-dotted end, the Doherty amplifier further comprising a wideband in-phase power combiner which is implemented with a single cross connection between the dotted end of the winding and the un-dotted end of the other winding as cross connected nodes, wherein the cross connected nodes of the transformer are connected to a load, the dotted end of the other winding being a node which is connected to an output of the main amplifier and the un-dotted end of the winding being a node which is connected to the output of the auxiliary amplifier via the at least one output transmission line. - at least one main amplifier - at least one auxiliary amplifier - at least one input power divider for splitting an input signal, - at least one transformer based combiner, at least one input transmission line which is connected between the input power divider and the main amplifier, - at least one output transmission line which is connected between an output of the auxiliary amplifier and the transformer based combiner and characterized by - the transformer based combiner being a 1:1 transformer with a winding having a dotted end and an un-dotted end, and with another winding having a dotted end and an un-dotted end, the Doherty amplifier further comprising a wideband in-phase power combiner which is implemented with a single cross connection between the dotted end of the winding and the un-dotted end of the other winding as cross connected nodes, wherein the cross connected nodes of the transformer are connected to a load, the dotted end of the other winding being a node which is connected to an output of the main amplifier and the un-dotted end of the winding being a node which is connected to the output of the auxiliary amplifier via the at least one output transmission line.
A composition of branched C 10 -C 24 fatty acids or esters thereof, comprising: - at least 30% by weight of polybranched C 10 -C 24 fatty acids or esters thereof, - 1 to 8% by weight of cyclic compounds, weight % being given on the total weight of the composition. - at least 30% by weight of polybranched C 10 -C 24 fatty acids or esters thereof, - 1 to 8% by weight of cyclic compounds,
A method of preparing a slide fastener comprising: a pair of first and second stringers (102, 103) each comprising a tape (105a, 105b) and a row of coupling elements mounted on one longitudinal edge of the tape; and a slider adapted to slideably move along the rows of the coupling elements; wherein the coupling elements comprise plastic material; and wherein the coupling elements further comprise decorative elements, the method comprising the steps of: shaping and securing the plastic coupling elements to the tape prior to attachment of the decorative elements; followed by heating the coupling elements and the decorative elements together to secure the decorative elements to the coupling elements. a pair of first and second stringers (102, 103) each comprising a tape (105a, 105b) and a row of coupling elements mounted on one longitudinal edge of the tape; and a slider adapted to slideably move along the rows of the coupling elements; wherein the coupling elements comprise plastic material; and wherein the coupling elements further comprise decorative elements, the method comprising the steps of: shaping and securing the plastic coupling elements to the tape prior to attachment of the decorative elements; followed by heating the coupling elements and the decorative elements together to secure the decorative elements to the coupling elements. shaping and securing the plastic coupling elements to the tape prior to attachment of the decorative elements; followed by heating the coupling elements and the decorative elements together to secure the decorative elements to the coupling elements.
Exhaust line for a motor vehicle, comprising at least an upstream tube of a first main diameter (D 1), articulated with a downstream tube of a second diameter (D 2) smaller than the first main diameter (D 1), by means of a ball-and-socket joint which is able to allow a maximum angular deflection (α) of a determined number of degrees between the two tubes (12, 14), said ball-and-socket joint comprising a male frustoconical element solid with the upstream tube, which is received against a female frustoconical element fixed to the end of the downstream tube, an end portion of the upstream tube, of determined length, projecting out the male frustoconical element at least partially into the female frustoconical element and bearing a sealing ring which is interposed between said end portion of the upstream tube and an interior wall of the female frustoconical element, characterized in that the upstream tube receives a convergent frustoconical intermediate element forming an aerodynamic deflector which is arranged with radial clearance in the end portion of the upstream tube and opens substantially facing the end of the downstream tube so as to channel the exhaust gases and corresponding heat energy away from the zone of contact of the ring with the end portion of the upstream tube and the female frustoconical element, so as to avoid degradation of said sealing ring.
A formulation comprising at least one natural cannabis material, at least one solvent, and at least one stabilizer, wherein the formulation is a liquid suspension having a particle size (D 90) of below 500 nm; wherein said at least one solvent is a mixture of water and a lipid.
A system for recording and exploiting diagnostic data relating to the operation of components of a motor vehicle of a given type comprising: - a central unit for diagnostic management comprising a controller for management agents (3i1) of said diagnostic data at the input and at the output of the vehicle's ECU calculators (3i0), - a network (RA, RB) for acquisition of diagnostic data, connected to the central unit, - at least one first memory for storing on said vehicle first diagnostic data relating to said vehicle, - at least one communication link for communicating with at least one diagnostic station (2, 31) outside of the vehicle, - at least one second memory for storing on said at least one diagnostic station second diagnostic data relating to vehicles of said type, said central unit further comprising - a sub-module for reading and writing on the first memory, - a sub-module for reading and writing on the second memory, said system being characterised in that said first and second data have a frame structure comprising in a first part at least one value of at least one operating parameter of at least one component of a vehicle and a second part comprising a pre-diagnostic associated with the at least one value of the first part of the frame. - a central unit for diagnostic management comprising a controller for management agents (3i1) of said diagnostic data at the input and at the output of the vehicle's ECU calculators (3i0), - a network (RA, RB) for acquisition of diagnostic data, connected to the central unit, - at least one first memory for storing on said vehicle first diagnostic data relating to said vehicle, - at least one communication link for communicating with at least one diagnostic station (2, 31) outside of the vehicle, - at least one second memory for storing on said at least one diagnostic station second diagnostic data relating to vehicles of said type, - a sub-module for reading and writing on the first memory, - a sub-module for reading and writing on the second memory,
A method for performing wireless communications, the method comprising: generating, by a first wireless device, a frame for transmission to a second wireless device, wherein generating the frame includes: adding a first signaling field to the frame, wherein the first signaling field assists a second wireless device that receives the frame to process the frame, determining to not include a second signaling field in the frame when the frame is transmitted as a single user transmission to the second wireless device, and determining to include and adding a second signaling field to the frame when the frame is transmitted as a multi-user transmission; and transmitting, by the first wireless device, the frame to the second wireless device over a wireless channel. generating, by a first wireless device, a frame for transmission to a second wireless device, wherein generating the frame includes: adding a first signaling field to the frame, wherein the first signaling field assists a second wireless device that receives the frame to process the frame, determining to not include a second signaling field in the frame when the frame is transmitted as a single user transmission to the second wireless device, and determining to include and adding a second signaling field to the frame when the frame is transmitted as a multi-user transmission; and adding a first signaling field to the frame, wherein the first signaling field assists a second wireless device that receives the frame to process the frame, determining to not include a second signaling field in the frame when the frame is transmitted as a single user transmission to the second wireless device, and determining to include and adding a second signaling field to the frame when the frame is transmitted as a multi-user transmission; and transmitting, by the first wireless device, the frame to the second wireless device over a wireless channel.
A smoke screen generator comprising a cylindrical housing, an igniter and a smoke screen generating agent which are accommodated in the cylindrical housing, a first closure including the igniter and closing a first end opening of the cylindrical housing, a second closure having a first discharge flow path (44, 45, 46) and a first discharge port, which is an outlet of the first discharge flow path (44, 45, 46), and closing a second end opening of the cylindrical housing on an opposite side in an axial direction to the first end opening, a flow path changing member for a smoke screen source being attached to an outer side of the second closure, a second discharge flow path being provided between the second closure and the flow path changing member and in communication with the outlet of the first discharge flow path (44, 45, 46), and an outlet of the second discharge flow path being a final discharge port (48a, 48b, 48c, 48d), the first discharge flow path (44, 45, 46) being extended in a direction coaxial with the cylindrical housing and the second discharge flow path being extended in a different direction from that of the first discharge flow path (44, 45, 46), the first closure having a discharge hole for discharging an ignition product which is generated at the time of actuation of the igniter, a porous cylindrical body being arranged between a surface of the first closure where the discharge hole for the ignition product is not provided and the first discharge flow path (44, 45, 46) of the second closure, a space between an inner circumferential wall surface of the cylindrical housing and the porous cylindrical body being a smoke screen generating agent-accommodating chamber which accommodates the smoke screen generating agent, and the discharge hole for the ignition product facing the smoke screen generating agent-accommodating chamber, and at the time of actuation of the igniter, the smoke screen generating agent in the smoke screen generating agent-accommodating chamber being ignited and burned to generate a smoke screen source, the smoke screen source moving through an inside of the porous cylindrical body, passing through the first discharge flow path (44, 45, 46), the first discharge port and the second discharge flow path, and thereafter being discharged from the final discharge port (48a, 48b, 48c, 48d) to the outside in order to generate a smoke screen.
A compressor having a closed container, a compression element placed within the closed container, and a motor which is placed within the closed container and which drives the compression element via a shaft, where an integral structure part is formed by integrally assembling the compression element and a rotor of the motor via the shaft, wherein the integral structure part has a natural frequency larger than five times a maximum number of rotations of the compressor under its operation, characterised in that, a coil of a stator of the motor is provided in concentrated winding, a small-diameter portion and a large-diameter portion are provided inside a cylindrical-shaped rotor core of the rotor, the shaft is fixed to the small-diameter portion, a bearing provided in the compression element to support the shaft is inserted into the large-diameter portion, with the shaft cantilevered by the bearing.
A process for making an olelyl phosphocholine (OIPC) containing granulate, said process comprising a blending step, a melt-agglomeration step and a milling step, - wherein the blending step comprises preparing a mixture of olelyl phosphocholine and one or more granulation excipients; - wherein the melt-agglomeration step comprises preparing a granulate by heating said mixture and subjecting said heated mixture to mechanical shear force; - wherein the milling step comprises preparing a milled granulate by cooling said granulate and milling said cooled granulate; and - wherein no solvent is added during the process for granulation. - wherein the blending step comprises preparing a mixture of olelyl phosphocholine and one or more granulation excipients; - wherein the melt-agglomeration step comprises preparing a granulate by heating said mixture and subjecting said heated mixture to mechanical shear force; - wherein the milling step comprises preparing a milled granulate by cooling said granulate and milling said cooled granulate; and - wherein no solvent is added during the process for granulation.
Catalyst comprising a support based on alumina or on silica or on silica-alumina, at least one element from group VIII, at least one element from group VIB, and at least one additive chosen from γ-valerolactone, 4-hydroxyvaleric acid, 2-pentenoic acid, 3-pentenoic acid or 4-pentenoic acid, and in which the content of element from group VIB is between 5% and 40% by weight, expressed as oxide of metal from group VIB, relative to the total weight of the catalyst, and the content of element from group VIII is between 1% and 10% by weight, expressed as oxide of metal from group VIII, relative to the total weight of the catalyst, and the total content of additive(s) chosen from γ-valerolactone, 4-hydroxyvaleric acid, 2-pentenoic acid, 3-pentenoic acid or 4-pentenoic acid is between 1% and 35% by weight, relative to the total weight of the catalyst.
Rhizotron characterised in that it comprises: - an internal wall, - an external wall, defining with the internal wall a root spreading area designed to receive a substrate, - at least one housing in the upper part to support a seed independently from the presence of the substrate in the root spreading area, wherein this housing communicates with the root spreading area. - an internal wall, - an external wall, defining with the internal wall a root spreading area designed to receive a substrate, - at least one housing in the upper part to support a seed independently from the presence of the substrate in the root spreading area, wherein this housing communicates with the root spreading area.
A cloth treating apparatus comprising: a main body washing or drying clothes; and an auxiliary treating apparatus comprising a cabinet provided at one side of the main body; and a drawer slidably provided in the cabinet to form a accommodating space, having a hot air supply device provided in the accommodating space, characterized in that the hot air supply device includes a housing provided at one side inside the accommodating space, the housing includes an inlet to flow an external air thereto and an outlet to exhaust the flown air; a ventilating fan provided at a side inside the housing, to ventilate the air, which flows through the inlet, through the outlet; a heater provided at a side inside the housing to heat the flown air; and the housing is provided at a corner inside the drawer. a main body washing or drying clothes; and an auxiliary treating apparatus comprising a cabinet provided at one side of the main body; and a drawer slidably provided in the cabinet to form a accommodating space, having a hot air supply device provided in the accommodating space, characterized in that the hot air supply device includes a housing provided at one side inside the accommodating space, the housing includes an inlet to flow an external air thereto and an outlet to exhaust the flown air; a ventilating fan provided at a side inside the housing, to ventilate the air, which flows through the inlet, through the outlet; a heater provided at a side inside the housing to heat the flown air; and the housing is provided at a corner inside the drawer.
A hollow element for a heat pump, comprising a closed hollow space with a first region, a second region and a defined amount of a working means which can be shifted between the regions (2, 4), wherein a sorption means for the adsorption and desorption of the working means is arranged in the first region and wherein a capillary receiving means for the condensation and evaporation of the working means is arranged in the second region, wherein at least one first valve is provided on a housing of the hollow element, by means of which working means can be repeatedly taken from the hollow space and/or introduced therein, characterised in that the first valve is formed as a drain valve which opens from the hollow space to the outside at a defined differential pressure and wherein the first valve automatically closes as a drain valve while there is a higher pressure in the hollow space than outside the first valve.
A method comprising: receiving, by a presence application executed by a processor on a first device, an event associated with a user interface element of a native application that is separate from the presence application, wherein the presence application executes as a separate process from the native application; determining, by the presence application, an indication that a content item synchronized with a second device has been opened by the native application based on the received event; and sending, by the presence application, presence information to the second device in response to the indication that the content item has been opened, the presence information identifying the synchronized content item. receiving, by a presence application executed by a processor on a first device, an event associated with a user interface element of a native application that is separate from the presence application, wherein the presence application executes as a separate process from the native application; determining, by the presence application, an indication that a content item synchronized with a second device has been opened by the native application based on the received event; and sending, by the presence application, presence information to the second device in response to the indication that the content item has been opened, the presence information identifying the synchronized content item.
A cleat for road bicycle pedals integrally formed of components of three hardnesses and comprising a basic click plate formed somewhat plate-shaped, the upper surface of the basic click plate being mounted in a shoe sole of a bicycle shoe, wherein a front click member is disposed at the front end of the upper surface of the basic click plate, a rear click member is disposed at the rear end of the upper surface of the basic click plate, and a slip inhibition disk is disposed in the lowermost layer of the basic click plate, wherein the basic click plate, the front click element, the rear click element and the non-slip disk are assembled and formed in one piece, wherein the front and rear click elements (21, 22) are made of a rigid ceramic material or an engineering plastic, preferably polyoxymethylene, the basic click plate is made of a composite material or glass-filled nylon and the anti-slip disk is made of a soft plastic, preferably thermoplastic polyurethane, rubber or a material imitating rubber or plastic, wherein the front and rear click elements (21, 22) have a low coefficient of friction, thereby being smooth and easily disengaging from a click system of a pedal so that engagement and disengagement of the cleat into or out of the pedal is more efficient and unobstructed, wherein the anti-slip disk has a large coefficient of friction which ensures that the shoes brake better in the static state and the user can run better with the bicycle shoes when the bicycle stops.