mhurhangee/ep-ind-claims huggingface dataset:
A shower device, preferably a sanitary shower device for a shower bath, comprising - a fluid outlet structure forming a shower spray jet, including a plurality of jet outlet units, at least two thereof being formed as multichannel jet outlet units each including at least one first outlet channel (2 1) leading out axially and at least one second outlet channel (2 2) leading out axially which is fluidicly separated from the first one, and - a fluid conduct configured to conduct a fluid supplied to the shower device selectively to the first outlet channels or to the second outlet channels, characterized in that - a minimum distance (A 12) of the outlet channels (2 1, 2 2) of a respective one of the multichannel jet outlet units is smaller than a minimum distance of the outlet channels of in each case two multichannel jet outlet units, and/or - at at least one multichannel jet outlet unit (2, 2") a second outlet channel (2 2) or a group of a plurality of second outlet channels (2 2) is arranged to surround a first outlet channel (2 1) at least along a part of its circumference. - a fluid outlet structure forming a shower spray jet, including a plurality of jet outlet units, at least two thereof being formed as multichannel jet outlet units each including at least one first outlet channel (2 1) leading out axially and at least one second outlet channel (2 2) leading out axially which is fluidicly separated from the first one, and - a fluid conduct configured to conduct a fluid supplied to the shower device selectively to the first outlet channels or to the second outlet channels, - a minimum distance (A 12) of the outlet channels (2 1, 2 2) of a respective one of the multichannel jet outlet units is smaller than a minimum distance of the outlet channels of in each case two multichannel jet outlet units, and/or - at at least one multichannel jet outlet unit (2, 2") a second outlet channel (2 2) or a group of a plurality of second outlet channels (2 2) is arranged to surround a first outlet channel (2 1) at least along a part of its circumference.
A coupling system (100;200;300) for a top drive and a tool, comprising: a housing (111;211;311) of the top drive having a bore therethrough; an adapter (121;221;321) of the tool, the adapter having a recess; a latch member (131;236;336) at least partially disposed within the housing and radially movable between an extended position and a retracted position, wherein the latch member, in the extended position, is at least partially disposed in the recess to longitudinally couple the housing to the adapter; and a lock member (132;234;334) at least partially disposed within the housing and longitudinally movable relative to the housing, wherein the lock member is configured to move the latch member between the extended and the retracted positions. a housing (111;211;311) of the top drive having a bore therethrough; an adapter (121;221;321) of the tool, the adapter having a recess; a latch member (131;236;336) at least partially disposed within the housing and radially movable between an extended position and a retracted position, wherein the latch member, in the extended position, is at least partially disposed in the recess to longitudinally couple the housing to the adapter; and a lock member (132;234;334) at least partially disposed within the housing and longitudinally movable relative to the housing, wherein the lock member is configured to move the latch member between the extended and the retracted positions.
A device for fastening a rail for rail vehicles, comprising a base plate which is configured, in particular, as a shaped part made of metal and which in the installed state is releasably fixed to a solid substrate which is, in particular, made of concrete, wherein the rail is fixed to the base plate by rail retaining members, wherein the base plate, for the fixing thereof, is subjected to force from above by means of a retaining member bearing against the substrate separately from the base plate, characterised in that the retaining member comprises a frame part which has a pressure surface which bears with a frictional connection against the substrate.
A method of decomposing phenolic by-products, the method comprising: supplying a phenolic by-product stream to a decomposition device to perform thermal decomposition; separating an upper discharge stream including effective components and a lower discharge stream including materials having a high boiling point in the decomposition device; supplying the lower discharge stream from the decomposition device, a side discharge stream from the decomposition device, and a process water stream to a mixing device and mixing these streams; and supplying a discharge stream from the mixing device to a layer separation device to separate the discharge stream from the mixing device into an oil phase and an aqueous phase, wherein the phenolic by-products include any one or more of phenolic by-products produced in a phenol preparation process and phenolic by-products produced in a bisphenol A preparation process, wherein the effective components include one or more selected from the group consisting of bisphenol A, phenol, α-methylstyrene, and cumene, and wherein the side discharge stream from the decomposition device includes 40 wt% or more of acetophenone. supplying a phenolic by-product stream to a decomposition device to perform thermal decomposition; separating an upper discharge stream including effective components and a lower discharge stream including materials having a high boiling point in the decomposition device; supplying the lower discharge stream from the decomposition device, a side discharge stream from the decomposition device, and a process water stream to a mixing device and mixing these streams; and supplying a discharge stream from the mixing device to a layer separation device to separate the discharge stream from the mixing device into an oil phase and an aqueous phase, wherein the phenolic by-products include any one or more of phenolic by-products produced in a phenol preparation process and phenolic by-products produced in a bisphenol A preparation process, wherein the effective components include one or more selected from the group consisting of bisphenol A, phenol, α-methylstyrene, and cumene, and wherein the side discharge stream from the decomposition device includes 40 wt% or more of acetophenone.
An adaptive boundary wire transmitter comprising a feedback amplifier, a compensation network, an error amplifier, a sensing element, and two bridge coupled power amplifiers comprising one positive power amplifier, one negative power amplifier, wherein the adaptive boundary wire transmitter is connectable to a boundary wire installation, the boundary wire installation comprising a boundary wire, for feeding the boundary wire with a boundary signal current, wherein the adaptive boundary wire transmitter is arranged so that - when the adaptive boundary wire transmitter and the boundary wire installation are connected - the boundary wire and the sensing element are connected in series between the output of the positive power amplifier and the output of the negative power amplifier, and wherein the compensation network is connected between an output of the feedback amplifier and a negative input of the feedback amplifier and wherein the adaptive boundary wire transmitter is arranged to: - feed a positive input of the feedback amplifier with an input voltage signal, - sense, by means of the sensing element, the boundary signal current, - error amplify the sensed boundary signal current by means of the error amplifier, - feed the error amplified boundary signal current to the negative input of the feedback amplifier, - amplify, by means of the two bridge coupled amplifiers (4, 6), an output signal from the feedback amplifier, - limit the output frequency response of the amplified output signal from the feedback amplifier by means of the compensation network, and - feed the amplified output signal from the feedback amplifier to the boundary wire. - feed a positive input of the feedback amplifier with an input voltage signal, - sense, by means of the sensing element, the boundary signal current, - error amplify the sensed boundary signal current by means of the error amplifier, - feed the error amplified boundary signal current to the negative input of the feedback amplifier, - amplify, by means of the two bridge coupled amplifiers (4, 6), an output signal from the feedback amplifier, - limit the output frequency response of the amplified output signal from the feedback amplifier by means of the compensation network, and - feed the amplified output signal from the feedback amplifier to the boundary wire.
An auristatin-based antibody-drug conjugate for use in treating cancer in a subject, wherein the antibody-drug conjugate is administered in combination therapy with an inhibitor of the PI3K-AKT-mTOR pathway, wherein the pathway inhibitor is a PI3K kinase inhibitor, a AKT inhibitor, an active site mTOR inhibitor or an non-active site mTOR inhibitor, wherein the antibody of the antibody-drug conjugate specifically binds to a cancer cell antigen that is on the surface of a cancer cell that demonstrates upregulation of the PI3K-AKT-mTOR pathway, and wherein the auristatin is MMAE or MMAF, and the auristatin-based antibody drug conjugate and inhibitor provide a synergistic effect in treatment of the cancer.
Actuator for operating an actuating element comprising an actuating element fastened to a force transmission member, an opening spring made of a shape memory alloy, the spring being supported on the force transmission member and acting on the force transmission element in a first direction, the spring force depending on the temperature of the opening spring, and a return spring abutting on the force transmission member and acting on the force transmission member in a direction opposite to the first direction, characterized in that a closing spring made of a shape memory alloy is supported on the force transmission member and acts on the force transmission member in a direction opposite to the first direction, wherein the structural transformation temperature of the closing spring is lower than that of the opening spring.
Electrical connection interface for an electric heating device for heating an airflow circulating inside a heating, ventilation and/or air conditioning installation of a motor vehicle, said connection interface having, in a mounting plate, at least one notch designed to receive a connection terminal mounted at the end of an electrode of a heating element of the electric heating device, characterized in that it has at least one device for limiting the shear of the connection terminal, which device protrudes from the mounting plate in the vicinity of the notch, the shear limiting device having at least one pair of ribs, which respectively protrude from the mounting plate, while being arranged on either side of the corresponding notch, the free end of at least one rib having a chamfer for guiding the connection terminal.
A trocar assembly, comprising: a trocar housing that defines a working chamber; a cannula having a proximal end and a distal end and defining a lumen that extends between the proximal and distal ends, wherein the cannula is coupled to the trocar housing at the proximal end to facilitate communication between the lumen and the working chamber; and a radial biasing device arranged at or near the distal end of the cannula and including an annular body coupled to the cannula and a compliant stabilizing member transitionable between a relaxed position and an extended position when acted upon by a surgical tool introduced into the lumen and passing through the compliant stabilizing member; characterized in that the compliant stabilizing member comprises a ring arranged within the annular body and is coupled to the annular body with an annular flange extending between the compliant stabilizing member and the annular body. a trocar housing that defines a working chamber; a cannula having a proximal end and a distal end and defining a lumen that extends between the proximal and distal ends, wherein the cannula is coupled to the trocar housing at the proximal end to facilitate communication between the lumen and the working chamber; and a radial biasing device arranged at or near the distal end of the cannula and including an annular body coupled to the cannula and a compliant stabilizing member transitionable between a relaxed position and an extended position when acted upon by a surgical tool introduced into the lumen and passing through the compliant stabilizing member; characterized in that the compliant stabilizing member comprises a ring arranged within the annular body and is coupled to the annular body with an annular flange extending between the compliant stabilizing member and the annular body.
An elongate planar test strip having a length along a first dimension parallel to an axis and a width along a second dimension perpendicular to the axis, the strip having an electrochemical analysis cell containing reagent material at one axial end and a connection region at the other axial end, the strip having at least first, second, and third planar layers, wherein the first layer includes a working electrode, the second layer lies between the first and third layers and comprises a crossover area that provides an electrically conductive connection between the first layer and a third planar layer, and the third planar layer is a third conductor deposited in a plane parallel to and above the first and second planar layers and acts as a counter electrode, the first layer having deposited thereupon a first conductor extending from the connection region to the electrochemical cell, characterised in that the first layer also has deposited thereupon an additional conductor portion (13, 20) that is not a conductive path for analysis and extends nearby to but not in conductive relationship to the first conductor, and an electrochemical reagent deposited upon the first layer.
A cable-type secondary battery combined with a signal wire, comprising: a cable-type secondary battery extending in a lengthwise direction and having a hollow interior structure; a signal wire unit inserted into the cable-type secondary battery and extending in the lengthwise direction of a cable; and a cable sheath covering an outside of the cable-type secondary battery, characterized in that the signal wire unit is formed of an optical cable stranded to form a double-spiral structure, and the optical cable is a tight-buffered optical cable, a loose tube-type optical cable, or a slot-type optical cable. a cable-type secondary battery extending in a lengthwise direction and having a hollow interior structure; a signal wire unit inserted into the cable-type secondary battery and extending in the lengthwise direction of a cable; and a cable sheath covering an outside of the cable-type secondary battery, characterized in that the signal wire unit is formed of an optical cable stranded to form a double-spiral structure, and the optical cable is a tight-buffered optical cable, a loose tube-type optical cable, or a slot-type optical cable.
An assembly comprising an electrostatic sprayer for a coating product and a generator usable in an explosive atmosphere zone, this generator having a power greater than or equal to 8 Watts, preferably greater than 10 Watts, characterized in that: - the assembly comprises a compressed air source connected to the ground and at least one air intake hose connecting the source to the sprayer, - the air intake hose having an electric resistance below 1 MOhm, so as to connect the sprayer to the ground, and - at least one electrically conductive cable connects the generator and the sprayer, so as to connect the generator to the ground. - the assembly comprises a compressed air source connected to the ground and at least one air intake hose connecting the source to the sprayer, - the air intake hose having an electric resistance below 1 MOhm, so as to connect the sprayer to the ground, and - at least one electrically conductive cable connects the generator and the sprayer, so as to connect the generator to the ground.
Apparatus for driving picking rollers of front-mounted implements for harvesting crop stands of stalk crop material, for example corn plants or sunflowers, wherein the front-mounted implement is mounted by a carrier vehicle such as a combine harvester or a forage harvester and the front-mounted implement has a plurality of picking units arranged in mutually juxtaposed relationship in a frame structure and a picking unit has at least one picking roller (2, 2') which is driven in rotation and which is drivingly connected at the drive side to the drive output shaft of the internal combustion engine of the carrier vehicle, characterised in that the drive system for driving at least one picking unit which is in driving relationship with the drive output shaft of the internal combustion engine has at least one electric current generator, an electric drive motor and an electric line connection between the current generator and the drive motor, wherein the drive motor is part of a picking roller (2, 2') and the current generator is part of the front-mounted implement.
Apparatus for determining and/or monitoring at least one process variable of a medium, with at least one unit capable of mechanical vibration, with a drive/reception unit which causes the unit capable of mechanical vibration to perform mechanical vibrations on the basis of an electrical excitation signal (Sa), and which receives the mechanical vibrations of the unit capable of mechanical vibration and converts them to an electrical reception signal (Se), and with an electronics unit, which generates the electrical signal (Sa) on the basis of the electrical reception signal (Se) and transmits the signal to the drive/reception unit, wherein the electronics unit is designed in such a way that it generates the excitation signal (Sa) in such a way that a predefinable phase difference exists between the excitation signal (Sa) and the reception signal (Se), characterized in that at least one all-pass filter is provided in the electronics unit to set the phase difference, at least one control unit is provided, said control unit serving to control or regulate the all-pass filter in such a way that the phase difference between the excitation signal (Sa) and the reception signal (Se) essentially corresponds to a predefined target value, in that, furthermore, at least one memory unit is assigned to the control unit, wherein at least one correction value for the phase difference is stored in said memory unit depending on the reception frequency (fe) of the reception signal (Se), and in that the control unit regulates or controls the all-pass filter depending on the at least one correction value, in that the all-pass filter is an analog all-pass filter and in that the control unit is designed in a digital manner.
A method, comprising: detecting, by a device in a network, a power outage event in the network; advertising, by the device, a power-protected backbone to an unprotected node as having a path cost of approximately zero to cause the unprotected node in the network to use a first routing topology that includes the power-protected backbone, in response to detecting the power outage event, wherein the power-protected backbone includes one or more nodes that are protected against the power outage event and the unprotected node is not protected against the power outage event; routing, by the device, data for the unprotected node using the first routing topology; and causing, by the device, the unprotected node to use a second routing topology that optimizes a path from the unprotected node to a root node of the network based on one or more performance criteria. detecting, by a device in a network, a power outage event in the network; advertising, by the device, a power-protected backbone to an unprotected node as having a path cost of approximately zero to cause the unprotected node in the network to use a first routing topology that includes the power-protected backbone, in response to detecting the power outage event, wherein the power-protected backbone includes one or more nodes that are protected against the power outage event and the unprotected node is not protected against the power outage event; routing, by the device, data for the unprotected node using the first routing topology; and causing, by the device, the unprotected node to use a second routing topology that optimizes a path from the unprotected node to a root node of the network based on one or more performance criteria.
A bumper packaging made from a blank of flexible cardboard or corrugated cardboard material, comprising a body which is cuboidal or has a basic shape of a prism and which has a body front wall panel, a body rear wall panel and a body bottom panel, and two side parts which are arranged on opposite sides of the body and which are cuboidal or have a basic shape of a prism or a frustrum of pyramid, each of which side parts having a side part front wall panel (33, 37), a side part rear wall panel (12, 13, 17, 18) and a side part bottom panel (23, 27), wherein body front wall panel and body bottom panel as well as side part front wall panels (33, 37) and side part bottom panels (23, 27) are hinged to each other, preferably via longitudinally directed front wall folding lines, wherein the side part front wall panels (33, 37) form an obtuse angle with the body front wall panel and the side part rear wall panels (12, 13, 17, 18) form an obtuse angle with the body rear wall panel, characterised in that each side part front wall panel (33, 37) is fixedly connected to the body front wall panel by means of a front wall gluing flap (53, 54) and each side part bottom panel (23, 27) is fixedly connected to the body bottom panel by means of a bottom panel gluing flap (51, 52). wherein body front wall panel and body bottom panel as well as side part front wall panels (33, 37) and side part bottom panels (23, 27) are hinged to each other, preferably via longitudinally directed front wall folding lines, wherein the side part front wall panels (33, 37) form an obtuse angle with the body front wall panel and the side part rear wall panels (12, 13, 17, 18) form an obtuse angle with the body rear wall panel, characterised in that each side part front wall panel (33, 37) is fixedly connected to the body front wall panel by means of a front wall gluing flap (53, 54) and each side part bottom panel (23, 27) is fixedly connected to the body bottom panel by means of a bottom panel gluing flap (51, 52).
A device for isolating cells, microvesicles (MVs) and exosomes from a biological sample, the device comprising a cartridge, which comprises a first filter, a second filter and a third filter that are serially connected to each other and independently have a plurality of pores that are about 0.8-1 μm, 0.20-0.22 μm, and 0.03-0.05 μm in diameter, respectively, and the three filters (120, 130, 140) being arranged in the order of decreased pore size so as to retain cells, MVs and exosomes independently having a size between 1.0-20 μm, 0.20-1.0 μm, or 0.05-0. 20 μm in diameter.
Refrigeration appliance, in particular domestic refrigeration appliance, having a housing having a machine space, in which a compressor is connected to the housing by a fastening arrangement via at least one compressor support element and an absorbing element (20a, 20b), which fastening arrangement includes at least one clamping piece, which is separate from the compressor support element and which is connected to the absorbing element (20a, 20b) and is inserted between two wall segments (27, 28) of the housing.