mhurhangee/ep-ind-claims huggingface dataset:
Rack-type mobile device for presenting parts of breeding cages for washing, the device being adapted to be inserted into a washing/rinsing machine for use in pharmaceutical preclinical research centres, the device comprising: - a load-bearing structural frame for said parts of breeding cages; - means (11, 12) adapted for moving said mobile device, connected to said frame; - one or more hooking and positioning elements for hooking and positioning said parts of breeding cages on said device, said hooking and positioning elements being located on at least one lateral part of the frame and being constrained to said load-bearing structural frame; said hooking and positioning elements being shaped as an open hook tilted downwards relative to the horizontal plane, with the hook bottom facing outwards from said lateral part of the mobile device, and the hook tip facing inwards, said open hook having such a width as to be able to internally house at least a part of said cage parts, wherein said open hook has a terminal part of said tip which is bent towards the inside of the hook, so that only said terminal part of the tip will come in contact with said part of said cage parts, when present, said part of said cage parts being also in contact with said hook bottom. - a load-bearing structural frame for said parts of breeding cages; - means (11, 12) adapted for moving said mobile device, connected to said frame; - one or more hooking and positioning elements for hooking and positioning said parts of breeding cages on said device, said hooking and positioning elements being located on at least one lateral part of the frame and being constrained to said load-bearing structural frame; said hooking and positioning elements being shaped as an open hook tilted downwards relative to the horizontal plane, with the hook bottom facing outwards from said lateral part of the mobile device, and the hook tip facing inwards, said open hook having such a width as to be able to internally house at least a part of said cage parts,
A unit cell of a phased array antenna comprising: a printed wiring board, PWB, comprising: a first layer comprising a radiator; a second layer comprising a feed circuit configured to provide excitation signals to the radiator; a plurality of vias (208a, 208b, 208c, 208d) connecting the feed circuit to the radiator; a signal layer; an active component layer comprising an active component bonded to the signal layer; and a radio frequency, RF, connector connecting the signal layer to the feed circuit, wherein the RF connector is a via, wherein the radiator comprises: a first dipole arm; a second dipole arm; a third dipole arm; and a fourth dipole arm, wherein the plurality of vias comprises: a first via coupled to the first dipole arm; a second via coupled to the second dipole arm; a third via coupled to the third dipole arm and a fourth via coupled to the fourth dipole arm, wherein the first, second, third and fourth vias are configured to provide the excitation signal from the feed circuit. a printed wiring board, PWB, comprising: a first layer comprising a radiator; a second layer comprising a feed circuit configured to provide excitation signals to the radiator; a plurality of vias (208a, 208b, 208c, 208d) connecting the feed circuit to the radiator; a signal layer; an active component layer comprising an active component bonded to the signal layer; and a radio frequency, RF, connector connecting the signal layer to the feed circuit, wherein the RF connector is a via, a first layer comprising a radiator; a second layer comprising a feed circuit configured to provide excitation signals to the radiator; a plurality of vias (208a, 208b, 208c, 208d) connecting the feed circuit to the radiator; a signal layer; an active component layer comprising an active component bonded to the signal layer; and a radio frequency, RF, connector connecting the signal layer to the feed circuit, wherein the RF connector is a via, wherein the radiator comprises: a first dipole arm; a second dipole arm; a third dipole arm; and a fourth dipole arm, a first dipole arm; a second dipole arm; a third dipole arm; and a fourth dipole arm, wherein the plurality of vias comprises: a first via coupled to the first dipole arm; a second via coupled to the second dipole arm; a third via coupled to the third dipole arm and a fourth via coupled to the fourth dipole arm, a first via coupled to the first dipole arm; a second via coupled to the second dipole arm; a third via coupled to the third dipole arm and a fourth via coupled to the fourth dipole arm, wherein the first, second, third and fourth vias are configured to provide the excitation signal from the feed circuit.
Process for producing triacylglyceride in an organism, where the triacylglyceride comprises polyunsaturated fatty acids, comprising the step of incorporating a polyunsaturated fatty acid at the sn-2 position of lysophosphatidic acid by means of a lysophosphatidic acid acyltransferase with at least 60% identity to the amino acid sequence shown in SEQ ID No. 17 or SEQ ID No. 19, where the organism is a microorganism, a plant, a plant seed or a plant cell.
System for determining an absolute position of a moving element (3; 4) of a handheld power tool, the system comprising: - said handheld power tool, comprising: - a body, comprising: - an actuator, - an excitation coil, arranged to conduct an alternating excitation current, wherein said alternating excitation current generates a magnetic flux traversing two measuring coils (M1, M2), - said measuring coils (M1, M2), wherein said measuring coils (M1, M2) have a shape having a period, wherein said measuring coils are offset by a quarter of said period, - a moving element (3; 4), being made at least in part of a ferromagnetic material and/or by an electrically conductive material, said element being arranged to be moved by a user and/or by said actuator with regard to the body, wherein the moving of said element (3; 4) modifies said magnetic flux, wherein said system comprises: - a computing module, arranged to determine an absolute position of said moving element (3; 4) based on said magnetic flux. - said handheld power tool, comprising: - a body, comprising: - an actuator, - an excitation coil, arranged to conduct an alternating excitation current, wherein said alternating excitation current generates a magnetic flux traversing two measuring coils (M1, M2), - said measuring coils (M1, M2), wherein said measuring coils (M1, M2) have a shape having a period, wherein said measuring coils are offset by a quarter of said period, - a moving element (3; 4), being made at least in part of a ferromagnetic material and/or by an electrically conductive material, said element being arranged to be moved by a user and/or by said actuator with regard to the body, wherein the moving of said element (3; 4) modifies said magnetic flux, - a body, comprising: - an actuator, - an excitation coil, arranged to conduct an alternating excitation current, wherein said alternating excitation current generates a magnetic flux traversing two measuring coils (M1, M2), - said measuring coils (M1, M2), wherein said measuring coils (M1, M2) have a shape having a period, wherein said measuring coils are offset by a quarter of said period, - an actuator, - an excitation coil, arranged to conduct an alternating excitation current, wherein said alternating excitation current generates a magnetic flux traversing two measuring coils (M1, M2), - said measuring coils (M1, M2), wherein said measuring coils (M1, M2) have a shape having a period, wherein said measuring coils are offset by a quarter of said period, - a moving element (3; 4), being made at least in part of a ferromagnetic material and/or by an electrically conductive material, said element being arranged to be moved by a user and/or by said actuator with regard to the body, wherein the moving of said element (3; 4) modifies said magnetic flux, - a computing module, arranged to determine an absolute position of said moving element (3; 4) based on said magnetic flux.
A traveling vehicle comprising: a pair of left and right drive wheels; a drive unit (21a, 22a, 21b, 22b) configured to provide driving force to the drive wheels; a drive wheel operation unit having a forward speed position, a neutral position, a reverse speed position and a parking position; a position detector (92a, 92b) configured to detect the parking position of the drive wheel operation unit; a parking brake configured to brake the drive wheels under an operative state thereof; characterized by further comprising: a rotation detector (90a, 90b) configured to detect a predetermined state when the rotational speed of the drive wheels is from a stopped state to a predetermined rotational speed of the drive wheels; and a control unit configured to render the parking brake into the operative state on a condition including detection of the parking position by the position detector (92a, 92b) and detection of the predetermined state by the rotation detector (90a, 90b). a pair of left and right drive wheels; a drive unit (21a, 22a, 21b, 22b) configured to provide driving force to the drive wheels; a drive wheel operation unit having a forward speed position, a neutral position, a reverse speed position and a parking position; a position detector (92a, 92b) configured to detect the parking position of the drive wheel operation unit; a parking brake configured to brake the drive wheels under an operative state thereof; a rotation detector (90a, 90b) configured to detect a predetermined state when the rotational speed of the drive wheels is from a stopped state to a predetermined rotational speed of the drive wheels; and a control unit configured to render the parking brake into the operative state on a condition including detection of the parking position by the position detector (92a, 92b) and detection of the predetermined state by the rotation detector (90a, 90b).
A filter element (20, 76) comprising: a primary layer of filter media (22, 78) defining a chamber having an open end and a closed end distally opposite the open end, wherein the open end is a fluid inlet through which fluid flows into the chamber toward the closed end, the primary layer of filter media having an interior surface facing the chamber and an exterior surface opposite the interior surface; and at least one secondary layer of filter media (40, 80) adjacently fixed to the primary layer of filter media and disposed along the interior surface of the primary layer of filter media, the at least one secondary layer of filter media being located at the closed end of the primary layer of filter media for increasing a pressure drop at the closed end, being complimentary in shape to the primary layer such that the secondary layer extends along half the length of the walls of the primary layer or less than half the length, and having a thickness that is directly proportional to a pressure drop at the closed end, wherein fluid flow distribution is increased at a terminating portion of the at least one secondary layer of filter media along the walls of the primary layer of filter media, wherein fluid flow is homogeneously distributed through the chamber in response to the pressure drop; and wherein at least the primary layer of filter media is formed of a rigid material and wherein the at least one secondary layer of filter media is porous and permeable. a primary layer of filter media (22, 78) defining a chamber having an open end and a closed end distally opposite the open end, wherein the open end is a fluid inlet through which fluid flows into the chamber toward the closed end, the primary layer of filter media having an interior surface facing the chamber and an exterior surface opposite the interior surface; and at least one secondary layer of filter media (40, 80) adjacently fixed to the primary layer of filter media and disposed along the interior surface of the primary layer of filter media, the at least one secondary layer of filter media being located at the closed end of the primary layer of filter media for increasing a pressure drop at the closed end, being complimentary in shape to the primary layer such that the secondary layer extends along half the length of the walls of the primary layer or less than half the length, and having a thickness that is directly proportional to a pressure drop at the closed end, wherein fluid flow distribution is increased at a terminating portion of the at least one secondary layer of filter media along the walls of the primary layer of filter media, wherein fluid flow is homogeneously distributed through the chamber in response to the pressure drop; and wherein at least the primary layer of filter media is formed of a rigid material and wherein the at least one secondary layer of filter media is porous and permeable.
Evaporator heat exchanger unit for a heating-cooling module for a motor vehicle, having at least - one collector expansion tank for collecting a cooling agent, and - one evaporator, by means of which at least one part of the cooling agent is transferable into a gaseous state, one housing which consists of at least two parts (15, 17) releasably connected with one another and which encloses an inner chamber, wherein in this inner chamber the collector expansion tank, the evaporator and a cooling agent are disposed, and wherein on this housing an expansion element is disposed by means of which cooling agent is supplied to the evaporator. - one collector expansion tank for collecting a cooling agent, and - one evaporator, by means of which at least one part of the cooling agent is transferable into a gaseous state, one housing which consists of at least two parts (15, 17) releasably connected with one another and which encloses an inner chamber, wherein in this inner chamber the collector expansion tank, the evaporator and a cooling agent are disposed, and wherein on this housing an expansion element is disposed by means of which cooling agent is supplied to the evaporator.
Nickel-chromium alloy with high resistance to oxidation and carburisation, creep rupture strength and creep resistance, from, 0.4 to 0.6% carbon 28 to 33 % chromium 17 to 22% iron 3 to 4.5% aluminium 0.01 to 1% silicon 0.01 to 0.5% manganese 0.01 to 1.0% niobium 0.01 to 0.5% tantalum 0.01 to 0.6% tungsten 0.001 to 0.5% titanium 0.001 to 0.3% zirconium 0.001 to 0.3% yttrium 0.001 to 0.3% cerium 0.01 to 0.5% molybdenum 0.001 to 0.1% nitrogen The remainder is nickel including impurities from the smelting process. 0.4 to 0.6% carbon 28 to 33 % chromium 17 to 22% iron 3 to 4.5% aluminium 0.01 to 1% silicon 0.01 to 0.5% manganese 0.01 to 1.0% niobium 0.01 to 0.5% tantalum 0.01 to 0.6% tungsten 0.001 to 0.5% titanium 0.001 to 0.3% zirconium 0.001 to 0.3% yttrium 0.001 to 0.3% cerium 0.01 to 0.5% molybdenum 0.001 to 0.1% nitrogen The remainder is nickel including impurities from the smelting process.
An air conditioner connection system that performs power carrier communication, in which a power line for supplying electric power is also used as a communication line, comprising an air conditioner including a first device connected via a power line in a communication-capable manner, a second device capable of performing radio communication with the air conditioner, and a third device that is connectable to an external network via a home network in a communication-capable manner while being connected to the first device via the power line in a communication-capable manner, wherein the air conditioner includes an authentication process control unit configured to control the first device to perform an authentication process with the third device when a starting request of the authentication process for performing power carrier communication is received from the second device, the first device includes an authentication process unit that performs the authentication process under the control of the air conditioner, and the second device includes an authentication start process unit that transmits the starting request to the air conditioner.
A separator comprising: a gas/liquid separator vessel having a first end, a second end, a first inlet, a first outlet, and a first separation chamber, the first inlet being adjacent to the first end; an enclosure positioned within the first separation chamber of the gas/liquid separator vessel, the enclosure having a second inlet, a second outlet, at least one drain positioned between the second inlet and second outlet, and a second separation chamber, the second inlet being directed towards the first end of the gas/liquid separator vessel, the second separation chamber defining a flow path for a gas stream in which the flow path passes sequentially through the second inlet, the second separation chamber and the second outlet; a mesh pad coalescer positioned in the second separation chamber to intercept the flow path of the gas stream; and a mesh pad demister positioned in the second separation chamber between the mesh pad coalescer and the second outlet to intercept the flow path of the gas stream, wherein the mesh pad demister has a smaller cross-sectional area than the cross-sectional area of the mesh pad coalescer, and wherein the at least one drain is positioned between the mesh pad coalescer and the mesh pad demister. a gas/liquid separator vessel having a first end, a second end, a first inlet, a first outlet, and a first separation chamber, the first inlet being adjacent to the first end; an enclosure positioned within the first separation chamber of the gas/liquid separator vessel, the enclosure having a second inlet, a second outlet, at least one drain positioned between the second inlet and second outlet, and a second separation chamber, the second inlet being directed towards the first end of the gas/liquid separator vessel, the second separation chamber defining a flow path for a gas stream in which the flow path passes sequentially through the second inlet, the second separation chamber and the second outlet; a mesh pad coalescer positioned in the second separation chamber to intercept the flow path of the gas stream; and a mesh pad demister positioned in the second separation chamber between the mesh pad coalescer and the second outlet to intercept the flow path of the gas stream, wherein the mesh pad demister has a smaller cross-sectional area than the cross-sectional area of the mesh pad coalescer, and wherein the at least one drain is positioned between the mesh pad coalescer and the mesh pad demister.
Method for capturing insulation parameters of an electrical insulation of power supply equipment having a first and a second electrical conductor (3, 5), which are electrically insulated from one another by means of the electrical insulation, wherein a) two first real immittance components of a first complex immittance lying between the first and the second conductor (3, 5) are ascertained on the basis of a first measurement on the power supply equipment carried out at a first frequency (f 1) b) and at least two second real immittance components of a second complex immittance are ascertained on the basis of a second measurement on the power supply equipment carried out at a second frequency (f 2) that differs from the first frequency (f 1), c) the two first real immittance components and the two second real immittance components are used to determine four first insulation parameters of the electrical insulation in accordance with a polarization equivalent circuit diagram, in the form of a parallel insulation capacitance (C iso), a parallel insulation loss resistance (R iso), a first polarization resistance (R Pol1) and a first polarization capacitance (C Pol1), wherein, in accordance with the polarization equivalent circuit diagram, the insulation capacitance (C iso), the insulation loss resistance (R iso) and the series connection of the first polarization resistance (R Pol1) and the first polarization capacitance (C Pol1) are connected in parallel. a) two first real immittance components of a first complex immittance lying between the first and the second conductor (3, 5) are ascertained on the basis of a first measurement on the power supply equipment carried out at a first frequency (f 1) b) and at least two second real immittance components of a second complex immittance are ascertained on the basis of a second measurement on the power supply equipment carried out at a second frequency (f 2) that differs from the first frequency (f 1), c) the two first real immittance components and the two second real immittance components are used to determine four first insulation parameters of the electrical insulation in accordance with a polarization equivalent circuit diagram, in the form of a parallel insulation capacitance (C iso), a parallel insulation loss resistance (R iso), a first polarization resistance (R Pol1) and a first polarization capacitance (C Pol1), wherein, in accordance with the polarization equivalent circuit diagram, the insulation capacitance (C iso), the insulation loss resistance (R iso) and the series connection of the first polarization resistance (R Pol1) and the first polarization capacitance (C Pol1) are connected in parallel.
A liquid reservoir for a refrigeration system, comprising: a drum body, a gas-liquid separation chamber being defined therein; and an air intake pipe, configured to be connected to an evaporating pipe of an evaporator of the refrigeration system, and extending into the gas-liquid separation chamber from one end of the drum body, the end of the air intake pipe extending into the gas-liquid separation chamber being provided with a baffle opposite to a mouth of the air intake pipe, so that a mixture discharged from the air intake pipe hits the baffle and then is discharged into the gas-liquid separation chamber from an interval between the baffle and the air intake pipe, characterised in that the pipe diameter of the part of the air intake pipe extending into the gas-liquid separation chamber gradually shrinks with the increase of an extending length. a drum body, a gas-liquid separation chamber being defined therein; and an air intake pipe, configured to be connected to an evaporating pipe of an evaporator of the refrigeration system, and extending into the gas-liquid separation chamber from one end of the drum body, the end of the air intake pipe extending into the gas-liquid separation chamber being provided with a baffle opposite to a mouth of the air intake pipe, so that a mixture discharged from the air intake pipe hits the baffle and then is discharged into the gas-liquid separation chamber from an interval between the baffle and the air intake pipe, characterised in that the pipe diameter of the part of the air intake pipe extending into the gas-liquid separation chamber gradually shrinks with the increase of an extending length.