mhurhangee/ep-ind-claims huggingface dataset:
A cargo divider for arrangement between a first vehicle seat backrest and an adjacent second vehicle seat backrest for use when one of the first vehicle seat backrest and the second vehicle seat backrest is folded down, the cargo divider comprising: a first structure part adapted to be arranged along a lateral edge of the first vehicle seat backrest adjacent the second vehicle seat backrest, comprising a first top section, a first middle section and a first bottom section; a second structure part adapted to be arranged along a lateral edge of the second vehicle seat backrest adjacent the first vehicle seat backrest, comprising a second top section, a second middle section and a second bottom section; a first wire comprising a first end attached to the first top section of the first structure part and a second end attached to the second top section of the second structure; one or a plurality of further wires (5, 5', 5") comprising a first end (51, 51', 51") attached along the first middle section of the first structure part and a second end (52, 52', 52") attached correspondingly along the second middle section of the second structure part; wherein the first ends (41, 51, 51', 51") of each of the first wire and the one or a plurality of further wires (5, 5', 5") are attached to the first structure part via a separate first biased roller (43, 53, 53', 53") so that each of the first wire and the one or a plurality of further wires (5, 5', 5") are stretched at all times regardless of a relative folding angle between the first structure part and the second structure part. a first structure part adapted to be arranged along a lateral edge of the first vehicle seat backrest adjacent the second vehicle seat backrest, comprising a first top section, a first middle section and a first bottom section; a second structure part adapted to be arranged along a lateral edge of the second vehicle seat backrest adjacent the first vehicle seat backrest, comprising a second top section, a second middle section and a second bottom section; a first wire comprising a first end attached to the first top section of the first structure part and a second end attached to the second top section of the second structure; one or a plurality of further wires (5, 5', 5") comprising a first end (51, 51', 51") attached along the first middle section of the first structure part and a second end (52, 52', 52") attached correspondingly along the second middle section of the second structure part; wherein the first ends (41, 51, 51', 51") of each of the first wire and the one or a plurality of further wires (5, 5', 5") are attached to the first structure part via a separate first biased roller (43, 53, 53', 53") so that each of the first wire and the one or a plurality of further wires (5, 5', 5") are stretched at all times regardless of a relative folding angle between the first structure part and the second structure part.
A cell picking support device, comprising: a fixing unit that fixes a culture container that holds cells cultured in a predetermined culture environment; an acquisition unit (62A, 62B) that acquires coordinate information for specifying positions, on a bottom face of the culture container, of specific cells from among the cells held in the culture container in the culture environment; a display unit that is provided adjacent to the bottom surface of the culture container fixed by the fixing unit, and that displays information denoting the specific cells, at display positions corresponding to the positions on the bottom face of the culture container as specified by the coordinate information that is acquired by the acquisition unit (62A, 62B). a fixing unit that fixes a culture container that holds cells cultured in a predetermined culture environment; an acquisition unit (62A, 62B) that acquires coordinate information for specifying positions, on a bottom face of the culture container, of specific cells from among the cells held in the culture container in the culture environment; a display unit that is provided adjacent to the bottom surface of the culture container fixed by the fixing unit, and that displays information denoting the specific cells, at display positions corresponding to the positions on the bottom face of the culture container as specified by the coordinate information that is acquired by the acquisition unit (62A, 62B).
A portable terminal using near field wireless communication, the portable terminal comprising: a near-field wireless communication transceiver configured to perform a near-field wireless communication with at least one surrounding device (202, 204); and a controller, wherein the controller is configured to: recognize a vehicle information by reading a tag attached to the vehicle; reset an audio output parameter of audio data to be output by the at least one surrounding device (202, 204) based on the vehicle information; and transmit the audio data including the reset audio output parameter to the at least one surrounding device (202, 204) by using the near-field wireless communication transceiver; wherein the vehicle information includes a unique audio parameter information table per surrounding device, which is stored in or retrieved by the portable terminal. a near-field wireless communication transceiver configured to perform a near-field wireless communication with at least one surrounding device (202, 204); and a controller, wherein the controller is configured to: recognize a vehicle information by reading a tag attached to the vehicle; reset an audio output parameter of audio data to be output by the at least one surrounding device (202, 204) based on the vehicle information; and transmit the audio data including the reset audio output parameter to the at least one surrounding device (202, 204) by using the near-field wireless communication transceiver; wherein the vehicle information includes a unique audio parameter information table per surrounding device, which is stored in or retrieved by the portable terminal. recognize a vehicle information by reading a tag attached to the vehicle; reset an audio output parameter of audio data to be output by the at least one surrounding device (202, 204) based on the vehicle information; and transmit the audio data including the reset audio output parameter to the at least one surrounding device (202, 204) by using the near-field wireless communication transceiver; wherein the vehicle information includes a unique audio parameter information table per surrounding device, which is stored in or retrieved by the portable terminal.
A safety mechanism for manual cutting machines comprising a cutting element and a motor configured to move said cutting element; wherein said safety mechanism comprises: - a throttle trigger connected to the motor, configured to accelerate the motion of the cutting element when pulled by a user; and - a locking device configured to lock the cutting element; said mechanism, characterised in that the throttle trigger has: - a first path (Ra) starting from a rest position (P 0) to a safety position (Ps), which enables the motion of the cutting element to be accelerated when the throttle trigger is pulled from the rest position (P 0) to the safety position (Ps), wherein the motion of the cutting element is at the maximum in the safety position (Ps); and - a second path (Rs) that occurs after the first path (Ra), which activates the locking device to instantaneously stop the motion of the cutting element when the user continues to pull the throttle trigger once the safety position (Ps) has been exceeded by an involuntary reaction of the user as a consequence of a risky and/or accidental situation; wherein the first path (Ra) and the second path (Rs) occur sequentially as the pressure exerted by the user on the throttle trigger increases. - a throttle trigger connected to the motor, configured to accelerate the motion of the cutting element when pulled by a user; and - a locking device configured to lock the cutting element; - a first path (Ra) starting from a rest position (P 0) to a safety position (Ps), which enables the motion of the cutting element to be accelerated when the throttle trigger is pulled from the rest position (P 0) to the safety position (Ps), wherein the motion of the cutting element is at the maximum in the safety position (Ps); and - a second path (Rs) that occurs after the first path (Ra), which activates the locking device to instantaneously stop the motion of the cutting element when the user continues to pull the throttle trigger once the safety position (Ps) has been exceeded by an involuntary reaction of the user as a consequence of a risky and/or accidental situation;
A method for controlling at least one ejector in a vapour compression system, the vapour compression system comprising a compressor unit (2, 3, 16) comprising one or more compressors, a heat rejecting heat exchanger, at least one ejector, a receiver, at least one expansion device (9, 11) and at least one evaporator (8, 10) arranged in a refrigerant path, wherein each ejector is arranged in the refrigerant path with a primary inlet of the ejector connected to an outlet of the heat rejecting heat exchanger, an outlet of the ejector connected to the receiver and a secondary inlet of the ejector connected to a part of a return pipe (12, 13) receiving refrigerant from outlets of the evaporator(s) (8, 10), and wherein at least one of the ejector(s) (6a, 6b, 6c, 6d) is of a first, low pressure, kind, the method comprising the steps of: - obtaining a pressure value of refrigerant leaving the heat rejecting heat exchanger, and/or a temperature value of refrigerant leaving the heat rejecting heat exchanger, and - controlling at least the low pressure ejector(s) (6a, 6b, 6c, 6d) based on the obtained pressure value and/or temperature value, characterized in that the method further comprises the step of obtaining a refrigerant pressure at an outlet of the ejector(s), and in that the step of controlling at least the low pressure ejector(s) (6a, 6b, 6c, 6d) is further based on a pressure difference and/or a pressure ratio between the refrigerant pressure at the primary inlet of the ejector(s) and the refrigerant pressure at the outlet of the ejector(s). - obtaining a pressure value of refrigerant leaving the heat rejecting heat exchanger, and/or a temperature value of refrigerant leaving the heat rejecting heat exchanger, and - controlling at least the low pressure ejector(s) (6a, 6b, 6c, 6d) based on the obtained pressure value and/or temperature value,
A method of monitoring the phase composition resulting from different phases in production fluid from at least one of the wells of a plurality of subsea hydrocarbon production wells (1, 2 ---n), the method comprising: modulating the flow of said fluid from said at least one of the wells; passing the flow of production fluid from all of said wells through a multiphase flow meter common to the wells; processing data from said multiphase flow meter by means responsive to the modulation of the flow from said at least one of the wells to produce information relating to the phase composition of production fluid from said at least one of the wells, wherein: the flow of production fluid from the at least one of the wells is modulated by modulating a respective one of a plurality of chokes (41, 42 ---4n) through which the production fluid flows from the well by modulating the choke around its nominal set position by a modulating signal from a subsea electronics module of a respective one of a plurality of subsea control modules (61, 62 ---6n) to provide a relatively small amplitude flow component at a frequency (f) superimposed on the nominal flow for a time period (t). modulating the flow of said fluid from said at least one of the wells; passing the flow of production fluid from all of said wells through a multiphase flow meter common to the wells; processing data from said multiphase flow meter by means responsive to the modulation of the flow from said at least one of the wells to produce information relating to the phase composition of production fluid from said at least one of the wells, wherein: the flow of production fluid from the at least one of the wells is modulated by modulating a respective one of a plurality of chokes (41, 42 ---4n) through which the production fluid flows from the well by modulating the choke around its nominal set position by a modulating signal from a subsea electronics module of a respective one of a plurality of subsea control modules (61, 62 ---6n) to provide a relatively small amplitude flow component at a frequency (f) superimposed on the nominal flow for a time period (t).
Torque limiting coupling for a driveline wherein an input side is connectable to a power unit and an output side is connectable to a load, wherein a first sensor is assigned to the input side and a second sensor is assigned to the output side of the torque limiting coupling, characterized in that, at least one of the sensors (10, 20), preferable both sensors (10, 20), comprises an encoder (14, 24) comprising a plurality of markings, wherein at least an additional detector (15, 25) is assigned to the input side and/or the output side and the additional detector (15, 25) is arranged at a predetermined angle to detect impulses phase shifted for determination of the rotational speed.
A system for controlling a plurality of ejectors in an ejector refrigeration circuit, the system comprising: a plurality of ejectors, each of the plurality of ejectors having a primary high pressure input port, a secondary low pressure input port, and an output port; and a controller coupled to each of the plurality of ejectors, the controller adapted to: generate a plurality of maps (200, 200A, 200B, 200C) based on a set of predefined conditions, each of the plurality of maps being associated with a corresponding temperature of a heat rejecting heat exchanger; identify a first map from the plurality of maps associated with a first temperature of the heat rejecting heat exchanger and an input signal indicative of a flow rate of a refrigerant fluid through a first ejector; and adjust opening percentages of the plurality of ejectors based on the identified first map. a plurality of ejectors, each of the plurality of ejectors having a primary high pressure input port, a secondary low pressure input port, and an output port; and a controller coupled to each of the plurality of ejectors, the controller adapted to: generate a plurality of maps (200, 200A, 200B, 200C) based on a set of predefined conditions, each of the plurality of maps being associated with a corresponding temperature of a heat rejecting heat exchanger; identify a first map from the plurality of maps associated with a first temperature of the heat rejecting heat exchanger and an input signal indicative of a flow rate of a refrigerant fluid through a first ejector; and adjust opening percentages of the plurality of ejectors based on the identified first map. generate a plurality of maps (200, 200A, 200B, 200C) based on a set of predefined conditions, each of the plurality of maps being associated with a corresponding temperature of a heat rejecting heat exchanger; identify a first map from the plurality of maps associated with a first temperature of the heat rejecting heat exchanger and an input signal indicative of a flow rate of a refrigerant fluid through a first ejector; and adjust opening percentages of the plurality of ejectors based on the identified first map.
A flow-type laboratory scale hydrogenation apparatus (100; 200, 300) for hydrogenating given samples, comprising a reservoir (104; 204), a feed pump (102; 202) being a pump generating a constant volume rate, a collecting element (108; 208) with first and second inlets and an outlet, a hydrogenation reactor (110; 210, 310-1,..., 310-m) and a pressure-adjusting unit (112; 212) with electrically controlled regulation, all connected into a flow path, wherein the pressure-adjusting unit (112; 212) is connected into the flow path after the hydrogenation reactor (110; 210, 310-1,..., 310-m), as well as a hydrogen source (126; 226) and a valve (120; 220) transmitting a gas stream only into a single direction and connected between the hydrogen source (126; 226) and the second inlet of the collecting element (108; 208), characterized in that the reservoir (104; 204) contains at least a solvent of the sample to be hydrogenated, and wherein the hydrogenation reactor (110; 210, 310-1,..., 310-m) is joined into the flow path via detachable connections and is formed as a replaceable cartridge which contains in its inner space a packing increasing the flow resistance and facilitating the mixing of liquid and gaseous components, and wherein said second inlet of the collecting element (108; 208) is provided with an end piece made of frit.
A servicing panel of an aircraft, the servicing panel configured for being mounted in a fuselage external portion of the aircraft and comprising: an electronic display device having a display area accessible from the exterior of the aircraft, the electronic display device being operatively connected to display information relating to a system of the aircraft on the display area; characterised by a servicing port associated with the system, the servicing port comprising an electrical connector connectable to a power source external to the aircraft for powering the electronic display device. an electronic display device having a display area accessible from the exterior of the aircraft, the electronic display device being operatively connected to display information relating to a system of the aircraft on the display area; characterised by a servicing port associated with the system, the servicing port comprising an electrical connector connectable to a power source external to the aircraft for powering the electronic display device.
A sofa bed sliding system (100, 200, 300, 400, 500, 600, 700) for a sofa bed (1, 1'), said sliding system forming a connection between a moveable sofa bed part (3, 3') and an associated frame structure (10, 10'), wherein said sliding system (100, 200, 300, 400, 500, 600, 700) comprises at least one sliding surface (110, 210, 310, 410, 510, 610) being coated with a lacquer comprising a resin, wherein said lacquer in turn is at least partly coated with a lipophilic composition coating to provide a slide layer with a lowered friction.
Smoke-generating body having a smoke-generating body casing and a smoke-generating mass embedded therein, a smoke-generating base and a smoke-generating upper side (3, 3'), wherein the smoke-generating body has at least one purge opening in its smoke-generating body upper side (3, 3'), characterized in that an attachment for protecting the at least one purge opening is provided on the smoke-generating body upper side (3, 3'), wherein the attachment is spaced apart from the smoke-generating upper side (3, 3') via supports, so that smoke which is generated can escape from the at least one purge opening and then laterally between the smoke-generating upper side (3, 3') and the attachment.
A cushion pad adapted to be used in a vehicle seat, the cushion pad being made of urethane foam and integrally molded, the cushion pad comprising an upper surface layer and a core layer, characterized in that a viscoelastic property (tan δ 1) of the upper surface layer of the cushion pad at 36°C and at a frequency of 1 Hz is 0.065 to 0.144, a viscoelastic property (tan δ core) of the core layer of the cushion pad at 36°C and at the frequency of 1 Hz is 0.052 to 0.102, and a ratio of the viscoelastic property tan(δ core) of the core layer at 36°C and at the frequency of 1 Hz to the viscoelastic property (tan δ 1) of the upper surface layer at 36°C and at the frequency of 1 Hz is in a range of 0.7 to 0.8.
An on-diaper body fluid screening device, comprising a stack of the following sheets - a surface sheet, which is permeable to body fluid; - a collection sheet, which is impervious to body fluid; - a testing sheet, which is body fluid absorbent and which is provided with a plurality of colorimetric assay reaction pads, and which is provided with a body fluid barrier network forming body fluid channels between an inlet section and the colorimetric assay reaction pads; - a protection sheet, which is impervious to body fluid; and - a transparent readout sheet, through which the assay reaction pads are visible; characterized in that - the protection sheet comprises pad receiving openings; - the collection sheet comprises an inlet hole which is arranged over the inlet section; - a swelling component is arranged in association with the inlet hole and an inlet hole closing member; - the body fluid barrier network comprises fluid-impervious barriers that segregate the assay reaction pads, creating two-dimensional fluid flow paths or hydrophilic channels onto the porous testing sheet. - a surface sheet, which is permeable to body fluid; - a collection sheet, which is impervious to body fluid; - a testing sheet, which is body fluid absorbent and which is provided with a plurality of colorimetric assay reaction pads, and which is provided with a body fluid barrier network forming body fluid channels between an inlet section and the colorimetric assay reaction pads; - a protection sheet, which is impervious to body fluid; and - a transparent readout sheet, through which the assay reaction pads are visible; - the protection sheet comprises pad receiving openings; - the collection sheet comprises an inlet hole which is arranged over the inlet section; - a swelling component is arranged in association with the inlet hole and an inlet hole closing member; - the body fluid barrier network comprises fluid-impervious barriers that segregate the assay reaction pads, creating two-dimensional fluid flow paths or hydrophilic channels onto the porous testing sheet.
Supply-air and exhaust-air adaptor for a heating unit which has at least one entry opening for the supply air and has at least one exit opening for the exhaust air, having a housing which has receptacles (14, 16) for the entry opening and the exit opening, wherein a passage path and a branch path are provided within the housing, wherein the passage path has an inlet and an outlet, and at least one seal receptacle for a seal is provided at the outlet, wherein the passage path is arranged within a further passage path, and wherein the passage path and/or the further passage path have/has seal receptacles (34, 38, 46) for seals, characterized in that the passage path is shorter than the further passage path.
A gasket for a valve of an internal combustion engine; said valve comprising a guide element defining a through seat, and a stem slidably movable in said seat; said gasket comprising: - an elastically deformable seal element having an annular shape with respect to an axis and adapted to be fitted externally on said valve to cooperate with said stem and/or with said guide element; and - a support member having an annular shape, fitted coaxially on at least part of said seal element; said support member being formed of one single component made entirely of plastic material; characterised in that said support member comprises a first portion cooperating with a first portion of said seal element in a radially internal position with respect to said axis and adapted to be interposed radially between said seal element and said stem. - an elastically deformable seal element having an annular shape with respect to an axis and adapted to be fitted externally on said valve to cooperate with said stem and/or with said guide element; and - a support member having an annular shape, fitted coaxially on at least part of said seal element;