mhurhangee/patent-ind-claim-en huggingface dataset:
Method for handling outlet air in a pneumatic waste-conveying system, in which the outlet air is at least partly the conveying air used in waste conveying, chara cterized in that the outlet air is blown from an outward blowing pipe into a chamber that is formed from an outer pipe arranged around at least an outward blowing end of the outward blowing pipe and the chamber comprising at least one output aperture and at least one second aperture , in which second aperture a suction effect is achieved with the blowing of the outlet air such that additional air, which dilutes the originators of odor in the air volume, is brought into the body of the outlet air in the chamber via the at least one second aperture as a consequence of the suction effect achieved with the blowing of the outlet air, and in that the outlet air and the additional air mix with each other at least partly in the chamber before the output aperture from which the mixture of outlet air and additional air is conducted away.
Method for adjusting a stroke volume of a hydrostatic axial piston pump for a hydrostatic traction drive, wherein the axial piston pump has an adjusting unit for adjusting its stroke volume (Vol pmp ), wherein the adjusting unit has an actuating cylinder with a first actuating pressure chamber (8 1 ), in which a first actuating pressure (p st1 ) can be set via a first pressure reducing valve (18 1 ), the said actuating pressure depending on a first current intensity (I 1 ) on a first solenoid (a) of the first pressure reducing valve (18 1 ), characterized in that the method comprises the following step: the first current intensity (I 1 ) can be calculated via an electronic control unit as a function of an actual rotational speed (n pmp ) and of an operating pressure (HD) of the axial piston pump and as a function of an operating element for a driver's request.
Safe for stationary use, comprising a housing which surrounds an interior space and which has a base , a ceiling and two side walls arranged between the ceiling and the base , as well as a rear wall and at least one door , which door closes an opening , the door being arranged for pivoting on the housing , characterized in that the door has a plate on the outside, that the plate is firmly connected to the door , that the plate consists of a material which insulates the interior space against heat transmission and/or heat radiation and which absorbs thermal energy in an endothermic reaction in the event of fire and/or the action of heat, the plate being screwed to the door and/or, in particular, adhesively bonded in a heat-resistant manner.
A plug connector for mounting on a circuit board with an insulating body for receiving contact elements that can be contacted with the circuit board , a base body , and a shielding plate , wherein the base body has a receptacle into which the insulating body can be inserted in different rotational positions rotated about the longitudinal axis (L) thereof, wherein the base body and the insulating body form a mutually corresponding toothing by means of which the rotational positions are determined and the insulating body inserted into the receptacle is secured in its rotational position against rotation about the longitudinal axis (L) thereof, wherein the shielding plate engages around the base body and has contact portions for connection to the circuit board . wherein the base body has a receptacle into which the insulating body can be inserted in different rotational positions rotated about the longitudinal axis (L) thereof, wherein the base body and the insulating body form a mutually corresponding toothing by means of which the rotational positions are determined and the insulating body inserted into the receptacle is secured in its rotational position against rotation about the longitudinal axis (L) thereof, wherein the shielding plate engages around the base body and has contact portions for connection to the circuit board .
A method comprising: receiving information of one or more parameters associated with one or more components of a temperature-controlled unit of a road vehicle , the information of the one or more parameters being received in response to a change in acceleration of the road vehicle , wherein the change in acceleration of the road vehicle is detected in an event hard brakes of the road vehicle are applied; determining an impact on the one or more components of the temperature-controlled unit due to the change in the acceleration; and transmitting a notification to a device based on the impact on the one or more components of the temperature-controlled unit . receiving information of one or more parameters associated with one or more components of a temperature-controlled unit of a road vehicle , the information of the one or more parameters being received in response to a change in acceleration of the road vehicle , wherein the change in acceleration of the road vehicle is detected in an event hard brakes of the road vehicle are applied; determining an impact on the one or more components of the temperature-controlled unit due to the change in the acceleration; and transmitting a notification to a device based on the impact on the one or more components of the temperature-controlled unit .
A vertically foldable door , said door comprising two foldable door leaves arranged in parallel and at a distance from each other and thereby forming an interspace between the two door leaves , and which door leaves are made of a flexible material, and the door being configured to be lifted in a lifting operation during which the door leaves are folded and to be lowered in a lowering operation during which the door leaves are unfolded, wherein the door further comprises at least two elongated horizontal support members for supporting said door leaves and an inwards folding prevention device arranged in the interspace between the two door leaves , such that inwards folding into the interspace of at least a part of at least one of the door leaves is prevented during the lifting operation, characterized in that said inwards folding prevention device comprises a plurality of ribs arranged in parallel with each other and connected to each other by a first connection arrangement and by a second connection arrangement , and of which ribs at least one rib is connected to at least one door leaf by means of said support members , which ribs are arranged to assume a horizontal position when the door leaves are in a folded position and to be raised up when the door leaves are unfolded during the lowering operation, wherein said support members are arranged at a distance from each other and which support members are connected to the door leaves, and wherein each rib is articulately connected at a lower end thereof to a lower support member of the at least two support members by means of the first connection arrangement , and wherein said plurality of ribs having a width corresponding to a width of said supporting members .
A method for producing biomethane by purifying biogas from non-hazardous waste storage facilities (NHWSF) according to which: - the initial gas flow is compressed, - the gas flow to be purified is introduced into at least one adsorber loaded with adsorbents capable of reversibly adsorbing the VOCs, - the VOC-depleted gas flow exiting the adsorber loaded with adsorbents capable of reversibly adsorbing the VOCs is subjected to at least one membrane separation implementing 1 to 4 membrane stages of which the permeability enables more than 90% of the CO 2 and at least 30% of the O 2 to be separated from the gas flow, - the retentate from the membrane separation is introduced into at least one temperature and pressure-modulated adsorber loaded with adsorbents capable of reversibly adsorbing the majority of the remaining CO 2 , - the CO 2 -depleted gas flow exiting the adsorber loaded with adsorbents capable of reversibly adsorbing the majority of the remaining CO 2 is subjected to a cryogenic separation in a distillation column to separate the O 2 and the N 2 from the gas flow, wherein: o the CO 2 -depleted gas flow is cooled down by heat exchange with the methane-rich liquid extracted from the distillation column, ∘ the cooled gas flow is sent to the distillation column, ∘ the methane-rich liquid is extracted from the distillation column, ∘ the methane-rich liquid is vaporized by heat exchange with the CO 2 -depleted gas flow coming from the PTSA. - the initial gas flow is compressed, - the gas flow to be purified is introduced into at least one adsorber loaded with adsorbents capable of reversibly adsorbing the VOCs, - the VOC-depleted gas flow exiting the adsorber loaded with adsorbents capable of reversibly adsorbing the VOCs is subjected to at least one membrane separation implementing 1 to 4 membrane stages of which the permeability enables more than 90% of the CO 2 and at least 30% of the O 2 to be separated from the gas flow, - the retentate from the membrane separation is introduced into at least one temperature and pressure-modulated adsorber loaded with adsorbents capable of reversibly adsorbing the majority of the remaining CO 2 , - the CO 2 -depleted gas flow exiting the adsorber loaded with adsorbents capable of reversibly adsorbing the majority of the remaining CO 2 is subjected to a cryogenic separation in a distillation column to separate the O 2 and the N 2 from the gas flow, wherein: o the CO 2 -depleted gas flow is cooled down by heat exchange with the methane-rich liquid extracted from the distillation column, ∘ the cooled gas flow is sent to the distillation column, ∘ the methane-rich liquid is extracted from the distillation column, ∘ the methane-rich liquid is vaporized by heat exchange with the CO 2 -depleted gas flow coming from the PTSA. o the CO 2 -depleted gas flow is cooled down by heat exchange with the methane-rich liquid extracted from the distillation column, ∘ the cooled gas flow is sent to the distillation column, ∘ the methane-rich liquid is extracted from the distillation column, ∘ the methane-rich liquid is vaporized by heat exchange with the CO 2 -depleted gas flow coming from the PTSA.
A curable resin composition, which is in a liquid state before curing, comprising: (A) a film forming resin, (B) an epoxy resin, (C) an organic solvent, (D) thermally expandable particles, and (E) a curing agent ingredient for the (B), characterised in that the (C) is selected from organic solvents having a boiling point of 100°C or less and being liquid at normal temperature and contains a combination of (C-1) an ester-based solvent and (C-2) one or more solvents selected from ketone-based solvents, ether-based solvents, and glycol-based solvents, and a content ratio between the (C-1) and the (C-2) in a mass ratio is in a range of (C-1)/(C-2) = 0.12 to 0.23. (A) a film forming resin, (B) an epoxy resin, (C) an organic solvent, (D) thermally expandable particles, and (E) a curing agent ingredient for the (B), characterised in that
Securing rope for securing objects, wherein - the securing rope comprises three, four or more layers, braids or woven fabrics of fibers or yarns, - the braids or woven fabrics being arranged one above the other characterized in that - the securing rope comprises a chain as a core. - the securing rope comprises three, four or more layers, braids or woven fabrics of fibers or yarns, - the braids or woven fabrics being arranged one above the other - the securing rope comprises a chain as a core.
A system for determining central sympathetic drive in a patient, the system comprising: a breathing tube configured for respiratory communication with the patient; a container configured to receive respiratory communication from the patient via the breathing tube; a first sensor configured to measure content of air within the breathing tube; a second sensor configured to measure a characteristic or parameter associated with respiration of the patient; a mouth valve adapted to separate expiratory flow and inspiratory flow; a pressure sensor for measuring mouth occlusion pressure; and a component configured to determine a minute ventilation of the patient, the component further being configured to plot the mouth occlusion pressure as a function of measured pCO2 of the patient or to plot the determined minute ventilation and the mouth occlusion pressure as a function of measured pCO2 of the patient. a breathing tube configured for respiratory communication with the patient; a container configured to receive respiratory communication from the patient via the breathing tube; a first sensor configured to measure content of air within the breathing tube; a second sensor configured to measure a characteristic or parameter associated with respiration of the patient; a mouth valve adapted to separate expiratory flow and inspiratory flow; a pressure sensor for measuring mouth occlusion pressure; and a component configured to determine a minute ventilation of the patient, the component further being configured to plot the mouth occlusion pressure as a function of measured pCO2 of the patient or to plot the determined minute ventilation and the mouth occlusion pressure as a function of measured pCO2 of the patient.
A mobile aggregate processing plant for screening aggregate material comprising a mobile chassis , a vibrating screening unit mounted on the mobile chassis and able to provide at least one aggregate discharge stream therethough, and an underscreen conveyor located wholly or substantially beneath the vibrating screening unit to wholly or substantially receive said at least one aggregate discharge stream, wherein the underscreen conveyor is driveable in an uphill direction so as to be able to discharge the aggregate discharge stream at a height higher than receiving the aggregate discharge stream, relative to the mobile chassis , characterised in that the underscreen conveyor is driveable in an uphill direction towards a discharge end of the vibrating screening unit . wherein the underscreen conveyor is driveable in an uphill direction so as to be able to discharge the aggregate discharge stream at a height higher than receiving the aggregate discharge stream, relative to the mobile chassis , characterised in that the underscreen conveyor is driveable in an uphill direction towards a discharge end of the vibrating screening unit .
A computing device for determining and conveying a bandwidth coverage of an optical communication modality within a space, wherein the space comprises at least one optical transmitter arranged for communicating over said optical communication modality; wherein the computing device comprises a controller configured to: - obtain configuration data characterizing a configuration of said space; - obtain lighting data characterizing the at least one optical transmitter; - compute the bandwidth coverage of the optical communication modality within the space based on the configuration data and the lighting data; wherein the computing device comprises an output interface configured to: - convey a signal indicative of the bandwidth coverage of the optical communication modality within the space. wherein the computing device comprises a controller configured to: - obtain configuration data characterizing a configuration of said space; - obtain lighting data characterizing the at least one optical transmitter; - compute the bandwidth coverage of the optical communication modality within the space based on the configuration data and the lighting data; - obtain configuration data characterizing a configuration of said space; - obtain lighting data characterizing the at least one optical transmitter; - compute the bandwidth coverage of the optical communication modality within the space based on the configuration data and the lighting data; wherein the computing device comprises an output interface configured to: - convey a signal indicative of the bandwidth coverage of the optical communication modality within the space. - convey a signal indicative of the bandwidth coverage of the optical communication modality within the space.
Foldable child seat to be fastened onto a chair, an umbrella stroller or a rolling suitcase, comprising a first part intended to be in contact with the back of the child, a second part intended to form the seat of the seat and a third part intended to be in contact with the feet of the child, the first part comprises a ring fastener (26 and 27) near a first edge and a fastener on an edge opposite to the first edge of the second part via rings (28 and 29), the second part comprising a fastener on an edge opposite to the first edge at a first edge of the third part , the seat being able to go from an unfolded position to a folded position, by folding the third part into contact with the second part , and the assembly formed by the second part and the third part then being folded into contact with the first part , the seat also being provided with lateral safety straps , the seat also being provided with a harness allowing to maintain the child in the seat, characterized by the fact it also comprises a fastening strap provided at its ends with fastening elements making the rings (26 and 27) of the first edge of the first part cooperating two by two with rings (28 and 29) on an edge opposite to a first edge of the second part , the seat also being provided with other fastening straps , the assembly of the fastening straps allowing to form at least three fastening points on the chair, the umbrella stroller or the rolling suitcase,. a first part intended to be in contact with the back of the child, a second part intended to form the seat of the seat and a third part intended to be in contact with the feet of the child, the first part comprises a ring fastener (26 and 27) near a first edge and a fastener on an edge opposite to the first edge of the second part via rings (28 and 29), the second part comprising a fastener on an edge opposite to the first edge at a first edge of the third part , the seat being able to go from an unfolded position to a folded position, by folding the third part into contact with the second part , and the assembly formed by the second part and the third part then being folded into contact with the first part , the seat also being provided with lateral safety straps , the seat also being provided with a harness allowing to maintain the child in the seat, characterized by the fact it also comprises a fastening strap provided at its ends with fastening elements making the rings (26 and 27) of the first edge of the first part cooperating two by two with rings (28 and 29) on an edge opposite to a first edge of the second part , the seat also being provided with other fastening straps , the assembly of the fastening straps allowing to form at least three fastening points on the chair, the umbrella stroller or the rolling suitcase,.
A dressing tool, which comprises a main body with a working surface and hard-material grains distributed over this working surface, whereas the main body with a shaft that can be coupled to a rotary drive from the working surface that can be rotated about the axis , characterised in that a number of recesses produced distances apart from one another are incorporated individual into the main body , with a parameter density being consistent in both the horizontal and in the vertical direction over the working surface in which the hard-material grains are absorbed, whereas the recesses are dimensioned and equipped, so that in each of the recesses a hard-material grain is accommodated and their depth (T) and also the projecting height (H) of the grain can be determined.
A laminate comprising: a first layer having a polyethylene-based film with a density of 0.90-0.95 g/cc; a second layer with a dry lamination; a third layer having an aluminium barrier film with a thickness in the range of 7-20 microns; a fourth layer having low density polyethylene in order to provide interlayer adhesion; a fifth layer having a polyethylene-based film with a melting temperature of less than 240°C which is polyethylene having a density of 0.85-0.94 g/cc; and a sixth layer having a polyethylene-based film with a sealing property, preferably a monolayer film, a multilayer film, more preferably a 3-layer film, or a blend of 90% to 99% of polyolefin and 1% to 10% of polyolefin plastomer. a first layer having a polyethylene-based film with a density of 0.90-0.95 g/cc; a second layer with a dry lamination; a third layer having an aluminium barrier film with a thickness in the range of 7-20 microns; a fourth layer having low density polyethylene in order to provide interlayer adhesion; a fifth layer having a polyethylene-based film with a melting temperature of less than 240°C which is polyethylene having a density of 0.85-0.94 g/cc; and a sixth layer having a polyethylene-based film with a sealing property, preferably a monolayer film, a multilayer film, more preferably a 3-layer film, or a blend of 90% to 99% of polyolefin and 1% to 10% of polyolefin plastomer.
A method for downloading an application program having at least one file from at least one service terminal to a user terminal, the method comprising the following steps of: segmenting (S501) the at least one file into a plurality of blocks, and arranging the plurality of blocks according to a particular read order of the application program required by a common function, wherein the particular read order is determined based on statistics of use times N, wherein a block having a larger N has a priority read order over that of another block having a smaller N, and the plurality of blocks include a first block and a second block; transmitting (S502) the first block to the user terminal; and executing (S503) the first block at the user terminal before the second block is transmitted to the user terminal; wherein, when there are no statistics of use times N, the plurality of blocks is transmitted according to an order of the at least one file that the application program needs to use; and wherein, when the plurality of blocks have not been stored in the memory at the user terminal, the plurality of blocks are executed in the memory according to the particular read order after the plurality of blocks are downloaded into the memory at the user terminal by using a multi-threaded mode from two or more of the at least one service terminal, wherein said two or more service terminals are close to the user terminal. segmenting (S501) the at least one file into a plurality of blocks, and arranging the plurality of blocks according to a particular read order of the application program required by a common function, wherein the particular read order is determined based on statistics of use times N, wherein a block having a larger N has a priority read order over that of another block having a smaller N, and the plurality of blocks include a first block and a second block; transmitting (S502) the first block to the user terminal; and executing (S503) the first block at the user terminal before the second block is transmitted to the user terminal; wherein, when there are no statistics of use times N, the plurality of blocks is transmitted according to an order of the at least one file that the application program needs to use; and wherein, when the plurality of blocks have not been stored in the memory at the user terminal, the plurality of blocks are executed in the memory according to the particular read order after the plurality of blocks are downloaded into the memory at the user terminal by using a multi-threaded mode from two or more of the at least one service terminal, wherein said two or more service terminals are close to the user terminal.