mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for applying a protective layer on the surface of a device, said apparatus being configured for accommodating the device and comprising a pressure unit configured to be displaced along said surface while applying pressure on said protective layer, wherein the pressure unit is configured to be displaced in a direction from a first end portion to a second end portion of said device when said protective layer is mounted in a manner so that its rests on a support tab positioned at said second end portion of said device, and wherein said support tab is removed when said pressure unit approaches said second end portion of the device and comes into contact with a sliding device which forms part of said apparatus and comprises said support tab and which is configured to be displaced in a direction along the longitudinal extension of the device.
A pyromechanical separating element including a housing wherein an electric conductor is disposed, moreover including a separating piston and a separating chisel made of plastic and disposed on the separating piston, which separating chisel is for cutting the electrical conductor, and furthermore including a pyrotechnic igniter wherein a pyrotechnic charge for the driving of the separating piston is disposed, wherein the separating chisel has a cutting edge that slides along a counter-edge of the housing or of a component of the housing during the driving of the separating piston or of the separating chisel and during the cutting of the electrical conductor, characterised in that the cutting edge of the separating chisel and/or the counter-edge of the housing or of a component of the housing is comprised of an inserted structural element (6, 7) having a hardness greater than that of plastic.
Applicator for applying a cosmetic, makeup or care, product to the eyelashes and/or eyebrows, having an applicator member comprising: - a core that extends along a longitudinal axis, and, carried by the core, - longitudinal rows (17, 19) of islets (15, 16) of spikes, said islets being separated by areas free of spikes, wherein at least one longitudinal row of islets (15, 16) is offset axially with respect to the adjacent longitudinal row such that the centre of at least one islet of spikes in the offset row is situated halfway along the length ( S g) of an area free of spikes between two islets (15, 16) of spikes in the adjacent row of islets, wherein the areas free of spikes form at least one helical strip (26, 27) that does not have spikes, extends through more than half a revolution about the longitudinal axis of the core and is delimited by the islets of spikes, wherein the islets (15, 16) of spikes comprise a series of spikes in the longitudinal direction and a series of spikes in the circumferential direction, and wherein at least one islet of spikes comprises a number of spikes in the circumferential direction that increases in the longitudinal direction from the proximal end of the core, passing through a maximum, before decreasing in the direction of the distal end of the core, the maximum of the number of spikes being situated notably at the centre of the islet. - a core that extends along a longitudinal axis, and, carried by the core, - longitudinal rows (17, 19) of islets (15, 16) of spikes, said islets being separated by areas free of spikes, wherein at least one longitudinal row of islets (15, 16) is offset axially with respect to the adjacent longitudinal row such that the centre of at least one islet of spikes in the offset row is situated halfway along the length ( S g) of an area free of spikes between two islets (15, 16) of spikes in the adjacent row of islets, wherein the areas free of spikes form at least one helical strip (26, 27) that does not have spikes, extends through more than half a revolution about the longitudinal axis of the core and is delimited by the islets of spikes, wherein the islets (15, 16) of spikes comprise a series of spikes in the longitudinal direction and a series of spikes in the circumferential direction, and wherein at least one islet of spikes comprises a number of spikes in the circumferential direction that increases in the longitudinal direction from the proximal end of the core, passing through a maximum, before decreasing in the direction of the distal end of the core, the maximum of the number of spikes being situated notably at the centre of the islet.
A glass plate cutting machine comprising: a cutter blade for forming a cut line on the glass plate; moving means for moving said cutter blade along the cut line which has been preset and is to be formed on the glass plate; a resiliently pressing device for resiliently pressing said cutter blade against the glass plate; and a control unit for controlling said resiliently pressing device; characterized in that the control unit is for controlling said resiliently pressing device so as to alternately change over the intensity of a resiliently pressing force of said cutter blade with respect to the glass plate in the movement of said cutter blade by said moving means, in that, said resiliently pressing device includes a first electro-pneumatic regulator for adjusting air pressure to weak pressure; a first valve unit to which the weak pressure adjusted by the first electro-pneumatic regulator is imparted; a second electro-pneumatic regulator for adjusting air pressure to strong pressure which is higher than the weak pressure adjusted by the first electro-pneumatic regulator; a second valve unit to which the strong pressure adjusted by the second electro-pneumatic regulator is imparted; and an air cylinder unit connected to said first valve unit and said second valve unit, and in that said resiliently pressing device, under control of the control unit, is adapted to resiliently press said cutter blade against the glass plate by the weak pressure from the first valve unit and the strong pressure from the second valve unit alternately imparted to the air cylinder unit, and to form the cut line on the glass plate by said cutter blade.
Tyre comprising a monitoring device fixed on an inner surface of said tyre at a crown portion of said tyre, wherein the monitoring device comprises an electronic unit and an electric power supplier electrically connected to said electronic unit, the electronic unit comprising: at least one sensor for detecting at least one of the following physical quantities: temperature, pressure, acceleration, deformation; a processing unit; a transceiver, wherein the monitoring device further comprises a flexible support in a single body, the electronic unit being fixed onto said flexible support, wherein said electric power supplier comprises a plurality of electric energy accumulators, each accumulator being electrically connected to said electronic unit and suitable for supplying said electronic unit, wherein each of said accumulators is fixed onto said flexible support, characterized in that said plurality of accumulators comprises a first and a second accumulator arranged at opposite sides of said electronic unit. wherein the monitoring device comprises an electronic unit and an electric power supplier electrically connected to said electronic unit, the electronic unit comprising: at least one sensor for detecting at least one of the following physical quantities: temperature, pressure, acceleration, deformation; a processing unit; a transceiver, wherein the monitoring device further comprises a flexible support in a single body, the electronic unit being fixed onto said flexible support, wherein said electric power supplier comprises a plurality of electric energy accumulators, each accumulator being electrically connected to said electronic unit and suitable for supplying said electronic unit, wherein each of said accumulators is fixed onto said flexible support, characterized in that said plurality of accumulators comprises a first and a second accumulator arranged at opposite sides of said electronic unit.
Method for manufacturing a plate heat exchanger for a motor vehicle, characterised by the following method steps: - preparing at least one pin plate as well as two half shells which are an upper shell and a lower shell, - applying a solder on the pin plate and on the upper shell and/or the lower shell, - inserting the pin plate into the upper shell or lower shell and combining upper shell and lower shell to form a full shell, - inserting the full shell into a cassette and soldering upper shell, lower shell and pin plate, - wherein the pin plate and the cassette are configured from an austenite material and the half shells (13,14) are configured from a ferrite material and the cassette has impressions directed inwards such that a channel for conducting an additional medium is formed between the inner surface area of the cassette and the outer side of the full shell. - preparing at least one pin plate as well as two half shells which are an upper shell and a lower shell, - applying a solder on the pin plate and on the upper shell and/or the lower shell, - inserting the pin plate into the upper shell or lower shell and combining upper shell and lower shell to form a full shell, - inserting the full shell into a cassette and soldering upper shell, lower shell and pin plate, - wherein the pin plate and the cassette are configured from an austenite material and the half shells (13,14) are configured from a ferrite material and the cassette has impressions directed inwards such that a channel for conducting an additional medium is formed between the inner surface area of the cassette and the outer side of the full shell.
A vehicle comprising a frame, a front steered wheel and a pair of rear wheels, with a drive/propulsion system with internal combustion engine or with an electric or hybrid drive/propulsion system, said vehicle comprising a steering assembly having a steering column, said steering assembly comprising: - a support element, - a first and a second steering member (12A, 12B) each individually and movably connected to the support element, said first and second steering members (12A, 12B) comprising respectively a first and a second handle portion (13A, 13B); - a transmission mechanism operatively interposed between the first and second steering member (12A, 12B) and adapted to be connected to the steering column, wherein the transmission mechanism is configured so as to impose a different law of motion on the first and second steering members (12A, 12B), respectively, wherein following a first shift (S1F) of the first handle portion towards a first side of the steering assembly, said transmission mechanism imposes a second shift (S2B) of the second handle portion towards a second side of the steering assembly opposite said first side, and vice versa, following a first shift (S2F) of the second handle portion towards said first side of the steering assembly, said transmission mechanism imposes a second shift (S1B) of the first handle portion towards said second side, wherein the first shifts (S1F, S2F) are larger than said second shifts (S1B, S2B). - a support element, - a first and a second steering member (12A, 12B) each individually and movably connected to the support element, said first and second steering members (12A, 12B) comprising respectively a first and a second handle portion (13A, 13B); - a transmission mechanism operatively interposed between the first and second steering member (12A, 12B) and adapted to be connected to the steering column, wherein the transmission mechanism is configured so as to impose a different law of motion on the first and second steering members (12A, 12B), respectively, wherein following a first shift (S1F) of the first handle portion towards a first side of the steering assembly, said transmission mechanism imposes a second shift (S2B) of the second handle portion towards a second side of the steering assembly opposite said first side, and vice versa, following a first shift (S2F) of the second handle portion towards said first side of the steering assembly, said transmission mechanism imposes a second shift (S1B) of the first handle portion towards said second side, wherein the first shifts (S1F, S2F) are larger than said second shifts (S1B, S2B).
A storage device comprising a frame, rolling means integral with the lower part of the frame, a plurality of storage containers (2A, 2B, 2C, 2D), two opposing telescopic uprights integral with the frame and associated with the containers, locking means that lock the uprights in at least the extended position, constituting locking means and designed to lock the device both in the extended position and in the retracted position, where the locking means further constitute actuating means for locking and unlocking, characterised in that the locking/unlocking means are placed outside the device and comprise a U-shaped mobile rod opposite elastic return means that are displaced horizontally between an idle position and a pulled position and create strapping in the horizontal plane around a container in the idle position, where the rod comprises two opposing free ends (64, 65) intended to cooperate with the uprights by transversally engaging through them.
The process for plasma heat treatment of a gas mixture resulting from the decomposition of organic material by pyrolysis, gasification, composting, natural fermentation or other processes of decomposition, characterized in that it consists of: - feeding of a gas mixture divided into 2 - 4 different streams containing 10 - 60 g/m 3 tar, tangential to the direction of a jet of plasma, so that the gas mixture creates a vortex around the jet of plasma that has a temperature of 10,000 - 16,000°C and is ejected with a blast air with pressure of 10 - 14 bar and a controlled rate; - producing thus a primary gas without organic macromolecules but containing vitrified inorganic materials; - the decrease of primary gas speed by its expansion; - cooling of the primary gas at a temperature of 800 - 1000 °C due to endothermic reactions; - solidification and gravity separation of the cooled primary gas, of vitrified inorganic particles; - primary gas cooling to below and up to 60 °C, followed by its barbotage into a NaOH solution to remove unwanted chemical elements, resulting in a final gas mixture, and - transport of the resulting final gas mixture to be converted into electricity by cogeneration/trigeneration, wherein - the controlled flow of the plasma jet depends on the amount of CO 2 measured in the final gas mixture such that depending on the content of CO 2 the amount of air used to produce the plasma jet is automatically adjusted such that the percentage of CO 2 positively tends to zero. - feeding of a gas mixture divided into 2 - 4 different streams containing 10 - 60 g/m 3 tar, tangential to the direction of a jet of plasma, so that the gas mixture creates a vortex around the jet of plasma that has a temperature of 10,000 - 16,000°C and is ejected with a blast air with pressure of 10 - 14 bar and a controlled rate; - producing thus a primary gas without organic macromolecules but containing vitrified inorganic materials; - the decrease of primary gas speed by its expansion; - cooling of the primary gas at a temperature of 800 - 1000 °C due to endothermic reactions; - solidification and gravity separation of the cooled primary gas, of vitrified inorganic particles; - primary gas cooling to below and up to 60 °C, followed by its barbotage into a NaOH solution to remove unwanted chemical elements, resulting in a final gas mixture, and - transport of the resulting final gas mixture to be converted into electricity by cogeneration/trigeneration, wherein - the controlled flow of the plasma jet depends on the amount of CO 2 measured in the final gas mixture such that depending on the content of CO 2 the amount of air used to produce the plasma jet is automatically adjusted such that the percentage of CO 2 positively tends to zero.
A wind-powered energy generation system arranged on a multi-hull marine vessel comprising at least two hulls (201, 202) and a bridge deck connecting the at least two hulls (201, 202), wherein the energy generation system comprises at least one wind turbine located aft under the bridge deck such as to be powered by airflow passing under the bridge deck from bow to stern of the vessel and wherein the at least one wind turbine is retractable from under the bridge deck into or above the bridge deck.
Cement composite material with inhomogeneous shredded textile waste, the cement composite material featuring a voided structure and consisting of silicate cement, aggregate, shredded textile waste formed by the clumps of tufts composed in particular of non-textile particles interwoven with textile fibers and/or combined textile/non-textile material and hardened textiles, and of mixing water characterized by the fact that it contains - silicate cement in a weight dosage 260 to 400 kg/m 3, - aggregate of single unsorted fraction from the group 0-16, 0-22, 0-32 in a weight dosage 1400 kg/m 3 to 2100 kg/m 3, - dosage of inhomogeneous shredded textile waste in the range from 10 to 80 kg/m 3, and - mixing water in the dosage from 65 to 160 kg/m 3, where the dimensions of the shredded textile waste are comparable with the maximum grain size of the applied aggregate fraction, while the dosage of the shredded textile waste is determined by the formula m = ρ × V where - m is the weight of the shredded textile waste, - ρ is the bulk density of the shredded textile waste, - V is 50 to 100 % of the volume of voids of the aggregate. - silicate cement in a weight dosage 260 to 400 kg/m 3, - aggregate of single unsorted fraction from the group 0-16, 0-22, 0-32 in a weight dosage 1400 kg/m 3 to 2100 kg/m 3, - dosage of inhomogeneous shredded textile waste in the range from 10 to 80 kg/m 3, and - mixing water in the dosage from 65 to 160 kg/m 3, where the dimensions of the shredded textile waste are comparable with the maximum grain size of the applied aggregate fraction, while the dosage of the shredded textile waste is determined by the formula m = ρ × V where - m is the weight of the shredded textile waste, - ρ is the bulk density of the shredded textile waste, - V is 50 to 100 % of the volume of voids of the aggregate. - m is the weight of the shredded textile waste, - ρ is the bulk density of the shredded textile waste, - V is 50 to 100 % of the volume of voids of the aggregate.
Method for automatic control of longitudinal dynamics of a motor vehicle, in particular a commercial vehicle, with the following steps: - ascertaining a first state variable dependent on the state of at least one wheel brake; - detecting overshoots and/or undershoots of a limiting value of the first state variable; - ascertaining information about a vehicle traveling ahead; - setting at least one control parameter of the feedback control system; and - controlling the longitudinal dynamics of the vehicle as a function of the at least one control parameter; and wherein the setting of the at least one control parameter of the feedback control system is dependent on a detection of a number of overshoots and/or undershoots of a limiting value of the first state variable within a defined period and on the ascertained information about the vehicle traveling ahead. - ascertaining a first state variable dependent on the state of at least one wheel brake; - detecting overshoots and/or undershoots of a limiting value of the first state variable; - ascertaining information about a vehicle traveling ahead; - setting at least one control parameter of the feedback control system; and - controlling the longitudinal dynamics of the vehicle as a function of the at least one control parameter;
A controller for a Peripheral Component Interconnect Express (PCIe) card, the controller comprising: a plurality of sets of physical interfaces (PHYs), each set of PHYs configured to communicate with a subset of PCIe connectors from a plurality of PCIe connectors, wherein at least one set of PHYs is adapted to be connected to a different number of PCIe connectors than at least one other set of PHYs from the plurality of sets of PHYs, thereby enabling the controller to be used with multiple PCIe card topologies; and a plurality of PCIe cores configured to communicate with the plurality of sets of PHYs. a plurality of sets of physical interfaces (PHYs), each set of PHYs configured to communicate with a subset of PCIe connectors from a plurality of PCIe connectors, wherein at least one set of PHYs is adapted to be connected to a different number of PCIe connectors than at least one other set of PHYs from the plurality of sets of PHYs, thereby enabling the controller to be used with multiple PCIe card topologies; and a plurality of PCIe cores configured to communicate with the plurality of sets of PHYs.
A method for processing acoustic signal data for use in monitoring a breathing cycle of an individual, when carried out by a device according to claim 10, comprising the steps of: generating a data set representative of an acoustic data stream plot of wave amplitude versus time, the data set originating from breathing sounds of an individual; transforming the acoustic data stream plot to yield at least one relatively higher frequency spectral characteristic and at least one relatively lower frequency spectral characteristic; characterised by determining a proportional value of the relatively higher frequency spectral characteristics to the relatively lower frequency spectral characteristics; and generating at least first output indicative of an inspirational breathing phase according to a first range of the proportional value and/or at least one second output indicative of an expirational breathing phase according to a second range of the second proportional value. generating a data set representative of an acoustic data stream plot of wave amplitude versus time, the data set originating from breathing sounds of an individual; transforming the acoustic data stream plot to yield at least one relatively higher frequency spectral characteristic and at least one relatively lower frequency spectral characteristic; characterised by determining a proportional value of the relatively higher frequency spectral characteristics to the relatively lower frequency spectral characteristics; and generating at least first output indicative of an inspirational breathing phase according to a first range of the proportional value and/or at least one second output indicative of an expirational breathing phase according to a second range of the second proportional value.
A measuring device for measuring an item, which has a weighing tray on which the item can be put and a communication means for allowing communication with a mobile terminal via a communication channel, wherein said measuring device comprises a label issuing means which is adapted to issue a label of the item measured when the measurement of the item put on said weighing tray is completed or a predetermined operation is conducted relative to said measuring device, wherein said communication means is adapted to send, to said mobile terminal, transaction information of the item via said communication channel when communication with said mobile terminal is detected and when the measurement of the item put on said weighing tray is completed or said predetermined operation is conducted, characterized in that said label issuing means is adapted to issue a label not including code information including said transaction information of the item when communication with said mobile terminal is detected and a receipt confirmation signal indicating the receipt of the transaction information of the item is received from the mobile terminal within a predetermined time period, and said label issuing means is adapted to issue a label including said code information including said transaction information of the item when communication with said mobile terminal is detected and a receipt confirmation signal indicating the receipt of the transaction information of the item is not received from the mobile terminal within a predetermined time period, or when communication with said mobile terminal is not detected.