mhurhangee/ep-ind-claims huggingface dataset:
Agricultural implement with a drawbar device for towing the implement with a towing vehicle, wherein the implement comprises a ground-engagement means for support on the soil, wherein the drawbar device on an implement part that trails the drawbar device is mounted so as to be pivotable about a first pivot axis that is parallel to or coincides spatially with a horizontal transverse axis of the implement, and the trailing implement part and the drawbar device are coupled by means of at least one first actuator, and the drawbar device by means of the first actuator is pivotable about the first pivot axis in such a manner that a tilt angle between the drawbar device and the trailing implement part is adjustable, characterized in that the drawbar device comprises a drawbar and a drawbar yoke, and the drawbar is coupled to the drawbar yoke, wherein the trailing implement part and the drawbar yoke are coupled by means of the first actuator, and the drawbar yoke is mounted by means of a first pivot bearing on the trailing implement part such that it can be pivoted about the first pivot axis.
A device (10, 300, 500, 700, 800, 900) comprising: a supply to supply a non-absorptive electrically conductive image formation medium (24, 224) along a travel path and to which a ground element (29, 670) is to be electrically connected; a first portion along the travel path to receive droplets of ink particles and a non-aqueous finishing resin (33, 233) within a dielectric, non-aqueous carrier fluid on the image formation medium (24, 224) to form at least a portion of an image on the image formation medium (24, 224), wherein the non-aqueous finishing resin (33, 233) comprises a thermosetting polymer or thermoplastic polymer, wherein the thermosetting polymer or thermoplastic polymer comprises one of hexanediol diacrylate, isobornyl acrylate, lauryl acrylate, or a vinyl acrylate copolymer; and a second portion downstream from the first portion to apply, via heat and pressure, a second polymer structure onto the ink particles, the finishing resin, and the image formation medium to produce an image formation medium assembly (202, 252, 790); wherein the non-absorptive electrically conductive image formation medium (24, 224) comprises a metal material or metallized layer. a supply to supply a non-absorptive electrically conductive image formation medium (24, 224) along a travel path and to which a ground element (29, 670) is to be electrically connected; a first portion along the travel path to receive droplets of ink particles and a non-aqueous finishing resin (33, 233) within a dielectric, non-aqueous carrier fluid on the image formation medium (24, 224) to form at least a portion of an image on the image formation medium (24, 224), wherein the non-aqueous finishing resin (33, 233) comprises a thermosetting polymer or thermoplastic polymer, wherein the thermosetting polymer or thermoplastic polymer comprises one of hexanediol diacrylate, isobornyl acrylate, lauryl acrylate, or a vinyl acrylate copolymer; and a second portion downstream from the first portion to apply, via heat and pressure, a second polymer structure onto the ink particles, the finishing resin, and the image formation medium to produce an image formation medium assembly (202, 252, 790); wherein the non-absorptive electrically conductive image formation medium (24, 224) comprises a metal material or metallized layer.
Vehicle restraint system for mounting adjacent to a roadway, which comprises posts fixed in the ground and a guard rail string consisting of guard rails joined to one another which extends along the posts on the roadway-facing side, said system comprising a starting / end structure in the form of a lowered section, wherein, starting from a starting or end point (A/E) of the guard rail string, the guard rails are lowered towards the ground, the guard rails in the lowered section being mounted on the roadway-facing ends of spacers, and the spacers being fixed to the upper ends of posts, characterised in that the connection between the spacers and posts is made in a connecting zone which is located on the roadway-facing side of the front longitudinal half of a spacer, the vertical centre line(M V) of this connecting zone in front of the vertical centre line (M A) of the spacer being arranged offset towards the roadway.
Method for slicing a food slab into food slices and/or for portioning food slices by means of a slicing device, which has a cutting blade with which the food slices are separated from the food slab, wherein an oscillation sensor is provided, which receives oscillations that are produced when the cutting blade contacts the food slab, when the cutting blade enters the food slab and/or when the food slab is cut, and on the basis of the measurement generates a signal, characterized in that the signal is used to set speed of rotation of the cutting blade and/or an orbital speed of the cutting blade and/or to set the positioning process.
A method of processing solder paste onto a flexible substrate, comprising: depositing solder paste (40, 140) onto a flexible substrate (30, 110) to form a solder paste deposit as the flexible substrate is traveling along a process direction at a speed that is greater than about 30 fpm, 30 fpm being equivalent to 9.14 mpm; applying at least one of infrared heat and electron beam processing to the flexible substrate with the solder paste deposit as the flexible substrate is traveling along the process direction to reflow the solder paste; and drying the solder paste with convection as the flexible substrate is traveling along the process direction. depositing solder paste (40, 140) onto a flexible substrate (30, 110) to form a solder paste deposit as the flexible substrate is traveling along a process direction at a speed that is greater than about 30 fpm, 30 fpm being equivalent to 9.14 mpm; applying at least one of infrared heat and electron beam processing to the flexible substrate with the solder paste deposit as the flexible substrate is traveling along the process direction to reflow the solder paste; and drying the solder paste with convection as the flexible substrate is traveling along the process direction.
Method for producing a finely subdivided insulating material, comprising: preparing a fluid composition by mixing together an alkaline silicate, a metal hydroxide and an impermeabilising agent; heat-treating said composition, so as to produce a plurality of small cavities in said composition, said heat-treating comprising subjecting said composition to a temperature comprised between about 100°C and 400°C; finely subdividing said composition, characterised in that said impermeabilising agent comprises liquid silicone or liquid silicone together with calcium stearate and said heat-treating and said finely subdividing are performed substantially simultaneously into drying/centrifuging means. preparing a fluid composition by mixing together an alkaline silicate, a metal hydroxide and an impermeabilising agent; heat-treating said composition, so as to produce a plurality of small cavities in said composition, said heat-treating comprising subjecting said composition to a temperature comprised between about 100°C and 400°C; finely subdividing said composition, characterised in that said impermeabilising agent comprises liquid silicone or liquid silicone together with calcium stearate and said heat-treating and said finely subdividing are performed substantially simultaneously into drying/centrifuging means.
Timepiece escapement mechanism including at least one escape wheel and including a regulating mechanism for dissipation of energy superfluous to the achievement of the function of said escapement mechanism, said regulating mechanism being arranged to limit the effect of accelerations on said escape wheel and to control a dissipation of energy in the event of racing by said escape wheel, said regulating mechanism including at least one rotor kinematically connected to said escape wheel or formed by said escape wheel, and including either a conductive rotor part which is magnetically permeable, or a magnetized rotor part which is magnetized, and said regulating mechanism including, on an annular area of magnetic interaction, in direct proximity and opposite to said conductive rotor part or respectively said magnetized rotor part, at least one stator including a magnetized stator part which is magnetized, or respectively a magnetically permeable conductive stator part, of which, in said annular area of magnetic interaction, both said rotor and said stator each include a succession of raised areas (15; 25) in which said rotor or said stator is capable of moving into superposition respectively with said stator or said rotor in an interaction generating eddy currents and hollow areas (16, 26), in which said rotor or said stator is not capable of moving into superposition respectively with said stator or said rotor, and wherein the interaction between said rotor and said stator cannot generate eddy currents, and of which said regulating mechanism is arranged to control a dissipation of energy through eddy currents in said annular area in the event of racing by said escape wheel, the energy dissipation depending on the relative angular position of said rotor and said stator and only occurring when solid parts of said rotor and of said stator face each other in said annular area.
Braking device for a vehicle, the braking device comprises - a braking member adapted to generate a braking action on the vehicle while dispersing braking particles, wherein the braking member comprises a braking disc with a rotation axis, - an enclosure around the braking member comprising at least one air inlet (15a, 15b) for providing cooling air to the braking member and at least one air outlet (17a, 17b) for removing the cooling air from the braking member, wherein the air outlet (17a, 17b) comprises a filter element adapted to receive and collecting the released braking particles from the braking member, wherein the filter element is arranged at a larger distance from the rotation axis than the air inlet (15a, 15b), wherein the braking disc comprises at least one cooling channel directed away from the rotation axis, which cooling channel is adapted to allow the cooling air to stream through the cooling channel, characterized in that the cooling channel comprises a first opening that is directed towards the filter element, which first opening is adapted to, at a rotation of the braking disc, generate an air stream that is directly directed towards the filter element. - a braking member adapted to generate a braking action on the vehicle while dispersing braking particles, wherein the braking member comprises a braking disc with a rotation axis, - an enclosure around the braking member comprising at least one air inlet (15a, 15b) for providing cooling air to the braking member and at least one air outlet (17a, 17b) for removing the cooling air from the braking member, wherein the air outlet (17a, 17b) comprises a filter element adapted to receive and collecting the released braking particles from the braking member, wherein the filter element is arranged at a larger distance from the rotation axis than the air inlet (15a, 15b), wherein the braking disc comprises at least one cooling channel directed away from the rotation axis, which cooling channel is adapted to allow the cooling air to stream through the cooling channel,
Device for coupling an aircraft undercarriage maneuvering actuator to an aircraft structure, including: - a lever (10; 110) having a first end (10a; 110a) intended to be articulated to the structure of the aircraft and a second end (10b; 110b) to which the actuator is articulated; - abutment means (13; 113) to define at least one working position of the lever when the actuator is activated, the lever being pressed onto the abutment means, the coupling device being characterized by: - preloading means (11, 12; 112, 122, 123) acting on the lever to urge the latter toward a stable rest position in which the lever is located in the absence of force passing through the actuator. - a lever (10; 110) having a first end (10a; 110a) intended to be articulated to the structure of the aircraft and a second end (10b; 110b) to which the actuator is articulated; - abutment means (13; 113) to define at least one working position of the lever when the actuator is activated, the lever being pressed onto the abutment means, - preloading means (11, 12; 112, 122, 123) acting on the lever to urge the latter toward a stable rest position in which the lever is located in the absence of force passing through the actuator.
An instant messaging device, comprising: a touchable screen for displaying an instant messaging interface and capable of receiving a touch action from a user; a touch detector for detecting the touch action of the user on the touchable screen, wherein the touch action comprises an action of voice recording and an action of voice sending; an action interpreter for sending out a control instruction corresponding to the touch action in response to the touch action, wherein when the touch action serves as the action of voice recording, the corresponding control instruction is an instruction of voice recording, and when the touch action is the action of voice sending, the corresponding control instruction is an instruction of voice sending; a voice recorder for starting recording in response to the instruction of voice recording, and in response to the instruction of voice sending, stopping recording and sending currently recorded voice to a receiver in the instant messaging interface; characterized by a listening-state device for recording the number of times that the user listens to the received specific voice; and a synchronizer for synchronizing the number of listening times to an instant message interface of a sender of the specific voice. a touchable screen for displaying an instant messaging interface and capable of receiving a touch action from a user; a touch detector for detecting the touch action of the user on the touchable screen, wherein the touch action comprises an action of voice recording and an action of voice sending; an action interpreter for sending out a control instruction corresponding to the touch action in response to the touch action, wherein when the touch action serves as the action of voice recording, the corresponding control instruction is an instruction of voice recording, and when the touch action is the action of voice sending, the corresponding control instruction is an instruction of voice sending; a voice recorder for starting recording in response to the instruction of voice recording, and in response to the instruction of voice sending, stopping recording and sending currently recorded voice to a receiver in the instant messaging interface; characterized by a listening-state device for recording the number of times that the user listens to the received specific voice; and a synchronizer for synchronizing the number of listening times to an instant message interface of a sender of the specific voice.
Refrigerator with a partition floor, a shelf for refrigerated goods, and a retainer by means of which the shelf is mounted pivotably on the partition floor, having a guide, by means of which the retainer is displaceably guided along a side edge of the partition floor, wherein the guide is arranged on a support element (150, 200, 300), on which the partition floor rests, wherein the guide comprises a guide groove provided in the support element (150, 200, 300), characterised in that the guide comprises a guide projection provided on the support element (150, 200, 300), wherein the guide projection is arranged underneath the guide groove, wherein the guide projection has a curved section.
An energy conversion system comprising an energy conversion device that comprises: (a) a first graphene vane; (b) a second graphene vane; (c) a graphene channel; and (d) a resistor having a first terminal and a second terminal, wherein (i) the first graphene vane is electrically connected to the graphene channel at a first angle, (ii) the second graphene vane is electrically connected to the graphene channel at a second angle, (iii) the first terminal is electrically connected to the first graphene vane, and (iv) the second terminal is electrically connected to the second graphene vane. (a) a first graphene vane; (b) a second graphene vane; (c) a graphene channel; and (d) a resistor having a first terminal and a second terminal, wherein (i) the first graphene vane is electrically connected to the graphene channel at a first angle, (ii) the second graphene vane is electrically connected to the graphene channel at a second angle, (iii) the first terminal is electrically connected to the first graphene vane, and (iv) the second terminal is electrically connected to the second graphene vane. (i) the first graphene vane is electrically connected to the graphene channel at a first angle, (ii) the second graphene vane is electrically connected to the graphene channel at a second angle, (iii) the first terminal is electrically connected to the first graphene vane, and (iv) the second terminal is electrically connected to the second graphene vane.
Transmitter for sensing a physical variable relative to a process fluid of an industrial plant, said transmitter comprising at least a hollow main body for housing a sensor, and an interface body for direct or indirect interface with a process fluid of which a physical variable requires to be sensed, said interface body being connected to the main body and having an integral structure shaped so that it has at least one internal housing for receiving a separation membrane and at least one end flange suitable to be operatively coupled, at an external surface thereof, to a fluid container, said external surface being positioned at a distance from said internal housing and being placed in communication with the separation membrane in said internal housing by means of at least a connection channel, which extends substantially rectilinearly along the axis of longitudinal extension of the transmitter 100, characterized in that said transmitter further comprises: - a first shaped container housed inside said main body and resting on a bearing surface defined on the interface body, said first container surrounding said sensor and defining thereabout a supporting surface on which a first board comprising a first electronic circuit coupled operatively to the sensor is positioned; - a second cup-shaped container positioned upside down and resting on an edge defined inside the main body, said second container delimiting an internal space for housing at least a second board comprising a second electronic circuit and/or a connection terminal block. - a first shaped container housed inside said main body and resting on a bearing surface defined on the interface body, said first container surrounding said sensor and defining thereabout a supporting surface on which a first board comprising a first electronic circuit coupled operatively to the sensor is positioned; - a second cup-shaped container positioned upside down and resting on an edge defined inside the main body, said second container delimiting an internal space for housing at least a second board comprising a second electronic circuit and/or a connection terminal block.
A preparation method for a stable dispersant, comprising: 1) contacting a polyol with a dianhydride compound for reaction to prepare an adduct; and 2) performing a ring-opening addition reaction between the adduct obtained in step 1) and an epoxy compound to prepare a stable dispersant; wherein the dianhydride compound does not contain a double bond that may copolymerize with an olefinically unsaturated monomer while the epoxy compound contains a double bond that may copolymerize with an olefinically unsaturated monomer, and the polyol is a polyester polyol and/or a polyether polyol, preferably a polyether polyol. 1) contacting a polyol with a dianhydride compound for reaction to prepare an adduct; and 2) performing a ring-opening addition reaction between the adduct obtained in step 1) and an epoxy compound to prepare a stable dispersant;
A method for quadrature signals generation comprising: frequency dividing an input signal by three to generate a first signal and a second signal (A') approximately one hundred twenty degrees out of phase with respect to the first signal, the first signal having a duty cycle of approximately fifty percent and the second signal (A') having a duty cycle of approximately fifty percent; characterized in that the method further discloses generating a delayed version of the second signal A' by delaying the second signal A' by an amount of delay; and controlling the amount of delay by a control loop which receives the first signal and the delayed version of the second signal (A') and outputs a control signal to delay the second signal (A') such that the delayed version A of the second signal (A') is ninety degrees out of phase with respect to the first signal. frequency dividing an input signal by three to generate a first signal and a second signal (A') approximately one hundred twenty degrees out of phase with respect to the first signal, the first signal having a duty cycle of approximately fifty percent and the second signal (A') having a duty cycle of approximately fifty percent; characterized in that the method further discloses generating a delayed version of the second signal A' by delaying the second signal A' by an amount of delay; and controlling the amount of delay by a control loop which receives the first signal and the delayed version of the second signal (A') and outputs a control signal to delay the second signal (A') such that the delayed version A of the second signal (A') is ninety degrees out of phase with respect to the first signal.
A cannula insertion system to insert a cannula into a human or animal body, comprising: one or more sensors (3, 15) to determine a suitable location for insertion of the cannula, a cannula insertion device configured to insert the cannula into the human or animal body, a cannula insertion device positioning system to support and position the cannula insertion device, and a control device arranged to control the positioning system to position, on the basis of the determined location for insertion of the cannula, the cannula insertion device in a suitable position to insert the cannula into human or animal body, wherein the cannula insertion system comprises a blood collection system to collect blood in one or more blood collection tubes supported by the blood collection system, characterized in that, the blood collection system is movably arranged to at least partly follow movements of the cannula insertion device. one or more sensors (3, 15) to determine a suitable location for insertion of the cannula, a cannula insertion device configured to insert the cannula into the human or animal body, a cannula insertion device positioning system to support and position the cannula insertion device, and a control device arranged to control the positioning system to position, on the basis of the determined location for insertion of the cannula, the cannula insertion device in a suitable position to insert the cannula into human or animal body, wherein the cannula insertion system comprises a blood collection system to collect blood in one or more blood collection tubes supported by the blood collection system, characterized in that, the blood collection system is movably arranged to at least partly follow movements of the cannula insertion device.