mhurhangee/ep-ind-claims huggingface dataset:
Supplying system for supplying using means with at least one incoherent plastic material, in particular in granular and/or flake form, said using means being provided with supplying opening means through which said at least one plastic material is introduced into said using means, said system comprises: - a dosing apparatus for dosing said at least one plastic material, said dosing apparatus being provided with a dosing opening through which at least one dosed plastic material exits, and - a supplying apparatus for supplying with said at least one dosed plastic material said using means through said supplying opening means; wherein said supplying apparatus is a pneumatic supplying apparatus comprising first containing means including a first container for receiving said at least one dosed plastic material from said dosing apparatus, second containing means including a second container when the using means comprises a using machine or a plurality of second containers when the using means comprises a plurality of using machines, the second container(s) being for receiving said at least one dosed plastic material from said first containing means and supplying it to said using means, and conduit means for pneumatically connecting said first containing means to said second containing means, said second containing means comprising exit opening means (18; 24; 27) facing said supplying opening means, said dosing opening being positioned at a lower height than a height of said exit opening means (18; 24; 27), characterized in that said supplying apparatus comprises a vacuum pump for generating a vacuum inside said conduit means so as to convey said at least one plastic material from said first container to one of said second containers and further comprises injecting means for injecting air into said first container, said injecting means comprising an outlet from which said air exits, said outlet being positioned inside said first container at a choke included therein, to promote the evacuation of said at least one plastic material from said first container, said vacuum pump and said injecting means being controlled by a management and control system which maintains them active for a certain time after all the material has reached the second container so as to clean possible material residues off said conduit means. - a dosing apparatus for dosing said at least one plastic material, said dosing apparatus being provided with a dosing opening through which at least one dosed plastic material exits, and - a supplying apparatus for supplying with said at least one dosed plastic material said using means through said supplying opening means;
CONTAINER, of the type suitable for containing biological material or other, such as urine or others, food, medicines, cosmetics, in which said container is formed by a lid and a bottle, in that said bottle of said container incorporates at least one retaining device arranged on the perimeter of said bottle, thereby providing a hollow space into which fits, in a vertical downward movement of said lid, a tongue arranged on a perimeter skirt of said lid, that closes the container, wherein said retaining device has weakened areas in a front area of said device and an especially a weakened area on a side of said device coinciding with the direction of opening of the container that are broken in the opening action of said container; - said tongue of said lid has a prismatic form, said tongue having a leading edge; - the lid having a reduced segmented quarter turn threading, the perimeter skirt being sufficiently short and flexible to allow closing the lid by pressure. - said tongue of said lid has a prismatic form, said tongue having a leading edge; - the lid having a reduced segmented quarter turn threading, the perimeter skirt being sufficiently short and flexible to allow closing the lid by pressure.
A fluid delivery device comprising: a housing having a bottom surface configured to be coupled to a skin surface; a cartridge prefilled with a fluid and configured to be inserted into the housing, the cartridge having a septum generally perpendicular to the bottom surface when the cartridge is inserted in the housing; and a needle assembly having a needle including a fluid coupling end and a delivery end, the cartridge being inserted into the housing and coupled to the needle assembly in an initial position, the fluid coupling end of the needle being fluidly disengaged from the cartridge in the initial position, the delivery end of the needle extending in a first direction past the plane of the bottom surface in a deployed position and the fluid coupling end of the needle extending in a second direction through the septum in the deployed position, the second direction being generally perpendicular to the first direction, wherein the cartridge is configured to be fixed relative to the housing when the needle transitions between the initial and deployed positions; characterised in that the needle has a central portion extending between the fluid coupling end and the delivery end, the central portion bent around an axis that is parallel with the delivery end of the needle, and wherein the central portion is helically shaped forming at least one complete revolution around a central axis in the initial position. a housing having a bottom surface configured to be coupled to a skin surface; a cartridge prefilled with a fluid and configured to be inserted into the housing, the cartridge having a septum generally perpendicular to the bottom surface when the cartridge is inserted in the housing; and a needle assembly having a needle including a fluid coupling end and a delivery end, the cartridge being inserted into the housing and coupled to the needle assembly in an initial position, the fluid coupling end of the needle being fluidly disengaged from the cartridge in the initial position, the delivery end of the needle extending in a first direction past the plane of the bottom surface in a deployed position and the fluid coupling end of the needle extending in a second direction through the septum in the deployed position, the second direction being generally perpendicular to the first direction, wherein the cartridge is configured to be fixed relative to the housing when the needle transitions between the initial and deployed positions; characterised in that the needle has a central portion extending between the fluid coupling end and the delivery end, the central portion bent around an axis that is parallel with the delivery end of the needle, and wherein the central portion is helically shaped forming at least one complete revolution around a central axis in the initial position.
A method comprising: coupling a surface of a liner for a gas turbine engine of an aircraft to a fuel/air mixer for a combustion chamber of an aircraft; and coupling a surface of a panel for a gas turbine engine of an aircraft to the mixer such that a portion of the mixer is disposed between the liner surface and the panel surface; and coupling the panel to the liner, wherein the portion of the mixer that is disposed between the liner and the panel corresponds to a flange of the mixer; characterised in that: the mixer is configured to have a conical shape to match a conical shape of the panel. coupling a surface of a liner for a gas turbine engine of an aircraft to a fuel/air mixer for a combustion chamber of an aircraft; and coupling a surface of a panel for a gas turbine engine of an aircraft to the mixer such that a portion of the mixer is disposed between the liner surface and the panel surface; and coupling the panel to the liner, wherein the portion of the mixer that is disposed between the liner and the panel corresponds to a flange of the mixer; characterised in that: the mixer is configured to have a conical shape to match a conical shape of the panel.
Process for manufacturing composite sheets based on PVC and a network of long fibres, said process comprising the following steps: - PVC in powder form is dispersed in said network; - the powder is distributed in the network using an alternating electrostatic field; and - the assembly is heated under pressure until the powder forms a continuous matrix. - PVC in powder form is dispersed in said network; - the powder is distributed in the network using an alternating electrostatic field; and - the assembly is heated under pressure until the powder forms a continuous matrix.
A method for damping electromechanical oscillations in an electromechanical system, particularly in an automotive electric or hybrid drive system, comprising at least one electric machine operable with an angular speed (w_el, w_mech), said electric machine being coupled to at least one torque load and producing an electromotive force (emf_ff), comprising the steps of: deriving actual values of the electromotive force (emf_ff) to provide an electromotive force signal; - filtering said electromotive force signal in a filter to provide a feed-forward electromotive force signal, said filter providing a phase shift determined by a resonance frequency of the electromechanical system, and - using said feed-forward electromotive force signal in an open-loop control of said electric machine. - filtering said electromotive force signal in a filter to provide a feed-forward electromotive force signal, said filter providing a phase shift determined by a resonance frequency of the electromechanical system, and - using said feed-forward electromotive force signal in an open-loop control of said electric machine.
Lubricating grease composition comprising: (i) a polyalkylene glycol base oil; (ii) a lithium complex thickener comprising a lithium soap of a C 12 to C 24 hydroxycarboxylic acid and a lithium soap of a C 2 to C 12 dicarboxylic acid; and (iii) 0.1 to 10 weight % of a carboxylic acid selected from dimer and trimer acids having the general formula R(COOH) n, wherein n is 2 or 3, and wherein R is a hydrocarbon radical having from 36 to 54 carbon atoms. (i) a polyalkylene glycol base oil; (ii) a lithium complex thickener comprising a lithium soap of a C 12 to C 24 hydroxycarboxylic acid and a lithium soap of a C 2 to C 12 dicarboxylic acid; and (iii) 0.1 to 10 weight % of a carboxylic acid selected from dimer and trimer acids having the general formula R(COOH) n, wherein n is 2 or 3, and wherein R is a hydrocarbon radical having from 36 to 54 carbon atoms.
A non-combustion heating-type smoking device comprising: a receiving cavity for receiving a tobacco rod containing cut tobacco and an aerosol-source material; an internal heater that is disposed in the receiving cavity to penetrate a tobacco rod inserted into the receiving cavity or to be inserted into a recessed portion formed on an end surface of the tobacco rod, the internal heater being configured to heat the tobacco rod from inside to volatilize the aerosol-source material; and an external heater that is disposed at a side peripheral portion of the receiving cavity and suppresses condensation of aerosol generated during operation of the internal heater by preheating an outer peripheral portion of the tobacco rod during at least a period of preheating the tobacco rod; and a control unit that controls the internal heater and the external heater, wherein the control unit performs control to cause a temperature of the external heater to be higher than a temperature of the internal heater in a simultaneous heating period in which both the internal heater and the external heater are operated. a receiving cavity for receiving a tobacco rod containing cut tobacco and an aerosol-source material; an internal heater that is disposed in the receiving cavity to penetrate a tobacco rod inserted into the receiving cavity or to be inserted into a recessed portion formed on an end surface of the tobacco rod, the internal heater being configured to heat the tobacco rod from inside to volatilize the aerosol-source material; and an external heater that is disposed at a side peripheral portion of the receiving cavity and suppresses condensation of aerosol generated during operation of the internal heater by preheating an outer peripheral portion of the tobacco rod during at least a period of preheating the tobacco rod; and a control unit that controls the internal heater and the external heater, wherein the control unit performs control to cause a temperature of the external heater to be higher than a temperature of the internal heater in a simultaneous heating period in which both the internal heater and the external heater are operated.
Soil working device for installation on a tractor in the form of a towed cultivator, having a machine frame to which a cultivator tine field comprising a plurality of soil working devices in the form of cultivator tines in a plurality of rows is attached, and a running gear attached the machine frame between and/or adjacent to the soil working devices, wherein the running gear is designed so as to be height-adjustable with respect to the machine frame in order to raise the cultivator tines for road transport and/or in order to adjust the working depth of the cultivator tines and has a ground working position for depth guidance of the ground working tools and a running gear axle in the region of a rear edge portion of the cultivator tine field, characterised in that loosening tools comprising loosening tines having laterally projecting share wings are provided in the direction of travel behind the running gear in its track for loosening the soil in the track compacted by the running gear, which are also mounted so as to be height-adjustable with respect to the machine frame, to which the cultivator tine field is attached, and are adjustable between a lowered working position and a raised non-working position relative to said machine frame.
Method for producing a transport data stream composed of a plurality of video data streams with the following method steps: - acquiring a plurality of characteristic values for characterising the volume of data of the individual video data streams and the transport data stream over a particular period of time, - comparing the acquired characteristic values with in each case at least one threshold value associated with the respective characteristic value, and - adjusting the volume of data to be transmitted in the respective video data stream ( i) in a time grid interval depending on an overshoot and/or undershoot of the threshold value by at least one of the acquired characteristic values, wherein the adjusting of the volume of data to be transmitted in the respective video data stream ( i) in the time grid interval is effected by adjusting the number of quantization stages (N Qi, l) per picture element in the respective video data stream ( i), and wherein with a fixed number (N P) of picture elements per image and with a fixed transmission capacity of the transmission channel in the period of time considered, the volume of data (N K) which can be transmitted in the transmission channel, the number of quantization stages per picture element in each individual image of a video data stream (i) are determined depending on the established percentage proportions (N Δ,i,l) of picture elements with changes in image content compared with the preceding image with respect to a total number of picture elements over all (N B) of the images of a video data stream to be transmitted within the period of time considered. - acquiring a plurality of characteristic values for characterising the volume of data of the individual video data streams and the transport data stream over a particular period of time, - comparing the acquired characteristic values with in each case at least one threshold value associated with the respective characteristic value, and - adjusting the volume of data to be transmitted in the respective video data stream ( i) in a time grid interval depending on an overshoot and/or undershoot of the threshold value by at least one of the acquired characteristic values,
Substrate for use in a lithography system, said substrate (45; 90; 91; 92; 313; 513) being provided with an at least partially reflective position mark comprising an array of structures (41a, 41b, 42a, 42b, 43a, 43b, and 44a, 44b; 71a, 71b, 72a, 72b, 73a, 73b, 74a, 74b, 75a, and 75b; 80a, 80b, 81a, 81b, 82a, 82b, 83a, 83b; and 571), the array extending along a longitudinal direction of the mark, wherein said structures are arranged for varying a reflection coefficient of the mark along the longitudinal direction, wherein said reflection coefficient is determined for a predetermined wavelength, wherein a pitch (c) between a first structure of the array and a second structure of the array neighboring said first structure is different from a pitch between said second structure and a third structure of the array neighboring said second structure, and wherein the pitch between neighboring structures along the longitudinal direction follows a sinusoid function of the position of said structures along the longitudinal direction, said structures are arranged for varying a specular reflection coefficient of the mark along the longitudinal direction, and said structures are adapted for substantially absorbing higher order diffractions by multiple reflection of said higher order diffractions within the mark.
An electromagnetic wave suppressor sheet formed into a sheet-like shape out of a material made of synthetic resin or rubber in which powder of conjugated magnetic particles coated with an insulating inorganic material is dispersed characterized in that said insulating inorganic material is at least one of silica powder and alumina powder and the volume resistivity of said sheet as a whole is not lower than 1 x 10 10 Ω·cm.
A process for forming a short channel trench MOSFET comprising: forming a trench in a substrate; forming a first implant of a first conductivity type at a bottom of the trench; forming a second implant of the first conductivity type that is tilted in its orientation to have an angle with respect to a surface plane of the substrate and directed perpendicular to said trench, wherein said second implant is adjusted so that it does not reach a bottom of said trench and said first implant together with said second implant facilitates establishment of the length of the channel; forming a body implant with a dopant of a second conductivity type opposite to the first conductivity type; forming a source implant with a dopant of the first conductivity type; forming a contact implant with a dopant of the second conductivity type; and forming a contact clamping implant with a dopant of the second conductivity type; wherein said second implant is an anti-pinching implant for confining regions of the second conductivity type formed by the contact implant and the contact clamping implant. forming a trench in a substrate; forming a first implant of a first conductivity type at a bottom of the trench; forming a second implant of the first conductivity type that is tilted in its orientation to have an angle with respect to a surface plane of the substrate and directed perpendicular to said trench, wherein said second implant is adjusted so that it does not reach a bottom of said trench and said first implant together with said second implant facilitates establishment of the length of the channel; forming a body implant with a dopant of a second conductivity type opposite to the first conductivity type; forming a source implant with a dopant of the first conductivity type; forming a contact implant with a dopant of the second conductivity type; and forming a contact clamping implant with a dopant of the second conductivity type; wherein said second implant is an anti-pinching implant for confining regions of the second conductivity type formed by the contact implant and the contact clamping implant.
Method for controlling and/or monitoring a compressor system, comprising one or more compressors (11, 12, 13) and one or more peripheral devices (14 to 21), wherein the compressors (11, 12, 13) and peripheral devices (14 to 21) are arranged respectively interconnected in a predetermined configuration, wherein the compressor system is controlled and/or monitored via a control/monitoring unit, characterized - in that individual or all compressors (11, 12, 13) and/or peripheral devices (14 to 21) independently register with the control/monitoring unit and preferably also independently transmit their specification, - in that, in particular after the compressor system has been created, the concretely given configuration is input in the form of a P&ID diagram via an editor, - and is used as basis for subsequent control, monitoring, diagnostic or evaluation routines. - in that individual or all compressors (11, 12, 13) and/or peripheral devices (14 to 21) independently register with the control/monitoring unit and preferably also independently transmit their specification, - in that, in particular after the compressor system has been created, the concretely given configuration is input in the form of a P&ID diagram via an editor, - and is used as basis for subsequent control, monitoring, diagnostic or evaluation routines.
A cryotherapy device for treating cardiac tissue, comprising: a catheter body (36, 126) defining a proximal end and a distal end (37, 128); the catheter body (36, 126) defining a fluid flow path (66, 134) therethrough; and a cryogenic ablation element in fluid communication with the fluid flow path (66, 134); characterised by the cryogenic ablation element including a mass of thermally conductive, highly elastic cohesive gel covering the distal end of the catheter body. a catheter body (36, 126) defining a proximal end and a distal end (37, 128); the catheter body (36, 126) defining a fluid flow path (66, 134) therethrough; and a cryogenic ablation element in fluid communication with the fluid flow path (66, 134);