mhurhangee/patent-ind-claim-en huggingface dataset:
A coupler (300c, d, f, g) comprising: a drive hub (304c, d, f, g) having a first end (308c, d, f, g) and a second end (312c, d, f, g) including a recess (336c, d, f, g) configured to receive a driveshaft (222c, d, f, g) of a driver; where the recess has a circular cross-sectional shape and is defined by a cylindrical wall; and where the first end of the drive hub is configured to be coupled to an intraosseous (IO) device to resist rotation of the IO device relative to the drive hub; and where the second end of the drive hub is configured such that if the driveshaft is inserted into the recess, an interference fit between the drive hub and the driveshaft will resist rotation of the drive hub relative to the driveshaft. a drive hub (304c, d, f, g) having a first end (308c, d, f, g) and a second end (312c, d, f, g) including a recess (336c, d, f, g) configured to receive a driveshaft (222c, d, f, g) of a driver; where the recess has a circular cross-sectional shape and is defined by a cylindrical wall; and where the first end of the drive hub is configured to be coupled to an intraosseous (IO) device to resist rotation of the IO device relative to the drive hub; and where the second end of the drive hub is configured such that if the driveshaft is inserted into the recess, an interference fit between the drive hub and the driveshaft will resist rotation of the drive hub relative to the driveshaft.
Vibronic sensor designed to monitor a process variable of a medium in a vessel , wherein said sensor comprises at least a unit that is capable of vibrating mechanically , a drive/reception unit and an electronics unit , wherein the unit that is capable of vibrating mechanically has two vibrating rods and an adjustment element , wherein said adjustment element is mechanically connected to at least one of the vibrating rods and has a variable rigidity, wherein at least the first external vibrating rod is tubular and coaxially surrounds the second interior vibrating rod , wherein each of the two vibrating rods is secured to a common membrane in such a way that it can produce vibrations perpendicularly to its longitudinal direction, wherein the drive/reception unit is designed to use an electrical excitation signal (U a ) to excite the two vibrating rods to produce opposite, transversal, mechanical, resonant vibrations via the membrane , and to receive the vibrations of the unit that is capable of vibrating mechanically and to convert them to an electrical reception signal (U e ), wherein the electronics unit is designed to regulate the rigidity of the adjustment element and to determine the at least one process variable at least from the electrical reception signal (U e ), and wherein the adjustment element at least comprises a component made from a material that has a giant delta E effect. wherein the unit that is capable of vibrating mechanically has two vibrating rods and an adjustment element , wherein said adjustment element is mechanically connected to at least one of the vibrating rods and has a variable rigidity, wherein at least the first external vibrating rod is tubular and coaxially surrounds the second interior vibrating rod , wherein each of the two vibrating rods is secured to a common membrane in such a way that it can produce vibrations perpendicularly to its longitudinal direction, wherein the drive/reception unit is designed to use an electrical excitation signal (U a ) to excite the two vibrating rods to produce opposite, transversal, mechanical, resonant vibrations via the membrane , and to receive the vibrations of the unit that is capable of vibrating mechanically and to convert them to an electrical reception signal (U e ), wherein the electronics unit is designed to regulate the rigidity of the adjustment element and to determine the at least one process variable at least from the electrical reception signal (U e ), and wherein the adjustment element at least comprises a component made from a material that has a giant delta E effect.
Control method for controlling an actuation device in a handling machine comprising a mobile main body and a handling arm that is intended to receive a load which is to be moved, the actuation device being configured to execute a movement of the handling arm relative to the main body, the method comprising: measuring a quantity indicative of a tipping moment acting on the main body with respect to a tipping axis, and stopping or preventing a movement of the handling arm, whether executed or requested, as soon as a stop condition is satisfied, the stop condition being dependent on the measured quantity indicative of the tipping moment, and characterized in that , when an enhanced operating mode is selected , the stop condition is also dependent on a quantity representative of the speed of the movement of the handling arm, and when a simple operating mode is selected , the stop condition is independent of the quantity representative of the speed of the movement of the handling arm. measuring a quantity indicative of a tipping moment acting on the main body with respect to a tipping axis, and stopping or preventing a movement of the handling arm, whether executed or requested, as soon as a stop condition is satisfied, the stop condition being dependent on the measured quantity indicative of the tipping moment, and characterized in that , when an enhanced operating mode is selected , the stop condition is also dependent on a quantity representative of the speed of the movement of the handling arm, and when a simple operating mode is selected , the stop condition is independent of the quantity representative of the speed of the movement of the handling arm.
A machine for making and dispensing cold or iced, liquid or semi-liquid food products, comprising at least: - an element for containing the product to be dispensed and equipped with a mouth for dispensing a cold or iced food product; - a dispenser located at the mouth for dispensing the food product and able to be turned on or off to allow the food product to be dispensed; - a thermal treatment cylinder ; - a stirrer , coaxial with the thermal treatment cylinder and adapted to rotate about a respective axis of rotation (X); - a refrigeration system in which a refrigerant fluid circulates and comprising an evaporator associated with the thermal treatment cylinder , a condenser , a pressure reducing element and a compressor ; - the evaporator comprising a first tubular member and a second tubular member extending along an axial direction parallel to the axis of rotation X, the second tubular member being inserted inside the first tubular member to define an annular chamber extending uninterruptedly along the axial direction, the machine being characterised in that the refrigeration system comprises a separation system for separating the phases of the refrigerant fluid, and configured to send refrigerant fluid in the saturated liquid state to the evaporator and refrigerant fluid in the saturated vapour state to the compressor , wherein the evaporator comprises a plurality of fastening elements between the first tubular member and the second tubular member and a plurality of accesses to the annular chamber defined by the gap between the first tubular member and the second tubular member . - an element for containing the product to be dispensed and equipped with a mouth for dispensing a cold or iced food product; - a dispenser located at the mouth for dispensing the food product and able to be turned on or off to allow the food product to be dispensed; - a thermal treatment cylinder ; - a stirrer , coaxial with the thermal treatment cylinder and adapted to rotate about a respective axis of rotation (X); - a refrigeration system in which a refrigerant fluid circulates and comprising an evaporator associated with the thermal treatment cylinder , a condenser , a pressure reducing element and a compressor ; - the evaporator comprising a first tubular member and a second tubular member extending along an axial direction parallel to the axis of rotation X, the second tubular member being inserted inside the first tubular member to define an annular chamber extending uninterruptedly along the axial direction, the machine being characterised in that the refrigeration system comprises a separation system for separating the phases of the refrigerant fluid, and configured to send refrigerant fluid in the saturated liquid state to the evaporator and refrigerant fluid in the saturated vapour state to the compressor , wherein the evaporator comprises a plurality of fastening elements between the first tubular member and the second tubular member and a plurality of accesses to the annular chamber defined by the gap between the first tubular member and the second tubular member .
A fire suppression system comprising: a cartridge for holding a pressurized gas, the cartridge operatively connected to a valve ; a cam for engaging a piercing pin , the piercing pin configured to release the pressurized gas when engaged; and a cartridge replacement aid configured between the cartridge and the cam , the cartridge replacement aid comprising: an aperture configured to allow a cartridge to pass through the cartridge replacement aid and connect to a valve ; and a protrusion configured to perpendicularly extend from the cartridge replacement aid , wherein the protrusion , in combination with a projection of the cam , is configured to prevent the cam from being reset. a cartridge for holding a pressurized gas, the cartridge operatively connected to a valve ; a cam for engaging a piercing pin , the piercing pin configured to release the pressurized gas when engaged; and a cartridge replacement aid configured between the cartridge and the cam , the cartridge replacement aid comprising: an aperture configured to allow a cartridge to pass through the cartridge replacement aid and connect to a valve ; and a protrusion configured to perpendicularly extend from the cartridge replacement aid , an aperture configured to allow a cartridge to pass through the cartridge replacement aid and connect to a valve ; and a protrusion configured to perpendicularly extend from the cartridge replacement aid , wherein the protrusion , in combination with a projection of the cam , is configured to prevent the cam from being reset.
Household appliance , having a base assembly and at least one liquid reservoir (3; 15; 25; 26) which is integrated in the base assembly and has at least one sump and at least one pump (P) which is designed to pump liquid (K) out of the at least one sump , wherein the liquid reservoir (3; 15; 25; 26) has at least one flow channel (9; 18; 29) leading to the sump , which flow channel (9; 18) has an essentially constant width, at least in sections (10, 11; 19, 20), and is inclined in the direction of the at least one sump , characterised in that the at least one flow channel (9; 18; 29) is delimited by means of at least one partition wall (6; 16, 16a, 16b; 27).
Twin screw extruder (100; 100'; 100"; 200; 200') with integrated safety couplings, at least comprising a pair of extruder screw shafts each having a drive-side shaft end (10; 210), and a transmission with two output shafts each having a shaft end (20; 220), wherein in each case an extruder screw shaft and drive shaft are arranged in alignment on a common centre axis; characterized - in that the pair of shaft ends (10; 210) of the extruder screw shafts and/or the pair of shaft ends (20; 220) of the transmission are/is cylindrically formed; - in that a plurality of bores (14; 24), which are parallel to the centre axis, for at least two shear elements (32; 32") are provided on the end sides of at least one pair of shafts ends , and - the shafts ends are coupled to one another in a torsionally stiff manner via the shear elements (32; 32") which are inserted into the bores (14; 24) and which bridge a parting plane (T; T 1 ; T 2 ) formed at least between the shaft ends of the extruder screw shafts and the shaft ends of the transmission. wherein in each case an extruder screw shaft and drive shaft are arranged in alignment on a common centre axis; characterized - in that the pair of shaft ends (10; 210) of the extruder screw shafts and/or the pair of shaft ends (20; 220) of the transmission are/is cylindrically formed; - in that a plurality of bores (14; 24), which are parallel to the centre axis, for at least two shear elements (32; 32") are provided on the end sides of at least one pair of shafts ends , and - the shafts ends are coupled to one another in a torsionally stiff manner via the shear elements (32; 32") which are inserted into the bores (14; 24) and which bridge a parting plane (T; T 1 ; T 2 ) formed at least between the shaft ends of the extruder screw shafts and the shaft ends of the transmission. - in that the pair of shaft ends (10; 210) of the extruder screw shafts and/or the pair of shaft ends (20; 220) of the transmission are/is cylindrically formed; - in that a plurality of bores (14; 24), which are parallel to the centre axis, for at least two shear elements (32; 32") are provided on the end sides of at least one pair of shafts ends , and - the shafts ends are coupled to one another in a torsionally stiff manner via the shear elements (32; 32") which are inserted into the bores (14; 24) and which bridge a parting plane (T; T 1 ; T 2 ) formed at least between the shaft ends of the extruder screw shafts and the shaft ends of the transmission.
A guide device , comprising: a first battery information acquisition component configured to acquire first information related to a plurality of batteries being charged at a plurality of charging stations in which are respectively installed one or more charging devices configured to charge a plurality of batteries ; a second battery information acquisition component configured to acquire second information related to a plurality of batteries respectively connected to a plurality of power consumption elements ; and a guide component configured to guide a specific power consumption element to a specific charging station on the basis of the first information acquired by the first battery information acquisition component and the second information acquired by the second battery information acquisition component , wherein the first information includes information about a number of batteries being charged at each of the plurality of charging stations , and the guide component is configured to guide the power consumption elements so as to equalize the number of batteries at the plurality of charging stations , characterized in that , the first information further includes information about an average capacity of batteries being charged at each of the plurality of charging stations , and the guide component , after equalization of the number of batteries at the plurality of charging stations , is configured to guide the power consumption elements so as to equalize the average capacity of batteries at the plurality of charging stations . a first battery information acquisition component configured to acquire first information related to a plurality of batteries being charged at a plurality of charging stations in which are respectively installed one or more charging devices configured to charge a plurality of batteries ; a second battery information acquisition component configured to acquire second information related to a plurality of batteries respectively connected to a plurality of power consumption elements ; and a guide component configured to guide a specific power consumption element to a specific charging station on the basis of the first information acquired by the first battery information acquisition component and the second information acquired by the second battery information acquisition component , wherein the first information includes information about a number of batteries being charged at each of the plurality of charging stations , and the guide component is configured to guide the power consumption elements so as to equalize the number of batteries at the plurality of charging stations , characterized in that , the first information further includes information about an average capacity of batteries being charged at each of the plurality of charging stations , and the guide component , after equalization of the number of batteries at the plurality of charging stations , is configured to guide the power consumption elements so as to equalize the average capacity of batteries at the plurality of charging stations .
A drive axle for a vehicle, in particular for an agricultural harvester, with integrated manual transmission which can be shifted into a plurality of gear stages (N, G 1 , G n ) by means of at least one movable control element and a sensor arrangement for detecting the engaged gear stage (N, G 1 , G n ), characterised in that the sensor arrangement has a rotary angle encoder which is kinematically coupled to the at least one control element by way of mechanical guide means in order in dependence on the position of the at least one control element to generate an angle signal (S) which indicates the engaged gear stage (N, G 1 , G n ) of the manual transmission , wherein the mechanical guide means include a cam disc associated with the rotary angle encoder and mounted rotatably about an axis of rotation as well as an engagement element arranged at the control element , wherein the engagement element and the cam disc are so designed and arranged relative to each other that displacement of the control element causes rotation of the cam disc by mutual contact of the engagement element and the cam disc , wherein provided on the cam disc is a guide track forming a contact region between the cam disc and the engagement element .
Process for separating a plurality of chemical components (Cx) from a chemical mixture (M1-M4), the chemical mixture (M1-M4) comprising a plurality of fluorinated fluids (F1-F6), each fluorinated fluid (F1-F6) comprising at least one fluorinated chemical component (Cx), the process comprising: - a step of identification (E2) in the chemical mixture (M1-M4) of at least two sub-mixtures (N1-N5), each sub-mixture (N1-N5) being a simple sub-mixture (N1, N3) comprising a single chemical component (C1, C4) or a complex sub-mixture (N2, N4, N5) comprising a combination of chemical components (C21, C22, C41, C42, C51, C52), each complex sub-mixture (N2, N4, N5) being associated either with a first secondary distillation group (G1) by a pressure swing distillation method, or with a second secondary distillation group (G2) by an extraction distillation method, - a primary distillation step (E3), by means of a simple main distillation column , so as to separate each identified sub-mixture (N1-N5), - a secondary distillation step (E4), by means of a same advanced unit of two auxiliary extraction columns , of each complex sub-mixture (N2, N4, N5) of the first group (G1) and of the second group (G2), the complex sub-mixtures (N2) of the first group (G1) being separated by the pressure swing distillation method and the complex sub-mixtures (N4, N5) of the second group (G2) being separated, by means of a same solvent (Q), by the extraction distillation method, by the same two auxiliary columns . - a step of identification (E2) in the chemical mixture (M1-M4) of at least two sub-mixtures (N1-N5), each sub-mixture (N1-N5) being a simple sub-mixture (N1, N3) comprising a single chemical component (C1, C4) or a complex sub-mixture (N2, N4, N5) comprising a combination of chemical components (C21, C22, C41, C42, C51, C52), each complex sub-mixture (N2, N4, N5) being associated either with a first secondary distillation group (G1) by a pressure swing distillation method, or with a second secondary distillation group (G2) by an extraction distillation method, - a primary distillation step (E3), by means of a simple main distillation column , so as to separate each identified sub-mixture (N1-N5), - a secondary distillation step (E4), by means of a same advanced unit of two auxiliary extraction columns , of each complex sub-mixture (N2, N4, N5) of the first group (G1) and of the second group (G2), the complex sub-mixtures (N2) of the first group (G1) being separated by the pressure swing distillation method and the complex sub-mixtures (N4, N5) of the second group (G2) being separated, by means of a same solvent (Q), by the extraction distillation method, by the same two auxiliary columns .
A method for three-dimensional color printing, wherein at least a first printing material with a first printing material color and at least another printing material with another printing material color is used to construct a printing object , wherein an arrangement of the printing materials in a surface region and a near surface interior region of the printing object is determined based on a desired color reproduction of the printing object , wherein a surface layer voxel set is determined, wherein the surface layer voxel set comprises all surface voxels, wherein a printing material is assigned to each surface voxel, characterized in that a near-surface interior voxel set is determined, wherein the near-surface interior voxel set comprises only a subset of all interior voxels, wherein all voxels of the near-surface interior voxel set are assigned to an interior layer voxel set, wherein the distances of all voxels of the interior layer voxel set to the respective closest surface voxel are within a predetermined distance interval of non-zero distances, wherein a printing material is assigned to each near-surface interior voxel, wherein a printing material color vector is assigned to each voxel, wherein the assignment of a printing material to a voxel of the surface layer voxel set is based on the printing material color vectors which are assigned to the voxels of the surface layer voxel set and is provided by performing a half-toning algorithm depending only on voxels of the surface layer voxel set, wherein the assignment of a printing material to a voxel of the near-surface interior layer voxel set is based on the printing material color vectors which are assigned to the voxels of the near-surface interior layer voxel set and is provided by performing a half-toning algorithm depending only on voxels of the near-surface interior layer voxel set, wherein the assignment of a printing material to a voxel is based on a desired color reproduction of the printing object.