mhurhangee/ep-ind-claims huggingface dataset:
An exterior member for electric wire comprising: a tubular exterior body that protects one or a plurality of electric wires; a slit that is formed in the exterior body along an exterior axis of the exterior body a left circumferential end portion of the tubular exterior body forming a left side portion of the slit, and a right circumferential end portion of the tubular exterior body forming a right side portion of the slit; and an inner portion formed in a tubular shape that extends along the exterior axis and configured to be accommodated in the exterior body together with the electric wire; and characterized by the inner portion formed continuous with the left side portion and the right side portion of the slit, wherein the inner portion is configured to be disposed on an outer side of the exterior body before the electric wire is accommodated, is formed with an electric wire pressed portion against which the electric wire is configured to be pressed, and is configured to be pushed into the exterior body through the slit while being deformed so as to be inverted when the electric wire is pressed against the electric wire pressed portion. a tubular exterior body that protects one or a plurality of electric wires; a slit that is formed in the exterior body along an exterior axis of the exterior body a left circumferential end portion of the tubular exterior body forming a left side portion of the slit, and a right circumferential end portion of the tubular exterior body forming a right side portion of the slit; and an inner portion formed in a tubular shape that extends along the exterior axis and configured to be accommodated in the exterior body together with the electric wire; and characterized by the inner portion formed continuous with the left side portion and the right side portion of the slit, wherein the inner portion is configured to be disposed on an outer side of the exterior body before the electric wire is accommodated, is formed with an electric wire pressed portion against which the electric wire is configured to be pressed, and is configured to be pushed into the exterior body through the slit while being deformed so as to be inverted when the electric wire is pressed against the electric wire pressed portion.
Device for a vehicle, in particular a motor vehicle, comprising at least: - a fixed carrier, - a sensor unit, which is movable between a rest position and an operating position, - a protective element for the sensor unit and a decorative element, which are each movable between a closed position and an open position, wherein, in the respective closed position, the protective element and the decorative element are arranged one over the other and cover the sensor unit in its rest position, wherein, in the open position of protective element and decorative element, the sensor unit is positioned into its operating position, wherein the sensor unit, the protective element and the decorative element are coupled in terms of movement to one another by means of a lever mechanism, and the protective element and the decorative element are mounted in a rotatable and mutually coaxial manner on the carrier so as to be pivotable about a common centre of rotation (10.2), and the sensor unit is articulated on the lever mechanism. - a fixed carrier, - a sensor unit, which is movable between a rest position and an operating position, - a protective element for the sensor unit and a decorative element, which are each movable between a closed position and an open position, wherein, in the respective closed position, the protective element and the decorative element are arranged one over the other and cover the sensor unit in its rest position, wherein, in the open position of protective element and decorative element, the sensor unit is positioned into its operating position, wherein the sensor unit, the protective element and the decorative element are coupled in terms of movement to one another by means of a lever mechanism, and the protective element and the decorative element are mounted in a rotatable and mutually coaxial manner on the carrier so as to be pivotable about a common centre of rotation (10.2), and the sensor unit is articulated on the lever mechanism.
A method for producing resin particles by bringing a pre-molded article in which resin particles are dispersed in a water-soluble matrix into contact with an aqueous solvent to elute the matrix; wherein the water-soluble matrix comprises a water-soluble polyvinyl alcohol-based resin and a water-soluble saccharide; and the water-soluble polyvinyl alcohol-based resin comprises a modified polyvinyl alcohol-based resin comprising a side chain comprising an alkyl group or alkyl chain, the alkyl group or alkyl chain comprising at least one hydroxyl group. wherein the water-soluble matrix comprises a water-soluble polyvinyl alcohol-based resin and a water-soluble saccharide; and the water-soluble polyvinyl alcohol-based resin comprises a modified polyvinyl alcohol-based resin comprising a side chain comprising an alkyl group or alkyl chain, the alkyl group or alkyl chain comprising at least one hydroxyl group.
Hob with a hob apparatus with at least one substrate (10a; 10b) and at least one sensor element (12a; 12b) arranged on the at least one substrate (10a; 10b), wherein the at least one sensor element (12a; 12b) is attached to the at least one substrate (10a; 10b) by means of a printing method, wherein the at least one sensor element (12a; 12b) is embodied as a temperature sensor, wherein the at least one substrate (10a; 10b) is embodied as a hob plate, characterised in that the at least one sensor element (12a; 12b) is attached to the at least one substrate (10a; 10b) by means of an inkjet-type printing method.
An authenticity certificate with at least one security element (42; 44) that is applied on a substrate (40; 100) and has a periodic line structure, and with a periodic lens structure of parallel cylinder lenses covering the periodic security element (42; 44), wherein - the period of the cylinder lenses corresponds to the period of the line pattern, - the lenses are aligned parallel to the lines of the line structure and - the height of the cylinder lenses on the apex lies in a range of about half to about a whole width of the period, in which at least one security element (42; 44) to be determined by a third party and one security element (42; 44) to be determined by a central certification authority are arranged on the same substrate (40; 100) and the lens structure extends at least partially over both security elements (42; 44), in which at least one of the security elements (42; 44) is a micro-refraction image, consisting of the substrate (40; 100), the periodic line pattern applied on the substrate (40; 100) and the periodic lens structure made up of the cylinder lenses parallel to the lines of the line pattern covering the line pattern, wherein the period of the cylinder lenses corresponds to the period of the line pattern, the lines consist of elementary printing points, the number of elementary printing points in a period is equal to or greater than four and equal to or less than sixteen and the height of the cylinder lenses on the apex lies in a range of about half to an entire width of a period, characterized in that the authenticity certificate consists of several layers, of which one is equipped with adhesive properties vis-à-vis a product to be protected and at least one further, whose removal destroys the authenticity certificate, is pre-perforated or pre-punched along prescribed tear lines, wherein the substrate (40; 100) consists of a transparent material and the line pattern is arranged on the surface of the substrate (40; 100) averted from the lens structure, wherein an elementary printing point has a lateral length between 4 μm and 8 μm. - the period of the cylinder lenses corresponds to the period of the line pattern, - the lenses are aligned parallel to the lines of the line structure and - the height of the cylinder lenses on the apex lies in a range of about half to about a whole width of the period,
Device for removing coverings laid on flat surfaces with: a support frame on which drive wheels are mounted around a rotational axis and which houses a motor and gearing for driving the drive wheels in a working direction, at least one freely rotating support element arranged in the working direction behind the drive wheels with its axis parallel to that of said drive wheels, a motor-driven cutting blade, and support plates, one of each is arranged in the region of the drive wheels on each side of the gearing, to which support plates the motor-driven cutting blade is fixed articulatingly by means of a baseplate with screws, each support plate having at least two bolts arranged at equal distances from the centre of the axis and at equal angular distances around the axis, said bolts engaging with circle segment-shaped slots provided in the support frame for limiting relative movement between the support plates and the support frame, and wherein for moving the device contrary to the working direction the drive wheels can be raised by tilting the support frame on to the at least one support element. a support frame on which drive wheels are mounted around a rotational axis and which houses a motor and gearing for driving the drive wheels in a working direction, at least one freely rotating support element arranged in the working direction behind the drive wheels with its axis parallel to that of said drive wheels, a motor-driven cutting blade, and
A fermentation product of a maize fermentation process, wherein the product is a maize distiller's dried grain comprising at least about 34 to 60 wt-% protein, wherein said protein comprises zein, and further wherein the fermentation process includes fractionation of the maize into a germ and/or fiber component and an endosperm component, wherein the endosperm component is further milled and reduced in particle size and combined with the larger pieces of the fractionated germ and fiber components.
A kitchen appliance for placement on vessels (30; 30') having a substantially circular opening edge (31; 31'), comprising a plate-shaped base body made of a first material having a recess into which at least one type of functional unit (20; 20') can be temporarily introduced, characterized in that the base body is formed to have a bowl-like shape whereby a base body having a concave and a convex side is formed, and that at least on the convex side of the bowl-shaped base body, a contact surface made of a second material is attached at least in some sections, wherein the second material of the contact surface causes a greater frictional force in contact with the material of the vessel (30; 30') than the first material of the base body.
A torque measuring system in a vehicle transmission comprising a clutch assembly having a two part, rotatable torque transmitting member, the two parts of said member being angularly movable relative to one another against the compression of at least one damper spring pack, and an actuator with a non rotatable cylinder for controlling the clutch, and where said compression in the axial direction of the damper spring pack is proportional to the torque applied over the clutch, where the damper spring pack will oscillate at its mechanical resonance frequency, which frequency is dependent of the compression of the damper spring pack, and of the torque applied over the clutch, characterized in that a device for radiating and receiving electromagnetic or acoustic wave energy is attached to a stationary housing of the actuator and where the device is arranged to irradiate said damper spring pack in order to receive a reflected modulation signal proportional to the current mechanical resonance frequency of said damper spring pack, and where said modulation signal is arranged to be converted to a torque value by a signal processing device, which torque value corresponds to the actual torque over said clutch.
A container for a foodstuff or beverage preparation machine, the container for containing beverage or foodstuff preparation material and comprising a code encoding preparation information, the code comprising a data sequence having a plurality n of marker locations, whereby said marker locations either comprise or do not comprise a marker as a variable to at least partially encode the preparation information therein, with adjacent marker locations separated by a distance of Δx, wherein at least one marker location (i) of the data sequence comprises a marker, characterised in that the code further comprises: a locator sequence to enable location of the data sequence, the locator sequence comprising two adjacent markers, whereby a distance X4 therebetween is distinct from the distance Ax; and an end portion for identification of an end of the data sequence, the end portion comprising a marker location (n) at the end of the data sequence and a marker, wherein a distance (n-i)Δx+X3 between said marker of said at least one marker location (i) of said data sequence and said marker of said end portion is equal to the addition of said distance Δx multiplied by an integer n-i, wherein i varies from 1 to n, and a distance X3, wherein said distance X3 is a non-integer multiple of Δx and wherein said distance X3 is distinct from the distance X4. a locator sequence to enable location of the data sequence, the locator sequence comprising two adjacent markers, whereby a distance X4 therebetween is distinct from the distance Ax; and an end portion for identification of an end of the data sequence, the end portion comprising a marker location (n) at the end of the data sequence and a marker, wherein a distance (n-i)Δx+X3 between said marker of said at least one marker location (i) of said data sequence and said marker of said end portion is equal to the addition of said distance Δx multiplied by an integer n-i, wherein i varies from 1 to n, and a distance X3, wherein said distance X3 is a non-integer multiple of Δx and wherein said distance X3 is distinct from the distance X4.
A floating structure fluid dynamic force use system comprising: an assembly (12, 80, 112) for extracting energy from wind and / or water; and a floating structure supporting the assembly, wherein the assembly (12, 80, 112) includes a force-receiving part for receiving fluid dynamic force and a support column (11, 103, 113) supporting the force-receiving part, and the assembly (12, 80, 112) has a center of gravity set below water, wherein at least wind force is used as the fluid energy, the force-receiving part includes a wind-receiving part for receiving the wind force in the air and a horizontal-axis water wheel or a vertical-axis water wheel, wherein the horizontal-axis or vertical-axis water wheel is set below water and functions as a ballast or part of a ballast, and the support column (11, 103, 113) includes an upper support column (11a, 103a, 113a) supporting the wind-receiving part and a lower support column (11b, 103b, 113b) supporting a ballast set below water, wherein the assembly (12, 80, 112) is supported rotatably around a center axis of the support column (11, 103, 113) with respect to the floating structure, and the upper support column (11a, 103a, 113a) and the lower support column (11b, 103b, 113b) are connected to each other coaxially rotatably relative to each other in a rigid state with respect to a center axis of the support column (11, 103, 113) with a bearing provided therebetween. an assembly (12, 80, 112) for extracting energy from wind and / or water; and a floating structure supporting the assembly, wherein the assembly (12, 80, 112) includes a force-receiving part for receiving fluid dynamic force and a support column (11, 103, 113) supporting the force-receiving part, and the assembly (12, 80, 112) has a center of gravity set below water, wherein at least wind force is used as the fluid energy, the force-receiving part includes a wind-receiving part for receiving the wind force in the air and a horizontal-axis water wheel or a vertical-axis water wheel, wherein the horizontal-axis or vertical-axis water wheel is set below water and functions as a ballast or part of a ballast, and the support column (11, 103, 113) includes an upper support column (11a, 103a, 113a) supporting the wind-receiving part and a lower support column (11b, 103b, 113b) supporting a ballast set below water, wherein the assembly (12, 80, 112) is supported rotatably around a center axis of the support column (11, 103, 113) with respect to the floating structure, and the upper support column (11a, 103a, 113a) and the lower support column (11b, 103b, 113b) are connected to each other coaxially rotatably relative to each other in a rigid state with respect to a center axis of the support column (11, 103, 113) with a bearing provided therebetween.
A limb and torso docking arrangement for a manikin, the limb and torso docking arrangement comprising a first connecting part for connection with a limb or torso of the manikin a second connecting part for connection with the opposite of the limb or torso of the manikin, characterised in that the first connecting part comprises a pin and a guide element (4a, 4b, 4c) protruding from the first connecting part and a first plug part for connecting the limb and the torso; wherein the second connecting part comprises an opening and a groove (22a, 22b, 22c) adapted to respectively receive the pin and the guide element (4a, 4b, 4c) of the first connecting part, the second connecting part further comprises a second plug part, the first plug part and the second plug part being positioned respectively on the first connecting part and the second connecting part so that the plug parts (5, 23) are adapted to mate when said first connecting part and second connecting part being connected; wherein said limb and torso docking arrangement further comprises a locking arrangement (25, 6, 28, 29) adapted to lock the first connecting part and the second connecting part together after mating, the locking arrangement (25, 6, 28, 29) comprising a first locking part arranged on the first connecting part and a second locking part rotatable attached to a stationary part of the second connecting part the second locking part is adapted to rotate towards and engage the first locking part for locking the first and second connecting parts together in a locked position. a first connecting part for connection with a limb or torso of the manikin a second connecting part for connection with the opposite of the limb or torso of the manikin, characterised in that the first connecting part comprises a pin and a guide element (4a, 4b, 4c) protruding from the first connecting part and a first plug part for connecting the limb and the torso; wherein the second connecting part comprises an opening and a groove (22a, 22b, 22c) adapted to respectively receive the pin and the guide element (4a, 4b, 4c) of the first connecting part, the second connecting part further comprises a second plug part, the first plug part and the second plug part being positioned respectively on the first connecting part and the second connecting part so that the plug parts (5, 23) are adapted to mate when said first connecting part and second connecting part being connected; wherein said limb and torso docking arrangement further comprises a locking arrangement (25, 6, 28, 29) adapted to lock the first connecting part and the second connecting part together after mating, the locking arrangement (25, 6, 28, 29) comprising a first locking part arranged on the first connecting part and a second locking part rotatable attached to a stationary part of the second connecting part the second locking part is adapted to rotate towards and engage the first locking part for locking the first and second connecting parts together in a locked position.
A rotor blade of a wind energy installation with a bulkhead which is arranged in the blade root of the rotor blade, wherein the bulkhead comprises at least two access openings, wherein the access openings comprise hatch flaps and are formed in a closable manner.
Method for utilizing the computing and/or storage resources of at least one parked vehicle comprising the steps of: recognizing the presence of at least one parked vehicle; establishing a network connection between at least one vehicle communication device of the at least one parked vehicle and at least one server, preferably via at least one external edge device; collecting information from the at least one parked vehicle; dispatching at least one task to the at least one vehicle communication device, wherein the task comprises at least one computational task and/or at least one storing task; and performing the at least one dispatched task in the parked vehicle. recognizing the presence of at least one parked vehicle; establishing a network connection between at least one vehicle communication device of the at least one parked vehicle and at least one server, preferably via at least one external edge device; collecting information from the at least one parked vehicle; dispatching at least one task to the at least one vehicle communication device, wherein the task comprises at least one computational task and/or at least one storing task; and performing the at least one dispatched task in the parked vehicle.
Internal gearbox control device comprising a selection module which has a rotary interlocking key capable of selecting one of at least two gear lines by simultaneously locking the unselected lines, and an internal control axis driven in axial translation under the control of an external shift control member to engage gears on a selected gear line by displacing a fork axis to an engaged gear position, the device comprising a shifting assistance carriage supported by the control axis, and driven in translation upon the engagement of a gear while being able to slide along the latter, and a spring wound around the axis which is compressed by the displacement of the carriage storing energy over a first part of the engagement travel of the axis, and releases its energy to assist the engagement of the gear over a second part of this travel, the device being characterized in that the internal control axis is immobilized in rotation with respect to the case of the gearbox and the carriage is driven in translation by the internal control axis upon the engagement of a gear.
A method, comprising: requesting a cache line from memory responsive to a memory access instruction, wherein the cache line comprises a first slot encrypted according to first context information and a second slot encrypted according to second context information, wherein the first context information is different from the second context information; decrypting, by a cryptographic computing engine (108, 270, 350) using symmetric cryptographic operations, the first slot and the second slot of the cache line based on the first context information; and storing the decrypted first slot and the decrypted second slot of the cache line and a tag in a first cache (311a-b, 312a-b, 320, 330), wherein the tag comprises the first context information. requesting a cache line from memory responsive to a memory access instruction, wherein the cache line comprises a first slot encrypted according to first context information and a second slot encrypted according to second context information, wherein the first context information is different from the second context information; decrypting, by a cryptographic computing engine (108, 270, 350) using symmetric cryptographic operations, the first slot and the second slot of the cache line based on the first context information; and storing the decrypted first slot and the decrypted second slot of the cache line and a tag in a first cache (311a-b, 312a-b, 320, 330), wherein the tag comprises the first context information.