mhurhangee/ep-ind-claims huggingface dataset:
A holder for holding at least one heavy weight coil, such as a coil of metal or wire of 15.000 - 60.000 kg, in a position relative to a substantially planar top of a cargo platform of a ship or other means of transport supporting the holder, comprising: a cradle portion with opposite cradle surfaces inclined towards each other and facing obliquely upwardly, defining a trough for contacting a circumferential surface of a substantially cylindrical coil oriented with a centre line parallel to the trough, in at least two coil contact positions, the first coil contact position on a first one of the cradle surfaces and the second, opposite coil contact position on a second, opposite one of the cradle surfaces and spaced from the first coil contact position; characterized in that the holder comprises at least two support leg portions spaced apart in a direction perpendicular to the trough, the support leg portions having lower ends (53; 153) for contacting the cargo platform top, the lower ends (53; 153) defining a bottom plane; wherein at least the support leg portions and the cradle portion are contiguous and constitute a single wall structure; wherein said single wall structure comprises at least two contiguous panels (18, 20, 24, 28; 124, 128; 228) mutually connected along a fold (51, 54) or bend (52, 53; 153; 253) in said single wall structure; and wherein each bend (52, 53; 153; 253) or fold (51, 54) connecting said contiguous panels (18, 20, 24, 28; 124, 128; 228) in said single wall structure has a bending or folding axis parallel to the trough and in that the holder has a width of at least 2 m. a cradle portion with opposite cradle surfaces inclined towards each other and facing obliquely upwardly, defining a trough for contacting a circumferential surface of a substantially cylindrical coil oriented with a centre line parallel to the trough, in at least two coil contact positions, the first coil contact position on a first one of the cradle surfaces and the second, opposite coil contact position on a second, opposite one of the cradle surfaces and spaced from the first coil contact position; characterized in that the holder comprises at least two support leg portions spaced apart in a direction perpendicular to the trough, the support leg portions having lower ends (53; 153) for contacting the cargo platform top, the lower ends (53; 153) defining a bottom plane; wherein at least the support leg portions and the cradle portion are contiguous and constitute a single wall structure; wherein said single wall structure comprises at least two contiguous panels (18, 20, 24, 28; 124, 128; 228) mutually connected along a fold (51, 54) or bend (52, 53; 153; 253) in said single wall structure; and wherein each bend (52, 53; 153; 253) or fold (51, 54) connecting said contiguous panels (18, 20, 24, 28; 124, 128; 228) in said single wall structure has a bending or folding axis parallel to the trough and in that the holder has a width of at least 2 m.
Method for automatic monitoring the stability of methane production in one or more biogas reactors (100, 200) for anaerobic fermentation of organic substances, comprising the steps of: - determining the CO 2 partial pressure (pCO 2) in the liquid reactor contents under anaerobic measuring conditions using a measuring system (10.1, 10.2) during biogas production, wherein the pCO 2 measured values are automatically determined at regular adjustable time intervals, and - using the determined values for process-related evaluation as parameters for stability assessment of the process of biogas and methane formation. - determining the CO 2 partial pressure (pCO 2) in the liquid reactor contents under anaerobic measuring conditions using a measuring system (10.1, 10.2) during biogas production, wherein the pCO 2 measured values are automatically determined at regular adjustable time intervals, and - using the determined values for process-related evaluation as parameters for stability assessment of the process of biogas and methane formation.
An optical assembly for a projector, comprising: - an optical element with a set of lenses, said lenses being suitable for cooperating with a first plurality of light sources, such as LEDs, of said projector, wherein said lenses are suitable for generating primary light beams and are spaced apart from one another by means of inter-lens spaces, - a grid for filling at least part of said inter-lens spaces of said set of lenses, said grid being suitable for cooperating with a second plurality of light sources, such as LEDs, of said projector, characterised in that said grid is suitable for generating a secondary effect by cooperating with said second plurality of light sources, and in that it also includes: - one support element, which is suitable for supporting the set of lenses, in the inter-lens spaces, and in that the grid and the support element are suitable for overlapping, enclosing the optical element between the inner surface of the grid and the upper surface of the support element and thus securing the set of lenses in order to form the optical assembly. - an optical element with a set of lenses, said lenses being suitable for cooperating with a first plurality of light sources, such as LEDs, of said projector, wherein said lenses are suitable for generating primary light beams and are spaced apart from one another by means of inter-lens spaces, - a grid for filling at least part of said inter-lens spaces of said set of lenses, said grid being suitable for cooperating with a second plurality of light sources, such as LEDs, of said projector, characterised in that said grid is suitable for generating a secondary effect by cooperating with said second plurality of light sources, and in that it also includes: - one support element, which is suitable for supporting the set of lenses, in the inter-lens spaces, and in that the grid and the support element are suitable for overlapping, enclosing the optical element between the inner surface of the grid and the upper surface of the support element and thus securing the set of lenses in order to form the optical assembly. - one support element, which is suitable for supporting the set of lenses, in the inter-lens spaces, and in that the grid and the support element are suitable for overlapping, enclosing the optical element between the inner surface of the grid and the upper surface of the support element and thus securing the set of lenses in order to form the optical assembly.
Flat dowel for insertion between two components (1, 2), especially for connecting two components (1,2), the flat dowel comprising a one-piece elliptical base body, the base body being divided into two lateral portions (4, 6), a flexible tongue being configured to protrude from the base body at an angle (α) of between land 40 degrees to a plane of the base body, the flexible tongue being configured to extend from a side edge to a central longitudinal axis, characterised in that the flat dowel comprises, on at least one side edge of one of the two side portions (4, 6), an index bar (10, 16) protruding relative to the base body, for positively locking insertion in a component (1, 2).
Sliding and rotating leaf system comprising a rail profile for the floor and a rail profile for the ceiling, each of which is C-shaped, and between which at least two leaves are arranged to be guided movably therein, each of which has a first running carriage and a second running carriage at least on its side facing the floor-rail-profile, where the leaves are carried in the floor-rail-profile by means of at least the second carriage, in such a way that, when the leaves are turned in, the entire weight of the leaves is borne by the floor-rail-profile, characterised in that at least one lateral outlet opening for releasing the first carriage of a leaf is arranged in the floor-rail-profile, where, on at least one wing, a lifting slide is attached, which is arranged above the floor-rail-profile, where a ramp element is arranged on the floor-rail-profile adjacent to at least the outlet opening, which interacts with the lifting slide in such a way that the leaf is raised up when it passes the ramp element.
An electronic cigarette, comprising: a tube; a control module, a battery, a heater module and a liquid supply in axial alignment forming a component group positioned entirely within the tube, with the control module and the heater module on opposite sides of the battery, and with the control module and the heater module each having a cylindrical housing; and a connector strip electrically connecting the heater module to the control module wherein the connector strip is included in the component group. a tube; a control module, a battery, a heater module and a liquid supply in axial alignment forming a component group positioned entirely within the tube, with the control module and the heater module on opposite sides of the battery, and with the control module and the heater module each having a cylindrical housing; and a connector strip electrically connecting the heater module to the control module wherein the connector strip is included in the component group.
A machining plant comprising a bending press, in particular for bending sheet metal, with a fixed press beam and a press beam adjustable relative to the latter, a tool holder being fitted to or integrated into said press beams (4, 5), and at least one bending tool with a fixing portion for the fixing in the tool holder, furthermore at least one manipulation device for handling bending tools and/or metal sheets or a rear stop device for the positioning support of metal sheets, furthermore a cleaning unit, which comprises a base body, on which at least one elastic stripping element is fitted, characterised in that the bending tool can be moved from the manipulation device to the cleaning unit and is displaceable along the elastic stripping element, so that at least one part of the fixing portion is in contact with the elastic stripping element during the displacement.
Hand-guided treatment device, preferably gardening or forestry device, said device being configured for use in working positions tilted relative to each other by a tilt angle (α) of at least 45° about a device longitudinal axis, and comprising - a device housing, - a handle operating unit which comprises a handle extending with a main direction component parallel to the device longitudinal axis and a finger-operable operating element within finger reach of the handle, and - a display field arranged on an outside of the device housing and having at least one optical display element (7 1), characterized in that - the display field is arranged offset relative to the operating element in a housing circumferential direction about the device longitudinal axis and extends in the housing circumferential direction over a housing edge and/or with a curved or kinked course. - a device housing, - a handle operating unit which comprises a handle extending with a main direction component parallel to the device longitudinal axis and a finger-operable operating element within finger reach of the handle, and - a display field arranged on an outside of the device housing and having at least one optical display element (7 1), - the display field is arranged offset relative to the operating element in a housing circumferential direction about the device longitudinal axis and extends in the housing circumferential direction over a housing edge and/or with a curved or kinked course.
A nonvolatile memory device, comprising: a memory cell array, the memory cell array including a plurality of cell strings (CS11, CS12, CS21, CS22), at least one of the cell strings including a plurality of memory cells (MC1 to MC128) stacked in a direction perpendicular to a surface of a substrate, at least one of the memory cells is a multi-level cell storing at least three bits; and a control logic circuit configured to control a page buffer to read at least two normal read pages of the memory cells with the same number of read voltages, wherein a normal read page refers to a page in which data are determined by a plurality of read voltages, and wherein a bit ordering of each of the at least two normal read pages has more than one bit transition, and characterized in that the control logic circuit is further configured to control the page buffer to read a fast read page of the memory cells with one read voltage, wherein a fast read page refers to a page in which data are determined by one read voltage, and wherein a bit ordering of the fast read page has only one bit transition. a memory cell array, the memory cell array including a plurality of cell strings (CS11, CS12, CS21, CS22), at least one of the cell strings including a plurality of memory cells (MC1 to MC128) stacked in a direction perpendicular to a surface of a substrate, at least one of the memory cells is a multi-level cell storing at least three bits; and a control logic circuit configured to control a page buffer to read at least two normal read pages of the memory cells with the same number of read voltages, wherein a normal read page refers to a page in which data are determined by a plurality of read voltages, and wherein a bit ordering of each of the at least two normal read pages has more than one bit transition, and characterized in that the control logic circuit is further configured to control the page buffer to read a fast read page of the memory cells with one read voltage, wherein a fast read page refers to a page in which data are determined by one read voltage, and wherein a bit ordering of the fast read page has only one bit transition.
A lock cylinder and a key, said lock cylinder being formed with a housing and a cylinder core rotatable therein and including a keyway, wherein at least one movably arranged interrogator element capable of being moved by a magnetic force and at least one scanner element scanning the position of the interrogator element are provided, said scanner element cooperating with at least one catch element of the lock cylinder to cause unlocking or locking, wherein the lock cylinder, in particular the cylinder core, includes means different from the interrogator element, for generating a magnetic flux passing through the keyway and causing the at least one movably arranged interrogator element to move, and wherein the key is formed with a bow and a key bit, characterized in that the key bit is comprised of a material having a high magnetic resistance and is interspersed with at least one non-magnetized region of lower magnetic resistance, which forms at least one field entrance and at least one field exit on the key surface, wherein, in the position of the key inserted in the keyway, an interrogator element capable of being moved by the magnetic force is each associated to the field exits of the non-magnetized regions of lower magnetic resistance of the key.
A System-on-a-Chip, SoC, comprising: a plurality of Input/Output, I/O, controllers (120, 122, 124); a plurality of lanes (140, 142, 144); a lane mapping module to multiplex at least one of said I/O controllers (120, 122, 124) to at least one of said lanes (140, 142, 144) based on a configuration; a first processor to detect a change request, said change request to modify said configuration from an existing configuration to a new configuration; and a second processor to: verify that said new configuration is valid based on a stock keeping unit, SKU, associated with said SoC; and, if said verification is successful, store said new configuration in non-volatile memory and reset said SoC, wherein the lane mapping module includes a maximum lane enforcement module configured to limit a number of active lanes to a maximum value. a plurality of Input/Output, I/O, controllers (120, 122, 124); a plurality of lanes (140, 142, 144); a lane mapping module to multiplex at least one of said I/O controllers (120, 122, 124) to at least one of said lanes (140, 142, 144) based on a configuration; a first processor to detect a change request, said change request to modify said configuration from an existing configuration to a new configuration; and a second processor to: verify that said new configuration is valid based on a stock keeping unit, SKU, associated with said SoC; and, if said verification is successful, store said new configuration in non-volatile memory and reset said SoC, wherein the lane mapping module includes a maximum lane enforcement module configured to limit a number of active lanes to a maximum value.
Milking device for milking animals, comprising: - a frame; - a cylinder connected operatively to the frame; - a teat cup carrier which is connected operatively to the cylinder and is movable relative to the frame by the cylinder; and - a number of teat cups placeable on or at the teat cup carrier, wherein milk hoses can be connected to the teat cups for the purpose of discharging milk, wherein the cylinder is configured for bringing the milking device from a rest state into a milking state, wherein in the rest state the teat cups are positioned wholly under a ground surface, wherein in the milking state the teat cups are positioned at least partially above the ground surface, and wherein the milking device is displaceable from a rest state to a milking state by the cylinder, characterised in that the cylinder is further configured to move the milking device between the rest state and the milking state using a first and second stroke, wherein: - a first stroke which brings the teat cups at least partially above the ground surface; and - a second stroke which co-displaces the milk hoses in the direction of the ground surface. - a frame; - a cylinder connected operatively to the frame; - a teat cup carrier which is connected operatively to the cylinder and is movable relative to the frame by the cylinder; and - a number of teat cups placeable on or at the teat cup carrier, wherein milk hoses can be connected to the teat cups for the purpose of discharging milk, wherein the cylinder is configured for bringing the milking device from a rest state into a milking state, wherein in the rest state the teat cups are positioned wholly under a ground surface, wherein in the milking state the teat cups are positioned at least partially above the ground surface, and wherein the milking device is displaceable from a rest state to a milking state by the cylinder, characterised in that the cylinder is further configured to move the milking device between the rest state and the milking state using a first and second stroke, wherein: - a first stroke which brings the teat cups at least partially above the ground surface; and - a second stroke which co-displaces the milk hoses in the direction of the ground surface. - a first stroke which brings the teat cups at least partially above the ground surface; and - a second stroke which co-displaces the milk hoses in the direction of the ground surface.
A method of optically determining the orientation of a grain structure in a component, characterised in that the method comprises; presenting a surface of the component to a detector and illuminating the surface with a beam from a light source; manipulating the relative orientation of the surface, beam and a detector and determining the relative orientation which provides the peak reflectance of the beam from the surface to the detector; characterized by presenting a first further surface of the component to the detector and illuminating the first further surface with a beam from a light source; manipulating the relative orientation of the first further surface, beam and detector and determining the relative orientation which provides the peak reflectance of the beam from the surface to the detector; presenting a second further surface of the component to the detector and illuminating the second further surface with a beam from a light source; manipulating the relative orientation of the second further surface, beam and detector and determining the relative orientation which provides the peak reflectance of the beam from the surface to the detector; calculating the orientation of the grain structure from the determined relative peak reflectance orientations of the surface, first further surface and second further surface.
A piston (200, 300, 400) for a compressor, the piston (200, 300, 400) being configured to compress and discharge a refrigerant suctioned into a cylinder, the piston (200, 300, 400) comprising: a bearing portion (220, 320, 410) having a cylindrical shape configured to define a suction space into which the suctioned refrigerant is accommodated therein, the bearing portion (220, 320, 410) being provided with a bearing surface (221, 321, 412) facing an inner circumferential surface of the cylinder; a head portion (210, 310, 410) coupled to a front opening of the bearing portion (220, 320, 410) and provided with a plurality of suction ports (211a, 311a, 411a) configured to communicate with the suction space, the head portion (210, 310, 410) having a compression surface (211, 311, 411) configured to face a compression space to compress the refrigerant in the compression space; and a flange portion (230, 313, 423) coupled to a rear opening of the bearing portion (220, 320, 410) and provided with a through-passage through which the refrigerant is configured to be introduced from a muffler unit to the suction space, the flange portion (230, 313, 423) configured to be coupled to a driving portion to transmit driving force to the piston (200, 300, 400), wherein the bearing surface (221, 321, 412) is subjected to a surface treatment to improve abrasion resistance, characterized in that: the bearing portion (220, 320, 410) is coupled to the head portion (210, 310, 410) and the flange portion (230, 313, 423) through bonding. a bearing portion (220, 320, 410) having a cylindrical shape configured to define a suction space into which the suctioned refrigerant is accommodated therein, the bearing portion (220, 320, 410) being provided with a bearing surface (221, 321, 412) facing an inner circumferential surface of the cylinder; a head portion (210, 310, 410) coupled to a front opening of the bearing portion (220, 320, 410) and provided with a plurality of suction ports (211a, 311a, 411a) configured to communicate with the suction space, the head portion (210, 310, 410) having a compression surface (211, 311, 411) configured to face a compression space to compress the refrigerant in the compression space; and a flange portion (230, 313, 423) coupled to a rear opening of the bearing portion (220, 320, 410) and provided with a through-passage through which the refrigerant is configured to be introduced from a muffler unit to the suction space, the flange portion (230, 313, 423) configured to be coupled to a driving portion to transmit driving force to the piston (200, 300, 400), wherein the bearing surface (221, 321, 412) is subjected to a surface treatment to improve abrasion resistance, characterized in that: the bearing portion (220, 320, 410) is coupled to the head portion (210, 310, 410) and the flange portion (230, 313, 423) through bonding.