mhurhangee/ep-ind-claims huggingface dataset:
Clamp for retaining a block of material on a machining table, the clamp comprising a body having a first face and at least one first front face respectively oriented toward the machining table and the block of material when in use, as well as a connecting system for connecting the clamp in a demountable manner to the machining table, characterized in that the body of the clamp comprises a nose projecting relative to the first front face having a second front face parallel to the first front face as well as first and second edges (76.1, 76.2) connecting the first and second front faces (62, 62'), said nose being sized to be housed in a groove in a block of material when in use, in that the body comprises at least one internally threaded hole opening at least partly at the level of the second front face and having an axis forming a non-zero angle with the first face and the second front face and in that the clamp comprises at least one grub screw that screws into the internally threaded hole having a pointed free end (72.1) configured to penetrate into the block of material when in use when screwing in the grub screw.
Basket arrangement for a dishwashing machine, wherein the basket arrangement comprises: - a basket tray member for holding goods to be washed, and - a holding member arranged at a side of the basket tray member for holding the basket tray member when arranged in the machine, wherein the basket tray member and the holding member are connected via a connection system configured to, at least when the basket arrangement is installed in the machine, allow the basket tray member to be adjusted between at least two vertical positions in relation to the holding member upon movement of the basket tray member in a horizontal direction in relation to the holding member, characterized in that the connection system comprises a rotatable element arranged on either said basket tray member or said holding member and provided with a pushing element positioned at a distance from an axis of rotation of the rotatable element, said pushing element being arranged to push onto either said basket tray member or said holding member when turning the rotatable element so as to bring about the relative movement in the horizontal direction between the basket tray member and the holding member. - a basket tray member for holding goods to be washed, and - a holding member arranged at a side of the basket tray member for holding the basket tray member when arranged in the machine,
Household appliance with an interior for receiving food, and at least one shelf (6, 7, 8) mounted in the interior and having a front edge, on which a grip member is arranged which is separate from the front edge and is shorter than the front edge in the width direction of the front edge, characterised in that the grip member on the front edge is displaceable back and forth in the width direction between a first position and at least one second position relative to the front edge in the fully installed final state, wherein the grip member is configured as an elongated rail and in the form of a bracket for pulling out at least one part of the shelf (6, 7, 8) and encompasses the front edge, wherein a guide apparatus is thereby formed.
Blind rivet nut with a rivet shank comprising a set head, a threaded section having a thread, and a deformation section arranged between the set head and the threaded section, having at least one reinforcement region, characterized in that the reinforcement section has a work-hardened section of the deformation section.
A carrying system for receiving rest compartments in a vehicle, comprising - at least one rest compartment for accomodating persons, the rest compartment comprising a predetermined container shape; - a receiving space adapted to the predetermined container shape for a complete insertion of the rest compartment into the receiving space; - at least one electrical consumer (16, 70, 82) arranged in the rest compartment; and - at least one primary winding in a first core and at least one secondary winding in a second core; wherein the secondary winding is arranged in the rest compartment, and the primary winding is mountable on the vehicle side in such a manner that movement of the rest container in a receiving position results in alignment of the primary winding and the secondary winding; wherein the primary winding and the secondary winding are adapted for inducing into the secondary winding an alternating voltage present at the primary winding; and wherein the electrical consumer (16, 70, 82) is connected to the secondary winding. - at least one rest compartment for accomodating persons, the rest compartment comprising a predetermined container shape; - a receiving space adapted to the predetermined container shape for a complete insertion of the rest compartment into the receiving space; - at least one electrical consumer (16, 70, 82) arranged in the rest compartment; and - at least one primary winding in a first core and at least one secondary winding in a second core; wherein the secondary winding is arranged in the rest compartment, and the primary winding is mountable on the vehicle side in such a manner that movement of the rest container in a receiving position results in alignment of the primary winding and the secondary winding; wherein the primary winding and the secondary winding are adapted for inducing into the secondary winding an alternating voltage present at the primary winding; and wherein the electrical consumer (16, 70, 82) is connected to the secondary winding.
Warm air heater configured to be mounted under the ceiling of a building, with a directly heated warm air generator having a combustion chamber for burning a fuel and with at least one heating air channel configured on the combustion chamber, in which the heating air of the warm air generator, which is heated through heating energy, is led, and with at least one blow opening arranged at the end of the heating air channel for releasing the heating air, characterized in that a mixing chamber is arranged in the heating air channel or between the heating air channel and the blow opening, which is configured such that ambient air can be supplied into the mixing chamber and can be mixed with the heated heating air, wherein the mixing chamber has at least one heating air supply opening for connecting to the heating air channel and at least one mixed air release opening for connecting to the blow opening, as well as at least one ambient air opening for drawing in ambient air.
A frictional-force variable compact (10; 20) comprising: a first surface (10a; 20a); a second surface (10b; 20b); an insulation portion (11; 21) constituting a plate-shaped porous body, a porous film, or a plate-shaped body provided with cylindrical through holes; and an electroconductive portion (12; 22) electrically conducting the first surface (10a; 20a) to the second surface (10b; 20b), the electroconductive portion (12; 22) filling the plate-shaped porous body, the porous film, or the through holes of the plate-shaped body, wherein the insulation portion and the electroconductive portion form each of the first surface and the second surface, a constituent material of the electroconductive portion (12; 22) is at least one material selected from the group consisting of organic electroconductive polymers, carbon compounds, metal oxides, materials including such metal oxide to which a metal is doped, metal hydroxides, and electrorheological particles. a first surface (10a; 20a); a second surface (10b; 20b); an insulation portion (11; 21) constituting a plate-shaped porous body, a porous film, or a plate-shaped body provided with cylindrical through holes; and an electroconductive portion (12; 22) electrically conducting the first surface (10a; 20a) to the second surface (10b; 20b), the electroconductive portion (12; 22) filling the plate-shaped porous body, the porous film, or the through holes of the plate-shaped body, wherein the insulation portion and the electroconductive portion form each of the first surface and the second surface, a constituent material of the electroconductive portion (12; 22) is at least one material selected from the group consisting of organic electroconductive polymers, carbon compounds, metal oxides, materials including such metal oxide to which a metal is doped, metal hydroxides, and electrorheological particles.
A cosmetic method for removing pigments from a pigmented section of a skin, comprising: a) treating the skin with a skin puncturing device provided with at least one needle and suction means, whereby said treating comprises using said skin puncturing device to puncture the skin with said at least one needle at said pigmented section while said skin puncturing device contains no ink; b) performing suction of the pigments from said punctured skin with said suction means of said skin puncturing device; and c) bandaging said punctured skin with a pad adapted to absorb pigments and cellular fluids liberated at said punctured section; wherein said pad contains a salt-based granular paste suitable to cause said pigments to migrate towards an outer layer of the skin. a) treating the skin with a skin puncturing device provided with at least one needle and suction means, whereby said treating comprises using said skin puncturing device to puncture the skin with said at least one needle at said pigmented section while said skin puncturing device contains no ink; b) performing suction of the pigments from said punctured skin with said suction means of said skin puncturing device; and c) bandaging said punctured skin with a pad adapted to absorb pigments and cellular fluids liberated at said punctured section; wherein said pad contains a salt-based granular paste suitable to cause said pigments to migrate towards an outer layer of the skin.
A thermoforming device, comprising: an upper hot plate comprising a first heating surface configured to heat a sheet from above; a lower hot plate comprising a second heating surface configured to heat the sheet from below; and a substrate-supplying unit comprising a base configured to hold a molded substrate, and configured to attach the molded substrate to and detach the molded substrate from the base and to dispose the molded substrate at a molding position below the first heating surface with the sheet interposed therebetween, wherein the upper hot plate and the lower hot plate are configured to heat the sheet simultaneously from an upper surface and a lower surface of the sheet, the lower hot plate is provided to be movable in a horizontal direction with respect to a position below the upper hot plate, and the thermoforming device die-molds or adheres, onto the molded substrate held by the base, the sheet softened by being heated by the upper hot plate and the lower hot plate, wherein in heating the upper hot plate suctions the sheet to the first heating surface and contacts and heats the upper surface of the sheet, and the lower hot plate is disposed below the sheet with a gap therebetween, and is configured to heat the lower surface of the sheet using radiant heat from the second heating surface. an upper hot plate comprising a first heating surface configured to heat a sheet from above; a lower hot plate comprising a second heating surface configured to heat the sheet from below; and a substrate-supplying unit comprising a base configured to hold a molded substrate, and configured to attach the molded substrate to and detach the molded substrate from the base and to dispose the molded substrate at a molding position below the first heating surface with the sheet interposed therebetween, wherein the upper hot plate and the lower hot plate are configured to heat the sheet simultaneously from an upper surface and a lower surface of the sheet, the lower hot plate is provided to be movable in a horizontal direction with respect to a position below the upper hot plate, and the thermoforming device die-molds or adheres, onto the molded substrate held by the base, the sheet softened by being heated by the upper hot plate and the lower hot plate, wherein in heating the upper hot plate suctions the sheet to the first heating surface and contacts and heats the upper surface of the sheet, and the lower hot plate is disposed below the sheet with a gap therebetween, and is configured to heat the lower surface of the sheet using radiant heat from the second heating surface.
A device for widening a spatially limited thermal energy peak region for sensing the spatially limited thermal energy peak region, the device comprising: a thermal coupling element adapted to be thermally coupled to the spatially limited thermal energy peak region; and the device being characterised by a widening region thermally coupled to the thermal coupling element so that thermal energy conducted from the spatially limited thermal energy peak region to the thermal coupling element is spatially widened at the widening region; wherein the widening region comprises a sensor receptacle adapted for receiving a sensor along at least a part of an extension of the widening region in such a manner that the sensor, when being received in the sensor receptacle, is thermally coupled to the widening region, wherein the sensor is adapted for Distributed Temperature Sensing. a thermal coupling element adapted to be thermally coupled to the spatially limited thermal energy peak region; and the device being characterised by a widening region thermally coupled to the thermal coupling element so that thermal energy conducted from the spatially limited thermal energy peak region to the thermal coupling element is spatially widened at the widening region; wherein the widening region comprises a sensor receptacle adapted for receiving a sensor along at least a part of an extension of the widening region in such a manner that the sensor, when being received in the sensor receptacle, is thermally coupled to the widening region, wherein the sensor is adapted for Distributed Temperature Sensing.
A breaker tooth assembly for a mineral breaker, the breaker tooth assembly including a horn protrusion extending from a rotatable support, the horn protrusion having a pair of opposed front and rear faces (131, 132); and a shell structure encapsulating the horn protrusion and defining the outer shape of the breaker tooth; wherein the shell structure comprises a plurality of covers which are welded to one another, but not to the horn protrusion, to define a unitary breaker tooth assembly; and wherein at least one cover of the shell structure is releasably connected with a corresponding face of the horn protrusion wherein the releasable connection is provided by a protrusion (320, 360), extending from said at least one cover or said corresponding face, received within a complementary recess (140, 150) provided in the corresponding face or cover; the shell structure comprises an intermediate top cover adapted to overlie a top face of the horn protrusion, the intermediate top cover being in face to face contact with the top face of the horn protrusion, and an intermediate front cover adapted to overlie a front face of the horn protrusion, the intermediate front cover being in face to face contact with the front face of the horn protrusion; wherein an aperture is provided in the intermediate front cover for permitting access to a recess formed in the front face of the horn protrusion, characterised in that the shell structure further comprises an outer front cover provided with a protrusion dimensioned to pass through the aperture and seated within the recess within the front face of the horn protrusion. the shell structure comprises an intermediate top cover adapted to overlie a top face of the horn protrusion, the intermediate top cover being in face to face contact with the top face of the horn protrusion, and an intermediate front cover adapted to overlie a front face of the horn protrusion, the intermediate front cover being in face to face contact with the front face of the horn protrusion; wherein an aperture is provided in the intermediate front cover for permitting access to a recess formed in the front face of the horn protrusion, characterised in that the shell structure further comprises an outer front cover provided with a protrusion dimensioned to pass through the aperture and seated within the recess within the front face of the horn protrusion.
A computer-implemented method for determining policy control decisions in a telecommunications network, the method comprising the steps of: receiving, by a policy management system provided within a control layer of said telecommunications network, a predictive indicator from a forecasting system, wherein the predictive indicator includes predictive network resource utilization information; responsive to receiving a service request from a gateway, said policy management system determining a policy decision based on the predictive indicator; sending, by said policy management system, the policy decision to the gateway; and sending, by said policy management system, to the forecasting system, a feedback control notification comprising an identifier of resources whose resource utilisation is affected by the policy decision for use by the forecasting system when making future predictions. receiving, by a policy management system provided within a control layer of said telecommunications network, a predictive indicator from a forecasting system, wherein the predictive indicator includes predictive network resource utilization information; responsive to receiving a service request from a gateway, said policy management system determining a policy decision based on the predictive indicator; sending, by said policy management system, the policy decision to the gateway; and sending, by said policy management system, to the forecasting system, a feedback control notification comprising an identifier of resources whose resource utilisation is affected by the policy decision for use by the forecasting system when making future predictions.
Bearing arrangement with a back-up bearing which is provided additionally to a main bearing as a safety device, wherein a joint is formed between an outer ring of the back-up bearing and a housing surrounding said outer ring, the joint is formed between a region of the housing that directly surrounds the outer ring and is close to the bearing and a region of the housing that surrounds said region and is further away from the bearing, wherein the joint has a tilting axis which is orthogonal to the axis of rotation of the back-up bearing, characterized in that between the region of the housing that is close to the bearing and the region of the housing that is further away from the bearing there is a slot which extends in the circumferential direction of the outer ring and which has at least one non-cylindrical wall (6, 7) or which is arranged eccentrically with respect to a plane of symmetry of the outer ring, which plane of symmetry is normal with respect to the axis of rotation of the back-up bearing.
A method for the feeding of electrical current into a line branch of an electrical installation, the line branch being protected by a line protection fuse and designed for a current up to a maximum permissible value, wherein - electrical current from an external energy supply network and electrical current from an energy generating system are fed into the line branch, wherein - the electrical current fed into the line branch from the external energy supply network is limited by the line protection fuse, which predetermines a limit value for the electrical current fed in, and wherein - the feeding in of the electrical current generated by the energy generating system is controlled in such a way that no more than a specific, but variable maximum current is fed in, characterized in that the maximum current is only increased, under the control of a feed control, to allow more electrical current from the energy generating system to be fed into the line branch after the limit value of the line protection fuse has been decreased, under the control of the feed control, in such a way that the maximum permissible value of the current in the line branch is not exceeded even after the increase of the maximum current. - electrical current from an external energy supply network and electrical current from an energy generating system are fed into the line branch, wherein - the electrical current fed into the line branch from the external energy supply network is limited by the line protection fuse, which predetermines a limit value for the electrical current fed in, and wherein - the feeding in of the electrical current generated by the energy generating system is controlled in such a way that no more than a specific, but variable maximum current is fed in,
A tire comprising a tread, wherein the tread is formed from a rubber composition containing a rubber component, a ratio (-30°C tanδ/0°C E ∗) of tanδ at -30°C (-30°C tanδ) to a complex elastic modulus (MPa) at 0°C (0°C E ∗) of the rubber composition is 0.120 to 0.500, and when a tire cross-section width and a tire outer diameter in a state where the tire is fitted on a rim and an internal pressure of the tire is not less than 250 kPa are denoted by Wt (mm) and Dt (mm), respectively, Wt and Dt satisfy any of the following expressions,, and, Wt < 225 and Dt ≥ 59.078 × Wt ∧ 0.460 225 ≤ Wt < 235 and Dt ≥ 59.078 × Wt ∧ 0.620 − 967.673 235 ≤ Wt and Dt ≥ Wt ∧ 0.6 + 750 wherein tan δ is measured under the conditions of a temperature of -30°C, a frequency of 10 Hz and an elongation strain of 2.5%, and a complex elastic modulus (E ∗) is measured under the conditions of a temperature of 0°C, a frequency of 10 Hz and an elongation strain of 2.5%. the tread is formed from a rubber composition containing a rubber component, a ratio (-30°C tanδ/0°C E ∗) of tanδ at -30°C (-30°C tanδ) to a complex elastic modulus (MPa) at 0°C (0°C E ∗) of the rubber composition is 0.120 to 0.500, and when a tire cross-section width and a tire outer diameter in a state where the tire is fitted on a rim and an internal pressure of the tire is not less than 250 kPa are denoted by Wt (mm) and Dt (mm), respectively, Wt and Dt satisfy any of the following expressions,, and, Wt < 225 and Dt ≥ 59.078 × Wt ∧ 0.460 225 ≤ Wt < 235 and Dt ≥ 59.078 × Wt ∧ 0.620 − 967.673 235 ≤ Wt and Dt ≥ Wt ∧ 0.6 + 750 wherein tan δ is measured under the conditions of a temperature of -30°C, a frequency of 10 Hz and an elongation strain of 2.5%, and a complex elastic modulus (E ∗) is measured under the conditions of a temperature of 0°C, a frequency of 10 Hz and an elongation strain of 2.5%.
Dishwasher, in particular domestic dishwasher, at least having a storage apparatus, which can be moved from a first position into a second position and vice versa by a pivoting movement about a pivot axis, and having support webs (2, 3) for items to be washed, characterised in that the support webs (2, 3) for items to be washed have inclined drainage channels in the first and second position, which are formed in the first and second position by surfaces (11, 12), in particular surfaces arranged at an incline, of the support webs (2, 3) for items to be washed, that at each point on the surfaces (11, 12) in the first and second position the normal vector deviates from the force of gravity vector and that the surfaces (11, 12) are curved.