mhurhangee/ep-ind-claims huggingface dataset:
Rolling bearing having a first ring and a second ring, which is arranged concentrically in relation to the first ring, wherein the first ring is an inner ring of the rolling bearing and the second ring is an outer ring of the rolling bearing or the first ring is an outer ring of the rolling bearing and the second ring is an inner ring of the rolling bearing, the rolling bearing is a multi-row slewing ring, in the case of which a separation of the inner ring and outer ring in the axial direction is confined by a form fit in the raceway system and the rolling bearing is a tilted roller bearing or angular ball bearing, in which the first ring and the second ring are connected in a rotatable manner in relation to one another about an axis of rotation arranged in the axial direction, wherein the first ring has a tongue, which engages in the axial direction in a groove of the second ring, said groove encircling the axis of rotation concentrically, characterized in that the tongue is spaced apart from the groove such that, during normal operation, a gap which encircles the tongue is formed between the tongue and the groove, and the tongue has a wall thickness which is greater than 50% of the diameter of the rolling bodies with the largest diameter of the rolling bearing, and in the event of an extreme application of load in the axial direction, with the first ring being deformed in the radial direction in the process, a form fit takes effect between the tongue and the groove which limits the deformation and maintains the form fit in the raceway system in the axial direction.
Ingot for producing an aluminium alloy product by rolling consisting of an aluminium solder alloy having the following proportions as alloying constituents in percent by weight: 4,5 % ≤ Si ≤ 12 % and optionally one or more of the following proportions as alloying constituents in percent by weight: Ti ≤ 0.2 %, Fe ≤ 0.8 %, Cu ≤ 0.3 %, Mn ≤ 0.10 %, Mg ≤ 2.0 %, Zn ≤ 0.20 %, Cr ≤ 0.05 %, with the remainder aluminium and unavoidable impurities, individually at most 0.05 wt%, in total at most 0.15 wt%, characterised in that boron is additionally provided as an alloying constituent, wherein boron is added to the alloy such that the boron content is at least 100 ppm and the aluminium alloy is free from primary Si particles having a size of more than 20 μm, in particular 10 μm.
Device for the situational authorized access to any enclosure such as their respective protection against unauthorized use of the contents, encompassing at least one opening and locking mechanism as well as at least one locking and unlocking mechanism actuated by the by the opening and locking mechanism, which can be used for the authorized access through the opening and locking mechanism by means of using a key (1 a), whereby in the access area one or more locking and unlocking devices on the enclosure with at least one manual mechanical or electromechanical devices for screening or covering as an unsurmountable barrier is provided, which in turn through its irreversible deformation / destruction secures the access to alocking and unlocking device, which consists of at least one crushable and preferentially transparent disk, whereby the barrier is incorporated in such a manner that an access to the locking / unlocking device is exclusively possible after the irreversible destruction of barrier, whereby the access zone for the locking and unlocking device is completely released through the complete and irreversible destruction of the barrier, and whereby the locking and unlocking device consists of a spring-loaded and shiftable locking element, which is unlocked after the destruction of the barrier by manual pulling or pushing of the locking element, whereby the locking element comprises a deformation (2 d) and or a recess in such a manner that in the access zone it can be gripped manually, whereby the locking element has recesses for the transmission of force, and that by turning the opening or closing mechanism the locking element is either released or forced against any closing force, characterized in that a tap (1 b) provided on the rear of the opening and locking mechanism interlocks with the recesses (2b, 2c) and that this tap is in a position where in case of unauthorized access is inside the recess and cannot be moved axially or longitudinally, so that the opening and locking mechanism cannot be actuated by the actuation of the manual locking element.
A shell, comprising: a metallic body, a non-metallic layer configured to connect at least two parts of the metallic body, and a coating layer only provided on an outer surface of the non-metallic layer, exhibiting a consistent colour with an outer surface of the metallic body, and comprising ink comprising metal particles and pigments. a metallic body, a non-metallic layer configured to connect at least two parts of the metallic body, and a coating layer only provided on an outer surface of the non-metallic layer, exhibiting a consistent colour with an outer surface of the metallic body, and comprising ink comprising metal particles and pigments.
A method of measuring the amplitude of the movement of a micro- mirror of a MEMS device (10; 10') oscillating by means of an actuating circuit, said device comprising a magnet and a sensing coil, one of said magnet or sensing coil being placed on a fixed part while the other one of said magnet or sensing coil is placed on said micro-mirror, said method comprising the following steps: - determining the instant at which the peak value U max of a sinusoidal signal (U ind) induced in the sensing coil is to be measured, during each period of a sinusoidal signal induced in said sensing coil placed in the magnetic field generated by said magnet, measuring three values of said periodical signal induced (U ind), characterized in that the three values comprise U max, U 1, and U 2, wherein U max is a peak of the induced signal, the method further characterized by: - processing said values U max, U 1, and U 2 by means of a signal processing system to determine a value depending on the amplitude of said induced signal, and - interpolating said values U max, U 1, and U 2 to determine the position at each instant of said micro-mirror. - determining the instant at which the peak value U max of a sinusoidal signal (U ind) induced in the sensing coil is to be measured, during each period of a sinusoidal signal induced in said sensing coil placed in the magnetic field generated by said magnet, measuring three values of said periodical signal induced (U ind), characterized in that the three values comprise U max, U 1, and U 2, wherein U max is a peak of the induced signal, the method further characterized by: - processing said values U max, U 1, and U 2 by means of a signal processing system to determine a value depending on the amplitude of said induced signal, and - interpolating said values U max, U 1, and U 2 to determine the position at each instant of said micro-mirror. - processing said values U max, U 1, and U 2 by means of a signal processing system to determine a value depending on the amplitude of said induced signal, and - interpolating said values U max, U 1, and U 2 to determine the position at each instant of said micro-mirror.
A water containment system comprising at least one water barrier layer, at least one layer of a composite structure directly or indirectly on top of at least a portion of the water barrier layer, wherein the composite structure comprises: (a) a three-dimensional random loop structure comprising a plurality of random loops of thermoplastic polymer fibers arranged and bonded together in a three-dimensional orientation and defining spaces within the 3DL structure; and (b) a hydrophilic polyurethane foam that occupies substantially all of the spaces in the 3DL structure; and at least one top surface layer (6, 7) positioned directly or indirectly on top of at least a portion of the hydrophilic polyurethane foam; the water containment system comprising drainage means for draining water falling upon the top surface layer to the hydrophilic polyurethane foam; and wherein the hydrophilic polyurethane foam is a reaction product of a reaction mixture comprising i) at least one polyisocyanate, ii) water, iii) a foam-stabilizing surfactant and iv) optionally one or more at least difunctional isocyanate-reactive materials different from water, wherein at least one of components i) and iv) contains oxyethylene units and the reaction mixture contains 30 to 75% by weight oxyethylene units based on the combined weight of components i) and iv). at least one water barrier layer, at least one layer of a composite structure directly or indirectly on top of at least a portion of the water barrier layer, wherein the composite structure comprises: (a) a three-dimensional random loop structure comprising a plurality of random loops of thermoplastic polymer fibers arranged and bonded together in a three-dimensional orientation and defining spaces within the 3DL structure; and (b) a hydrophilic polyurethane foam that occupies substantially all of the spaces in the 3DL structure; and at least one top surface layer (6, 7) positioned directly or indirectly on top of at least a portion of the hydrophilic polyurethane foam; the water containment system comprising drainage means for draining water falling upon the top surface layer to the hydrophilic polyurethane foam; and wherein the hydrophilic polyurethane foam is a reaction product of a reaction mixture comprising i) at least one polyisocyanate, ii) water, iii) a foam-stabilizing surfactant and iv) optionally one or more at least difunctional isocyanate-reactive materials different from water, wherein at least one of components i) and iv) contains oxyethylene units and the reaction mixture contains 30 to 75% by weight oxyethylene units based on the combined weight of components i) and iv).
Rotary electric machine, in particular for a motor vehicle, comprising: - a rotor mounted in rotation about an axis on a shaft, - at least one bearing comprising a central opening for said shaft to pass through, said bearing comprising a through-cavity, - at least one sensor for detecting the angular position of said rotor, said position sensor being mounted about said shaft, - a retaining plate being secured to said bearing and coming into contact with a portion of said position sensor in such a way that said position sensor is clamped between said bearing and said retaining plate characterized in that said retaining plate is arranged so as to apply a predetermined rotation-immobilizing torque that is sufficient to withstand the vibrations of said rotary electric machine and that is surpassed by a torque applied by a tool for adjusting the angular position of said position sensor. - a rotor mounted in rotation about an axis on a shaft, - at least one bearing comprising a central opening for said shaft to pass through, said bearing comprising a through-cavity, - at least one sensor for detecting the angular position of said rotor, said position sensor being mounted about said shaft, - a retaining plate being secured to said bearing and coming into contact with a portion of said position sensor in such a way that said position sensor is clamped between said bearing and said retaining plate
An elastic bollard for rack protection, comprising: a buffer part mounted on ground; a vertical pole coupled to the buffer part; a case part which includes a case upper part 11 having a through-insertion port formed on an upper surface thereof so that the vertical pole penetrates and protrudes to the outside, and characterised in that it is comprising a case lower part integrally coupled to a lower end of the case upper part, and forms an internal space to cover the buffer part; an elastic part provided between a bottom surface of the case upper part and an upper surface of the buffer part; and a pedestal part on which the buffer part is mountable, wherein an external shock can be absorbed and alleviated, and when the vertical pole 50 is tilted due to an external force, the elastic part is compressed, and the elastic force of the compressed elastic part allows the vertical pole to restore to an upright state. a buffer part mounted on ground; a vertical pole coupled to the buffer part; a case part which includes a case upper part 11 having a through-insertion port formed on an upper surface thereof so that the vertical pole penetrates and protrudes to the outside, and characterised in that it is comprising a case lower part integrally coupled to a lower end of the case upper part, and forms an internal space to cover the buffer part; an elastic part provided between a bottom surface of the case upper part and an upper surface of the buffer part; and a pedestal part on which the buffer part is mountable, wherein an external shock can be absorbed and alleviated, and when the vertical pole 50 is tilted due to an external force, the elastic part is compressed, and the elastic force of the compressed elastic part allows the vertical pole to restore to an upright state.
A method for producing an electrolyte solution, comprising: a supply step of continuously supplying an emulsion comprising a polymer electrolyte and a solvent into a dissolution facility; and a dissolution step of continuously dissolving the polymer electrolyte in the solvent by heating an interior of the dissolution facility and maintaining a pressure within the dissolution facility to be constant to obtain the electrolyte solution, and a discharge step of discharging the electrolyte solution out of the dissolution facility by a back pressure regulating valve. a supply step of continuously supplying an emulsion comprising a polymer electrolyte and a solvent into a dissolution facility; and a dissolution step of continuously dissolving the polymer electrolyte in the solvent by heating an interior of the dissolution facility and maintaining a pressure within the dissolution facility to be constant to obtain the electrolyte solution, and a discharge step of discharging the electrolyte solution out of the dissolution facility by a back pressure regulating valve.
Cooking appliance comprising at least one housing means, at least one cooking chamber and at least one steam generation means, the steam generation means comprising at least one removable container means and being suitable for and designed to supply the cooking chamber with steam, and the container means comprising at least one container portion and at least one holding portion, the container portion and the holding portion together having a longitudinal extension, the container means comprising a cover means and the cover means being designed as a lid and comprising at least one opening, characterised in that the longitudinal extension is a multiple of the width of the container portion, and in that at least the container portion has a height that is a multiple of the width of the container portion, and in that the container portion provides a capacity for water to be evaporated which is at least 1 litre, and in that the container means can be inserted into a corresponding receiving means that is adjacent to the cooking chamber and the steam generation means comprises at least one removal means that comprises at least one pivotable pipe means that is immersed in the container portion at least in portions when the container means is inserted into the receiving means, and in that the pipe means is designed as a suction pipe, which is immersed in the container means when water is removed from said container means, and in that the opening in the cover means is in particular elongate and is provided by a slot, the pipe means being designed to be able to pivot through the opening into the container means.
A method for suspending a Radio Resource Control, RRC, connection, comprising: sending, by a first node, a first notification message to a second node, and negotiating with the second node about whether the RRC connection is required to be suspended, the first notification message being used for notifying the second node that the first node determines that the RRC connection is required to be suspended; and if a result of the negotiation between the first node and the second node is that the RRC connection is required to be suspended, sending, by the first node, a first suspension command to a terminal device, the first suspension command being used for triggering the terminal device to suspend the RRC connection and to enter an RRC inactive state; wherein the first node is a Master Node, MN, in a Dual Connectivity, DC, network or a Multiple Connectivity, MC, network; and the second node is a Secondary Node, SN, in the DC network or the MC network; the method characterized in that negotiating with the second node about whether the RRC connection is required to be suspended comprises: receiving, by the first node, a second timer configured by the second node, and starting the second timer; and during the running of the second timer, receiving, by the first node, a first indication message from the second node, the first indication message being used for indicating the first node to stop the second timer; wherein if the second timer expires before being triggered to stop, sending, by the first node, the first suspension command to the terminal device. sending, by a first node, a first notification message to a second node, and negotiating with the second node about whether the RRC connection is required to be suspended, the first notification message being used for notifying the second node that the first node determines that the RRC connection is required to be suspended; and if a result of the negotiation between the first node and the second node is that the RRC connection is required to be suspended, sending, by the first node, a first suspension command to a terminal device, the first suspension command being used for triggering the terminal device to suspend the RRC connection and to enter an RRC inactive state; wherein the first node is a Master Node, MN, in a Dual Connectivity, DC, network or a Multiple Connectivity, MC, network; and the second node is a Secondary Node, SN, in the DC network or the MC network; the method characterized in that negotiating with the second node about whether the RRC connection is required to be suspended comprises: receiving, by the first node, a second timer configured by the second node, and starting the second timer; and during the running of the second timer, receiving, by the first node, a first indication message from the second node, the first indication message being used for indicating the first node to stop the second timer; wherein if the second timer expires before being triggered to stop, sending, by the first node, the first suspension command to the terminal device.
A barrier comprising: a first support configured to extend upwardly relative to a surface; a second support configured to extend upwardly relative to the surface; a first arm moveable about the first support about a substantially horizontal pivot axis; a second arm moveable about the second support about a substantially horizontal pivot axis; and a coupling mounted to the second arm and arranged to slide relative to said arm; wherein the first and second supports are spaced across an opening and the barrier is arranged between an open position and a closed position, such that in the closed position, the arms are arranged in combination to traverse the opening; and when in the closed position the coupling is arranged to slide relative to the arms (110, 120) from a first position wherein the coupling is mounted on the second arm to a second position wherein the coupling is mounted on both arms, characterised in that the coupling is arranged to slide along the first arm at least 25% of the length of the first arm from a distal end to the respective pivot axis; and in that a projection provided on the first arm, the projection arranged to abut the coupling to impede movement of the coupling along the first arm beyond the second position when the barrier is arranged in the locked position. a first support configured to extend upwardly relative to a surface; a second support configured to extend upwardly relative to the surface; a first arm moveable about the first support about a substantially horizontal pivot axis; a second arm moveable about the second support about a substantially horizontal pivot axis; and a coupling mounted to the second arm and arranged to slide relative to said arm; wherein the first and second supports are spaced across an opening and the barrier is arranged between an open position and a closed position, such that in the closed position, the arms are arranged in combination to traverse the opening; and when in the closed position the coupling is arranged to slide relative to the arms (110, 120) from a first position wherein the coupling is mounted on the second arm to a second position wherein the coupling is mounted on both arms, characterised in that the coupling is arranged to slide along the first arm at least 25% of the length of the first arm from a distal end to the respective pivot axis; and in that a projection provided on the first arm, the projection arranged to abut the coupling to impede movement of the coupling along the first arm beyond the second position when the barrier is arranged in the locked position.
A process for producing an adhesive patch, which comprises: a step of preparing a pressure-sensitive adhesive sheet (11, 21) comprising a backing (12, 22, 32), a pressure-sensitive adhesive layer (13, 23, 33) formed on at least one side of the backing, and a release liner (14, 24, 34) disposed on the pressure-sensitive adhesive layer; and a step of punching an adhesive patch comprising a backing, a pressure-sensitive adhesive layer formed on at least one side of the backing, and a release liner disposed on the pressure-sensitive adhesive layer out of the pressure-sensitive adhesive sheet with a protrudent push cutter blade, wherein, at at least an edge part of the protrudent push cutter blade, a cross-sectional shape of the protrudent push cutter blade, which is in a direction perpendicular to the direction in which the protrudent push cutter blade extends, has an angle a and an angle b, wherein, in the cross-sectional shape, the angle a is an angle between a blade center line extending through a blade tip and a straight line corresponding to a side of the protrudent push cutter blade which faces in a direction facing the adhesive patch, and the angle b is an angle between the blade center line extending through the blade tip and a straight line corresponding to another side of the protrudent push cutter blade which does not face in a direction facing the adhesive patch characterized in that the angle a is larger than the angle b. a step of preparing a pressure-sensitive adhesive sheet (11, 21) comprising a backing (12, 22, 32), a pressure-sensitive adhesive layer (13, 23, 33) formed on at least one side of the backing, and a release liner (14, 24, 34) disposed on the pressure-sensitive adhesive layer; and a step of punching an adhesive patch comprising a backing, a pressure-sensitive adhesive layer formed on at least one side of the backing, and a release liner disposed on the pressure-sensitive adhesive layer out of the pressure-sensitive adhesive sheet with a protrudent push cutter blade,