mhurhangee/ep-ind-claims huggingface dataset:
A method in user equipment, comprising: - transmitting and receiving information in accordance with at least one cellular standard; - storing a security context comprising a first key for a wireless data transmission, and applying a timer for defining validity of the security context for the data transmission during an inactive state that is a state or mode enabling power-saving; characterized by causing ciphering of user data by an encryption key derived from the first key, and in response to the timer running, causing transmission of the ciphered user data in the inactive state without a state change or a change of key. - transmitting and receiving information in accordance with at least one cellular standard; - storing a security context comprising a first key for a wireless data transmission, and applying a timer for defining validity of the security context for the data transmission during an inactive state that is a state or mode enabling power-saving; characterized by
A method for cooperatively carrying a work piece by a plurality of mobile material handling robots, wherein each of the plurality of mobile material handling robots comprises a user endpoint for wireless communication, each user endpoint being a fifth generation or 5G user equipment, the method including the steps of: - gathering the plurality of mobile material handling robots around the workpiece, initiating a direct wireless communication amongst the user endpoints, the direct wireless communication initiated by a direct fifth generation or 5G communication and the direct wireless communication being a non-assisted direct wireless communication including a coordination of resources amongst user endpoints of the plurality of mobile material handling robots; - setting up a working clock domain, effected by a time-sensitive network, amongst the user endpoints for establishing time synchronization and a periodic deterministic communication amongst the user endpoints; and; - carrying the work piece by the plurality of mobile material handling robots while exchanging control command messages and control feedback messages amongst the user endpoints, wherein a distributed control is effected by the mobile material handling robots. - gathering the plurality of mobile material handling robots around the workpiece, initiating a direct wireless communication amongst the user endpoints, the direct wireless communication initiated by a direct fifth generation or 5G communication and the direct wireless communication being a non-assisted direct wireless communication including a coordination of resources amongst user endpoints of the plurality of mobile material handling robots; - setting up a working clock domain, effected by a time-sensitive network, amongst the user endpoints for establishing time synchronization and a periodic deterministic communication amongst the user endpoints; and; - carrying the work piece by the plurality of mobile material handling robots while exchanging control command messages and control feedback messages amongst the user endpoints,
A method for preparing a dental ceramic temporary calcined body including an inside colored by a coloring material, wherein the method includes infiltrating a first coloring liquid containing a first coloring material into the dental ceramic temporary calcined body, and infiltrating a penetrant containing a permeating liquid into the dental ceramic temporary calcined body to infiltrate the coloring material into the inside of the dental ceramic temporary calcined body, wherein the penetrant does not apply a coloration to the dental ceramic temporary calcined body, the dental ceramic temporary calcined body is colored by dropping the coloring liquid and the penetrant, the dripping amounts of the coloring liquid and/or the penetrant are within a range of 0.01 to 0.00001 ml, and the method further includes infiltrating the penetrant before using the coloring liquid. infiltrating a first coloring liquid containing a first coloring material into the dental ceramic temporary calcined body, and infiltrating a penetrant containing a permeating liquid into the dental ceramic temporary calcined body to infiltrate the coloring material into the inside of the dental ceramic temporary calcined body, wherein the penetrant does not apply a coloration to the dental ceramic temporary calcined body, the dental ceramic temporary calcined body is colored by dropping the coloring liquid and the penetrant, the dripping amounts of the coloring liquid and/or the penetrant are within a range of 0.01 to 0.00001 ml, and the method further includes infiltrating the penetrant before using the coloring liquid.
Optical membrane element for an optical device in EUV (extreme ultraviolet) lithography, with at least one membrane layer and a frame, which at least partially surrounds the membrane layer and at which at least part of the rim of the membrane layer is mounted, at least one tautening element being provided, which facilitates tautening of the membrane layer, a holder being provided in which the frame is accommodated, with the tautening element(s) being provided between frame and holder characterised by the fact that the tautening element is formed as a longitudinally adjustable connecting element, especially as an adjusting screw or piezo actuator, between frame and holder, with the tension being adjustable via the change in length.
An apparatus, comprising: a guide wire having a first end and a second end an affixing harness coupled to the guide wire, the affixing harness having at least one projection extending towards the first end of the guide wire; a plurality of alignment strings (122, 124) having a first end and a second end, wherein the first end of each of the plurality of alignment strings is removably coupled to the at least one projection of the affixing harness; characterised in that the apparatus further comprises an affixing shield removably coupled to at least one of the affixing harness and the guide wire, wherein the affixing shield is movably positioned over the at least one projection of the affixing harness. a guide wire having a first end and a second end an affixing harness coupled to the guide wire, the affixing harness having at least one projection extending towards the first end of the guide wire; a plurality of alignment strings (122, 124) having a first end and a second end, wherein the first end of each of the plurality of alignment strings is removably coupled to the at least one projection of the affixing harness; characterised in that the apparatus further comprises an affixing shield removably coupled to at least one of the affixing harness and the guide wire, wherein the affixing shield is movably positioned over the at least one projection of the affixing harness.
Scalable video decoder configured to reconstruct a base layer signal from a coded data stream to obtain a reconstructed base layer signal; reconstruct an enhancement layer signal comprising temporally predicting a portion of an enhancement layer signal, currently to be reconstructed, from an already reconstructed portion of the enhancement layer signal to obtain an enhancement layer internal prediction signal; forming, at the portion currently to be reconstructed, a weighted average of an inter-layer prediction signal obtained from the reconstructed base layer signal, and the enhancement layer internal prediction signal to obtain an enhancement layer prediction signal such that a weighting between the inter-layer prediction signal and the enhancement layer internal prediction signal varies over different spatial frequency components; and predictively reconstructing the enhancement layer signal using the enhancement layer prediction signal, wherein the scalable video decoder is further configured to, in reconstructing the enhancement layer signal, in temporally predicting a portion of an enhancement layer signal, compute a difference signal between an already reconstructed portion of the enhancement layer signal and the inter-layer prediction signal; temporally predict the difference signal at a first portion collocated to the portion of the enhancement layer signal, currently to be reconstructed, from a second portion of the difference signal, belonging to previously reconstructed frames of the enhancement layer signal to obtain, as the enhancement layer internal prediction signal, a temporally predicted difference signal which is subject to the weighted average with the inter-layer prediction signal. temporally predicting a portion of an enhancement layer signal, currently to be reconstructed, from an already reconstructed portion of the enhancement layer signal to obtain an enhancement layer internal prediction signal; forming, at the portion currently to be reconstructed, a weighted average of an inter-layer prediction signal obtained from the reconstructed base layer signal, and the enhancement layer internal prediction signal to obtain an enhancement layer prediction signal such that a weighting between the inter-layer prediction signal and the enhancement layer internal prediction signal varies over different spatial frequency components; and predictively reconstructing the enhancement layer signal using the enhancement layer prediction signal,
A hydroprocessing vessel containing an internal structure and a latch for latching a member to an internal structure of the vessel, wherein the latch comprises: A) an elongated substantially cylindrical shaft; B) a helical pawl coupled to the elongated substantially cylindrical shaft; and C) a grip coupled to the elongated substantially cylindrical shaft wherein the grip forms a polygon having at least three sides and adapted to be engaged by a tool; wherein the helical pawl extends no more than 180 degrees around a circumference of the elongated substantially cylindrical shaft; and wherein the latch is configured so that the helical pawl has a first position disengaged with the internal structure and a second position engaged with the internal structure. A) an elongated substantially cylindrical shaft; B) a helical pawl coupled to the elongated substantially cylindrical shaft; and C) a grip coupled to the elongated substantially cylindrical shaft wherein the grip forms a polygon having at least three sides and adapted to be engaged by a tool;
A method for the manufacture of a medical and/or therapeutic stocking comprising at least the following steps: - providing a stocking having a largely closed front region and a body region and a heel region integrally connected to said front region, - pretensioning of the entire stocking and/or at least a defined section of the stocking by applying a pretensioning force to the stocking and/or the at least one defined section of the stocking by inserting at least one stretching means into the stocking, wherein the stretching means at least approximately comprises regions and/or sections, which a human foot exhibits, wherein a stencil outline of the stretching means specifies a contour which deviates from a shape of a foot or leg of a relaxed standing human being, - defined placing and/or arranging on and/or attaching of at least one elastic tensioning means to the stocking material of the stocking pretensioned by means of the stretching means, and subsequent acting on the pretensioned stocking by means of the at least one elastic tensioning means placed and/or arranged on and/or attached to the stocking material at a defined temperature and/or at a defined pressure and/or by using adhesive agents, wherein, as a result, a medical and/or therapeutic stocking with at least one applied and/or attached elastic tensioning means is formed and/or produced wherein the at least one elastic tensioning means produces a pretensioning force. - providing a stocking having a largely closed front region and a body region and a heel region integrally connected to said front region, - pretensioning of the entire stocking and/or at least a defined section of the stocking by applying a pretensioning force to the stocking and/or the at least one defined section of the stocking by inserting at least one stretching means into the stocking, wherein the stretching means at least approximately comprises regions and/or sections, which a human foot exhibits, wherein a stencil outline of the stretching means specifies a contour which deviates from a shape of a foot or leg of a relaxed standing human being, - defined placing and/or arranging on and/or attaching of at least one elastic tensioning means to the stocking material of the stocking pretensioned by means of the stretching means, and subsequent acting on the pretensioned stocking by means of the at least one elastic tensioning means placed and/or arranged on and/or attached to the stocking material at a defined temperature and/or at a defined pressure and/or by using adhesive agents,
A system for deploying cargo from an aircraft, comprising: a structural frame configured for attachment to an aircraft floor; a movable ram connected to the frame and configured to move from a first position to an aft position; and an ejection mechanism connected to the frame and the ram, the ejection mechanism configured to move the ram in the aft direction thereby accelerating a cargo container from a first position to a second position; the ejection mechanism comprising an airbag configured to receive compressed gas and expand within a volume of the frame and the airbag is contained within the frame and the ram. a structural frame configured for attachment to an aircraft floor; a movable ram connected to the frame and configured to move from a first position to an aft position; and an ejection mechanism connected to the frame and the ram, the ejection mechanism configured to move the ram in the aft direction thereby accelerating a cargo container from a first position to a second position; the ejection mechanism comprising an airbag configured to receive compressed gas and expand within a volume of the frame and the airbag is contained within the frame and the ram.
A steam dump device (100, 200) for a nuclear power plant, configured to be installed within a bypass line leading from a boiler to a condenser comprising: - an elongated header vessel comprising a means for receiving steam, said elongated vessel extending horizontally and comprising a top perforated diaphragm and a bottom perforated diaphragm opposed thereto, said top and bottom perforated diaphragms (41, 51) arranged on respective top and bottom portions (6, 7) on a wall of the header vessel; - external baffle plates assembly partially enclosing said header vessel and comprising a top plate and a bottom plate, said baffle plates assembly defining lateral steam openings. - an elongated header vessel comprising a means for receiving steam, said elongated vessel extending horizontally and comprising a top perforated diaphragm and a bottom perforated diaphragm opposed thereto, said top and bottom perforated diaphragms (41, 51) arranged on respective top and bottom portions (6, 7) on a wall of the header vessel; - external baffle plates assembly partially enclosing said header vessel and comprising a top plate and a bottom plate, said baffle plates assembly defining lateral steam openings.
A method for scrolling a display image of a touchscreen, the method comprising: setting a scroll direction based on a direction of a first touch movement; and scrolling the display image in the scroll direction, based on a distance of a second touch movement, irrespective of a direction of the second touch movement; wherein the first touch movement and the second touch movement are included in a continued movement of a touch input; wherein setting the scroll direction comprises: setting a reference region of the touchscreen according to a reference distance from a location of a first touch point of the touch input, based on a scrollable direction of the display image; and in response to the first touch movement of the touch input moving outside the reference region, setting (607, 609) the scroll direction based on the direction of the first touch movement; and wherein the second touch movement corresponds to the movement of the touch input after the scroll direction is set. setting a scroll direction based on a direction of a first touch movement; and scrolling the display image in the scroll direction, based on a distance of a second touch movement, irrespective of a direction of the second touch movement; wherein the first touch movement and the second touch movement are included in a continued movement of a touch input; wherein setting the scroll direction comprises: setting a reference region of the touchscreen according to a reference distance from a location of a first touch point of the touch input, based on a scrollable direction of the display image; and in response to the first touch movement of the touch input moving outside the reference region, setting (607, 609) the scroll direction based on the direction of the first touch movement; and setting a reference region of the touchscreen according to a reference distance from a location of a first touch point of the touch input, based on a scrollable direction of the display image; and in response to the first touch movement of the touch input moving outside the reference region, setting (607, 609) the scroll direction based on the direction of the first touch movement; and wherein the second touch movement corresponds to the movement of the touch input after the scroll direction is set.
Connector suitable for engagement on a substitution port of a machine for carrying out a hemofiltration or a hemodiafiltration treatment of a patient's blood, the connector comprising: - a rigid main body defining a duct; and - a soft element fitted on an end of the main body; wherein said soft element comprises a membrane occluding the duct and performing a valve function; and a seal portion radially expanding outward of the duct, characterized in that: - the main body comprises an undercut near the end and an axial shoulder radially extending outward; - the soft element comprises an axial end and a radial step protruding inward; and in that when the soft element is forcedly fitted on the end of the main body, the axial end of the soft element contacts the shoulder and the radial step engages the undercut, thus a shape coupling is established between the soft element and the main body. - a rigid main body defining a duct; and - a soft element fitted on an end of the main body; - the main body comprises an undercut near the end and an axial shoulder radially extending outward; - the soft element comprises an axial end and a radial step protruding inward; and in that
A safety device for monitoring at least one machine, the safety device comprising at least one sensor for generating sensor data relating to the machine and a processing unit for the sensor data, which processing unit is connected at least indirectly to the sensor and to the machine and is configured as a runtime environment having at least one computing node and running at least one logic unit on the computing node, wherein at least one logic unit comprises a safety function unit for safety-related evaluation of the sensor data in order to output a safety signal to the machine for triggering a safety response in case of a safety-relevant event, characterized in that the processing unit is further configured to generate logic units, to resolve them and/or to allocate them to a computing node, the runtime environment allocating the resources required on the available computing nodes to the respectively required logic units, and a suitable safety function unit being selected from a pool of existing safety function units in order to generate a safety function unit.
A turbine pump assembly, comprising: a turbine having a peak efficiency at a first speed; a centrifugal pump; and the first speed is lower than a second speed at which the centrifugal pump is operating at a peak power requirement, characterized in that: the turbine pump assembly further comprises a passive electrical speed control system; and in that a disk of the turbine is configured to deform when a rotational speed of the turbine exceeds the first speed. a turbine having a peak efficiency at a first speed; a centrifugal pump; and the first speed is lower than a second speed at which the centrifugal pump is operating at a peak power requirement, characterized in that: the turbine pump assembly further comprises a passive electrical speed control system; and in that a disk of the turbine is configured to deform when a rotational speed of the turbine exceeds the first speed. the turbine pump assembly further comprises a passive electrical speed control system; and in that a disk of the turbine is configured to deform when a rotational speed of the turbine exceeds the first speed.
A method of forming a semiconductor structure, comprising: providing a semiconductor-on-insulator substrate, the SOI substrate including: a base substrate; a stressor layer above the base substrate comprising a crystallographically strained material; a surface semiconductor layer; and a dielectric layer disposed between the stressor layer and the surface semiconductor layer; implanting ions into or through at least a first region of the stressor layer without implanting ions into or through at least a second region of the stressor layer; forming an additional semiconductor material on the surface semiconductor layer above the at least a first region of the stressor layer; altering a strain state in a first region of the surface semiconductor layer above the at least a first region of the stressor layer; forming a trench structure through the surface semiconductor layer into at least a portion of the base substrate; and altering a strain state in a second region of the surface semiconductor layer above the at least a second region of the stressor layer. providing a semiconductor-on-insulator substrate, the SOI substrate including: a base substrate; a stressor layer above the base substrate comprising a crystallographically strained material; a surface semiconductor layer; and a dielectric layer disposed between the stressor layer and the surface semiconductor layer; implanting ions into or through at least a first region of the stressor layer without implanting ions into or through at least a second region of the stressor layer; a base substrate; a stressor layer above the base substrate comprising a crystallographically strained material; a surface semiconductor layer; and a dielectric layer disposed between the stressor layer and the surface semiconductor layer; implanting ions into or through at least a first region of the stressor layer without implanting ions into or through at least a second region of the stressor layer; forming an additional semiconductor material on the surface semiconductor layer above the at least a first region of the stressor layer; altering a strain state in a first region of the surface semiconductor layer above the at least a first region of the stressor layer; forming a trench structure through the surface semiconductor layer into at least a portion of the base substrate; and altering a strain state in a second region of the surface semiconductor layer above the at least a second region of the stressor layer.