mhurhangee/ep-ind-claims huggingface dataset:
A method for the production of steel in an electric arc furnace with insertion of the feed stock into the useful space of the furnace, wherein the feed stock is comprised of scrap metal and agglomerated oxide-carbon materials, having the supply of fuel, carburizers, powder and gaseous oxygen, having the supply of electrical power, heating and smelting of the feed stock with the help of light arcs including the decarburisation of the metal bath, having casting of the metal and drainage of the slag from the oven, characterised in that a part of the oxide-carbon material is introduced in a quantity of 10 to 90 % of its used total volume per smelting including an initial batch of the metal feed stock as a one-time introduction before the start of smelting into the central zone of the furnace, which adjoins the light arcing zone and is limited to the dimension D=(d Tk +3.5 d El), wherein d Tk is the electrode reference diameter and d El is the electrode diameter, in that the remaining quantity of oxide-carbon material is added to the smelted feed stock during the course of the steel smelting process with a specific feed rate of 0.5 - 10 kg/min per 1 MBA nominal output of the electric arc furnace and that the particle size of the oxide-carbon material is selected between 5 and 80 mm.
A method for automatically generating production data sets for orders to be printed in a printing facility, wherein the printing facility comprises at least one printing-forme variable printing press and at least one printing forme-invariable printing press and at least one further processing device as processing devices, characterized in that job data of an order to be printed are supplied to an imposition module, wherein production possibilities of the at least two printing presses, which are present in the printing facility, are provided separately to the imposition module by the at least two printing presses, and are brought together centrally and are stored in the imposition module, wherein production possibilities of the at least one further processing device, which is present in the printing facility, is provided separately to the imposition module by the at least one further processing device, and are brought together centrally and are stored in the imposition module, and wherein, based on the job data, the production possibilities of the at least two printing presses, and the production possibilities of the at least one further processing device, the imposition module generates a complete production data set for the order to be printed in an automated manner such that, based on the production possibilities of the processing device (20, 22), which has the least flexibility for the processing and/or the most restrictive limitations, the production possibilities of the other processing devices (20, 22) are searched in order to generate the production data set, which describes the print order so completely that an automatic processing all the way to the final product can take place, wherein the complete production data set represents a clear description of the order to be printed, and comprises the imposition pattern generated for the order as well as further information required for the processing, relating to the synchronization and to the separation of consecutive orders, wherein the production data set for the order to be printed is transferred to the printing facility for processing such that the production data set is transferred to the at least two printing presses for processing, wherein the at least two printing presses print the order according to the production data set transferred to them, and forward it directly to the at least one further processing device.
A method comprising: receiving, by a computer system, configuration data that defines partitions of address space in a byte-rewritable and byte-erasable non-volatile random access memory, NVRAM, wherein the partitions include a first partition implementing at least a portion of a system memory and a second partition implementing at least a portion of a mass storage; programming a decode table within a processor that is coupled to the NVRAM according to the configuration data; propagating the configuration data to an operating system, OS, of the computer system during boot time by creating an affinity table accessible by the OS; decoding an address in a data access request based on the decode table; and generating an attribute that indicates one of the partitions to be accessed; characterised in that the affinity table stores a logical distance for different portions of the system memory that are implemented with different technologies, wherein the logical distance is a logical distance for a range of memory addresses and represents an access time or distance of a local memory used by the OS for its thread scheduling and resource allocation operations, and wherein the affinity table allows the OS to differentiate between the different portions of the system memory and to appropriate OS page migration policy accordingly. receiving, by a computer system, configuration data that defines partitions of address space in a byte-rewritable and byte-erasable non-volatile random access memory, NVRAM, wherein the partitions include a first partition implementing at least a portion of a system memory and a second partition implementing at least a portion of a mass storage; programming a decode table within a processor that is coupled to the NVRAM according to the configuration data; propagating the configuration data to an operating system, OS, of the computer system during boot time by creating an affinity table accessible by the OS; decoding an address in a data access request based on the decode table; and generating an attribute that indicates one of the partitions to be accessed; characterised in that the affinity table stores a logical distance for different portions of the system memory that are implemented with different technologies, wherein the logical distance is a logical distance for a range of memory addresses and represents an access time or distance of a local memory used by the OS for its thread scheduling and resource allocation operations, and wherein the affinity table allows the OS to differentiate between the different portions of the system memory and to appropriate OS page migration policy accordingly.
An obstruction removal assembly for removing an obstruction from a body vessel, including: an elongate catheter member; an expandable retrieval device including a proximal end and a distal end; the retrieval device being movable between a position within the catheter member and an extended position substantially beyond the catheter member; wherein the retrieval device is expandable when in said expanded position into a tapered shape having a chamber for receiving an obstruction, the chamber being open from an access point; said tapered shape forming a smooth taper between the access point of the chamber and the proximal end of the retrieval device; and a withdrawal mechanism coupled to the retrieval device operable to withdraw the retrieval device into the catheter member; characterised in that the retrieval device is in the form of a film or sheet which is of quadrilateral shape when viewed flat, the assembly being configured such that with the proximal end of the expandable retrieval device remaining inside the catheter member the proximal end retains a curved radial shape thereby facilitating wrapping of the device as it is withdrawn into the catheter member. an elongate catheter member; an expandable retrieval device including a proximal end and a distal end; the retrieval device being movable between a position within the catheter member and an extended position substantially beyond the catheter member; wherein the retrieval device is expandable when in said expanded position into a tapered shape having a chamber for receiving an obstruction, the chamber being open from an access point; said tapered shape forming a smooth taper between the access point of the chamber and the proximal end of the retrieval device; and a withdrawal mechanism coupled to the retrieval device operable to withdraw the retrieval device into the catheter member; characterised in that the retrieval device is in the form of a film or sheet which is of quadrilateral shape when viewed flat, the assembly being configured such that with the proximal end of the expandable retrieval device remaining inside the catheter member the proximal end retains a curved radial shape thereby facilitating wrapping of the device as it is withdrawn into the catheter member.
A wireless transmitter which performs reconfiguration for high mobility and high throughput, the wireless transmitter comprising: an operation mode decision unit configured to decide an operation mode depending on mobility, a required data rate, and wireless link performance; a clock generation unit configured to generate a plurality of clock signals; a selection unit configured to select necessary clock signals corresponding to the operation mode among the plurality of clock signals according to the operation mode; and at least one or more digital modulation units configured to modulate transmission data by adjusting a signal bandwidth of a frequency domain and a transmission time of a time domain using the necessary clock signals selected, and adjusting the length of a cyclic prefix; wherein the signal bandwidth, the transmission time, and the cyclic prefix length are adjusted according to the operation mode. an operation mode decision unit configured to decide an operation mode depending on mobility, a required data rate, and wireless link performance; a clock generation unit configured to generate a plurality of clock signals; a selection unit configured to select necessary clock signals corresponding to the operation mode among the plurality of clock signals according to the operation mode; and at least one or more digital modulation units configured to modulate transmission data by adjusting a signal bandwidth of a frequency domain and a transmission time of a time domain using the necessary clock signals selected, and adjusting the length of a cyclic prefix; wherein the signal bandwidth, the transmission time, and the cyclic prefix length are adjusted according to the operation mode.
A sandwich-type solar facet, characterized in that it comprises reflective layers on the front face and rear face thereof, and an intermediate layer of polymer foam; wherein: - the reflective layer of the front face is a solar grade mirror, whose optical performance is adapted for its application to a solar field, with thickness value between 0.4 mm and 2.2 mm; - the reflective layer of the rear face is a non-solar grade mirror, with thickness value between 2.2 mm and 10 mm; and - the intermediate layer has a thickness between 15 and 70 mm; wherein the thickness (e) of the reflective layer of the front face is less than that of the reflective layer of the rear face, such that e front < e rear. - the reflective layer of the front face is a solar grade mirror, whose optical performance is adapted for its application to a solar field, with thickness value between 0.4 mm and 2.2 mm; - the reflective layer of the rear face is a non-solar grade mirror, with thickness value between 2.2 mm and 10 mm; and - the intermediate layer has a thickness between 15 and 70 mm;
An orthopaedic surgical instrument for inserting an orthopaedic prosthesis into a bone of a patient, the orthopaedic surgical instrument comprising: an orthopaedic prosthesis inserter having a body and a bolt passageway defined through the body; and a surgical instrument bolt configured to be received in the bolt passageway of the body of the orthopaedic prosthesis inserter, wherein the surgical instrument bolt comprises a bolt head and a bolt shaft extending away from a bottom side of the bolt head, wherein the bolt shaft comprises a (i) a threaded end [ configured to extend out of a distal end of the orthopaedic prosthesis inserter, (ii) a shank located between the bolt head and the threaded end, and (iii) an inner surface defining an axial passageway that extends through at least a portion of the bolt shaft; characterized in that: an inner surface of the bolt passageway is threaded; wherein the surgical instrument bolt is configured to be threaded into the inner surface of the bolt passageway, the threads of the inner surface being sized such that, when threaded through the inner surface, the surgical instrument bolt is free to rotate within the bolt passageway while being retained therein. an orthopaedic prosthesis inserter having a body and a bolt passageway defined through the body; and a surgical instrument bolt configured to be received in the bolt passageway of the body of the orthopaedic prosthesis inserter, wherein the surgical instrument bolt comprises a bolt head and a bolt shaft extending away from a bottom side of the bolt head, wherein the bolt shaft comprises a (i) a threaded end [ configured to extend out of a distal end of the orthopaedic prosthesis inserter, (ii) a shank located between the bolt head and the threaded end, and (iii) an inner surface defining an axial passageway that extends through at least a portion of the bolt shaft; characterized in that: an inner surface of the bolt passageway is threaded; wherein the surgical instrument bolt is configured to be threaded into the inner surface of the bolt passageway, the threads of the inner surface being sized such that, when threaded through the inner surface, the surgical instrument bolt is free to rotate within the bolt passageway while being retained therein. an inner surface of the bolt passageway is threaded; wherein the surgical instrument bolt is configured to be threaded into the inner surface of the bolt passageway, the threads of the inner surface being sized such that, when threaded through the inner surface, the surgical instrument bolt is free to rotate within the bolt passageway while being retained therein.
A nacelle of a wind turbine comprising a machine carrier which is adapted to be installed on a tower of the wind turbine and to carry a generator and a rotor hub of the wind turbine, a working frame installed on the machine carrier and having one or more working planes (121, 123), and a nacelle housing which encloses the machine carrier and the working frame for protection from weather influences, wherein the nacelle housing has a nacelle base compartment accessible from the working frame, characterised in that the nacelle base compartment is adapted to be lowerable relative to the working platform. a machine carrier which is adapted to be installed on a tower of the wind turbine and to carry a generator and a rotor hub of the wind turbine, a working frame installed on the machine carrier and having one or more working planes (121, 123), and a nacelle housing which encloses the machine carrier and the working frame for protection from weather influences, wherein the nacelle housing has a nacelle base compartment accessible from the working frame, characterised in that the nacelle base compartment is adapted to be lowerable relative to the working platform.
Viscous torsional-vibration damper comprising a damper housing having an axis of rotation, an annular working chamber filled with a damping medium; an inertia ring arranged inside the working chamber and a cover for medium-tight closure of the working chamber, wherein the cover is connected to the damper housing circumferentially at least on one side by a sequence of a butt seam (16, 18) and a lap seam (17, 32), characterised in that the lap seam (17, 32) is arranged offset in the radial direction by 1-7 mm relative to the butt seam (16, 18), wherein the viscous torsional-vibration damper has a first wall with an inner lateral surface and a second wall with an outer lateral surface, wherein the working chamber is arranged between the two aforementioned surfaces (11 and 12) and thus also between the two walls (29 and 31), wherein the sequence of lap seam and butt seam is arranged in a radially outer edge region of the cover, wherein both weld seams (18 and 32) connect the cover to the second wall comprising the outer lateral surface. a damper housing having an axis of rotation, an annular working chamber filled with a damping medium; an inertia ring arranged inside the working chamber and a cover for medium-tight closure of the working chamber, wherein the cover is connected to the damper housing circumferentially at least on one side by a sequence of a butt seam (16, 18) and a lap seam (17, 32), characterised in that the lap seam (17, 32) is arranged offset in the radial direction by 1-7 mm relative to the butt seam (16, 18), wherein the viscous torsional-vibration damper has a first wall with an inner lateral surface and a second wall with an outer lateral surface, wherein the working chamber is arranged between the two aforementioned surfaces (11 and 12) and thus also between the two walls (29 and 31), wherein the sequence of lap seam and butt seam is arranged in a radially outer edge region of the cover, wherein both weld seams (18 and 32) connect the cover to the second wall comprising the outer lateral surface.
A medium supporting unit comprising: a supporting portion that includes a first surface for supporting a medium, a second surface recessed more than the first surface, and a first side surface which is a side surface positioned between the first surface and the second surface and connecting the first surface to the second surface; and a pressing portion that includes a pressing surface for pressing the medium supported by the first surface at a position facing the second surface, and a facing side surface for facing the first side surface, wherein in the supporting portion and the pressing portion, at the time of a holding state in which the medium is supported by the first surface and is pressed by the pressing surface, a part of the medium positioned between the first side surface and the facing side surface is capable of being held in a state of being separated from the second surface, characterised in that: an interval between the first side surface and the facing side surface is greater than an interval between the first surface and the second surface. a supporting portion that includes a first surface for supporting a medium, a second surface recessed more than the first surface, and a first side surface which is a side surface positioned between the first surface and the second surface and connecting the first surface to the second surface; and a pressing portion that includes a pressing surface for pressing the medium supported by the first surface at a position facing the second surface, and a facing side surface for facing the first side surface, wherein in the supporting portion and the pressing portion, at the time of a holding state in which the medium is supported by the first surface and is pressed by the pressing surface, a part of the medium positioned between the first side surface and the facing side surface is capable of being held in a state of being separated from the second surface, characterised in that: an interval between the first side surface and the facing side surface is greater than an interval between the first surface and the second surface.
An autonomous mobile robot, wherein the autonomous mobile robot is a household cleaning appliance, comprising a machine body, a driving wheel assembly and an obstacle crossing assembly, wherein, the driving wheel assembly is rotatably arranged on the machine body through a first rotating shaft; the driving wheel assembly comprises a driving wheel; and characterized in that when the driving wheel moves from a first position to a second position relative to the machine body, the obstacle crossing assembly applies a force to the driving wheel assembly to make a positive change in pressure between the driving wheel and a traveling surface less than or equal to a set threshold value. the driving wheel assembly is rotatably arranged on the machine body through a first rotating shaft; the driving wheel assembly comprises a driving wheel; and characterized in that when the driving wheel moves from a first position to a second position relative to the machine body, the obstacle crossing assembly applies a force to the driving wheel assembly to make a positive change in pressure between the driving wheel and a traveling surface less than or equal to a set threshold value.
An integrated circuit for a radio access network the integrated circuit comprising a device for sending to the user equipment a reconfiguration message via said target cell containing an indication that informs the user equipment to keep a pre-configured configuration or containing an indication of a new or partly new configuration, which the radio access network prefers over the pre-configured configuration, and for receiving, in response to said reconfiguration message, a reconfiguration complete message from the user equipment; and at least one of: a device for receiving a signal indication from a user equipment that it wants to switch reception of a high-speed data flow from a source cell to reception from another target cell; and a switching device, responsive to said signal indication from said user equipment, for switching transmission of said data flow to the user equipment from said source cell to said target cell. a device for receiving a signal indication from a user equipment that it wants to switch reception of a high-speed data flow from a source cell to reception from another target cell; and a switching device, responsive to said signal indication from said user equipment, for switching transmission of said data flow to the user equipment from said source cell to said target cell.
A method for transmitting a secondary cell, SCell, addition request in a wireless communication system, the method performed by a first node, and comprising: receiving, from a user equipment, UE, information for an added SCell and an indication indicating that the added SCell is added by the UE; and transmitting, to a second node, the SCell addition request including the information and an identity of the UE, wherein the indication indicates that the added SCell is a cell added by the UE on the basis of a cell addition condition. receiving, from a user equipment, UE, information for an added SCell and an indication indicating that the added SCell is added by the UE; and transmitting, to a second node, the SCell addition request including the information and an identity of the UE, wherein the indication indicates that the added SCell is a cell added by the UE on the basis of a cell addition condition.
A method for transmitting data to a wireless measurement sensor which is attached to the machine, wherein for wirelessly transmitting data to the measurement sensor, a machine component of the machine, which influences the measurement signal of the measurement sensor, is controlled in an information-specific manner, and information-specific measurement signals are thereby generated at the measurement sensor, and wherein the measurement signals are evaluated as data by the measurement sensor itself, characterized in that the measurement sensor is a vibration sensor and the machine component is a movable machine component which is moved relative to the vibration sensor in an information-specific manner, and that access data about a communication interface of the machine is wirelessly transmitted to the vibration sensor and the measurement signals are evaluated as access data by the vibration sensor itself.
Container image which, when executed in an associated container execution environment of a hardware platform (3, 33), forms a security module container; wherein the security module container is a software container that is configured so as to perform at least one cryptographic security function of a hardware security module, wherein the at least one cryptographic security function comprises: authenticating the hardware platform (3, 33) on which the security module container is executed.