mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling inter-cell interference by a base station, BS, in a wireless communication system, the method comprising: receiving a demodulation reference signal, DMRS, from a user equipment, LTE, of a cell to which the BS belongs in a predefined physical resource region; measuring interference on a resource on which the DMRS is transmitted based on an interference measurement type corresponding to the predefined physical resource region; characterized in that based on the strength of the measured interference being greater than a predetermined threshold, determining the LTE as a victim LTE for the predefined physical resource region, transmitting, to the determined victim LTE, information related to an almost black resource, ABR, and receiving, from the determined victim UE, uplink data transmission on the predefined physical resource region except for the ABR, wherein based on an interference measurement type being interference measurement of a same beam pair using the DMRS, the information related to the ABR includes a symbol index, wherein based on the interference measurement type being interference measurement of a same transmission reception point, TRP, reception, Rx beam using the DMRS, the information related to the ABR includes a TRP Rx index, wherein the predefined physical resource region is for the uplink data transmission of a cell to which the BS belongs and for uplink beam sweeping of a neighboring cell to which a neighboring BS belongs. receiving a demodulation reference signal, DMRS, from a user equipment, LTE, of a cell to which the BS belongs in a predefined physical resource region; measuring interference on a resource on which the DMRS is transmitted based on an interference measurement type corresponding to the predefined physical resource region; characterized in that based on the strength of the measured interference being greater than a predetermined threshold, determining the LTE as a victim LTE for the predefined physical resource region, transmitting, to the determined victim LTE, information related to an almost black resource, ABR, and receiving, from the determined victim UE, uplink data transmission on the predefined physical resource region except for the ABR, wherein based on an interference measurement type being interference measurement of a same beam pair using the DMRS, the information related to the ABR includes a symbol index, wherein based on the interference measurement type being interference measurement of a same transmission reception point, TRP, reception, Rx beam using the DMRS, the information related to the ABR includes a TRP Rx index, wherein the predefined physical resource region is for the uplink data transmission of a cell to which the BS belongs and for uplink beam sweeping of a neighboring cell to which a neighboring BS belongs.
An individualisation device for individualising exposure during creation of volume holograms using the contact copy method from a master designed to receive light of a light source from a receive direction and to output spatially modulated light in an output direction for the individualising hologram exposure, comprising a spatial light modulator, and beam guiding optics to guide the light of the light source to the spatial light modulator and to guide the light modulated by the spatial light modulator away, characterised in that a surface normal of the spatial light modulator is tilted at least with respect to a surface normal of a first boundary surface of a first component of the beam guiding optics, which the modulated light passes after modulation at the spatial light modulator, so that intensity fluctuations during hologram exposure due to inferences resulting from multiple reflections of light at the light modulator and the first component are eliminated, wherein the tilting is in a range of 0.01° to 0.1°, wherein the beam guiding optics comprises a polarisation dependant beam splitter as the first component, the surface normals (48, 49) of which of the outer surfaces (44, 45), which the modulated light passes, are tilted with respect to the surface normal of the spatial light modulator, wherein the polarisation dependant beam splitter is designed as a beam splitter cube and the surface normals (48, 49) of the outer surfaces (44, 45) of the beam splitter cube, which the modulated light passes, are both tilted with respect to the surface normal of the spatial light modulator. a spatial light modulator, and beam guiding optics to guide the light of the light source to the spatial light modulator and to guide the light modulated by the spatial light modulator away, characterised in that a surface normal of the spatial light modulator is tilted at least with respect to a surface normal of a first boundary surface of a first component of the beam guiding optics, which the modulated light passes after modulation at the spatial light modulator, so that intensity fluctuations during hologram exposure due to inferences resulting from multiple reflections of light at the light modulator and the first component are eliminated, wherein the tilting is in a range of 0.01° to 0.1°, wherein the beam guiding optics comprises a polarisation dependant beam splitter as the first component, the surface normals (48, 49) of which of the outer surfaces (44, 45), which the modulated light passes, are tilted with respect to the surface normal of the spatial light modulator, wherein the polarisation dependant beam splitter is designed as a beam splitter cube and the surface normals (48, 49) of the outer surfaces (44, 45) of the beam splitter cube, which the modulated light passes, are both tilted with respect to the surface normal of the spatial light modulator.
Method for operating at least one building drinking water network (1, 2) with sanitary fittings by means of an Internet-based cloud server system, wherein the sanitary fittings are designed as water outlet points and respectively have an electrically activatable water outlet valve (3a-7a) and a mobile-enabled fitting controller (3b-7b), wherein communication objects in the form of hygiene flushing instructions are generated by the cloud server system in accordance with a hygiene flushing strategy, wherein the generated hygiene flushing instructions are transmitted to the respective fitting controller (3b-7b) via a cellular connection (3c-7c) between a public wireless access point and the fitting controller (3b-7b) and wherein the received hygiene flushing instructions can be implemented, in particular are implemented, by the fitting controller (3b-7b) by an activation of the water outlet valve (3a-7a).
A control module for controlling at least one function of a materials handling vehicle, comprising a base portion and a plurality of control elements (90A-90D) extending from the base portion and located adjacent to one another, at least one of the control elements (90A-90D) comprising: a body portion having a bottom surface; and mounting structure, characterized in that the mounting structure comprises first and second mounting holes (110, 112) extending into the body portion from the bottom surface, the mounting holes (110, 112) being spaced apart from one another on the bottom surface for selectively receiving a mounting stem of the vehicle to mount the control element (90A-90D) in the vehicle, wherein the control element (90A-90D) is mountable in at least two positions including: a first position wherein the mounting stem is received in the first mounting hole; and a second position wherein the mounting stem is received in the second mounting hole. a body portion having a bottom surface; and mounting structure,
A method for execution by a computing device for in-memory attack prevention, the method comprising: obtaining, in response to a first boot command, a first encryption key generated based on a randomization process; determining whether first information of a page table indicates that a memory page is intended to be secure, the page table storing mapping between a virtual address of the memory page and a physical address of the memory page; in response to determining that the first information indicates that the memory page is intended to be secure, determining whether second information of the page table indicates that the memory page is encrypted; and in response to determining that the second information indicates that the memory page is not encrypted, encrypting the memory page in a physical memory using the first encryption key; wherein in response to determining that the first information indicates that the memory page is intended to remain insecure, access and/or execute the set of codes without encrypting the memory page. obtaining, in response to a first boot command, a first encryption key generated based on a randomization process; determining whether first information of a page table indicates that a memory page is intended to be secure, the page table storing mapping between a virtual address of the memory page and a physical address of the memory page; in response to determining that the first information indicates that the memory page is intended to be secure, determining whether second information of the page table indicates that the memory page is encrypted; and in response to determining that the second information indicates that the memory page is not encrypted, encrypting the memory page in a physical memory using the first encryption key; wherein in response to determining that the first information indicates that the memory page is intended to remain insecure, access and/or execute the set of codes without encrypting the memory page.
A panel (10, 30, 40) for sound suppression, the panel (10, 30, 40) having two opposed faces, and the panel (10, 30, 40) comprising a multiplicity of rigid elements (12, 32, 42) that extend parallel to each other, with gaps between adjacent rigid elements, wherein within each gap a vortex chamber is defined to attenuate acoustic waves; wherein the rigid elements (12, 32, 42) have curved edge portions, the edge portions of adjacent elements overlapping each other, the overlapping edge portions of adjacent elements being cylindrical in part and defining between them the vortex chamber, and also defining a first channel and a second channel communicating with the vortex chamber at the periphery of the vortex chamber and aligned with a tangential component relative to the vortex chamber, the vortex chamber being of greater width than the channels (16a, 16b) such that if a fluid were to flow in through the first channel or in through the second channel the fluid would enter the vortex chamber with a rotational sense relative to the vortex chamber, the rotational sense being the same for the first channel and the second channel, so that the flowing fluid would tend to form a vortex in the vortex chamber; such that if sound waves are incident on one face of the panel (10, 30, 40) and propagate through the gaps, the intensity of sound waves that emerge from the opposite face of the panel (10, 30, 40) is decreased.
A method of producing a double allele knock-out of a target gene in a eukaryotic cell, comprising the steps of: providing the cells with a CRISPR system comprising a nuclease and 3 to 6 targeting RNAs located in the same gene, wherein each targeting RNA is comprised of a crRNA and a tracrRNA, wherein each crRNA has a different sequence and the same tracrRNA is used with said crRNAs, and expressing the CRISPR nuclease and the targeting RNAs whereby the target gene is knocked out in both alleles of the cell.
A construction equipment comprising: a lower travel body and an upper swing body located on the lower travel body; a working device (18, 28, 38) attached to the upper swing body to lift and move an object; a hydraulic pump (22, 32, 84); a swing motor (15, 25, 35, 85) swinging the upper swing body; a swing brake (26, 36, 89) controlling the swinging of the swing motor; an electric proportional valve (23, 33, 87) connected to the hydraulic pump to control free swinging of the swing motor; and a tank (24, 34, 88) connected to the electric proportional valve and containing hydraulic fluid for controlling the swing motor; characterized in that the construction equipment further comprises a controller (11, 21, 31, 83) connected to the swing brake and the electric proportional valve to generate a control signal for free swinging of the upper swing body when it is determined that, during an operation of lifting the object, the object is not located in an aligned position in which the object and the working device are aligned in a vertical direction. a lower travel body and an upper swing body located on the lower travel body; a working device (18, 28, 38) attached to the upper swing body to lift and move an object; a hydraulic pump (22, 32, 84); a swing motor (15, 25, 35, 85) swinging the upper swing body; a swing brake (26, 36, 89) controlling the swinging of the swing motor; an electric proportional valve (23, 33, 87) connected to the hydraulic pump to control free swinging of the swing motor; and a tank (24, 34, 88) connected to the electric proportional valve and containing hydraulic fluid for controlling the swing motor; characterized in that the construction equipment further comprises a controller (11, 21, 31, 83) connected to the swing brake and the electric proportional valve to generate a control signal for free swinging of the upper swing body when it is determined that, during an operation of lifting the object, the object is not located in an aligned position in which the object and the working device are aligned in a vertical direction.
A method for failover in an HBase system, wherein the method is applied to a first worker node in the HBase system and comprises: acquiring a write-ahead logging, WAL, file from a management node in the HBase system, wherein the WAL file comprises WAL sub-files of a plurality of table fragments in a second worker node in the HBase system when the second worker node fails; splitting the WAL file to obtain the WAL sub-files of the plurality of table fragments; determining, based on the WAL sub-files of the plurality of table fragments, updated data of the plurality of table fragments in a memory of the second worker node when the second worker node fails; writing the updated data of the plurality of table fragments into a hard disk of the first worker node, characterized in that splitting the WAL file occurs in a memory of the first worker node and in that the method further comprises: sending the updated data of the plurality of table fragments to another worker node in the HBase system for backup; and after writing the updated data of the plurality of table fragments into the hard disk of the first worker node and backuping the updated data of the plurality of table fragments to the another worker node, allowing the table fragment to be read and written. acquiring a write-ahead logging, WAL, file from a management node in the HBase system, wherein the WAL file comprises WAL sub-files of a plurality of table fragments in a second worker node in the HBase system when the second worker node fails; splitting the WAL file to obtain the WAL sub-files of the plurality of table fragments; determining, based on the WAL sub-files of the plurality of table fragments, updated data of the plurality of table fragments in a memory of the second worker node when the second worker node fails; writing the updated data of the plurality of table fragments into a hard disk of the first worker node, characterized in that splitting the WAL file occurs in a memory of the first worker node and in that the method further comprises: sending the updated data of the plurality of table fragments to another worker node in the HBase system for backup; and after writing the updated data of the plurality of table fragments into the hard disk of the first worker node and backuping the updated data of the plurality of table fragments to the another worker node, allowing the table fragment to be read and written. sending the updated data of the plurality of table fragments to another worker node in the HBase system for backup; and after writing the updated data of the plurality of table fragments into the hard disk of the first worker node and backuping the updated data of the plurality of table fragments to the another worker node, allowing the table fragment to be read and written.
A control device for a stopper, said control device being usable to adjust the outflow of liquid steel from a vessel, said control device comprising: - an outer casing, - a control rod sliding through said outer casing, rigidly attachable to said stopper, - a hydraulic circuit including a double-acting hydraulic cylinder and a hydraulic pump, said double-acting hydraulic cylinder having a first and a second chamber (21 a, b) between which a piston slides, said hydraulic pump being connected to said first and second chamber (21 a, b), said piston being attached to said control rod, - a control circuit connected to said hydraulic circuit to control the position of said piston, characterized in that said hydraulic pump is a reversible pump directly connected to said first and second chamber (21 a, b) of said hydraulic actuator, respectively by means of a first branch and a second branch (20a, b) of said hydraulic circuit. - an outer casing, - a control rod sliding through said outer casing, rigidly attachable to said stopper, - a hydraulic circuit including a double-acting hydraulic cylinder and a hydraulic pump, said double-acting hydraulic cylinder having a first and a second chamber (21 a, b) between which a piston slides, said hydraulic pump being connected to said first and second chamber (21 a, b), said piston being attached to said control rod, - a control circuit connected to said hydraulic circuit to control the position of said piston,
Tyre which comprises a tread, of which the portion intended to be in contact with the rolling ground consists totally or partly of a rubber composition based at least on a highly saturated diene elastomer, a reinforcing filler which comprises a carbon black and a vulcanizing system comprising sulfur and a vulcanization accelerator. - the highly saturated diene elastomer being a copolymer of ethylene and of a 1,3-diene containing ethylene units which represent at least 70 mol% of the monomer units of the copolymer, - the content of the highly saturated diene elastomer in the rubber composition being at least 80 phr, - the carbon black in the rubber composition representing more than 60% by mass of the reinforcing filler, - the content of carbon black in the rubber composition being between 25 phr and 55 phr, - the content of sulfur in the rubber composition being less than 1 phr, - the mass ratio between the sulfur content and the amount of vulcanization accelerator in the rubber composition being less than 1, - the vulcanization accelerator being a primary accelerator or a mixture of a primary accelerator and of a secondary accelerator, - the mass ratio being calculated from the contents and amount expressed in phr. - the highly saturated diene elastomer being a copolymer of ethylene and of a 1,3-diene containing ethylene units which represent at least 70 mol% of the monomer units of the copolymer, - the content of the highly saturated diene elastomer in the rubber composition being at least 80 phr, - the carbon black in the rubber composition representing more than 60% by mass of the reinforcing filler, - the content of carbon black in the rubber composition being between 25 phr and 55 phr, - the content of sulfur in the rubber composition being less than 1 phr, - the mass ratio between the sulfur content and the amount of vulcanization accelerator in the rubber composition being less than 1, - the vulcanization accelerator being a primary accelerator or a mixture of a primary accelerator and of a secondary accelerator, - the mass ratio being calculated from the contents and amount expressed in phr.
A linear guide having at least one inner and at least one outer profile-member, the outer profile-member at least partially surrounding the inner profile-member and the profile-members (2, 3) being guided one inside the other by means of at least two linear guiding means which are arranged diametrically opposite each other, wherein at least a portion of a first linear guiding means is arranged in a floating manner, wherein the linear guiding means are each formed by a linear guiding rail and a complementary sliding member, wherein the sliding member of the first linear guiding means is arranged in a floating manner and the sliding member of the first linear guiding means can be freely displaced within predetermined limits transversely relative to the guiding direction of the profile-members (2, 3) characterised in that the sliding member of the first linear guiding means is rotatably arranged in a ball joint.
Item of furniture, having a furniture body comprising an outer side wall and at least one internal partition wall, between which a first drawer is arranged in a closing position, which is movably held by a first pull-out guide on the outer side wall and by a second pull-out guide on the inner partition wall, wherein a front panel, which projects laterally beyond the first drawer, is fixed to a front side of the first drawer, and at least one second drawer is fixed to the projecting part of the front panel and is displaceably held via two pull-out guides, of which one pull-out guide is fixed to the partition wall, characterized in that at least one ejection device (14, 14') for ejecting the drawers (5, 6) from the closing position is provided on each of the first and second drawers (5, 6), and the ejection devices (14, 14') are synchronized via synchronization means (16, 16').
A method of monitoring ophthalmic lens manufacturing controlled conditions, wherein the ophthalmic lens comprises a hydrogel body, the method comprising: placing a communication system on a lens forming surface of a mold; energizing the communication system; putting a lens forming mixture in contact with the lens forming surface by depositing the lens forming mixture to the mold including the lens forming surface; forming the ophthalmic lens according to an ophthalmic lens design using a suitable manufacturing method, wherein the hydrogel body of the ophthalmic lens is molded around the communication system; storing a unique identifier in the communication system of said ophthalmic lens; measuring a controlled condition during the depositing of the lens forming mixture and/or the forming of the ophthalmic lens using at least one or more sensor(s) in the communication system; transmitting sensor data relating to the measured condition to a processor; and identifying a deficiency in the controlled condition using the sensor data and the unique identifier. placing a communication system on a lens forming surface of a mold; energizing the communication system; putting a lens forming mixture in contact with the lens forming surface by depositing the lens forming mixture to the mold including the lens forming surface; forming the ophthalmic lens according to an ophthalmic lens design using a suitable manufacturing method, wherein the hydrogel body of the ophthalmic lens is molded around the communication system; storing a unique identifier in the communication system of said ophthalmic lens; measuring a controlled condition during the depositing of the lens forming mixture and/or the forming of the ophthalmic lens using at least one or more sensor(s) in the communication system; transmitting sensor data relating to the measured condition to a processor; and identifying a deficiency in the controlled condition using the sensor data and the unique identifier.