mhurhangee/ep-ind-claims huggingface dataset:
A method for Quality of Experience, QoE, management on a network, the method comprising: determining a set of service categories for a network operator's traffic, wherein at least one of the service categories is video streaming; mapping a plurality of traffic flows to each of the service categories; determining a target and minimum bandwidth intent for each of the service categories for the network operator, wherein the minimum bandwidth intent is an expected QoE for the service category for the network operator; measuring a score and bandwidth use for each of the service category; determining whether each of the service categories are meeting an associated minimum bandwidth intent; if the minimum bandwidth intent is not being met for at least one service category, reducing the minimum bandwidth intent for at least the video streaming service categories; allocating a bandwidth per service category based on the reduced minimum bandwidth intent; and shaping the traffic flow per service category to the allocated bandwidth; otherwise allowing the traffic flow per service category to continue with a current bandwidth allocation. determining a set of service categories for a network operator's traffic, wherein at least one of the service categories is video streaming; mapping a plurality of traffic flows to each of the service categories; determining a target and minimum bandwidth intent for each of the service categories for the network operator, wherein the minimum bandwidth intent is an expected QoE for the service category for the network operator; measuring a score and bandwidth use for each of the service category; determining whether each of the service categories are meeting an associated minimum bandwidth intent; if the minimum bandwidth intent is not being met for at least one service category, reducing the minimum bandwidth intent for at least the video streaming service categories; allocating a bandwidth per service category based on the reduced minimum bandwidth intent; and shaping the traffic flow per service category to the allocated bandwidth; otherwise allowing the traffic flow per service category to continue with a current bandwidth allocation. if the minimum bandwidth intent is not being met for at least one service category, reducing the minimum bandwidth intent for at least the video streaming service categories; allocating a bandwidth per service category based on the reduced minimum bandwidth intent; and shaping the traffic flow per service category to the allocated bandwidth; otherwise allowing the traffic flow per service category to continue with a current bandwidth allocation.
A lifting and tilting bearing for a sun protection unit with a slatted curtain, which slatted curtain can be coupled with a drive shaft and comprises a lifting bearing (12; 212) with a winding spool (22; 222) and a tilting bearing for adjusting the slat angle of the curtain, whereby a carrying means or a turning band connected with the upper end of the carrying means, is guided over a tilting disk (42; 242), which disk can be coupled via a friction coupling with the drive shaft and can be turned between two end positions, whereby the tilting disk (42; 242) can be blocked in an intermediate position by means of a locking device, characterized in that the locking device comprises at least one axially or radially moveable locking element, which rotates with the tilting disk (42; 242), and comprises at least one locationally fixed locking element, into which the moveable locking element can be inserted at a freely selectable angular position of the tilting disk (42; 242), whereby the moveable and/or the locationally fixed locking element comprises several locking teeth distributed around the perimeter.
A forehead support for a mask assembly, comprising: a frame connector provided to a mask frame; characterized by comprising a forehead cushion support movably mounted to the frame connector for generally linear movement between retracted and extended positions with respect to the frame connector; and an adjustment knob movably mounted to the frame connector and threadably engaged with the forehead cushion support such that turning movement of the adjustment knob causes the forehead cushion support to be moved between the retracted and extended positions, and characterized in that the adjustment knob, forehead cushion support, and frame connector are constructed and arranged such that over-rotation of the adjustment knob beyond the extended position of the forehead cushion support is adapted to release the adjustment knob from the forehead cushion support and the frame connector. a frame connector provided to a mask frame; characterized by comprising a forehead cushion support movably mounted to the frame connector for generally linear movement between retracted and extended positions with respect to the frame connector; and an adjustment knob movably mounted to the frame connector and threadably engaged with the forehead cushion support such that turning movement of the adjustment knob causes the forehead cushion support to be moved between the retracted and extended positions, and characterized in that the adjustment knob, forehead cushion support, and frame connector are constructed and arranged such that over-rotation of the adjustment knob beyond the extended position of the forehead cushion support is adapted to release the adjustment knob from the forehead cushion support and the frame connector.
One or more non-transitory computer-readable medium storing computer-readable instructions that, when executed by a processor, cause the processor to: determine an addressing scheme used to direct a data transmission received by a secure identity device; receive, at the secure identity device, a seed identity comprising an identification code from a secure memory of the secure identity device and the addressing scheme; and generate at least one unique identity (222, 224) based on the received seed identity and the addressing scheme selected from a plurality of addressing schemes, the at least one unique identity comprising a unique network address. determine an addressing scheme used to direct a data transmission received by a secure identity device; receive, at the secure identity device, a seed identity comprising an identification code from a secure memory of the secure identity device and the addressing scheme; and generate at least one unique identity (222, 224) based on the received seed identity and the addressing scheme selected from a plurality of addressing schemes, the at least one unique identity comprising a unique network address.
An air mass flow measurement device for measuring an intake air mass flow, comprising an intake air tube having an insertion port formed therein, the air mass flow measurement device further comprising a housing constituting member for fixing the intake air tube, wherein the mass air flow measurement device is constructed such that a part of the mass air flow measurement device is to be inserted into said intake air tube through the insertion port, a pressure sensing device for sensing pressure in the intake air tube, the pressure sensing device being integrated with the mass air flow measurement device, wherein the pressure sensing device includes a sensing part for detecting pressure, wherein the mass air flow measurement device is constructed such that a gap is formed between said insertion port and said part of the mass air flow measurement device when inserted into said intake air tube, a pressure intake tube is installed in a part of the housing constituting member, characterized in that one end of the pressure intake tube has an opening to said gap for taking pressure in the intake air tube into the pressure sensing device.
Wind turbine assembly system comprising: - a lifting structure (1, 31, 101) comprising at least: - first structural support elements (5, 35, 105), - a crane (7, 61, 107) configured to displace the wind turbine component following a trajectory with at least one horizontal component, wherein the system further comprises: - a climbing element (2, 32, 102) displaceable upward with respect to the lifting structure (1, 31, 101) by means of guiding mechanisms, the displaceable climbing element (2, 32, 102) incorporating second structural support elements (6, 36, 106) dimensioned to at least partly support the weight of the lifting structure (1, 31, 101), wherein the first structural support elements (5, 35, 105) are further configured to be fastened to the wind turbine tower (3, 33, 103) during the hoisting of a wind turbine component so that they transmit to the tower (3,33, 103) at least half of the stresses associated to the hoisting of the wind turbine component characterised in that the lifting structure (1, 31, 101) and the climbing element (2, 32, 102) are configured to be alternatively fastened to the tower of the wind turbine in the case of the lifting structure (1, 31, 101) by means of the first structural support elements (5, 35, 105), and to the tower of the wind turbine or to the lifting structure in the case of the climbing element (2, 32, 102) by means of the second structural support elements (6, 36, 106), when both the lifting structure (1, 31, 101) and the climbing element (2, 32, 102) do not displace vertically. - a lifting structure (1, 31, 101) comprising at least: - first structural support elements (5, 35, 105), - a crane (7, 61, 107) configured to displace the wind turbine component following a trajectory with at least one horizontal component, wherein the system further comprises: - first structural support elements (5, 35, 105), - a crane (7, 61, 107) configured to displace the wind turbine component following a trajectory with at least one horizontal component, - a climbing element (2, 32, 102) displaceable upward with respect to the lifting structure (1, 31, 101) by means of guiding mechanisms, the displaceable climbing element (2, 32, 102) incorporating second structural support elements (6, 36, 106) dimensioned to at least partly support the weight of the lifting structure (1, 31, 101),
A file management method, wherein the method is applied to a distributed storage system, the distributed storage system comprises a management node and multiple storage nodes, and the method comprises: receiving, by the management node, a file creation request sent by a host, wherein the file creation request is used to request to create a file in the distributed storage system; allocating, by the management node to the file, first virtual space from a global virtual address space of the distributed storage system according to the file creation request, wherein the global virtual address space is mapped to a local virtual address space of each storage node, the local virtual address space of each storage node corresponds to a part of the global virtual address space, the local virtual address space of a storage node is mapped to a local physical storage space of the storage node, and wherein the local virtual address space of the storage node is a segment of unused space in the virtual address space of an operating system of the storage node, the local physical storage space of the storage node is storage space of a non-volatile memory, NVM, in the storage node; recording, by the management node, a metadata of the file, wherein the metadata of the file comprises information about the first virtual space allocated to the file, and the information about the first virtual space points to the local virtual address space of a storage node for storing the file; and sending, by the management node, a file creation success response to the host, wherein the file creation success response carries the information about the first virtual space. receiving, by the management node, a file creation request sent by a host, wherein the file creation request is used to request to create a file in the distributed storage system; allocating, by the management node to the file, first virtual space from a global virtual address space of the distributed storage system according to the file creation request, wherein the global virtual address space is mapped to a local virtual address space of each storage node, the local virtual address space of each storage node corresponds to a part of the global virtual address space, the local virtual address space of a storage node is mapped to a local physical storage space of the storage node, and wherein the local virtual address space of the storage node is a segment of unused space in the virtual address space of an operating system of the storage node, the local physical storage space of the storage node is storage space of a non-volatile memory, NVM, in the storage node; recording, by the management node, a metadata of the file, wherein the metadata of the file comprises information about the first virtual space allocated to the file, and the information about the first virtual space points to the local virtual address space of a storage node for storing the file; and sending, by the management node, a file creation success response to the host, wherein the file creation success response carries the information about the first virtual space.
A dispenser for dispensing small amounts of fluid in response to a manual force from a hand of a user, the dispenser comprising: a fluid reservoir with an opening at the top thereof; a force-sensitive attachment device having an attachment face at the exterior of the bottom of said fluid reservoir; a movable system (220, 208) for receiving the manual force from the hand of the user; a dispensing chamber assembly; said device characterised by: a pillar tube extending from the bottom of said dispensing chamber assembly through said fluid reservoir to the bottom of said fluid reservoir, said pillar tube constructed and arranged to transmit part or all of the manual force from said dispensing chamber assembly to the bottom of said fluid reservoir, said pillar tube enabling the passage of fluid from within said fluid reservoir to the interior of said dispensing chamber assembly; whereby the manual force from the hand of the user will both: cause a small amount of fluid to exit said dispensing chamber assembly and to be dispensed from the dispenser; and cause force to be applied to said force-sensitive attachment device having an attachment face at the exterior of the bottom of said fluid reservoir by the transmission of force through said pillar tube, thereby increasing the stability of the dispenser with respect to the surface on which it rests. a fluid reservoir with an opening at the top thereof; a force-sensitive attachment device having an attachment face at the exterior of the bottom of said fluid reservoir; a movable system (220, 208) for receiving the manual force from the hand of the user; a dispensing chamber assembly; a pillar tube extending from the bottom of said dispensing chamber assembly through said fluid reservoir to the bottom of said fluid reservoir, said pillar tube constructed and arranged to transmit part or all of the manual force from said dispensing chamber assembly to the bottom of said fluid reservoir, said pillar tube enabling the passage of fluid from within said fluid reservoir to the interior of said dispensing chamber assembly; whereby the manual force from the hand of the user will both: cause a small amount of fluid to exit said dispensing chamber assembly and to be dispensed from the dispenser; and cause force to be applied to said force-sensitive attachment device having an attachment face at the exterior of the bottom of said fluid reservoir by the transmission of force through said pillar tube, thereby increasing the stability of the dispenser with respect to the surface on which it rests. cause a small amount of fluid to exit said dispensing chamber assembly and to be dispensed from the dispenser; and cause force to be applied to said force-sensitive attachment device having an attachment face at the exterior of the bottom of said fluid reservoir by the transmission of force through said pillar tube, thereby increasing the stability of the dispenser with respect to the surface on which it rests.
Headlight provided with a device for mounting a headlight housing on a motor vehicle, comprising at least one tab projecting from the upper part of the housing and intended for attachment to the structure of the vehicle, characterized in that said tab comprises a first part for connection to the housing in which orifices are provided for the evacuation of water, likely to stagnate on a wall of the housing, which extends outwards by a second part comprising a breakable zone itself connected to a third end part carrying at least one socket (14a, 14b) for receiving a fastening device on the vehicle; said water evacuation orifices are provided between longitudinal reinforcing ribs, characterized in that the first part of the tab further comprises studs intended to ensure the assembly of the housing with a replacement lug in the event of the original lug breaking; the studs are carried by said ribs. said water evacuation orifices are provided between longitudinal reinforcing ribs, characterized in that the first part of the tab further comprises studs intended to ensure the assembly of the housing with a replacement lug in the event of the original lug breaking; the studs are carried by said ribs.
An electromagnetic relay, comprising: a base; a spool provided on the base; a coil wound on the spool; a yoke inserted into a hole formed in the spool; an armature movably provided on the base; a movable contact (71, 71a) fixed on the base; a static contact (72, 72a) fixed on the base; and a driving member connected between the armature and the movable contact (71, 71a), characterized in that the base and the spool are formed as a single integral component, in particular as a single injection molding component, the yoke is L-shaped, and the yoke and the armature form a rectangular magnetic loop. a base; a spool provided on the base; a coil wound on the spool; a yoke inserted into a hole formed in the spool; an armature movably provided on the base; a movable contact (71, 71a) fixed on the base; a static contact (72, 72a) fixed on the base; and a driving member connected between the armature and the movable contact (71, 71a), characterized in that the base and the spool are formed as a single integral component, in particular as a single injection molding component, the yoke is L-shaped, and the yoke and the armature form a rectangular magnetic loop.
A device for generating an air wall for thermal separation of the air in a first relatively cold space from the air in a second relatively warm space, which spaces are mutually connected by a passage opening, the device comprising: - a primary blower unit suitable for being positioned on one side of the passage opening and extending over the whole relevant dimension of said passage opening, said primary blower unit having primary blower fan means and a primary blower slit which connects thereto on the blower side, suitably arranged for generating an at least more or less flat primary air stream directed at least roughly toward the opposite side of said passage opening; and - a suction unit suitable for being positioned on the opposite side of the passage opening and having a substantially prismatic suction slit extending substantially parallel to the blower slit and having substantially the same length as the primary blower slit, to which suction slit connect suction fan means; the device characterised in that said primary blower fan means are adapted to generate an air speed in the primary air stream of at least 15 m/s, wherein the width of the primary blower slit lies in the range of 15-40 mm, and wherein the length of the primary blower slit in the direction of the air stream lies roughly in the range of 5-40 cm, preferably 10-30 cm. - a primary blower unit suitable for being positioned on one side of the passage opening and extending over the whole relevant dimension of said passage opening, said primary blower unit having primary blower fan means and a primary blower slit which connects thereto on the blower side, suitably arranged for generating an at least more or less flat primary air stream directed at least roughly toward the opposite side of said passage opening; and - a suction unit suitable for being positioned on the opposite side of the passage opening and having a substantially prismatic suction slit extending substantially parallel to the blower slit and having substantially the same length as the primary blower slit, to which suction slit connect suction fan means;
An image copying apparatus comprising: input means operable, in response to an instruction given by a user for copying an original, to input image data of the original by a single scan of the original; determination means for determining whether the inputted image data is color image data on the basis of the inputted image data; printing means for printing the inputted image data on the basis of a determination result as to whether the inputted image data is color image data obtained by the determination means; holding means for holding a plurality of image data, each of the image data being associated with a determination result as to whether the image data is color image data, wherein, if the inputted image data is color image data, the holding means holds the inputted image data as color image data and the determination result indicates that the inputted image data is color image data; selection means for selecting desired image data from a plurality of image data held in said holding means; and instruction means for instructing the printing means to perform monochrome printing for the selected image data held by the holding means; wherein the image copying apparatus is configured to cause the printing means, in response to an instruction of the monochrome printing for the selected image data held by the holding means by the instruction means, to print the selected image data in monochrome regardless of the determination result indicating that the selected image data is color image data. input means operable, in response to an instruction given by a user for copying an original, to input image data of the original by a single scan of the original; determination means for determining whether the inputted image data is color image data on the basis of the inputted image data; printing means for printing the inputted image data on the basis of a determination result as to whether the inputted image data is color image data obtained by the determination means; holding means for holding a plurality of image data, each of the image data being associated with a determination result as to whether the image data is color image data, wherein, if the inputted image data is color image data, the holding means holds the inputted image data as color image data and the determination result indicates that the inputted image data is color image data; selection means for selecting desired image data from a plurality of image data held in said holding means; and instruction means for instructing the printing means to perform monochrome printing for the selected image data held by the holding means; wherein the image copying apparatus is configured to cause the printing means, in response to an instruction of the monochrome printing for the selected image data held by the holding means by the instruction means, to print the selected image data in monochrome regardless of the determination result indicating that the selected image data is color image data.