mhurhangee/ep-ind-claims huggingface dataset:
A method for dynamic frequency spectrum optimization, comprising: determining whether a current frequency spectrum allocation scheme of multiple cells matches with a traffic distribution of terminal(s); characterised by: if not, predicting a traffic distribution of the terminal(s) in each cell of the multiple cells; generating multiple frequency spectrum allocation schemes for the multiple cells according to the traffic distribution of the terminal(s) in each cell, wherein each frequency spectrum allocation scheme comprises frequency spectrum(s) allocated for each cell; selecting a frequency spectrum allocation scheme superior to the current frequency spectrum allocation scheme of the multiple cells from the multiple frequency spectrum allocation schemes according to at least two network performance indicators of a network in which the multiple cells are located; and allocating frequency spectrum(s) for the multiple cells using the selected frequency spectrum allocation scheme. if not, predicting a traffic distribution of the terminal(s) in each cell of the multiple cells; generating multiple frequency spectrum allocation schemes for the multiple cells according to the traffic distribution of the terminal(s) in each cell, wherein each frequency spectrum allocation scheme comprises frequency spectrum(s) allocated for each cell; selecting a frequency spectrum allocation scheme superior to the current frequency spectrum allocation scheme of the multiple cells from the multiple frequency spectrum allocation schemes according to at least two network performance indicators of a network in which the multiple cells are located; and allocating frequency spectrum(s) for the multiple cells using the selected frequency spectrum allocation scheme.
An apparatus comprising: a controller comprising a control plane charging system to: determine, in response to a first user equipment (125, 126) initiating a user flow with a second user equipment (127, 128), a route comprising a subset of a plurality of switches in a switch network; store state information or metadata to associate the user flow with an application, a user, a device, or a service; define a filter for the user flow based on the state information or metadata; and configure switches in the subset to forward packets along the route from the first user equipment to the second user equipment, gather charging information for user flow based on the filter, and provide the charging information to the controller, wherein the control plane charging system is to select one of the subset of the plurality of switches and to configure the selected switch to gather charging information for the user flow. determine, in response to a first user equipment (125, 126) initiating a user flow with a second user equipment (127, 128), a route comprising a subset of a plurality of switches in a switch network; store state information or metadata to associate the user flow with an application, a user, a device, or a service; define a filter for the user flow based on the state information or metadata; and configure switches in the subset to forward packets along the route from the first user equipment to the second user equipment, gather charging information for user flow based on the filter, and provide the charging information to the controller, wherein the control plane charging system is to select one of the subset of the plurality of switches and to configure the selected switch to gather charging information for the user flow.
A drive for a roll or screw, comprising a drive shaft and an electric drive motor with a rotor and a stator surrounding the rotor, wherein the rotor is attachable to the drive shaft in a torque-proof manner, the drive shaft is connected at a connection end to the roll or screw in a torque-proof and coaxial manner and the stator is supported in a torque-proof manner by a stationary component of the drive, characterized in that the rotor is axially pivoted on a motor casing with an engine bearer facing the connection end of the drive shaft and with an engine bearer facing away from the connection end of the drive shaft, and that the drive shaft is guided through the drive motor coaxially to the rotor and, on the side facing away from the connection end of the drive shaft, beyond the drive motor, where it has a free end, the drive shaft being designed as a hollow shaft with an axial tempering medium channel which is coupled to a tempering medium connection (12, 13) at the free end of the drive shaft.
A method for enabling data modification, classification and enforcement of information rights management, IRM, capabilities in standard isolated software applications, comprising: installing an add-on code on a terminal device of a user that runs a standard application, said add-on code is adapted to interact with a virtual keyboard used by said standard application, to form a custom virtual keyboard to which features of classifying a data item and/or of modifying the content of said data item are added to the virtual keyboard being provided by a keyboard service provided by an operating system of the terminal device; creating the custom virtual keyboard that includes designed UI interfacing objects, for adding inputs that are associated with classification and modification in said data item in the form of a hidden tag to the content of said data item; and upon consuming the classified or modified data item by the standard application, seeking said hidden tag and making a decision regarding further processing of said data item, according to a predetermined protection policy. installing an add-on code on a terminal device of a user that runs a standard application, said add-on code is adapted to interact with a virtual keyboard used by said standard application, to form a custom virtual keyboard to which features of classifying a data item and/or of modifying the content of said data item are added to the virtual keyboard being provided by a keyboard service provided by an operating system of the terminal device; creating the custom virtual keyboard that includes designed UI interfacing objects, for adding inputs that are associated with classification and modification in said data item in the form of a hidden tag to the content of said data item; and upon consuming the classified or modified data item by the standard application, seeking said hidden tag and making a decision regarding further processing of said data item, according to a predetermined protection policy.
A lotion emulsion composition comprising a preservative enhancing agent and a rheology modifier, wherein: a. the preservative enhancing agent is sorbitan caprylate, or the preservative enhancing agent is glyceryl caprylate/caprate and the glyceryl caprylate/caprate is a mono- or di-glyceride; b. the rheology modifier comprises a hydrocolloid, wherein the rheology modifier is xanthan gum, and wherein the rheology modifier is present in the range of from 0.01% to 0.1% by weight of the lotion emulsion composition; c. the pH of the lotion emulsion composition is less than 4.2; and d. the combined amount of preservative enhancing agent and rheology modifier is less than 0.3% by weight of the total lotion emulsion composition; and wherein the lotion has an average drying rate of greater than 6.5 % mass/min based on the Lotion Drying Rate Method. a. the preservative enhancing agent is sorbitan caprylate, or the preservative enhancing agent is glyceryl caprylate/caprate and the glyceryl caprylate/caprate is a mono- or di-glyceride; b. the rheology modifier comprises a hydrocolloid, wherein the rheology modifier is xanthan gum, and wherein the rheology modifier is present in the range of from 0.01% to 0.1% by weight of the lotion emulsion composition; c. the pH of the lotion emulsion composition is less than 4.2; and d. the combined amount of preservative enhancing agent and rheology modifier is less than 0.3% by weight of the total lotion emulsion composition; and wherein the lotion has an average drying rate of greater than 6.5 % mass/min based on the Lotion Drying Rate Method.
A driving assistance device (30, 40) comprising: traveling route information acquiring means adapted to acquire a plurality of traveling route information with different scales, characterised by including at least traveling route information of a local map and traveling route information of a wide-area map; and course generating means adapted to generate a course of a host vehicle using the plurality of traveling route information according to a traveling environment, wherein the traveling route information acquiring means is adapted to update the traveling route information of the local map more frequently than the traveling route information of the wide-area map. traveling route information acquiring means adapted to acquire a plurality of traveling route information with different scales, characterised by including at least traveling route information of a local map and traveling route information of a wide-area map; and course generating means adapted to generate a course of a host vehicle using the plurality of traveling route information according to a traveling environment, wherein the traveling route information acquiring means is adapted to update the traveling route information of the local map more frequently than the traveling route information of the wide-area map.
A system for sensing heart sounds, comprising: a data receiver circuit configured to receive acceleration information from a patient sensed at a first sampling rate; and a control circuit configured to: generate a heart sound, HS, ensemble using the received acceleration information over multiple cardiac cycles; characterised in that the control circuit is further configured to: reconstruct a HS segment to have a second sampling rate different than the first sampling rate using the generated HS ensemble; wherein the second sampling rate is higher than the first sampling rate. a data receiver circuit configured to receive acceleration information from a patient sensed at a first sampling rate; and a control circuit configured to: generate a heart sound, HS, ensemble using the received acceleration information over multiple cardiac cycles; characterised in that the control circuit is further configured to: reconstruct a HS segment to have a second sampling rate different than the first sampling rate using the generated HS ensemble; wherein the second sampling rate is higher than the first sampling rate. generate a heart sound, HS, ensemble using the received acceleration information over multiple cardiac cycles; characterised in that the control circuit is further configured to: reconstruct a HS segment to have a second sampling rate different than the first sampling rate using the generated HS ensemble; wherein the second sampling rate is higher than the first sampling rate. reconstruct a HS segment to have a second sampling rate different than the first sampling rate using the generated HS ensemble; wherein the second sampling rate is higher than the first sampling rate.
A valve (110; 210) having a closing member (112; 212) which can be brought from a closed position into an open position by a rotational movement about an axis of rotation which is transverse to a through-flow direction, having a shaft (114; 214) which is connected to the closing member (112; 212) and which comprises a shaft end (116; 216), having a valve housing (118; 218), having an adjusting device (120; 220) which has an adjusting device housing (122; 222) and comprises a receptacle (126; 226) in which the shaft end (116; 216) can be received, wherein a shaft portion comprises a passage (128; 228) which can be made congruent with two housing-side openings (158; 258), and the passage (128; 228) and the openings (158; 258) can be penetrated by a securing body (130; 230), and a connection between the shaft (114; 214) and the shaft portion is secured against release when the passage (128; 228) and the openings (158, 258) are congruent, wherein an intermediate housing is provided with an intermediate shaft which is rotatably received therein and which is connected to the shaft and is received in the receptacle, and which comprises the shaft portion with the passage, and the two openings are formed in the intermediate housing, characterized in that a screw penetrates an opening of the intermediate shaft and engages with the shaft, and the screw can be covered by the intermediate housing for securing against release.
A method for manufacturing a stabilizer having a curved part, comprising: a tempering process for performing tempering of a half-finished stabilizer by current-application heating, wherein a first heating process and a second heating process are sequentially performed in the tempering process, wherein current-application heating is performed on the half-finished stabilizer by continuously flowing current in the half-finished stabilizer in the first heating process, and wherein current application heating is performed on the half-finished stabilizer by intermittently flowing current in the half-finished stabilizer in the second heating process. a tempering process for performing tempering of a half-finished stabilizer by current-application heating, wherein a first heating process and a second heating process are sequentially performed in the tempering process, wherein current-application heating is performed on the half-finished stabilizer by continuously flowing current in the half-finished stabilizer in the first heating process, and wherein current application heating is performed on the half-finished stabilizer by intermittently flowing current in the half-finished stabilizer in the second heating process.
A wall structure of a case (26, 30, 93, 96, 101) of one selected of a battery cell, a battery submodule, a battery module and a battery system, comprising a multilayer structure with a first layer facing an inner side of the case (26, 93, 96, 101), a third layer facing an outer side of the case (26, 30, 93, 96, 101) and a second layer in between the first layer and the third layer, wherein the first layer is configured for electrically insulating the second layer from an inner portion of the case (26, 30, 93, 96, 101), the second layer comprises an ablative material and is configured for thermally shielding the third layer, and the third layer comprises a thermal conductivity that is higher than that of the second layer.
Method for carrying a pair of skis (2, 3) coupled to one another, sole against sole, by cooperation of intersecting branches (4a, 5a) of their brakes (4, 5), comprising the following successive steps: a) providing a flexible tie extending between a first end and a second end, the said flexible tie comprising: • a first loop at its first end, • an intermediate portion situated between the first and second ends, b) around that part of the skis (2, 3) between the front binding stops and the tips, forming a lark's head knot by passing the second end of the flexible tie inside the first loop, c) fixing the second end of the flexible tie to two intersecting branches (4a, 5a) of the brakes (4, 5) by surrounding the region of intersection of the two intersecting branches (4a, 5a), d) lifting the pair of skis (2, 3) by gripping the flexible tie at its intermediate portion. a) providing a flexible tie extending between a first end and a second end, the said flexible tie comprising: • a first loop at its first end, • an intermediate portion situated between the first and second ends, • a first loop at its first end, • an intermediate portion situated between the first and second ends, b) around that part of the skis (2, 3) between the front binding stops and the tips, forming a lark's head knot by passing the second end of the flexible tie inside the first loop, c) fixing the second end of the flexible tie to two intersecting branches (4a, 5a) of the brakes (4, 5) by surrounding the region of intersection of the two intersecting branches (4a, 5a), d) lifting the pair of skis (2, 3) by gripping the flexible tie at its intermediate portion.
A transmission arrangement for moving a device, which transmission arrangement comprises at least the following - a hydraulic cylinder, which can be connected to the moveable device in order to move it, - a first pump (11, 12), which is connected via a liquid connection to a first side of the hydraulic cylinder in order to achieve movement of the device in a first direction, - a second pump (13, 14), which is connected via a liquid connection to a second side of the hydraulic cylinder in order to achieve movement of the device in a second direction, - a control device for using the first and/or second pump, which first and second pump are used with an electric motor, and - a sensor, for example a Hall sensor, which is arranged to monitor the movement and/or position of the device and connected to a control device in order to transfer a signal produced from the detected movement and/or position to the control device, characterized in that the first and second pump are centrifugal pumps. - a hydraulic cylinder, which can be connected to the moveable device in order to move it, - a first pump (11, 12), which is connected via a liquid connection to a first side of the hydraulic cylinder in order to achieve movement of the device in a first direction, - a second pump (13, 14), which is connected via a liquid connection to a second side of the hydraulic cylinder in order to achieve movement of the device in a second direction, - a control device for using the first and/or second pump, which first and second pump are used with an electric motor, and - a sensor, for example a Hall sensor, which is arranged to monitor the movement and/or position of the device and connected to a control device in order to transfer a signal produced from the detected movement and/or position to the control device,
A method for editing a video sequence, comprising: • displaying a mother frame of said video sequence; • capturing an information representative of a frame editing task applied by a user to said displayed mother frame, wherein the frame editing task modifies an information related to at least a pixel of said displayed mother frame; • displaying at least one child frame of said video sequence in the temporal domain, wherein the captured information is temporally propagated, the method being characterized in that the information representative of a frame editing task is propagated to at least a pixel in the at least one child frame corresponding in the temporal domain to the at least a pixel of the displayed mother frame determined through a motion field between the mother frame and the at least one child frame. • displaying a mother frame of said video sequence; • capturing an information representative of a frame editing task applied by a user to said displayed mother frame, wherein the frame editing task modifies an information related to at least a pixel of said displayed mother frame; • displaying at least one child frame of said video sequence in the temporal domain, wherein the captured information is temporally propagated,
A woven fabric for composite material applications, the woven fabric comprising tape-like warps (W11-W15. W21-W24) and tape-like wefts (T1-T4), the tapes being fibrous tapes, each comprising a plurality of fibers or filaments, the warps (W11-W15, W21-W24) and wefts (T1-T4) interlace, and wherein at least the warps (W11-W15, W21-W24) are arranged in at least two unidirectional and at least partly overlapping layers, wherein at least one warp of one layer is offset in relation to warps in the other layer so that the offset warp overlies and covers at least one longitudinal gap between adjacent warps in the other layer, wherein the warps provided in said at least two layers comprise at least some warps (W11-W15, W21-W24) grouped in units of grouped warps whereby each weft (T1-T4) interlaces with the units of grouped warps, and wherein the interlacing of the weft (T1-T4) occurs in such a way that all wefts run in paths above, below and in between said overlapping warp layers, thereby forming a delamination resisting fabric.
Electric motor comprising a rotor, which is arranged rotatably about an axis of rotation, and comprising a stator, the stator having a plurality of coils, each coil having two coil terminals (5, 6), the coils being interconnected by means of an interconnection unit, the interconnection unit comprising a support part made of an insulating material for bearing a plurality of spaced-apart interconnection elements (30, 40, 50), at least three first interconnection elements being provided, each of the first interconnection elements in each case having two spaced-apart contact regions (31, 32) and one connection region that is connected to the contact regions (31, 32) such that the connection region is arranged between the contact regions (31, 32), the contact regions (31, 32) of each first interconnection element in each case being electrically connected to one of the coil terminals (5, 6) In each case at a connection point, the region (B1, B2) that is covered by the connection region of one of the first interconnection elements in the circumferential direction and the radial direction overlapping in each case with a region (B1, B2) that is covered in each case by the connection region of another of the first interconnection elements in the circumferential direction and the radial direction, each of the first interconnection elements in each case having a first fastening region and a second fastening region, which are interlockingly connected to the support part, each of the first fastening regions in each case having a first through-going cut-out in the axial direction, each of the second fastening regions in each case having a second through-going cut-out in the axial direction, characterised in that the support part has a plurality of rivet pins (61, 62, 63, 64, 65) extending in the axial direction, the rivet pins (61, 62, 63, 64, 65) being configured in a complementary manner to the corresponding cut-outs (36, 37, 47, 56, 57), a first rivet pin in each case being guided through each of the first cut-outs and a second rivet pin in each case being guided through each of the second cut-outs, the free ends of the first and second rivet pins (61, 62) being deformed into rivet heads in such a way that the diameter of the rivet heads in the plane perpendicular to the axis of rotation is greater than the diameter of the corresponding cut-outs (36, 37) so that the interlocking connection to the support part is established, at least one of the first interconnection elements being enclosed by an insulating part made of insulating material in such a way that the enclosed first interconnection element and the enclosing insulating part are interlockingly connected on both sides in the circumferential direction, are interlockingly connected on both sides in the axial direction and are interlockingly connected on one side in the radial direction, and the support part having, on its outer circumference, a plurality of guide regions for guiding the coil terminals (5, 6) in the axial direction, one guide region in each case being assigned to each contact region (31, 32) connected to a coil terminal (5, 6).
A method for detecting a bacterium of interest comprising the steps of: isolating the bacterium from other components in the sample; and infecting the at least one bacterium with a plurality of a parental bacteriophage; lysing the at least one infected bacterium to release progeny bacteriophage present in the bacterium; detecting the progeny bacteriophage, wherein the parental bacteriophage are engineered to express a soluble protein during replication, and said expression is driven by a viral capsid promoter, wherein detection of the soluble protein indicates that the progeny bacteriophage are present in the sample, wherein the method is performed at a temperature that is at least 37 degrees Celsius and no greater than 45 degrees Celsius. isolating the bacterium from other components in the sample; and infecting the at least one bacterium with a plurality of a parental bacteriophage; lysing the at least one infected bacterium to release progeny bacteriophage present in the bacterium; detecting the progeny bacteriophage,