mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus (110-C) configured to support a multipath transport connection including a set of transport connections, the apparatus comprising: a processor and a memory communicatively connected to the processor, the processor configured to: receive a data packet via a first transport connection of the set of transport connections, wherein the data packet is a user data packet belonging to a first user data flow; and configured to: send , via the first transport connection, a first acknowledgment packet acknowledging receipt of the data packet via the first transport connection; and characterized by being configured to send , via a second transport connection of the set of transport connections, a second acknowledgment packet acknowledging receipt of the data packet via the first transport connection, wherein the first acknowledgment packet and the second acknowledgment packet each include an identifier associated with the first transport connection, and wherein the identifier associated with the first transport connection is included in an unused header field of the first acknowledgment packet and is included in an unused header field of the second acknowledgment packet. receive a data packet via a first transport connection of the set of transport connections, wherein the data packet is a user data packet belonging to a first user data flow; and configured to: send , via the first transport connection, a first acknowledgment packet acknowledging receipt of the data packet via the first transport connection; and characterized by being configured to send , via a second transport connection of the set of transport connections, a second acknowledgment packet acknowledging receipt of the data packet via the first transport connection, wherein the first acknowledgment packet and the second acknowledgment packet each include an identifier associated with the first transport connection, and wherein the identifier associated with the first transport connection is included in an unused header field of the first acknowledgment packet and is included in an unused header field of the second acknowledgment packet. send , via the first transport connection, a first acknowledgment packet acknowledging receipt of the data packet via the first transport connection; and characterized by being configured to send , via a second transport connection of the set of transport connections, a second acknowledgment packet acknowledging receipt of the data packet via the first transport connection, wherein the first acknowledgment packet and the second acknowledgment packet each include an identifier associated with the first transport connection, and wherein the identifier associated with the first transport connection is included in an unused header field of the first acknowledgment packet and is included in an unused header field of the second acknowledgment packet.
An enzyme granulate comprising a carrier and an enzyme, and wherein the granulate comprises from 0.015 to 0.1 wt% of vegetable oil.
A container comprising: an end wall having a rivet and a frangible score line that defines a curved tongue shaped panel having a semicircular arcing portion from a first lateral side to a proximal side and to a second lateral side , continuing to a distal looping portion that encompasses the rivet on a distal side and the first lateral side, the frangible score line terminating at each end substantially on a radial line extending from a lever mounting hole ; and a tab that is riveted to the end wall to act as second-degree lever and comprising: a first actuating point extending toward the distal looping portion of the frangible score line; and a fulcrum portion extending opposite to the first actuating point and terminating within the curved tongue shape, such that lifting of the first actuating point pulls upward on the curved tongue shaped panel at the distal looping portion imparting a shear force of the frangible score line to initiate upward rolling of an extended portion of the curved tongue shaped panel; the container characterized in that the tab further comprises a second actuating point extending across a second lateral side portion of the frangible scored line and that is intended to be actuated after the first actuating point to roll up the curved tongue shaped panel toward the first lateral side. an end wall having a rivet and a frangible score line that defines a curved tongue shaped panel having a semicircular arcing portion from a first lateral side to a proximal side and to a second lateral side , continuing to a distal looping portion that encompasses the rivet on a distal side and the first lateral side, the frangible score line terminating at each end substantially on a radial line extending from a lever mounting hole ; and a tab that is riveted to the end wall to act as second-degree lever and comprising: a first actuating point extending toward the distal looping portion of the frangible score line; and a fulcrum portion extending opposite to the first actuating point and terminating within the curved tongue shape, such that lifting of the first actuating point pulls upward on the curved tongue shaped panel at the distal looping portion imparting a shear force of the frangible score line to initiate upward rolling of an extended portion of the curved tongue shaped panel; a first actuating point extending toward the distal looping portion of the frangible score line; and a fulcrum portion extending opposite to the first actuating point and terminating within the curved tongue shape, such that lifting of the first actuating point pulls upward on the curved tongue shaped panel at the distal looping portion imparting a shear force of the frangible score line to initiate upward rolling of an extended portion of the curved tongue shaped panel; the container characterized in that the tab further comprises a second actuating point extending across a second lateral side portion of the frangible scored line and that is intended to be actuated after the first actuating point to roll up the curved tongue shaped panel toward the first lateral side.
A subscriber identity module (eUICC), - comprising profiles for the utilization of a mobile terminal in mobile communication networks, wherein the profiles comprise at least a first profile and at least a second profile, of which the second profile (Pr1, Pr2) is devised as an active profile, - devised to receive and to process an authentication command (AUTHENTICATE) parameterized with a network parameter (P2), and as a result of this to compute authentication data for a mobile communication network determined by a network value of the network parameter (P2), characterized in that the first profile is designed as a root profile (PrR) which in a normal state of the subscriber identity module is in an inactive state, and which is devised to be activated, in response to an authentication command (AUTHENTICATE) received at the subscriber identity module, said authentication command being specially parameterized with a root value (FF; b3b2b1=111; ...) of the network parameter (P2), specific to the root profile (PrR), during a change-over period, wherein the initially active second profile (Pr1, Pr2) is deactivated during the change-over period, and wherein after the end of the change-over period, the first profile (PrR) is again deactivated and the second profile (Pr1, Pr2) is again automatically activated, wherein the change-over period is limited in time to the duration of the processing of the specifically parameterized authentication command. - comprising profiles for the utilization of a mobile terminal in mobile communication networks, wherein the profiles comprise at least a first profile and at least a second profile, of which the second profile (Pr1, Pr2) is devised as an active profile, - devised to receive and to process an authentication command (AUTHENTICATE) parameterized with a network parameter (P2), and as a result of this to compute authentication data for a mobile communication network determined by a network value of the network parameter (P2),
A refrigeration system comprising: an electrical generator coupled to a mechanical interface , the mechanical interface configured to transfer mechanical energy from a vehicle to the electrical generator; a control module connected to the electrical generator via electrical wiring ; an electrically-driven refrigeration unit coupled to the control module; a battery coupled to the control module via electrical wiring, wherein the control module is adapted to provide electrical power to the refrigeration unit from the electrical generator or the battery and is further adapted to charge the battery with electrical energy not needed for operating the refrigeration unit; and characterised in that the mechanical interface includes a geared brake drum cylinder coupled to the electrical generator via a driven gear and a shaft , and wherein the geared brake drum cylinder rotates with a wheel of the vehicle, and, in turn, the driven gear and the shaft drives the electrical generator an electrical generator coupled to a mechanical interface , the mechanical interface configured to transfer mechanical energy from a vehicle to the electrical generator; a control module connected to the electrical generator via electrical wiring ; an electrically-driven refrigeration unit coupled to the control module; a battery coupled to the control module via electrical wiring, wherein the control module is adapted to provide electrical power to the refrigeration unit from the electrical generator or the battery and is further adapted to charge the battery with electrical energy not needed for operating the refrigeration unit; and characterised in that the mechanical interface includes a geared brake drum cylinder coupled to the electrical generator via a driven gear and a shaft , and wherein the geared brake drum cylinder rotates with a wheel of the vehicle, and, in turn, the driven gear and the shaft drives the electrical generator
Grown HPHT synthetic diamond material with a nitrogen concentration less than 5 parts per million having a density of dislocations and stacking faults as characterized by X-ray topography of below 400/cm 2 .
Method for managing torque taken from a heat engine (MTH) by an alternator (ALT) to produce electricity in order to meet an electrical need, the method comprising the steps of: - determination of electrical needs, - determination and application of a torque setpoint to be taken from the heat engine (MTH) by the alternator (ALT) to meet the determined electrical need, this setpoint being progressive according to a first ramp (P1) of torque rise , when a stall of the heat engine (MTH) is detected during the gradual rise of the torque setpoint to be taken, the heat engine (MTH) is restarted and a torque setpoint to be taken from the heat engine ( MTH) by the alternator (ALT) is applied according to a second torque rise ramp (P2), characterized in that this second ramp (P2) is lower than the first ramp (P1) applied before the engine stalls. - determination of electrical needs, - determination and application of a torque setpoint to be taken from the heat engine (MTH) by the alternator (ALT) to meet the determined electrical need, this setpoint being progressive according to a first ramp (P1) of torque rise , when a stall of the heat engine (MTH) is detected during the gradual rise of the torque setpoint to be taken, the heat engine (MTH) is restarted and a torque setpoint to be taken from the heat engine ( MTH) by the alternator (ALT) is applied according to a second torque rise ramp (P2), characterized in that this second ramp (P2) is lower than the first ramp (P1) applied before the engine stalls.
A method of producing gears by a face hobbing cutting process with a face hobbing motion between gear and cutter, the cutter comprising a face hobbing cutter head having consecutive blade mounting slots configured for a blade orientation of inside cutting blades and outside cutting blades when positioned in the face hobbing cutter head, the method comprising grinding 3-face ground cutting blades, including: providing said inside cutting blades and outside cutting blades wherein each of said inside and outside cutting blades comprises a plurality of grinding surfaces including at least a cutting side surface, a clearance side relief surface and a front face, said inside cutting blade and said outside cutting blade to be positioned in said consecutive blade mounting slots of said face hobbing cutter headfor said gear production, said method being characterized by grinding at least one of said cutting side surface, said clearance side relief surface and said front face on each of said inside cutting blade and said outside cutting blade to produce, on each of said inside cutting blade and said outside cutting blade, angles realizing as a result of said face hobbing motion at least a predetermined effective cutting edge hook angle and a predetermined effective cutting side rake angle, grinding the front face of at least one of said inside cutting blade and said outside cutting blade whereby when positioned in said consecutive blade mounting slots of said face hobbing cutter head, the front face of said inside cutting blade and the front face of said outside cutting blade defining an initial blade spacing angle φ which is the slot spacing angle of the face hobbing cutter head. providing said inside cutting blades and outside cutting blades wherein each of said inside and outside cutting blades comprises a plurality of grinding surfaces including at least a cutting side surface, a clearance side relief surface and a front face, said inside cutting blade and said outside cutting blade to be positioned in said consecutive blade mounting slots of said face hobbing cutter headfor said gear production, said method being characterized by grinding at least one of said cutting side surface, said clearance side relief surface and said front face on each of said inside cutting blade and said outside cutting blade to produce, on each of said inside cutting blade and said outside cutting blade, angles realizing as a result of said face hobbing motion at least a predetermined effective cutting edge hook angle and a predetermined effective cutting side rake angle, grinding the front face of at least one of said inside cutting blade and said outside cutting blade whereby when positioned in said consecutive blade mounting slots of said face hobbing cutter head, the front face of said inside cutting blade and the front face of said outside cutting blade defining an initial blade spacing angle φ which is the slot spacing angle of the face hobbing cutter head.
Method for securely acquiring optically displayed display data (ZS) of a display device (AG), wherein a) the display data (ZS) and individual optical features (IM) of the display device (AG) are acquired by an acquisition apparatus (C), wherein manufacturing marks on the display device (AG) that are based on manufacturing tolerances, milling marks or grinding marks on the display device (AG), scratches on a cover or on another surface of the display device (AG) or a grain, a pore or an alloy structure of the display device (AG) are acquired as optical features (IM), b) key data (KD) are generated depending on the acquired optical features (IM), c) the acquired display data (ZS) are encrypted on the basis of the generated key data (KD) to form a message (ENC), and d) the message (ENC) is output. a) the display data (ZS) and individual optical features (IM) of the display device (AG) are acquired by an acquisition apparatus (C), wherein manufacturing marks on the display device (AG) that are based on manufacturing tolerances, milling marks or grinding marks on the display device (AG), scratches on a cover or on another surface of the display device (AG) or a grain, a pore or an alloy structure of the display device (AG) are acquired as optical features (IM), b) key data (KD) are generated depending on the acquired optical features (IM), c) the acquired display data (ZS) are encrypted on the basis of the generated key data (KD) to form a message (ENC), and d) the message (ENC) is output.
Assembly for connecting a windscreen wiper drive arm to a vehicle drive shaft , the connection assembly comprising at least one fixing device configured to rotatably connect the drive arm to the drive shaft and at least one cover mounted pivotably on the fixing device by means of a pivoting connection , the cover being configured to adopt a closed position (PF) in which it prohibits access to a fixing zone between the fixing device and the drive shaft or an open position (PO) in which it permits access to the fixing zone between the fixing device and the drive shaft , this pivoting connection comprising at least one bore and at least one trunnion received in the bore , the connection assembly comprising at least one device for locking the open position (PO) of the cover , this locking device being arranged on the inner perimeter of the bore and on the outer perimeter of the trunnion , characterized in that the trunnion comprises at least two deformable prongs connected to each other by a bridge of material , the trunnion being C-shaped as seen from the bore receiving the trunnion .
A method for improved gear shifting of a vehicle having an Otto-engine and a manually actuated clutch of the vehicle transmission, comprising the steps of: - determining a first set (S1) of condition parameter values, said parameters comprising clutch position (CP), requested engine torque (Tq_demand) and engine speed (Neng); - determining if said first set (S1) of condition parameter values meet first predetermined conditions; - if said first predetermined conditions of said first set of condition parameter values are met, activating a function (F) for interrupting fuel provision of said engine before disengaging said vehicle transmission during gear shifting, wherein the function (F) for interrupting fuel provision is activated when it is determined that said clutch has been disengaged to a certain extent and that said requested engine torque is below a certain low value and that said engine speed exceeds a certain value. - determining a first set (S1) of condition parameter values, said parameters comprising clutch position (CP), requested engine torque (Tq_demand) and engine speed (Neng); - determining if said first set (S1) of condition parameter values meet first predetermined conditions; - if said first predetermined conditions of said first set of condition parameter values are met, activating a function (F) for interrupting fuel provision of said engine before disengaging said vehicle transmission during gear shifting, wherein the function (F) for interrupting fuel provision is activated when it is determined that said clutch has been disengaged to a certain extent and that said requested engine torque is below a certain low value and that said engine speed exceeds a certain value.
An optical system for use in a near-eye display device for projecting a virtual image, the optical system comprising: an optical unit defining a light guiding channel for guiding input light indicative of the virtual image through said channel and providing output light with a field of view, said output light having a predetermined non-uniform intensity profile (IP 1 ) across said field of view; and a masking optical element optically coupled to an output of said optical unit for output light passage through the masking optical element , said masking optical element having a spatially varying transmission profile across said masking optical element configured in accordance with intensity non-uniformities due to a non-uniform transfer function of said optical unit , to affect regions of relatively high light intensity within said intensity profile to thereby apply intensity modulation to light passing through the masking optical element to provide the virtual image with improved light intensity uniformity characterized in that said masking optical element comprises a pattern of successive regions of continuously varying transmission, thereby providing said spatially varying transmission profile, wherein said pattern providing the spatially varying transmission profile is defined by at least one of the following: (a) said pattern comprises a predetermined arrangement of said regions defined by predetermined dimensions of the regions, spaces between them, and optical density of said regions; (b) said pattern corresponds to a projection of said predetermined non-uniform intensity profile (IP 1 ) across said field of view onto said masking optical element . an optical unit defining a light guiding channel for guiding input light indicative of the virtual image through said channel and providing output light with a field of view, said output light having a predetermined non-uniform intensity profile (IP 1 ) across said field of view; and a masking optical element optically coupled to an output of said optical unit for output light passage through the masking optical element , said masking optical element having a spatially varying transmission profile across said masking optical element configured in accordance with intensity non-uniformities due to a non-uniform transfer function of said optical unit , to affect regions of relatively high light intensity within said intensity profile to thereby apply intensity modulation to light passing through the masking optical element to provide the virtual image with improved light intensity uniformity characterized in that
A device for setting and retrieving a reference point during a surgical operation, with an endoscope which captures several images successively as an image sequence and generates image data corresponding to the images, with at least one control unit and at least one display unit , wherein the at least one control unit processes the image data and outputs images corresponding to the image data on the at least one display unit , wherein the control unit is configured to determine the position of a point of the optical axis of the endoscope or of an axis parallel to the optical axis of the endoscope in the object plane , or the position of a line segment on the optical axis of the endoscope or on an axis parallel to the optical axis of the endoscope with a point in the object plane at a first point in time as a first position, the first position being settable by a user input via a user interface as a first reference point , wherein the control unit is further configured to determine the position of a point of the optical axis of the endoscope or of the axis parallel to the optical axis of the endoscope in the object plane , or the position of the line segment on the optical axis of the endoscope or on the axis parallel to the optical axis of the endoscope at a second point in time as a second position , wherein the control unit is further configured to determine a first distance vector between the first position and the second position , wherein the control unit outputs on the display unit an information based on the first distance vector together with an image captured at or after the second point in time.