mhurhangee/ep-ind-claims huggingface dataset:
Dual-fuel fuel injector for an internal combustion engine, comprising - a first injection device for injecting a first fuel, and - at least one second injection device (9.1, 9.2) for injecting a second fuel, wherein the second fuel being different from the first fuel, wherein the at least one second injection device (9.1, 9.2) - with respect to a longitudinal axis of the dual-fuel fuel injector - being arranged at a greater radial distance from the longitudinal axis than the first injection device, and having - a first port for supplying the first fuel and a second port for supplying the second fuel, wherein - the first port is fluid-connected to the first injection device for supplying the gaseous first fuel, and the second port is fluid-connected to the second injection device (9.1, 9.2) for supplying the liquid second fuel, characterized in that - a plurality of second injection devices (9.1, 9.2) is arranged around the first injection device, and/or in that - each injection device (7, 9.1, 9.2) has an axially stroke-controllable nozzle needle (15, 23.1, 23.2), a sealing seat (17, 25.1, 25.2), and a blind hole (19, 27.1, 27.2) downstream of the sealing seat (17, 25.1, 25.2), wherein the blind hole (19, 27.1, 27.2) being fluid-connected to at least one injection bore (21, 29.1, 29.2). - a first injection device for injecting a first fuel, and - at least one second injection device (9.1, 9.2) for injecting a second fuel, wherein the second fuel being different from the first fuel, wherein the at least one second injection device (9.1, 9.2) - with respect to a longitudinal axis of the dual-fuel fuel injector - being arranged at a greater radial distance from the longitudinal axis than the first injection device, and having - a first port for supplying the first fuel and a second port for supplying the second fuel, wherein - the first port is fluid-connected to the first injection device for supplying the gaseous first fuel, and the second port is fluid-connected to the second injection device (9.1, 9.2) for supplying the liquid second fuel, - a plurality of second injection devices (9.1, 9.2) is arranged around the first injection device, and/or in that - each injection device (7, 9.1, 9.2) has an axially stroke-controllable nozzle needle (15, 23.1, 23.2), a sealing seat (17, 25.1, 25.2), and a blind hole (19, 27.1, 27.2) downstream of the sealing seat (17, 25.1, 25.2), wherein the blind hole (19, 27.1, 27.2) being fluid-connected to at least one injection bore (21, 29.1, 29.2).
A method of managing multimode gaming servers within a data center, the method comprising: setting more than 50% of a plurality of multimode gaming servers in a game mode, each multimode gaming server having a central processing unit ("CPU"), a graphics processing unit ("GPU"), and a video encoder, and accumulating video render jobs in a queue; monitoring demand for gaming in a data center unit comprising the plurality of multimode gaming servers; determining when demand for gaming falls below a threshold by analyzing a rate of requests for new game sessions; upon said determining, transitioning a subset of the plurality of multimode gaming servers from the game mode to a video render mode; and assigning a stored video render job to a multimode game server in the subset, wherein the queue prioritizes the accumulated video render jobs to assign the most urgent video render jobs first, wherein the assigned video render job is a game snippet and the game snippet is rendered by executing game code on the multimode gaming server to regenerate a video image of recorded game action and then encoding the video image, wherein the game snippet is encoded in a higher resolution than the resolution rendered during gameplay, wherein the game snippet is created by a multimode game server in the subset executing the video game using recorded game geometry, recorded game state information and game code, and wherein accumulating a video render job in the queue encompasses game geometry and game state information to be included in the video render job. setting more than 50% of a plurality of multimode gaming servers in a game mode, each multimode gaming server having a central processing unit ("CPU"), a graphics processing unit ("GPU"), and a video encoder, and accumulating video render jobs in a queue; monitoring demand for gaming in a data center unit comprising the plurality of multimode gaming servers; determining when demand for gaming falls below a threshold by analyzing a rate of requests for new game sessions; upon said determining, transitioning a subset of the plurality of multimode gaming servers from the game mode to a video render mode; and assigning a stored video render job to a multimode game server in the subset, wherein the queue prioritizes the accumulated video render jobs to assign the most urgent video render jobs first,
A pharmaceutical composition for use in the prevention or/and treatment of a neurodegenerative disease, the composition comprising desPro 36 Exendin-4 -Lys 6 -NH 2 or/and a pharmaceutically acceptable salt thereof, and optionally a pharmaceutically acceptable carrier, adjuvant, or/and auxiliary substance.
A self-attaching nut for attachment to a panel, characterized in that it comprises: a central pilot portion having a bore therethrough and a generally cylindrical outer surface; a flange portion surrounding said outer surface of said pilot portion including an annular groove surrounding said pilot portion having a substantially V-shaped bottom wall extending radially outwardly from said outer surface of said pilot portion and a generally planar panel support surface surrounding said annular groove extending substantially perpendicular to an axis of said bore; and a plurality of circumferentially spaced radial ribs on said panel support surface of said flange portion extending into said annular groove, but spaced from said outer surface of said pilot portion, said radial ribs being convex, projecting from said panel support surface having side faces and a top spaced above said panel support surface, and said radial ribs being triangular in cross-section having side faces and a rounded top surface.
A method for assigning a service quality of a radio access network to a wireless connection, comprising the steps: - a mobile application establishes a wireless connection (20, 21) to an application backend via an access node (31, 32) of a radio access network; wherein - the mobile application transmits a quality function (130, 131, 132, 133, 230, 231, 232, 233) to the radio access network, wherein the quality function (130, 131, 132, 133, 230, 231, 232, 233) is transmitted as a quality matrix (300, 400, 500) with discrete latency values as row indices of the quality matrix (300, 400, 500) and discrete data rate values as column indices of the quality matrix (300, 400, 500) and quality indices (301, 401, 501) as matrix elements of the quality matrix (300, 400, 500); and - a scheduler of the radio access network assigns a service quality of the radio access network to the established wireless connection (20, 21) depending on the transmitted quality function (130, 131, 132, 133, 230, 231, 232, 233), wherein a predefined combination of a minimum data rate and a maximum latency for uplink and downlink, respectively, is assigned as parameters of the service quality. - a mobile application establishes a wireless connection (20, 21) to an application backend via an access node (31, 32) of a radio access network; - the mobile application transmits a quality function (130, 131, 132, 133, 230, 231, 232, 233) to the radio access network, wherein the quality function (130, 131, 132, 133, 230, 231, 232, 233) is transmitted as a quality matrix (300, 400, 500) with discrete latency values as row indices of the quality matrix (300, 400, 500) and discrete data rate values as column indices of the quality matrix (300, 400, 500) and quality indices (301, 401, 501) as matrix elements of the quality matrix (300, 400, 500); and - a scheduler of the radio access network assigns a service quality of the radio access network to the established wireless connection (20, 21) depending on the transmitted quality function (130, 131, 132, 133, 230, 231, 232, 233), wherein a predefined combination of a minimum data rate and a maximum latency for uplink and downlink, respectively, is assigned as parameters of the service quality.
An apparatus for producing a center-filled extrudate comprising: an extruder capable of forming an extrudate comprising a plurality of adjoining confectionery ropes, wherein a plurality of center-filled ropes form an integral extrudate; and a forming device comprising a rotating drum having a plurality of first forming members disposed on an outer surface of the rotating drum; said rotating drum being rotatable around an axis, characterized in that it further comprises a forming panel adjacent to and moveable along an axis that is substantially parallel to the axis of rotation of the rotating drum, the forming panel having a plurality of second forming members (208 cooperatively engageable with the plurality of first forming members and capable of simultaneously forming a plurality of center-filled confectionery pieces from each center-filled rope of the integral extrudate. an extruder capable of forming an extrudate comprising a plurality of adjoining confectionery ropes, wherein a plurality of center-filled ropes form an integral extrudate; and a forming device comprising a rotating drum having a plurality of first forming members disposed on an outer surface of the rotating drum; said rotating drum being rotatable around an axis, characterized in that it further comprises a forming panel adjacent to and moveable along an axis that is substantially parallel to the axis of rotation of the rotating drum, the forming panel having a plurality of second forming members (208 cooperatively engageable with the plurality of first forming members and capable of simultaneously forming a plurality of center-filled confectionery pieces from each center-filled rope of the integral extrudate.
Drawer made from plastics or metal, having a base, two side walls which in the region of the upper longitudinal edges thereof are in each case equipped with one duct-type side frame which is destined for receiving pull-out guides, and having a front wall which is configured as a front cover plate or as a front cover plate support and is equipped with a plurality of fixing lugs (6, 7) which are assigned corresponding holding means (8, 9, 13), wherein the front wall is secured to the front side of the drawer by way of the fixing lugs (6, 7) and of the holding means (8, 9, 13), characterized in that the front wall is connected to the side walls and to the base, wherein the holding means (8, 9, 13) corresponding with the fixing lugs (6, 7) are disposed in the side frames, on the one hand, and in the base, on the other hand.
A speech input method, comprising: detecting whether a user's face is in proximity to a speech input device including at least two microphones; obtaining audio signals through sound collection by the at least two microphones of single directivity obtained by performing a process of adjusting directivity of the at least two microphones by adjusting a phase of each of the obtained signals; and performing correction processing by the speech input device on the obtained audio signal when it is detected that the user's face is in proximity to the speech input device, wherein the obtained audio signals are obtained through sound collection by each of the at least two microphones, characterized in that the correction processing includes a process of converting single directivity of the at least two microphones into omni-directional directivity by not performing the process of adjusting directivity of the at least two microphones by adjusting a phase of each of the obtained audio signals. detecting whether a user's face is in proximity to a speech input device including at least two microphones; obtaining audio signals through sound collection by the at least two microphones of single directivity obtained by performing a process of adjusting directivity of the at least two microphones by adjusting a phase of each of the obtained signals; and performing correction processing by the speech input device on the obtained audio signal when it is detected that the user's face is in proximity to the speech input device, wherein the obtained audio signals are obtained through sound collection by each of the at least two microphones, characterized in that the correction processing includes a process of converting single directivity of the at least two microphones into omni-directional directivity by not performing the process of adjusting directivity of the at least two microphones by adjusting a phase of each of the obtained audio signals.
A fully sealed pouch containing a drink and a straw; the pouch having a front face and a rear face, and defining: a top edge where the front face and the rear face are sealed to each other, a bottom portion where the front face and the rear face are connected to each other optionally via a gusset, a first side edge extending from the top edge to the bottom portion, the front face being sealed to the rear face along the first side edge, and a second side edge also extending from the top edge to the bottom portion, the front face and the rear face either being continuous with each other or sealed to each other at the second side edge, and a corner portion being defined between the top edge and the first side edge; the interior volume of the pouch being divided into a minor portion in which the straw is located the minor portion being adjacent the first side edge and extending into the corner portion to define a headspace for one end of the straw, and a major portion communicating with the minor portion; and a predetermined tear line being defined in the corner portion along a line that extends from a position at or adjacent the first side edge, and across the minor portion where it extends into the corner portion, the tear line constraining a user seeking access to the straw readily to tear therealong to expose said end of the straw and to allow the user thereafter to drink from the pouch via the straw; characterised in that the corner portion defines a region extending from the top edge and the first side edge into the body of the pouch throughout which the front face and the rear face are sealed to each other except where the minor portion extends into the corner portion to define the said headspace, in that the predetermined tear line, after crossing the minor portion where it extends into the corner portion, extends along a curved path (26, 31) to or adjacent to the top edge at a position (27, 32) spaced from the join between the top edge and the first side edge, and in that the straw is fixed in position by being attached to at least one of the front face and the rear face with the said end of the straw being located at or adjacent a top end of the headspace within the corner portion.
A method, comprising: determining, at an enterprise network system and during initiation of a voice channel from the enterprise network system to a mobile device, the voice channel being at least in part over a wireless network, whether: a call from an infrastructure component of the wireless network has been received at the enterprise network system, and the call is correlated with the mobile device; and responsive to determining that the call has been received at the enterprise network system and that the call is correlated with the mobile device, entering a failure mode. determining, at an enterprise network system and during initiation of a voice channel from the enterprise network system to a mobile device, the voice channel being at least in part over a wireless network, whether: a call from an infrastructure component of the wireless network has been received at the enterprise network system, and the call is correlated with the mobile device; and a call from an infrastructure component of the wireless network has been received at the enterprise network system, and the call is correlated with the mobile device; and responsive to determining that the call has been received at the enterprise network system and that the call is correlated with the mobile device, entering a failure mode.
An electric brushless DC (BLDC) motor comprising: a motor housing having a substantially cylindrical body and a back plate; a stator housed within the motor housing; a rotor pivotably arranged inside the stator, the rotor comprising a rotor shaft, a rotor core rotatably mounted on the rotor shaft and housing a plurality of rotor magnets therein, and a sense magnet ring affixed to the rotor shaft and having a plurality of magnets aligned with the rotor magnets; wherein the cylindrical body of the motor housing defining a slot at or proximate the back plate; and a positional sensor board having a plurality of positional sensors mounted thereon, the positional sensor board being received through the slot of the motor housing to dispose the positional sensors in close proximity to the sense magnet ring; wherein the positional sensors comprise a plurality of Hall sensors mounted on a first surface thereof facing the sense magnet, a second surface of the positional sensor board being in contact with an inner surface of the back plate of the motor housing when the positional sensor board is fully inserted into the slot. a motor housing having a substantially cylindrical body and a back plate; a stator housed within the motor housing; a rotor pivotably arranged inside the stator, the rotor comprising a rotor shaft, a rotor core rotatably mounted on the rotor shaft and housing a plurality of rotor magnets therein, and a sense magnet ring affixed to the rotor shaft and having a plurality of magnets aligned with the rotor magnets; wherein the cylindrical body of the motor housing defining a slot at or proximate the back plate; and a positional sensor board having a plurality of positional sensors mounted thereon, the positional sensor board being received through the slot of the motor housing to dispose the positional sensors in close proximity to the sense magnet ring; wherein the positional sensors comprise a plurality of Hall sensors mounted on a first surface thereof facing the sense magnet, a second surface of the positional sensor board being in contact with an inner surface of the back plate of the motor housing when the positional sensor board is fully inserted into the slot.
A can bodymaker comprising a ram assembly, wherein said can bodymaker includes a drive mechanism imparting a reciprocal motion to said ram assembly, said ram assembly comprising: an elongated ram body, wherein said ram body extends generally horizontally; said ram body includes a proximal end, a medial portion, and a distal end; a carriage assembly; said ram body proximal end coupled to said carriage assembly, characterised in that said elongated ram body is generally hollow and whereby said ram body is a cantilever member; wherein the ram body does not extend through a bearing assembly such that the cantilever length of said cantilever member remains constant during the reciprocal motion of said carriage assembly; a tension assembly including an elongated support member; said tension assembly support member including a proximal end and a distal end; said tension assembly support member substantially disposed within said ram body; said tension assembly support member proximal end coupled to said ram body proximal end; and said tension assembly support member distal end coupled to one of said ram body· medial portion or said ram body distal end. an elongated ram body, wherein said ram body extends generally horizontally; said ram body includes a proximal end, a medial portion, and a distal end; a carriage assembly; said ram body proximal end coupled to said carriage assembly, characterised in that said elongated ram body is generally hollow and whereby said ram body is a cantilever member; wherein the ram body does not extend through a bearing assembly such that the cantilever length of said cantilever member remains constant during the reciprocal motion of said carriage assembly; a tension assembly including an elongated support member; said tension assembly support member including a proximal end and a distal end; said tension assembly support member substantially disposed within said ram body; said tension assembly support member proximal end coupled to said ram body proximal end; and said tension assembly support member distal end coupled to one of said ram body· medial portion or said ram body distal end.
A surgically implantable reservoir for implantation into a patient for use in an iontophoresis system for local drug delivery through a target site of internal body tissue, the iontophoresis system including a source electrode and a counter electrode in electrical communication with the source electrode for forming a localized electric field at the target site, the reservoir comprising: a housing having an inner surface defining an enclosed chamber and an inlet opening and an outlet opening for flow of fluid including the drug through the chamber from the inlet opening to the outlet opening; a platform extending inwardly into the chamber from the inner surface of the housing between the inlet opening and the outlet opening such that the platform and an adjacent portion of the inner surface of the housing define a trough surrounding the platform, the platform adapted for holding the source electrode; and means for securing the housing to the tissue of the target site, wherein the reservoir is configured such that fluid flow through the reservoir from the inlet opening to the outlet opening moves gas bubbles formed by electrolysis from the surface of the source electrode and carries the bubbles through the outlet opening. a housing having an inner surface defining an enclosed chamber and an inlet opening and an outlet opening for flow of fluid including the drug through the chamber from the inlet opening to the outlet opening; a platform extending inwardly into the chamber from the inner surface of the housing between the inlet opening and the outlet opening such that the platform and an adjacent portion of the inner surface of the housing define a trough surrounding the platform, the platform adapted for holding the source electrode; and means for securing the housing to the tissue of the target site,
Packaging for a powdered material comprising: a thermoformed tub for receiving the material, the tub having a base and a peripheral wall of polymeric material with a top edge; an outer carton sleeve enclosing the peripheral wall of the tub around its complete periphery, thereby engaging and supporting the peripheral wall of the tub; characterized in that said packaging further comprises, a removable membrane for separating the powdered material in the tub from the environment; and a lid assembly comprising a peripheral rim for connection over the top edge of the peripheral wall of the tub and defining a wide access opening and a lid, hingedly attached to the rim for reclosing the access opening. a thermoformed tub for receiving the material, the tub having a base and a peripheral wall of polymeric material with a top edge; an outer carton sleeve enclosing the peripheral wall of the tub around its complete periphery, thereby engaging and supporting the peripheral wall of the tub; characterized in that said packaging further comprises, a removable membrane for separating the powdered material in the tub from the environment; and a lid assembly comprising a peripheral rim for connection over the top edge of the peripheral wall of the tub and defining a wide access opening and a lid, hingedly attached to the rim for reclosing the access opening.