mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a valve body; a shaft extending into the valve body, the shaft to rotate relative to the valve body; and a seal disposed outside of the valve body and fixedly coupled to the valve body and the shaft to provide a fluid seal between the shaft and a cavity within the valve body, the seal comprising a flexible sleeve (118; 800) surrounding a portion of the shaft disposed outside the valve body, the sleeve (118; 800) having a first end (120; 808) and a second end (122; 810), the first end (120; 808) of the sleeve (118; 800) being coupled to an exterior surface of the valve body, and the second end (122; 810) of the sleeve (118; 800) being coupled to the shaft, wherein the sleeve (118; 800) has a first corrugated portion (126; 802) and a second corrugated portion (124; 804), the first corrugated portion (126; 802) comprising a plurality of folds (130; 812) running along a length of the seal, the second corrugated portion (124; 804) comprising a plurality of folds (138; 814) extending around a circumference of the seal, wherein the first corrugated portion (126; 802) enables the seal to elastically deform and twist when the first end (120; 808) of the seal rotates relative to the second end (122; 810) of the seal, and wherein if a first length of the first corrugated portion (126; 802) increases or decreases when the first corrugated portion (126; 802) twists, the first corrugated portion may compress or expand the second corrugated (124; 804) portion such that the seal may substantially maintain a given length when the first corrugated portion (126; 802) twists as a result of rotation of the shaft, characterized by a retainer (600; 700) surrounding the first corrugated portion of the sleeve, wherein the retainer (600; 700) substantially retains a girth of the sleeve by preventing or limiting radial expansion of the first corrugated portion of the sleeve, and the retainer comprises a cylinder surrounding the sleeve, the retainer having a length substantially similar to the length of the sleeve. a valve body; a shaft extending into the valve body, the shaft to rotate relative to the valve body; and a seal disposed outside of the valve body and fixedly coupled to the valve body and the shaft to provide a fluid seal between the shaft and a cavity within the valve body, the seal comprising a flexible sleeve (118; 800) surrounding a portion of the shaft disposed outside the valve body, the sleeve (118; 800) having a first end (120; 808) and a second end (122; 810), the first end (120; 808) of the sleeve (118; 800) being coupled to an exterior surface of the valve body, and the second end (122; 810) of the sleeve (118; 800) being coupled to the shaft,
A burner cap base for a burner of a gas cooktop, comprising an outer ring gas inlet and a groove used for accommodating gas, wherein the outer ring gas inlet is used for allowing gas supplied by an outer ring gas injector to enter the burner cap base, the burner cap base further comprises a plurality of gas guide slots, wherein each gas guide slot communicates the groove and the outer ring gas inlet, wherein the burner cap base further comprises a plurality of flow division portions, the outer ring gas inlet is divided into a plurality of gas division openings (42a, 42b, 42c) by the flow division portion, characterized in that each gas guide slot corresponds to at least one flow division portion, and wherein each flow division portion directly faces toward the center location of one of the gas guide slots.
A medicament for use in a method of treating glioblastoma multiforme, wherein said medicament comprises a therapeutically effective quantity of a substituted hexitol derivative selected from the group consisting of dianhydrogalactitol, diacetyldianhydrogalactitol, and dibromodulcitol, and wherein the substituted hexitol derivative is effective in suppressing the growth of cancer cells resistant to temozolomide.
A computer-implemented method comprising: determining, by a computing device, a context associated with the computing device; based on the context associated with the computing device, determining a hotword, and after determining the hotword, receiving a hotword model that corresponds to the hotword, wherein the hotword model includes noise specific to the context associated with the computing device; after determining the hotword, receiving audio data that corresponds to an utterance; determining, using the hotword model, that the audio data includes the hotword; and in response to determining that the audio data includes the hotword, performing an operation associated with the hotword. determining, by a computing device, a context associated with the computing device; based on the context associated with the computing device, determining a hotword, and after determining the hotword, receiving a hotword model that corresponds to the hotword, wherein the hotword model includes noise specific to the context associated with the computing device; after determining the hotword, receiving audio data that corresponds to an utterance; determining, using the hotword model, that the audio data includes the hotword; and in response to determining that the audio data includes the hotword, performing an operation associated with the hotword.
A mobile device, comprising: a main body (210, 310) provided with an input device; and a cover portion (250, 350) including a display unit (251, 351), the cover portion including a first bezel portion (261, 361) and a second bezel portion (262, 362), the second bezel portion having a hinge portion (240, 340) to couple the cover portion to the main body, wherein the first bezel portion (261, 361) is formed along three adjacent sides of the display unit, and the second bezel portion (262, 362) is formed along only one side of the display unit, wherein the first bezel portion (261, 361) includes a fastening portion of the display unit and the second bezel portion (262, 362) includes a camera (255, 355) wherein a width of the first bezel portion (261, 361) is formed to be narrower than a width of the second bezel portion (262, 362), and wherein the hinge portion includes a plurality of hinges separated by a predetermined distance and the camera is disposed at a region between two of the plurality of hinges. a main body (210, 310) provided with an input device; and a cover portion (250, 350) including a display unit (251, 351), the cover portion including a first bezel portion (261, 361) and a second bezel portion (262, 362), the second bezel portion having a hinge portion (240, 340) to couple the cover portion to the main body, wherein the first bezel portion (261, 361) is formed along three adjacent sides of the display unit, and the second bezel portion (262, 362) is formed along only one side of the display unit, wherein the first bezel portion (261, 361) includes a fastening portion of the display unit and the second bezel portion (262, 362) includes a camera (255, 355) wherein a width of the first bezel portion (261, 361) is formed to be narrower than a width of the second bezel portion (262, 362), and wherein the hinge portion includes a plurality of hinges separated by a predetermined distance and the camera is disposed at a region between two of the plurality of hinges.
Method for extending the illumination of an object under investigation in which the object under investigation is illuminated with an electromagnetic microwave signal (15, 17) which is radiated from at least one transmission antenna and the microwave signal (16, 18) reflected from the object under investigation is received by at least one reception antenna, characterised in that an image of the object under investigation is reconstructed from the reflected microwave signal (16, 18) by purely computational synthetic focusing, wherein at least one plane reflector element is arranged oriented towards the object under investigation and the microwave signals reflected from the reflector element and from the object under investigation are received in each reception antenna and used for the reconstruction of the image of the object under investigation in addition to the microwave rays from a transmission antenna which strike the object under investigation without reflection on the reflector element and are received by the reception antenna without reflection on the reflector element, and in that a virtual position of a virtual transmission antenna is determined by reflection of the real position of a real transmission antenna on the reflector element and a virtual position of a virtual reception antenna is determined by reflection of the real position of a real reception antenna on the reflector element, and in that first limits (t3, t4) of a first time window are formed by a minimum and maximum delay time of the microwave signal which is reflected from the virtual transmission antenna via the object under investigation to the real reception antenna and/or from the real transmission antenna via the object under investigation to the virtual reception antenna, and in that zero limits (t1, t2) of a zero time window are formed by a minimum and maximum delay time of the directly reflected microwave signal from the object under investigation, wherein images which result from the zero and the first time window (31, 32) are superimposed.
A screen arrangement for a vehicle, said screen arrangement comprising a screen adapted to be wound and unwound about a first axis between an extended position and a retracted position, said screen comprises a proximal end and a distal end with respect to said first axis, said proximal end of said screen is indirectly connected to an elongated member extending substantially parallel with said first axis, said elongated member comprising at least one connection device, said at least one connection device comprises a first connection member adapted to be detachably connected to said vehicle, and a second connection member slideably connected to said elongated member enabling the position of the at least one connection device to be displaced along a portion of the length of said elongated member, characterized in that said screen arrangement is a wind screen arrangement adapted to be deployed to parts of an awning of the vehicle, wherein said first connection member and said second connection member are pivotally connected by a pivot connection (24, 25).
A method of modeling a subsurface structure at a time period when the structure was originally formed, comprising: generating a first set of paleo-geographic coordinates representing a first predicted state of the subsurface structure at a time period when the subsurface structure was originally formed; defining a set of points describing one or more fractures observed in the subsurface structure in a current state; determining, based on the defined set of points, at least one tuning parameter to correct the first set of paleo-geographic coordinates that minimizes discrepancy between an estimated direction of potential fracture and the observed direction of fracture; and generating, based on the at least one tuning parameter, a second set of paleo-geographic coordinates representing a second predicted state of the subsurface structure at a time period when the subsurface structure was originally formed. generating a first set of paleo-geographic coordinates representing a first predicted state of the subsurface structure at a time period when the subsurface structure was originally formed; defining a set of points describing one or more fractures observed in the subsurface structure in a current state; determining, based on the defined set of points, at least one tuning parameter to correct the first set of paleo-geographic coordinates that minimizes discrepancy between an estimated direction of potential fracture and the observed direction of fracture; and generating, based on the at least one tuning parameter, a second set of paleo-geographic coordinates representing a second predicted state of the subsurface structure at a time period when the subsurface structure was originally formed.
A key for a lock cylinder of a lock system, having a key head and a key bit, wherein the key bit has a plurality of control recesses for receiving portions of associated retaining pins of the lock cylinder, characterized in that within at least one of the control recesses, an additional slot for receiving a miniaturized shaped pin is formed, which is inserted there to be fixed and immobile and quasi hidden, wherein the shaped pin has a shaped pin tip of a defined contour, and furthermore, at least the shaped pin tip has different hardness and/or wear properties with respect to the material of the key bit, furthermore, the respective shaped pin tip gets into contact with the flank of the respectively associated retaining pin when the key is introduced into the lock cylinder, the shaped pin tip is formed as a cone, a truncated cone, a pyramid a truncated pyramid or in the form of a wedge-like cutting edge, and the shaped pin comprises a foot of the shaped pin, which foot is completely inserted into the slot in the key bit.
A method for enhancing appearance of a halftone image for imaging on a flexographic plate comprising: retrieving the halftone image from a data storage device; setting a minimal dot size value for printing; analyzing the halftone image with a computer; characterised by: detecting areas in the halftone image populated with a plurality of dots smaller than the minimal dot size value; replacing the plurality of dots with a reduced set of dots wherein each of the reduced set of dots are larger in size than the plurality of dots and wherein the reduced set of dots contains at least two different sizes and wherein each of said at least two different sizes are larger than the minimal dot size and wherein each of the reduced set of dots maintains an original geometric characteristics of the plurality of dots; and saving the reduced set of dots in the halftone image and storing the enhanced halftone image into the storage device. retrieving the halftone image from a data storage device; setting a minimal dot size value for printing; analyzing the halftone image with a computer; characterised by: detecting areas in the halftone image populated with a plurality of dots smaller than the minimal dot size value; replacing the plurality of dots with a reduced set of dots wherein each of the reduced set of dots are larger in size than the plurality of dots and wherein the reduced set of dots contains at least two different sizes and wherein each of said at least two different sizes are larger than the minimal dot size and wherein each of the reduced set of dots maintains an original geometric characteristics of the plurality of dots; and saving the reduced set of dots in the halftone image and storing the enhanced halftone image into the storage device. detecting areas in the halftone image populated with a plurality of dots smaller than the minimal dot size value; replacing the plurality of dots with a reduced set of dots wherein each of the reduced set of dots are larger in size than the plurality of dots and wherein the reduced set of dots contains at least two different sizes and wherein each of said at least two different sizes are larger than the minimal dot size and wherein each of the reduced set of dots maintains an original geometric characteristics of the plurality of dots; and saving the reduced set of dots in the halftone image and storing the enhanced halftone image into the storage device.
For a first network controller that manages a logical network implemented on data compute nodes assigned to a particular tenant in a public multi-tenant datacenter comprising forwarding elements to which the first network controller does not have access, a method comprising: identifying a first data compute node of the data compute nodes assigned to the particular tenant in the public multi-tenant datacenter that is configured to execute a second network controller; and distributing configuration data defining the logical network to the first data compute node, wherein the second network controller executing at the first data compute node distributes sets of the configuration data to a plurality of local agents executing on additional data compute nodes of the data compute nodes assigned to the particular tenant in the public multi-tenant datacenter that send and receive messages through the logical network, wherein both a managed forwarding element and a local agent execute on each of the additional data compute nodes, each local agent on a particular data compute node of the additional data compute nodes for receiving one of the sets of configuration data from the second network controller and configuring the managed forwarding element on the particular data compute node to implement the logical network according to the received set of configuration data. identifying a first data compute node of the data compute nodes assigned to the particular tenant in the public multi-tenant datacenter that is configured to execute a second network controller; and distributing configuration data defining the logical network to the first data compute node, wherein the second network controller executing at the first data compute node distributes sets of the configuration data to a plurality of local agents executing on additional data compute nodes of the data compute nodes assigned to the particular tenant in the public multi-tenant datacenter that send and receive messages through the logical network, wherein both a managed forwarding element and a local agent execute on each of the additional data compute nodes, each local agent on a particular data compute node of the additional data compute nodes for receiving one of the sets of configuration data from the second network controller and configuring the managed forwarding element on the particular data compute node to implement the logical network according to the received set of configuration data.
A filter group of air in supply to an internal combustion engine of motor vehicles, comprising an external casing provided with an inlet conduit for air to be filtered, an outlet conduit of filtered air and at least an opening, and, a filter cartridge comprising a support body and a filter wall fixed to the support body, wherein the support body comprises a chamber delimited by a base and by an upper wall, opposite the base, the base being provided with at least a perforated shank to which the filter wall is fixed, a passage opening of the filtered air being defined between the base and the upper wall, and wherein the filter cartridge is axially inserted internally of the casing through the opening, so that the opening is occluded by the support body of the filter cartridge and the passage opening is in fluid communication with the air outlet conduit.
Three point device attachment for an agricultural tractor, with an upper link and two lower links for attaching an agricultural attachment device, wherein each of the lower links is assigned a lifting strut, wherein the lifting strut is attached to one of the two lower links by means of a first strut portion and to a hydraulically actuable lifting arm of the three point device attachment by means of a second strut portion, wherein the two strut portions (12, 16) are mounted in a longitudinally displaceable manner in each other in such a way that they can be brought counter to a resetting force of a spring accumulator (22, 50) into a deflected state extending the lifting strut, characterized in that, under the action of the resetting force of the spring accumulator (22, 50), the lifting strut remains in a by contrast shortened inoperative state in the event of a lack of external load.
An actuator operable to move a valve stem between an opened position and a closed position, the actuator comprising: a cylinder including an open side and a close side, wherein the cylinder is intended to be coupled to the valve stem; a first pump connected to the cylinder and operable to deliver a first high-pressure fluid to the open side of the cylinder to move the valve stem toward the opened position; and a second pump separate from the first pump, the second pump connected to the cylinder and operable to deliver a second high-pressure fluid to the close side of the cylinder to move the valve stem toward the closed position, characterized in that the first pump draws a first supply of fluid from the close side of the cylinder to deliver the first high-pressure fluid to the open side, and the second pump draws a second supply of fluid from the open side of the cylinder to deliver the second high-pressure fluid to the close side. a cylinder including an open side and a close side, wherein the cylinder is intended to be coupled to the valve stem; a first pump connected to the cylinder and operable to deliver a first high-pressure fluid to the open side of the cylinder to move the valve stem toward the opened position; and a second pump separate from the first pump, the second pump connected to the cylinder and operable to deliver a second high-pressure fluid to the close side of the cylinder to move the valve stem toward the closed position, characterized in that the first pump draws a first supply of fluid from the close side of the cylinder to deliver the first high-pressure fluid to the open side, and the second pump draws a second supply of fluid from the open side of the cylinder to deliver the second high-pressure fluid to the close side.
A battery pack comprising: a plurality of battery cells; a battery holder that retains the plurality of battery cells; and a plastic resin outer case that houses the battery holder; wherein metal heat-radiating plates are insertion-molded into the outer case; parts of the heat-radiating plates are exposed from inside and outside surfaces of the outer case; and the battery holder is thermally coupled with the heat-radiating plates exposed on the inside surfaces of the outer case, characterized in that exposed surfaces of the heat-radiating plates on inside surfaces of the outer case are recessed by steps established on the inside surfaces of the outer case; the battery holder is provided with protruding pieces opposite the exposed surfaces; and the protruding pieces insert into the recessed regions to mate with the exposed surfaces. a plurality of battery cells; a battery holder that retains the plurality of battery cells; and a plastic resin outer case that houses the battery holder; wherein
A grid device comprising: a grate with a top surface, a bottom surface, and a plurality of grid elements arranged in a plane along the grate, wherein the grid elements comprise a top opening of a width of d top in the top surface and a bottom opening of width d bottom in the bottom surface; the grid elements further comprise a plurality of walls that extend from the edges of the top opening on the top surface of the grate to the corresponding edges of the bottom opening on the bottom surface of the grate; and wherein d top is larger than d bottom, CHARACTERIZED in that one or more curved support dampeners are arranged on the bottom surface (1 0B) of the grate, and the grate comprises one or more folding axes defined by one or more folding means, along which the grate can fold.