mhurhangee/patent-ind-claim-en huggingface dataset:
An earth-boring tool , comprising: a body ; a plurality of blades protruding from the body , each blade extending from a gage region of the earth-boring tool to at least a nose region of the earth-boring tool ; a first rotatable cutting structure assembly coupled to the body and comprising: a first leg extending from the body of the earth-boring tool ; and a first rotatable cutting structure rotatably coupled to the first leg , the first rotatable cutting structure comprising a first cutting profile; a second rotatable cutting structure assembly coupled to the body and comprising: a second leg extending from the body of the earth-boring tool ; and a second rotatable cutting structure rotatably coupled to the second leg , wherein a second cutting profile of the second rotatable cutting structure extends from the gage region of the earth-boring tool and only to a location proximate an innermost boundary of the nose region of the earth-boring tool , characterized in that : the first cutting profile of the first rotatable cutting structure extends from the gage region of the earth-boring tool and at least partially through a cone region of the earth-boring tool . a body ; a plurality of blades protruding from the body , each blade extending from a gage region of the earth-boring tool to at least a nose region of the earth-boring tool ; a first rotatable cutting structure assembly coupled to the body and comprising: a first leg extending from the body of the earth-boring tool ; and a first rotatable cutting structure rotatably coupled to the first leg , the first rotatable cutting structure comprising a first cutting profile; a first leg extending from the body of the earth-boring tool ; and a first rotatable cutting structure rotatably coupled to the first leg , the first rotatable cutting structure comprising a first cutting profile; a second rotatable cutting structure assembly coupled to the body and comprising: a second leg extending from the body of the earth-boring tool ; and a second rotatable cutting structure rotatably coupled to the second leg , wherein a second cutting profile of the second rotatable cutting structure extends from the gage region of the earth-boring tool and only to a location proximate an innermost boundary of the nose region of the earth-boring tool , a second leg extending from the body of the earth-boring tool ; and a second rotatable cutting structure rotatably coupled to the second leg , wherein a second cutting profile of the second rotatable cutting structure extends from the gage region of the earth-boring tool and only to a location proximate an innermost boundary of the nose region of the earth-boring tool , characterized in that : the first cutting profile of the first rotatable cutting structure extends from the gage region of the earth-boring tool and at least partially through a cone region of the earth-boring tool .
A hermetically-sealed package , comprising: a housing comprising an inner surface and an outer surface ; a substrate comprising a first major surface and a second major surface ; an electronic device disposed on the first major surface of the substrate and comprising a device contact ; and a power source disposed at least partially within the housing and comprising a power source contact ; wherein the substrate is hermetically sealed to the housing by laser bonding such that a non-bonded electrical connection is formed between the device contact and the power source contact. a housing comprising an inner surface and an outer surface ; a substrate comprising a first major surface and a second major surface ; an electronic device disposed on the first major surface of the substrate and comprising a device contact ; and a power source disposed at least partially within the housing and comprising a power source contact ; wherein the substrate is hermetically sealed to the housing by laser bonding such that a non-bonded electrical connection is formed between the device contact and the power source contact.
A data transmission method, wherein the method is applied to a first device and the method comprises: sending (S201) a first signal to a second device, wherein the first signal comprises a first data signal and a first pilot signal, and the first data signal is generated based on a first transmission parameter; characterised by : receiving (S203), from the second device, first information in response to the first signal before receiving (S207), from the second device, an ACK/NACK corresponding to the first data signal; determining a second transmission parameter based on the first information when the first information is evaluated as reliable; sending (S204) a second signal to the second device after receiving the first information, wherein the second signal comprises a second data signal and a second pilot signal, and the second data signal is generated based on the second transmission parameter, wherein the first data signal and the second data signal carry a same transport block; and receiving (S207), from the second device, the ACK/NACK corresponding to the first data signal. receiving (S203), from the second device, first information in response to the first signal before receiving (S207), from the second device, an ACK/NACK corresponding to the first data signal; determining a second transmission parameter based on the first information when the first information is evaluated as reliable; sending (S204) a second signal to the second device after receiving the first information, wherein the second signal comprises a second data signal and a second pilot signal, and the second data signal is generated based on the second transmission parameter, wherein the first data signal and the second data signal carry a same transport block; and receiving (S207), from the second device, the ACK/NACK corresponding to the first data signal.
An oligomer of soluble peptide monomers comprising the ectodomain of Nipah virus G protein, wherein a. a monomer comprises the amino acid sequence of amino acids 71-602 of Nipah G virus protein and does not contain the transmembrane domain or a cytoplasmic tail of Nipah virus G protein; and b. wherein said monomer retains one or more characteristics of a native Nipah virus G protein selected from the group consisting of ability to interact with a viral host receptor cell, ability to be produced in one or more oligomeric forms, ability to elicit an antibody reaction, ability to elicit a neutralizing antibody reaction, ability to block or prevent infection of a host cell by Nipah virus, and combinations thereof. a. a monomer comprises the amino acid sequence of amino acids 71-602 of Nipah G virus protein and does not contain the transmembrane domain or a cytoplasmic tail of Nipah virus G protein; and b. wherein said monomer retains one or more characteristics of a native Nipah virus G protein selected from the group consisting of ability to interact with a viral host receptor cell, ability to be produced in one or more oligomeric forms, ability to elicit an antibody reaction, ability to elicit a neutralizing antibody reaction, ability to block or prevent infection of a host cell by Nipah virus, and combinations thereof.
Load carrier system for a vehicle, having a plurality of clamping feet for fastening to the vehicle, wherein each clamping foot has at least one base body and at least one contact region for contact with a roof railing of the vehicle, wherein at least one clamping bolt is arranged on the base body , characterized in that the clamping bolt is held displaceably on the base body on a first end side, in that by displacement, the position of the first end side, i.e. the bearing point of the first end side, is changed within the base body, and in that a clamping angle is arranged on a second end side of the clamping bolt , and in that the roof railing is bracable between the clamping angle and the contact region .
Household appliance with an electrical component , which comprises a holding device for fastening the electrical component to an inner wall of the household appliance , wherein the holding device comprises a magnetic element for generating a magnetic attraction force and the inner wall comprises a ferromagnetic material for fastening the magnetic element , characterised in that the holding device supports a sealing means for sealing a door opening .
An apparatus for providing power to a vehicle's electric power system, comprising a converter for converting input electricity having an input voltage into output electricity having an output voltage; a power line for connecting the output of the converter in parallel to the vehicle's electric power system; a sense line in addition to the power line , for connecting a control unit to the vehicle's electric power system; and the control unit configured to: detect a running state of an alternator of the vehicle based on a measurement of a voltage on the sense line ; and control the converter to set the output voltage in dependence on the detected running state. detect a running state of an alternator of the vehicle based on a measurement of a voltage on the sense line ; and control the converter to set the output voltage in dependence on the detected running state.
A computing module , comprising: a chassis configured to be installed on a shelf in a rack; a left circuit board assembly in a primarily vertical orientation coupled to the chassis and a right circuit board assembly in a primarily vertical orientation coupled to the chassis, wherein the left circuit board and the right circuit board may operate independently of each other, and wherein the chassis comprises a left chassis member and a right chassis member coupled to one another and wherein the left circuit board assembly is coupled to the left chassis member and the right circuit board assembly is coupled to the right chassis member; and one or more hard disk drives installed in a primarily vertical orientation in the chassis such that the installed height of a said hard disk drive installed in a primarily vertical orientation is greater than the installed width of said hard disk drive, the one or more hard disk drives being coupled to the chassis, wherein at least one of the hard disk drives installed in a primarily vertical orientation is coupled such that the hard disk drive can be removed from the computing module without removing any other components from the computing module. a chassis configured to be installed on a shelf in a rack; a left circuit board assembly in a primarily vertical orientation coupled to the chassis and a right circuit board assembly in a primarily vertical orientation coupled to the chassis, wherein the left circuit board and the right circuit board may operate independently of each other, and wherein the chassis comprises a left chassis member and a right chassis member coupled to one another and wherein the left circuit board assembly is coupled to the left chassis member and the right circuit board assembly is coupled to the right chassis member; and one or more hard disk drives installed in a primarily vertical orientation in the chassis such that the installed height of a said hard disk drive installed in a primarily vertical orientation is greater than the installed width of said hard disk drive, the one or more hard disk drives being coupled to the chassis, wherein at least one of the hard disk drives installed in a primarily vertical orientation is coupled such that the hard disk drive can be removed from the computing module without removing any other components from the computing module.
A cap configured for engagement with a coupling , the cap comprising: an annular ring extending circumferentially around an outer portion of the cap , the cap defining an inner end and an outer end disposed opposite from the inner end, the annular ring defining a sealing surface between the inner end and the outer end, the annular ring defining a raised lip at the inner end, the raised lip extending radially outward from the sealing surface , wherein the annular ring defines a pressure relief channel extending into the raised lip ; and a web , the web enclosing the annular ring . an annular ring extending circumferentially around an outer portion of the cap , the cap defining an inner end and an outer end disposed opposite from the inner end, the annular ring defining a sealing surface between the inner end and the outer end, the annular ring defining a raised lip at the inner end, the raised lip extending radially outward from the sealing surface , wherein the annular ring defines a pressure relief channel extending into the raised lip ; and a web , the web enclosing the annular ring .
A process for operating a coal-fired furnace to generate heat, comprising: a) providing the coal to the furnace; and b) combusting the coal in the presence of a first slag-reducing ingredient and a second slag-reducing ingredient in amounts effective to reduce slag formation in the furnace, wherein the first slag-reducing ingredient is one or more oxygenated magnesium compounds, wherein the second slag-reducing ingredient is selected from the group consisting of one or more oxygenated calcium compounds, and wherein the coal is a bituminous coal exhibiting an Si/Al weight ratio of 2.19 to 2.85; a Fe/(Si+Al) weight ratio of 0.12 to 0.32; and a Ca/(Si+Al) weight ratio of 0.04 to 0.09; wherein the first and second slag-reducing ingredients are present at 100 to 2000 ppm by weight based upon the weight of the coal as received; and wherein the weight ratio of the first slag-reducing ingredient to the second slag-reducing ingredient added to the coal ranges from 60:40 to 40:60. a) providing the coal to the furnace; and b) combusting the coal in the presence of a first slag-reducing ingredient and a second slag-reducing ingredient in amounts effective to reduce slag formation in the furnace,
A computing system (102; 200), comprising: one or more computers having memory and at least one data processing apparatus configured to implement: a computing resource that is shared among a plurality of online entities, the computing resource having a finite capacity for executing activities of the plurality of online entities; an online entity manager that determines relative priorities of the plurality of online entities based on prioritization criteria; an optimization engine that determines a set of reservation zones for the plurality of online entities, each reservation zone designating a portion of unused capacity of the computing resource that online entities having relative priorities at or below a corresponding threshold priority for the reservation zone are permitted to reserve; wherein the optimization engine is further configured to determine zone limits that define boundaries between reservation zones in the set of reservation zones based on (i) forecasted levels of use of the computing resource by online entities in the plurality of online entities and (ii) the relative priorities of the online entities and a resource manager that manages allocation of the finite capacity of the computing resource to the plurality of online entities, including determining whether to reserve capacity of the computing resource for an online entity responsive to a request from the online entity based on whether an amount of the requested capacity is less than an amount of the portion of unused capacity of the computing resource that is designated by the corresponding reservation zone for the online entity. a computing resource that is shared among a plurality of online entities, the computing resource having a finite capacity for executing activities of the plurality of online entities; an online entity manager that determines relative priorities of the plurality of online entities based on prioritization criteria; an optimization engine that determines a set of reservation zones for the plurality of online entities, each reservation zone designating a portion of unused capacity of the computing resource that online entities having relative priorities at or below a corresponding threshold priority for the reservation zone are permitted to reserve; wherein the optimization engine is further configured to determine zone limits that define boundaries between reservation zones in the set of reservation zones based on (i) forecasted levels of use of the computing resource by online entities in the plurality of online entities and (ii) the relative priorities of the online entities and a resource manager that manages allocation of the finite capacity of the computing resource to the plurality of online entities, including determining whether to reserve capacity of the computing resource for an online entity responsive to a request from the online entity based on whether an amount of the requested capacity is less than an amount of the portion of unused capacity of the computing resource that is designated by the corresponding reservation zone for the online entity.
A portioning machine (P) for dividing a strand-shaped product into individual portions, the portioning machine (P) comprising: a magazine turret device for receiving the strand-shaped product, a pressing unit for compressing the strand-shaped product at least in its longitudinal direction, and a portioning and cutting device for portioning and separating individual portions from the strand-shaped product; wherein the magazine turret device comprises a base segment and a turret segment , which comprise mutually coaxially aligned chute sections for forming at least one receiving chute for the strand-shaped product, and which are rotatable about a common axis (A) for positioning the receiving chute in a cutting position; and wherein the pressing unit comprises at least one pressing plunger and a pressing counter element for compressing the strand-shaped product; characterized in that the pressing counter element is a sliding element arranged between the base segment and the turret segment of the magazine turret device , and which is reversibly movable between a release position and a closing position for releasing or closing the receiving chute in the cutting position, in a direction at least approximately perpendicular to the axis of rotation (A) of the magazine turret device . a magazine turret device for receiving the strand-shaped product, a pressing unit for compressing the strand-shaped product at least in its longitudinal direction, and a portioning and cutting device for portioning and separating individual portions from the strand-shaped product; wherein the magazine turret device comprises a base segment and a turret segment , which comprise mutually coaxially aligned chute sections for forming at least one receiving chute for the strand-shaped product, and which are rotatable about a common axis (A) for positioning the receiving chute in a cutting position; and wherein the pressing unit comprises at least one pressing plunger and a pressing counter element for compressing the strand-shaped product; characterized in that the pressing counter element is a sliding element arranged between the base segment and the turret segment of the magazine turret device , and which is reversibly movable between a release position and a closing position for releasing or closing the receiving chute in the cutting position, in a direction at least approximately perpendicular to the axis of rotation (A) of the magazine turret device .
A tension device for applying tension to a drive belt for spindles of a spinning machine with a first tension roller which can be rotated about an axis and can be pivoted by means of a first lever and with a second tension roller which can be rotated about an additional axis and can be pivoted by means of a second lever wherein the first lever and the second lever are mounted in a housing where they are spaced a distance apart from one another on a respective pivot axis and the first lever is coupled to the second lever by means of a spring element arranged between the levers wherein the spring element tends to bring the first lever and the second lever closer together, characterized in that the levers are restricted in their pivoting movement about the pivot axes by means of one stop each such that the angle α between a first connecting line from the axis of the first tension roller to the pivot axis of the first lever and a second connecting line from the axis of the second tension roller to the pivot axis of the second lever is smaller than 30°.
An article of footwear comprising: an outer shell , the outer shell including an upper and a sole structure ; an inner liner , the inner liner being configured to be removably inserted within an interior of the outer shell ; the inner liner further comprising a heating system , the heating system including a power source and a heating element , wherein the heating system is disposed within the inner liner ; the inner liner having an upper liner portion and a lower liner portion ; the lower liner portion including a bottom disposed along an underside of the inner liner , the bottom being configured to rest along a bottom of the interior of the outer shell when the inner liner is inserted within the outer shell ; the lower liner portion further comprising a top forefoot portion disposed along a top of the inner liner in a forefoot region and a toe cap perimeter disposed along an outer edge of the forefoot region , the toe cap perimeter extending between the bottom of the lower liner portion and the top forefoot portion; wherein the heating element is disposed between the toe cap perimeter of the lower liner portion and an interior liner layer disposed within the interior of the inner liner , wherein the interior liner layer is a mesh; and a reflective film is disposed between the heating element and the toe cap perimeter . an outer shell , the outer shell including an upper and a sole structure ; an inner liner , the inner liner being configured to be removably inserted within an interior of the outer shell ; the inner liner further comprising a heating system , the heating system including a power source and a heating element , wherein the heating system is disposed within the inner liner ; the inner liner having an upper liner portion and a lower liner portion ; the lower liner portion including a bottom disposed along an underside of the inner liner , the bottom being configured to rest along a bottom of the interior of the outer shell when the inner liner is inserted within the outer shell ; the lower liner portion further comprising a top forefoot portion disposed along a top of the inner liner in a forefoot region and a toe cap perimeter disposed along an outer edge of the forefoot region , the toe cap perimeter extending between the bottom of the lower liner portion and the top forefoot portion; wherein the heating element is disposed between the toe cap perimeter of the lower liner portion and an interior liner layer disposed within the interior of the inner liner , wherein the interior liner layer is a mesh; and a reflective film is disposed between the heating element and the toe cap perimeter .