mhurhangee/patent-ind-claim-en huggingface dataset:
A motorcycle provided with a storage unit that is detachable from one part of a vehicle body, wherein a device for unlocking the storage unit by a smart key is provided, the device includes a connection mechanism that is to be coupled to a locking mechanism for placing the storage unit in a locked state and that includes a member on the one part side of the vehicle body and a member on the storage unit side in a manner allowing the two members to be coupled, an actuator that is connected to the connection mechanism , by a cable , a control unit for controlling operation of the actuator , and an unlocking operation unit that is operated at a time of unlocking the storage unit , when an unlocking signal from the unlocking operation unit and an authentication signal from the smart key are input, the control unit causes the actuator to operate, and releases a locked state of the locking mechanism through the cable and the connection mechanism , and the one part of the vehicle body is a rear carrier that is provided on a rear part of the vehicle body characterized in that , a cable cover covering the cable is provided on a lower part of the rear carrier , a rear center cover is provided below the rear carrier , a front end part of the cable cover is connected to the rear center cover , and the cable is routed inside the cable cover and inside the rear center cover , through inside the front end part of the cable cover .
A burner control valve comprising: a valve body having a gas inlet and a gas outlet connected to one another by an orifice ; a valve seat in the orifice ; a control element that cooperates with the valve seat to control a flow of gas through the valve body ; an actuator operatively connected to the control element to bias the control element to a closed position; a bonnet connected to the valve body , the bonnet connecting the actuator to the valve body , such that the bonnet is disposed between the valve seat and the actuator , the bonnet including a loading pressure input and a loading pressure chamber ; and a speed control assembly to control the rate of gas that passes through the loading pressure input into the loading pressure chamber and to control thereby the rate at which the burner control valve opens. a valve body having a gas inlet and a gas outlet connected to one another by an orifice ; a valve seat in the orifice ; a control element that cooperates with the valve seat to control a flow of gas through the valve body ; an actuator operatively connected to the control element to bias the control element to a closed position; a bonnet connected to the valve body , the bonnet connecting the actuator to the valve body , such that the bonnet is disposed between the valve seat and the actuator , the bonnet including a loading pressure input and a loading pressure chamber ; and a speed control assembly to control the rate of gas that passes through the loading pressure input into the loading pressure chamber and to control thereby the rate at which the burner control valve opens.
Three-dimensional object , formed by successive solidification of layers of a powder-like building material that can be solidified by radiation, comprising: a support structure formed by successive solidification of layers of the building material; several, respectively, a definite portion of the three-dimensional object forming individual sub-objects , formed by successive solidification of layers of the building material, wherein at least one sub-object is formed at least in part on the supporting structure , wherein each sub-object is formed in terms of area or volume less than the three-dimensional object to reduce material or production-related distortion effects of the three-dimensional object , and several joint areas , formed by successive solidification of layers of the building material and/or by a welding device, which is arranged for the generation of weld points or weld balls, wherein the connection areas are arranged between at least two of the sub-objects and which at least partially connect two sub-objects , wherein the three-dimensional object is removable from the support structure . a support structure formed by successive solidification of layers of the building material; several, respectively, a definite portion of the three-dimensional object forming individual sub-objects , formed by successive solidification of layers of the building material, wherein at least one sub-object is formed at least in part on the supporting structure , wherein each sub-object is formed in terms of area or volume less than the three-dimensional object to reduce material or production-related distortion effects of the three-dimensional object , and several joint areas , formed by successive solidification of layers of the building material and/or by a welding device, which is arranged for the generation of weld points or weld balls, wherein the connection areas are arranged between at least two of the sub-objects and which at least partially connect two sub-objects , wherein the three-dimensional object is removable from the support structure .
A processing method for user access, wherein the processing method comprises: determining (201; 301; 402), by a first broadband remote access server, BRAS, a user access failure rate corresponding to a first access interface on the first BRAS; and adjusting (202; 302; 403), by the first BRAS, a response delay or priority of the first access interface from a first value to a second value when the user access failure rate corresponding to the first access interface is greater than or equal to a first threshold, wherein a corresponding response speed of responding to a user access request based on the first value is faster than a corresponding response speed of responding to the user access request based on the second value, responding , by a second BRAS, to a first user access request based on a response delay or priority of a second access interface, wherein a corresponding response speed of responding to the first user access request by the second BRAS based on the response delay or priority of the second access interface is faster than a corresponding response speed of responding to the first user access request by the first BRAS based on the second value, and is slower than a corresponding response speed of responding to the user access request by the first BRAS based on the first value; and wherein the first user access request is sent by a user equipment to the first and second BRAS in a broadcast manner. determining (201; 301; 402), by a first broadband remote access server, BRAS, a user access failure rate corresponding to a first access interface on the first BRAS; and adjusting (202; 302; 403), by the first BRAS, a response delay or priority of the first access interface from a first value to a second value when the user access failure rate corresponding to the first access interface is greater than or equal to a first threshold, wherein a corresponding response speed of responding to a user access request based on the first value is faster than a corresponding response speed of responding to the user access request based on the second value, responding , by a second BRAS, to a first user access request based on a response delay or priority of a second access interface, wherein a corresponding response speed of responding to the first user access request by the second BRAS based on the response delay or priority of the second access interface is faster than a corresponding response speed of responding to the first user access request by the first BRAS based on the second value, and is slower than a corresponding response speed of responding to the user access request by the first BRAS based on the first value; and wherein the first user access request is sent by a user equipment to the first and second BRAS in a broadcast manner.
A method of processing a tire , the tire comprising an inner surface defining and facing an inner hollow space , an outer surface pointing away from the inner hollow space , the method comprising: identifying a first predetermined position of a surface portion of the inner surface by identifying the position of a first feature on the outer surface and a knowledge of a predetermined spatial relationship between the position of the first feature and a desired position of the surface portion on the inner surface of the tire; and cleaning the surface portion of the inner surface of the tire , the surface portion having the first predetermined position relative to the position of the first feature on the outer surface ; wherein the predetermined spatial relationship includes a radial position and an angular position on the tire. identifying a first predetermined position of a surface portion of the inner surface by identifying the position of a first feature on the outer surface and a knowledge of a predetermined spatial relationship between the position of the first feature and a desired position of the surface portion on the inner surface of the tire; and cleaning the surface portion of the inner surface of the tire , the surface portion having the first predetermined position relative to the position of the first feature on the outer surface ; wherein the predetermined spatial relationship includes a radial position and an angular position on the tire.
Degassing system for treatment of food products such as leaf vegetables, tuberous, fruit or meat, cheeses or sausages, and like, comprising - a supply means (11 having a hopper and further having, in correspondence of its perimeter, at least an inlet for introduction of water within the said hopper - a degassing device ; and - a connection conduct communicating with an opening of the hopper with an inlet tract of the degassing device; - wherein the degassing device comprises: - a degassing conduct for a food product treatment fluid, said degassing conduct having, in sequence along its development trajectory, an inclined inlet tract , within which said flow fluid rises, a degassing tract , and an outlet tract , within which said flow is directed downward; and - a degassing chamber , in correspondence of said degassing tract ;said degassing tract having, at least on its upper wall , a plurality of holes suitable to communicate said degassing tract with said degassing chamber to permit exit of air bubbles trapped within said flow from said degassing chamber , preventing exit of food products ; characterizing in that said hopper 13 has a substantially conically-shaped bottom 15, at the center of which it is provided a discharge opening 16; said hopper 13 also has an inner annular neck 17, surrounding opening 16 and defining a central tank 18 within said hopper 13, communicating with opening 16, and an annular tank 19 communicating with inlet 14. - a supply means (11 having a hopper and further having, in correspondence of its perimeter, at least an inlet for introduction of water within the said hopper - a degassing device ; and - a connection conduct communicating with an opening of the hopper with an inlet tract of the degassing device; - wherein the degassing device comprises: - a degassing conduct for a food product treatment fluid, said degassing conduct having, in sequence along its development trajectory, an inclined inlet tract , within which said flow fluid rises, a degassing tract , and an outlet tract , within which said flow is directed downward; and - a degassing chamber , in correspondence of said degassing tract ;said degassing tract having, at least on its upper wall , a plurality of holes suitable to communicate said degassing tract with said degassing chamber to permit exit of air bubbles trapped within said flow from said degassing chamber , preventing exit of food products ; - a degassing conduct for a food product treatment fluid, said degassing conduct having, in sequence along its development trajectory, an inclined inlet tract , within which said flow fluid rises, a degassing tract , and an outlet tract , within which said flow is directed downward; and - a degassing chamber , in correspondence of said degassing tract ;said degassing tract having, at least on its upper wall , a plurality of holes suitable to communicate said degassing tract with said degassing chamber to permit exit of air bubbles trapped within said flow from said degassing chamber , preventing exit of food products ;
A blade segment for a refiner for refining fibrous material, the blade segment comprising an inner end edge and an outer end edge , a first side edge and a second side edge opposite to the first side edge , the first side edge and the second side edge extending between the inner end edge and the outer end edge , a refining surface comprising blade bars and blade grooves therebetween on a front surface of the blade segment , and the refining surface further comprising at least one feed groove for feeding the material to be refined on the refining surface , the at least one feed groove crossing the blade bars and the blade grooves at an angle, characterized in that at least one side edge of the blade segment comprises at least one opening being an indent at the side edge , the indent extending through a whole thickness of the blade segment and from the side edge towards the opposite side edge .
A reactive polymer composition comprising: a (co)polymer that forms one or more reactive moieties, either directly or indirectly, upon application of an ionizing radiation, wherein the one or more reactive moieties are free radicals and wherein the ionizing radiation is x-ray radiation; and a multifunctional curing coagent, wherein said multifunctional curing coagent minimizes or curbs chain scission, wherein the multifunctional curing coagent that minimizes or curbs chain scission is a compound that contains two or more terminal carbon-carbon double bonds or triple bonds, wherein the (co)polymer is an aliphatic (co)polymer, and wherein the (co)polymer is polypropylene. a (co)polymer that forms one or more reactive moieties, either directly or indirectly, upon application of an ionizing radiation, wherein the one or more reactive moieties are free radicals and wherein the ionizing radiation is x-ray radiation; and a multifunctional curing coagent, wherein said multifunctional curing coagent minimizes or curbs chain scission, wherein the multifunctional curing coagent that minimizes or curbs chain scission is a compound that contains two or more terminal carbon-carbon double bonds or triple bonds, wherein the (co)polymer is an aliphatic (co)polymer, and wherein the (co)polymer is polypropylene.
An article having a surface patterned to enhance retention of deposited films, comprising: a processing chamber component having a macro textured surface formed from engineered features arranged to prevent formation of a line of sight surface across the macro textured surface , wherein one or more of the engineered features has a concave surface, wherein the macro textured surface comprises one or more structures defined between the engineered features , the one or more structures comprising: a top surface; and an overhang , having a rounded edge , located along a sidewall of the one or more structures , wherein the overhang originates from the top surface of the one or more structures and a recess is formed within a center area of the top surface of each of the one or more structures located radially inward from the overhang. a top surface; and an overhang , having a rounded edge , located along a sidewall of the one or more structures , wherein the overhang originates from the top surface of the one or more structures and a recess is formed within a center area of the top surface of each of the one or more structures located radially inward from the overhang.
A soil recycler having a shovel housing and having a receiving opening, located on one front housing side , and having an exit opening , located on an opposed rear housing side , for material to be recycled, and having a soil recycler device which is received within the housing , wherein the soil recycler device has at least one shaft that support soil recycling means , and wherein the shaft has a middle piece and at least one end piece , the end piece being mounted in the housing , and the middle piece is retained removably in the housing , characterized in that the middle piece and the end piece , in the state in which they are built into the housing , have aligned axial inner bores into which a bolt , connecting the middle piece to the at least one end piece , being removal for the removal of the shaft , can be inserted from the side of the end piece facing away from the middle piece , which bolt, on its jacket face, has profiling in at least some regions which, for the sake of transmitting torque, cooperates with corresponding profiling of the inner bores of the middle piece and of the end piece .
A method for determining sequences of polynucleotides, comprising (a) performing a sequencing reaction that comprises repeated cycles of: (i) incorporating nucleotide conjugates into a plurality of polynucleotides to produce extended polynucleotides, (ii) detecting a first collection of signals from the extended polynucleotides, wherein the first collection of signals comprises signals from a label attached to a first and second type of the nucleotide conjugates, (iii) adding a label to a third type of the nucleotide conjugates that are incorporated into the extended polynucleotides, thereby producing modified polynucleotides; and (iv) detecting a second collection of signals from the modified polynucleotides, wherein the second collection of signals comprises signals from the label added to the third type of the nucleotide conjugates; and (b) determining the incorporation of the fourth type of the nucleotide conjugates based on the detection pattern of the three different types of the nucleotide conjugates into the extended polynucleotides, wherein the incorporation of the fourth type of the nucleotide conjugates is determined from a dark state in the first and second collection of signals. (a) performing a sequencing reaction that comprises repeated cycles of: (i) incorporating nucleotide conjugates into a plurality of polynucleotides to produce extended polynucleotides, (ii) detecting a first collection of signals from the extended polynucleotides, wherein the first collection of signals comprises signals from a label attached to a first and second type of the nucleotide conjugates, (iii) adding a label to a third type of the nucleotide conjugates that are incorporated into the extended polynucleotides, thereby producing modified polynucleotides; and (iv) detecting a second collection of signals from the modified polynucleotides, wherein the second collection of signals comprises signals from the label added to the third type of the nucleotide conjugates; and (i) incorporating nucleotide conjugates into a plurality of polynucleotides to produce extended polynucleotides, (ii) detecting a first collection of signals from the extended polynucleotides, wherein the first collection of signals comprises signals from a label attached to a first and second type of the nucleotide conjugates, (iii) adding a label to a third type of the nucleotide conjugates that are incorporated into the extended polynucleotides, thereby producing modified polynucleotides; and (iv) detecting a second collection of signals from the modified polynucleotides, wherein the second collection of signals comprises signals from the label added to the third type of the nucleotide conjugates; and (b) determining the incorporation of the fourth type of the nucleotide conjugates based on the detection pattern of the three different types of the nucleotide conjugates into the extended polynucleotides, wherein the incorporation of the fourth type of the nucleotide conjugates is determined from a dark state in the first and second collection of signals.
A shake correction control device comprising: circuitry to control an ON timing and OFF timing of one or more horizontal synchronizing signals of an image capture element , and an ON timing and OFF timing of one or more drive signals used for correcting a shake of the image capture element ; shift at least one of the ON timing and OFF timing of the one or more drive signals used for correcting the shake of the image capture element so as to be out of a period of time during which analog/digital (A/D) conversion processing is performed; perform analog/digital (A/D) conversion processing on pixel signals for the horizontal lines of the image capture element one by one in a still image shooting mode; characterized by the circuitry being configured to perform analog/digital (A/D) conversion processing collectively on pixel signals for a plurality of horizontal lines of the image capture element in a live view mode; adjust the at least one of the ON timing and OFF timing of the one or more drive signals used for correcting the shake of the image capture element with respect to the one or more horizontal synchronizing signals based on the number of horizontal lines of the pixel signals collectively subjected to the A/D conversion processing in the still image shooting mode or the live view mode. circuitry to control an ON timing and OFF timing of one or more horizontal synchronizing signals of an image capture element , and an ON timing and OFF timing of one or more drive signals used for correcting a shake of the image capture element ; shift at least one of the ON timing and OFF timing of the one or more drive signals used for correcting the shake of the image capture element so as to be out of a period of time during which analog/digital (A/D) conversion processing is performed; perform analog/digital (A/D) conversion processing on pixel signals for the horizontal lines of the image capture element one by one in a still image shooting mode; characterized by the circuitry being configured to perform analog/digital (A/D) conversion processing collectively on pixel signals for a plurality of horizontal lines of the image capture element in a live view mode; adjust the at least one of the ON timing and OFF timing of the one or more drive signals used for correcting the shake of the image capture element with respect to the one or more horizontal synchronizing signals based on the number of horizontal lines of the pixel signals collectively subjected to the A/D conversion processing in the still image shooting mode or the live view mode.
A turbomachine assembly comprising: a turbine exhaust case including an exhaust duct extending axially from an exhaust section; and a flow control device at an aft end of the exhaust duct , wherein the flow control device is configured to move between a first position and a second position; wherein: the exhaust duct has a plurality of cooling holes ; the flow control device in the first position causes more air to move through the cooling holes than the flow control device in the second position; and the turbine exhaust case forms a portion of an augmentor, characterised in that : the flow control device is positioned axially closer to an aft end of an exhaust duct than a forward end of the exhaust duct . a turbine exhaust case including an exhaust duct extending axially from an exhaust section; and a flow control device at an aft end of the exhaust duct , wherein the flow control device is configured to move between a first position and a second position; wherein: the exhaust duct has a plurality of cooling holes ; the flow control device in the first position causes more air to move through the cooling holes than the flow control device in the second position; and the turbine exhaust case forms a portion of an augmentor, the exhaust duct has a plurality of cooling holes ; the flow control device in the first position causes more air to move through the cooling holes than the flow control device in the second position; and the turbine exhaust case forms a portion of an augmentor,