mhurhangee/patent-ind-claim-en huggingface dataset:
A collar sized and shaped for coupling between a rod and a pedicle screw or one or more adapters of a screw, comprising: a distal end comprising a geometry shaped to (a) engage a head of said pedicle screw or (b) contact one or more adapters, if any, mounted on said head of said pedicle screw; a proximal end; wherein a long axis of said collar extends between said distal end and said proximal end; a portion adjacent said proximal end, said portion defining a cavity shaped and sized for receiving at least a portion of a rod; and wherein an external profile of said collar is shaped and sized to receive a ring for radially compressing said collar over at least one of said screw head and said rod, such that the ring axis extends axially along at least a portion of said long axis of said collar; characterized in that : at least 60% of a top semicircular arc of said rod positioned within said cavity and facing away from said screw head or adapters is in contact with a top solid un-interrupted collar wall portion of said cavity, said top collar wall portion formed as a single unit. a distal end comprising a geometry shaped to (a) engage a head of said pedicle screw or (b) contact one or more adapters, if any, mounted on said head of said pedicle screw; a proximal end; wherein a long axis of said collar extends between said distal end and said proximal end; a portion adjacent said proximal end, said portion defining a cavity shaped and sized for receiving at least a portion of a rod; and wherein an external profile of said collar is shaped and sized to receive a ring for radially compressing said collar over at least one of said screw head and said rod, such that the ring axis extends axially along at least a portion of said long axis of said collar; characterized in that : at least 60% of a top semicircular arc of said rod positioned within said cavity and facing away from said screw head or adapters is in contact with a top solid un-interrupted collar wall portion of said cavity, said top collar wall portion formed as a single unit.
An information processing apparatus , comprising: a camera for picking up a live image; a display unit ; an inputting apparatus interface configured to receive user input from an inputting apparatus ; a picked up image displaying unit configured to live display the picked up live image on the display unit , the picked up live image being an image of a space in which a face of one or more users exist, a registered user information retaining block for retaining information including face identification data as registered user information in an associated relationship with a user account; and a face authentication unit configured to determine that a face of a registered user is included in the picked up live image on the display unit using the face identification data retained in the registered user information retaining unit, characterized by an image processing unit configured to display a position designation image on the display unit at a location below the determined face of the registered user; an object authentication unit configured to detect that an image of the inputting apparatus is included in a designated region designated by the position designation image , of the picked up live image; and a login processing unit configured to allow, when the object authentication unit detects that the image of the inputting apparatus is included in the designated region, the registered user to log in. a camera for picking up a live image; a display unit ; an inputting apparatus interface configured to receive user input from an inputting apparatus ; a picked up image displaying unit configured to live display the picked up live image on the display unit , the picked up live image being an image of a space in which a face of one or more users exist, a registered user information retaining block for retaining information including face identification data as registered user information in an associated relationship with a user account; and a face authentication unit configured to determine that a face of a registered user is included in the picked up live image on the display unit using the face identification data retained in the registered user information retaining unit, characterized by an image processing unit configured to display a position designation image on the display unit at a location below the determined face of the registered user; an object authentication unit configured to detect that an image of the inputting apparatus is included in a designated region designated by the position designation image , of the picked up live image; and a login processing unit configured to allow, when the object authentication unit detects that the image of the inputting apparatus is included in the designated region, the registered user to log in.
A liquid target system for the production of radio-isotopes, the liquid target system comprising - a boiling chamber containing the liquid and basic chemicals from which the radio-isotopes can be produced using irradiation, the boiling chamber comprising an irradiation window for allowing the liquid and basic chemicals to be irradiated, causing the liquid to evaporate into vapor, wherein the liquid target system is configured so that overheating of the liquid target is controlled by the thermodynamics of the evaporation process, wherein that the liquid is water or heavy water , characterised in that the basic chemicals are salts having a positive enthalpy for water. - a boiling chamber containing the liquid and basic chemicals from which the radio-isotopes can be produced using irradiation, the boiling chamber comprising an irradiation window for allowing the liquid and basic chemicals to be irradiated, causing the liquid to evaporate into vapor, wherein the liquid target system is configured so that overheating of the liquid target is controlled by the thermodynamics of the evaporation process, wherein that the liquid is water or heavy water , characterised in that the basic chemicals are salts having a positive enthalpy for water.
Leaf seal for sealing a shaft that rotates about an axis, in particular in a gas turbine, comprising a plurality of leaves arranged at a spacing from one another, the leaves being produced by means of an additive manufacturing method so as to be integral with a base element that supports the leaves , characterized in that at least one leaf has a non-uniform cross-sectional geometry and the at least one leaf has a reduced cross-sectional thickness in the region of the base element .
A system for transporting and distributing a liquid with natural fermentation gas for food use characterized in that it comprises: - a light transport engine vehicle with a MAW of less than 3,500 kg, such as a truck, - an isobaric tank with at least one first opening for the entry of air and a second opening for the entry and exit of liquid, - a bag with a capacity larger than those of a barrel, can or bottle, and up to 1,000 liters, arranged in the interior of the tank with an opening matching the second opening of the tank, - a connection which allows the opening of the bag to be joined to the second opening of the tank , enabling the introduction and removal of the liquid in the bag and therefore in the tank , - coolant equipment for the tank , fed by an autonomous electric generator for providing energy when the vehicle is stopped and fed by the battery of the vehicle for providing energy when the vehicle is operational, - a first control panel, situated close to the tank , in which the elements for measuring the temperature and the different pressures are included, the first control panel further comprising a switch for selecting from among the electrical power source of the generator , the vehicle or a power source external to the system, and - a compressor for maintaining the air pressure between the tank and the bag constant. - a light transport engine vehicle with a MAW of less than 3,500 kg, such as a truck, - an isobaric tank with at least one first opening for the entry of air and a second opening for the entry and exit of liquid, - a bag with a capacity larger than those of a barrel, can or bottle, and up to 1,000 liters, arranged in the interior of the tank with an opening matching the second opening of the tank, - a connection which allows the opening of the bag to be joined to the second opening of the tank , enabling the introduction and removal of the liquid in the bag and therefore in the tank , - coolant equipment for the tank , fed by an autonomous electric generator for providing energy when the vehicle is stopped and fed by the battery of the vehicle for providing energy when the vehicle is operational, - a first control panel, situated close to the tank , in which the elements for measuring the temperature and the different pressures are included, the first control panel further comprising a switch for selecting from among the electrical power source of the generator , the vehicle or a power source external to the system, and - a compressor for maintaining the air pressure between the tank and the bag constant.
A cooked dough product comprising from 10wt.% to 45wt.% of an oil and/or fat component, from 10wt.% to 50wt.% of one or more sugars, and from 1wt.% to 20wt.% of ethylcellulose, based on the weight of said product, wherein said oil and/or fat component consists essentially of one or more oils that are liquid at 20°C, and wherein the ethylcellulose has a water solubility at 20°C of less than 1 g/liter.
A three-dimensional shaping apparatus , comprising: a heating block that has a heater and is provided with a through hole ; a nozzle tip that is provided with a nozzle flow channel having a nozzle opening and that is detachably attached to the through hole of the heating block; a material conveying mechanism that is configured to convey a material to the nozzle flow channel of the nozzle tip attached to the heating block, the nozzle tip being configured to eject the material and the material being plasticized by heat produced by the heating block; a stage at which the material plasticized by the heat of the heating block is ejected from the nozzle opening of the nozzle tip and stacked; and a control unit that is configured to change a relative position of the nozzle tip and the stage and to eject the material to the stage from the nozzle tip, thereby shaping a three-dimensional shaped article, wherein the nozzle tip has a shield configured to suppress transfer of heat from the heating block to the material stacked at the stage, and the control unit is configured to determine a cumulative ejection amount of the material ejected from the nozzle tip. a heating block that has a heater and is provided with a through hole ; a nozzle tip that is provided with a nozzle flow channel having a nozzle opening and that is detachably attached to the through hole of the heating block; a material conveying mechanism that is configured to convey a material to the nozzle flow channel of the nozzle tip attached to the heating block, the nozzle tip being configured to eject the material and the material being plasticized by heat produced by the heating block; a stage at which the material plasticized by the heat of the heating block is ejected from the nozzle opening of the nozzle tip and stacked; and a control unit that is configured to change a relative position of the nozzle tip and the stage and to eject the material to the stage from the nozzle tip, thereby shaping a three-dimensional shaped article, wherein the nozzle tip has a shield configured to suppress transfer of heat from the heating block to the material stacked at the stage, and the control unit is configured to determine a cumulative ejection amount of the material ejected from the nozzle tip.
Method for isolating nucleic acids from a biological sample, comprising the following steps: (a) lysis of said biological sample in the presence of at least 0.1 mM of a chelating agent and a detergent, (b) enzymatic digestion of non-nucleic acid components in the product of step (a) at a temperature in the range of 55 to 65°C, with one or more different protease(s), (c) heat inactivation of the one or more protease(s) used in step (b), (d) transfer of the product of step (c) onto a size exclusion resin capable of retaining non-nucleic acid components, while the nucleic acids pass through the resin, thereby purifying the nucleic acids. (a) lysis of said biological sample in the presence of at least 0.1 mM of a chelating agent and a detergent, (b) enzymatic digestion of non-nucleic acid components in the product of step (a) at a temperature in the range of 55 to 65°C, with one or more different protease(s), (c) heat inactivation of the one or more protease(s) used in step (b), (d) transfer of the product of step (c) onto a size exclusion resin capable of retaining non-nucleic acid components, while the nucleic acids pass through the resin,
Container comprising a vessel and a cover , the vessel having an upper edge extended by an outer annular side edge , the cover comprising a lower support wall surrounded by a lower annular edge , at least two retaining members being arranged inside the lower annular edge , the outer annular side edge and the lower annular edge have non-circular geometries, the retaining members being arranged outside of the portions of the outer annular side edge having the smallest bend radiuses, the lower annular edge having several sides connected together by rounded edges , characterised in that the outer annular side edge extends beyond retaining thresholds , likely to be crossed by the retaining members when the cover is implemented on the vessel , in that the retaining members bear against the outer annular side edge beyond said retaining thresholds when the cover rests on the vessel , and in that the lower annular edge is elastically deformed bending on the sides on either side of the retaining members , the rounded edges forming rigidifying elements.
Holding cam, in particular for a quick-release system, with a hollow cylindrical base body , which has an external thread for anchoring in a bore of a component and an internal contour (9, 10, 11, 12; 21) for connecting to a locking pin , and with a support flange projecting radially from the base body , wherein the base body comprises at least two lateral flat portions offset from one another around the circumference, characterized in that the external thread is a self-tapping, three-turn external thread, the starting points of which are offset by 120° and located outside the lateral flat portions .
An information processing apparatus comprising: a control unit which is configured to determine whether a first wireless communication apparatus for which a connection right to connect to a predetermined network operated by a communication operator based on contract authentication information using wireless communication has not been set satisfies a predetermined condition for connecting to the network and performing predetermined communication processing, wherein, when the predetermined condition is satisfied, the predetermined condition being satisfied when a selection of a purchase operation is made by the information processing apparatus and a selection of the first wireless communications apparatus is made by the information processing apparatus the control unit is configured to perform control for transferring the connection right from the information processing apparatus for which the connection right has been set to the first wireless communication apparatus in order to enable the first wireless communication apparatus to perform the communication processing using the connection right. a control unit which is configured to determine whether a first wireless communication apparatus for which a connection right to connect to a predetermined network operated by a communication operator based on contract authentication information using wireless communication has not been set satisfies a predetermined condition for connecting to the network and performing predetermined communication processing, wherein, when the predetermined condition is satisfied, the predetermined condition being satisfied when a selection of a purchase operation is made by the information processing apparatus and a selection of the first wireless communications apparatus is made by the information processing apparatus the control unit is configured to perform control for transferring the connection right from the information processing apparatus for which the connection right has been set to the first wireless communication apparatus in order to enable the first wireless communication apparatus to perform the communication processing using the connection right.
A method of wireless communication performed by a user equipment, UE, comprising: determining a time division duplex, TDD, frame structure of a plurality of frames, wherein a plurality of uplink, UL, subframes of the plurality of frames, assigned by a base station, for transmitting a plurality of UL resources associated with a control signaling is a function of the TDD frame structure; determining a location of a UL resource, scheduled by the base station, within the TDD frame structure for communicating a type of the control signaling, the type of the control signaling including at least one of a random access channel, a uplink control channel, a sounding reference signal, SRS, or a scheduling request, SR; ; determining if the location of the scheduled UL resource for communicating at least one type of the control signaling occurs on one of the plurality of UL subframes assigned for transmitting the scheduled UL resource; and communicating the at least one type of the control signaling using the scheduled UL resource over one of the plurality of UL subframes when the location of the scheduled UL resource for communicating the at least one type of the control signaling occurs on one of the plurality of UL subframes assigned for transmitting the scheduled UL resource. determining a time division duplex, TDD, frame structure of a plurality of frames, wherein a plurality of uplink, UL, subframes of the plurality of frames, assigned by a base station, for transmitting a plurality of UL resources associated with a control signaling is a function of the TDD frame structure; determining a location of a UL resource, scheduled by the base station, within the TDD frame structure for communicating a type of the control signaling, the type of the control signaling including at least one of a random access channel, a uplink control channel, a sounding reference signal, SRS, or a scheduling request, SR; ; determining if the location of the scheduled UL resource for communicating at least one type of the control signaling occurs on one of the plurality of UL subframes assigned for transmitting the scheduled UL resource; and communicating the at least one type of the control signaling using the scheduled UL resource over one of the plurality of UL subframes when the location of the scheduled UL resource for communicating the at least one type of the control signaling occurs on one of the plurality of UL subframes assigned for transmitting the scheduled UL resource.
An apparatus comprising: (a) a handle assembly ; (b) a guide tube extending distally from the handle assembly, wherein at least a distal portion of the guide tube is malleable; and (c) a dilation catheter slidably positioned in the guide tube, wherein the dilation catheter includes: (i) a distal end , (ii) a dilator , and (iii) a position sensor , wherein the position sensor is configured to generate a signal indicating a position of the position sensor in three-dimensional space, wherein the dilation catheter is configured to translate relative to the guide tube, wherein the guide tube defines an inner diameter, wherein the dilation catheter defines an outer diameter, wherein the guide tube and the dilation catheter cooperate to define a gap between the inner diameter of the guide tube and the outer diameter of the dilation catheter, wherein the gap is sized to provide communication of one or more of: (i) suction through the gap, or (ii) irrigation fluid through the gap. (a) a handle assembly ; (b) a guide tube extending distally from the handle assembly, wherein at least a distal portion of the guide tube is malleable; and (c) a dilation catheter slidably positioned in the guide tube, wherein the dilation catheter includes: (i) a distal end , (ii) a dilator , and (iii) a position sensor , wherein the position sensor is configured to generate a signal indicating a position of the position sensor in three-dimensional space, wherein the dilation catheter is configured to translate relative to the guide tube, wherein the guide tube defines an inner diameter, wherein the dilation catheter defines an outer diameter, wherein the guide tube and the dilation catheter cooperate to define a gap between the inner diameter of the guide tube and the outer diameter of the dilation catheter, wherein the gap is sized to provide communication of one or more of: (i) suction through the gap, or (ii) irrigation fluid through the gap. (i) a distal end , (ii) a dilator , and (iii) a position sensor , wherein the position sensor is configured to generate a signal indicating a position of the position sensor in three-dimensional space, wherein the dilation catheter is configured to translate relative to the guide tube, wherein the guide tube defines an inner diameter, wherein the dilation catheter defines an outer diameter, wherein the guide tube and the dilation catheter cooperate to define a gap between the inner diameter of the guide tube and the outer diameter of the dilation catheter, wherein the gap is sized to provide communication of one or more of: (i) suction through the gap, or (ii) irrigation fluid through the gap. (i) suction through the gap, or (ii) irrigation fluid through the gap.
A lighting apparatus comprising: a plurality of light sources located on a printed circuit board ; a reflecting unit provided on the printed circuit board , with the light sources through the reflecting unit ; and an air area provided inside the reflective unit , characterized in that the reflective unit includes a first reflective film attached to a surface of the printed circuit board ; and a transparent second reflective film spaced from the first reflective film and forming the air area. a plurality of light sources located on a printed circuit board ; a reflecting unit provided on the printed circuit board , with the light sources through the reflecting unit ; and an air area provided inside the reflective unit , characterized in that the reflective unit includes a first reflective film attached to a surface of the printed circuit board ; and a transparent second reflective film spaced from the first reflective film and forming the air area.
An information management method, comprising: recording, after a secondary node is added to a user equipment, history information for the user equipment by the secondary node ; characterized by further comprising: storing, by the secondary node, in response to the secondary node receiving history information for the user equipment under other secondary nodes sent by a master node, the history information for the user equipment under the other secondary nodes. recording, after a secondary node is added to a user equipment, history information for the user equipment by the secondary node ; characterized by further comprising: storing, by the secondary node, in response to the secondary node receiving history information for the user equipment under other secondary nodes sent by a master node, the history information for the user equipment under the other secondary nodes.