mhurhangee/patent-ind-claim-en huggingface dataset:
A method of dosing a nanocellulose suspension in gel phase into a second suspension, wherein the method comprises the steps of: - providing said nanocellulose suspension in gel phase; - providing said second suspension, wherein the second suspension comprises any one of a stock solution, a coating composition and a surface sizing composition; - bringing said nanocellulose suspension in gel phase in contact with said second suspension; characterized in that the method comprises the step of: - subjecting said nanocellulose suspension in gel phase to a shear rate of more than 500 1/s, immediately prior to the step of bringing said nanocellulose suspension in gel phase and said second suspension in contact with each other and wherein said nanocellulose suspension in gel phase is brought to a fluidized state through said high shear rate treatment step, and wherein said gel in fluidized state is brought into contact with said second suspension within less than 1 second. - providing said nanocellulose suspension in gel phase; - providing said second suspension, wherein the second suspension comprises any one of a stock solution, a coating composition and a surface sizing composition; - bringing said nanocellulose suspension in gel phase in contact with said second suspension; - subjecting said nanocellulose suspension in gel phase to a shear rate of more than 500 1/s, immediately prior to the step of bringing said nanocellulose suspension in gel phase and said second suspension in contact with each other and wherein said nanocellulose suspension in gel phase is brought to a fluidized state through said high shear rate treatment step, and wherein said gel in fluidized state is brought into contact with said second suspension within less than 1 second.
A therapeutically effective amount of a pharmaceutical composition comprising a prodrug of structure (I): or a pharmaceutically acceptable salt form thereof, for use in the treatment of a subject by administering the composition at a dosage amount ranging from about 70 mg/m 2 to about 300 mg/m 2 at a frequency of between once every 7 days to once every 30 days for a period of one month to six months or longer, of one or more cancerous solid tumours.
A Heating, Ventilating and Air Conditioning, HVAC, system for reducing discharge pressure, the HVAC system comprising: a compensator reservoir ; a compensator line fluidly coupled to the compensator reservoir and fluidly coupled to a liquid line , the liquid line connecting an outdoor heat exchanger and an indoor heat exchanger , the compensator line comprising a connection to the compensator reservoir and a connection to the liquid line ; a compensator valve disposed in the compensator line ; a first expansion device disposed in the liquid line between the connection to the compensator line and the outdoor heat exchanger , the first expansion device configured to only act on refrigerant flowing towards the outdoor heat exchanger ; and a second expansion device disposed in the liquid line between the connection to the compensator line and the indoor heat exchanger , the second expansion device configured to only act on refrigerant flowing towards the indoor heat exchanger ; a reversing valve connected between the indoor heat exchanger and the outdoor heat exchanger and configured to change between a cooling configuration and a heating configuration; a compressor configured to compress the refrigerant in gas vapor form and discharge the refrigerant vapor through a discharge line to the reversing valve , wherein the connection to the compensator reservoir is vertically higher than the connection to the liquid line so as to allow a refrigerant within the liquid line to leave the compensator reservoir due to gravity when the pressure in the liquid line is sufficiently low. a compensator reservoir ; a compensator line fluidly coupled to the compensator reservoir and fluidly coupled to a liquid line , the liquid line connecting an outdoor heat exchanger and an indoor heat exchanger , the compensator line comprising a connection to the compensator reservoir and a connection to the liquid line ; a compensator valve disposed in the compensator line ; a first expansion device disposed in the liquid line between the connection to the compensator line and the outdoor heat exchanger , the first expansion device configured to only act on refrigerant flowing towards the outdoor heat exchanger ; and a second expansion device disposed in the liquid line between the connection to the compensator line and the indoor heat exchanger , the second expansion device configured to only act on refrigerant flowing towards the indoor heat exchanger ; a reversing valve connected between the indoor heat exchanger and the outdoor heat exchanger and configured to change between a cooling configuration and a heating configuration; a compressor configured to compress the refrigerant in gas vapor form and discharge the refrigerant vapor through a discharge line to the reversing valve , wherein the connection to the compensator reservoir is vertically higher than the connection to the liquid line so as to allow a refrigerant within the liquid line to leave the compensator reservoir due to gravity when the pressure in the liquid line is sufficiently low.
Hair restorer, consisting of an aqueous sodium carbonate solution with the pH value of the solution in the range of 9.5 to 12, for use in the promotion or strengthening of hair growth and in hair thickening, wherein the aqueous solution is applied on the scalp and is allowed to take action.
A cleaner , comprising: a dust housing having a collection opening surface toward a floor; an agitator disposed at an inside of the dust housing and rotatably assembled with the dust housing, exposed to an outside through the collection opening surface, and being in contact with the floor to sweep up a foreign material on the floor into the inside of the dust housing; and a dustpan installed on any one of the dust housing or the agitator and guiding the foreign material moved by the agitator into the inside of the dust housing, wherein the dustpan surrounds a part of an outer circumferential surface of the agitator, characterized in that the dustpan is installed to independently rotates with the agitator. a dust housing having a collection opening surface toward a floor; an agitator disposed at an inside of the dust housing and rotatably assembled with the dust housing, exposed to an outside through the collection opening surface, and being in contact with the floor to sweep up a foreign material on the floor into the inside of the dust housing; and a dustpan installed on any one of the dust housing or the agitator and guiding the foreign material moved by the agitator into the inside of the dust housing, wherein the dustpan surrounds a part of an outer circumferential surface of the agitator, characterized in that the dustpan is installed to independently rotates with the agitator.
A method of transmitting data, performed by a network device comprising at least one main control board and at least one interface board connected to the at least one main control board, the method comprising: determining an interface board among the at least one interface board and a logical channel both corresponding to first data to be sent from one of the at least one main control board; obtaining a remaining resource size of the logical channel ; when the remaining resource size is greater than or equal to a length of the first data, determining that the logical channel has a capability to send the first data; when the logical channel has a capability to send the first data, obtaining second data by adding header information to the first data, wherein the header information comprises an interface board identifier of the interface board and a logical channel identifier of the logical channel , and storing the second data in a buffer corresponding to the logical channel ; reading the second data from the buffer , and obtaining the interface board identifier and the logical channel identifier from the header information of the read second data; obtaining the first data by removing the header information from the read second data, and sending the obtained first data to the interface board corresponding to the interface board identifier. determining an interface board among the at least one interface board and a logical channel both corresponding to first data to be sent from one of the at least one main control board; obtaining a remaining resource size of the logical channel ; when the remaining resource size is greater than or equal to a length of the first data, determining that the logical channel has a capability to send the first data; when the logical channel has a capability to send the first data, obtaining second data by adding header information to the first data, wherein the header information comprises an interface board identifier of the interface board and a logical channel identifier of the logical channel , and storing the second data in a buffer corresponding to the logical channel ; obtaining second data by adding header information to the first data, wherein the header information comprises an interface board identifier of the interface board and a logical channel identifier of the logical channel , and storing the second data in a buffer corresponding to the logical channel ; reading the second data from the buffer , and obtaining the interface board identifier and the logical channel identifier from the header information of the read second data; obtaining the first data by removing the header information from the read second data, and sending the obtained first data to the interface board corresponding to the interface board identifier.
Intake system for an internal combustion engine comprising: - an air conveyance duct that extends from an air inlet opening to an air outlet opening delimiting a conveying volume, - 'n' intake trumpets , separated from each other, and facing said air outlet opening , with 'n' ≥2, wherein - the air conveyance duct comprises at least one internal partition wall which internally divides it into 'n' channels fluidly separated from each other along the extent of the air conveyance duct , each of said 'n' channels , at the air outlet opening , facing a corresponding intake trumpet , characterized in that the air conveyance duct and the at least one internal partition wall are arranged so that between the air outlet opening of the channels and an air inlet edge of the corresponding intake trumpets a gap is provided. - an air conveyance duct that extends from an air inlet opening to an air outlet opening delimiting a conveying volume, - 'n' intake trumpets , separated from each other, and facing said air outlet opening , with 'n' ≥2, wherein - the air conveyance duct comprises at least one internal partition wall which internally divides it into 'n' channels fluidly separated from each other along the extent of the air conveyance duct , each of said 'n' channels , at the air outlet opening , facing a corresponding intake trumpet , characterized in that the air conveyance duct and the at least one internal partition wall are arranged so that between the air outlet opening of the channels and an air inlet edge of the corresponding intake trumpets a gap is provided.
A refrigerator comprising: a cabinet that defines an upper storage space and a lower storage space; a front panel door configured to open and close the lower storage space; a drawer configured to insert into and withdraw from the lower storage space, the drawer comprising an accommodation portion ; a driving device located in the front panel door and configured to generate power; and wherein the driving device is further configured to, in a state of being coupled to an elevation device , provide the power for operation of the elevation device , characterized in that the elevation device is located on the bottom surface of the inner side of the drawer and configured to elevate, relative to the drawer, at least part of the accommodation portion of the drawer, and wherein the elevation device is provided as a scissors type so that the elevation device is folded in a descending state and unfolded in an ascending state, wherein the driving device in the front panel door is configured to couple to the elevation device in the drawer through a rear surface of the front panel door and through a front surface of the drawer that faces the rear surface of the front panel door. a cabinet that defines an upper storage space and a lower storage space; a front panel door configured to open and close the lower storage space; a drawer configured to insert into and withdraw from the lower storage space, the drawer comprising an accommodation portion ; a driving device located in the front panel door and configured to generate power; and wherein the driving device is further configured to, in a state of being coupled to an elevation device , provide the power for operation of the elevation device , characterized in that the elevation device is located on the bottom surface of the inner side of the drawer and configured to elevate, relative to the drawer, at least part of the accommodation portion of the drawer, and wherein the elevation device is provided as a scissors type so that the elevation device is folded in a descending state and unfolded in an ascending state, wherein the driving device in the front panel door is configured to couple to the elevation device in the drawer through a rear surface of the front panel door and through a front surface of the drawer that faces the rear surface of the front panel door.
A surgical support frame comprising: at least three support members connected to one another by at least three independently adjustable linkages arranged to define a perimeter of an enclosed shape, each support member having a lumen extending therethrough for receiving a cannula , and each support member being configured such that a cannula extending through one of the at least three support members is angularly adjustable relative to a cannula extending through another one of the at least three support members, and such that a distance between each of the at least three support members is independently adjustable; and a locking mechanism for locking at least one of the at least three support members such that a cannula extending through one of the at least three support members is retained in a desired angular orientation relative to a cannula extending through another one of the at least three support members. at least three support members connected to one another by at least three independently adjustable linkages arranged to define a perimeter of an enclosed shape, each support member having a lumen extending therethrough for receiving a cannula , and each support member being configured such that a cannula extending through one of the at least three support members is angularly adjustable relative to a cannula extending through another one of the at least three support members, and such that a distance between each of the at least three support members is independently adjustable; and a locking mechanism for locking at least one of the at least three support members such that a cannula extending through one of the at least three support members is retained in a desired angular orientation relative to a cannula extending through another one of the at least three support members.
A charge transport polymer comprising a molecular chain and terminal groups bonded to the molecular chain, wherein the terminal groups comprise a terminal group P containing a polymerizable functional group and a terminal group EW containing an aromatic hydrocarbon group substituted with an electron-withdrawing substituent, the terminal group P comprises a terminal group represented by formula (P1) shown below, and among carbon atoms contained in a ring of the aromatic hydrocarbon group, if a carbon atom that is bonded to the molecular chain is numbered 1, and numbers are assigned in order to adjoining carbon atoms, then the electron-withdrawing substituent is bonded to a carbon atom numbered 1+2n, wherein n is an integer of 1 or greater, wherein in the formula, Ar represents a substituted or unsubstituted aromatic cyclic group, L represents a linking group, PG represents a substituted or unsubstituted polymerizable functional group, each of a and x independently represents 0 or 1, and y represents an integer of 1 or greater, provided the formula (P1) does not include a partial structure represented by -Ar-CH 2 -O-(CH 2 ) n -O-, wherein n is an integer of 1 to 6, characterized in that the polymerizable functional group contains at least one type of group selected from the group consisting of groups having a carbon-carbon multiple bond, groups having a small ring, and heterocyclic groups and wherein the proportion of the terminal group P, based on the total of all terminal groups contained in the charge transport polymer, is at least 5 mol%. the terminal groups comprise a terminal group P containing a polymerizable functional group and a terminal group EW containing an aromatic hydrocarbon group substituted with an electron-withdrawing substituent, the terminal group P comprises a terminal group represented by formula (P1) shown below, and among carbon atoms contained in a ring of the aromatic hydrocarbon group, if a carbon atom that is bonded to the molecular chain is numbered 1, and numbers are assigned in order to adjoining carbon atoms, then the electron-withdrawing substituent is bonded to a carbon atom numbered 1+2n, wherein n is an integer of 1 or greater, wherein in the formula, Ar represents a substituted or unsubstituted aromatic cyclic group, L represents a linking group, PG represents a substituted or unsubstituted polymerizable functional group, each of a and x independently represents 0 or 1, and y represents an integer of 1 or greater, provided the formula (P1) does not include a partial structure represented by -Ar-CH 2 -O-(CH 2 ) n -O-, wherein n is an integer of 1 to 6, characterized in that the polymerizable functional group contains at least one type of group selected from the group consisting of groups having a carbon-carbon multiple bond, groups having a small ring, and heterocyclic groups and wherein the proportion of the terminal group P, based on the total of all terminal groups contained in the charge transport polymer, is at least 5 mol%.
A method for storing video data in a surveillance system including three or more cameras and a storage service comprising a storage space , the method comprising: partitioning the storage space into an initial set of allotted portions for storing video data captured over a time period from each of the three or more video cameras , wherein each allotted portion in the initial set of allotted portions is configured to store video data from one camera of the three or more cameras ; for each camera , setting a video quality value for encoding video captured by the camera; determining, for each camera and at discrete time intervals, whether maintaining the video quality value would cause the camera to output an expected amount of video data that would exceed the allotted portion of storage space for the camera over the time period; in response to determining for at least one camera that the expected amount of video data would exceed the allotted portion of storage space, adjusting the video quality value to a video quality value representing a reduced video quality relative to the video quality represented by the current video quality value; and in response to determining that the reduced video quality value from a camera represents a video quality that falls below a video quality represented by a video quality threshold value, re-partitioning the storage space into a new set of allotted portions, wherein increased storage space is allotted to the camera having a video quality that falls below the video quality represented by a video quality threshold value and decreased storage space is allotted to at least one other camera . partitioning the storage space into an initial set of allotted portions for storing video data captured over a time period from each of the three or more video cameras , wherein each allotted portion in the initial set of allotted portions is configured to store video data from one camera of the three or more cameras ; for each camera , setting a video quality value for encoding video captured by the camera; determining, for each camera and at discrete time intervals, whether maintaining the video quality value would cause the camera to output an expected amount of video data that would exceed the allotted portion of storage space for the camera over the time period; in response to determining for at least one camera that the expected amount of video data would exceed the allotted portion of storage space, adjusting the video quality value to a video quality value representing a reduced video quality relative to the video quality represented by the current video quality value; and in response to determining that the reduced video quality value from a camera represents a video quality that falls below a video quality represented by a video quality threshold value, re-partitioning the storage space into a new set of allotted portions, wherein increased storage space is allotted to the camera having a video quality that falls below the video quality represented by a video quality threshold value and decreased storage space is allotted to at least one other camera .
An endoscopic cap assembly , comprising: a sleeve ; and a cap , the cap including: a cap channel extending along an external surface of the cap ; and an engagement feature for engaging a snare loop of a medical tool, the engagement feature extending radially outwardly from the external surface of the cap characterised in that the engagement feature comprises a protrusion having a post and a head . a sleeve ; and a cap , the cap including: a cap channel extending along an external surface of the cap ; and an engagement feature for engaging a snare loop of a medical tool, the engagement feature extending radially outwardly from the external surface of the cap characterised in that the engagement feature comprises a protrusion having a post and a head . a cap channel extending along an external surface of the cap ; and an engagement feature for engaging a snare loop of a medical tool, the engagement feature extending radially outwardly from the external surface of the cap characterised in that the engagement feature comprises a protrusion having a post and a head .