mhurhangee/patent-ind-claim-en huggingface dataset:
A container comprising: a base material comprising a plurality of concave portions ; a recognition unit disposed on the base material or attached to the base material as a separate unit or portion, and configured to recognize the base material ; and a storage unit wherein the storage unit comprises information on biomaterials contained in the plurality of concave portions ; wherein at least one of the plurality of concave portions comprises biomaterials, the recognition unit is a recognition portion comprising recognition information and the storage unit correctly corresponds to the recognition unit by storing the same recognition information as the recognition unit ; or the recognition unit is a recognition representation and the storage unit correctly corresponds to the recognition unit by storing the same recognition representation as the recognition unit ; and characterized in that the biomaterials comprise cells comprising a nucleic acid having a certain base sequence; the storage unit is attachably and detachably disposed to the base material ; and the information on biomaterials comprises information on a copy number of the nucleic acid and uncertainty of the copy number of the nucleic acid. a base material comprising a plurality of concave portions ; a recognition unit disposed on the base material or attached to the base material as a separate unit or portion, and configured to recognize the base material ; and a storage unit wherein the storage unit comprises information on biomaterials contained in the plurality of concave portions ; wherein at least one of the plurality of concave portions comprises biomaterials, the recognition unit is a recognition portion comprising recognition information and the storage unit correctly corresponds to the recognition unit by storing the same recognition information as the recognition unit ; or the recognition unit is a recognition representation and the storage unit correctly corresponds to the recognition unit by storing the same recognition representation as the recognition unit ; and characterized in that the biomaterials comprise cells comprising a nucleic acid having a certain base sequence; the storage unit is attachably and detachably disposed to the base material ; and the information on biomaterials comprises information on a copy number of the nucleic acid and uncertainty of the copy number of the nucleic acid.
Stretching rod for a moulding unit for manufacturing a container from a preform , said stretching rod extending longitudinally, parallel to a main axis Y, comprising: - a body of cylindrical or tubular form; - a distal end in the continuation of said body ; - a flat situated at the distal end of the stretching rod , and; - an end fitting protruding from said flat ; - said rod being characterized in that it comprises an annular skirt in the continuation of said body , at said distal end , said skirt having a height less than the height of said end fitting , said end fitting having a diameter smaller than the diameter of the body of the stretching rod , and the diameter of the free end of the skirt being smaller than or equal to 14 mm. - a body of cylindrical or tubular form; - a distal end in the continuation of said body ; - a flat situated at the distal end of the stretching rod , and; - an end fitting protruding from said flat ; - said rod being characterized in that it comprises an annular skirt in the continuation of said body , at said distal end , said skirt having a height less than the height of said end fitting , said end fitting having a diameter smaller than the diameter of the body of the stretching rod , and the diameter of the free end of the skirt being smaller than or equal to 14 mm.
A vitreoretinal surgery device, comprising: - a main body having an elongated shape extending along a longitudinal axis (A) thereof between a first and a second end portion and defining a receiving chamber (C) therein; - a needle or cannula departing away from said first end portion up to a free end thereof and provided with an inner longitudinal cavity in connection with said receiving chamber (C); characterized in that it comprises: - at least a first surgical instrument of elongated shape and provided with an active end portion thereof; said first surgical instrument being reversibly movable between a resting position, in which it is accommodated inside said receiving chamber (C), and an operating position, in which it is arranged crossing said inner longitudinal cavity with said active end portion protruding from the free end of the needle or cannula ; - at least a second surgical instrument of elongated shape and provided with an active end portion thereof; said second surgical instrument being reversibly movable between a resting position, in which it is accommodated inside said receiving chamber (C), and an operating position, in which it is arranged crossing said inner longitudinal cavity with said active end portion protruding from the free end of the needle or cannula ; - a selecting unit associated with said first and second surgical instruments , accommodated at least partially in said receiving chamber (C) and configured to arrange the first surgical instrument in the operating position and the second surgical instrument in the resting position, and vice versa, upon a command given by a user (S). - a main body having an elongated shape extending along a longitudinal axis (A) thereof between a first and a second end portion and defining a receiving chamber (C) therein; - a needle or cannula departing away from said first end portion up to a free end thereof and provided with an inner longitudinal cavity in connection with said receiving chamber (C); - at least a first surgical instrument of elongated shape and provided with an active end portion thereof; said first surgical instrument being reversibly movable between a resting position, in which it is accommodated inside said receiving chamber (C), and an operating position, in which it is arranged crossing said inner longitudinal cavity with said active end portion protruding from the free end of the needle or cannula ; - at least a second surgical instrument of elongated shape and provided with an active end portion thereof; said second surgical instrument being reversibly movable between a resting position, in which it is accommodated inside said receiving chamber (C), and an operating position, in which it is arranged crossing said inner longitudinal cavity with said active end portion protruding from the free end of the needle or cannula ; - a selecting unit associated with said first and second surgical instruments , accommodated at least partially in said receiving chamber (C) and configured to arrange the first surgical instrument in the operating position and the second surgical instrument in the resting position, and vice versa, upon a command given by a user (S).
A method of determining a concentration of sulfate reducing bacteria (SRB) comprising: preparing a growth medium for growing SRB in a group of test vials; adding ferrous chloride tetrahydrate (FCTH) to the each of the test vials (302 to 312; 402 to 452); adding a tested sample to a first of the group of test vials (402 to 412); sequentially diluting the tested sample by injecting succeeding vials (422 to 452) in the group with fluid from sequentially previous vials (402 to 412); and incubating the group of test vials (302 to 312; 402 to 452); wherein visual blackening of fluid in one incubated test vial (302 to 312; 402 to 452) indicates a presence of a threshold number of SRB. preparing a growth medium for growing SRB in a group of test vials; adding ferrous chloride tetrahydrate (FCTH) to the each of the test vials (302 to 312; 402 to 452); adding a tested sample to a first of the group of test vials (402 to 412); sequentially diluting the tested sample by injecting succeeding vials (422 to 452) in the group with fluid from sequentially previous vials (402 to 412); and incubating the group of test vials (302 to 312; 402 to 452); wherein visual blackening of fluid in one incubated test vial (302 to 312; 402 to 452) indicates a presence of a threshold number of SRB.
A rotor assembly configured to rotate within a stator assembly of a rotating machine, the rotor assembly having a shaft disposed within a non-cryogenic region of the rotor assembly , the rotor assembly comprising: a superconducting winding assembly positioned within a cryogenic region of the rotor assembly , the superconducting winding assembly , in operation, generating a magnetic flux linking the stator assembly; and a torque transfer assembly including a first torque tube and a second torque tube that are positioned in a radial space external to the superconducting winding assembly and that extend along a longitudinal axis of the rotor assembly ; wherein the first torque tube is mechanically coupled to a first flange and the second torque tube is mechanically coupled to a second flange characterized in that the first torque tube axially extends over a portion of the superconducting winding assembly and the second torque tube axially extends over another portion of the superconducting winding assembly . a superconducting winding assembly positioned within a cryogenic region of the rotor assembly , the superconducting winding assembly , in operation, generating a magnetic flux linking the stator assembly; and a torque transfer assembly including a first torque tube and a second torque tube that are positioned in a radial space external to the superconducting winding assembly and that extend along a longitudinal axis of the rotor assembly ; wherein the first torque tube is mechanically coupled to a first flange and the second torque tube is mechanically coupled to a second flange characterized in that the first torque tube axially extends over a portion of the superconducting winding assembly and the second torque tube axially extends over another portion of the superconducting winding assembly .
A bispecific antibody comprising: (a) a first binding moiety specific for human CD3, wherein the first binding moiety comprises: (i) a first polypeptide subunit comprising a heavy chain variable (VH) domain comprising a CDR1 having an amino acid sequence of GFTFDDYA (SEQ ID NO:29), a CDR2 having an amino acid sequence of ISWNSGSI (SEQ ID NO:24), and a CDR3 having an amino acid sequence of AKDSRGYGDYRLGGAY (SEQ ID NO:41) in a human framework; and (ii) a second polypeptide subunit comprising a light chain variable (VL) domain comprising a CDR1 having an amino acid sequence of QSVSSN (SEQ ID NO:35), a CDR2 having an amino acid sequence of GAS (SEQ ID NO:38), and a CDR3 having an amino acid sequence of QQYNNWPWT (SEQ ID NO:45); and (b) a second binding moiety specific for human BCMA, wherein the second binding moiety comprises: (i) a third polypeptide subunit comprising a VH domain comprising a CDR1 having an amino acid sequence of GFTVSSYG (SEQ ID NO:36), a CDR2 having an amino acid sequence of IRGSDGST (SEQ ID NO:39), and a CDR3 having an amino acid sequence of AKQGENDGPFDH (SEQ ID NO:46). (a) a first binding moiety specific for human CD3, wherein the first binding moiety comprises: (i) a first polypeptide subunit comprising a heavy chain variable (VH) domain comprising a CDR1 having an amino acid sequence of GFTFDDYA (SEQ ID NO:29), a CDR2 having an amino acid sequence of ISWNSGSI (SEQ ID NO:24), and a CDR3 having an amino acid sequence of AKDSRGYGDYRLGGAY (SEQ ID NO:41) in a human framework; and (ii) a second polypeptide subunit comprising a light chain variable (VL) domain comprising a CDR1 having an amino acid sequence of QSVSSN (SEQ ID NO:35), a CDR2 having an amino acid sequence of GAS (SEQ ID NO:38), and a CDR3 having an amino acid sequence of QQYNNWPWT (SEQ ID NO:45); and (i) a first polypeptide subunit comprising a heavy chain variable (VH) domain comprising a CDR1 having an amino acid sequence of GFTFDDYA (SEQ ID NO:29), a CDR2 having an amino acid sequence of ISWNSGSI (SEQ ID NO:24), and a CDR3 having an amino acid sequence of AKDSRGYGDYRLGGAY (SEQ ID NO:41) in a human framework; and (ii) a second polypeptide subunit comprising a light chain variable (VL) domain comprising a CDR1 having an amino acid sequence of QSVSSN (SEQ ID NO:35), a CDR2 having an amino acid sequence of GAS (SEQ ID NO:38), and a CDR3 having an amino acid sequence of QQYNNWPWT (SEQ ID NO:45); and (b) a second binding moiety specific for human BCMA, wherein the second binding moiety comprises: (i) a third polypeptide subunit comprising a VH domain comprising a CDR1 having an amino acid sequence of GFTVSSYG (SEQ ID NO:36), a CDR2 having an amino acid sequence of IRGSDGST (SEQ ID NO:39), and a CDR3 having an amino acid sequence of AKQGENDGPFDH (SEQ ID NO:46). (i) a third polypeptide subunit comprising a VH domain comprising a CDR1 having an amino acid sequence of GFTVSSYG (SEQ ID NO:36), a CDR2 having an amino acid sequence of IRGSDGST (SEQ ID NO:39), and a CDR3 having an amino acid sequence of AKQGENDGPFDH (SEQ ID NO:46).
An authentication system , comprising: a first device ; and a second device which is communicative with the first device , wherein the first device is configured to transfer target data to the second device , wherein the second device includes: a hardware security module circuit which performs an authentication process; characterised by an error detection circuit used to perform an error detection process at least on the transferred target data which is processed in the hardware security module circuit , and wherein the error detection circuit is configured to be accessible only by the hardware security module circuit when the error detection process is performed at least on the transferred target data, wherein the first device is configured to: add error detection data to the whole target data, encrypt the whole target data to which the error detection data has been added, segment the encrypted target data into data segments, and transfer the data segments, and wherein the hardware security module circuit is configured to: perform mutual authentication with the first device before the data segments are transferred, receive the data segments, and perform mutual authentication with the first device after the data segments are transferred. a first device ; and a second device which is communicative with the first device , wherein the first device is configured to transfer target data to the second device , wherein the second device includes: a hardware security module circuit which performs an authentication process; characterised by an error detection circuit used to perform an error detection process at least on the transferred target data which is processed in the hardware security module circuit , and a hardware security module circuit which performs an authentication process; characterised by an error detection circuit used to perform an error detection process at least on the transferred target data which is processed in the hardware security module circuit , and wherein the error detection circuit is configured to be accessible only by the hardware security module circuit when the error detection process is performed at least on the transferred target data, wherein the first device is configured to: add error detection data to the whole target data, encrypt the whole target data to which the error detection data has been added, segment the encrypted target data into data segments, and transfer the data segments, and add error detection data to the whole target data, encrypt the whole target data to which the error detection data has been added, segment the encrypted target data into data segments, and transfer the data segments, and wherein the hardware security module circuit is configured to: perform mutual authentication with the first device before the data segments are transferred, receive the data segments, and perform mutual authentication with the first device after the data segments are transferred. perform mutual authentication with the first device before the data segments are transferred, receive the data segments, and perform mutual authentication with the first device after the data segments are transferred.
A method of monitoring an electric motor serving to drive a pump , wherein within a time interval (T) current values are measured, an average value of the current values measured is determined and said average value is compared to a predetermined reference value, wherein the method extends to controlling the electric motor , wherein the current values measured reflect the profile of the winding current of the electric motor and, irrespective of whether they can be associated with an instantaneous maximum of the current profile, are included in determining the average value, and wherein the average value is considered by the motor control as input parameter, characterized in that the time interval (T) is greater than a period duration (P) resulting due to system-inherent periodically recurring pressure fluctuations in the feed circuit of the pump .
A composite nonwoven mat comprising: a nonwoven base layer comprising glass fibers and a binder composition, the nonwoven base layer having a first surface and a second surface; and a polymer layer adhered to the first surface, wherein the polymer layer extends partially into the nonwoven base layer, and wherein the composite nonwoven mat has an average Gurley porosity of 1,000 seconds to 30,000 seconds, wherein the Gurley porosity is the time required for 100 cubic centimeters of air to be pushed through an approximately 6.45 cm 2 (1 in 2 ) circular area of sample under a pressure of approximately 1.22 kPa. a nonwoven base layer comprising glass fibers and a binder composition, the nonwoven base layer having a first surface and a second surface; and a polymer layer adhered to the first surface, wherein the polymer layer extends partially into the nonwoven base layer, and wherein the composite nonwoven mat has an average Gurley porosity of 1,000 seconds to 30,000 seconds, wherein the Gurley porosity is the time required for 100 cubic centimeters of air to be pushed through an approximately 6.45 cm 2 (1 in 2 ) circular area of sample under a pressure of approximately 1.22 kPa.
A method of providing compatible function information of a host apparatus connected to a plurality of image forming apparatuses , the host apparatus being installed with an integrated administration program to control at least one function of each of the plurality of image forming apparatuses, the integrated administration program comprising first function information supporting a first plurality of functions, wherein the first plurality of functions comprises functions that are compatible and functions that are not compatible with a second plurality of functions supported by a selected one of the plurality of image forming apparatuses, wherein if one of the first plurality of functions is compatible with one of the second plurality of functions, the compatible function in the integrated administration program is arranged to control the corresponding function in the selected image forming apparatus, the method comprising: executing the integrated administration program of the host apparatus; receiving second function information about the second plurality of functions supported by the selected one of the plurality of image forming apparatuses; storing the received second function information; comparing the received second function information corresponding to the selected image forming apparatus with the first function information supported by the integrated administration program installed on the host apparatus, and if the comparison indicates that they are compatible, enabling an icon of a sub application program that corresponds to each supported function and displaying the enabled icon, and if the comparison indicates that they are not compatible, disabling an icon of a sub application program that corresponds to each unsupported function and displaying the disabled icon. executing the integrated administration program of the host apparatus; receiving second function information about the second plurality of functions supported by the selected one of the plurality of image forming apparatuses; storing the received second function information; comparing the received second function information corresponding to the selected image forming apparatus with the first function information supported by the integrated administration program installed on the host apparatus, and if the comparison indicates that they are compatible, enabling an icon of a sub application program that corresponds to each supported function and displaying the enabled icon, and if the comparison indicates that they are not compatible, disabling an icon of a sub application program that corresponds to each unsupported function and displaying the disabled icon.
Press brake for bending or pressing workpieces, comprising a. a top tool and a bottom tool , for bending or pressing workpieces between said opposing tools; b. an displaceable upper beam , wherein the top tool is mounted upon; c. a bottom beam , wherein the bottom tool is mounted upon, said bottom beam being substantially parallel to the upper beam ; d. a load bearing frame mounted extending transversally to said beams , comprising a concave opening facing said beams , wherein the bottom beam is mounted on the bottom part of the load bearing frame relative to the concave opening; e. force means mounted between the upper beam and the upper part of the load bearing frame relative to the concave opening, for opposing the upper and lower tools ; characterized in that it comprises: a. an alignment frame mounted extending transversally to said beams , comprising a concave opening facing said beams , wherein the bottom beam is mounted on the bottom part of the alignment frame relative to the concave opening; b. sliding means mounted between the upper beam and the upper part of the alignment frame relative to the concave opening, which are adapted to accommodate a predefined degree of rotation of the upper beam in the plane parallel to the upper beam displacement. a. a top tool and a bottom tool , for bending or pressing workpieces between said opposing tools; b. an displaceable upper beam , wherein the top tool is mounted upon; c. a bottom beam , wherein the bottom tool is mounted upon, said bottom beam being substantially parallel to the upper beam ; d. a load bearing frame mounted extending transversally to said beams , comprising a concave opening facing said beams , wherein the bottom beam is mounted on the bottom part of the load bearing frame relative to the concave opening; e. force means mounted between the upper beam and the upper part of the load bearing frame relative to the concave opening, for opposing the upper and lower tools ; a. an alignment frame mounted extending transversally to said beams , comprising a concave opening facing said beams , wherein the bottom beam is mounted on the bottom part of the alignment frame relative to the concave opening; b. sliding means mounted between the upper beam and the upper part of the alignment frame relative to the concave opening, which are adapted to accommodate a predefined degree of rotation of the upper beam in the plane parallel to the upper beam displacement.