mhurhangee/patent-ind-claim-en huggingface dataset:
A polysaccharide-polyamine copolymer having an amino functionality which will provide a protonatable copolymeric material having a three-dimensional structure with cationic sites through protonation, the polysaccharide-polyamine copolymer comprising: a selectively oxidized polysaccharide having a 2,3-dialdehyde moiety and having oxidized glucose units of at least 50%; and amino polymers which provide an amino functionality, the amino polymers cross linking the oxidized polysaccharides to provide a particulate polysaccharide-polyamine copolymer having an amino functionality which when protonated will provide the cationic copolymeric material with a nitrogen content of at least 12.3 wt.%, both the polysaccharide-polyamine copolymer and cationic copolymeric material being water insoluble. a selectively oxidized polysaccharide having a 2,3-dialdehyde moiety and having oxidized glucose units of at least 50%; and amino polymers which provide an amino functionality, the amino polymers cross linking the oxidized polysaccharides to provide a particulate polysaccharide-polyamine copolymer having an amino functionality which when protonated will provide the cationic copolymeric material with a nitrogen content of at least 12.3 wt.%, both the polysaccharide-polyamine copolymer and cationic copolymeric material being water insoluble.
A condenser core for being positioned around a high voltage main electrical conductor , the condenser core comprising: - an electrically insulating body ; - a longitudinal through hole for accommodating the main electrical conductor ; - a plurality of electrically conductive foils encircling the through hole and being surrounded by the body such that each foil is insulated from any other of the foils ; - a potential electrical conductor for establishing an electrical connection between one of the foils and the main electrical conductor when the main electrical conductor is accommodated in the through hole ; characterized in that the condenser core further comprises a fastening device comprising a fastener constituted by a screw, wherein the fastening device is configured to mechanically connect the potential electrical conductor to the main electrical conductor when the main electrical conductor is accommodated in the through hole and wherein the fastening device comprises the fastener and a washer for being pressed by the fastener such that the washer presses the potential electrical conductor against the main electrical conductor and the washer is countersunk and a head of the screw is seated in the countersunk region of the washer such that an outer surface of the head of the screw is flush with an outer surface of the washer. - an electrically insulating body ; - a longitudinal through hole for accommodating the main electrical conductor ; - a plurality of electrically conductive foils encircling the through hole and being surrounded by the body such that each foil is insulated from any other of the foils ; - a potential electrical conductor for establishing an electrical connection between one of the foils and the main electrical conductor when the main electrical conductor is accommodated in the through hole ; characterized in that the condenser core further comprises a fastening device comprising a fastener constituted by a screw, wherein the fastening device is configured to mechanically connect the potential electrical conductor to the main electrical conductor when the main electrical conductor is accommodated in the through hole and wherein the fastening device comprises the fastener and a washer for being pressed by the fastener such that the washer presses the potential electrical conductor against the main electrical conductor and the washer is countersunk and a head of the screw is seated in the countersunk region of the washer such that an outer surface of the head of the screw is flush with an outer surface of the washer.
Arrangement for detecting optical properties of a sample of a substance to be examined, comprising at least one light source , the light beam of which is directed wholly or partially onto the sample , it being possible for the light to be directed as incident or transmitted light, and an optical sensor unit for recording the incident or transmitted light influenced by the sample , wherein the sample is in direct contact with a flat surface of a coated or uncoated carrier material , characterised in that this surface is formed wholly or partially as at least one Fresnel lens , wherein the incident or transmitted light influenced by the sample is focussed through the Fresnel lens to the optical sensor unit .
An apparatus for cleaning or grooming a submerged surface comprising: an acoustic pressure shock wave generating device including a reflector ; a control system for the shock wave generating device configured to control accumulative energy of shock to an energy level that removes targeted undesirable material covering a submerged surface without imparting material stress, paint damage or coating damage to the underlying submerged surface ; characterized in that , the reflector is covered by a membrane and a remotely operated underwater vehicle including thrusters is coupled to the acoustic pressure shock wave generating device ; and the vehicle includes an inspection and cleaning or grooming module comprising the acoustic pressure shock wave generating device , wherein the inspection and cleaning or grooming module is rotatable about both an X-axis by an X-motor with gear head and Y-axis with a Y-motor and gear head and includes one or more underwater sensors configured to detect the distance between the acoustic pressure shock wave generating device and the submerged surface, wherein the inspection and cleaning or grooming module is operatively coupled to the control system that activates the acoustic pressure shock wave generating device , rotates the cleaning or grooming module about the X-axis and Y-axis, and directs the remotely operated underwater vehicle . an acoustic pressure shock wave generating device including a reflector ; a control system for the shock wave generating device configured to control accumulative energy of shock to an energy level that removes targeted undesirable material covering a submerged surface without imparting material stress, paint damage or coating damage to the underlying submerged surface ; characterized in that , the reflector is covered by a membrane and a remotely operated underwater vehicle including thrusters is coupled to the acoustic pressure shock wave generating device ; and the vehicle includes an inspection and cleaning or grooming module comprising the acoustic pressure shock wave generating device , wherein the inspection and cleaning or grooming module is rotatable about both an X-axis by an X-motor with gear head and Y-axis with a Y-motor and gear head and includes one or more underwater sensors configured to detect the distance between the acoustic pressure shock wave generating device and the submerged surface, wherein the inspection and cleaning or grooming module is operatively coupled to the control system that activates the acoustic pressure shock wave generating device , rotates the cleaning or grooming module about the X-axis and Y-axis, and directs the remotely operated underwater vehicle .
A configuration method for resource sharing among multiple wireless links, the multiple wireless links comprising a first link, a second link and a third link, the method comprising: performing P-Q configuration on a set N formed by a group of continuous units, and determining a set P configured for downlink transmission of the second link and the third link and a set Q configured for uplink transmission of the second link and the third link in the set N; performing U-V configuration on the set N, and determining a set U configured for downlink transmission of the first link and the third link and a set V configured for uplink transmission of the first link and the third link in the set N; and determining a set S, each unit of the set S is flexibly configurable for uplink transmission of the second link and the third link or downlink transmission of the second link and the third link, in the set N, wherein the units are resource units, the set P and the set Q are not intersected, the set U and the set V are not intersected and both belong to a set M, where the set M=N-(P+Q), and the set S=M-(U+V), wherein the first link is a link between a first node and a second node; the second link is a link between the second node and a third node; the third link is a link between the first node and the third node; and directions from the first node to the second node and the third node and from the second node to the third node are downlink directions of corresponding links, and opposite directions of the downlink directions are uplink directions of the corresponding links. performing P-Q configuration on a set N formed by a group of continuous units, and determining a set P configured for downlink transmission of the second link and the third link and a set Q configured for uplink transmission of the second link and the third link in the set N; performing U-V configuration on the set N, and determining a set U configured for downlink transmission of the first link and the third link and a set V configured for uplink transmission of the first link and the third link in the set N; and determining a set S, each unit of the set S is flexibly configurable for uplink transmission of the second link and the third link or downlink transmission of the second link and the third link, in the set N, wherein the units are resource units, the set P and the set Q are not intersected, the set U and the set V are not intersected and both belong to a set M, where the set M=N-(P+Q), and the set S=M-(U+V), wherein the first link is a link between a first node and a second node; the second link is a link between the second node and a third node; the third link is a link between the first node and the third node; and directions from the first node to the second node and the third node and from the second node to the third node are downlink directions of corresponding links, and opposite directions of the downlink directions are uplink directions of the corresponding links.
A composition comprising a glucose transport promoting peptide of up to 50 amino acids, the peptide comprising an amino acid sequence of SEQUENCE ID NO. 1, or a glucose transport promoting variant thereof having 1 to 3 amino acid alterations compared with SEQUENCE ID NO. 1, in which the or each amino acid alteration is selected from insertion, addition, deletion and substitution of an amino acid.
Composite casing of an axial-flow turbomachine , in particular for a compressor (4; 6), the casing comprising a generally circular wall having a matrix and a woven fibrous reinforcement, the fibrous reinforcement exhibiting, along its thickness, two external layers and one central layer positioned between the external layers, said layers comprising fibres extending generally in the axial direction of the circular wall, and fibres extending generally around the circumference of the circular wall , characterized in that at least one of the external layers comprises a difference in proportion between the axial fibres and the circumferential fibres, the axial fibres making up the majority.
An endoscopic treatment instrument , comprising: a pressing tube that has an insertion lumen; a clip main body that has a first arm , the first arm being inserted into the insertion lumen such that the first arm protrudes from a distal end of the pressing tube ; a second arm that is fixed to the pressing tube to protrude to a distal end side of the pressing tube ; and an operation wire that is connected to the clip main body and configured to retract the clip main body with respect to the pressing tube , wherein the first arm approaches the second arm while being moved to a proximal end side of the pressing tube by being pulled by the operation wire , wherein in an initial state before the clip main body is pulled by the operation wire , a position of a distal end of the first arm in a longitudinal axis direction of the pressing tube is more distal than a position of a distal end of the second arm , and wherein the distal end of the first arm is configured to approach the distal end portion of the second arm when the clip main body is pulled to the proximal end side of the pressing tube ; characterized in that the second arm extends more distally than the distal end side of the pressing tube . a pressing tube that has an insertion lumen; a clip main body that has a first arm , the first arm being inserted into the insertion lumen such that the first arm protrudes from a distal end of the pressing tube ; a second arm that is fixed to the pressing tube to protrude to a distal end side of the pressing tube ; and an operation wire that is connected to the clip main body and configured to retract the clip main body with respect to the pressing tube , wherein the first arm approaches the second arm while being moved to a proximal end side of the pressing tube by being pulled by the operation wire , wherein in an initial state before the clip main body is pulled by the operation wire , a position of a distal end of the first arm in a longitudinal axis direction of the pressing tube is more distal than a position of a distal end of the second arm , and wherein the distal end of the first arm is configured to approach the distal end portion of the second arm when the clip main body is pulled to the proximal end side of the pressing tube ; characterized in that the second arm extends more distally than the distal end side of the pressing tube .
A hearing device comprising; - a first portion adapted for being arranged behind an ear of a user 2. for providing a signal, - an output transducer for converting the signal to an acoustic output, - a coupling element 2. coupled to the first portion, - an antenna comprising an external antenna arranged in part externally to the first portion and an internal parasitic element within the first portion, - a feeding unit configured to supply a current to the external antenna, and the feeding unit is further configured to supply the current to the internal parasitic element via a wireless coupling , - a wireless interface for receiving and/or transmitting data by means of the antenna, and wherein the coupling element comprises the external antenna, and wherein the coupling element comprises an electrically conducting element coupled to the wireless interface, and wherein the electrically conducting element is at least a part of the external antenna, wherein a part of the external antenna is arranged within the first portion and the internal parasitic element is positioned such that a capacitive coupling is provided between the internal parasitic element and the external antenna. - a first portion adapted for being arranged behind an ear of a user 2. for providing a signal, - an output transducer for converting the signal to an acoustic output, - a coupling element 2. coupled to the first portion, - an antenna comprising an external antenna arranged in part externally to the first portion and an internal parasitic element within the first portion, - a feeding unit configured to supply a current to the external antenna, and the feeding unit is further configured to supply the current to the internal parasitic element via a wireless coupling , - a wireless interface for receiving and/or transmitting data by means of the antenna, and
A steel sheet skin-passed with a surface structure, the surface structure comprising elevations and depressions, there being at least two depressions and at least two elevations which are not connected to one another, each elevation having an elevation surface and each depression having a depression surface, characterized in that the dimensioning of the at least two elevations and at least two depressions, viewed over an area of 1 mm 2 , is carried out in such a way, that the quotient consisting of the area of the depression with the largest depression area in relation to the sum of all depression areas of the indentations corresponds to a value XB = 0.2 to 0.9, and the quotient consisting of the number of all depression areas of the indentations in relation to the number of all elevation areas of the elevations corresponds to a value YB < 5.
A filling element for packets of smoking articles , comprising: - a front wall and a rear wall parallel to each other, - a head wall connected to the front wall and to the rear wall by means of respective transverse folding lines and arranged orthogonally to said front and rear walls , - a pair of first side walls perpendicular to the front wall and connected to the front wall by respective first longitudinal folding lines , and - a pair of second side walls perpendicular to the rear wall and connected to the rear wall by respective second longitudinal folding lines , wherein the second side walls of the filling element are parallel and overlapped externally with respect to the first side walls of the filling element , said filling element being characterized in that the second side walls extend along a portion of the rear wall from the side of an end transverse edge of the rear wall , so as to leave empty spaces between the head wall and transverse edges of the second side walls opposite the transverse end edge . - a front wall and a rear wall parallel to each other, - a head wall connected to the front wall and to the rear wall by means of respective transverse folding lines and arranged orthogonally to said front and rear walls , - a pair of first side walls perpendicular to the front wall and connected to the front wall by respective first longitudinal folding lines , and - a pair of second side walls perpendicular to the rear wall and connected to the rear wall by respective second longitudinal folding lines , wherein the second side walls of the filling element are parallel and overlapped externally with respect to the first side walls of the filling element , said filling element being characterized in that the second side walls extend along a portion of the rear wall from the side of an end transverse edge of the rear wall , so as to leave empty spaces between the head wall and transverse edges of the second side walls opposite the transverse end edge .
A modified conjugated diene-based polymer, comprising a repeating unit derived from a conjugated diene-based monomer having a trans-1,4 bond content of 80 wt% or more, and a functional group derived from an alkoxysilane-based modifier, wherein the modified conjugated diene-based polymer includes a repeating unit derived from an aromatic vinyl monomer, wherein the modified conjugated diene-based polymer is a terminal modified conjugated diene-based polymer, wherein the trans-1,4 bond content is a content of a conjugated diene-based monomer forming a trans-1,4-added repeating unit with respect to 100 wt% of 1,4-added repeating units except for 1,2-added repeating units in repeating units derived from a conjugated diene-based monomer, wherein the alkoxysilane-based modifier is one or more selected from the group consisting of alkoxysilane-based modifiers represented by the following Formulas: in the Formulas as indicated above, Me is a methyl group, and Et is an ethyl group. wherein the modified conjugated diene-based polymer includes a repeating unit derived from an aromatic vinyl monomer, wherein the modified conjugated diene-based polymer is a terminal modified conjugated diene-based polymer, wherein the trans-1,4 bond content is a content of a conjugated diene-based monomer forming a trans-1,4-added repeating unit with respect to 100 wt% of 1,4-added repeating units except for 1,2-added repeating units in repeating units derived from a conjugated diene-based monomer, wherein the alkoxysilane-based modifier is one or more selected from the group consisting of alkoxysilane-based modifiers represented by the following Formulas: in the Formulas as indicated above, Me is a methyl group, and Et is an ethyl group.
A method for obtaining an improved fortifier from wastewater yeast with low protein concentration comprising: obtaining a sample of waste water from a brewer's water; filtering the wastewater through a 80 μm pore filter; magnetically treating a liquid portion of the filtering step; adding at least 6 times a volume of a mixing of a shredded and homogenized fish waste with a saline solution, 0,9% NaCl in weight, in a proportion of 1 kg / 6-10 liters, and adjusting the pH to 5 with acetic acid to form a slurry; adding to the slurry amino acids and magnesium salt maintaining a content greater than 0.1% dry weight of free amino acids during incubation and at least 0.1% dry weight content of magnesium cation (Mg +2 ); keeping in the slurry concentrations of nitrogen, phosphate, and potassium to less than 3% as a whole; fermenting the slurry at temperatures of between 24°C and 26°C, making a smooth, continuous motion of the slurry to form a fermenting product; incubating the fermenting product for 20 to 40 days, depending on the desired degree of concentration of the final components; filtering the incubating product through 80 μm pore filter; and adjusting the pH between 4.5 and 7.0. obtaining a sample of waste water from a brewer's water; filtering the wastewater through a 80 μm pore filter; magnetically treating a liquid portion of the filtering step; adding at least 6 times a volume of a mixing of a shredded and homogenized fish waste with a saline solution, 0,9% NaCl in weight, in a proportion of 1 kg / 6-10 liters, and adjusting the pH to 5 with acetic acid to form a slurry; adding to the slurry amino acids and magnesium salt maintaining a content greater than 0.1% dry weight of free amino acids during incubation and at least 0.1% dry weight content of magnesium cation (Mg +2 ); keeping in the slurry concentrations of nitrogen, phosphate, and potassium to less than 3% as a whole; fermenting the slurry at temperatures of between 24°C and 26°C, making a smooth, continuous motion of the slurry to form a fermenting product; incubating the fermenting product for 20 to 40 days, depending on the desired degree of concentration of the final components; filtering the incubating product through 80 μm pore filter; and adjusting the pH between 4.5 and 7.0.