mhurhangee/patent-ind-claim-en huggingface dataset:
Dental tools system comprising a mold comprising a plurality of mold holes , each mold hole comprising a top portion and a bottom portion ; wherein the mold comprises a mold base , which comprises the bottom portions of the mold holes ; a mold superstructure , which comprises the top portions of the mold holes , each top portion having a cross section which decreases in the direction towards the mold base ; wherein the mold base and the mold superstructure may be engaged in more than one operation position so that some top portions match with bottom portions in each operation position; wherein the mold base comprises first positioning means and the mold superstructure comprises second positioning means suitable for interacting with the first positioning means in a stable position to keep constant the relative position of the mold base and the mold superstructure . wherein the first positioning means and the second positioning means have more than one stable position; characterized in that the dental tools system further comprises: a plurality of guide tabs ; and a plurality of tissue punch heads ; wherein each guide tab fits in the top portion of one of the mold holes , the guide tab and the top portion of the mold hole having corresponding size and shape; and each tissue punch head fits in the top portion of one of the mold holes , the tissue punch head and the top portion of the mold hole having corresponding size and shape; wherein the fitting in the top portion is such that at least part of a top portion of the mold holes has a shape such that when a guide tab or a tissue punch head is placed in this top portion, it reaches a position with stable equilibrium. a mold base , which comprises the bottom portions of the mold holes ; a mold superstructure , which comprises the top portions of the mold holes , each top portion having a cross section which decreases in the direction towards the mold base ; a plurality of guide tabs ; and a plurality of tissue punch heads ; each guide tab fits in the top portion of one of the mold holes , the guide tab and the top portion of the mold hole having corresponding size and shape; and each tissue punch head fits in the top portion of one of the mold holes , the tissue punch head and the top portion of the mold hole having corresponding size and shape;
GRN163L for use in the treatment of cancer, wherein said treatment consists of administration of at least about 1.6 mg/kg to about 20 mg/kg of GRN163L two times in the first week of a 14 day cycle.
Caloric restriction mimetic composition comprising an active agent, said active agent containing: - acetylcysteine, - at least one compound selected in the group consisting of nicotinamide, nicotinamide riboside (NR), nicotinamide mononucleotide (NMN), - polydatin. - acetylcysteine, - at least one compound selected in the group consisting of nicotinamide, nicotinamide riboside (NR), nicotinamide mononucleotide (NMN), - polydatin.
A blade for a turbomachine bladed wheel having N blades arranged around a wheel axis (X): a first end of the blade having a first platform presenting a surface , referred to as a "platform wall", on a side toward an airfoil of the blade; the first platform being formed integrally with the airfoil; the blade being characterized in that over a first portion of the axial extent of the blade, a section in a plane perpendicular to the axis (X) of the wheel through the wall of the first platform is constituted essentially by a first straight line segment on a first side of the airfoil and by a second straight line segment on the second side of the airfoil; and each of the first and second segments forms an angle (α) of 90°-180°/N relative to the radial direction (R) on either side of the airfoil, in such a manner that the first and the second segment form an acute angle relative to the radial direction for the blade. a first end of the blade having a first platform presenting a surface , referred to as a "platform wall", on a side toward an airfoil of the blade; the first platform being formed integrally with the airfoil; the blade being characterized in that over a first portion of the axial extent of the blade, a section in a plane perpendicular to the axis (X) of the wheel through the wall of the first platform is constituted essentially by a first straight line segment on a first side of the airfoil and by a second straight line segment on the second side of the airfoil; and each of the first and second segments forms an angle (α) of 90°-180°/N relative to the radial direction (R) on either side of the airfoil, in such a manner that the first and the second segment form an acute angle relative to the radial direction for the blade.
A method for measuring cell viability of a biological sample, comprising: staining a sample to be measured for cell viability with a vital stain; acquiring a first static bright field image of the vital-stained sample at a first focal plane such that substantially all live cells are imaged as exhibiting a first morphological characteristic while substantially all dead cells are imaged as exhibiting a second morphological characteristic; acquiring a second static bright field image of the vital-stained sample at a second focal plane such that substantially all live cells and substantially all dead cells are imaged as exhibiting a third morphological characteristic; and measuring the first static bright field image, and the first and second morphological characteristics therein, and the second static bright field image, and the third morphological characteristic therein, to determine cell viability of the biological sample, wherein each of the first, second and third morphological characteristics is independently selected from a bright center, a dark spot, a select size, and a select shape. staining a sample to be measured for cell viability with a vital stain; acquiring a first static bright field image of the vital-stained sample at a first focal plane such that substantially all live cells are imaged as exhibiting a first morphological characteristic while substantially all dead cells are imaged as exhibiting a second morphological characteristic; acquiring a second static bright field image of the vital-stained sample at a second focal plane such that substantially all live cells and substantially all dead cells are imaged as exhibiting a third morphological characteristic; and measuring the first static bright field image, and the first and second morphological characteristics therein, and the second static bright field image, and the third morphological characteristic therein, to determine cell viability of the biological sample, wherein each of the first, second and third morphological characteristics is independently selected from a bright center, a dark spot, a select size, and a select shape.
A device for stimulating collagen growth in a human, the device comprising: an upper end including a motor and a pen shaft; a lower end disposable needle module , the lower end disposable needle module being removably attachable to the upper end and including a lock spring , a coupling configured to receive the pen shaft, and a connecting rod , the connecting rod being coupled to the motor and at least one needle , the motor providing a reciprocating motion to the connecting rod , wherein, when the lower end disposable needle module is detached from the upper end , the lock spring bends upwards to prevent the coupling from receiving the pen shaft such that the lower end disposable needle module cannot be re-attached to the upper end , wherein the coupling is attached to an eccentric roller , the eccentric roller is coupled to a yoke , the yoke is coupled to a bell crank and the bell crank is attached to the connecting rod, and wherein, when the motor turns the coupling and the eccentric roller , the eccentric roller engages the yoke to oscillate, the yoke oscillates the bell crank and the bell crank moves the connecting rod and the at least one needle . an upper end including a motor and a pen shaft; a lower end disposable needle module , the lower end disposable needle module being removably attachable to the upper end and including a lock spring , a coupling configured to receive the pen shaft, and a connecting rod , the connecting rod being coupled to the motor and at least one needle , the motor providing a reciprocating motion to the connecting rod , wherein, when the lower end disposable needle module is detached from the upper end , the lock spring bends upwards to prevent the coupling from receiving the pen shaft such that the lower end disposable needle module cannot be re-attached to the upper end , wherein the coupling is attached to an eccentric roller , the eccentric roller is coupled to a yoke , the yoke is coupled to a bell crank and the bell crank is attached to the connecting rod, and wherein, when the motor turns the coupling and the eccentric roller , the eccentric roller engages the yoke to oscillate, the yoke oscillates the bell crank and the bell crank moves the connecting rod and the at least one needle .
A method for filling a catalyst for an oxidative dehydrogenation reaction of butene, the method comprising: (A) mixing a ferrite-based catalyst molded article with diluent material particles; and (B) filling a catalyst reactor with a mixture of the ferrite-based catalyst molded article and the diluent material particles, wherein the ferrite-based catalyst is a zinc ferrite catalyst, and the diluent material particles are aluminum oxide (α-Al 2 O 3 ), and wherein a section of the catalyst reactor where the reaction starts is filled, such that the ratio of the weight of the ferrite-based catalyst molded article as compared to the sum of the weights of the ferrite-based catalyst molded article and the diluent material particles is 10 wt% to 15 wt%. (A) mixing a ferrite-based catalyst molded article with diluent material particles; and (B) filling a catalyst reactor with a mixture of the ferrite-based catalyst molded article and the diluent material particles, wherein the ferrite-based catalyst is a zinc ferrite catalyst, and the diluent material particles are aluminum oxide (α-Al 2 O 3 ), and wherein a section of the catalyst reactor where the reaction starts is filled, such that the ratio of the weight of the ferrite-based catalyst molded article as compared to the sum of the weights of the ferrite-based catalyst molded article and the diluent material particles is 10 wt% to 15 wt%.
Method for the automated determination of the position of a light within a light strip that is controlled by means of a bus system, comprising the following steps: a. Providing a light strip with at least three lights , at least one control processor , a memory and a measuring unit, wherein the at least three lights can be switched to a first state and to a second state and radiate a first light output in the first state that is bigger than a second light output that is radiated in the second state, b. Assigning a unique, arbitrary address of the bus system to each of the at least three lights , c. Switching one of the at least three lights to the first state by means of the control processor by using the address of the respective light, d. Switching another of the at least three lights to the second state by means of the control processor by using the address of the respective light , e. Measuring a photoelectric current as influence value in the light that is switched to the second state by means of the measuring unit, wherein the influence value of each light switched to the second state is generated by the first light output emitted by the light switched to the first state, f. Storing the measured influence value in the memory, g. Repeating the steps c. to f. for others of the at least three lights , h. Evaluating and optionally sorting the stored influence values, i. Calculating each position of the at least three lights in the light strip on the basis of the evaluated influence values, j. Storing the calculated position of each light . a. Providing a light strip with at least three lights , at least one control processor , a memory and a measuring unit, wherein the at least three lights can be switched to a first state and to a second state and radiate a first light output in the first state that is bigger than a second light output that is radiated in the second state, b. Assigning a unique, arbitrary address of the bus system to each of the at least three lights , c. Switching one of the at least three lights to the first state by means of the control processor by using the address of the respective light, d. Switching another of the at least three lights to the second state by means of the control processor by using the address of the respective light , e. Measuring a photoelectric current as influence value in the light that is switched to the second state by means of the measuring unit, wherein the influence value of each light switched to the second state is generated by the first light output emitted by the light switched to the first state, f. Storing the measured influence value in the memory, g. Repeating the steps c. to f. for others of the at least three lights , h. Evaluating and optionally sorting the stored influence values, i. Calculating each position of the at least three lights in the light strip on the basis of the evaluated influence values, j. Storing the calculated position of each light .
An aqueous solution comprising water and an effective amount of a macromolecular heparin conjugate, wherein the heparin conjugate is a conjugate comprising a main chain of an inert aliphatic compound and 50 or more but 100 or less heparin chains linked to the main chain wherein each heparin is bound terminally and by only a single bond to the main chain, for use in a method of treating a damaged blood vessel in a patient, wherein said method comprises bringing, by administration thereof to said patient, the surface of the damaged blood vessel of said patient in contact with an effective amount of said macromolecular heparin conjugate.
A method, comprising: identifying, in data traffic transmitted between multiple nodes that communicate over a network , a set of pairs of source and destination nodes, each pair consisting of a given source node and a given destination node, and one or more communication ports on the given destination node in each pair that are accessed by the data traffic from the given source node; identifying one or more noisy scanners, each of the noisy scanners comprising a given source node that accesses at least a specified first number of destination ports on at least a second specified number of destination nodes; computing, for each pair in the set, a respective baseline level that is indicative of an average of a first number of the communication ports that source nodes other than the given source node in the pair and other than any of the identified noisy scanners, accessed on the given destination node during a first time period; computing, for each pair in the set, a respective test score that is indicative of a difference between a second number of the communication ports that the given source node in the pair accessed on the given destination node during a second time period and the baseline level; and initiating a preventive action with respect to the given source node in any of the pairs for which the test score is greater than a specified level. identifying, in data traffic transmitted between multiple nodes that communicate over a network , a set of pairs of source and destination nodes, each pair consisting of a given source node and a given destination node, and one or more communication ports on the given destination node in each pair that are accessed by the data traffic from the given source node; identifying one or more noisy scanners, each of the noisy scanners comprising a given source node that accesses at least a specified first number of destination ports on at least a second specified number of destination nodes; computing, for each pair in the set, a respective baseline level that is indicative of an average of a first number of the communication ports that source nodes other than the given source node in the pair and other than any of the identified noisy scanners, accessed on the given destination node during a first time period; computing, for each pair in the set, a respective test score that is indicative of a difference between a second number of the communication ports that the given source node in the pair accessed on the given destination node during a second time period and the baseline level; and initiating a preventive action with respect to the given source node in any of the pairs for which the test score is greater than a specified level.
A power module for a medium or high voltage converter , in particular a modular multilevel converter, comprising: - at least one power semiconductor module , - at least one energy storage module , - at least one cooling device , which is formed to be electrically conductive, - at least two busbars , wherein the cooling device is connected to a protective housing shielding at least the power semiconductor module from the environment, characterized in that the protective housing has at least one insertion opening for inserting and fastening an electrically conductive connecting element when the protective housing is closed, and the electrically conductive connecting element is arranged at a predefinable connection position between at least the cooling device and one of the busbars for forming a defined charge-reversal path . - at least one power semiconductor module , - at least one energy storage module , - at least one cooling device , which is formed to be electrically conductive, - at least two busbars , wherein the cooling device is connected to a protective housing shielding at least the power semiconductor module from the environment, characterized in that the protective housing has at least one insertion opening for inserting and fastening an electrically conductive connecting element when the protective housing is closed, and the electrically conductive connecting element is arranged at a predefinable connection position between at least the cooling device and one of the busbars for forming a defined charge-reversal path . the cooling device is connected to a protective housing shielding at least the power semiconductor module from the environment, characterized in that the protective housing has at least one insertion opening for inserting and fastening an electrically conductive connecting element when the protective housing is closed, and the electrically conductive connecting element is arranged at a predefinable connection position between at least the cooling device and one of the busbars for forming a defined charge-reversal path .
A computer-implemented method of determining an effect on the function of a protein based on individual genome sequence information of a subject, comprising the steps of: determining, by an evaluation system, gene sequence variation information of a gene encoding the protein by using individual genome sequence information; calculating, by the evaluation system, an individual protein damage score associated with the protein using [Equation 2], wherein [Equation 2] is: S g v 1 , ... , v n = ∏ i = 1 n v i w i 1 / ∑ i = 1 n w i wherein Sg is a protein damage score of a protein encoded by a gene g, n is the number of target sequence variations for analysis among sequence variations of the gene g, vi is a gene sequence variation score of an i th gene sequence variation, and wi is a weighting assigned to the gene sequence variation score vi of the i th gene sequence variation; and determining, by the evaluation system, the effect on the function of the protein based on the individual protein damage score. determining, by an evaluation system, gene sequence variation information of a gene encoding the protein by using individual genome sequence information; calculating, by the evaluation system, an individual protein damage score associated with the protein using [Equation 2], wherein [Equation 2] is: S g v 1 , ... , v n = ∏ i = 1 n v i w i 1 / ∑ i = 1 n w i wherein Sg is a protein damage score of a protein encoded by a gene g, n is the number of target sequence variations for analysis among sequence variations of the gene g, vi is a gene sequence variation score of an i th gene sequence variation, and wi is a weighting assigned to the gene sequence variation score vi of the i th gene sequence variation; and determining, by the evaluation system, the effect on the function of the protein based on the individual protein damage score.
A cooking apparatus comprising: a main body configured to form a cooking space; and a touch sensor assembly , wherein the touch sensor assembly comprises: an outer cover formed of a metallic material and configured to form a part of an exterior of the main body ; a touch module installed to be in contact with a rear surface of the outer cover , and having a plurality of touch sensors ; and a guide case located at an inner surface of the outer cover , and having a touch module installation part which is opened so that the touch module is installed, wherein a touching part which is formed by machining a rear surface of the outer cover which is in contact with the touch sensor , and easily elastically deformed when being touched by a user, and thus transfers a pressure to the touch sensor is formed; and characterized in that the touch sensor assembly includes a supporter coupled to the guide case and configured to protrude toward the touch module installation part so that the touch module is in close contact with the outer cover . a main body configured to form a cooking space; and a touch sensor assembly , wherein the touch sensor assembly comprises: an outer cover formed of a metallic material and configured to form a part of an exterior of the main body ; a touch module installed to be in contact with a rear surface of the outer cover , and having a plurality of touch sensors ; and a guide case located at an inner surface of the outer cover , and having a touch module installation part which is opened so that the touch module is installed, an outer cover formed of a metallic material and configured to form a part of an exterior of the main body ; a touch module installed to be in contact with a rear surface of the outer cover , and having a plurality of touch sensors ; and a guide case located at an inner surface of the outer cover , and having a touch module installation part which is opened so that the touch module is installed, wherein a touching part which is formed by machining a rear surface of the outer cover which is in contact with the touch sensor , and easily elastically deformed when being touched by a user, and thus transfers a pressure to the touch sensor is formed; and characterized in that the touch sensor assembly includes a supporter coupled to the guide case and configured to protrude toward the touch module installation part so that the touch module is in close contact with the outer cover .