mhurhangee/patent-ind-claim-en huggingface dataset:
Deforming machine with a machine frame on which an upper tool and a lower tool are arranged, at least one of which is received on the machine frame so as to be relatively movable along a movement path , wherein mutually oppositely arranged end faces of the upper tool and of the lower tool form a working gap of variable size, and wherein a first optical safety light barrier is associated with the upper tool or the lower tool , which is used to protect a, in particular cuboidal, first safety space located adjacent to the working gap and which comprises a first beam source for providing first safety light beams and a first light receiver for receiving the first safety light beams, the first beam source and the first light receiver being arranged on mutually opposite boundary surfaces of the first safety space which are aligned in particular in the vertical direction, and a second optical safety light barrier being assigned to the machine frame or the upper tool , which comprises a second beam source for providing second safety light beams and a second light receiver for receiving the second safety light beams and which is designed for securing a second safety space , in particular a cuboidal second safety space , which is located in front of a largest surface of the upper tool , so that a projection of the second safety space onto the upper tool covers at least a section of the upper tool , the second beam source and the second light receiver being arranged on mutually opposite boundary surfaces of the second safety space which are aligned in particular in the vertical direction, characterized in that the second optical safety light barrier is designed for monitoring a third safety space , which extends downwards beyond the end face of the upper tool facing the lower tool along the movement path in the direction of the lower tool , so that a projection of the third safety space onto the working gap covers at least a section of the working gap .
A processor implemented neural network method, the method comprising: calculating respective individual gradient values for updating a weight of a neural network; calculating a residual gradient value based on an accumulated gradient value obtained by accumulating the respective individual gradient values and a bit digit of plural bit digits representing the weight; tuning the respective individual gradient values to correspond to a bit number and a bit digit of the residual gradient value; concatenating a remaining value of the residual gradient value excluding a sign bit to the weight and calculating an intermediate concatenation value; summing the tuned respective individual gradient values and the residual gradient value by using an adder; and updating the weight and the residual gradient value based on a result of the summing to train the neural network, wherein the summing further comprises mapping the tuned respective individual gradient values and the intermediate concatenation value to the adder based on a bit number of the adder and summing the respective tuned individual gradient values and the intermediate concatenation value by using the adder. calculating respective individual gradient values for updating a weight of a neural network; calculating a residual gradient value based on an accumulated gradient value obtained by accumulating the respective individual gradient values and a bit digit of plural bit digits representing the weight; tuning the respective individual gradient values to correspond to a bit number and a bit digit of the residual gradient value; concatenating a remaining value of the residual gradient value excluding a sign bit to the weight and calculating an intermediate concatenation value; summing the tuned respective individual gradient values and the residual gradient value by using an adder; and updating the weight and the residual gradient value based on a result of the summing to train the neural network, wherein the summing further comprises mapping the tuned respective individual gradient values and the intermediate concatenation value to the adder based on a bit number of the adder and summing the respective tuned individual gradient values and the intermediate concatenation value by using the adder.
A method for preparing fuel gas by utilizing an organic waste with high water content, wherein the method comprises the following steps: 1) providing an organic waste with high water content; 2) performing hydrothermal reaction by using the organic waste with high water content as a reactant to obtain a hydrothermal reaction product; 3) enabling the hydrothermal reaction product to generate steam, and separating a solid product and an oily liquid product in the hydrothermal reaction product; 4) performing gasification reaction by using the solid product, the oily liquid product and the steam as reactants to obtain a gasification reaction product; and 5) purifying the gasification reaction product to obtain clean fuel gas; Characterized in that : MgO is also added to the reactant of the hydrothermal reaction in step 3). 1) providing an organic waste with high water content; 2) performing hydrothermal reaction by using the organic waste with high water content as a reactant to obtain a hydrothermal reaction product; 3) enabling the hydrothermal reaction product to generate steam, and separating a solid product and an oily liquid product in the hydrothermal reaction product; 4) performing gasification reaction by using the solid product, the oily liquid product and the steam as reactants to obtain a gasification reaction product; and 5) purifying the gasification reaction product to obtain clean fuel gas;
A method of determining a disinfectant composition of a municipal water supply from a water sample comprising: a. obtaining a water sample from a water source at a sampling location, wherein: i. the water sample is derived from a water treatment facility; ii. a chlorine-containing material and an ammonia containing material are present in the water source; and iii. the sampling location is located downstream from the water treatment facility; b. adding a chlorine-containing material to the water sample in the presence of an oxidation reduction potential (ORP) measurement device; c. generating a plurality of ORP measurements during addition of the chlorine-containing material to the water sample; d. estimating a concentration of one or more of free ammonia, fully combined ammonia, monochloramine or a mixture of dichloramine and trichloramine in the water sample, wherein the estimation is derived from the relationship between the added chlorine material and the plurality of ORP measurements; and e. determining a disinfectant composition of the water source at the water sampling location based upon the concentration calculation, wherein determining a disinfectant composition of a municipal water supply from a water sample comprises determining a free ammonia composition of the water supply and wherein in step d. a concentration of free ammonia in the water sample is estimated. a. obtaining a water sample from a water source at a sampling location, wherein: i. the water sample is derived from a water treatment facility; ii. a chlorine-containing material and an ammonia containing material are present in the water source; and iii. the sampling location is located downstream from the water treatment facility; i. the water sample is derived from a water treatment facility; ii. a chlorine-containing material and an ammonia containing material are present in the water source; and iii. the sampling location is located downstream from the water treatment facility; b. adding a chlorine-containing material to the water sample in the presence of an oxidation reduction potential (ORP) measurement device; c. generating a plurality of ORP measurements during addition of the chlorine-containing material to the water sample; d. estimating a concentration of one or more of free ammonia, fully combined ammonia, monochloramine or a mixture of dichloramine and trichloramine in the water sample, wherein the estimation is derived from the relationship between the added chlorine material and the plurality of ORP measurements; and e. determining a disinfectant composition of the water source at the water sampling location based upon the concentration calculation,
Method for analysing a points drive of a set of rail points, characterised in that - at least one sensor for measuring sound waves is provided, - measurement signals of the at least one sensor are recorded during an actuating operation of the points drive , - on the basis of the recorded measurement signals of the at least one sensor , an actuating force of an actuating force coupling of the points drive is determined . - at least one sensor for measuring sound waves is provided, - measurement signals of the at least one sensor are recorded during an actuating operation of the points drive , - on the basis of the recorded measurement signals of the at least one sensor , an actuating force of an actuating force coupling of the points drive is determined .
A method of making-up or breaking-out tubular string components for use in a subterranean well, the method comprising: threading first and second tubulars with each other while a first camera obtains images of the first and second tubulars ; outputting image data from the first camera to an image processor ; the image processor detecting optical flow vector fields from the image data, the optical flow vector fields representing first and second displacements of the respective first and second tubulars during the threading; and controlling the threading in response to a difference between the first and second displacements. threading first and second tubulars with each other while a first camera obtains images of the first and second tubulars ; outputting image data from the first camera to an image processor ; the image processor detecting optical flow vector fields from the image data, the optical flow vector fields representing first and second displacements of the respective first and second tubulars during the threading; and controlling the threading in response to a difference between the first and second displacements.
A combined current transformer and metering system comprising: a. a meter ; b. a securable case to accommodate a meter mounting for connecting the meter ; c. two or more current transformers each having a core , a primary winding and a secondary winding , the transformers mounted within the case ; d. a secondary current circuit connected to the secondary windings ; e. a wiring harness within the case ; f. shorting current switches on the case connected by the wiring harness to the secondary windings of the two or more transformers for short circuiting the secondary current circuit, wherein the shorting current switches are each connected in series between the respective secondary winding and the meter; and g. voltage switches on the case and connected to the wiring harness , the voltage switches being in series between the meter and the respective primary windings for disconnecting a voltage source established by the primary windings. a. a meter ; b. a securable case to accommodate a meter mounting for connecting the meter ; c. two or more current transformers each having a core , a primary winding and a secondary winding , the transformers mounted within the case ; d. a secondary current circuit connected to the secondary windings ; e. a wiring harness within the case ; f. shorting current switches on the case connected by the wiring harness to the secondary windings of the two or more transformers for short circuiting the secondary current circuit, wherein the shorting current switches are each connected in series between the respective secondary winding and the meter; and g. voltage switches on the case and connected to the wiring harness , the voltage switches being in series between the meter and the respective primary windings for disconnecting a voltage source established by the primary windings.
A method of manufacturing a gear shaft comprising: depositing only a first material via directed energy deposition (DED); forming a first portion of the gear shaft via the depositing only the first material via directed energy deposition (DED); forming a transitioning portion of the gear shaft, wherein the transitioning portion includes a lengthwise majority of the shaft, via depositing of a varying ratio of the first material with a second material via DED; and forming a second portion of the gear shaft via the depositing via DED of only the second material. depositing only a first material via directed energy deposition (DED); forming a first portion of the gear shaft via the depositing only the first material via directed energy deposition (DED); forming a transitioning portion of the gear shaft, wherein the transitioning portion includes a lengthwise majority of the shaft, via depositing of a varying ratio of the first material with a second material via DED; and forming a second portion of the gear shaft via the depositing via DED of only the second material.
A computer-implemented method comprising: receiving, by a computing device, a user request to identify at least one object of an environment in which the computing device is situated; receiving, by the computing device, a classification for the at least one object; placing, by the computing device, an audio tag based on the classification for the at least one object in a representation of the environment, wherein the audio tag is associated with a sound perceived by a user to be emanating from the at least one object; characterised in that the method further comprises: receiving, by an audio AR interaction module of the computing device, a spoken question regarding the at least one object of the environment; generating, by the computing device, an answer to the question based on one or more of a cascade of machine learning models or a knowledge base graph; and based on the answer, replacing the audio tag by a second audio tag, wherein the second audio tag is associated with a sound perceived by a user to be emanating from the at least one object. receiving, by a computing device, a user request to identify at least one object of an environment in which the computing device is situated; receiving, by the computing device, a classification for the at least one object; placing, by the computing device, an audio tag based on the classification for the at least one object in a representation of the environment, wherein the audio tag is associated with a sound perceived by a user to be emanating from the at least one object; characterised in that the method further comprises: receiving, by an audio AR interaction module of the computing device, a spoken question regarding the at least one object of the environment; generating, by the computing device, an answer to the question based on one or more of a cascade of machine learning models or a knowledge base graph; and based on the answer, replacing the audio tag by a second audio tag, wherein the second audio tag is associated with a sound perceived by a user to be emanating from the at least one object. receiving, by an audio AR interaction module of the computing device, a spoken question regarding the at least one object of the environment; generating, by the computing device, an answer to the question based on one or more of a cascade of machine learning models or a knowledge base graph; and based on the answer, replacing the audio tag by a second audio tag, wherein the second audio tag is associated with a sound perceived by a user to be emanating from the at least one object.
Trichostatin A (TSA) for the use in the treatment of multiple myeloma (MM) in an individual, the treatment comprising: determining, from a biological sample obtained from the individual's body, a level of expression of one or more gene in the individual, the one or more gene selected from a group consisting of: CCNB1, AURKB, CDC2, BIRC5, KIF11, KIF2C, TOP2A, ASPM, CKS1B, and WEE1; and in the case that the level of expression of the one or more gene is indicative of overexpression, administering to the individual an effective amount of trichostatin A (TSA). determining, from a biological sample obtained from the individual's body, a level of expression of one or more gene in the individual, the one or more gene selected from a group consisting of: CCNB1, AURKB, CDC2, BIRC5, KIF11, KIF2C, TOP2A, ASPM, CKS1B, and WEE1; and in the case that the level of expression of the one or more gene is indicative of overexpression, administering to the individual an effective amount of trichostatin A (TSA).
A safe and effective immunological or vaccine composition comprising: a. one or more recombinant viral vectors, comprising heterologous polynucleotides encoding one or more porcine reproductive and respiratory syndrome virus (PRRSV) gp2, gp3, gp4 and E antigens, polypeptides or ectodomains thereof; wherein all four proteins are expressed from a single vector; and b. a pharmaceutically or veterinarily acceptable carrier; optionally wherein the one or more vectors further comprise a heterologous polynucleotide encoding PRRSV gp5a and/or gp5 antigen(s), polypeptide(s) or ectodomain(s) thereof. a. one or more recombinant viral vectors, comprising heterologous polynucleotides encoding one or more porcine reproductive and respiratory syndrome virus (PRRSV) gp2, gp3, gp4 and E antigens, polypeptides or ectodomains thereof; wherein all four proteins are expressed from a single vector; and b. a pharmaceutically or veterinarily acceptable carrier;
A tampon , comprising: a pledget , having a forward end and a rearward end , the pledget comprising a discrete first assembly comprising a first fibrous material composition; a withdrawal cord joined to the pledget , and a wicking member disposed in direct contact with the pledget , comprising a discrete second assembly separate and distinct from the first assembly and from the withdrawal cord , the wicking member having a length and being non-coaxially-arranged with respect to the withdrawal cord ; wherein the wicking member and withdrawal cord are joined to each other along at least a portion of the length of the wicking member ; wherein the wicking member is disposed between the pledget and the withdrawal cord . a pledget , having a forward end and a rearward end , the pledget comprising a discrete first assembly comprising a first fibrous material composition; a withdrawal cord joined to the pledget , and a wicking member disposed in direct contact with the pledget , comprising a discrete second assembly separate and distinct from the first assembly and from the withdrawal cord , the wicking member having a length and being non-coaxially-arranged with respect to the withdrawal cord ; wherein the wicking member and withdrawal cord are joined to each other along at least a portion of the length of the wicking member ; wherein the wicking member is disposed between the pledget and the withdrawal cord .
A cast iron cylindrical member comprising a plurality of projections including constricted projections on the outer peripheral surface, wherein the average height H of the formed projections is from 0.3 mm to 1.0 mm, the number Pn of projections per 100 mm 2 is from 20 to 110, the constriction rate Pr of the projections is 0.7 or more, and which satisfies the following (I) and (ii): (I) letting the number of projections per 100 mm 2 be Pn, the constriction rate of a projection be Pr, the average height of the projections be H (mm), the average of the maximum thickness of 20 arbitrary projections among the constricted projections be A av (mm), and the average of the minimum thicknesses of the 20 arbitrary projections be B av (mm), whereby 0.0025 ≤ A av 2 − B av 2 × π / 4 × Pn × Pr / 100 × 0.35 H / 2 is satisfied, where the constriction rate Pr of the projections is (the number of constricted projections per 100 mm 2 /Pn). (ii) 1.1 ≤ A av / B av ≤ 2.5 . (I) letting the number of projections per 100 mm 2 be Pn, the constriction rate of a projection be Pr, the average height of the projections be H (mm), the average of the maximum thickness of 20 arbitrary projections among the constricted projections be A av (mm), and the average of the minimum thicknesses of the 20 arbitrary projections be B av (mm), whereby 0.0025 ≤ A av 2 − B av 2 × π / 4 × Pn × Pr / 100 × 0.35 H / 2 is satisfied, where the constriction rate Pr of the projections is (the number of constricted projections per 100 mm 2 /Pn). (ii) 1.1 ≤ A av / B av ≤ 2.5 .
An arrangement for positioning in and/or on an implant , the arrangement comprising an abutment post and a conical cap which can be connected to this abutment post , wherein the abutment post has a conically running section , the conically running outer surface of which is configured to be complementary to a conically running inner surface of a conically running recess of the conical cap in such a manner that the conical cap can be placed on the section and receives this section at least in some areas, wherein the inner surface of the conical cap and the outer surface of the abutment post are inclined relative to one another in such a manner that the conical cap can be connected to the abutment post by a friction locking between the inner surface and the outer surface , in a tension-resistant and/or captive and/or safe-to-chew manner, wherein the conicity of the section differs from the conicity of the recess and wherein a first anti-twisting device is provided on the abutment post and a second anti-twisting device is provided in the conical cap to avoid the cap twisting or rotating relative to the abutment post , wherein the first anti-twisting device is configured, at least in sections, as a multi-sided or polygonal prism, wherein the prism rests on the upper base area of the section , which is configured as a truncated cone, characterized in that the conical cap has only one opening , namely for receiving the abutment post .
A multilayer fouling release coating comprising: (I) an anticorrosive primer layer comprising epoxy; and (II) a layer comprising at least one curable or crosslinkable polysiloxane, at least one silane terminated polyurethane; and a catalyst. (I) an anticorrosive primer layer comprising epoxy; and (II) a layer comprising at least one curable or crosslinkable polysiloxane, at least one silane terminated polyurethane; and a catalyst.
A server comprising a plurality of information processing modules so as to form a unified platform for an operating system deployed on said server, each module having elementary software, BIOS , provided to use configuration data when said module is started up, said server further being provided to allow at least one configuration datum to be modified, and being characterized in that each module further comprises a management controller, BMC , provided to store said configuration data in an associated memory separate from the memory storing said elementary software, BIOS, and to transmit, when at least one configuration datum is modified, said data to management controllers associated with the other modules of said plurality, and in that said elementary software is provided to recover said configuration data from said management controller when said module is started up. each module further comprises a management controller, BMC , provided to store said configuration data in an associated memory separate from the memory storing said elementary software, BIOS, and to transmit, when at least one configuration datum is modified, said data to management controllers associated with the other modules of said plurality, and in that said elementary software is provided to recover said configuration data from said management controller when said module is started up.