mhurhangee/ep-ind-claims huggingface dataset:
A method of producing a biodegradable alloy that is austenitic in structure and includes iron, at least one additional metallic element, and an iron reactive component, wherein the iron reactive component is a halogen containing salt equally dispersed within the biodegradable alloy at a concentration between about 0.1 ppm to about 500 ppm, and wherein the degradation rate of the biodegradable alloy, when implanted in a biological subject, is greater than the degradation rate of an alloy having the same composition as the biodegradable alloy except the absence of the iron reactive component, the method comprising: melting iron, the at least one additional metallic element, and the iron reactive component to produce a mixture; and contacting the mixture with a gaseous iron reactive component to produce the biodegradable alloy. melting iron, the at least one additional metallic element, and the iron reactive component to produce a mixture; and contacting the mixture with a gaseous iron reactive component to produce the biodegradable alloy.
A method performed by a system of a data communication network, the system comprising a database, a first network node and a second network node the first and the second network node (321, 322) being connected to the database, the database operating as a server with respect to the first and the second network nodes (321, 322) operating as clients to the database, the system handling data posts, wherein each data post comprises one or more data values of different categories and a unique identification, ID, of the data post, the method comprising: sending, by the first network node to the database, a request for adding data to the database, the request comprising the data, the data including a first data value and a first ID of the data, storing, by the database, the first ID and the first data value as a data post, sending, by the database to the second network node, a message comprising the first ID and the first data value, and creating an index in an index storage and storing in the index storage, by the second network node, the first ID linked to the first data value, thus making the data stored at the database, received from the first network node, searchable at the second network node characterized in that the storing performed by the second network node comprises storing the first ID in an index storage of the second network node, the index storage comprising an index group comprising the first ID as well as other IDs of other data posts received by the second network node that also have the first data value. sending, by the first network node to the database, a request for adding data to the database, the request comprising the data, the data including a first data value and a first ID of the data, storing, by the database, the first ID and the first data value as a data post, sending, by the database to the second network node, a message comprising the first ID and the first data value, and creating an index in an index storage and storing in the index storage, by the second network node, the first ID linked to the first data value, thus making the data stored at the database, received from the first network node, searchable at the second network node characterized in that the storing performed by the second network node comprises storing the first ID in an index storage of the second network node, the index storage comprising an index group comprising the first ID as well as other IDs of other data posts received by the second network node that also have the first data value.
A system comprising a multifunctional tool and a tool clip, wherein the multifunctional tool comprises: I) a tool tip, said tool tip comprising a) a tool tip stator, and b) a tool tip rotor rotatable about a first axis relative to said tool tip stator; and II) a tool holder capable of removably engaging said tool tip, said tool holder comprising a collet, a tool tip locker, a motive source comprising a single motor; said multifunctional tool characterized in that it further comprises a selector mechanism, and wherein when said tool holder engages said tool tip, i) said tool tip locker restricts rotational and axial movement about said first axis of said tool tip stator relative to said collet, ii) said selector mechanism can be engaged to allow said motor to rotate the entire tool tip about said first axis relative to said tool tip stator or to actuate the tool tip; and and wherein the tool clip is configured for storing said tool tips when they are not engaged to the tool holder. I) a tool tip, said tool tip comprising a) a tool tip stator, and b) a tool tip rotor rotatable about a first axis relative to said tool tip stator; and a) a tool tip stator, and b) a tool tip rotor rotatable about a first axis relative to said tool tip stator; and II) a tool holder capable of removably engaging said tool tip, said tool holder comprising a collet, a tool tip locker, a motive source comprising a single motor; said multifunctional tool characterized in that it further comprises a selector mechanism, and wherein when said tool holder engages said tool tip, i) said tool tip locker restricts rotational and axial movement about said first axis of said tool tip stator relative to said collet, ii) said selector mechanism can be engaged to allow said motor to rotate the entire tool tip about said first axis relative to said tool tip stator or to actuate the tool tip; and and wherein the tool clip is configured for storing said tool tips when they are not engaged to the tool holder. a collet, a tool tip locker, a motive source comprising a single motor; said multifunctional tool characterized in that it further comprises a selector mechanism, and wherein when said tool holder engages said tool tip, i) said tool tip locker restricts rotational and axial movement about said first axis of said tool tip stator relative to said collet, ii) said selector mechanism can be engaged to allow said motor to rotate the entire tool tip about said first axis relative to said tool tip stator or to actuate the tool tip; and and wherein the tool clip is configured for storing said tool tips when they are not engaged to the tool holder. i) said tool tip locker restricts rotational and axial movement about said first axis of said tool tip stator relative to said collet, ii) said selector mechanism can be engaged to allow said motor to rotate the entire tool tip about said first axis relative to said tool tip stator or to actuate the tool tip; and and wherein the tool clip is configured for storing said tool tips when they are not engaged to the tool holder.
A mask for treating a patient suffering from obstructive sleep apnea, the mask adapted to be connected to an air flow generator and constructed to cover at least the nostrils of the patient, the mask comprising: a cavity in fluid connection with the nostrils of the patient; an inlet pressure port constructed to be attached to the air flow generator; the inlet pressure port fluidly connected to the cavity via an inlet pressure valve that is constructed to allow air flow from the air flow generator to the cavity with little resistance; the inlet pressure port fluidly connected to an expiration valve, wherein the expiration valve is fluidly connected to the cavity and to the outside of the mask, the expiration valve restricts air flow from the cavity to the outside of the mask; and an inspiration one-way valve fluidly connected to the cavity and to the outside of the mask, the inspiration one-way valve is constructed to allow air flow from the outside of the mask into the cavity with little resistance and blocking air flow from the cavity to the outside of the mask; characterized in that the inlet pressure valve is an inlet pressure one-way valve blocking air flow from the cavity to the air flow generator; and the restriction of the expiration valve is dependent on the pressure of air in the inlet pressure port. a cavity in fluid connection with the nostrils of the patient; an inlet pressure port constructed to be attached to the air flow generator; the inlet pressure port fluidly connected to the cavity via an inlet pressure valve that is constructed to allow air flow from the air flow generator to the cavity with little resistance; the inlet pressure port fluidly connected to an expiration valve, wherein the expiration valve is fluidly connected to the cavity and to the outside of the mask, the expiration valve restricts air flow from the cavity to the outside of the mask; and an inspiration one-way valve fluidly connected to the cavity and to the outside of the mask, the inspiration one-way valve is constructed to allow air flow from the outside of the mask into the cavity with little resistance and blocking air flow from the cavity to the outside of the mask; characterized in that the inlet pressure valve is an inlet pressure one-way valve blocking air flow from the cavity to the air flow generator; and the restriction of the expiration valve is dependent on the pressure of air in the inlet pressure port.
A multi-basket baby carriage comprising: a carriage frame, at least two basket areas (11, 12) being arranged under a seat body of the carriage frame; and at least two basket bodies (2, 3) disposed on the at least two basket areas (11, 12) correspondingly and connected to the carriage frame, wherein the at least two basket bodies (2, 3) comprises a first basket body and a second basket body arranged in front and rear respectively, the at least two basket areas (11, 12) comprises a first basket area and a second basket area, the first basket body is disposed on the first basket area, and the second basket body is disposed on the second basket area, and wherein the carriage frame has two seat tubes on left and right sides of the seat body, characterized in that a front side of the carriage frame has a first support tube disposed transversely, and the first basket body is connected to the first support tube. a carriage frame, at least two basket areas (11, 12) being arranged under a seat body of the carriage frame; and at least two basket bodies (2, 3) disposed on the at least two basket areas (11, 12) correspondingly and connected to the carriage frame, wherein the at least two basket bodies (2, 3) comprises a first basket body and a second basket body arranged in front and rear respectively, the at least two basket areas (11, 12) comprises a first basket area and a second basket area, the first basket body is disposed on the first basket area, and the second basket body is disposed on the second basket area, and wherein the carriage frame has two seat tubes on left and right sides of the seat body, characterized in that a front side of the carriage frame has a first support tube disposed transversely, and the first basket body is connected to the first support tube.
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.
Process for producing a briquette containing carbon carriers, wherein the carbon carriers together with a binder system are subjected to mixing with the introduction of steam and the mixture obtained is subjected to pressing to form briquettes, characterised in that at least one of the steps from the group consisting of - drying the carbon carriers before mixing, - setting the temperature of the carbon carriers to be mixed with the binder system before mixing in a predefined temperature range, - heat treatment of the briquettes after pressing, is carried out, wherein - drying of the carbon carriers before mixing, and/or - heat treatment of the briquettes after pressing, and/or - setting the temperature of the carbon carriers to be mixed with the binder system before mixing in a predefined temperature range, are carried out by means of direct or indirect interaction with superheated steam and waste steam occurring during the interaction is used as at least part of the steam introduced during mixing. - drying the carbon carriers before mixing, - setting the temperature of the carbon carriers to be mixed with the binder system before mixing in a predefined temperature range, - heat treatment of the briquettes after pressing, - drying of the carbon carriers before mixing, and/or - heat treatment of the briquettes after pressing, and/or - setting the temperature of the carbon carriers to be mixed with the binder system before mixing in a predefined temperature range,
Self-piercing rivet for producing a joining connection between at least two components (C1, C2, C3) comprising: a. a rivet head and a rivet shank having a central shank bore comprising a base, b. the rivet shank comprises a cylindrical shank outer surface and a shank inner surface limiting the central shank bore, the rivet shank comprises an annular piercing end facing away from the rivet head, c. the shank outer surface has a first diameter (Ds), the central shank bore comprises a bore depth between the base of the central shank bore and the annular piercing end, characterized in that a ratio of the first diameter (Ds) to the bore depth is in the range of 0.50≦Ds/T≦0.67, wherein the shank outer surface and the shank inner surface are connected at the annular piercing end by a shank end face and a shank end radius, wherein the shank end face is arcuate, and wherein the arcuate shank end face comprises a radius of curvature between 0.15 and 0.3 mm. a. a rivet head and a rivet shank having a central shank bore comprising a base, b. the rivet shank comprises a cylindrical shank outer surface and a shank inner surface limiting the central shank bore, the rivet shank comprises an annular piercing end facing away from the rivet head, c. the shank outer surface has a first diameter (Ds), the central shank bore comprises a bore depth between the base of the central shank bore and the annular piercing end,
A boom that is an elongated piece, and comprises at least one elongated boom part, the cross-sectional profile of which comprises a top, two opposite sides, a bottom, and corners (NU, NL) between them; and wherein: the sides of the boom part are at the bottom side end at a greater distance from each other than at the top side end; the sides of the boom part comprise at least three planar surfaces and corners between them; the bottom of the boom part is trough-shaped and comprises a concave inner surface side and a convex outer surface side; and the bottom comprises at least five planar surfaces and corners between them; characterised in that the cross-sectional profile of the boom part comprises at least three profile components (14a to 14f) that are fastened to each other by longitudinal seams; and the seams between the profile components (14a to 14f) are at a distance from the corners (NU, NL) of the boom part. the sides of the boom part are at the bottom side end at a greater distance from each other than at the top side end; the sides of the boom part comprise at least three planar surfaces and corners between them; the bottom of the boom part is trough-shaped and comprises a concave inner surface side and a convex outer surface side; and the bottom comprises at least five planar surfaces and corners between them; the cross-sectional profile of the boom part comprises at least three profile components (14a to 14f) that are fastened to each other by longitudinal seams; and the seams between the profile components (14a to 14f) are at a distance from the corners (NU, NL) of the boom part.
Discharge head for nasal application of pharmaceutical liquid from a pressure accumulator which has an outlet valve with a valve stem that can be subjected to force counter to a spring force in order to open the outlet valve, with the following features: a. the discharge head has a base and, provided thereon, a coupling mechanism by means of which the discharge head can be secured on the pressure accumulator, and b. the discharge head has a displaceable actuating surface, which is displaceable with respect to the base and on which a tappet configured as a hollow tube is provided, said tappet being displaceable together with the actuating surface for the purpose of applying force to the valve stem of the pressure accumulator, c. the discharge head has a nasal applicator which extends outwards from the actuating surface and at the end of which a discharge opening is provided which, by way of an applicator channel of the nasal applicator, is connected in fluidic communication with the hollow tube, characterized by the following additional features: d. the nasal applicator has an inner structural part, which is integrally connected to the actuating surface, and e. the nasal applicator has an outer structural part which is configured as a structural part separate from the inner structural part and which is mounted on and encloses the inner structural part, and f. the discharge opening is provided as an aperture of the outer structural part, and g. the outer structural part and the inner structural part together delimit the applicator channel. a. the discharge head has a base and, provided thereon, a coupling mechanism by means of which the discharge head can be secured on the pressure accumulator, and b. the discharge head has a displaceable actuating surface, which is displaceable with respect to the base and on which a tappet configured as a hollow tube is provided, said tappet being displaceable together with the actuating surface for the purpose of applying force to the valve stem of the pressure accumulator, c. the discharge head has a nasal applicator which extends outwards from the actuating surface and at the end of which a discharge opening is provided which, by way of an applicator channel of the nasal applicator, is connected in fluidic communication with the hollow tube, d. the nasal applicator has an inner structural part, which is integrally connected to the actuating surface, and e. the nasal applicator has an outer structural part which is configured as a structural part separate from the inner structural part and which is mounted on and encloses the inner structural part, and f. the discharge opening is provided as an aperture of the outer structural part, and g. the outer structural part and the inner structural part together delimit the applicator channel.
Method for manufacturing a roof hook (D1, D2, D3, D4) from structural and/or stainless steel, wherein the roof hook (D1, D2, D3, D4) is designed in terms of its spatial-physical structural features for the attachment of solar installation modules to roofs, wherein the roof hook (D1, D2, D3, D4) is composed at least of an attachment portion (B1, B2, B3, B4) and a holding portion (H1, H2, H3, H4), of which the attachment portion (B1, B2, B3, B4) serves for direct or indirect attachment of the roof hook (D1, D2, D3, D4) to at least one roof element and the holding portion (H1, H2, H3, H4) serves for direct or indirect attachment of the solar installation module, and wherein at least one stiffening element (V1,....V11) is provided on the roof hook (D1, D2, D3, D4), this stiffening element having been formed by a residual material piece produced during the production of an aperture and/or of one of the components of the roof hook (D1, D2, D3, D4) and being non-releasably connected to the roof hook (D1, D2, D3, D4) by means of a welding process.
A web winder comprising: an input that receives web on a feed path from an upstream handling device; a web take-up roll that is driven to form the web into a roll as it is delivered at the input; and an emergency stop cutting mechanism located between the input and the take-up roll that, in response to a stop signal, releases a blade, said web winder being characterized in that the blade is oriented at a non-perpendicular angle to a feed direction of the feed path so that, when the blade is engaged with the web in motion it is biased across the web to separate the web. an input that receives web on a feed path from an upstream handling device; a web take-up roll that is driven to form the web into a roll as it is delivered at the input; and an emergency stop cutting mechanism located between the input and the take-up roll that, in response to a stop signal, releases a blade, said web winder being characterized in that the blade is oriented at a non-perpendicular angle to a feed direction of the feed path so that, when the blade is engaged with the web in motion it is biased across the web to separate the web.
Elastic neural electrode, having at least one planar metal layer which comprises conductive material and which is bilaterally covered by a protective elastomer layer, wherein, for reinforcement of the electrode, an additional reinforcement layer comprising reinforcement material is present, wherein the electrode comprises a stack of a first protective elastomer layer with openings to the outside, the planar metal layer onto which these openings reach, a second protective elastomer layer, the reinforcement layer, and a third protective elastomer layer, wherein a polymer is used as reinforcement material, characterized in that the reinforcement material has multiple perforations through which the first protective elastomer layer and the second protective elastomer layer connect to each other.