mhurhangee/ep-ind-claims huggingface dataset:
Method for obtaining an implantable plate for healing a fractured joint of a patient, comprising the steps of: 1) providing a 3D representation of a bone structure in a zone around a joint fracture, the zone comprising all fragments of broken or ruptured bones and at least the ends of unbroken bones which form part of the fractured joint; 2) automatically identifying different bone fragments within said 3D representation; 3) simulating a reduction of said bone fragments into a full joint; 4) automatically calculating optimal parameter values for an implantable plate; 5) obtaining the implantable plate taking into account the calculated parameter values, whereby in step 3, the reduction is simulated by automatedly fitting positions and orientations of said bone fragments to a 3D representation of a healthy joint of said patient, and wherein all bone fragments which need to be directly fixated to the implantable plate are identified on the basis of the identification of the bone fragments in step 2 and/or on the basis of the simulation of the reduction in step 3, characterized in that in step 2, all different bone fragments comprising a size of at least a predefined limit size in the zone around the joint fracture are identified. 1) providing a 3D representation of a bone structure in a zone around a joint fracture, the zone comprising all fragments of broken or ruptured bones and at least the ends of unbroken bones which form part of the fractured joint; 2) automatically identifying different bone fragments within said 3D representation; 3) simulating a reduction of said bone fragments into a full joint; 4) automatically calculating optimal parameter values for an implantable plate; 5) obtaining the implantable plate taking into account the calculated parameter values,
A pharmaceutical combination for use in glycemic control in diabetes type 2 patients, said combination comprising (a) desPro 36 Exendin-4 -Lys 6 -NH 2 or/and a pharmaceutically acceptable salt thereof, and (b) a glitazone or/and a pharmaceutically acceptable salt thereof. (a) desPro 36 Exendin-4 -Lys 6 -NH 2 or/and a pharmaceutically acceptable salt thereof, and (b) a glitazone or/and a pharmaceutically acceptable salt thereof.
A button structure for an electronic device, said electronic device comprising a housing having an external surface and an internal surface, said surfaces (8a, 8b) being connected by a through-going opening, said button structure comprising a push-button and a switch assembly, wherein said switch assembly comprises a switch and a connector, characterised in that said switch and said connector are configured to interlock, and said switch comprises connection means extending at least partially along a center axis of said switch, said connection means is configured to receive at least a part of said connector, and wherein said switch is configured to be inserted into said opening in a direction from said external surface, and said connector is configured to be connected to said switch such that said switch assembly is secured to said housing. said button structure comprising a push-button and a switch assembly, wherein said switch assembly comprises a switch and a connector, characterised in that said switch and said connector are configured to interlock, and said switch comprises connection means extending at least partially along a center axis of said switch, said connection means is configured to receive at least a part of said connector, and wherein said switch is configured to be inserted into said opening in a direction from said external surface, and said connector is configured to be connected to said switch such that said switch assembly is secured to said housing.
An access method in a local area network system, comprising: a service node checking an operational information of a first operational node (110 to 140) according to a trusted list to determine whether the operational information complies with the trusted list when the first operational node (110 to 140) attempts to log into the service node; the service node allowing the first operational node (110 to 140) to log into the service node when the operational information complies with the trusted list; and the service node determining whether to add the operational information of the first operational node (110 to 140) into the trusted list after the first operational node (110 to 140) logs into the service node; the step of determining whether the operational information complies with the trusted list comprises: determining whether the trusted list comprises a filing information (32a, 320b) corresponding to the operational information of the first operational node (110 to 140); and acknowledging that the operational information complies with the trusted list when the trusted list comprises the fling information (320a, 320b) corresponding to the operational information and the operational information and the filing information (320a, 320b) are consistent. a service node checking an operational information of a first operational node (110 to 140) according to a trusted list to determine whether the operational information complies with the trusted list when the first operational node (110 to 140) attempts to log into the service node; the service node allowing the first operational node (110 to 140) to log into the service node when the operational information complies with the trusted list; and the service node determining whether to add the operational information of the first operational node (110 to 140) into the trusted list after the first operational node (110 to 140) logs into the service node; the step of determining whether the operational information complies with the trusted list comprises: determining whether the trusted list comprises a filing information (32a, 320b) corresponding to the operational information of the first operational node (110 to 140); and acknowledging that the operational information complies with the trusted list when the trusted list comprises the fling information (320a, 320b) corresponding to the operational information and the operational information and the filing information (320a, 320b) are consistent. determining whether the trusted list comprises a filing information (32a, 320b) corresponding to the operational information of the first operational node (110 to 140); and acknowledging that the operational information complies with the trusted list when the trusted list comprises the fling information (320a, 320b) corresponding to the operational information and the operational information and the filing information (320a, 320b) are consistent.
A method of making a support material comprising the following steps: i) providing a first suspension comprising a homogenous Mg/AI mixed oxide precursor; ii) drying of the first suspension; iii) calcining the Mg/Al mixed oxide precursor to obtain a calcined Mg/AI mixed oxide; iv) re-suspending the calcined Mg/AI mixed oxide to obtain a second suspension comprising the Mg/Al mixed oxide; v) doping the re-suspended calcined Mg/Al mixed oxide with a precursor comprising a manganese oxide precursor to form a Mg/Al mixed oxide doped with at least manganese; vi) drying the second suspension; and vii) calcining the Mg/Al mixed oxide doped at least with manganese to form a doped Mg/AI mixed oxide. i) providing a first suspension comprising a homogenous Mg/AI mixed oxide precursor; ii) drying of the first suspension; iii) calcining the Mg/Al mixed oxide precursor to obtain a calcined Mg/AI mixed oxide; iv) re-suspending the calcined Mg/AI mixed oxide to obtain a second suspension comprising the Mg/Al mixed oxide; v) doping the re-suspended calcined Mg/Al mixed oxide with a precursor comprising a manganese oxide precursor to form a Mg/Al mixed oxide doped with at least manganese; vi) drying the second suspension; and vii) calcining the Mg/Al mixed oxide doped at least with manganese to form a doped Mg/AI mixed oxide.
A first and second gag conserved element nucleic acid and a nucleic acid encoding a full-length HIV p55 Gag protein for use in a method of inducing an immune response in a subject, the method comprising administering the first gag conserved element nucleic acid, which encodes a first HIV-1 p24 Gag conserved element polypeptide that comprises seven conserved elements from HIV-1 p24 Gag to the subject, wherein each of the conserved elements has a sequence set forth in SEQ ID NOS: 1-7; and the conserved elements are not contiguous and are joined by peptide linker sequences; administering the second gag conserved element nucleic acid, which encodes a second HIV-1 p24 Gag conserved element polypeptide that comprises the conserved elements set forth in SEQ ID NOS:8-14; and administering the nucleic acid encoding the full-length HIV p55 Gag protein, wherein the nucleic acid encoding the full-length HIV p55 Gag protein is administered after the first and second gag conserved element nucleic acids.
A method for producing tetrahydrocannabinolic acid (THCA) and cannabichromenic acid (CBCA) in different ratios comprising the step of: reacting cannabigerolic acid (CBGA) with tetrahydrocannabinolic acid synthase (THCA synthase) in a reaction mixture comprising a solvent; wherein the pH of the reaction mixture ranges from 4.0 to 8.0 and can be modified to produce tetrahydrocannabinolic acid (THCA) and cannabichromenic acid (CBCA) in different ratios. reacting cannabigerolic acid (CBGA) with tetrahydrocannabinolic acid synthase (THCA synthase) in a reaction mixture comprising a solvent; wherein the pH of the reaction mixture ranges from 4.0 to 8.0 and can be modified to produce tetrahydrocannabinolic acid (THCA) and cannabichromenic acid (CBCA) in different ratios.
A dispenser for a refrigerator, comprising: a cover configured to selectively open and close an opening of a duct through which contents are discharged from the dispenser; an actuator configured to transmit an external force to the cover to selectively open and close the opening; and a damping system configured to interact with the actuator so as to regulate movement of the cover, wherein the damping system includes: a first elastic member configured to provide an elastic force to the cover; a damping member configured to control an opening velocity and a closing velocity of the cover; and a second elastic member configured to interact with the damping member so as to adjust the opening and closing velocity of the cover, wherein the first elastic member and the damping member are configured to exert forces in opposite directions and then exert forces in the same direction so as to close the cover, and wherein the first elastic member and the damping member are configured to exert forces in the same direction and then exert forces in opposite directions so as to open the cover. a cover configured to selectively open and close an opening of a duct through which contents are discharged from the dispenser; an actuator configured to transmit an external force to the cover to selectively open and close the opening; and a damping system configured to interact with the actuator so as to regulate movement of the cover, wherein the damping system includes: a first elastic member configured to provide an elastic force to the cover; a damping member configured to control an opening velocity and a closing velocity of the cover; and a second elastic member configured to interact with the damping member so as to adjust the opening and closing velocity of the cover, a first elastic member configured to provide an elastic force to the cover; a damping member configured to control an opening velocity and a closing velocity of the cover; and a second elastic member configured to interact with the damping member so as to adjust the opening and closing velocity of the cover, wherein the first elastic member and the damping member are configured to exert forces in opposite directions and then exert forces in the same direction so as to close the cover, and wherein the first elastic member and the damping member are configured to exert forces in the same direction and then exert forces in opposite directions so as to open the cover.
A cryptography processing apparatus adapted to perform a Feistel cryptographic process including a nonlinear transformation part including a plurality of nonlinear transformation layers each having an input and an output of a plurality of bits, and a linear transformation part including a linear transformation layer adapted to perform a linear transformation process, wherein the linear transformation part is adapted to perform the linear transformation process using matrices satisfying a constraint condition; wherein the constraint condition imposed on matrices used in the linear transformation process is given as follows: when parameters are defined such that for a matrix M i implementing a mapping θ: {0, 1} na → {0, 1} nb which performs a linear transformation from nxa-bit data into n×b-bit data in the linear transformation part using an F-function in each of r rounds, the number of branches B(θ) is defined by B θ = min α ≠ 0 hw n α + hw n θ α where min α≠0 {X α} denotes a minimum value of all values of X α satisfying α ≠ 0, and hw n is a function which splits a given bit string Y into n-bit elements and returns the number of non-zero elements including at least one non-zero bit, a mapping θ satisfying B(θ) = b + 1 is defined as an optimal diffusion mapping, where B(θ) is the number of branches defined above, and BD 1 and BD 2 are defined by BD 1 = min B M i | 1 ≤ i ≤ r BD 2 = min B M i | M i + 2 | 1 ≤ i ≤ r − 2 where B denotes the number of branches of a matrix M, and A | B denotes a matrix obtained by connecting matrices A and B, the matrix M i is determined so that BD 1 and BD 2 are both equal to or greater than 3. when parameters are defined such that for a matrix M i implementing a mapping θ: {0, 1} na → {0, 1} nb which performs a linear transformation from nxa-bit data into n×b-bit data in the linear transformation part using an F-function in each of r rounds, the number of branches B(θ) is defined by B θ = min α ≠ 0 hw n α + hw n θ α where min α≠0 {X α} denotes a minimum value of all values of X α satisfying α ≠ 0, and hw n is a function which splits a given bit string Y into n-bit elements and returns the number of non-zero elements including at least one non-zero bit, a mapping θ satisfying B(θ) = b + 1 is defined as an optimal diffusion mapping, where B(θ) is the number of branches defined above, and BD 1 and BD 2 are defined by BD 1 = min B M i | 1 ≤ i ≤ r BD 2 = min B M i | M i + 2 | 1 ≤ i ≤ r − 2 where B denotes the number of branches of a matrix M, and A | B denotes a matrix obtained by connecting matrices A and B, the matrix M i is determined so that BD 1 and BD 2 are both equal to or greater than 3.
A carton (100, 101, 900) for storing and displaying packages, the carton comprising: a side panel; a front panel sharing a carton edge with the side panel; a closable top adjacent the side panel and the front panel, the closable top comprising at least one flap that folds to close a top opening; and a removable panel segment (160, 960) spanning across at least a portion of the side panel and the front panel, the removable panel segment (160, 960) being removable to form a display opening, wherein the carton is configured to display packages through the display opening, and characterized in that: the at least one flap comprises two opposing flaps that fold to adjoin along a top center line to close the top opening; and the display opening forms at least one protrusion on the front panel, the at least one protrusion being generally aligned with the top center line. a side panel; a front panel sharing a carton edge with the side panel; a closable top adjacent the side panel and the front panel, the closable top comprising at least one flap that folds to close a top opening; and a removable panel segment (160, 960) spanning across at least a portion of the side panel and the front panel, the removable panel segment (160, 960) being removable to form a display opening, the at least one flap comprises two opposing flaps that fold to adjoin along a top center line to close the top opening; and the display opening forms at least one protrusion on the front panel, the at least one protrusion being generally aligned with the top center line.
A spray head for paint guns, comprising a substantiallly cylindrical body with a front spray surface substantiallly flat for its whole extension and wiithout projectiions protruding from said front spray surface, wherein said front spray surface comprises a nebulization central calibrated hole, and first interference calibrated holes, tilted with respect to the nebulization central calibrated hole, so that air outgoing from the first interference calibrated holes hits the flow of the nebulized paint outgoing from the nebulization central calibrated hole, creating a fan effect by further helping the atomization of the nebulized paint, said first interference calibrated holes being arranged along a diametrical axis of the spray head and/or along two arcs of circle symmetrically arranged therebetween with respect to the nebulization central callibrated hole, in communication with corresponding air feeding ducts obtained in the body of the head, characterized in that the spray head comprises second interference calibrated holes, tilted with respect to the nebulization central calibrated hole, in communication with corresponding air feeding ducts obtained in the body of the head, having smaller diameter than the first interference calibrated holles, and arranged along the diametrical axis of the spray head and/or along two additional arcs of circle (AC') symmetrically arranged therebetween with respect to the nebulization central calibrated hole, at a smalller distance from said nebulization central calibrated hole than the first interference calibrated holes.
A data transmission method, wherein the method comprises: detecting, by a network device, a first signal in an uplink signal, wherein the first signal is used for uplink synchronization between a terminal device and the network device; determining, by the network device, a signal structure of the uplink signal based on a result of detecting the first signal, wherein the signal structure of the uplink signal is used to indicate a type of signal included in the uplink signal; and receiving, by the network device, the uplink signal based on the signal structure, and/or responding to the uplink signal based on the signal structure, wherein if the network device finds the first signal, the determining, by the network device, a signal structure of the uplink signal based on a result of detecting the first signal comprises: determining, by the network device, the signal structure based on first mapping relationship information and the first signal, wherein the first mapping relationship information comprises: a correspondence between a resource used for transmitting the first signal and the signal structure. detecting, by a network device, a first signal in an uplink signal, wherein the first signal is used for uplink synchronization between a terminal device and the network device; determining, by the network device, a signal structure of the uplink signal based on a result of detecting the first signal, wherein the signal structure of the uplink signal is used to indicate a type of signal included in the uplink signal; and receiving, by the network device, the uplink signal based on the signal structure, and/or responding to the uplink signal based on the signal structure, wherein if the network device finds the first signal, the determining, by the network device, a signal structure of the uplink signal based on a result of detecting the first signal comprises: determining, by the network device, the signal structure based on first mapping relationship information and the first signal, wherein the first mapping relationship information comprises: a correspondence between a resource used for transmitting the first signal and the signal structure. determining, by the network device, the signal structure based on first mapping relationship information and the first signal, wherein the first mapping relationship information comprises: a correspondence between a resource used for transmitting the first signal and the signal structure.
A razor blade comprising a substrate with a cutting edge, the substrate comprising: a. a thin-film of a first material disposed thereon, the thin-film having a thickness less than 1 μm; b. a mixed nitride-thin-film interregion disposed at or adjacent a surface of the thin-film and a surface of the substrate; and c. a nitride region disposed adjacent the mixed nitride-thin-film interregion. a. a thin-film of a first material disposed thereon, the thin-film having a thickness less than 1 μm; b. a mixed nitride-thin-film interregion disposed at or adjacent a surface of the thin-film and a surface of the substrate; and c. a nitride region disposed adjacent the mixed nitride-thin-film interregion.
A probe apparatus for determining image blurriness comprising: a first set of edge filters for detecting fast edges within an input image to produce a plurality of fast edge filter outputs; a second set of edge filters for detecting slow edges within the input image to produce a plurality of slow edge filter outputs; means for combining the fast edge filter outputs to produce a fast edge filter output array; means for combining the slow edge filter outputs to produce a slow edge filter output array; means for decimating the fast edge and the slow edge filter output arrays separately to produce decimated fast edge filter array and a decimated slow edge filter array; and means for processing the respective decimated fast edge and slow edge filter arrays to generate a localized maximum sharpness value as a measure of the blurriness of the input image; wherein fast edges are sharp edges, and slow edges are blurred edges. a first set of edge filters for detecting fast edges within an input image to produce a plurality of fast edge filter outputs; a second set of edge filters for detecting slow edges within the input image to produce a plurality of slow edge filter outputs; means for combining the fast edge filter outputs to produce a fast edge filter output array; means for combining the slow edge filter outputs to produce a slow edge filter output array; means for decimating the fast edge and the slow edge filter output arrays separately to produce decimated fast edge filter array and a decimated slow edge filter array; and means for processing the respective decimated fast edge and slow edge filter arrays to generate a localized maximum sharpness value as a measure of the blurriness of the input image;