mhurhangee/ep-ind-claims huggingface dataset:
A method for transaction authorization, the method comprising: receiving, at an authenticating device from a terminal device, a request to generate a dataset transmittable through an underlying network compatible with a technical protocol, wherein the request comprises a plurality of data object values indicative of transaction information, and wherein credentials to authorize a transaction are stored on the authenticating device; generating, based on the plurality of data object values, a transaction comprising a source identifier, a destination identifier, a transaction value, and authorization data in a form of a digital signature; determining whether to encapsulate at least one portion of the transaction or a symmetric encryption key allowing to decrypt the digital signature based on determining whether a size of the transaction and the digital signature can fit in a total amount of data that can be allocated and transmitted in discretionary data fields of the dataset of the technical protocol; in response to determining that the at least one portion of the transaction is to be encapsulated, encapsulating and embedding the at least one portion of the transaction in the discretionary data fields by splitting the digital signature of the transaction for inclusion in the discretionary data fields; in response to determining that the symmetric encryption key is to be encapsulated, encapsulating and embedding the symmetric encryption key in the discretionary data fields; and transmitting the dataset to the terminal device for processing the transaction in a target distributed ledger. receiving, at an authenticating device from a terminal device, a request to generate a dataset transmittable through an underlying network compatible with a technical protocol, wherein the request comprises a plurality of data object values indicative of transaction information, and wherein credentials to authorize a transaction are stored on the authenticating device; generating, based on the plurality of data object values, a transaction comprising a source identifier, a destination identifier, a transaction value, and authorization data in a form of a digital signature; determining whether to encapsulate at least one portion of the transaction or a symmetric encryption key allowing to decrypt the digital signature based on determining whether a size of the transaction and the digital signature can fit in a total amount of data that can be allocated and transmitted in discretionary data fields of the dataset of the technical protocol; in response to determining that the at least one portion of the transaction is to be encapsulated, encapsulating and embedding the at least one portion of the transaction in the discretionary data fields by splitting the digital signature of the transaction for inclusion in the discretionary data fields; in response to determining that the symmetric encryption key is to be encapsulated, encapsulating and embedding the symmetric encryption key in the discretionary data fields; and transmitting the dataset to the terminal device for processing the transaction in a target distributed ledger.
A microneedle array comprising one or more microneedles formed on the surface of a substrate, the microneedles comprising proteoglycan as a base material.
A driving belt, comprising: a plurality of elements juxtaposed in a same orientation; and a ring, which is mounted on a saddle face of the element to fasten the elements in a circular manner; wherein a rocking edge is formed in an inner circumferential side of the saddle face of the element, which is contacted with the adjoining element to serve as a fulcrum point of a tilting motion of the element, characterized in that: at least two slits (20, 21, 22, 23) are formed on the innner side of the saddle face in the radial direction of the drive belt and in parallel with the saddle face in a radial direction of the ring to hold at least one layer of a sub ring that fastens the elements in a circular manner; characterized in that, the slits (20, 21, 22, 23) are formed closer to the rocking edge than the saddle face, or formed on an extension of the rocking edge. a plurality of elements juxtaposed in a same orientation; and a ring, which is mounted on a saddle face of the element to fasten the elements in a circular manner; wherein a rocking edge is formed in an inner circumferential side of the saddle face of the element, which is contacted with the adjoining element to serve as a fulcrum point of a tilting motion of the element, characterized in that: at least two slits (20, 21, 22, 23) are formed on the innner side of the saddle face in the radial direction of the drive belt and in parallel with the saddle face in a radial direction of the ring to hold at least one layer of a sub ring that fastens the elements in a circular manner; characterized in that, the slits (20, 21, 22, 23) are formed closer to the rocking edge than the saddle face, or formed on an extension of the rocking edge. at least two slits (20, 21, 22, 23) are formed on the innner side of the saddle face in the radial direction of the drive belt and in parallel with the saddle face in a radial direction of the ring to hold at least one layer of a sub ring that fastens the elements in a circular manner; characterized in that, the slits (20, 21, 22, 23) are formed closer to the rocking edge than the saddle face, or formed on an extension of the rocking edge.
A method of controlling operation of a power controller and a pitch controller in a wind turbine, the method comprising repetitively performing the following steps: obtaining a pitch value, determining whether a first pitch condition is fulfilled, and if so, increase a current power controller speed reference value (n1, 211) by a first incremental value by adding the first incremental value to the current power controller speed reference value, only if the first pitch condition is not fulfilled, determining whether a second pitch condition is fulfilled, and if so, decrease the current power controller speed reference value (n1, 211) by a first decremental value by subtracting the first decremental value from the current power controller speed reference value, obtaining a power value, determining whether a first power condition is fulfilled, and if so, decrease a current pitch controller speed reference value (n2, 212) by a second decremental value by subtracting the second decremental value from the current pitch controller speed reference value, and only if the first power condition is not fulfilled, determining whether a second power condition is fulfilled, and if so, increase the current pitch controller speed reference value (n2, 212) by a second incremental value by adding the second incremental value to the current pitch controller speed reference value. obtaining a pitch value, determining whether a first pitch condition is fulfilled, and if so, increase a current power controller speed reference value (n1, 211) by a first incremental value by adding the first incremental value to the current power controller speed reference value, only if the first pitch condition is not fulfilled, determining whether a second pitch condition is fulfilled, and if so, decrease the current power controller speed reference value (n1, 211) by a first decremental value by subtracting the first decremental value from the current power controller speed reference value, obtaining a power value, determining whether a first power condition is fulfilled, and if so, decrease a current pitch controller speed reference value (n2, 212) by a second decremental value by subtracting the second decremental value from the current pitch controller speed reference value, and only if the first power condition is not fulfilled, determining whether a second power condition is fulfilled, and if so, increase the current pitch controller speed reference value (n2, 212) by a second incremental value by adding the second incremental value to the current pitch controller speed reference value.
An information processing apparatus for generating drawing data by using printing data and setting information about printing, comprising: a job receiving portion configured to receive a print job and extract, from the print job, the printing data and the setting information about printing; a conversion unit configured to convert the setting information about printing into setting information for the information processing apparatus, wherein converting the setting information comprises changing a format of one or more job attributes in the setting information about printing based on a conversion table, wherein the conversion table is specific to an original generator of the print job and the conversion unit is configured to determine the original generator based on the content of the setting information about printing; a plurality of drawing data generating units, each configured to generate the drawing data based on the printing data and the setting information for the information processing apparatus; and a generating unit controller configured to analyze the setting information for the information processing apparatus to select one of the drawing data generating units and control the selected drawing data generating unit in a control procedure corresponding to the selected drawing data generating unit. a conversion unit configured to convert the setting information about printing into setting information for the information processing apparatus, wherein converting the setting information comprises changing a format of one or more job attributes in the setting information about printing based on a conversion table, wherein the conversion table is specific to an original generator of the print job and the conversion unit is configured to determine the original generator based on the content of the setting information about printing; a plurality of drawing data generating units, each configured to generate the drawing data based on the printing data and the setting information for the information processing apparatus; and a generating unit controller configured to analyze the setting information for the information processing apparatus to select one of the drawing data generating units and control the selected drawing data generating unit in a control procedure corresponding to the selected drawing data generating unit.
Plug contact for making electrical contact with a circuit board by plugging the plug contact into a contact hole of the circuit board, with two contact legs (4, 5) which are resilient relative to one another, one terminal region and one connecting region, wherein the connecting region connects the two contact legs (4, 5) to one another and to the terminal region and wherein the plug contact is made from a metallic flat material, wherein the two contact legs (4, 5) each have one contact-making region (4a, 5a) which make contact with the contact hole in the plugged-in state, wherein the outside contour of the two contact legs (4, 5) in the contact-making region (4a, 5a) is made circular segment-shaped in cross section, wherein the radius of the outside contour is smaller than the radius of the corresponding contact hole of the circuit board, wherein the outside contour of the two contact legs (4, 5) in the contact-making region (4a, 5a) is made circular segment-shaped in the longitudinal direction so that the contact-making regions (4a, 5a) are made crowned, characterized in that the two contact legs (4, 5) have different lengths, wherein, on the free end of the longer contact leg, a guide segment is made which is located in the plug-in direction of the plug contact upstream of the free end of the shorter contact leg, and that the terminal region is made as a crimp terminal (6") or as an insulation piercing terminal (6"'). wherein the two contact legs (4, 5) each have one contact-making region (4a, 5a) which make contact with the contact hole in the plugged-in state, wherein the outside contour of the two contact legs (4, 5) in the contact-making region (4a, 5a) is made circular segment-shaped in cross section, wherein the radius of the outside contour is smaller than the radius of the corresponding contact hole of the circuit board, wherein the outside contour of the two contact legs (4, 5) in the contact-making region (4a, 5a) is made circular segment-shaped in the longitudinal direction so that the contact-making regions (4a, 5a) are made crowned, characterized in that the two contact legs (4, 5) have different lengths, wherein, on the free end of the longer contact leg, a guide segment is made which is located in the plug-in direction of the plug contact upstream of the free end of the shorter contact leg, and that the terminal region is made as a crimp terminal (6") or as an insulation piercing terminal (6"').
A method for communication using active load modulation in Radio Frequency Identification, RFID, systems comprising the following steps: receiving a carrier signal (Sc) having a carrier frequency from a reader device, generating a modulated signal (Smod) which is synchronous with the carrier signal (Sc) and is achieved by digital amplitude modulation of a subcarrier signal (Ssc) with a data signal (Sd) and a reproduced carrier signal (Src), generating a burst of a sending signal (Sout), the sending signal being a function of the modulated signal (Smod), decaying the sending signal (Sout) at the end of the burst, and transmitting the decaying sending signal (Sout), the method characterised in that said decaying comprises reducing a length of the sending signal (Sout) by suppressing transmission of a last half period of the subcarrier signal (Ssc) of the sending signal (Sout). receiving a carrier signal (Sc) having a carrier frequency from a reader device, generating a modulated signal (Smod) which is synchronous with the carrier signal (Sc) and is achieved by digital amplitude modulation of a subcarrier signal (Ssc) with a data signal (Sd) and a reproduced carrier signal (Src), generating a burst of a sending signal (Sout), the sending signal being a function of the modulated signal (Smod), decaying the sending signal (Sout) at the end of the burst, and transmitting the decaying sending signal (Sout), the method characterised in that said decaying comprises reducing a length of the sending signal (Sout) by suppressing transmission of a last half period of the subcarrier signal (Ssc) of the sending signal (Sout).
A plasma etching method using a Faraday cage, comprising: providing a substrate for etching in a Faraday cage, wherein the substrate for etching comprises a metal mask provided on one surface thereof, the metal mask having an opening pattern portion, and wherein an upper surface of the Faraday cage is provided with a mesh portion; a first patterning step of forming a first pattern area on the substrate for etching by using plasma etching; and a second patterning step of forming a second pattern area on the substrate for etching by using the plasma etching after shielding at least a part of the mesh portion by using a shutter, wherein the first pattern area includes a first groove pattern having a depth gradient of 0 to 40 nm per 5 mm, and the second pattern area includes a second groove pattern having a depth gradient of 50 to 300 nm per 5 mm. providing a substrate for etching in a Faraday cage, wherein the substrate for etching comprises a metal mask provided on one surface thereof, the metal mask having an opening pattern portion, and wherein an upper surface of the Faraday cage is provided with a mesh portion; a first patterning step of forming a first pattern area on the substrate for etching by using plasma etching; and a second patterning step of forming a second pattern area on the substrate for etching by using the plasma etching after shielding at least a part of the mesh portion by using a shutter, wherein the first pattern area includes a first groove pattern having a depth gradient of 0 to 40 nm per 5 mm, and the second pattern area includes a second groove pattern having a depth gradient of 50 to 300 nm per 5 mm.
A method for operating a spinning device of a rotor spinning machine, in which a spinning rotor comprising a rotor cup and a rotor shaft is set into rotation with the aid of a drive, in particular, a single drive, which is situated in a drive housing and is operatively connected to the rotor shaft, and the rotor shaft is supported in the drive housing with the aid of a bearing (10, 18), in particular, a magnetic bearing, wherein the rotor cup is situated in a rotor housing to which vacuum is applied and the rotor shaft extends between the drive housing and the rotor housing through a connection opening, and so the drive housing is also under vacuum during the spinning process, and in which compressed air is fed intermittently into the drive housing via an air inlet, characterized in that compressed air is fed into the drive housing via the air inlet in order to clean the bearing (10, 18), wherein the compressed air is fed, at an end of the rotor shaft facing away from the rotor cup, in particular, in the area of an axial bearing of the bearing (10, 18), to the drive housing and wherein the compressed air is fed directly into a bearing gap of the bearing (10, 18).
An ultrasound diagnosis apparatus comprising: a data acquisition unit configured to acquire ultrasound image data regarding a object including at least one target bone which is to be diagnosed; and an image processing unit configured to acquire first information about at least one selected from a location of the at least one target bone within an ultrasound image and a length of the target bone, based on volume data included in the ultrasound image data, acquire a boundary surface of a soft tissue that is adjacent to the target bone, based on the first information, automatically acquire a volume of an interior of the boundary surface of the soft tissue, estimate a weight of the object based on the acquired volume, and configured for displaying at least one of a value of the weight and a value of the volume; wherein said boundary surface of a soft tissue is a boundary surface whose interior is an interior of soft tissue or, in the alternative, wherein said boundary surface of a soft tissue is an outer boundary of the soft tissue. a data acquisition unit configured to acquire ultrasound image data regarding a object including at least one target bone which is to be diagnosed; and an image processing unit configured to acquire first information about at least one selected from a location of the at least one target bone within an ultrasound image and a length of the target bone, based on volume data included in the ultrasound image data, acquire a boundary surface of a soft tissue that is adjacent to the target bone, based on the first information, automatically acquire a volume of an interior of the boundary surface of the soft tissue, estimate a weight of the object based on the acquired volume, and configured for displaying at least one of a value of the weight and a value of the volume; wherein said boundary surface of a soft tissue is a boundary surface whose interior is an interior of soft tissue or, in the alternative, wherein said boundary surface of a soft tissue is an outer boundary of the soft tissue.
A method for providing an in vitro human skin equivalent expressing a heterologous antimicrobial polypeptide comprising: a) providing immortalized keratinocytes selected from the group consisting of NIKS cells and cells derived from NIKS cells and an expression vector comprising a DNA sequence encoding an antimicrobial polypeptide operably linked to a regulatory sequence, wherein said antimicrobial polypeptide is cathelicidin or a fragment thereof; b) introducing said expression vector to said host cells; and c) culturing said host cells to form an in vitro human skin equivalent comprising stratified squamous epithelia that expresses the antimicrobial polypeptide wherein said in vitro human skin equivalent is characterized in having correct tissue architecture including the formation of desmosomes, hemidesmosomes, and basal lamina and exhibits antimicrobial activity. a) providing immortalized keratinocytes selected from the group consisting of NIKS cells and cells derived from NIKS cells and an expression vector comprising a DNA sequence encoding an antimicrobial polypeptide operably linked to a regulatory sequence, wherein said antimicrobial polypeptide is cathelicidin or a fragment thereof; b) introducing said expression vector to said host cells; and c) culturing said host cells to form an in vitro human skin equivalent comprising
An air conditioning system diagnosis apparatus, comprising: message input means for retrieving a message flowing in a general-purpose network, in an air conditioning system configured by connecting a plurality of air conditioners, each of which incorporates a refrigerating cycle, through said general-purpose network; message analyzing means for analyzing the content of said message retrieved by said message input means; refrigerating cycle analyzing means for analyzing the state of said refrigerating cycle on the basis of the content of said message (hereinafter referred to as message information) analyzed by said message analyzing means to create refrigerating cycle state information, which is the result of the analysis; characterised in that it further comprises: waveform input means for retrieving waveform data from said general-purpose network; waveform analyzing means for analyzing to determine whether said waveform data retrieved by said waveform input means is abnormal or not to create waveform information, which is the result of the analysis; and storage means for storing said message information, said refrigerating cycle state information, and said waveform information. message input means for retrieving a message flowing in a general-purpose network, in an air conditioning system configured by connecting a plurality of air conditioners, each of which incorporates a refrigerating cycle, through said general-purpose network; message analyzing means for analyzing the content of said message retrieved by said message input means; refrigerating cycle analyzing means for analyzing the state of said refrigerating cycle on the basis of the content of said message (hereinafter referred to as message information) analyzed by said message analyzing means to create refrigerating cycle state information, which is the result of the analysis; characterised in that it further comprises: waveform input means for retrieving waveform data from said general-purpose network; waveform analyzing means for analyzing to determine whether said waveform data retrieved by said waveform input means is abnormal or not to create waveform information, which is the result of the analysis; and storage means for storing said message information, said refrigerating cycle state information, and said waveform information. waveform input means for retrieving waveform data from said general-purpose network; waveform analyzing means for analyzing to determine whether said waveform data retrieved by said waveform input means is abnormal or not to create waveform information, which is the result of the analysis; and storage means for storing said message information, said refrigerating cycle state information, and said waveform information.