mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling access to a security module of a mobile terminal by an application of the mobile terminal, said method comprising: - sending (E10), by a current application of the mobile terminal, of an access request (sendAPDU) to the security module, said access request comprising the current identifier (AID j ) of an applet contained in the security module, - reading (E11), by the operating system of the mobile terminal, of a correspondence table (TAB) comprising a set of access control rules, an access control rule comprising the identifier of an applet of the security module associated with a check value for an application of the mobile terminal, said access control rule indicating that said application of the mobile terminal is authorized to communicate with the applet of the security module, - obtaining (E12) a current check value for the current application from at least one certificate of a developer of the current application and from an identifier of the current application that are associated with the current application, - searching (E13) in the correspondence table for an access control rule comprising the current identifier of the applet associated with the current check value, the current application being authorized to communicate with the current applet when the search is positive. - sending (E10), by a current application of the mobile terminal, of an access request (sendAPDU) to the security module, said access request comprising the current identifier (AID j ) of an applet contained in the security module, - reading (E11), by the operating system of the mobile terminal, of a correspondence table (TAB) comprising a set of access control rules, an access control rule comprising the identifier of an applet of the security module associated with a check value for an application of the mobile terminal, said access control rule indicating that said application of the mobile terminal is authorized to communicate with the applet of the security module, - obtaining (E12) a current check value for the current application from at least one certificate of a developer of the current application and from an identifier of the current application that are associated with the current application, - searching (E13) in the correspondence table for an access control rule comprising the current identifier of the applet associated with the current check value, the current application being authorized to communicate with the current applet when the search is positive.
A handheld dental instrument comprising: a casing provided with a holding portion to be held by a user; a reception unit provided on the casing to receive an operation from the user; and a control unit configured to control a control target within the handheld dental instrument to perform a predetermined action in response to the operation received by the reception unit , wherein the control unit is configured to perform as a first control switching between a first mode and a second mode when the operation received by the reception unit from the user is a first operation, and to perform a second control different from the switching when the operation received by the reception unit from the user is a second operation different from the first operation and when the second operation is received by the reception unit from the user while in the first mode, a performed second control differs in control contents from a second control that is performed when the second operation is received by the reception unit from the user while in the second mode. a casing provided with a holding portion to be held by a user; a reception unit provided on the casing to receive an operation from the user; and a control unit configured to control a control target within the handheld dental instrument to perform a predetermined action in response to the operation received by the reception unit , wherein the control unit is configured to perform as a first control switching between a first mode and a second mode when the operation received by the reception unit from the user is a first operation, and to perform a second control different from the switching when the operation received by the reception unit from the user is a second operation different from the first operation and when the second operation is received by the reception unit from the user while in the first mode, a performed second control differs in control contents from a second control that is performed when the second operation is received by the reception unit from the user while in the second mode.
Method for producing a sheet of a material containing alkaloids, the method comprising: o mixing a material containing alkaloids with water to form a slurry; o forming a sheet from the slurry ; o compressing the sheet between a first roller and a second roller , said first roller and second roller forming a gap therebetween where the sheet is inserted, to form a compressed sheet having a desired thickness; characterised in that it is provided for o changing the diameter of the first roller in order to change the desired thickness of the compressed sheet . o mixing a material containing alkaloids with water to form a slurry; o forming a sheet from the slurry ; o compressing the sheet between a first roller and a second roller , said first roller and second roller forming a gap therebetween where the sheet is inserted, to form a compressed sheet having a desired thickness; characterised in that it is provided for o changing the diameter of the first roller in order to change the desired thickness of the compressed sheet .
A method for producing a rotor blade spar cap for a rotor blade of a wind turbine in a mold , comprising the steps: - providing a stack made up of planks of a fiber composite material which are aligned relative to one another in a predefined manner, the stack having a longitudinal axis as well as an underside , a top side and mutually opposite lateral sides , - providing a lifting crossbar to which a plurality of holding clamps for holding the stack can be connected, the holding clamps substantially being of U-shaped design and each having two legs and a cover plate connecting the two legs , - attaching the holding clamps to the stack distributed along the longitudinal axis in such a way that the stack is positively surrounded by the top side and the two lateral sides and the predefined alignment of the planks is maintained, - attaching a fixing device to each holding clamp in such a way that the stack is held in the holding clamp at least from the underside and, together with the holding clamp , the predefined alignment of the planks is maintained, and - transporting the stack to the mold and inserting the stack into the mold by means of the lifting crossbar , the fixing devices and the holding clamps being removed from the stack in such a way that the stack is positioned in the mold in a predefined manner with the predefined alignment of the planks . - providing a stack made up of planks of a fiber composite material which are aligned relative to one another in a predefined manner, the stack having a longitudinal axis as well as an underside , a top side and mutually opposite lateral sides , - providing a lifting crossbar to which a plurality of holding clamps for holding the stack can be connected, the holding clamps substantially being of U-shaped design and each having two legs and a cover plate connecting the two legs , - attaching the holding clamps to the stack distributed along the longitudinal axis in such a way that the stack is positively surrounded by the top side and the two lateral sides and the predefined alignment of the planks is maintained, - attaching a fixing device to each holding clamp in such a way that the stack is held in the holding clamp at least from the underside and, together with the holding clamp , the predefined alignment of the planks is maintained, and - transporting the stack to the mold and inserting the stack into the mold by means of the lifting crossbar , the fixing devices and the holding clamps being removed from the stack in such a way that the stack is positioned in the mold in a predefined manner with the predefined alignment of the planks .
An apparatus for detecting metabolites in a biological sample, the apparatus comprising: a sample receiving module arranged to receive the biological sample; a test material provided within a reaction zone of the sample receiving module, the test material being configured to support a plurality of metabolite-activated reactions upon receiving the biological sample, wherein the sample receiving module is further configured to apply the biological sample to the test material, whose properties are affected by the presence of metabolites to be detected; and a CMOS-based sensor unit having multiple sensing modalities, the sensor unit comprising a substrate having a first sensing element and a second sensing element fabricated thereon, wherein the first sensing element and the second sensing element have different sensing modalities and are arranged to detect simultaneously different properties of the test material within a common volume of the reaction zone, wherein the different properties relate to different metabolite-activated reactions thereby to enable simultaneous detection of a plurality of metabolites. a sample receiving module arranged to receive the biological sample; a test material provided within a reaction zone of the sample receiving module, the test material being configured to support a plurality of metabolite-activated reactions upon receiving the biological sample, wherein the sample receiving module is further configured to apply the biological sample to the test material, whose properties are affected by the presence of metabolites to be detected; and a CMOS-based sensor unit having multiple sensing modalities, the sensor unit comprising a substrate having a first sensing element and a second sensing element fabricated thereon, wherein the first sensing element and the second sensing element have different sensing modalities and are arranged to detect simultaneously different properties of the test material within a common volume of the reaction zone, wherein the different properties relate to different metabolite-activated reactions thereby to enable simultaneous detection of a plurality of metabolites.
A composite battery cell , comprising: a plurality of electricity supply element groups electrically connected to each other in parallel, and a pack case , housing the electricity supply element groups ; wherein each of the electricity supply element groups includes a plurality of electricity supply elements electrically connected to each other in series, wherein each of the electricity supply elements is configured as an independent module and comprises a separator ; two active material layers disposed on two sides of the separator respectively, and an electrolyte system impregnated therein; two current collectors , disposed on outer sides of the active material layers respectively; and a sealing layer , disposed between the edges of the two current collectors to adhere the two current collectors and seal the electrolyte system therebetween, so that the electrolyte system of each electricity supply element does not circulate between the electricity supply elements ; wherein the electricity supply element groups are stacked to alternately face up and face down, so that the adjacent current collectors of the outermost electricity supply elements of two adjacent electricity supply element groups having the same polarity are directly contacted to each other to form an electrical connection; wherein a charge transfer is occurred between the adjacent electricity supply elements without electrochemical reactions. a plurality of electricity supply element groups electrically connected to each other in parallel, and a pack case , housing the electricity supply element groups ; wherein each of the electricity supply element groups includes a plurality of electricity supply elements electrically connected to each other in series, wherein each of the electricity supply elements is configured as an independent module and comprises a separator ; two active material layers disposed on two sides of the separator respectively, and an electrolyte system impregnated therein; two current collectors , disposed on outer sides of the active material layers respectively; and a sealing layer , disposed between the edges of the two current collectors to adhere the two current collectors and seal the electrolyte system therebetween, so that the electrolyte system of each electricity supply element does not circulate between the electricity supply elements ; wherein the electricity supply element groups are stacked to alternately face up and face down, so that the adjacent current collectors of the outermost electricity supply elements of two adjacent electricity supply element groups having the same polarity are directly contacted to each other to form an electrical connection; wherein a charge transfer is occurred between the adjacent electricity supply elements without electrochemical reactions.
A method performed by a mobile terminal , the method comprising: scanning for radio signals transmitted by at least first and second transmitting devices (131-136), wherein the transmitting devices (131-136) are nodes of one or more communication networks, wherein each of the nodes constitutes an access point and provides coverage in a respective coverage area; for each radio signal identified in the scan, receiving an identifier relating to the originating transmitting device from the radio signal; the method being characterized by using the identifier and/or parameters of a radio signal received from the first transmitting device and the identifier and/or parameters of a radio signal received from the second transmitting device to detect whether the first and second transmitting devices (131-136) are co-located; and in response to detecting that the first and second transmitting devices (131-136) are co-located: creating a group for the transmitting devices (134-136) that are identified as being co-located; creating wireless fingerprint data for the group as a whole and refrain from creating wireless fingerprint data for every transmitting device of the group; and causing transmission of the wireless fingerprint data to a remote server . scanning for radio signals transmitted by at least first and second transmitting devices (131-136), wherein the transmitting devices (131-136) are nodes of one or more communication networks, wherein each of the nodes constitutes an access point and provides coverage in a respective coverage area; for each radio signal identified in the scan, receiving an identifier relating to the originating transmitting device from the radio signal; the method being characterized by using the identifier and/or parameters of a radio signal received from the first transmitting device and the identifier and/or parameters of a radio signal received from the second transmitting device to detect whether the first and second transmitting devices (131-136) are co-located; and in response to detecting that the first and second transmitting devices (131-136) are co-located: creating a group for the transmitting devices (134-136) that are identified as being co-located; creating wireless fingerprint data for the group as a whole and refrain from creating wireless fingerprint data for every transmitting device of the group; and causing transmission of the wireless fingerprint data to a remote server . creating a group for the transmitting devices (134-136) that are identified as being co-located; creating wireless fingerprint data for the group as a whole and refrain from creating wireless fingerprint data for every transmitting device of the group; and causing transmission of the wireless fingerprint data to a remote server .
A continuous flow production method for the preparation of organic peroxides direct from alcohols or alkanes, comprising: feeding reaction substrate, oxidant and an condensation agent into inlets of an integrated continuous flow reactor; and obtaining an organic peroxide by oxidative condensation and workup; wherein the organic peroxides are selected from the group consisting of carboxylate peroxide, carbonate peroxide, and ketal peroxide; the reaction substrate is alcohol or alkane; in the production of carboxylate peroxide and carbonate peroxide, the condensation agent is an alkaline solution and acyl compound; in the production of ketal peroxide, the condensation agent is an acidic solution and a condensation raw material, and the condensation raw material is alcohol or ketone; the general formula of a production process in the integrated continuous flow reactor is as follows: wherein, A 1 is alcohol or alkane; A 2 is selected from the group consisting of acyl chloride, chloroformate, alcohol and ketone, oxidant is selected from the group consisting of hydrogen peroxide and oxygen; C is selected from the group consisting of carboxylate peroxide, carbonate peroxide and ketal peroxide. feeding reaction substrate, oxidant and an condensation agent into inlets of an integrated continuous flow reactor; and obtaining an organic peroxide by oxidative condensation and workup; wherein the organic peroxides are selected from the group consisting of carboxylate peroxide, carbonate peroxide, and ketal peroxide; the reaction substrate is alcohol or alkane; in the production of carboxylate peroxide and carbonate peroxide, the condensation agent is an alkaline solution and acyl compound; in the production of ketal peroxide, the condensation agent is an acidic solution and a condensation raw material, and the condensation raw material is alcohol or ketone; the general formula of a production process in the integrated continuous flow reactor is as follows: wherein, A 1 is alcohol or alkane; A 2 is selected from the group consisting of acyl chloride, chloroformate, alcohol and ketone, oxidant is selected from the group consisting of hydrogen peroxide and oxygen; C is selected from the group consisting of carboxylate peroxide, carbonate peroxide and ketal peroxide.
A method for producing an immunogenic vaccine composition comprising an inactivated pathogen, the method comprising: contacting a pathogen having an RNA or DNA genome with a chemical inactivating agent in the presence of one or more inorganic polyatomic oxyanions in an amount and for a time-period sufficient for the chemical inactivating agent to render the pathogen noninfectious while enhancing retention of pathogen antigenicity and/or immunogenicity relative to that retained by contacting the pathogen with the chemical inactivating agent alone under standard reaction conditions, wherein the inorganic polyatomic oxyanion is one or more of sodium phosphate (Na 2 HPO 4 ) at a level of at least 50 mM; sodium sulfate (Na 2 SO 4 ) at a level of at least 25 mM; sodium trimetaphosphate (Na 3 P 3 O 9 ) at a level of at least 0.10 mM; sodium triphosphate (Na 5 P 3 O 10 ) at a level of at least 0.50 mM; or magnesium sulfate (MgSO 4 ) at a level of at least 150 mM, wherein the chemical inactivating agent comprises one or more of hydrogen peroxide, formaldehyde, β-propiolactone (BPL), binary ethylenimine (BEI) inactivation, or Fenton-type reagent(s) comprising hydrogen peroxide in combination with at least one transition metal ion selected from ions of Cu, and/or Fe, and preferably wherein the pathogen is isolated or purified prior to contacting with the inactivating reagent.
A method of manufacturing an eyelet , the method comprising: a first processing step of preparing a metal member having a plate shape and pressing the metal member to form a first processed product ; and a second processing step of removing an outer peripheral portion of the first processed product by shaving to form a second processed product, wherein, in the first processing step, the first processed product is formed to have a first outer diameter portion having a first outer diameter, a second outer diameter portion having a second outer diameter larger than the first outer diameter, and a tapered portion whose outer diameter gradually increases from the first outer diameter portion toward the second outer diameter portion , the first outer diameter portion , the second outer diameter portion , and the tapered portion being concentric, wherein, in the second processing step, an area outside a portion of an inclined surface of the tapered portion is cut in a direction from the first outer diameter portion toward the second outer diameter portion along a center line of the first processed product , the method being characterized in that : in the first processing step, a punch having an opening portion and a tapered portion concentrically formed in communication with each other, is used to press the metal member along a center line of the metal member such that the first outer diameter portion and the tapered portion of the first processed product are formed by the opening portion and the tapered portion of the punch . a first processing step of preparing a metal member having a plate shape and pressing the metal member to form a first processed product ; and a second processing step of removing an outer peripheral portion of the first processed product by shaving to form a second processed product, wherein, in the first processing step, the first processed product is formed to have a first outer diameter portion having a first outer diameter, a second outer diameter portion having a second outer diameter larger than the first outer diameter, and a tapered portion whose outer diameter gradually increases from the first outer diameter portion toward the second outer diameter portion , the first outer diameter portion , the second outer diameter portion , and the tapered portion being concentric, wherein, in the second processing step, an area outside a portion of an inclined surface of the tapered portion is cut in a direction from the first outer diameter portion toward the second outer diameter portion along a center line of the first processed product , the method being characterized in that : in the first processing step, a punch having an opening portion and a tapered portion concentrically formed in communication with each other, is used to press the metal member along a center line of the metal member such that the first outer diameter portion and the tapered portion of the first processed product are formed by the opening portion and the tapered portion of the punch .
A device for treating substrates , comprising two processing cylinders , between which the substrate can be inserted, wherein the substrate undergoes processing as it passes through the cylinder nip by means of tool parts acting therein and chosen from the group composed of cutting tools, punching tools, creasing tools, perforating tools and grooving tools, and comprising a separation system , located downstream of the processing cylinders , with which processed substrate can be separated into at least one waste part and at least one blank , wherein the separation system comprises a transport cylinder and a stripping cylinder associated therewith, and the transport cylinder has first openings and a detachably secured packing that includes depressions in which perforations are formed, and at least one perforation covers at least one first opening , and the stripping cylinder has a detachably secured packing that includes raised regions that correspond to the depressions.