mhurhangee/patent-ind-claim-en huggingface dataset:
A cryptographic processing apparatus for encrypting and decrypting data, the cryptographic processing apparatus comprising: a key data storage area in which a plurality of pieces of key data used for encryption and/or decryption are stored; mode setting means for setting, for at least one of the plurality of pieces of key data stored in the key data storage area, a process mode of either of an encryption process and a decryption process in association with the key data; process limitation means for receiving a mode specifying command for specifying a process mode in association with the key data from another apparatus, and if the received process mode and the process mode associated with the key data set by the mode setting means coincide with each other, permitting the encryption process if the coinciding process mode corresponds to the process mode of the encryption process using the key data and permitting the decryption process if the coinciding process mode corresponds to the process mode of the decryption process using the key data; and wherein the key data associated with the process mode of either of the encryption process and the decryption process is key data of a common key that can be used in the encryption process and the decryption process, wherein, if the process mode specified by the received mode specifying command and the process mode set by the mode setting means do not coincide with each other, the process limitation means erases the key data to be used in the process mode from the key data storage area. a key data storage area in which a plurality of pieces of key data used for encryption and/or decryption are stored; mode setting means for setting, for at least one of the plurality of pieces of key data stored in the key data storage area, a process mode of either of an encryption process and a decryption process in association with the key data; process limitation means for receiving a mode specifying command for specifying a process mode in association with the key data from another apparatus, and if the received process mode and the process mode associated with the key data set by the mode setting means coincide with each other, permitting the encryption process if the coinciding process mode corresponds to the process mode of the encryption process using the key data and permitting the decryption process if the coinciding process mode corresponds to the process mode of the decryption process using the key data; and wherein the key data associated with the process mode of either of the encryption process and the decryption process is key data of a common key that can be used in the encryption process and the decryption process, wherein, if the process mode specified by the received mode specifying command and the process mode set by the mode setting means do not coincide with each other, the process limitation means erases the key data to be used in the process mode from the key data storage area.
A process for converting a dewatered homogeneous sludge containing organic waste materials into a granular fertilizer, the process comprising: pumping a heterogeneous dewatered sludge including from 13% to 45% solids; adding sulfuric acid to the sludge in an amount sufficient to cause the pH of the resultant mixture to be less than 1; pumping the mixture through at least one in-line static blending mixer to mix the sludge with the sulfuric acid to reduce the viscosity of the mixture to less than 5 pascal-seconds; pumping the mixture through at least one in-line static shearing mixer while adding water; mechanically agitating the mixture for an aging time to create a homogeneous extract of carbon and amino acids; pumping the extract into a pipe-cross reactor for reaction with an acid and a base to form a melt; flashing off water from the melt as steam; rolling the melt onto recycled fine particles to form accreted granules; and drying the accreted granules to form a granular fertilizer. pumping a heterogeneous dewatered sludge including from 13% to 45% solids; adding sulfuric acid to the sludge in an amount sufficient to cause the pH of the resultant mixture to be less than 1; pumping the mixture through at least one in-line static blending mixer to mix the sludge with the sulfuric acid to reduce the viscosity of the mixture to less than 5 pascal-seconds; pumping the mixture through at least one in-line static shearing mixer while adding water; mechanically agitating the mixture for an aging time to create a homogeneous extract of carbon and amino acids; pumping the extract into a pipe-cross reactor for reaction with an acid and a base to form a melt; flashing off water from the melt as steam; rolling the melt onto recycled fine particles to form accreted granules; and drying the accreted granules to form a granular fertilizer.
Fluid connection arrangement for establishing a fluid connection, comprising: a receiving part , which has a receiving wall , wherein the receiving wall has a receiving wall inner side , which delimits an interior of the receiving part , a tubular connecting part , which is received at least partially in the interior of the receiving part , and which comprises a tube wall , wherein the tube wall has a plurality of comb-shaped support points , which extend along a longitudinal direction of the tubular connecting part , wherein the comb-shaped support points contact the receiving wall inner side , wherein the tube wall has at least one curved wall area , which extends between two adjacent comb-shaped support points , wherein at least one gap is arranged between the at least one curved wall area of the tubular connecting part and the receiving wall inner side of the receiving part , wherein a solder is received in the gap in order to provide a materially bonded and fluid-tight connection between the receiving wall inner side and the curved wall area , wherein the tube wall has three comb-shaped support points , which are arranged rotationally symmetrically with respect to a central axis of the tubular connecting part , characterized in that the at least one gap has a crescent shape, and wherein adjacent comb-shaped support points respectively enclose a rotation angle of 120° with the central axis of the tubular connecting part . a receiving part , which has a receiving wall , wherein the receiving wall has a receiving wall inner side , which delimits an interior of the receiving part , a tubular connecting part , which is received at least partially in the interior of the receiving part , and which comprises a tube wall , wherein the tube wall has a plurality of comb-shaped support points , which extend along a longitudinal direction of the tubular connecting part , wherein the comb-shaped support points contact the receiving wall inner side , wherein the tube wall has at least one curved wall area , which extends between two adjacent comb-shaped support points , wherein at least one gap is arranged between the at least one curved wall area of the tubular connecting part and the receiving wall inner side of the receiving part , wherein a solder is received in the gap in order to provide a materially bonded and fluid-tight connection between the receiving wall inner side and the curved wall area , wherein the tube wall has three comb-shaped support points , which are arranged rotationally symmetrically with respect to a central axis of the tubular connecting part , characterized in that the at least one gap has a crescent shape, and wherein adjacent comb-shaped support points respectively enclose a rotation angle of 120° with the central axis of the tubular connecting part .
Container comprising: - a prismatic-shaped casing identifying a longitudinal axis (Y) and provided with a through hole for introducing at least one object (A); - a bottom for closing said through hole , said bottom comprising a shaped support comprising sides, the shaped support being configured to receive said at least one object (A), the bottom further comprising a base plate comprising a perimeter and a surface facing the shaped support , said shaped support projecting from the surface of said base plate in the direction defined by said longitudinal axis (Y), the shaped support being contained in the perimeter of said base plate ; - means for connecting said bottom and said casing to each other in a stable but removable manner by mutual rotation when said shaped support is arranged inside said casing , said connection means comprising at least one fissure present in said bottom and at least one abutment edge belonging to said casing , the at least one fissure and the at least one abutment edge extending in a direction orthogonal to said longitudinal axis (Y) and parallel to the sides of said shaped support and said casing for mutual coupling when said bottom and said casing are mutually rotated around said longitudinal axis (Y), wherein said fissure is comprised between said base plate and said shaped support and it is recessed from the perimeter edge of said shaped support so that at said fissure said shaped support is spaced from the surface of said base plate . - a prismatic-shaped casing identifying a longitudinal axis (Y) and provided with a through hole for introducing at least one object (A); - a bottom for closing said through hole , said bottom comprising a shaped support comprising sides, the shaped support being configured to receive said at least one object (A), the bottom further comprising a base plate comprising a perimeter and a surface facing the shaped support , said shaped support projecting from the surface of said base plate in the direction defined by said longitudinal axis (Y), the shaped support being contained in the perimeter of said base plate ; - means for connecting said bottom and said casing to each other in a stable but removable manner by mutual rotation when said shaped support is arranged inside said casing , said connection means comprising at least one fissure present in said bottom and at least one abutment edge belonging to said casing , the at least one fissure and the at least one abutment edge extending in a direction orthogonal to said longitudinal axis (Y) and parallel to the sides of said shaped support and said casing for mutual coupling when said bottom and said casing are mutually rotated around said longitudinal axis (Y), wherein said fissure is comprised between said base plate and said shaped support and it is recessed from the perimeter edge of said shaped support so that at said fissure said shaped support is spaced from the surface of said base plate .
Rail vehicle (SFZ) having a snow-protection arrangement for a coupling region (KUPB) of the rail vehicle (SFZ), - in which the rail vehicle (SFZ) has on an end face a recess (EINB) which is to be protected from snow, - in which a coupling (KUP) of the rail vehicle (SFZ) is arranged at least partially in the recess (EINB), - in which a fixed housing (EINH) at least partially surrounds the recess (EINB), - in which the housing (EINH) has an opening (OFF) in the direction of travel of the rail vehicle (SFZ), from which opening the coupling (KUP) partially protrudes in a predefined angular position in order to make possible a coupling operation with a further rail vehicle, - in which the opening (OFF) of the fixed housing (EINH) is fixedly connected in a peripheral manner to a first seal element (DIE1), - in which a second seal element (DIE2) is rotatably connected to the coupling (KUP) and the second seal element (DIE2) at least partially surrounds the coupling, - in which, in the region of the opening (OFF), the two seal elements (DIE1, DIE2) at least partially overlap in different angular positions of the coupling (KUP), - in which the two seal elements (DIE1, DIE2) are coupled to one another by way of pressure in order to protect the opening (OFF) from the ingress of snow. - in which the rail vehicle (SFZ) has on an end face a recess (EINB) which is to be protected from snow, - in which a coupling (KUP) of the rail vehicle (SFZ) is arranged at least partially in the recess (EINB), - in which a fixed housing (EINH) at least partially surrounds the recess (EINB), - in which the housing (EINH) has an opening (OFF) in the direction of travel of the rail vehicle (SFZ), from which opening the coupling (KUP) partially protrudes in a predefined angular position in order to make possible a coupling operation with a further rail vehicle, - in which the opening (OFF) of the fixed housing (EINH) is fixedly connected in a peripheral manner to a first seal element (DIE1), - in which a second seal element (DIE2) is rotatably connected to the coupling (KUP) and the second seal element (DIE2) at least partially surrounds the coupling, - in which, in the region of the opening (OFF), the two seal elements (DIE1, DIE2) at least partially overlap in different angular positions of the coupling (KUP), - in which the two seal elements (DIE1, DIE2) are coupled to one another by way of pressure in order to protect the opening (OFF) from the ingress of snow.
A gas turbine engine component comprising: an airfoil having a pressure side and a suction side; and a sacrificial squealer tip located at one end of the airfoil to engage with an adjacent surface and thereby form a seal, the squealer tip terminating in a squealer tip apex ; characterised in that the squealer tip apex follows a continuously curved circular or elliptical cross-sectional profile from the pressure side to the suction side of the airfoil, in a plane extending from the pressure side to the suction side of the airfoil. an airfoil having a pressure side and a suction side; and a sacrificial squealer tip located at one end of the airfoil to engage with an adjacent surface and thereby form a seal, the squealer tip terminating in a squealer tip apex ; characterised in that the squealer tip apex follows a continuously curved circular or elliptical cross-sectional profile from the pressure side to the suction side of the airfoil, in a plane extending from the pressure side to the suction side of the airfoil.
A diagnostic method for analysing the operation of at least part of a production line in the tobacco industry by means of a probe having the shape of a smokers' article and provided with at least one local sensor , a processor, a memory , a data transmission module and an electrical power supply , wherein the line has a control unit comprising a processor and at least one line sensor , in communication with the control unit and configured to measure respective machine parameters, representing the operation of at least one element of the line. the method comprising the following steps: - generating an activation signal; - transmitting the activation signal to the processor of the probe at a starting instant; - transmitting the activation signal to the processor of the control unit at said starting instant; - receiving in an electronic database a set of probe data acquired by the probe , in response to the activation signal received, between the starting instant and an end of acquisition instant; - receiving in the electronic database a set of line data acquired by the control unit , in response to the activation signal received, between the starting instant and the end of acquisition instant; - temporally correlating the data sets of the probe and of the line , wherein the transmission of the activation signal to the processor of the probe is synchronous to the transmission of the activation signal to the processor of the control unit , wherein said set of probe data is acquired from the probe , as the probe moves through said at least a part of the production line , and wherein the probe acquires at least a probe parameter through at least a local sensor. - generating an activation signal; - transmitting the activation signal to the processor of the probe at a starting instant; - transmitting the activation signal to the processor of the control unit at said starting instant; - receiving in an electronic database a set of probe data acquired by the probe , in response to the activation signal received, between the starting instant and an end of acquisition instant; - receiving in the electronic database a set of line data acquired by the control unit , in response to the activation signal received, between the starting instant and the end of acquisition instant; - temporally correlating the data sets of the probe and of the line , wherein the transmission of the activation signal to the processor of the probe is synchronous to the transmission of the activation signal to the processor of the control unit , wherein said set of probe data is acquired from the probe , as the probe moves through said at least a part of the production line , and wherein the probe acquires at least a probe parameter through at least a local sensor.
A method of antenna selection in a wireless communication device having a wide area transceiver , an auxiliary receiver , and a plurality of selectable antennas , said method comprising: measuring link quality for two or more antennas used by the auxiliary receiver by: obtaining first RSSI measurements from the wide area transceiver and the auxiliary receiver for a first antenna configuration having a first antenna as a primary antenna; swapping the first antenna configuration with a second antenna configuration having a second antenna as the primary antenna; obtaining second RSSI measurements from the wide area transceiver and the auxiliary receiver for the second antenna configuration; if each of the first and second RSSI measurements for the wide area transceiver exceed a predetermined threshold, selecting an antenna configuration for the wide area transceiver that provides the highest RSSI for the auxiliary receiver ; and if one or both of the first and second RSSI measurements for the wide area transceiver do not exceed the predetermined threshold, selecting an antenna configuration for the wide area transceiver that provides the highest RSSI for the wide area transceiver . measuring link quality for two or more antennas used by the auxiliary receiver by: obtaining first RSSI measurements from the wide area transceiver and the auxiliary receiver for a first antenna configuration having a first antenna as a primary antenna; swapping the first antenna configuration with a second antenna configuration having a second antenna as the primary antenna; obtaining second RSSI measurements from the wide area transceiver and the auxiliary receiver for the second antenna configuration; obtaining first RSSI measurements from the wide area transceiver and the auxiliary receiver for a first antenna configuration having a first antenna as a primary antenna; swapping the first antenna configuration with a second antenna configuration having a second antenna as the primary antenna; obtaining second RSSI measurements from the wide area transceiver and the auxiliary receiver for the second antenna configuration; if each of the first and second RSSI measurements for the wide area transceiver exceed a predetermined threshold, selecting an antenna configuration for the wide area transceiver that provides the highest RSSI for the auxiliary receiver ; and if one or both of the first and second RSSI measurements for the wide area transceiver do not exceed the predetermined threshold, selecting an antenna configuration for the wide area transceiver that provides the highest RSSI for the wide area transceiver .
A polishing pad , comprising: a polishing layer stack having a polishing surface , a bottom surface , and an aperture from the polishing surface to the bottom surface , the polishing layer stack including a polishing layer having the polishing surface ; a fluid-impermeable layer spanning the aperture and spanning the polishing pad ; a first adhesive layer of a first adhesive material in contact with and securing the bottom surface of the polishing layer stack to the fluid-impermeable layer , the first adhesive layer spanning the aperture and the polishing pad ; a light-transmitting body positioned in the aperture , the light-transmitting body having a lower surface in contact with and secured to the first adhesive layer and spaced apart from a side-wall of the aperture by a gap; an adhesive sealant of a different second material disposed in and laterally filling the gap a second adhesive layer positioned on a side of the fluid-impermeable layer opposite the first adhesive layer and in contact with the fluid-impermeable layer ; and an aperture through the second adhesive layer aligned with the light-transmitting body . a polishing layer stack having a polishing surface , a bottom surface , and an aperture from the polishing surface to the bottom surface , the polishing layer stack including a polishing layer having the polishing surface ; a fluid-impermeable layer spanning the aperture and spanning the polishing pad ; a first adhesive layer of a first adhesive material in contact with and securing the bottom surface of the polishing layer stack to the fluid-impermeable layer , the first adhesive layer spanning the aperture and the polishing pad ; a light-transmitting body positioned in the aperture , the light-transmitting body having a lower surface in contact with and secured to the first adhesive layer and spaced apart from a side-wall of the aperture by a gap; an adhesive sealant of a different second material disposed in and laterally filling the gap a second adhesive layer positioned on a side of the fluid-impermeable layer opposite the first adhesive layer and in contact with the fluid-impermeable layer ; and an aperture through the second adhesive layer aligned with the light-transmitting body .
A decoding device comprising: a decoding unit that decodes audio data including an object audio, the audio data being included in an encoded bit stream, and reads metadata of the object audio from an area in which arbitrary data of the encoded bit stream can be stored; an output unit that outputs the decoded audio data on a basis of the metadata; wherein the meta data comprises 3D Audio metadata, wherein the audio data comprises frames, and wherein the output unit outputs the decoded audio data according to an instruction as to whether to use, as 3D Audio meta data of a current frame, a piece of 3D Audio metadata that has been read temporally last among pieces of 3D Audio metadata read from data stream elements -DSEs- of frames before the current frame. a decoding unit that decodes audio data including an object audio, the audio data being included in an encoded bit stream, and reads metadata of the object audio from an area in which arbitrary data of the encoded bit stream can be stored; an output unit that outputs the decoded audio data on a basis of the metadata; wherein the meta data comprises 3D Audio metadata, wherein the audio data comprises frames, and wherein the output unit outputs the decoded audio data according to an instruction as to whether to use, as 3D Audio meta data of a current frame, a piece of 3D Audio metadata that has been read temporally last among pieces of 3D Audio metadata read from data stream elements -DSEs- of frames before the current frame.