mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling soot blowers or a soot blower operating sequence located near a heat exchange section, the method comprising: generating a first model for the clean operating condition of the heat exchange section from process data of the heat exchange section; generating a second model for the dirty operating condition of the heat exchange section from process data of the heat exchange section; calculating an ideal operating condition of the heat exchange section using the first model; calculating a dirty operating condition of the heat exchange section using the second model; calculating a current operating condition of the heat exchange section based on current process data of the heat exchange section; calculating a reliability parameter indicative of the accuracy of the first model and the second model based on the current operating condition, the ideal operating condition and the dirty operating condition; and regenerating the first model and the second model if the value of the reliability factor is not within an acceptable range of values. generating a first model for the clean operating condition of the heat exchange section from process data of the heat exchange section; generating a second model for the dirty operating condition of the heat exchange section from process data of the heat exchange section; calculating an ideal operating condition of the heat exchange section using the first model; calculating a dirty operating condition of the heat exchange section using the second model; calculating a current operating condition of the heat exchange section based on current process data of the heat exchange section; calculating a reliability parameter indicative of the accuracy of the first model and the second model based on the current operating condition, the ideal operating condition and the dirty operating condition; and regenerating the first model and the second model if the value of the reliability factor is not within an acceptable range of values.
A composition comprising: collagen type II; an elastin peptide; and calcium gluconate. collagen type II; an elastin peptide; and calcium gluconate.
A door for a refrigerator , wherein the door comprises: a user interface electrical module ; an accommodating space for accommodating the user interface electrical module , wherein the accommodating space is accessible via a side of the door; a handle groove close to the accommodating space ; a concave portion opened forward, wherein the handle groove is accessible via the concave portion ; and a front panel located in front of the user interface electrical module , characterized in that the handle groove is located behind the front panel , and the front panel has an edge opening located in front of the concave portion to expose the concave portion . a user interface electrical module ; an accommodating space for accommodating the user interface electrical module , wherein the accommodating space is accessible via a side of the door; a handle groove close to the accommodating space ; a concave portion opened forward, wherein the handle groove is accessible via the concave portion ; and a front panel located in front of the user interface electrical module , characterized in that the handle groove is located behind the front panel , and the front panel has an edge opening located in front of the concave portion to expose the concave portion .
A Christmas ornament structure, comprising: a glass ball , wherein the glass ball is a hollow object, a blow orifice part upwardly extends from the surface of the glass ball, the blow orifice part includes a hole , and the adjoining area between the blow orifice part and the surface of the glass ball forms an arc-shaped face ; and a ceramic cap , including an integrally formed cap body and a modeled body , wherein the bottom of the cap body has an opening , the perimeter of the opening includes a connection inner wall having a concavely arc-shaped face, and a hollow structure extends upwardly from the continuous inner wall to the modeled body , and a circle ring is connected on the modeled body ; wherein the cap body of the ceramic cap covers the blow orifice part of the glass ball such that the blow orifice part enters the hollow structure of the cap body via the opening of the cap body , so the concavely arc-shaped connection inner wall of the ceramic cap closely fits to the arc-shaped face of the glass ball , and the ceramic cap and the glass ball are fixedly bonded by means of a glue thereby obtaining an in-out thoroughly connected Christmas ornament model of integral formation. a glass ball , wherein the glass ball is a hollow object, a blow orifice part upwardly extends from the surface of the glass ball, the blow orifice part includes a hole , and the adjoining area between the blow orifice part and the surface of the glass ball forms an arc-shaped face ; and a ceramic cap , including an integrally formed cap body and a modeled body , wherein the bottom of the cap body has an opening , the perimeter of the opening includes a connection inner wall having a concavely arc-shaped face, and a hollow structure extends upwardly from the continuous inner wall to the modeled body , and a circle ring is connected on the modeled body ; wherein the cap body of the ceramic cap covers the blow orifice part of the glass ball such that the blow orifice part enters the hollow structure of the cap body via the opening of the cap body , so the concavely arc-shaped connection inner wall of the ceramic cap closely fits to the arc-shaped face of the glass ball , and the ceramic cap and the glass ball are fixedly bonded by means of a glue thereby obtaining an in-out thoroughly connected Christmas ornament model of integral formation.
A topical composition comprising comprising 1,4-di(benzoxazol-2'-yl)benzene and at least one compound selected from the group of hydroxyacetophenone, 1,3-propandiol and benzoic acid or a salt thereof, wherein the amount of 1,4-di(benzoxazol-2'-yl)benzene is selected in the range from 0.1 to 20 wt.-%, more preferably in the range from 0.25 to 15 wt.-%, most preferably in the range from about 0.3 to 10 wt.-%, based on the total weight of the composition.
A system comprising a computing device for managing data, and a remote historical data store, the computing device comprising: a plurality of sensors (102-106); one or more memory modules ; a communication module ; a Data Agent , when in use, coupled to the one or more memory modules, the communication module, and the plurality sensors, and the Data Agent configured to: provide access to data received by the Data Agent from the plurality of sensors to one or more applications executing on the computing device; and request, on behalf of one or more applications executing on the computing device, access to data in the remote historical data store, wherein the historical data store contains categorized or correlated data from one or more other devices, wherein the categorized or correlated data being the result of processing at the remote historical data store, and wherein a result of processing the categorized or correlated data is usable by the computing device. a plurality of sensors (102-106); one or more memory modules ; a communication module ; a Data Agent , when in use, coupled to the one or more memory modules, the communication module, and the plurality sensors, and the Data Agent configured to: provide access to data received by the Data Agent from the plurality of sensors to one or more applications executing on the computing device; and request, on behalf of one or more applications executing on the computing device, access to data in the remote historical data store, wherein the historical data store contains categorized or correlated data from one or more other devices, wherein the categorized or correlated data being the result of processing at the remote historical data store, and wherein a result of processing the categorized or correlated data is usable by the computing device. provide access to data received by the Data Agent from the plurality of sensors to one or more applications executing on the computing device; and request, on behalf of one or more applications executing on the computing device, access to data in the remote historical data store, wherein the historical data store contains categorized or correlated data from one or more other devices, wherein the categorized or correlated data being the result of processing at the remote historical data store, and wherein a result of processing the categorized or correlated data is usable by the computing device.
An electronic stylus comprising: ahead segment configured to house one or more communications circuits adapted to communicate with a stylus-enabled input device; and a battery segment having an integrated external casing, the battery segment being removably attached and electrically coupled to the head segment to supply electric power to the one or more communications circuits of the head segment , the battery segment forming a structural segment along the long axis of the electronic stylus , wherein the external casing of the battery segment is adapted to operate as a part of the exterior surface of the electronic stylus , characterised in that the battery segment has two ends and a non-uniform weight distribution, the battery segment including interlocking structures and electrodes at each of two ends allowing interlocking and electrical connection with the head segment in at least two orientations along the long axis of the electronic stylus . ahead segment configured to house one or more communications circuits adapted to communicate with a stylus-enabled input device; and a battery segment having an integrated external casing, the battery segment being removably attached and electrically coupled to the head segment to supply electric power to the one or more communications circuits of the head segment , the battery segment forming a structural segment along the long axis of the electronic stylus , wherein the external casing of the battery segment is adapted to operate as a part of the exterior surface of the electronic stylus , characterised in that the battery segment has two ends and a non-uniform weight distribution, the battery segment including interlocking structures and electrodes at each of two ends allowing interlocking and electrical connection with the head segment in at least two orientations along the long axis of the electronic stylus .
A photoelectric surface having a laminated structure comprising: a window material that transmits ultraviolet rays; a conductive film that is formed on the window material and has conductivity; and the photoelectric surface is characterized by further comprising an intermediate film that is formed on the conductive film and includes a compound of magnesium and fluorine; and a photoelectric conversion film that is formed on the intermediate film and includes tellurium and an alkali metal. a window material that transmits ultraviolet rays; a conductive film that is formed on the window material and has conductivity; and the photoelectric surface is characterized by further comprising an intermediate film that is formed on the conductive film and includes a compound of magnesium and fluorine; and a photoelectric conversion film that is formed on the intermediate film and includes tellurium and an alkali metal.
A gateway device connected to one or more networks used by a plurality of electronic control units (100, 101, 200, 201, 300, 301; 400, 401, 500, 600, 700) for communication, the gateway device comprising: a reception unit configured to receive a frame; and a transfer unit configured to transfer one or more frames to a destination network, which is one of the one or more networks ; wherein the transfer unit is further configured to remove or add verification information, which is used to verify the frame, from or to content of the frame received by the reception unit and to transfer a frame resulting from the removing or adding of said verification information to the destination network; wherein, if a first frame including verification information received by the reception unit satisfies a certain removal condition for removing the verification information, the transfer unit is configured to perform the transfer by generating a second frame including information based on the content of the first frame other than the verification information and transmitting the second frame to the destination network, and wherein, if the first frame including verification information received by the reception unit does not satisfy the certain removal condition for removing the verification information, the transfer unit is configured to generate a second frame including the information based on the content of the first frame other than the verification information and verification information generated using a key shared with an electronic control unit connected to the destination network and to transmit the second frame to the destination network. a reception unit configured to receive a frame; and a transfer unit configured to transfer one or more frames to a destination network, which is one of the one or more networks ; wherein the transfer unit is further configured to remove or add verification information, which is used to verify the frame, from or to content of the frame received by the reception unit and to transfer a frame resulting from the removing or adding of said verification information to the destination network; wherein, if a first frame including verification information received by the reception unit satisfies a certain removal condition for removing the verification information, the transfer unit is configured to perform the transfer by generating a second frame including information based on the content of the first frame other than the verification information and transmitting the second frame to the destination network, and wherein, if the first frame including verification information received by the reception unit does not satisfy the certain removal condition for removing the verification information, the transfer unit is configured to generate a second frame including the information based on the content of the first frame other than the verification information and verification information generated using a key shared with an electronic control unit connected to the destination network and to transmit the second frame to the destination network.
An apparatus comprising: a housing , having a first opening in a first side wall of the housing and a second opening proximate a bottom of the housing ; an electrical equipment disposed in the housing ; characterized in that it further comprises a duct in the housing adjacent the first opening and configured to direct a first airflow entering the housing through the first opening upwards and towards a second side wall of the housing to create a vortex that entrains a second airflow that enters the housing through the second opening and passes over the electrical equipment . a housing , having a first opening in a first side wall of the housing and a second opening proximate a bottom of the housing ; an electrical equipment disposed in the housing ; characterized in that it further comprises a duct in the housing adjacent the first opening and configured to direct a first airflow entering the housing through the first opening upwards and towards a second side wall of the housing to create a vortex that entrains a second airflow that enters the housing through the second opening and passes over the electrical equipment .
System for protecting pipes used for on-land and/or subsea pipelines, the system comprising a pipe (6.1), a coating and a cup ; the pipe comprising an internal portion and an external portion; wherein the external portion of the pipe is covered by said coating , and wherein the cup is mechanically connected to the pipe between the external portion of the pipe (6.1) and the coating , wherein the cup further comprises an external tab (1.1), an internal surface (1.2) of the external tab (1.1), an internal tab and an internal surface (1.3) of the internal tab; wherein the internal surface (1.3) of the internal tab of the cup is mechanically connected to the internal portion of the pipe and an external surface of the external tab (1.1) of the cup is mechanically connected to the coating ; wherein the internal surface (1.3) of the internal tab is connected to the external tab (1.1) in a part of the connection in the shape of a U, as an adjacent space between them; wherein the pipe is positioned between the internal surface (1.2) of the external tab (1.1) and the internal surface (1.3) of the internal tab, wherein the system further comprises: an external ring ; characterized in that the coating covers the external tab (1.1) of the cup and is partially folded over the internal tab; wherein the external ring is configured in order to affix the portion of the folded coating over the internal tab of the cup . wherein the cup further comprises an external tab (1.1), an internal surface (1.2) of the external tab (1.1), an internal tab and an internal surface (1.3) of the internal tab; wherein the internal surface (1.3) of the internal tab of the cup is mechanically connected to the internal portion of the pipe and an external surface of the external tab (1.1) of the cup is mechanically connected to the coating ; wherein the internal surface (1.3) of the internal tab is connected to the external tab (1.1) in a part of the connection in the shape of a U, as an adjacent space between them; wherein the pipe is positioned between the internal surface (1.2) of the external tab (1.1) and the internal surface (1.3) of the internal tab, wherein the system further comprises: an external ring ; characterized in that the coating covers the external tab (1.1) of the cup and is partially folded over the internal tab; wherein the external ring is configured in order to affix the portion of the folded coating over the internal tab of the cup . wherein the internal surface (1.3) of the internal tab is connected to the external tab (1.1) in a part of the connection in the shape of a U, as an adjacent space between them; wherein the pipe is positioned between the internal surface (1.2) of the external tab (1.1) and the internal surface (1.3) of the internal tab, wherein the system further comprises: an external ring ; characterized in that the coating covers the external tab (1.1) of the cup and is partially folded over the internal tab; wherein the external ring is configured in order to affix the portion of the folded coating over the internal tab of the cup .
A device comprising: a container configured to hold a print substance, the container comprising a refill port through which print substance is to be introduced into the container ; a refill interface connected to the refill port , the refill interface configured to receive print substance from a refill print substance container , and a processor , the container configured to transmit, to the processor , signals indicative of an amount of print substance introduced via the refill port , and the processor configured to: receive the signals indicative of the amount of print substance introduced via the refill port ; and predict a print substance end-of-life, EOL, based on the amount of print substance introduced, the print substance EOL comprising a number of pages, pixels, and/or voxels that will be printable, wherein the processor is further configured to +eo- determine whether the print substance introduced via the refill interface comprises authenticated print substance, and wherein the processor is further configured to disable prediction of the print substance EOL based on a determination that the print substance introduced via the refill interface comprises unauthenticated print substance. a container configured to hold a print substance, the container comprising a refill port through which print substance is to be introduced into the container ; a refill interface connected to the refill port , the refill interface configured to receive print substance from a refill print substance container , and a processor , the container configured to transmit, to the processor , signals indicative of an amount of print substance introduced via the refill port , and the processor configured to: receive the signals indicative of the amount of print substance introduced via the refill port ; and predict a print substance end-of-life, EOL, based on the amount of print substance introduced, the print substance EOL comprising a number of pages, pixels, and/or voxels that will be printable, receive the signals indicative of the amount of print substance introduced via the refill port ; and predict a print substance end-of-life, EOL, based on the amount of print substance introduced, the print substance EOL comprising a number of pages, pixels, and/or voxels that will be printable, wherein the processor is further configured to +eo- determine whether the print substance introduced via the refill interface comprises authenticated print substance, and wherein the processor is further configured to disable prediction of the print substance EOL based on a determination that the print substance introduced via the refill interface comprises unauthenticated print substance.
A verifiable access credential document of a user comprising: a first zone including printed human readable identity data relating to an identity of the user ; a second zone with an applied magnetically induced mark having a plane layer of a material; and a machine-readable marking in a form of a pattern representing encoded data, the encoded data corresponding at least partially to the human readable identity data of the first zone; characterized in that the material of the magnetically induced mark includes magnetically oriented reflective platelet-shaped magnetic or magnetizable pigment particles, and the machine-readable marking contains a signature of said identity data and is at least partially applied directly onto the magnetically induced mark such that the machine-readable marking overlaps at least one area of the layer of the material with the magnetically oriented reflective platelet-shaped magnetic or magnetizable pigment particles. a first zone including printed human readable identity data relating to an identity of the user ; a second zone with an applied magnetically induced mark having a plane layer of a material; and a machine-readable marking in a form of a pattern representing encoded data, the encoded data corresponding at least partially to the human readable identity data of the first zone; characterized in that the material of the magnetically induced mark includes magnetically oriented reflective platelet-shaped magnetic or magnetizable pigment particles, and the machine-readable marking contains a signature of said identity data and is at least partially applied directly onto the magnetically induced mark such that the machine-readable marking overlaps at least one area of the layer of the material with the magnetically oriented reflective platelet-shaped magnetic or magnetizable pigment particles.