mhurhangee/patent-ind-claim-en huggingface dataset:
A computerized method of classifying network accessible storage transactions at network accessible storage, wherein the network accessible storage is cloud storage, the method comprising: collecting , by an on-premises storage modeler, logs associated with target data stored in a client computing device; calculating , by the on-premises storage modeler, a client predictive security model for anomaly or malfunctioning detection from features extracted from the logs, wherein the client predictive security model is created based on a baseline for anomaly or malfunctioning detection, wherein the features extracted from the logs comprise one or more of data volume accesses, read transactions data, write transactions data, source internet protocol addresses used for login actions, time of login actions, credentials data, user privilege level data, time of accessing data, and frequency of accessing data; receiving a replica of the target data at the network accessible storage and a copy of the client predictive security model at an off-premises storage modeler monitoring , by the off-premises storage modeler, a plurality of network accessible storage transactions made to access a replica of the target data when the replica is stored in an network accessible storage; and classifying , by an off-premises detection module, at least some of the plurality of network accessible storage transactions based on the client predictive security model. collecting , by an on-premises storage modeler, logs associated with target data stored in a client computing device; calculating , by the on-premises storage modeler, a client predictive security model for anomaly or malfunctioning detection from features extracted from the logs, wherein the client predictive security model is created based on a baseline for anomaly or malfunctioning detection, wherein the features extracted from the logs comprise one or more of data volume accesses, read transactions data, write transactions data, source internet protocol addresses used for login actions, time of login actions, credentials data, user privilege level data, time of accessing data, and frequency of accessing data; receiving a replica of the target data at the network accessible storage and a copy of the client predictive security model at an off-premises storage modeler monitoring , by the off-premises storage modeler, a plurality of network accessible storage transactions made to access a replica of the target data when the replica is stored in an network accessible storage; and classifying , by an off-premises detection module, at least some of the plurality of network accessible storage transactions based on the client predictive security model.
A bookbinding machine comprising a plurality of processing stations (205a-205e) for processing book blocks (215a-210c), the processing stations (205a-205e) comprising a plurality of stationary processing stations for processing the book blocks (215a-215c) while stationary therein, the stationary processing stations comprising one or more disengagement processing stations , a plurality of transport elements (210a-210c) for transporting the book blocks (215a-215c) individually, a driving system for driving the transport elements (210a-210c) in succession across the processing stations (205a-205e) selectively, each of the transport elements (210a-210c) being driven by the driving system when engaged therewith and remaining stationary when disengaged therefrom, characterized in that the stationary processing stations comprise at least one engagement processing station , the bookbinding machine comprises control means configured to stop the driving system repeatedly for corresponding stop periods (Ps), in each of the stop periods (Ps): at least one corresponding of the transport elements being at the engagement processing station engaged with the driving system , and corresponding one or more of the transport elements being at the disengagement processing stations disengaged from the driving system . at least one corresponding of the transport elements being at the engagement processing station engaged with the driving system , and corresponding one or more of the transport elements being at the disengagement processing stations disengaged from the driving system .
A detection sensor (S) comprising: a vibratable film constituted by a piezoelectric film, the vibratable film being configured to be irradiated with infrared rays and thereby generate first electric signals through a pyroelectric effect, and configured to be vibrated by sound waves and thereby generate second electric signals through a piezoelectric effect; a case accommodating the vibratable film and including a transmissive part , the transmissive part being configured to transmit at least infrared rays and disposed on one side (Z) in a first direction (Z-Z') relative to the vibratable film to face the vibratable film , the first direction (Z-Z') being a thickness direction of the vibratable film ; and a circuit board being fixed to the case and disposed on the other side (Z') in the first direction (Z-Z') relative to the vibratable film , the circuit board having a sound hole to input therethrough sound waves. a vibratable film constituted by a piezoelectric film, the vibratable film being configured to be irradiated with infrared rays and thereby generate first electric signals through a pyroelectric effect, and configured to be vibrated by sound waves and thereby generate second electric signals through a piezoelectric effect; a case accommodating the vibratable film and including a transmissive part , the transmissive part being configured to transmit at least infrared rays and disposed on one side (Z) in a first direction (Z-Z') relative to the vibratable film to face the vibratable film , the first direction (Z-Z') being a thickness direction of the vibratable film ; and a circuit board being fixed to the case and disposed on the other side (Z') in the first direction (Z-Z') relative to the vibratable film , the circuit board having a sound hole to input therethrough sound waves.
A printhead assembly , comprising: an ink cartridge body made of a material selected from the group of materials consisting of: nylon, polyethersulfone, polypropylene, polyethylene, polyoxymethylene and other materials, wherein the group of materials are compatible with one of ketone, acetate and alcohol based inks; an ink reservoir disposed within the ink cartridge body and adapted to receive and contain ink; and a printhead chip provided on the ink cartridge body and in fluid communication with the ink reservoir so as to receive ink from the ink reservoir for ejection of the ink onto a print medium, characterised in that : the ink cartridge body comprises a tower portion that defines an ink entrance passage configured to receive ink from the ink reservoir , and the printhead assembly further comprising a filter cap that engaged with the tower portion on the tower portion , the filter cap defining an ink passage that allows ink to flow from the ink reservoir to the tower portion of the ink cartridge body . an ink cartridge body made of a material selected from the group of materials consisting of: nylon, polyethersulfone, polypropylene, polyethylene, polyoxymethylene and other materials, wherein the group of materials are compatible with one of ketone, acetate and alcohol based inks; an ink reservoir disposed within the ink cartridge body and adapted to receive and contain ink; and a printhead chip provided on the ink cartridge body and in fluid communication with the ink reservoir so as to receive ink from the ink reservoir for ejection of the ink onto a print medium, characterised in that : the ink cartridge body comprises a tower portion that defines an ink entrance passage configured to receive ink from the ink reservoir , and the printhead assembly further comprising a filter cap that engaged with the tower portion on the tower portion , the filter cap defining an ink passage that allows ink to flow from the ink reservoir to the tower portion of the ink cartridge body .
A device for separating plasma from a blood sample , said blood sample including a partial volume of plasma and a partial volume of cellular components, said device comprising: a first portion including a separating member having a first surface for applying or receiving said blood sample , said separating member being adapted to permit the passage of plasma but to inhibit the passage of cellular components, a second portion having an absorptive member for absorbing plasma and a backing member arranged in a manner to support said absorptive member , said absorptive member having a second surface in contact with said separating member for receiving plasma and being adapted to generate a capillary pressure so as to draw plasma from said separating member to said absorptive member , wherein said first portion is fixed to said backing member by means of at least one first adhesive element (22; 29) in such a manner that said first portion can be removed from said backing member by selectively breaking the first adhesive element (22; 29) without destroying said absorptive member , and wherein said absorptive member is fixed to said backing member by means of at least one second adhesive element (21; 33) in such a manner that said absorptive member can be non-destructively removed from said backing member by selectively breaking the second adhesive element (22; 29), the device further comprising: at least one first gripping means (24; 37) fixed to the absorptive member adapted for removing said absorptive member from said backing member . a first portion including a separating member having a first surface for applying or receiving said blood sample , said separating member being adapted to permit the passage of plasma but to inhibit the passage of cellular components, a second portion having an absorptive member for absorbing plasma and a backing member arranged in a manner to support said absorptive member , said absorptive member having a second surface in contact with said separating member for receiving plasma and being adapted to generate a capillary pressure so as to draw plasma from said separating member to said absorptive member , wherein said first portion is fixed to said backing member by means of at least one first adhesive element (22; 29) in such a manner that said first portion can be removed from said backing member by selectively breaking the first adhesive element (22; 29) without destroying said absorptive member , and wherein said absorptive member is fixed to said backing member by means of at least one second adhesive element (21; 33) in such a manner that said absorptive member can be non-destructively removed from said backing member by selectively breaking the second adhesive element (22; 29), the device further comprising: at least one first gripping means (24; 37) fixed to the absorptive member adapted for removing said absorptive member from said backing member .
An apparatus comprising a memory block, the memory block comprising: strings of memory cells formed in a plurality of tiers (TIERO-TIER31); access lines shared by the strings, each access line coupled to the memory cells corresponding to a respective tier of the plurality of tiers, the memory cells corresponding to at least a portion of the respective tier comprising a respective page of a plurality of pages; and data lines (BLs) shared by the strings, the data lines (BL) comprising a plurality of subsets of data lines, each subset of data lines being mapped into a respective partial page of a plurality of partial pages of the respective page, each partial page independently selectable from other partial pages within the respective page, wherein a particular page of the plurality of pages includes a first partial page and a second partial page, memory cells corresponding to the first partial page are coupled to a particular access line of the access lines via a first string driver , and memory cells corresponding to the second partial page are coupled to the particular access line via a second string driver . strings of memory cells formed in a plurality of tiers (TIERO-TIER31); access lines shared by the strings, each access line coupled to the memory cells corresponding to a respective tier of the plurality of tiers, the memory cells corresponding to at least a portion of the respective tier comprising a respective page of a plurality of pages; and data lines (BLs) shared by the strings, the data lines (BL) comprising a plurality of subsets of data lines, each subset of data lines being mapped into a respective partial page of a plurality of partial pages of the respective page, each partial page independently selectable from other partial pages within the respective page, wherein a particular page of the plurality of pages includes a first partial page and a second partial page, memory cells corresponding to the first partial page are coupled to a particular access line of the access lines via a first string driver , and memory cells corresponding to the second partial page are coupled to the particular access line via a second string driver .
A shock-isolated mounting, comprising: a mounting device ; a printed board assembly, PBA, attached to the mounting device , at least one electronic component mounted to the PBA ; an enclosure configured to support the mounting device , the shock-isolated mounting further characterized by : at least one damper attached between the mounting device and the enclosure and configured for elastically supporting the mounting device ; and a thermally-conductive element comprising at least a flexible section , at least a rigid section supported by the enclosure , and a surface disposed on a portion of the mounting device and configured to thermally couple the mounting device to the enclosure , wherein the flexible section joins the rigid section to the surface and permits movement flexibility between the mounting device and the enclosure ; and wherein the mounting device is attached to the enclosure with a plurality of shoulder bolts and a shoulder bolt in the plurality of shoulder bolts extends through holes in the mounting device and the thermally-conductive element . a mounting device ; a printed board assembly, PBA, attached to the mounting device , at least one electronic component mounted to the PBA ; an enclosure configured to support the mounting device , the shock-isolated mounting further characterized by : at least one damper attached between the mounting device and the enclosure and configured for elastically supporting the mounting device ; and a thermally-conductive element comprising at least a flexible section , at least a rigid section supported by the enclosure , and a surface disposed on a portion of the mounting device and configured to thermally couple the mounting device to the enclosure , wherein the flexible section joins the rigid section to the surface and permits movement flexibility between the mounting device and the enclosure ; and wherein the mounting device is attached to the enclosure with a plurality of shoulder bolts and a shoulder bolt in the plurality of shoulder bolts extends through holes in the mounting device and the thermally-conductive element . at least one damper attached between the mounting device and the enclosure and configured for elastically supporting the mounting device ; and a thermally-conductive element comprising at least a flexible section , at least a rigid section supported by the enclosure , and a surface disposed on a portion of the mounting device and configured to thermally couple the mounting device to the enclosure , wherein the flexible section joins the rigid section to the surface and permits movement flexibility between the mounting device and the enclosure ; and wherein the mounting device is attached to the enclosure with a plurality of shoulder bolts and a shoulder bolt in the plurality of shoulder bolts extends through holes in the mounting device and the thermally-conductive element .
A method of image capture control for a capsule device with a camera and a light source enclosed in a capsule housing, wherein a coating on outer surface of the housing to cover a field of view of the camera and the coating is dissolvable depending on a factor of an intraluminal environment, characterized in that the method comprises: determining a first image corresponding to a coating image that the capsule device captures with the coating present or a pre-defined image ; capturing a second image using the camera and the light source at a first frame rate substantially below a target frame rate ; determining whether first information related to the first image matches with second information related to the second image using image processing ; if the first information matches with the second information, repeating said capturing the second image and said determining whether the first information related to the first image matches with the second information related to the coating image until the first information does not match with the second information ; and if the first information does not match with the second information, declaring that the coating has dissolved and configuring the camera to capture third images at the target frame rate after said declaring that the coating has dissolved . determining a first image corresponding to a coating image that the capsule device captures with the coating present or a pre-defined image ; capturing a second image using the camera and the light source at a first frame rate substantially below a target frame rate ; determining whether first information related to the first image matches with second information related to the second image using image processing ; if the first information matches with the second information, repeating said capturing the second image and said determining whether the first information related to the first image matches with the second information related to the coating image until the first information does not match with the second information ; and if the first information does not match with the second information, declaring that the coating has dissolved and configuring the camera to capture third images at the target frame rate after said declaring that the coating has dissolved .
A laundry treating apparatus , configured to recommend a laundry treating course or a laundry treating option, the laundry treating course being one of arbitrary courses that include one or more of a washing cycle and a drying cycle, the laundry treating option being one of arbitrary options for setting a condition corresponding to a strength level and a number of repetitions of the laundry treating course or for changing the condition that has been set, the laundry treating apparatus comprising: a recommendation request unit configured to receive input that enables a recommendation of a laundry treating course from among arbitrary courses or a recommendation of a laundry treating option from among arbitrary options; a controller for computing and determining a course or option to be recommended from the arbitrary courses or the arbitrary options in accordance with a recommendation algorithm when a recommendation request unit is input; and a display unit for displaying the course or option determined to be recommended by the controller , characterized in that the controller comprises a storage unit configured to store the recommendation algorithm to determine the course or option to be recommended. a recommendation request unit configured to receive input that enables a recommendation of a laundry treating course from among arbitrary courses or a recommendation of a laundry treating option from among arbitrary options; a controller for computing and determining a course or option to be recommended from the arbitrary courses or the arbitrary options in accordance with a recommendation algorithm when a recommendation request unit is input; and a display unit for displaying the course or option determined to be recommended by the controller , characterized in that the controller comprises a storage unit configured to store the recommendation algorithm to determine the course or option to be recommended.
An electrode structure of a bio-signal measurement the electrode structure comprises at least two electrodes , which are adapted to be adhered on the skin of a mammal with an adhesive , are separated from each other in a longitudinal direction of the electrode structure ; a connector arrangement for an electric contact with an external electric device on a side of the electrode structure opposite to that of the at least two electrodes in a transverse direction of the electrode structure ; electric conductors , which are electrically connected with the at least two electrodes and the connector arrangement ; the electrode structure comprises at least one attachable section directly adjacent to one of the at least two electrodes , each of the at least one attachable section being adapted to be adhered on the skin ; the electrode structure comprises at least one loose section configured to be flexible, elastic, and free from an adherence to the skin when the electrode structure is applied on the skin , each of the at least one attachable section being located between one of the at least one electrode and one of the at least one loose section , characterized in that at least one of the at least one loose section comprises at least one breakable bridge , which is configured to materialistically connect length increasing sections of the electrode structure on opposite sides of at least one turn of the loose section , and the breakable bridge comprises a weakened section , which is configured to break, when the loose section is stretched using a predetermined force. at least two electrodes , which are adapted to be adhered on the skin of a mammal with an adhesive , are separated from each other in a longitudinal direction of the electrode structure ; a connector arrangement for an electric contact with an external electric device on a side of the electrode structure opposite to that of the at least two electrodes in a transverse direction of the electrode structure ; electric conductors , which are electrically connected with the at least two electrodes and the connector arrangement ; the electrode structure comprises at least one attachable section directly adjacent to one of the at least two electrodes , each of the at least one attachable section being adapted to be adhered on the skin ; the electrode structure comprises at least one loose section configured to be flexible, elastic, and free from an adherence to the skin when the electrode structure is applied on the skin , each of the at least one attachable section being located between one of the at least one electrode and one of the at least one loose section , characterized in that at least one of the at least one loose section comprises at least one breakable bridge , which is configured to materialistically connect length increasing sections of the electrode structure on opposite sides of at least one turn of the loose section , and the breakable bridge comprises a weakened section , which is configured to break, when the loose section is stretched using a predetermined force.