mhurhangee/patent-ind-claim-en huggingface dataset:
A method of performing a device-to-device, D2D, mode change by a base station in a wireless access system, the method comprising: receiving (S703) a mode change indication message from a first device, said mode change indication message indicating that a mode change condition for performing a handover to a cellular network while performing a D2D communication is satisfied; transmitting (S707) a mode change command message for initiating the mode change to the first device and a second device; receiving, from the first device, (S713) a first data packet index for a data packet, which is lastly transmitted from the first device to the second device via the D2D communication; receiving, from the second device, (S713) a second data packet index of a data packet, which is lastly received by the second device from the first device via the D2D communication; and transmitting (S715) a D2D communication termination request message to the first device and the second device, wherein if the first data packet index is different from the second data packet index, a smaller one of the first and second data packet indexes is included in the D2D communication termination request message. receiving (S703) a mode change indication message from a first device, said mode change indication message indicating that a mode change condition for performing a handover to a cellular network while performing a D2D communication is satisfied; transmitting (S707) a mode change command message for initiating the mode change to the first device and a second device; receiving, from the first device, (S713) a first data packet index for a data packet, which is lastly transmitted from the first device to the second device via the D2D communication; receiving, from the second device, (S713) a second data packet index of a data packet, which is lastly received by the second device from the first device via the D2D communication; and transmitting (S715) a D2D communication termination request message to the first device and the second device, wherein if the first data packet index is different from the second data packet index, a smaller one of the first and second data packet indexes is included in the D2D communication termination request message.
A living marine resource production method in which a living marine resource is produced with phytoplankton as a basic producer of a food chain, wherein the living marine resource production method comprises: drawing deep water that exists in a deep region of the sea to a surface region of the sea with an upwelling pipe ; and culturing the phytoplankton in the upwelling pipe , wherein at least a part of the upwelling pipe is formed by a light-transmitting pipe having a light-transmitting property, and wherein, in the phytoplankton culturation, when sunlight is irradiated to an upper end surface of the light-transmitting pipe , the irradiated sunlight is guided toward a lower end surface of the light-transmitting pipe . drawing deep water that exists in a deep region of the sea to a surface region of the sea with an upwelling pipe ; and culturing the phytoplankton in the upwelling pipe , wherein at least a part of the upwelling pipe is formed by a light-transmitting pipe having a light-transmitting property, and wherein, in the phytoplankton culturation, when sunlight is irradiated to an upper end surface of the light-transmitting pipe , the irradiated sunlight is guided toward a lower end surface of the light-transmitting pipe .
A method for enabling a mobile device to manage a plurality of trust circles of which the mobile device is a member, the method comprising, at an embedded Universal Integrated Circuit Card, eUICC, included in the mobile device: receiving a request to perform a management operation associated with an electronic Subscriber Identity Module, eSIM, managed by the eUICC; accessing a registry managed by the eUICC to identify, among the plurality of trust circles, a particular trust circle that corresponds to the eSIM; enabling access to the identified particular trust circle by providing read-access to a respective sandboxed contained associated with the particular trust circle, wherein the respective sandboxed container stores at least one digital certificate that (i) corresponds to the particular trust circle, and (ii) is associated with a Certificate Authority, CA, that serves as a root of the particular trust circle; disabling access to respective sandboxed containers associated with other trust circles of the plurality of trust circles that are distinct from the particular trust circle; establishing a session that is specific to the management operation; logically activating the particular trust circle within the scope of the session, wherein no other trust circle is logically activated within the scope of the session; and performing the management operation on the eSIM in accordance with the particular trust circle in the session. receiving a request to perform a management operation associated with an electronic Subscriber Identity Module, eSIM, managed by the eUICC; accessing a registry managed by the eUICC to identify, among the plurality of trust circles, a particular trust circle that corresponds to the eSIM; enabling access to the identified particular trust circle by providing read-access to a respective sandboxed contained associated with the particular trust circle, wherein the respective sandboxed container stores at least one digital certificate that (i) corresponds to the particular trust circle, and (ii) is associated with a Certificate Authority, CA, that serves as a root of the particular trust circle; disabling access to respective sandboxed containers associated with other trust circles of the plurality of trust circles that are distinct from the particular trust circle; establishing a session that is specific to the management operation; logically activating the particular trust circle within the scope of the session, wherein no other trust circle is logically activated within the scope of the session; and performing the management operation on the eSIM in accordance with the particular trust circle in the session.
A laminate for forming a web or a strip with loops, in particular the landing zone of a diaper, comprising: a non-woven element comprising at least one non-woven layer to an upper face of which has been applied at least one layer of ink in the form of patterns intended to be seen from above, at least one external textile layer from which loops project externally in order to engage with hooks of a selffastening hook and loop device, secured to the upper face of the at least one non-woven layer so as to thus form a strip or a web in the form of a laminate, in particular to form the "landing zone" of a diaper, characterized in that the at least one non-woven layer and/or the ink are chosen so that the ink penetrates into the non-woven layer, all of the layer of ink being received in the at least one non-woven layer and shows on the upper surface of the at least one non-woven layer . a non-woven element comprising at least one non-woven layer to an upper face of which has been applied at least one layer of ink in the form of patterns intended to be seen from above, at least one external textile layer from which loops project externally in order to engage with hooks of a selffastening hook and loop device, secured to the upper face of the at least one non-woven layer so as to thus form a strip or a web in the form of a laminate, in particular to form the "landing zone" of a diaper, characterized in that the at least one non-woven layer and/or the ink are chosen so that the ink penetrates into the non-woven layer, all of the layer of ink being received in the at least one non-woven layer and shows on the upper surface of the at least one non-woven layer .
A method of thermal processing by mid infra-red laser transmission, the method comprising: generating continuous wave (CW) or temporally modulated continuous wave (CW) laser light from a rare-earth-doped fiber laser in a spectral range of 1300 to 5000 nm; and directing the laser light through a semiconductor substrate, the semiconductor substrate being limitedly transparent to the laser light in the spectral range of 1300 to 5000 nm with an ability to transmit greater than 40% laser light in at least a portion of the 1300 to 5000 nm spectral range and such that the laser light transmitted through the semiconductor substrate has a transmitted power capable of altering a target material at a back side region of the semiconductor substrate. generating continuous wave (CW) or temporally modulated continuous wave (CW) laser light from a rare-earth-doped fiber laser in a spectral range of 1300 to 5000 nm; and directing the laser light through a semiconductor substrate, the semiconductor substrate being limitedly transparent to the laser light in the spectral range of 1300 to 5000 nm with an ability to transmit greater than 40% laser light in at least a portion of the 1300 to 5000 nm spectral range and such that the laser light transmitted through the semiconductor substrate has a transmitted power capable of altering a target material at a back side region of the semiconductor substrate.
An image processing device for processing a medical image comprising: an electronic device programmed to: apply a filter parameter selection engine to an image environment of a medical image to calculate an image filter configuration for the medical image ; the filter parameter selection engine being empirically trained using machine learning on a training set of filtered images constructed by filtering, with different filter settings, training images identified as to the image environment; wherein the image environment includes values for one or more of an imaging subject of the medical image , an imaging device used to acquire the medical image, and a medical context of the medical image; apply a noise-suppression image filter with the image filter configuration to filter the medical image to generate a filtered medical image ; and display the filtered medical image on a display component . apply a filter parameter selection engine to an image environment of a medical image to calculate an image filter configuration for the medical image ; the filter parameter selection engine being empirically trained using machine learning on a training set of filtered images constructed by filtering, with different filter settings, training images identified as to the image environment; wherein the image environment includes values for one or more of an imaging subject of the medical image , an imaging device used to acquire the medical image, and a medical context of the medical image; apply a noise-suppression image filter with the image filter configuration to filter the medical image to generate a filtered medical image ; and display the filtered medical image on a display component .
A system for detecting the start and completion of loading and unloading of a vehicle , comprising: an acceleration detector provided on the vehicle; a location detector for detecting the vehicle's location; a processor which receives information detected by the acceleration detector and the location detector and determines whether the detected acceleration is due to vehicle loading based on the received information; and a timer, wherein: the processor is configured to start the timer when the loading is determined to start; the processor is configured to stop the timer when the loading has completed; characterised in that the processor is configured to record the time taken to load the vehicle from the start to the completion measured by the timer, wherein the acceleration detector is a triaxial accelerometer , wherein the processor is configured to determine whether the vehicle is at a loading or unloading site, based on information received from the location detector , wherein the processor is configured to count a number of shovel loads and determine when vehicle loading is complete based on the counted number. an acceleration detector provided on the vehicle; a location detector for detecting the vehicle's location; a processor which receives information detected by the acceleration detector and the location detector and determines whether the detected acceleration is due to vehicle loading based on the received information; and a timer, wherein: the processor is configured to start the timer when the loading is determined to start; the processor is configured to stop the timer when the loading has completed; characterised in that the processor is configured to record the time taken to load the vehicle from the start to the completion measured by the timer, wherein the acceleration detector is a triaxial accelerometer , wherein the processor is configured to determine whether the vehicle is at the processor is configured to start the timer when the loading is determined to start; the processor is configured to stop the timer when the loading has completed; characterised in that the processor is configured to record the time taken to load the vehicle from the start to the completion measured by the timer, wherein the acceleration detector is a triaxial accelerometer , wherein the processor is configured to determine whether the vehicle is at a loading or unloading site, based on information received from the location detector , wherein the processor is configured to count a number of shovel loads and determine when vehicle loading is complete based on the counted number.
Method for fitting at least one battery module into a battery housing of a traction battery of a vehicle, in which, in a delivery process step, the battery module is introduced into the battery housing in a robot-controlled manner via a delivery path (z) and by means of a delivery force (F), specifically until an assembled position (A) is reached in which the battery module rests in the correct position and directly or indirectly on a contact contour of a housing base of the battery housing , and in a securing process step, the correctly positioned battery module is secured in the battery housing , wherein in the securing process step a screwing operation takes place in which the battery module is screwed to a screw-on point of the battery housing by means of at least one screw bolt , characterised in that the delivery process step is monitored by a monitoring unit which detects an actual delivery path (z act ) and an actual delivery force (F act ) during the delivery process step, and evaluates on this basis whether or not the delivery process step is carried without error, in that the securing process step is monitored by a second monitoring unit which evaluates whether or not the securing process step is carried out without error, and in that the second monitoring unit detects an actual tightening torque (M act ) acting on the screw bolt during the screwing operation and terminates the screwing operation when a set tightening torque (M set ) is reached.
An energy storage system being a battery and/or a capacitor, comprising: a cathode; and an anode separated from the cathode by an electrolyte including one or more charge carriers, the anode comprising: a conductive substrate , an intercalation material configured to intercalate the charge carriers and to transfer electrons to the charge carriers, conductive support filaments wherein the intercalation material is coated on the support filaments, and a binder , wherein the support filaments are attached to the conductive substrate or wherein the support filaments are held in proximity to the conductive substrate using the binder , characterized in that the binder is disposed on the intercalation material and includes a plurality of nanoparticles including surface effect dominant sites configured to transfer electrons to the charge carriers, mixed with the binder. a cathode; and an anode separated from the cathode by an electrolyte including one or more charge carriers, a conductive substrate , an intercalation material configured to intercalate the charge carriers and to transfer electrons to the charge carriers, conductive support filaments wherein the intercalation material is coated on the support filaments, and a binder , wherein the support filaments are attached to the conductive substrate or wherein the support filaments are held in proximity to the conductive substrate using the binder , characterized in that the binder is disposed on the intercalation material and includes a plurality of nanoparticles including surface effect dominant sites configured to transfer electrons to the charge carriers, mixed with the binder.
A fluidic connector intended to enable the circulation of a fluid and comprising two parts configured to be coupled, each of the parts comprising a channel , the two channels communicating when the two parts are coupled, the fluid being intended to be conveyed by the two channels , the fluidic connector further comprising a locking mechanism (30, 36 ; 31, 33 ; 39, 40) configured to bear on a first of the two parts and to exert a force on a second of the two parts in order to hold the two parts in position relative to one another when the two parts are coupled, the locking mechanism (30, 36 ; 31, 33 ; 39, 40) comprising a tie rod passing through an opening of the first of the two parts , a first of the two parts comprising a female frustoconical surface (24 ; 68), a second of the two parts comprising a male frustoconical surface (20 ; 67), the two frustoconical surfaces (20, 24 ; 67, 68) being complementary, a fitting of the two frustoconical surfaces (20, 24 ; 67, 68) allowing the positioning of the two parts relative to each other to ensure the communication of the two channels , the locking mechanism being configured to exert a force on the second part along an axis of the female frustoconical surface (24 ; 68), characterized in that the tie rod exerts a force on the center of an axial end of the second part , the axial end forming the smaller section diameter of the male frustoconical surface .
A hinge assembly (10, 10', 10") for a door mounted on a cabinet comprising a housing having a first wall for vertical deposition against the cabinet and a base projecting from one end of said first wall ; a first electrical contact means mounted within said base of said housing for connection to a source of electrical power in the cabinet ; a post member having a second wall for vertical disposition against the door and a depending tubular portion rotatably disposed in said base of said housing for rotation of said post member relative to said housing ; and a second electrical contact means disposed in said post member in electrical contact with said first contact means for connection to an electrical appliance in the door ; characterized in that said first electrical contact means includes an upstanding pin and said second electrical contact means includes a barrel receiving said pin in electrical contact and in that a sleeve bearing is concentrically fixed on said barrel of said second electrical contact means and rotatably received in said depending tubular portion of said post member to allow said second electrical contact means to remain stationary relative to said first electrical contact means during rotation of said post member relative to said housing . a housing having a first wall for vertical deposition against the cabinet and a base projecting from one end of said first wall ; a first electrical contact means mounted within said base of said housing for connection to a source of electrical power in the cabinet ; a post member having a second wall for vertical disposition against the door and a depending tubular portion rotatably disposed in said base of said housing for rotation of said post member relative to said housing ; and a second electrical contact means disposed in said post member in electrical contact with said first contact means for connection to an electrical appliance in the door ; characterized in that said first electrical contact means includes an upstanding pin and said second electrical contact means includes a barrel receiving said pin in electrical contact and in that a sleeve bearing is concentrically fixed on said barrel of said second electrical contact means and rotatably received in said depending tubular portion of said post member to allow said second electrical contact means to remain stationary relative to said first electrical contact means during rotation of said post member relative to said housing .
A vacuum cleaner nozzle comprising a suction plate having an inlet side and an outlet side , said suction plate comprising: an air duct having a duct wall , wherein said air duct extends through the suction plate from a suction opening on the inlet side to the outlet side, and a first primary sealing edge for engaging with a surface being cleaned and for at least partly sealing said suction opening against said surface being cleaned, wherein said first primary sealing edge extends along at least a portion of a long side of said suction opening, at least one inlet end portion of said duct wall forming an elongated first protrusion providing a first secondary sealing edge extending along at least a portion of said first primary sealing edge and which is horizontally displaced from said first primary sealing edge characterized by : said first protrusion is vertically displaced a predetermined distance inwards said air duct from said suction opening . an air duct having a duct wall , wherein said air duct extends through the suction plate from a suction opening on the inlet side to the outlet side, and a first primary sealing edge for engaging with a surface being cleaned and for at least partly sealing said suction opening against said surface being cleaned, wherein said first primary sealing edge extends along at least a portion of a long side of said suction opening,