mhurhangee/patent-ind-claim-en huggingface dataset:
A method for dynamically configuring a cell update message at a user equipment, UE, , comprising: determining that a size of the cell update message at the UE is above a threshold value after "measured results on random access channel, RACH," information element, IE, is removed from the cell update message ; and removing one or more IEs from the cell update message until the size of the cell update message is at or below the threshold value , wherein the one or more IEs removed from the cell update message are selected from a list comprising a "Support for Two DRX schemes in URA_PCH and CELL_PCH" IE, a "High-Speed Physical Downlink Shared Channel, HS-PDSCH, in CELL_FACH" IE, a "Support of High Speed Downlink Shared Channel, HS-DSCH, DRX operation" IE, a "Support of common Enhanced uplink Dedicated Channel, E-DCH," IE, a "Support of Media Access Control, MAC,-i/is" IE, a "Support of Semi-Persistent scheduling, SPS, operation" IE, a "Support of Control Channel discontinuous reception, DRX, operation" IE, a "START value" IE for an inactive domain, and an "establishment cause" IE. determining that a size of the cell update message at the UE is above a threshold value after "measured results on random access channel, RACH," information element, IE, is removed from the cell update message ; and removing one or more IEs from the cell update message until the size of the cell update message is at or below the threshold value , wherein the one or more IEs removed from the cell update message are selected from a list comprising a "Support for Two DRX schemes in URA_PCH and CELL_PCH" IE, a "High-Speed Physical Downlink Shared Channel, HS-PDSCH, in CELL_FACH" IE, a "Support of High Speed Downlink Shared Channel, HS-DSCH, DRX operation" IE, a "Support of common Enhanced uplink Dedicated Channel, E-DCH," IE, a "Support of Media Access Control, MAC,-i/is" IE, a "Support of Semi-Persistent scheduling, SPS, operation" IE, a "Support of Control Channel discontinuous reception, DRX, operation" IE, a "START value" IE for an inactive domain, and an "establishment cause" IE.
A system comprised in an anesthetic breathing apparatus, for regulating multiple anesthetic agents in a breathing circuit of said anesthetic breathing apparatus, said system comprising: a gas analyzer for measuring concentrations of two or more anesthetic agents simultaneously, one or more vaporizers for adding anesthetic agent(s) to a fresh gas flow, a control system , characterized in that said control system is configured for regulating the dose of at least one primary anesthetic agent (AA1) added to said breathing circuit via said fresh gas flow and the dose of at least one secondary anesthetic agent (AA2) already present in said breathing circuit by controlling the ratio of re-breathed gas and fresh gas in said breathing circuit . a gas analyzer for measuring concentrations of two or more anesthetic agents simultaneously, one or more vaporizers for adding anesthetic agent(s) to a fresh gas flow, a control system ,
A saddle riding vehicle comprising: a light emitting device configured to radiate light to outside of the vehicle; an object information acquisition device configured to acquire information of an object outside the vehicle; a control board , to which the light emitting device is attached, configured to control the light emitting device ; and an accommodating case configured to accommodate the light emitting device , the object information acquisition device , and the control board , wherein the object information acquisition device is supported by the control board , wherein the light emitting device is supported by one surface of the control board , the object information acquisition device is supported by the other surface of the control board , the accommodating case comprises an outer lens , the object information acquisition device acquires information of the object through the outer lens , and the light radiated from the light emitting device passes through the outer lens and is radiated to outside of the accommodating case . a light emitting device configured to radiate light to outside of the vehicle; an object information acquisition device configured to acquire information of an object outside the vehicle; a control board , to which the light emitting device is attached, configured to control the light emitting device ; and an accommodating case configured to accommodate the light emitting device , the object information acquisition device , and the control board , wherein the object information acquisition device is supported by the control board , wherein the light emitting device is supported by one surface of the control board , the object information acquisition device is supported by the other surface of the control board , the accommodating case comprises an outer lens , the object information acquisition device acquires information of the object through the outer lens , and
A cooking oven with an oven door and a cooling system for the oven door of said cooking oven , wherein: - the cooling system includes at least one cooling fan , - the cooling system includes at least one suction channel , - an outlet of the suction channel is connected to an inlet of the cooling fan , - an inlet of the suction channel is arranged behind a suction hole of the oven door in a closed state of said oven door , - the cooling system includes at least one exhaust channel , - an inlet of the exhaust channel is connected to an outlet of the cooling fan , and - an outlet of the exhaust channel is arranged behind a Venturi opening of the oven door in the closed state of said oven door , characterised in that the cooling fan is a centrifugal fan , wherein the outlet of the cooling fan is arranged radially to the impeller of said cooling fan , and the cooling fan includes a lower inlet and an upper inlet arranged axially to the impeller of said cooling fan , wherein the lower inlet is connected to the at least one suction channel and the upper inlet is arranged for sucking air from a space above a top wall of a oven cavity in order to cool down components of the cooking oven inside said space. - the cooling system includes at least one cooling fan , - the cooling system includes at least one suction channel , - an outlet of the suction channel is connected to an inlet of the cooling fan , - an inlet of the suction channel is arranged behind a suction hole of the oven door in a closed state of said oven door , - the cooling system includes at least one exhaust channel , - an inlet of the exhaust channel is connected to an outlet of the cooling fan , and - an outlet of the exhaust channel is arranged behind a Venturi opening of the oven door in the closed state of said oven door , characterised in that
An association of stearylamine liposomes with hyaluronic acid, or a sodium salt thereof, wherein phospholipids and stearylamine are at various molar ratio in liposomes, with phospholipids equal to 0.5% by weight and stearylamine ranging between 0.001 and 0.010% by weight, for use in the treatment of microbial infections caused by bacteria, fungi and Candida albicans.
A translating inlet assembly for a nacelle, the translating inlet assembly comprising: a first portion ; a second portion configured to translate relative to the first portion ; a track located in the first portion ; a rail coupled to the second portion and extending aftward from the second portion, wherein the rail is configured to translate along the track , wherein the rail and the track form a load bearing component configured to transfer inertial loads experienced by the second portion ; a first linear actuator operationally coupled to the rail , wherein the first linear actuator is configured to drive the rail along the track ; wherein the translating inlet assembly further comprises: a controller in operable communication with the first linear actuator , wherein the controller sends actuation commands to the first linear actuator and is configured to locate the second portion a first axial distance from the first portion during a first flight condition and is further configured to locate the second portion a second axial distance from the first portion during a second flight condition, the second axial distance being greater than the first axial distance; and one or more rail channels defined by the rail ; and a conduit located within the one or more rail channels . a first portion ; a second portion configured to translate relative to the first portion ; a track located in the first portion ; a rail coupled to the second portion and extending aftward from the second portion, wherein the rail is configured to translate along the track , wherein the rail and the track form a load bearing component configured to transfer inertial loads experienced by the second portion ; a first linear actuator operationally coupled to the rail , wherein the first linear actuator is configured to drive the rail along the track ; wherein the translating inlet assembly further comprises: a controller in operable communication with the first linear actuator , wherein the controller sends actuation commands to the first linear actuator and is configured to locate the second portion a first axial distance from the first portion during a first flight condition and is further configured to locate the second portion a second axial distance from the first portion during a second flight condition, the second axial distance being greater than the first axial distance; and one or more rail channels defined by the rail ; and a conduit located within the one or more rail channels . a controller in operable communication with the first linear actuator , wherein the controller sends actuation commands to the first linear actuator and is configured to locate the second portion a first axial distance from the first portion during a first flight condition and is further configured to locate the second portion a second axial distance from the first portion during a second flight condition, the second axial distance being greater than the first axial distance; and one or more rail channels defined by the rail ; and a conduit located within the one or more rail channels .
A wire cable comprising a number of strands made of stranded wires , which are arranged between these elongate inserts , which extend almost to the outer periphery of the wire cable and in the region in contact with the strands respectively have on both sides a radius matched to the strands , characterised in that the strands are stranded around a plastic core and therewith lie directly over the plastic core over a specific peripheral region , while the inserts are respectively arranged on the inside with their end part a distance (a) away from the plastic core and respectively have with their end part projecting between two strands a respective thickness (d'), which is greater than the thickness (d) in the narrowest region of the respective insert .
A display apparatus comprising: a display panel comprising a rounded corner and a black matrix that is formed in an edge portion of the display panel and is configured to prevent patterns formed in the edge portion from being exposed externally to the display panel ; a light guide plate that is configured to guide light to the display panel ; a plurality of light sources that is configured to radiate the light to the light guide plate ; and a middle mold that has a shape corresponding to the display panel , and is configured to support the display panel and the light guide plate to be apart from each other, wherein the black matrix comprises a first rounded corner portion at the rounded corner of the display panel and having a first width (w2) that is greater than widths of other portions of the black matrix , and wherein the middle mold comprises a display panel support that is configured to support the display panel and comprises a second rounded corner portion having a second width that is greater than widths of other portions of the display panel support . a display panel comprising a rounded corner and a black matrix that is formed in an edge portion of the display panel and is configured to prevent patterns formed in the edge portion from being exposed externally to the display panel ; a light guide plate that is configured to guide light to the display panel ; a plurality of light sources that is configured to radiate the light to the light guide plate ; and a middle mold that has a shape corresponding to the display panel , and is configured to support the display panel and the light guide plate to be apart from each other, wherein the black matrix comprises a first rounded corner portion at the rounded corner of the display panel and having a first width (w2) that is greater than widths of other portions of the black matrix , and wherein the middle mold comprises a display panel support that is configured to support the display panel and comprises a second rounded corner portion having a second width that is greater than widths of other portions of the display panel support .
An inspection device comprising: an image acquisition unit configured to acquire an image formed on a first conveyance medium; a defect determination unit configured to determine whether the image on the first conveyance medium is defective, based on the image acquired by the image acquisition unit ; an ejection control unit configured to control to eject a second conveyance medium in a case where the image on the first conveyance medium is defective; and a display control unit , characterized in that the display control unit is configured to control to display an image formed on the second conveyance medium in association with information indicating the first conveyance medium determined to be defective. an image acquisition unit configured to acquire an image formed on a first conveyance medium; a defect determination unit configured to determine whether the image on the first conveyance medium is defective, based on the image acquired by the image acquisition unit ; an ejection control unit configured to control to eject a second conveyance medium in a case where the image on the first conveyance medium is defective; and a display control unit , characterized in that the display control unit is configured to control to display an image formed on the second conveyance medium in association with information indicating the first conveyance medium determined to be defective.
Industrial automation system comprising: at least two control devices ; wherein each of the at least two control devices is arranged for: executing an automation application that uses local IEC variables ; hosting an OPC UA server as an instance separate from the automation application , the OPC UA server using OPC UA objects , which objects are stored in an address space; mapping local IEC variables with OPC UA objects ; hosting a subscriber service separate from the OPC UA server ; hosting a publisher service separate from the OPC UA server ; and wherein the subscriber service is arranged for accessing the OPC server address space and storing in the address space OPC UA objects received from at least one publisher service to which the subscriber service is subscribed in accordance with a subscriber configuration ; wherein the publisher service is arranged for accessing the OPC server address space and retrieving OPC UA objects to be published by the publisher service as in accordance with a publisher configuration . at least two control devices ; wherein each of the at least two control devices is arranged for: executing an automation application that uses local IEC variables ; hosting an OPC UA server as an instance separate from the automation application , the OPC UA server using OPC UA objects , which objects are stored in an address space; mapping local IEC variables with OPC UA objects ; hosting a subscriber service separate from the OPC UA server ; hosting a publisher service separate from the OPC UA server ; and wherein the subscriber service is arranged for accessing the OPC server address space and storing in the address space OPC UA objects received from at least one publisher service to which the subscriber service is subscribed in accordance with a subscriber configuration ; wherein the publisher service is arranged for accessing the OPC server address space and retrieving OPC UA objects to be published by the publisher service as in accordance with a publisher configuration . executing an automation application that uses local IEC variables ; hosting an OPC UA server as an instance separate from the automation application , the OPC UA server using OPC UA objects , which objects are stored in an address space; mapping local IEC variables with OPC UA objects ; hosting a subscriber service separate from the OPC UA server ; hosting a publisher service separate from the OPC UA server ; and wherein the subscriber service is arranged for accessing the OPC server address space and storing in the address space OPC UA objects received from at least one publisher service to which the subscriber service is subscribed in accordance with a subscriber configuration ; wherein the publisher service is arranged for accessing the OPC server address space and retrieving OPC UA objects to be published by the publisher service as in accordance with a publisher configuration .
An electric tool comprising: a manipulation switch ; a brushless motor ; a rotating tool driven through the brushless motor ; a switching element configured to control supply of electricity to the brushless motor ; and a control unit configured to control turning on/off of the switching element, characterized in that wherein the control unit lowers a duty of a driving signal of the switching element to be lower than a duty when the manipulation switch is turned into a first state and down to a predetermined value larger than 0 if the manipulation switch is the first state, and then lowers the duty to 0, wherein the control unit lowers the duty to 0 after the duty has been lowered to the predetermined value, and the brushless motor stops through natural deceleration if the duty is 0. a manipulation switch ; a brushless motor ; a rotating tool driven through the brushless motor ; a switching element configured to control supply of electricity to the brushless motor ; and a control unit configured to control turning on/off of the switching element, characterized in that wherein the control unit lowers a duty of a driving signal of the switching element to be lower than a duty when the manipulation switch is turned into a first state and down to a predetermined value larger than 0 if the manipulation switch is the first state, and then lowers the duty to 0, wherein the control unit lowers the duty to 0 after the duty has been lowered to the predetermined value, and the brushless motor stops through natural deceleration if the duty is 0.
A mobile computing device for depth-based user authentication, the mobile computing device comprising: a display; a display module to display a login image on the display, wherein the login image includes a depth channel; an image processing module to determine a selection of a plurality of objects of the login image made by a user of the mobile computing device, and an authentication module to (i) generate a user-selected password based on a relative depth of each object of the plurality of objects selected by the user and (ii) permit access to the mobile computing device in response to a determination that the user-selected password matches a device login password, wherein the display module is to display a semi-transparent overlay over each object in the login image , and wherein each overlay is indicative of a relative depth of the corresponding object. a display; a display module to display a login image on the display, wherein the login image includes a depth channel; an image processing module to determine a selection of a plurality of objects of the login image made by a user of the mobile computing device, and an authentication module to (i) generate a user-selected password based on a relative depth of each object of the plurality of objects selected by the user and (ii) permit access to the mobile computing device in response to a determination that the user-selected password matches a device login password, wherein the display module is to display a semi-transparent overlay over each object in the login image , and wherein each overlay is indicative of a relative depth of the corresponding object.
A semiconductor material comprising: a Group IV semiconductor material layer , the material not being silicon, a layer of Group III-V semiconductor material formed of at least one kind of Group III atoms and at least one kind of Group V atoms, and having an interface with the Group IV semiconductor layer, the group IV semiconductor material layer being lattice matched to the Group III-V semiconductor material layer; a silicon layer either at the interface between the III-V semiconductor layer and the Group IV semiconductor layer, or in either the Group IV semiconductor layer, or the III-V semiconductor layer, spaced from the interface to control the diffusion of the Group V atoms into the Group IV semiconductor layer, an n-type Group V doped region in the Group IV semiconductor layer that has a border with the interface and that is doped by Group V atoms which have diffused from the layer of Group III-V semiconductor material through the silicon layer. a Group IV semiconductor material layer , the material not being silicon, a layer of Group III-V semiconductor material formed of at least one kind of Group III atoms and at least one kind of Group V atoms, and having an interface with the Group IV semiconductor layer, the group IV semiconductor material layer being lattice matched to the Group III-V semiconductor material layer; a silicon layer either at the interface between the III-V semiconductor layer and the Group IV semiconductor layer, or in either the Group IV semiconductor layer, or the III-V semiconductor layer, spaced from the interface to control the diffusion of the Group V atoms into the Group IV semiconductor layer, an n-type Group V doped region in the Group IV semiconductor layer that has a border with the interface and that is doped by Group V atoms which have diffused from the layer of Group III-V semiconductor material through the silicon layer.
A leadless pacing device for delivering electrical stimulation to a heart of a patient, the leadless pacing device comprising: a housing having a central longitudinal axis (A), the housing comprising: a body portion ; and a header extending distally from the body portion ; a fixation member extending from the header ; and a distal extension connected to the header and extending distally of a distal end of the header , the distal extension extending from the distal end of the header at an oblique angle relative to the central longitudinal axis (A), characterised in the leadless pacing device further comprising: a guidewire lumen extending from a guidewire port in a side of the housing to a distal end of the distal extension . a housing having a central longitudinal axis (A), the housing comprising: a body portion ; and a header extending distally from the body portion ; a body portion ; and a header extending distally from the body portion ; a fixation member extending from the header ; and a distal extension connected to the header and extending distally of a distal end of the header , the distal extension extending from the distal end of the header at an oblique angle relative to the central longitudinal axis (A), characterised in the leadless pacing device further comprising: a guidewire lumen extending from a guidewire port in a side of the housing to a distal end of the distal extension .